CN111281237A - Full-automatic hand washer - Google Patents

Abstract

The invention discloses a fully automatic cell phone washing machine, which belongs to the technical field of cell phone washing. A hand sanitizer room, a hand washing room and a waste water room are respectively arranged in the casing, the hand sanitizer bucket is closed in the hand sanitizer room through the hand sanitizer room door panel, and the waste water bucket is closed in the waste water room through the waste water room panel door, The cleaning assembly and the water outlet assembly are symmetrically arranged at the bottom and the top of the washroom, respectively, and are enclosed in the washroom by a washroom door panel. The invention realizes that it can be done without autonomous operation, and solves the purpose of washing hands independently for some people who cannot perform autonomous operation to complete handwashing. Remotely check the working status of the mobile phone, making the overall organization of the mobile phone more simple and scientific.

Description

A fully automatic washing machine

technical field

The invention discloses a fully automatic cell phone washing machine, which belongs to the technical field of cell phone washing.

Background technique

Hand washing is very common in hospitals. Both doctors and patients need to wash their hands frequently to reduce hand bacteria. However, the steps for medical staff to wash their hands are cumbersome:

The first step is to get your hands fully wet under running water. The second step is to take an appropriate amount of soap and apply it to the entire palm, back of the hand, fingers and between the fingers. The third step is to rub your hands carefully for at least 15 seconds. Care should be taken to clean all the skin of your hands, including the backs of your fingers, the tips of your fingers and the gaps between your fingers. The specific rubbing steps are: 1. The palms face each other, fingers close together, and rub each other; 2. The palms of the hands are on the back of the hand 3. The palms face each other and the fingers cross each other; 4. Bend the fingers to make the joints in the other palm rotate and rub, and the exchange is performed; 5. Hold the left thumb with the right hand and rotate and rub, and the exchange is performed ; 6. Put the five fingertips close together on the palm of the other hand and rotate and knead, and then exchange. Step 4: Rinse your hands thoroughly under running water, dry them, and take an appropriate amount of hand lotion for skin care.

The existing hand washing functions have various functions. Basically, they have ordinary cleaning, disinfection and drying functions. They cannot clean the gaps on the back of the hand, the gaps between the nails, and the gaps between the thumbs. As we all know, these gaps harbor bacteria. There are about 3.8-4 billion bacteria in 1 gram of nail tartar, among them, the bacteria and viruses that can cause people to get sick, such as Shigella, Typhoid Bacillus, Escherichia coli, Hepatitis virus, etc., can reach More than 30 species; in addition, there are many parasite eggs. If it is thought that the thorough cleaning of these gaps needs to be done by human beings, it is still impossible for some people who cannot do their own handwashing to complete the purpose of handwashing, and the existing mobile phones cannot remotely check the working status in real time. How to add Antiseptic hand sanitizer, etc.

SUMMARY OF THE INVENTION

The purpose of the present invention is to solve the problems that the existing hand washers cannot clean the local gaps of the hands and cannot check the working state remotely in real time, and propose a fully automatic washing machine that can clean the partial gaps of the hands in an all-round way and check the working state remotely in real time. cell phone.

The problem to be solved by this invention is realized by the following technical solutions:

A fully automatic hand washing machine, comprising: a hand washing machine casing, a hand sanitizer bucket, a cleaning assembly, a waste water bucket, a water outlet assembly, a dryer and a central processing unit. A hand washing room and a waste water room, the hand sanitizer bucket is enclosed in the hand sanitizer room through the hand sanitizer room door panel, the waste water bucket is closed in the waste water room through the waste water room panel door, the cleaning assembly and the water outlet assembly are respectively Symmetrically arranged at the bottom and top of the washing room and closed in the washing room through the washing room door panel, the hand sanitizer bucket is communicated with the washing room through a hand sanitizer pipe assembly, and the waste water bucket is connected with the The washing room is connected, the dryer is arranged on the top of the washing room, and the central processing unit is electrically connected to the two cleaning assemblies and the dryer respectively;

The water outlet assembly includes: a windmill nozzle bracket and a spiral nozzle, the nozzles of the windmill nozzle bracket are all inclined along the same rotational direction, the windmill nozzle bracket can rotate around its own axis, and the spiral nozzle and the windmill nozzle bracket are connected. the water outlet is connected, and the water outlet assembly is connected to the outside of the phone washer casing through a communication pipe;

The cleaning assembly is composed of a moving assembly, two movable rotating brush assemblies and a fixed rotating brush assembly. The moving assembly includes: a hand-washing chassis, a guide rod, a middle frame, two moving frames, an electric cylinder, an intermediate rotation rod and two rotating rods, the two ends of the guide rod are fixedly mounted on the hand-washing bottom frame, the middle frame is fixed on the middle of the guide rod, and the two movable frames are symmetrically arranged on both sides of the middle frame and It can move on the polished rod, the moving frame is connected with the intermediate frame through an electric cylinder, the intermediate rotating rod can be rotatably arranged on one side of the intermediate frame, and the two ends of the intermediate rotating rod are respectively connected to the two sides. One end of each of the rotating rods is hinged, and the other end is hinged with one side of the two moving frames respectively. The two movable rotating brush assemblies are respectively arranged opposite to the two moving frames away from the two rotating rods. On the other side, the fixed rotating brush assembly is arranged between the two movable rotating brush assemblies and is fixed on the hand washing chassis, and the washing room door panel is provided with a hand washing entrance corresponding to the cleaning assembly .

Preferably, a water outlet solenoid valve is provided on the communicating water pipe and is electrically connected to the central processing unit, the water outlet assembly further includes a water outlet photoelectric sensor, the moving assembly further includes a cleaning brush photoelectric sensor, the drying A drying photoelectric sensor is arranged on the dryer, and the water outlet photoelectric sensor, the drying photoelectric sensor and the cleaning brush photoelectric sensor are respectively arranged in the washing room and electrically connected with the central processing unit.

Preferably, the two movable rotating brush assemblies have the same structure, including: a plurality of movable brush bristles, a movable turntable, a movable motor, a movable cooling plate and a movable frame, the movable motor is fixed on the movable frame, and the movable motor is fixed on the movable frame. The middle part of the turntable is fixed on the main shaft of the movable motor, a plurality of the movable bristles are fixed on the side of the movable turntable away from the movable motor, the movable heat dissipation plate is fixed on the movable frame, and the fixed rotating plate is fixed on the movable frame. The brush assembly includes: a number of fingertip bristles, a fingertip turntable, a fingertip motor, a fingertip heat sink and a fingertip fixing frame, the fingertip motor is fixed on the fingertip fixing frame, and the middle part of the fingertip turntable is fixed On the main shaft of the fingertip motor, a plurality of the fingertip bristles are fixed on the side of the fingertip turntable away from the fingertip motor, and the fingertip cooling plate is fixed on the fingertip fixing frame, The plurality of fingertip bristles are at right angles to the plurality of movable bristles, the outer diameter of the movable bristles is larger than that of the fingertip bristles, and the movable motor and the fingertip motor are respectively electrically connected to the central processing unit.

Preferably, the hand sanitizer pipe assembly includes: a hand sanitizer pipe, a hand sanitizer solenoid valve and a hand sanitizer nozzle, the hand sanitizer solenoid valve is electrically connected to the central processing unit, and both ends of the hand sanitizer pipe are respectively connected to One end of the hand sanitizer solenoid valve is connected to the hand sanitizer bucket, the other end of the hand sanitizer solenoid valve is connected to the hand sanitizer nozzle, the hand sanitizer nozzle is arranged in a Y shape, and one end of the hand sanitizer nozzle is connected to the hand sanitizer solenoid valve The other end of the hand sanitizer nozzle is connected to the other end, and the two branch ends of the hand sanitizer nozzle correspond to the cleaning assembly.

Preferably, a hand sanitizer liquid level photoelectric sensor is provided on the side of the hand sanitizer bucket, and the hand sanitizer pipe assembly further includes a hand sanitizer photoelectric sensor, which is arranged on the hand sanitizer solenoid valve, and the side of the waste water bucket is provided with a hand sanitizer photoelectric sensor. A water bucket liquid level photoelectric sensor is respectively provided, and the hand sanitizer liquid level photoelectric sensor, the hand sanitizer photoelectric sensor and the water bucket liquid level photoelectric sensor are respectively electrically connected to the central processing unit.

Preferably, the hand sanitizer bucket, the cleaning assembly, the waste water bucket, the water outlet assembly, the dryer and the hand washing inlet are respectively provided with two and are relatively symmetrically arranged in the mobile phone casing.

Preferably, the hand sanitizer room, the hand washing room and the waste water room are all provided with humidity sensors and communicated with each other through ventilation openings, the mobile phone case is provided with a through hole, and the fan is arranged in the through hole, The size of the through hole corresponds to the outer diameter of the fan, and the humidity sensor and the fan are respectively electrically connected to the central processing unit.

Preferably, the shape of the hand-washing entrance is a circle, a rectangle or a polygon, and a sealing door assembly is provided on one side of the interior of the hand-washing entrance, and the sealing door assembly includes a moving chute, a sealing door, and an electric sealing door. cylinder and sealing door photoelectric sensor, the moving chute is symmetrically arranged on both sides of the hand washing entrance, the sealing door is movably arranged on the moving chute, and the sealing door is connected to the The door panel of the washroom is connected, the photoelectric sensor of the sealed door is arranged on the outside of the door of the washroom and adjacent to the entrance of the handwashing, and the electric cylinder of the airtight door and the photoelectric sensor of the airtight door are respectively electrically connected to the central processing unit.

Preferably, it also includes a communication module, which is electrically connected to the central processing unit, and the central processing unit is connected to the remote terminal through the communication module.

The beneficial effects that the present invention has relative to the existing:

1. Clean the gaps on both sides of the hand with the movable bristles in the structure of the movable rotating brush assembly, and use the fingertip bristles in the fixed rotating brush assembly to clean the gaps between the fingertips and nails of the hand, so as to clean the gaps hidden in the gaps Bacteria, make hands cleaner, and then move the movable brush assembly and the fixed rotating brush assembly through the electric cylinder of the mobile assembly, which can be completed without autonomous operation, and solved some people who cannot perform autonomous operation to complete handwashing independently. Purpose of hand washing.

2. The interior of the hand washing machine can be sealed by using the sealing door assembly. When the hand washing machine needs to be used, when the photoelectric sensor of the sealing door detects the hand, the electric cylinder of the sealing door drives the sealing door to move, thereby opening the hand washing entrance and preventing the outside world. Air contact reduces the possibility of bacterial growth.

3. Through the connection between the communication module and the remote terminal, the Internet of Things of the device is realized, and the working status of the mobile phone can be remotely checked in real time through the remote terminal, which makes the overall mechanism of the mobile phone washing more simple and scientific, and meets the current design requirements.

Description of drawings

Figure 1 is an isometric view of the present invention.

Figure 2 is a schematic structural diagram of the present invention.

Figure 3 is a rear view of the present invention.

Figure 4 is an isometric view of a portion of the structure of the present invention.

Figure 5 is an isometric view of a partial structure from another angle of the present invention.

Figure 6 is an isometric view of the first cleaning assembly of the present invention.

Figure 7 is an isometric view of the movement assembly of the present invention.

Figure 8 is an isometric view of the stationary rotating brush assembly of the present invention.

Figure 9 is an isometric view of the first movable rotating brush assembly of the present invention.

Figure 10 is an isometric view of the first hand sanitizer bucket of the present invention.

Figure 11 is an isometric view of the first waste bucket of the present invention.

Figure 12 is an isometric view of the first hand sanitizer tube assembly of the present invention.

Figure 13 is an isometric view of the first water outlet assembly of the present invention.

Figure 14 is an isometric view of the first sealed door assembly of the present invention.

Figure 15 is a frame diagram of the electrical connection of the present invention.

Among them, 1- mobile phone case, 11- hand sanitizer room, 111- first hand sanitizer room door panel, 112- second hand sanitizer room door panel, 12- hand-washing room, 121- first hand-washing room door panel, 1211- mobile sliding Tank, 1212-Sealed Door, 1213-Sealed Door Electric Cylinder, 1214-Sealed Door Photoelectric Sensor, 122-Second Washroom Door Panel, 13-Waste Water Chamber, 131-First Wastewater Chamber Panel Door, 132-Second Wastewater Chamber Panel door, 14-sewage outlet, 15-body, 16-back cover, 17-first partition, 171-first ventilation hole, 18-second partition, 181-second ventilation hole, 2-hand sanitizer bucket , 21-first hand sanitizer bucket, 211-hand sanitizer cover, 2111-hand sanitizer vent, 212-hand sanitizer bucket, 213-hand sanitizer liquid level photoelectric sensor, 22-second hand sanitizer bucket, 23-first A hand sanitizer pipe assembly, 231-hand sanitizer pipe, 232-hand sanitizer solenoid valve, 233-hand sanitizer nozzle, 234-hand sanitizer photoelectric sensor, 24-second hand sanitizer pipe assembly, 3-washing assembly, 31 -1st cleaning assembly, 311-moving assembly, 3111-washing base frame, 3112-first moving frame, 3113-intermediate frame, 3114-second moving frame, 3115-first rotating rod, 3116-intermediate rotating rod , 3117-Second rotating rod, 3118-Electric cylinder, 3119-Guide rod, 312-Fixed rotating brush assembly, 3121-Fingertip cooling plate, 3122-Fingertip holder, 3123-Fingertip turntable, 3124-Fingertip bristles , 313- the first movable rotating brush assembly, 3131- movable cooling plate, 3132- movable frame, 3133- the first movable rotating plate, 3134- the second movable rotating plate, 3135- movable bristles, 314- the second movable rotating brush assembly, 315 - Grating sensor, 32- first cleaning assembly, 4- waste water bucket, 41- first waste water bucket, 411- waste water interface, 412- water bucket liquid level photoelectric sensor, 413- handle, 414- waste water bucket body, 42- No. Two waste water buckets, 43-first waste water pipe, 44-second waste water pipe, 5-fan, 6-dryer, 61-first dryer, 62-second dryer, 7-water outlet assembly, 71- First water outlet assembly, 711- Windmill nozzle bracket, 712- Spiral nozzle, 72- Second water outlet assembly, 73- Water outlet pipe, 74- Water outlet solenoid valve.

Detailed ways

The present invention is further described below according to accompanying drawings 1-15:

The technical solutions of the present invention will be clearly and completely described below with reference to the accompanying drawings. Obviously, the described embodiments are a part of the embodiments of the present invention, but not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative efforts shall fall within the protection scope of the present invention.

In the description of the present invention, it should be noted that the terms "center", "upper", "lower", "left", "right", "vertical", "horizontal", "inner", "outer", etc. The indicated orientation or positional relationship is based on the orientation or positional relationship shown in the accompanying drawings, which is only for the convenience of describing the present invention and simplifying the description, rather than indicating or implying that the indicated device or element must have a specific orientation or a specific orientation. construction and operation, and therefore should not be construed as limiting the invention.

In the description of the present invention, it should be noted that the terms "installed", "connected" and "connected" should be understood in a broad sense, unless otherwise expressly specified and limited, for example, it may be a fixed connection or a detachable connection Connection, or integral connection; can be mechanical connection, can also be electrical connection; can be directly connected, can also be indirectly connected through an intermediate medium, can be internal communication between two elements. For those of ordinary skill in the art, the specific meanings of the above terms in the present invention can be understood in specific situations.

As shown in Figures 1-5, the first embodiment of the present invention provides a fully automatic hand washing machine based on the prior art, including: a hand washing phone casing 1, a hand soap bucket 2, a cleaning assembly 3, and a waste water bucket 4. Water outlet assembly 7, dryer 6 and central processing unit. The mobile phone case 1 includes a body 15 and a back cover 16 that are engaged with each other, and the back cover 16 is fixed on the body 15 by bolts, so as to facilitate maintenance of the internal mechanism of the mobile phone. The interior of the mobile phone case 1 is arranged into three layers respectively through the first partition and the second partition, and from top to bottom are the hand sanitizer room 11 , the hand washing room 12 and the waste water room 13 respectively. The hand sanitizer bucket 2 and the waste water bucket 4 are respectively placed in the corresponding hand sanitizer room 11 and the waste water room 13 , and the cleaning assembly 3 and the water outlet assembly 7 are symmetrically arranged at the bottom and the top of the hand washing room 12 , respectively. The hand sanitizer bucket 2 is communicated with the hand washing room 11 through the hand sanitizer pipe assembly, and is used for sterilizing and disinfecting the hands with the hand sanitizer when washing hands. The waste water bucket 4 is communicated with the washing room 12 through a waste water pipe, and is used for the waste water after washing hands to flow into the waste water bucket 4 from the waste water outlet through the waste water pipe. The wastewater belongs to domestic sewage, and the organic matter in it is extremely unstable and easily corroded to produce foul odor. Bacteria and pathogens multiply with organic matter in domestic sewage as nutrition, which can lead to the spread of infectious diseases. Therefore, centralized collection and processing are required. In this way, sewage can not be discharged at will, and the purpose of environmental protection can be achieved. The dryer 6 is installed on the top of the hand washing room 12, and is used for drying the hands after washing hands. Next, each part of the hand washing machine will be described in detail.

First, the cleaning assembly 3 will be introduced. In order to allow the two hands of the human body to be washed at the same time when using the hand washing machine, the present invention places a middle partition plate in the middle of the hand sanitizer chamber 11, so that the hand sanitizer chamber 11 can be divided into two hand sanitizers. Room 11. Therefore, the cleaning assembly 3 also includes a first cleaning assembly 31 and a first cleaning assembly 32, which are respectively symmetrically installed in the hand soap chamber 11 divided into two hand soap chambers 11 by the middle partition. The first cleaning assembly 31 and the first cleaning assembly 32 have the same structure, so the present invention will be described in detail by taking the first cleaning assembly 31 as an example when discussing. As shown in FIG. 6 , the first cleaning assembly 31 is composed of a moving assembly 311 , a first movable rotating brush assembly 313 , a second movable rotating brush assembly 314 and a fixed rotating brush assembly 312 . A movable rotating brush assembly 314 and a fixed rotating brush assembly 312 are respectively installed on the moving assembly 311 .

Next, the moving assembly 311 will be described in detail. As shown in FIG. 7 , the moving assembly 311 includes: a hand-washing base frame 3111, a guide rod 3119, an intermediate frame 3113, a first moving frame 3112, a second moving frame 3114, an electric The cylinder 3118, the middle rotating rod 3116, the first rotating rod 3115 and the second rotating rod 3117, the hand-washing bottom frame 3111 is a rectangular frame, and its width is less than or equal to the length of the side plate from the middle partition board to the inner side of the hand-washing case 1, Therefore, the hand-washing chassis 3111 is fixed on the second partition board by bolts or welding, the two ends of the two guide rods 3119 are fixed by bolts and mounted in the middle frame of the hand-washing chassis 3111, and the middle frame 3113 is fixed by welding on the two In the middle of the guide rod 3119, the first moving frame 3112 and the second moving frame 3114 are movably sleeved on the two guide rods 3119 and are symmetrically arranged on both sides of the middle frame 3113. In order to achieve light weight, the first moving frame 3112 The part of the second moving frame 3114 that does not pass through the two guide rods 3119 is provided with a through hole. Therefore, one side of the electric cylinder 3118 is fixed in the through hole in the middle of the first moving frame 3112 by bolts, and one end of the electric cylinder 3118 is fixed to the side of the intermediate frame 3113 close to the first moving frame 3112 by bolts. When the electric cylinder 3118 expands and contracts, since the intermediate frame 3113 is fixed on the two guide rods 3119 , the first moving frame 3112 can be driven to move on the two guide rods 3119 . In order to make the first moving frame 3112 and the second moving frame 3114 move at the same time when the electric cylinder 3118 is extended and retracted, the middle rotating rod 3116 is rotatably installed on the middle frame 3113, and the two ends of the middle rotating rod 3116 are respectively connected with the first rotating rod 3115 One end of the second rotating rod 3117 is hinged, and the other end is hinged with the first moving frame 3112 and the second moving frame 3114 respectively. In this way, when the first moving frame 3112 is driven to move on the two guide rods 3119, the first moving frame 3112 drives the first rotating rod 3115 to rotate, the first rotating rod 3115 drives the intermediate rotating rod 3116 to rotate, and the intermediate rotating rod 3116 drives the first rotating rod 3116 to rotate. The second rotating rod 3117 rotates. Since the middle rotating rod 3116 is rotatably mounted on the intermediate frame 3113 and the intermediate frame 3113 is fixed, the second rotating rod 3117 drives the second moving frame 3114 to move.

Next, the first movable rotating brush assembly 313 and the second movable rotating brush assembly 314 will be introduced. Since the first movable rotating brush assembly 313 and the second movable rotating brush assembly 314 have the same structure, the present invention refers to the first movable rotating brush assembly 313 and the second movable rotating brush assembly 314. The rotating brush assembly 313 is taken as an example for detailed description. As shown in FIG. 9 , it includes: a number of movable bristles 3135, a movable turntable, a movable motor, a movable heat sink 3131 and a movable frame 3132, wherein there can be multiple movable turntables, so that the movable frame 3132, the movable bristles 3135 and the movable motor can be The number and size of different movable turntables are determined. In this embodiment, there are two movable turntables, which are a first movable turntable 3133 and a second movable turntable 3134 respectively. The bodies of the two movable motors are respectively fixed on the movable frame 3132 by bolts, the middle parts of the first movable turntable 3133 and the second movable turntable 3134 are respectively fixed on the main shafts of the two movable motors by bolts, and several movable bristles 3135 are glued together. Equivalent fixing methods are respectively fixed on the side of the first movable turntable 3133 and the second movable turntable 3134 away from the two movable motors. In order to prevent the two movable motors from being damaged due to heat generated during operation, the movable cooling plate 3131 is fixed on the movable frame 3132 by bolts. The first movable rotating brush assembly 313 and the second movable rotating brush assembly 314 are respectively fixed to the first movable frame 3112 and the second movable frame 3114 by bolts through their respective movable frames, away from the two first rotating rods 3115 and the second rotating rods. On the other side of the 3117, the respective movable bristles of the first movable rotating brush assembly 313 and the second movable rotating brush assembly 314 are assembled relative to each other. Between 314, brush the gap between the palm and the back of the hand through the respective movable bristles.

Next, the fixed rotating brush assembly 312 will be introduced. As shown in FIG. 8 , it includes: a number of fingertip bristles 3124, a fingertip turntable 3123, a fingertip motor, a fingertip cooling plate 3121 and a fingertip fixing frame 3122. The fingertip motor passes through Bolts are fixed on the fingertip fixing frame 3122, the middle of the fingertip turntable 3123 is fixed on the main shaft of the fingertip motor by bolts, and a number of fingertip bristles 3124 are fixed on a part of the fingertip turntable 3123 away from the fingertip motor by fixing methods such as bonding. In order to prevent the fingertip motor from being damaged due to heat during operation, the fingertip cooling plate 3121 is fixed on the fingertip fixing frame 3122 by bolts. As shown in FIG. 7 , the fingertip fixing frame 3122 is fixed on the hand-washing chassis 3111 between the first movable rotating brush assembly 313 and the second movable rotating brush assembly 314 by bolts, and the fingertip bristles 3124 and the movable bristles 3135 are at right angles. Since the thickness from the palm to the back of each person's hand is different, in order to detect the thickness from the palm to the back of the hand, between the first movable rotating brush assembly 313 and the second movable rotating brush assembly 314, the hand washing base frame 3111 away from the fingertip fixing frame 3122 is installed. A grating sensor 315 is installed.

When in use, as shown in FIG. 7, the hand is straight and placed between the first movable rotating brush assembly 313 and the second movable rotating brush assembly 314, and the fingertip bristles 3124 brush the nail gap, because the bacteria in the nail gap is relatively high. Therefore, the outer diameter of the movable bristles in the present invention is larger than that of the fingertip bristles 3124. In order to protect the hands from being broken by their respective bristles, the tops of each movable bristles and fingertip bristles 3124 in contact with the hands are set as hemispherical, and the material is super soft bristles made of polypropylene. In order to save energy, a cleaning brush photoelectric sensor is also installed on the hand washing chassis 3111. When in use, put your hand straight between the first movable rotating brush assembly 313 and the second movable rotating brush assembly 314. After the photoelectric sensor of the cleaning brush detects the hand, the fingertip motor and the two movable motors start at the same time. Rotate, the fingertip bristles 3124 brush the nail gap. When the grating sensor 315 detects the width of the palm and the back of the hand, the electric cylinder 3118 starts to shrink. Since the intermediate frame 3113 is fixed on the two guide rods 3119, it can drive the first A moving frame 3112 moves on two guide rods 3119, the first moving frame 3112 drives the first rotating rod 3115 to rotate, the first rotating rod 3115 drives the intermediate rotating rod 3116 to rotate, and the intermediate rotating rod 3116 drives the second rotating rod 3117 to rotate, Because the intermediate rotating rod 3116 is rotatably mounted on the intermediate frame 3113, and the intermediate frame 3113 is fixed, the second rotating rod 3117 drives the second moving frame 3114 to move, because the first movable rotating brush assembly 313 and the second movable rotating brush assembly 314 are respectively fixed on the first movable frame 3112 and the second movable frame 3114 through their respective movable frames with bolts, and the first movable rotating brush assembly 313 and the second movable rotating brush assembly 314 start to move relative to each other until the first movable rotating brush When the assembly 313 and the second movable rotating brush assembly 314 are in contact with the palm and the back of the hand, the respective movable bristles brush the gap between the palm and the back of the hand, so that the bacteria harbored in the gap can be washed away and the hands are cleaner. After the specified time, the electric cylinder 3118 starts to stretch, so that the first movable rotating brush assembly 313 and the second movable rotating brush assembly 314 return to the initial position away from the palm and the back of the hand, and the automatic hand washing can be completed, realizing the need of no need to clean the hands. It is completed by autonomous operation, which solves the purpose of washing hands independently for some people who cannot perform autonomous operation to complete hand washing.

Next, the water outlet assembly 7 will be introduced. As shown in Figures 4, 5 and 13, since the cleaning assembly 3 includes the first cleaning assembly 31 and the first cleaning assembly 32, the water outlet assembly 7 is in phase with the cleaning assembly 3. Correspondingly, it also includes a first water outlet assembly 71 and a second water outlet assembly 72 . The first water outlet assembly 71 and the second water outlet assembly 72 are arranged corresponding to the first cleaning assembly 31 and the first cleaning assembly 32, respectively. Also, since the first water outlet assembly 71 and the second water outlet assembly 72 have the same structure, the present invention will be described in detail by taking the first water outlet assembly 71 as an example when discussing. It includes: a windmill nozzle bracket 711 and a spiral nozzle 712. The nozzles of the windmill nozzle bracket 711 are inclined along the same rotation direction, the windmill nozzle bracket 711 can rotate around its own axis, and the spiral nozzle 712 is connected with the water outlet of the windmill nozzle bracket through threads. The first water outlet assembly 71 and the second water outlet assembly 72 are connected to the external water source of the mobile phone case 15 through the communication pipe 73 . The external water source is sprayed from the spiral nozzle 712 after passing through the windmill nozzle bracket 711, and the spiral nozzle 712 can spray a conical spray; and because the nozzles of the windmill nozzle bracket 711 are inclined along the same rotational direction, the nozzles of the windmill nozzle bracket 711 are arranged obliquely. In the process of spraying water, the support of the windmill nozzle is driven by the reaction force of the sprayed water to rotate around its own axis, so as to realize the effect of spraying and removing dust while the windmill nozzle is rotating, thereby increasing the spray range of the spiral nozzle, not only can Washing hands can also clean the movable bristles and fingertip bristles 3124 on the first movable rotating brush assembly 313 , the second movable rotating brush assembly 314 and the fixed rotating brush assembly 312 to prevent the respective bristles from breeding bacteria. In order to save water resources, as shown in FIG. 4 , a water outlet solenoid valve 74 is installed on the water passage pipe 73 to control the water outlet of the first water outlet assembly 71 and the second water outlet assembly 72, and the middle partition is divided into two hand sanitizers A water outlet photoelectric sensor is installed on the top of the hand sanitizer chamber 11 of the chamber 11 respectively. When any water outlet photoelectric sensor detects the hand, the water outlet solenoid valve 74 will be activated.

Next, the dryer 6 will be introduced. Since the cleaning assembly 3 includes the first cleaning assembly 31 and the first cleaning assembly 32, the dryer 6 corresponding to the cleaning assembly 3 also includes the first dryer 61 and the first cleaning assembly 32. The second dryer 62 . The first dryer 61 and the second dryer 62 are arranged corresponding to the first cleaning assembly 31 and the first cleaning assembly 32 respectively. The middle partition is divided into two hand sanitizer chambers 11 and the top of the hand sanitizer chamber 11 is far away from the top. At the position of the rear cover 16, the first dryer 61 and the second dryer 62 are respectively provided with drying photoelectric sensors. Taking the first dryer 61 as an example, when the electric cylinder 3118 begins to shrink and stretch, it returns to In the initial position, the fingertip motor and the two movable motors stop rotating after being triggered. When the water outlet assembly 7 stops flowing, the first dryer 61 starts to work, and the hand, the first movable brush assembly 313, the second movable brush The movable bristles and fingertip bristles 3124 on the assembly 314 and the fixed rotating brush assembly 312 are dried to further prevent the respective bristles from breeding bacteria.

Next, the hand sanitizer bucket 2 will be introduced. Also, since the cleaning assembly 3 includes the first cleaning assembly 31 and the first cleaning assembly 32, the hand sanitizer bucket 2 also includes the first hand sanitizer bucket 21 corresponding to the cleaning assembly 3. and a second hand sanitizer bucket 22. The first hand sanitizer bucket 21 and the second hand sanitizer bucket 22 are arranged corresponding to the first cleaning assembly 31 and the first cleaning assembly 32 respectively. Since the first hand sanitizer bucket 21 and the second hand sanitizer bucket 22 have the same structure, Therefore, in the discussion of the present invention, the first hand sanitizer bucket 21 is taken as an example for detailed description. As shown in FIG. 10 , it includes a hand sanitizer barrel body 212 and a hand sanitizer cover body 211 , which are connected with the hand sanitizer tube assembly due to the through hole at the bottom of the hand sanitizer barrel body 212 . When 212 flows out, a low pressure is formed in the hand sanitizer barrel 212, so that the hand sanitizer cannot flow out. Therefore, a hand sanitizer vent 2111 is provided on the hand sanitizer cover 211. When the hand sanitizer in the hand sanitizer barrel 212 is used up, it is convenient to wash hands. The liquid barrel 212 is filled with hand sanitizer, and the hand sanitizer cover 211 is also provided with a handle, but since it is impossible to control when the hand sanitizer is used up, a hand sanitizer liquid level photoelectric sensor is installed on the outer side of the hand sanitizer barrel 212 near the bottom. 213. When the photoelectric sensor 213 of the liquid level of the hand sanitizer detects that there is no hand sanitizer, it will notify the personnel to add the hand sanitizer.

The first hand soap bucket 21 and the second hand soap bucket 22 respectively correspond to the first hand soap pipe assembly 23 and the second hand soap pipe assembly 24 having the same structure. When discussing the present invention, the first hand sanitizer pipe assembly 23 is taken as an example for detailed description. As shown in FIG. 12 , it includes: a hand sanitizer pipe 231, a hand sanitizer solenoid valve 232, a hand sanitizer photoelectric sensor 234 and a hand sanitizer nozzle 233. The two ends of the hand sanitizer pipe 231 are respectively connected with one end of the hand sanitizer solenoid valve 232 and the hand sanitizer bucket. The bottom of the body 212 is provided with a through-hole connection, and the other end of the hand sanitizer solenoid valve 232 is connected to the hand sanitizer nozzle 233. In order to allow the hand sanitizer to drip on the palm and the back of the hand at the same time, the hand sanitizer nozzle 233 is arranged in a Y shape, and the hand sanitizer nozzle 233 One end is connected to the other end of the hand sanitizer solenoid valve 232 , the two branch ends of the hand sanitizer nozzle 233 correspond to the first cleaning assembly 31 , and the hand sanitizer photoelectric sensor 234 is installed on the hand sanitizer solenoid valve 232 . When the hand sanitizer photoelectric sensor 234 detects the hand, the hand sanitizer solenoid valve 232 is turned on, and the hand sanitizer flows down from the hand sanitizer nozzle 233 and drips on the palm and the back of the hand.

Next, the waste water bucket 4 will be introduced. After the water from the water outlet assembly 7 has washed the hands, the movable bristles and the fingertip bristles 3124, it will flow into the waste water bucket 4 through the waste water pipe from the water outlet set on the second partition board. Since the cleaning assembly 3 includes the first cleaning assembly 31 and the first cleaning assembly 32 , the waste water bucket 4 also includes the first waste water bucket 41 and the second waste water bucket 42 corresponding to the cleaning assembly 3 . The first waste water bucket 41 and the second waste water bucket 42 are arranged corresponding to the first cleaning assembly 31 and the first cleaning assembly 32 respectively, so that the first waste water bucket 41 and the second waste water bucket 42 have corresponding first waste water pipes. 43 and the second waste water pipe 44, take the first waste water barrel 41 as an example for detailed description. As shown in FIG. 11, the first waste water barrel 41 includes: a waste water barrel body 414 and a waste water interface 411, and the top inlet of the waste water barrel body 414 passes through the waste water. The interface 411 is threadedly connected with the first waste water pipe 43. In order to prevent the handwashing waste water in the waste water bucket 4 from overflowing, a water bucket liquid level photoelectric sensor 412 is respectively installed on the side of the first waste water bucket 41 near the top. When 412 detects the waste water in the waste water barrel 414 , it will notify personnel to dispose of the waste water. In order to facilitate the personnel to take the first waste water barrel 41 , a handle 413 is also provided on the side of the waste water barrel 414 . If the hand washing machine is used under the condition of sewage discharge, the waste water bucket 4 can be removed and removed. A sewage outlet 14 is provided near the bottom of the back cover 16 corresponding to the waste water chamber 13, as shown in FIG. To floor drains, septic tanks, integrated sewage treatment equipment, etc., which can effectively improve the versatility of washing mobile phones to treat sewage, without the need to reuse waste water buckets 4 to treat sewage by manual treatment, in order to prevent waste water from being discharged to On the outside of the washing machine, a waterproof edge 133 is provided on the side of the bottom of the waste water chamber 13 away from the back cover 16 .

In order to prevent the interior of the washing machine from contacting the outside air and reduce the growth of bacteria, the hand sanitizer room 11, the hand washing room 12 and the waste water room 13 of the fuselage 15 are respectively installed on the side of the body 15 away from the back cover 16 with a hand sanitizer room door panel and a waste water room. Panel doors and washroom door panels. The hand sanitizer room door panels include: a first hand sanitizer room door panel 111 and a second hand sanitizer room door panel 112 . In order to facilitate manual addition of hand sanitizer, one end of the two hand sanitizer room door panels is hinged to both sides of the hand sanitizer room 11 respectively. The waste water chamber panel door includes: a first waste water chamber panel door 131 and a second waste water chamber panel door 132. In order to facilitate manual processing of the sewage in the waste water bucket 4, one end of the two waste water chamber panel doors is hinged to both sides of the waste water chamber 13, respectively. . The washroom door panel also includes: a first washroom door panel 121 and a second washroom door panel 122. In order to prevent the handwashing water from flowing to the outside of the washing machine during the handwashing process, the two washroom door panels are fixed around the washroom 12 by welding. The door panels of the two washrooms are respectively provided with handwashing inlets corresponding to the first cleaning assembly 31 and the first cleaning assembly 32 . The shape of the hand-washing entrance is a circle, a rectangle or a polygon, and a sealing door assembly is respectively provided on one side of the interior of each hand-washing entrance. As shown in FIG. 14, the first sealing door assembly includes: moving chute 1211, sealing door 1212, sealing door electric cylinder 1213 and sealing door photoelectric sensor 1214. The moving chute 1211 is symmetrically installed on both sides of the hand washing entrance, and the sealing door 1212 Removably installed on the moving chute 1211, one end of the sealed door electric cylinder 1213 is fixed on the sealed door 1212 by bolts, and the other end of the sealed door electric cylinder 1213 is fixed on the first washroom door panel 121 by bolts. The door photoelectric sensor 1214 is installed on the outside of the first washroom door panel 121 and is adjacent to the handwashing entrance. When the hand washing machine needs to be used, when the photoelectric sensor 1214 of the sealing door detects the hand, the electric cylinder 1213 of the sealing door is retracted, so as to drive the sealing The door 1212 moves on the moving chute 1211 to open the corresponding hand washing entrance.

When the mobile phone washing machine works frequently and the body 15 of the washing mobile phone is in a closed or semi-closed state, the humidity inside the body 15 is relatively large. As we all know, humidity is the biggest cause of bacterial growth. High humidity will provide a breeding ground for bacterial growth, so that bacteria can get the opportunity to grow and reproduce in this environment and increase the speed of reproduction. Therefore, in order to reduce the humidity of the bathroom and reduce the breeding of bacteria, the first ventilation holes 171 and the second ventilation holes 181 are provided on the first partition plate 17 and the second partition plate 18, so that the hand sanitizer room 11, hand washing The room 12 and the waste water room 13 can be ventilated. There are humidity sensors in the hand sanitizer room 11, the hand washing room 12 and the waste water room 13, respectively. The setting value of each humidity sensor is different. The sensor just started working. A through hole is provided on the back cover 16 corresponding to the hand sanitizer chamber 11, and the fan 5 is installed in the through hole through bolts. The size of the through hole corresponds to the outer diameter of the fan 5. When the value detected by any humidity sensor exceeds a predetermined value , the fan 5 is started, so that the effect of dehumidification can be achieved.

As shown in Figure 15, the central processing unit includes a drive command processing module and a signal processing module. The signal processing module is respectively connected with two photoelectric sensors for sealing doors, three humidity sensors, two photoelectric sensors for cleaning brushes, and two photoelectric sensors for liquid level of hand sanitizer. The sensor, two water outlet photoelectric sensors, two hand sanitizer photoelectric sensors, two water bucket liquid level photoelectric sensors, and two grating sensors are electrically connected, and the drive command processing module is respectively connected with four movable motors, two electric cylinders, two The fingertip motor, the fan 5, the first dryer 61, the second dryer 62, two hand sanitizer solenoid valves, and two electric cylinders for sealing doors are electrically connected, and the drive command processing module is electrically connected to the signal processing module. In order to connect with the remote terminal, the Internet of Things of the device is realized, and the device also includes a communication module. The communication module is electrically connected with the signal processing module. The central processing unit is connected with the remote terminal through the communication module. The working state of the device, wherein the communication module is wireless network, Bluetooth, WIFI or GPRS, and the remote terminal is a mobile phone or a computer.

Specific working method:

When you need to use the washing machine, turn on the washing machine switch, and supply power to various electrical components inside the washing machine through the municipal power supply. The hands are placed at the corresponding handwashing entrances on the two washroom door panels. Taking the first washroom door panel 121 as an example, when the photoelectric sensor 1214 of the sealing door detects the hand, the electric cylinder 1213 of the sealing door shrinks, thereby driving the The sealing door 1212 moves on the moving chute 1211 to open the corresponding hand washing entrance. When the hand sanitizer photoelectric sensor 234 detects the hand, the hand sanitizer solenoid valve 232 is turned on, and the hand sanitizer flows down from the hand sanitizer nozzle 233 and drips on the palm and the back of the hand. When the water outlet photoelectric sensor detects the hand, the water outlet solenoid valve 74 will be activated, and the external water source will be sprayed from the spiral nozzle 712 after passing through the windmill nozzle bracket 711. The brush assembly 313 , the second movable rotating brush assembly 314 and the movable bristles and fingertip bristles 3124 of the fixed rotating brush assembly 312 . When the water outlet photoelectric sensor detects the hand, the cleaning brush photoelectric sensor also detects the hand, the fingertip motor and the four movable motors start to rotate at the same time, the fingertip bristles 3124 brush the nail gap, and the grating sensor starts to detect the width from the palm to the back of the hand , the electric cylinder 3118 begins to shrink. Since the intermediate frame 3113 is fixed on the two guide rods 3119, it can drive the first moving frame 3112 to move on the two guide rods 3119, and the first moving frame 3112 drives the first rotating rod 3115 Rotation, the first rotating rod 3115 drives the intermediate rotating rod 3116 to rotate, and the intermediate rotating rod 3116 drives the second rotating rod 3117 to rotate. The rotating rod 3117 drives the second movable frame 3114 to move, because the first movable rotating brush assembly 313 and the second movable rotating brush assembly 314 are respectively fixed on the first movable frame 3112 and the second movable frame 3114 by bolts through their respective movable frames. , the first movable rotating brush assembly 313 and the second movable rotating brush assembly 314 begin to move relative to each other. When the first movable rotating brush assembly 313 and the second movable rotating brush assembly 314 contact the palm and the back of the hand, the respective movable bristles will move towards the palm and the back of the hand. The gap on the back of the hand is brushed, so that the bacteria harbored in the gap can be cleaned, and the hand can be cleaned. When the brushing reaches a specified time, the electric cylinder 3118 starts to stretch, so that the first movable rotating brush assembly 313 and the second rotating brush assembly 313 and the second The movable brush assembly 314 returns to the initial position away from the palm and the back of the hand, the fingertip motor and the two movable motors stop rotating, the water outlet solenoid valve 74 is closed after a specified time, the water outlet assembly 7 stops water, and the first dryer 61 starts to operate. Work, dry the hands and the movable bristles and fingertip bristles 3124 on the hand and the first movable rotating brush assembly 313, the second movable rotating brush assembly 314 and the fixed rotating brush assembly 312, thereby further preventing the respective bristles from breeding bacteria, drying After the drying treatment is completed for the specified time, both hands can be taken out. When the drying photoelectric sensor cannot detect the hand, the sealing door electric cylinder 1213 is stretched, so that the sealing door 1212 can be driven to move on the moving chute 1211, so that The corresponding handwashing entrances are closed. At this time, the automatic hand washing is completed, which can be completed without autonomous operation, and the purpose of washing hands independently for some people who cannot perform autonomous operation to complete hand washing is solved. When the hand sanitizer liquid level photoelectric sensor 213 detects that there is no hand sanitizer, the hand sanitizer liquid level photoelectric sensor 213 will feed back to the central processing unit. The central processing unit is connected to the remote terminal through the communication module. Add hand sanitizer. When the water bucket liquid level photoelectric sensor 412 detects the waste water in the waste water bucket body 414, the water bucket liquid level photoelectric sensor 412 will feedback to the central processing unit, and the central processing unit is connected to the remote terminal through the communication module, and the personnel can view it through the mobile phone or computer, thereby There will be personnel to dispose of the waste water. When the value detected by any humidity sensor exceeds a predetermined value, the fan 5 is started, so that the effect of dehumidification can be achieved. The central processing unit is connected to the remote terminal through the communication module, and can detect the working status of each modular device in the washing machine in real time, without the need for personnel to operate the washing machine.

Although embodiments of the present invention have been disclosed above, they are not limited to the applications set forth in the specification and embodiments. It can be fully adapted to various fields suitable for the present invention. Additional modifications can readily be implemented by those skilled in the art. Therefore, the invention is not to be limited to the specific details and illustrations herein shown and described, without departing from the general concept defined by the appended claims and the scope of equivalents.

Claims (9)

1. A fully automatic hand washing machine, characterized in that, comprising: a hand washing machine casing, a hand soap bucket, a cleaning assembly, a waste water bucket, a water outlet assembly, a dryer and a central processing unit, and the inside of the hand washing machine casing is respectively A hand sanitizer room, a hand washing room and a waste water room are provided, the hand sanitizer bucket is closed in the hand sanitizer room through the hand sanitizer room door panel, the waste water bucket is enclosed in the waste water room through the waste water room panel door, and the cleaning system is The water inlet and outlet assemblies are symmetrically arranged at the bottom and the top of the washing room respectively, and are closed in the washing room through the washing room door panel. It is communicated with the washing room through a waste water pipe, the dryer is arranged on the top of the washing room, and the central processing unit is electrically connected to the two cleaning assemblies and the dryer respectively; The water outlet assembly includes: a windmill nozzle bracket and a spiral nozzle, the nozzles of the windmill nozzle bracket are all inclined along the same rotational direction, the windmill nozzle bracket can rotate around its own axis, and the spiral nozzle and the windmill nozzle bracket are connected. the water outlet is connected, and the water outlet assembly is connected to the outside of the phone washer casing through a communication pipe; The cleaning assembly is composed of a moving assembly, two movable rotating brush assemblies and a fixed rotating brush assembly. The moving assembly includes: a hand-washing chassis, a guide rod, a middle frame, two moving frames, an electric cylinder, an intermediate rotation rod and two rotating rods, the two ends of the guide rod are fixedly mounted on the hand-washing bottom frame, the middle frame is fixed on the middle of the guide rod, and the two movable frames are symmetrically arranged on both sides of the middle frame and It can move on the polished rod, the moving frame is connected with the intermediate frame through an electric cylinder, the intermediate rotating rod can be rotatably arranged on one side of the intermediate frame, and the two ends of the intermediate rotating rod are respectively connected to the two sides. One end of each of the rotating rods is hinged, and the other end is hinged with one side of the two moving frames respectively. The two movable rotating brush assemblies are respectively arranged opposite to the two moving frames away from the two rotating rods. On the other side, the fixed rotating brush assembly is arranged between the two movable rotating brush assemblies and is fixed on the hand washing chassis, and the washing room door panel is provided with a hand washing entrance corresponding to the cleaning assembly . 2 . The fully automatic hand washing machine according to claim 1 , wherein a water outlet solenoid valve is provided on the communicating water pipe and is electrically connected to the central processing unit, and the water outlet assembly further comprises a water outlet photoelectric sensor. 3 . , the moving assembly also includes a cleaning brush photoelectric sensor, the dryer is provided with a drying photoelectric sensor, the water outlet photoelectric sensor, the drying photoelectric sensor and the cleaning brush photoelectric sensor are respectively arranged in the washing room and are connected with The central processing unit is electrically connected. 3. A fully automatic hand washing machine according to claim 1 or 2, wherein the two movable rotating brush assemblies have the same structure, including: a plurality of movable bristles, a movable turntable, a movable motor, a movable radiator plate and a movable frame, the movable motor is fixed on the movable frame, the middle part of the movable turntable is fixed on the main shaft of the movable motor, and a plurality of the movable bristles are fixed on the side of the movable turntable away from the movable motor , the movable cooling plate is fixed on the movable frame, and the fixed rotating brush assembly includes: a number of fingertip bristles, a fingertip turntable, a fingertip motor, a fingertip cooling plate and a fingertip fixing frame, the fingertip The motor is fixed on the fingertip fixing frame, the middle part of the fingertip turntable is fixed on the main shaft of the fingertip motor, and a plurality of the fingertip bristles are fixed on a part of the fingertip turntable away from the fingertip motor. side, the fingertip cooling plate is fixed on the fingertip fixing frame, the several fingertip bristles are at right angles to several movable bristles, the outer diameter of the movable bristles is larger than the fingertip bristles, the movable motor and The fingertip motors are respectively electrically connected with the central processing unit. 4. A fully automatic hand washing machine according to claim 3, wherein the hand sanitizer pipe assembly comprises: a hand sanitizer pipe, a hand sanitizer solenoid valve and a hand sanitizer nozzle, and the hand sanitizer solenoid valve is connected to the hand sanitizer solenoid valve. The central processing unit is electrically connected, the two ends of the hand sanitizer pipe are respectively connected with one end of the hand sanitizer solenoid valve and the hand sanitizer bucket, and the other end of the hand sanitizer solenoid valve is connected with the hand sanitizer nozzle, and the hand sanitizer nozzle is Y One end of the hand sanitizer nozzle is connected to the other end of the hand sanitizer solenoid valve, and two branch ends of the hand sanitizer nozzle correspond to the cleaning assembly. 5. A fully automatic hand washing machine according to claim 4, characterized in that, a hand sanitizer liquid level photoelectric sensor is provided on the side of the hand sanitizer bucket, and the hand sanitizer tube assembly further comprises a hand sanitizer photoelectric sensor, It is arranged on the hand sanitizer solenoid valve, the side of the waste water bucket is respectively provided with a water bucket liquid level photoelectric sensor, and the hand sanitizer liquid level photoelectric sensor, the hand sanitizer photoelectric sensor and the water bucket liquid level photoelectric sensor are respectively connected with the central processing unit. electrical connection. 6. A fully automatic hand washing machine according to claim 4 or 5, characterized in that, the hand sanitizer bucket, the cleaning assembly, the waste water bucket, the water outlet assembly, the dryer and the hand washing inlet are respectively provided with two and relatively symmetrically arranged in the mobile phone case. 7. A kind of fully automatic hand washing machine according to claim 6, is characterized in that, described hand sanitizer room, hand washing room and waste water room are all provided with humidity sensor and are communicated through ventilation holes, and described hand washing machine shell A through hole is provided, the fan is arranged in the through hole, the size of the through hole corresponds to the outer diameter of the fan, and the humidity sensor and the fan are respectively electrically connected to the central processing unit. 8. A fully automatic hand washing machine according to claim 7, characterized in that, the shape of the hand washing entrance is a circle, a rectangle or a polygon, and one side of the interior of the hand washing entrance is provided with a sealing door assembly, so that the The sealing door assembly includes a moving chute, a sealing door, a sealing door electric cylinder and a sealing door photoelectric sensor, the moving chute is symmetrically arranged on both sides of the hand washing entrance, and the sealing door On the chute, the airtight door is connected to the door panel of the wash room through an electric cylinder of the airtight door. The sealing door photoelectric sensors are respectively electrically connected with the central processing unit. 9. The fully automatic hand washing machine according to claim 7 or 8, further comprising a communication module, which is electrically connected to the central processing unit, and the central processing unit communicates with a remote terminal through the communication module connect.

Images