CN110236552A - A neonatal abdominal monitoring treatment system, method and device - Google Patents

Abstract

The invention provides a neonatal abdominal monitoring and treatment system, method and device. The neonatal abdominal monitoring and treatment system, method and device propose to wear a abdominal belt on the neonatal abdomen, and monitor and treat the abdominal circumference of the newborn through the background management center. Corresponding to the mobile terminal, monitor the abdominal circumference of the newborn in real time, and monitor the highest point of the abdomen, synchronize the data to the mobile terminal, and perform early warning and alarm according to the child's age, weight and other information, remind the medical staff to deal with it in time, and can Newborns receive physical therapy such as acupoint massage and drug hot compress to relieve abdominal distension, solve the problem of unsuccessful clinical treatment caused by untimely monitoring, and improve monitoring efficiency.

Description

A neonatal abdominal monitoring treatment system, method and device

technical field

The invention relates to the technical field of medical assistance, in particular to a neonatal abdomen monitoring and treatment system, method and device.

Background technique

Abdominal distension is a common digestive system symptom in the neonatal period. It is clinically manifested as fullness of part or the whole abdomen, usually accompanied by vomiting, diarrhea, belching and other related symptoms. Severe abdominal distension can restrict the activity of the diaphragm, reduce vital capacity, and hinder the blood circulation in the pleural cavity, aggravating the pathophysiological process of the disease. Acute abdominal distension can sometimes cause adverse consequences. Severe and stubborn abdominal distension often indicates a critical condition. However, the various reflexes of newborns are weak, and the symptoms are not easy to find. For example, medical staff or family members manually observe whether the abdominal circumference of newborns changes from time to time, so it is impossible to detect the disease in time. Moreover, taking treatment measures after the condition is serious can easily cause adverse consequences.

Therefore, timely monitoring is the key to successful clinical treatment.

Contents of the invention

The embodiment of the present invention provides a neonatal abdominal monitoring and treatment system and method. This invention provides a neonatal abdominal monitoring and treatment system, method and device. By monitoring the abdominal circumference of a newborn in real time, it is synchronized to the mobile terminal, and according to the Information such as age, weight, etc., will be used for early warning and alarm to remind medical staff to deal with it in a timely manner, and physical therapy such as acupoint massage and drug hot compress can be performed on newborns to relieve abdominal distension.

First, in order to achieve the above object, the present invention proposes a neonatal abdominal monitoring and treatment system, the neonatal abdominal circumference monitoring and treatment system includes a neonatal abdominal circumference monitoring and treatment abdominal belt, a background management center and a mobile terminal, wherein:

The neonatal abdominal circumference monitoring and treatment abdominal belt includes a abdominal belt body and a functional control unit arranged on the abdominal belt body for wearing on the abdomen of the newborn, and the functional control unit includes a monitoring module and a judgment module , reminder module, wireless communication module and power supply module;

The monitoring module is used to monitor the abdominal circumference of the newborn in real time, and monitor the highest point of the abdomen, perform measurement, and obtain abdominal circumference data, and the abdominal circumference data includes abdominal circumference change value and abdominal circumference change duration;

Wherein, the abdominal circumference change value is obtained by comparing the abdominal circumference data at the highest point of the abdomen with the daily initial abdominal circumference value and the total initial abdominal circumference value, and the abdominal circumference change duration is when the current abdominal circumference and the daily initial abdominal circumference value When the abdominal circumference value changes from the beginning, start timing to obtain the duration of the abdominal circumference change;

The judging module is used to judge whether the abdominal circumference data needs to be reported according to the abdominal circumference data monitored by the monitoring module, combined with the age and weight of the newborn;

The reminder module is used for when the judging module judges that the abdominal circumference change value is greater than the preset abdominal circumference change threshold, and the duration of the abdominal circumference change is greater than the preset time threshold, and the abdominal circumference data needs to be reported , to remind;

The wireless communication module is used to communicate with external equipment to transmit the abdominal circumference data and the reminder;

The power supply module is used to supply power to the functional control unit;

The background management center communicates with the neonatal abdominal circumference monitoring treatment belt and the mobile terminal for controlling the system and storing the abdominal circumference data;

The mobile terminal is used to receive the abdominal circumference data and the reminder transmitted by the background management center, and the mobile terminal communicates with the background management center and the neonatal abdominal circumference monitoring and treatment abdominal belt through wireless communication to interact.

Optionally, the functional control unit further includes a treatment module and a positioning module;

The treatment module is used to perform acupoint massage and/or drug treatment on the abdomen of the newborn;

The positioning module is used for positioning the functional control unit to ensure that the central point of the functional control unit is always aligned with the navel of the newborn.

Optionally, the judging module includes a time judging module and a data judging module;

The data judging module is used to judge whether the abdominal circumference change value is greater than a preset abdominal circumference change threshold in combination with the age and weight of the newborn;

The time judging module is used to judge whether the abdominal circumference change duration is greater than the preset time threshold when the abdominal circumference change value is greater than a preset abdominal circumference change threshold;

When the abdominal circumference change value is greater than a preset abdominal circumference change threshold, and the abdominal circumference change duration is greater than a preset time threshold, the abdominal circumference data needs to be reported;

Wherein, the preset abdominal circumference change threshold is a preset initial value and a preset abdominal distension judgment value.

Optionally, the reminder module includes an early warning module and an alarm module;

The early warning module is used to give an early warning reminder when the change value of the abdominal circumference is higher than the preset initial value;

The alarm module is configured to issue an alarm when the change value of the abdominal circumference is higher than the preset judgment value of abdominal distension.

Optionally, the wireless communication module communicates via one or more of Bluetooth, WiFi, and mobile networks.

Secondly, the present invention also proposes a neonatal abdominal monitoring treatment method, which includes the steps of:

Put the neonatal abdominal circumference monitoring and treatment abdominal belt on the neonatal abdomen, turn on the power supply, input the neonatal age, weight value and abdominal circumference of the day, and the abdominal circumference is the daily initial abdominal circumference value;

Connect to the neonatal abdominal circumference monitoring and treatment system, and connect the neonatal abdominal circumference monitoring and treatment belt to the mobile terminal through the background management center;

Real-time monitoring of the abdominal circumference of the newborn, and monitoring the highest point of the abdomen, taking measurements, and obtaining abdominal circumference data, the abdominal circumference data including abdominal circumference change value and abdominal circumference change duration;

Wherein, the abdominal circumference change value is obtained by comparing the abdominal circumference data at the highest point of the abdomen with the daily initial abdominal circumference value and the total initial abdominal circumference value, and the abdominal circumference change duration is when the current abdominal circumference and the daily initial abdominal circumference value When the abdominal circumference value changes from the beginning, start timing to obtain the duration of the abdominal circumference change;

According to the abdominal circumference data, combined with the age and weight of the newborn, determine whether the abdominal circumference data needs to be reported;

When it is determined that the abdominal circumference change value is greater than a preset abdominal circumference change threshold, and the abdominal circumference change duration is greater than a preset time threshold, and the abdominal circumference data needs to be reported, a reminder is given;

Transmitting the abdominal circumference data and the reminder, after receiving the abdominal circumference data and the reminder, the mobile terminal manually or automatically controls the abdominal circumference monitoring and treatment belt of the newborn to perform acupoint massage on the abdomen of the newborn and/or medication;

Wherein, the mobile terminal interacts with the background management center and the neonatal abdominal circumference monitoring and treatment abdominal belt through wireless communication.

Optionally, according to the abdominal circumference data, combined with the age and weight of the newborn, it is judged whether the abdominal circumference data needs to be reported, including:

Combining the age and weight of the newborn, determine whether the abdominal circumference change value is greater than a preset abdominal circumference change threshold;

When the abdominal circumference change value is greater than a preset abdominal circumference change threshold, it is judged whether the duration of the abdominal circumference change is greater than the preset time threshold;

When the abdominal circumference change value is greater than a preset abdominal circumference change threshold, and the abdominal circumference change duration is greater than a preset time threshold, the abdominal circumference data needs to be reported;

Wherein, the preset abdominal circumference change threshold is a preset initial value and a preset abdominal distension judgment value.

Optionally, when it is determined that the abdominal circumference change value is greater than a preset abdominal circumference change threshold, and the abdominal circumference change duration is greater than a preset time threshold, and the abdominal circumference data needs to be reported, a reminder is given, including :

When the change value of the abdominal circumference is higher than the preset initial value, an early warning reminder is given;

When the change value of the abdominal circumference is higher than the preset judgment value of abdominal distension, an alarm is issued;

Wherein, the reminding method includes performing a warning light reminder on the abdominal circumference monitoring and treatment belt of the newborn and/or sending information to notify the mobile terminal;

The ways of the early warning reminder and the alarm reminder are different.

Optionally, wearing the neonatal abdominal circumference monitoring treatment belt on the abdomen of the newborn includes:

Close the abdominal circumference monitoring and treatment abdominal belt of the newborn;

aligning the central point of the abdominal girdle function control unit for neonatal abdominal circumference monitoring and treatment with the navel of the newborn;

If the central point of the abdominal girdle functional control unit for neonatal abdominal circumference monitoring and treatment is not aligned with the navel of the newborn, a reminder is given.

Finally, the present invention also proposes a neonatal abdomen monitoring and treatment device, which includes:

The abdominal circumference monitoring and treatment abdominal belt for newborns includes a main body of the abdominal belt and a functional control area arranged on the main body of the abdominal belt;

wireless communication unit, rechargeable battery, timer, position sensor, memory and processor placed inside said functional control area;

The neonatal abdominal circumference monitoring and treatment abdominal belt also includes a length detection device, and the length detection device includes a pressure roller that is pressed on the abdominal belt and rotates with the displacement of the abdominal belt; The grating sensor connected to the processor is used to measure the number of rotations of the pinch wheel, so as to obtain the change value of the abdominal circumference.

The wireless communication unit is used to communicate with external equipment;

The rechargeable battery is used to power the functional control area;

The timer is used to start the timer when the length detection device detects that the abdominal circumference begins to change, and record the duration of the abdominal circumference change;

The position sensor is placed at the central point inside the functional control area, and is used to detect whether the central point is aligned with the navel of the newborn;

The memory is used to store abdominal circumference data;

The processor uses various interfaces and lines to connect various parts of the entire functional control area, calls data stored in the memory, executes various functions of the functional control area and processes data;

A warning light, a display device, and a switch device placed outside the function control area, the warning light is used to remind, the display device is used to display the abdominal circumference data, and the switch device is used to control the function Opening and closing of the control zone;

The clockwise circular massage track, the medicine storage bag and the sealing device of the medicine storage bag placed on the body of the neonatal abdominal circumference monitoring and treatment abdominal belt close to the inner side of the functional control area, the clockwise circular massage track is used for The newborn is subjected to acupoint massage, the medicine storage bag is used to store medicine, and the newborn is treated with medicine;

Wherein, the inner layer of the neonatal abdominal circumference monitoring and treatment abdominal belt body is made of non-stretching cotton material, and the outer layer of the cotton material is a waterproof layer.

Compared with the prior art, the neonatal abdominal monitoring and treatment system, method and device proposed by the present invention, through real-time monitoring of the abdominal circumference of the newborn, are synchronized to the mobile terminal, and based on the information such as the age and weight of the patient, early warning and treatment are carried out. Alarm to remind medical staff to deal with it in time, and physical therapy such as acupoint massage and hot compress of medicine can be performed on newborns to relieve abdominal distension and solve the problem of unsuccessful clinical treatment caused by untimely monitoring.

Description of drawings

In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the following will briefly introduce the accompanying drawings that need to be used in the description of the embodiments or the prior art. Obviously, the accompanying drawings in the following description are only some of the present invention. Embodiments, for those of ordinary skill in the art, other drawings can also be obtained according to these drawings without paying creative labor.

Fig. 1 is a block diagram of a neonatal abdominal monitoring and treatment system provided by an embodiment of the present invention;

2 is one of the structural schematic diagrams of a unit of a neonatal abdominal monitoring and treatment system provided by an embodiment of the present invention;

3 is a schematic structural view of a module in a unit of a neonatal abdominal monitoring and treatment system provided by an embodiment of the present invention;

Fig. 4 is a structural schematic diagram of another module in a unit of a neonatal abdominal monitoring and treatment system provided by an embodiment of the present invention;

Fig. 5 is the second structural schematic diagram of a unit of a neonatal abdominal monitoring and treatment system provided by an embodiment of the present invention;

Fig. 6 is a flow chart of a neonatal abdominal monitoring treatment method provided by an embodiment of the present invention;

Fig. 7 is one of the structural diagrams of a neonatal abdominal monitoring and treatment device provided by an embodiment of the present invention;

Fig. 8 is the second structural diagram of a neonatal abdominal monitoring and treatment device provided by an embodiment of the present invention;

Fig. 9 is the third structural diagram of a newborn abdomen monitoring and treatment device provided by the embodiment of the present invention.

Detailed ways

The following will clearly and completely describe the technical solutions in the embodiments of the present invention with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are some of the embodiments of the present invention, but not all of them. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without creative efforts fall within the protection scope of the present invention.

In the following description, use of suffixes such as 'module', 'part' or 'unit' for denoting elements is only for facilitating description of the present invention and has no specific meaning by itself. Therefore, 'module', 'part' or 'unit' may be used in combination.

Terminals may be implemented in various forms. For example, the terminals described in the present invention may include mobile phones, tablet computers, notebook computers, palmtop computers, personal digital assistants (Personal Digital Assistant, PDA), portable media players (Portable Media Player, PMP), navigation devices, wearable equipment, mobile terminals, pedometers and other mobile terminals, and fixed terminals such as digital TVs and desktop computers.

In the subsequent description, a mobile terminal will be used as an example for illustration.

Please refer to Figures 1-4, Figure 1 is a block diagram of a neonatal abdominal monitoring and treatment system provided by an embodiment of the present invention, and Figure 2 is a schematic structural diagram of a unit of a neonatal abdominal monitoring and treatment system provided by an embodiment of the present invention 1. Figure 3 is a schematic structural diagram of a module in a unit of a neonatal abdominal monitoring and treatment system provided by an embodiment of the present invention, and Figure 4 is a unit of a neonatal abdominal monitoring and treatment system provided by an embodiment of the present invention Schematic diagram of the structure of another module in .

As shown in FIG. 1 , the neonatal abdominal monitoring and treatment system 100 includes a neonatal abdominal circumference monitoring and treatment abdominal belt 10 , a background management center 20 and a mobile terminal 30, wherein:

The neonatal abdominal circumference monitoring treatment abdominal belt 10 includes a abdominal belt body 101 and a function control unit 102 arranged on the abdominal belt body, for wearing on the abdomen of the newborn, as shown in FIG. 2 , the The function control unit 102 includes a monitoring module 1021 , a judging module 1022 , a reminder module 1023 , a wireless communication module 1024 and a power supply module 1025 .

The monitoring module 1021 is used to monitor the abdominal circumference of the newborn in real time, and monitor the highest point of the abdomen, perform measurement, and obtain abdominal circumference data, and the abdominal circumference data includes abdominal circumference change value and abdominal circumference change duration. Wherein, the abdominal circumference change value is obtained by comparing the abdominal circumference data at the highest point of the abdomen with the daily initial abdominal circumference value and the total initial abdominal circumference value, and the abdominal circumference change duration is when the current abdominal circumference and the daily initial abdominal circumference value When the abdominal circumference value changes from the start, timing is started, and the duration of the abdominal circumference change is obtained.

The judging module 1022 is configured to judge whether the abdominal circumference data needs to be reported according to the abdominal circumference data monitored by the monitoring module 1021 in combination with the age and weight of the newborn. Specifically, as shown in Figure 3, the judging module 1022 may include a time judging module 10221 and a data judging module 10222; the data judging module 10221 is used to judge the Whether the abdominal circumference change value is greater than the preset abdominal circumference change threshold; the time judging module 10222 is used to determine whether the abdominal circumference change duration is greater than the Preset time threshold. When the abdominal circumference change value is greater than the preset abdominal circumference change threshold and the duration of the abdominal circumference change is greater than the preset time threshold, it is determined that the abdominal circumference data needs to be reported; wherein the preset abdominal circumference change threshold can be Including preset initial value and preset abdominal distension judgment value.

The reminder module 1023 is used for when the judging module 1022 judges that the abdominal circumference change value is greater than the preset abdominal circumference change threshold, and the duration of the abdominal circumference change is greater than the preset time threshold, the abdominal circumference data needs to Remind when reporting. Specifically, as shown in Figure 4, the reminder module 1023 may include an early warning module 10231 and an alarm module 10232; Early warning reminder: the alarm module 10232 is used to issue an alarm reminder when the change value of the abdominal circumference is higher than the preset judgment value of abdominal distension.

The wireless communication module 1024 is configured to communicate with external devices to transmit the abdominal circumference data and the reminder. Specifically, the wireless communication module 1024 may communicate through one or more of Bluetooth, WiFi, and mobile network. Wherein, the mobile network may further include a 4G or 5G network. The specific communication manner used in this embodiment is not limited here.

The power supply module 1025 is used to supply power to the function control unit 102 .

The background management center 20 communicates with the neonatal abdominal circumference monitoring treatment belt and the mobile terminal 30 for controlling the system and storing the abdominal circumference data. For example, the background management center 20 may be a hospital information management system of a hospital, that is, an HIS system, or a background server.

The mobile terminal 30 is configured to receive the abdominal circumference data and the reminder transmitted by the background management center 20, and the mobile terminal communicates with the background management center 20 and the abdominal circumference monitoring of the newborn through wireless communication. Therapy bellyband 1010 for interaction. For example, the mobile terminal 30 may be a mobile phone, a tablet computer, etc. of medical personnel.

In practice, by connecting the neonatal abdomen monitoring and treatment system 100 , the mobile terminal 30 interacts with the background management center 20 and the neonatal abdominal circumference monitoring and treatment abdominal belt 10 through wireless communication. Illustrating, taking bluetooth communication, HIS system and mobile phone as example, after the function control unit 102 on the abdominal circumference monitoring treatment abdominal belt 10 of described newborn baby obtains the described abdominal circumference data and the described reminder, transmits to the HIS system through bluetooth and storage, the HIS system transmits the abdominal circumference data and the reminder to the mobile phone terminal of the medical staff to remind the medical staff of the abdominal circumference situation and reminder situation of the newborn, and the mobile phone terminal of the medical staff can receive a text message reminder or sound remind. Correspondingly, the neonatal abdominal circumference monitoring and treatment abdominal belt 10 can also store the abdominal circumference data and the reminder, and perform a voice or color display reminder through the reminder module 1023 .

In the embodiment of the present invention, the neonatal abdominal monitoring and treatment system includes a neonatal abdominal circumference monitoring and treatment abdominal belt, a background management center and a mobile terminal, and a functional control unit arranged on the abdominal belt body includes a monitoring module and a judgment module , a reminder module, a wireless communication module and a power supply module. In this way, through the real-time monitoring of the abdominal circumference of the newborn, it is synchronized to the mobile terminal, and according to the child's age, weight and other information, early warning and alarm are given to remind the medical staff to deal with it in a timely manner, which solves the problem of unsuccessful clinical treatment caused by untimely monitoring. .

Please refer to Fig. 5. Fig. 5 is the second structural schematic diagram of a unit of a neonatal abdominal monitoring and treatment system provided by an embodiment of the present invention. As shown in Fig. 5, compared with Fig. 2, the only difference is that the neonatal The function control unit 102 of the abdominal monitoring treatment system 100 also includes a treatment module 1026 and a positioning module 1027, wherein:

The treatment module 1026 is configured to perform acupoint massage and/or drug treatment on the abdomen of the newborn. In practice, since newborns have abdominal distension, they need to be dealt with in a timely manner. If physical therapy such as acupoint massage and drug hot compress can be performed through the daily wearable abdominal monitoring and treatment belt for newborns, abdominal distension can be relieved in time.

The positioning module 1027 is used to position the functional control unit 102 to ensure that the central point of the functional control unit 102 is always aligned with the navel of the newborn. Since it is necessary to perform acupressure and/or drug treatment on the abdomen of the newborn, and to monitor the abdominal girth at the highest point of the abdomen, it is necessary to keep the functional control unit 102 of the neonatal abdomen monitoring and treatment system 100 relative to the newborn. , in the same position. Therefore, taking the navel of the newborn as a reference, the center point of the functional control unit 102 is always aligned with the navel of the newborn.

In the embodiment of the present invention, the neonatal abdominal monitoring and treatment system includes a neonatal abdominal circumference monitoring and treatment abdominal belt, a background management center and a mobile terminal, and a functional control unit arranged on the abdominal belt body includes a monitoring module and a judgment module , reminder module, wireless communication module, power supply module, treatment module and positioning module. In this way, through real-time monitoring of the abdominal circumference of the newborn, it is synchronized to the mobile terminal, and according to the child's age, weight and other information, an early warning and an alarm are issued to remind the medical staff to deal with it in a timely manner, and to perform acupoint massage and hot compresses on the newborn. Physiotherapy relieves abdominal distension and solves the problem of unsuccessful clinical treatment caused by untimely monitoring.

Referring to FIG. 6, FIG. 6 is a flow chart of a neonatal abdomen monitoring treatment method provided by an embodiment of the present invention. As shown in FIG. 6, the neonatal abdominal circumference monitoring treatment method includes:

Step S601: Put the neonatal abdominal circumference monitoring and treatment abdominal belt on the neonate's abdomen, turn on the power, and input the neonatal age, weight value and abdominal circumference of the day, and the abdominal circumference is the daily initial abdominal circumference value.

In practical application, after the neonatal abdominal circumference monitoring and treatment abdominal belt is worn on the abdomen of the newborn, close the neonatal abdominal circumference monitoring and treatment abdominal belt; the center of the neonatal abdominal circumference monitoring and treatment abdominal belt function control unit Align the dots with the newborn's navel.

In practical application, since the neonatal abdominal circumference monitoring and treatment abdominal belt is in a long-term wearing state in order to monitor the abdominal circumference data in real time during the period when the newborn is in the hospital. When the newborn is admitted to the hospital, the medical staff will wear the neonatal abdominal circumference monitoring and treatment belt on the abdomen of the newborn, turn on the power, and input the newborn's age, weight and abdominal circumference. The abdominal circumference is the total initial abdominal circumference.

Of course, it is also necessary to enter the newborn's personal information, such as name and age.

In practice, since the age and weight of newborns vary, the daily initial abdominal circumference generally also varies. Time can be set every day to remind medical staff to measure and update the newborn's age, weight and daily initial abdominal circumference.

In practical application, since it is necessary to perform acupoint massage and/or drug treatment on the abdomen of the newborn, and to monitor the abdominal girth at the highest point of the abdomen, it is necessary to maintain the central point of the abdominal girth monitoring and treatment abdominal belt function control unit of the newborn Align the newborn's belly button all the way. If the abdominal girth of the newborn changes, it is easy to cause the center point of the abdominal girdle function control unit of the abdominal girth monitoring and treatment of the newborn to not align with the navel of the newborn, then remind, the way of reminding can be sound and/or color Reminding, the specific way of reminding is not limited here.

Step S602: Connect to the neonatal abdominal circumference monitoring and treatment system, and associate the neonatal abdominal circumference monitoring and treatment abdominal belt with the mobile terminal through the background management center.

In practical application, after connecting the neonatal abdominal circumference monitoring and treatment system, and matching the neonatal abdominal circumference monitoring and treatment belt with the mobile terminal through the background management center, one-to-one correspondence between patients and medical staff can be achieved. When the situation arises, the corresponding medical staff can be notified in time, and the treatment can be fixed at a fixed point to improve efficiency. The way of one-to-one correspondence can be one-to-one correspondence through the names of newborns, and also can be through the number of the abdominal circumference monitoring and treatment belt of the newborn and the mobile terminal, which is not limited here.

Step S603: Monitor the abdominal circumference of the newborn in real time, and monitor the highest point of the abdomen for measurement to obtain abdominal circumference data, the abdominal circumference data including abdominal circumference change value and abdominal circumference change duration.

In actual application, the abdominal circumference change value is obtained by comparing the abdominal circumference data at the highest point of the abdomen with the daily initial abdominal circumference value and the total initial abdominal circumference value.

For example, when the current abdominal circumference starts to change compared with the daily initial abdominal circumference value, if represented by a curve, the abdominal circumference change value curve is a curve that rises first and then declines, with the highest point, and the highest point is the The abdominal circumference change value, the abdominal circumference change value is the maximum value, that is, the difference between the abdominal circumference data at the highest point of the abdomen and the daily initial abdominal circumference value. Of course, the difference can also be obtained by comparing the abdominal circumference data at the highest point of the abdomen with the total initial abdominal circumference value, so as to obtain the total abdominal circumference change value of the newborn since admission.

In practical application, the duration of abdominal circumference change is when the current abdominal circumference starts to change compared with the daily initial abdominal circumference value, and timing is started to obtain the duration of abdominal circumference change. The change duration of the abdominal circumference is obtained from the beginning of the change to the return to the vicinity of the daily initial abdominal circumference value.

Since breathing can also cause changes in abdominal circumference, it is necessary to measure the duration of changes in abdominal circumference while measuring the value of changes in abdominal circumference, so as to rule out that changes in abdominal circumference caused by breathing are misjudged as abdominal distension.

Step S604: According to the abdominal circumference data, combined with the age and weight of the newborn, determine whether the abdominal circumference data needs to be reported.

In practical application, after obtaining the abdominal circumference change value and the abdominal circumference change duration, it is necessary to combine the age and weight of the newborn to determine whether the abdominal circumference change value is greater than the preset abdominal circumference change threshold ; When the abdominal circumference change value is greater than the preset abdominal circumference change threshold, determine whether the abdominal circumference change duration is greater than the preset time threshold; when the abdominal circumference change value is greater than the preset abdominal circumference change threshold, and When the abdominal circumference change duration is greater than the preset time threshold, the abdominal circumference data needs to be reported; wherein, the preset abdominal circumference change threshold is a preset initial value and a preset abdominal distension judgment value, and the preset initial value less than the preset abdominal distension judgment value. The preset abdominal circumference change threshold and preset time threshold can be set during wearing, or can be set when the newborn abdominal circumference monitoring and treatment abdominal belt is produced, and there is no limitation here.

For example, the preset initial value is 0.3 cm, and the preset abdominal distension judgment value is 1.5 cm, because if abdominal distension occurs, no matter whether it is serious or not, its duration is longer than breathing or eating, due to the breathing and Eating has little effect on changes in abdominal circumference. For example, the preset time threshold is 2 minutes. When the time is greater than the preset time threshold of 2 minutes, the abdominal circumference data needs to be reported. In this way, the misjudgment of changes in abdominal circumference caused by breathing or eating as abdominal distension is ruled out.

Step S605: When it is determined that the abdominal circumference change value is greater than the preset abdominal circumference change threshold, and the duration of the abdominal circumference change is greater than the preset time threshold, and the abdominal circumference data needs to be reported, a reminder is given.

In practical application, when the abdominal circumference change value is higher than the preset initial value, an early warning is given; when the abdominal circumference change value is higher than the preset abdominal distension judgment value, an alarm reminder is given. For example, if the abdominal circumference change value is 0.8 cm, which is 0.3 cm higher than the preset initial value, an early warning will be given; the abdominal circumference change value is 1.6 cm, which is 1.5 cm higher than the preset abdominal distension judgment value , to perform an alarm reminder.

In actual use, the reminder method includes warning lights on the abdominal circumference monitoring and treatment belt of the newborn and/or sending information to notify the mobile terminal; in order to distinguish the early warning reminder from the alarm reminder, both The reminder method is different. For example, the early warning reminder can be a yellow light, and the alarm reminder can be a red light combined with sound.

Step S606: transmit the abdominal circumference data and the reminder, and after receiving the abdominal circumference data and the reminder, the mobile terminal manually or automatically controls the abdominal circumference monitoring and treatment belt of the newborn on the abdomen of the newborn Get acupressure and/or medication.

In practical application, the mobile terminal interacts with the background management center and the neonatal abdominal circumference monitoring and treatment abdominal belt through wireless communication. Communication can be performed through one or more of Bluetooth, WiFi, and mobile networks. Wherein, the mobile network may further include a 4G or 5G network. The specific communication manner used in this embodiment is not limited here.

In practical application, communication and interaction are performed by connecting the mobile terminal, the background management center and the neonatal abdominal circumference monitoring and treatment abdominal belt. For example, taking Bluetooth communication, HIS system and mobile phone as an example, after the abdominal circumference data and the reminder are obtained on the abdominal circumference monitoring and treatment belt of the newborn, they are transmitted to the HIS system through Bluetooth and stored, and the HIS system will The abdominal circumference data and the reminder are transmitted to the mobile phone terminal of the medical staff to remind the medical staff of the abdominal circumference of the newborn and the reminder situation, and the mobile phone terminal of the medical staff can receive a text message reminder or a sound reminder. Correspondingly, the neonatal abdominal circumference monitoring and treatment abdominal belt can also store the abdominal circumference data and the reminder, and perform a sound or color display reminder.

In practical application, after the mobile terminal receives the abdominal circumference data and the reminder, it indicates that the abdominal circumference of the newborn has changed, and the newborn can be manually visited or controlled by the mobile terminal. The abdominal circumference monitoring and treatment abdominal belt performs acupressure and/or drug treatment on the abdomen of the newborn.

In the embodiment of the present invention, the neonatal abdominal monitoring treatment method is to wear the neonatal abdominal circumference monitoring and treatment abdominal belt on the neonatal abdomen, turn on the power, input the neonatal age, weight value and abdominal circumference, and connect the neonatal abdominal Surroundings monitoring and treatment system, real-time monitoring of the abdominal circumference of the newborn, and monitoring the highest point of the abdomen, measurement, to obtain abdominal circumference data; according to the abdominal circumference data, combined with the age and weight of the newborn, determine the Whether the abdominal circumference data needs to be reported; when it is judged that the abdominal circumference change value is greater than the preset abdominal circumference change threshold, and the duration of the abdominal circumference change is greater than the preset time threshold, and the abdominal circumference data needs to be reported, a reminder is given; Transmitting the abdominal circumference data and the reminder, after receiving the abdominal circumference data and the reminder, the mobile terminal manually or automatically controls the abdominal circumference monitoring and treatment belt of the newborn to perform acupoint massage on the abdomen of the newborn and/or medication. In this way, through real-time monitoring of the abdominal circumference of the newborn, it is synchronized to the mobile terminal, and according to the child's age, weight and other information, an early warning and alarm are issued to remind the medical staff to deal with it in a timely manner, and it is possible to perform acupoint massage, medicine hot compress, etc. on the newborn. Physiotherapy relieves abdominal distension and solves the problem of unsuccessful clinical treatment caused by untimely monitoring.

Referring to Figures 7-9, Figure 7 is one of the structural diagrams of a neonatal abdominal monitoring and treatment device provided by an embodiment of the present invention, and Figure 8 is one of the structural diagrams of a neonatal abdominal monitoring and treatment device provided by an embodiment of the present invention The second is the outer view, and Fig. 9 is the third structural view of a newborn abdominal monitoring and treatment device provided by the embodiment of the present invention, which is the inner view. As shown in Figures 7-9, the neonatal abdominal circumference monitoring and treatment device includes:

The neonatal abdominal circumference monitoring and treatment abdominal belt 700 includes a belt body 80 and a function control area 70 arranged on the belt body 70 .

A wireless communication unit 701 , a rechargeable battery 702 , a timer 703 , a position sensor 704 , a memory 705 and a processor 706 are placed inside the function control area 70 .

The neonatal abdominal circumference monitoring and treatment abdominal belt 700 also includes a length detection device, and the length detection device includes a pressing wheel 707 that is pressed on the abdominal belt 700 and rotates with the displacement of the abdominal belt 700; The grating sensor 708 connected to the pulley 7051 and the processor 706 is used to measure the number of rotations of the pinch pulley, so as to obtain the change value of the abdominal circumference.

In the grating sensor detection method, the pinch wheel 707 drives the rim with the grating to rotate, and the grating sensor 708 is used to detect the light intensity change caused by the grating.

The wireless communication unit 701 is used for communicating with external devices.

The rechargeable battery 702 is used to power the function control area 70 .

The timer 703 is used to start the timer 703 when the length detection device 705 detects that the abdominal circumference starts to change, and record the duration of the abdominal circumference change.

The position sensor 704 is placed at a central point (not shown in the figure) inside the functional control area 70, and is used to detect whether the central point is aligned with the navel of the newborn.

The memory 705 is used for storing abdominal circumference data.

The processor 706 uses various interfaces and lines to connect various parts of the entire function control area 70, calls data stored in the memory 705, executes various functions of the function control area 70 and processes data.

The warning light 709, the display device 710, and the switch device 711 placed outside the function control area 70, the warning light 709 is used for reminding, and can be changed into different colors. The display device 710 is used to display the abdominal circumference data, and can also be used to input information such as the age and weight of the newborn. The display device 710 can be a display screen, preferably a flexible screen, and the display screen is installed on the outside of the functional control area 70 . The switch device 711 is used to control the opening and closing of the function control area 70 .

The clockwise circular massage track 712, the medicine storage bag 713 and the sealing device of the medicine storage bag 713 placed on the body 80 of the neonatal abdominal circumference monitoring and treatment abdominal belt 700 near the inner side of the functional control area 70 (not shown in the figure) Out), the clockwise circular massage track 712 is used to massage the acupoints of the newborn, and the clockwise circular massage track 712 can be turned on and off by using the switch device 711 . The medicine storage bag 713 is used for storing medicines for treating the newborns. Wherein, the medicine inside the medicine storage bag 713 can be replaced, and the medicine storage bag 713 is sealed by the sealing device.

Wherein, due to the need to accurately measure changes in abdominal circumference to prevent skin injuries of newborns, the inner layer of the abdominal circumference monitoring and treatment belt 700 for newborns is made of non-stretchable cotton material. The outer layer is a waterproof layer.

Optionally, there is a Velcro fitting device (not shown in the figure) at the end of the abdominal belt body 80 for fitting the neonatal abdominal circumference monitoring treatment abdominal belt 700 . Specifically, in order to ensure the accuracy of the monitoring data, the bonding position is the same each time.

In the embodiment of the present invention, the neonatal abdominal circumference monitoring and treatment device includes a neonatal abdominal circumference monitoring and treatment abdominal belt, and a wireless communication unit, a rechargeable battery, and a timing unit are set inside the functional control area on the abdominal belt body. device, position sensor, memory and processor, external warning lights in the function control area on the abdominal belt body, display device and switch device, and there are clockwise circular massage tracks and medicine storage bags, so that, through real-time monitoring The abdominal circumference of the newborn is synchronized to the mobile terminal, and according to the child's age, weight and other information, an early warning and an alarm are issued to remind the medical staff to deal with it in a timely manner, and physical therapy such as acupoint massage and drug hot compress can be performed on the newborn to relieve abdominal distension , to solve the problem of failure of clinical treatment due to untimely monitoring.

It should be noted that, in this document, the term "comprising", "comprising" or any other variation thereof is intended to cover a non-exclusive inclusion such that a process, method, article or apparatus comprising a set of elements includes not only those elements, It also includes other elements not expressly listed, or elements inherent in the process, method, article, or device. Without further limitations, an element defined by the phrase "comprising a ..." does not preclude the presence of additional identical elements in the process, method, article, or apparatus comprising that element.

The serial numbers of the above embodiments of the present invention are for description only, and do not represent the advantages and disadvantages of the embodiments.

The above are only preferred embodiments of the present invention, and are not intended to limit the patent scope of the present invention. Any equivalent structure or equivalent process conversion made by using the description of the present invention and the contents of the accompanying drawings, or directly or indirectly used in other related technical fields , are all included in the scope of patent protection of the present invention in the same way.

Claims (10)

1. a neonatal abdominal girth monitoring and treatment system, characterized in that, the neonatal abdominal girth monitoring and treatment system includes a neonatal abdominal girth monitoring and treatment abdominal belt, a background management center and a mobile terminal, wherein: The neonatal abdominal circumference monitoring and treatment abdominal belt includes a abdominal belt body and a functional control unit arranged on the abdominal belt body for wearing on the abdomen of the newborn, and the functional control unit includes a monitoring module and a judgment module , reminder module, wireless communication module and power supply module; The monitoring module is used to monitor the abdominal circumference of the newborn in real time, and monitor the highest point of the abdomen, perform measurement, and obtain abdominal circumference data, and the abdominal circumference data includes abdominal circumference change value and abdominal circumference change duration; Wherein, the abdominal circumference change value is obtained by comparing the abdominal circumference data at the highest point of the abdomen with the daily initial abdominal circumference value and the total initial abdominal circumference value, and the abdominal circumference change duration is when the current abdominal circumference and the daily initial abdominal circumference value When the abdominal circumference value changes from the beginning, start timing to obtain the duration of the abdominal circumference change; The judging module is used to judge whether the abdominal circumference data needs to be reported according to the abdominal circumference data monitored by the monitoring module, combined with the age and weight of the newborn; The reminder module is used for when the judging module judges that the abdominal circumference change value is greater than the preset abdominal circumference change threshold, and the duration of the abdominal circumference change is greater than the preset time threshold, and the abdominal circumference data needs to be reported , to remind; The wireless communication module is used to communicate with external equipment to transmit the abdominal circumference data and the reminder; The power supply module is used to supply power to the functional control unit; The background management center communicates with the neonatal abdominal circumference monitoring treatment belt and the mobile terminal for controlling the system and storing the abdominal circumference data; The mobile terminal is used to receive the abdominal circumference data and the reminder transmitted by the background management center, and the mobile terminal communicates with the background management center and the neonatal abdominal circumference monitoring and treatment abdominal belt through wireless communication to interact. 2. The neonatal abdominal circumference monitoring and treatment system according to claim 1, wherein the functional control unit also includes a treatment module and a positioning module; The treatment module is used to perform acupoint massage and/or drug treatment on the abdomen of the newborn; The positioning module is used for positioning the functional control unit to ensure that the central point of the functional control unit is always aligned with the navel of the newborn. 3. neonatal abdominal circumference monitoring treatment system according to claim 1, is characterized in that, described judging module comprises time judging module and data judging module; The data judging module is used to judge whether the abdominal circumference change value is greater than a preset abdominal circumference change threshold in combination with the age and weight of the newborn; The time judging module is used to judge whether the abdominal circumference change duration is greater than the preset time threshold when the abdominal circumference change value is greater than a preset abdominal circumference change threshold; When the abdominal circumference change value is greater than a preset abdominal circumference change threshold, and the abdominal circumference change duration is greater than a preset time threshold, the abdominal circumference data needs to be reported; Wherein, the preset abdominal circumference change threshold is a preset initial value and a preset abdominal distension judgment value. 4. neonatal abdominal circumference monitoring treatment system according to claim 1, is characterized in that, described reminder module comprises early warning module and alarm module; The early warning module is used to give an early warning reminder when the change value of the abdominal circumference is higher than the preset initial value; The alarm module is configured to issue an alarm when the change value of the abdominal circumference is higher than the preset judgment value of abdominal distension. 5. The neonatal abdominal circumference monitoring and treatment system according to claim 1, wherein the wireless communication module communicates via one or more of Bluetooth, WiFi, and mobile networks. 6. A neonatal abdominal circumference monitoring treatment method, characterized in that, the neonatal abdominal circumference monitoring treatment method comprises steps: Put the neonatal abdominal circumference monitoring and treatment abdominal belt on the neonatal abdomen, turn on the power supply, input the neonatal age, weight value and abdominal circumference of the day, and the abdominal circumference is the daily initial abdominal circumference value; Connect to the neonatal abdominal circumference monitoring and treatment system, and connect the neonatal abdominal circumference monitoring and treatment belt to the mobile terminal through the background management center; Real-time monitoring of the abdominal circumference of the newborn, and monitoring the highest point of the abdomen, taking measurements, and obtaining abdominal circumference data, the abdominal circumference data including abdominal circumference change value and abdominal circumference change duration; Wherein, the abdominal circumference change value is obtained by comparing the abdominal circumference data at the highest point of the abdomen with the daily initial abdominal circumference value and the total initial abdominal circumference value, and the abdominal circumference change duration is when the current abdominal circumference and the daily initial abdominal circumference value When the abdominal circumference value changes from the beginning, start timing to obtain the duration of the abdominal circumference change; According to the abdominal circumference data, combined with the age and weight of the newborn, determine whether the abdominal circumference data needs to be reported; When it is determined that the abdominal circumference change value is greater than a preset abdominal circumference change threshold, and the abdominal circumference change duration is greater than a preset time threshold, and the abdominal circumference data needs to be reported, a reminder is given; Transmitting the abdominal circumference data and the reminder, after receiving the abdominal circumference data and the reminder, the mobile terminal manually or automatically controls the abdominal circumference monitoring and treatment belt of the newborn to perform acupoint massage on the abdomen of the newborn and/or medication; Wherein, the mobile terminal interacts with the background management center and the neonatal abdominal circumference monitoring and treatment abdominal belt through wireless communication. 7. neonatal abdominal girth monitoring treatment method according to claim 6, described according to the abdominal girth data, in conjunction with the age and weight of the newborn, judge whether the abdominal girth data needs to be reported, comprising: Combining the age and weight of the newborn, determine whether the abdominal circumference change value is greater than a preset abdominal circumference change threshold; When the abdominal circumference change value is greater than a preset abdominal circumference change threshold, it is judged whether the duration of the abdominal circumference change is greater than the preset time threshold; When the abdominal circumference change value is greater than a preset abdominal circumference change threshold, and the abdominal circumference change duration is greater than a preset time threshold, the abdominal circumference data needs to be reported; Wherein, the preset abdominal circumference change threshold is a preset initial value and a preset abdominal distension judgment value. 8. The neonatal abdominal circumference monitoring treatment method according to claim 6, when it is determined that the abdominal circumference change value is greater than the preset abdominal circumference change threshold, and the duration of the abdominal circumference change is greater than the preset time threshold, When the abdominal circumference data needs to be reported, a reminder is given, including: When the change value of the abdominal circumference is higher than the preset initial value, an early warning reminder is given; When the change value of the abdominal circumference is higher than the preset judgment value of abdominal distension, an alarm is issued; Wherein, the reminding method includes performing a warning light reminder on the abdominal circumference monitoring and treatment belt of the newborn and/or sending a message to notify the mobile terminal; The ways of the early warning reminder and the alarm reminder are different. 9. The neonatal abdominal girth monitoring and treatment method according to claim 6, wherein the neonatal abdominal girth monitoring and treatment abdominal belt is worn on the neonatal abdomen, comprising: Close the abdominal circumference monitoring and treatment abdominal belt of the newborn; aligning the central point of the abdominal girdle function control unit for neonatal abdominal circumference monitoring and treatment with the navel of the newborn; If the central point of the abdominal girdle functional control unit for neonatal abdominal circumference monitoring and treatment is not aligned with the navel of the newborn, a reminder is given. 10. A neonatal abdominal circumference monitoring and treatment device, characterized in that, the neonatal abdominal circumference monitoring and treatment device comprises: The abdominal circumference monitoring and treatment abdominal belt for newborns includes a main body of the abdominal belt and a functional control area arranged on the main body of the abdominal belt; wireless communication unit, rechargeable battery, timer, position sensor, memory and processor placed inside said functional control area; The neonatal abdominal circumference monitoring and treatment abdominal belt also includes a length detection device, and the length detection device includes a pressure roller that is pressed on the abdominal belt and rotates with the displacement of the abdominal belt; The grating sensor connected to the processor is used to measure the number of rotations of the pinch wheel, so as to obtain the change value of the abdominal circumference. The wireless communication unit is used to communicate with external equipment; The rechargeable battery is used to power the functional control area; The timer is used to start the timer when the length detection device detects that the abdominal circumference begins to change, and record the duration of the abdominal circumference change; The position sensor is placed at the central point inside the functional control area, and is used to detect whether the central point is aligned with the navel of the newborn; The memory is used to store abdominal circumference data; The processor uses various interfaces and lines to connect various parts of the entire functional control area, calls data stored in the memory, executes various functions of the functional control area and processes data; A warning light, a display device, and a switch device placed outside the function control area, the warning light is used to remind, the display device is used to display the abdominal circumference data, and the switch device is used to control the function Opening and closing of the control zone; The clockwise circular massage track, the medicine storage bag and the sealing device of the medicine storage bag placed on the body of the neonatal abdominal circumference monitoring and treatment abdominal belt close to the inner side of the functional control area, the clockwise circular massage track is used for The newborn is subjected to acupoint massage, the medicine storage bag is used to store medicine, and the newborn is treated with medicine; Wherein, the inner layer of the neonatal abdominal circumference monitoring and treatment abdominal belt body is made of non-stretching cotton material, and the outer layer of the cotton material is a waterproof layer.