CN106968581A - It can network and realize the stealth protection bridge insulation thermal resistance window of remote monitoring - Google Patents

Abstract

The invention relates to an invisible protective broken bridge thermal insulation window which can be networked to realize remote monitoring. The cable, the stainless steel cable is woven into a mesh on the first frame; a screen window is also arranged on the first frame between the stainless steel cable and the heat-insulating glass window, and the lower end of the screen window is inserted into the lower clip of the first frame through a spring piece. In the groove, the upper end of the screen window is pressed against the upper card groove of the first frame under the action of the spring piece, and an alarm is installed on the first frame. The invention has the advantages of combining the invisible protective window and the heat-insulating glass window into one, beautiful appearance, strong invisible type, simple and convenient installation and the like.

Description

Invisible protective broken bridge thermal insulation window that can be networked to realize remote monitoring

technical field

The invention relates to an invisible protective broken bridge heat insulation window which can be networked to realize remote monitoring.

Background technique

Traditional anti-theft windows generally install a set of anti-theft nets welded by steel pipes on the wall outside the window. It has a certain impact on indoor sight. Traditional anti-theft windows do not have an anti-theft alarm function. When a thief opens the window to burglary or a child opens the window at home alone, the user cannot be notified in time; Because it is installed on the external wall and the whole is welded and formed, it cannot be destroyed quickly. Users cannot escape from the window immediately, and rescuers cannot rescue users through the window in a short time.

Contents of the invention

In order to overcome the defects of the prior art, the present invention provides an invisible protective broken bridge thermal insulation window that can be networked to realize remote monitoring. The technical solution of the present invention is:

The invisible protective broken bridge thermal insulation window that can be networked to realize remote monitoring includes invisible protective mesh windows and thermal insulation glass windows. The invisible protective mesh windows include a first frame and a stainless steel cable installed on the first frame. The stainless steel cable The first frame is woven into a net shape; a screen window is also provided on the first frame between the stainless steel cable and the heat-insulating glass window, and the lower end of the screen window is inserted into the lower slot of the first frame through a spring piece, and the screen window The upper end is pressed against the upper slot of the first frame under the action of the spring piece, the alarm is installed on the first frame, and the two ends of the stainless steel cable form terminals for connecting with the alarm; The heat-insulating glass window includes a second frame and heat-insulating glass installed on the second frame, the second frame is connected with the first frame through a hinge, and handles and handles are arranged on the second frame The operating mechanism, the alarm detects the integrity of the stainless steel cable through the detection circuit and judges the opening and closing of the heat-insulating glass window to give an alarm. The stainless steel cable is controlled by the operating mechanism; the opening and closing of the heat-insulating glass window is controlled by the handle.

The operating mechanism includes a rack, a driving gear, a driven gear, a gear shaft and an extruding cutter head. The handle is rotatably mounted on the second frame through a sleeve, and a driving gear is installed at the inner end of the handle. When the handle is away from the second frame, the handle moves outward in the horizontal direction, and the inner end of the bushing limits the driving gear, so that the driving gear and the driven gear mesh; the rack is slidably mounted on The inner side of the second frame is set along the vertical direction, and the first frame is provided with a positioning groove matched with the rack; when the handle is close to the second frame, the driving gear is meshed with the rack; the gear The shaft is installed on the inner side of the second frame, and the extruding cutter head is set on one end of the gear shaft to cooperate with the gear shaft. The other end of the gear shaft is equipped with a driven gear meshing with the driving gear. The extruding cutter head is guided by the second frame; when the gear shaft rotates, the extruding cutter head moves laterally on the second frame and approaches the stainless steel cable until it is cut off.

The alarm includes a housing and a camera, a loudspeaker, and buttons arranged from top to bottom on the housing, and a central processing unit, a signal transceiver, a reed switch, a storage battery and the detection device are installed in the housing. circuit, the detection circuit includes an alarm chip IC, a boost inductor L1 and an NPN transistor VT, the first pin of the alarm chip IC is connected to the boost inductor, and one end of the speaker is connected to one end of the boost inductor L1 The other end of the speaker is connected to the other end of the boost inductor L1, the emitter of the NPN transistor VT is grounded, the collector is connected to the other end of the boost inductor L1 and the other end of the speaker, and the base is connected to the alarm chip IC. Two pins, the second pin of the alarm chip IC is connected to the input of the central processing unit at the same time; the output of the camera is connected to the other input of the central processing unit; the signal transceiver input is connected to the central processing unit The output end of the button SB is connected to the output end, and the other end is grounded; the camera, the central processing unit and the signal transceiver are powered by the battery; one end of the button SB is connected to the battery, and the other end is connected to the third pin VCC of the alarm chip IC. The fourth pin GND is grounded; one end of the stainless steel cable is connected to the fifth pin, and the other end is connected to the seventh pin through a reed switch, which is controlled by a magnet installed on the second frame; the sixth pin is connected to the resistor R1 It is connected with the eighth pin; the solar photovoltaic panel is powered by the storage battery, and the central processing unit and the alarm IC chip are connected to the storage battery.

The stainless steel cable includes insulated stainless steel protective detection steel cable, detection steel cable insulation layer, steel cable layer and cable insulation layer sequentially from inside to outside.

A magnet is embedded in the position corresponding to the installation of the alarm on the first frame in the second frame, and the magnet is movably matched with the reed switch of the alarm. The reed switch in the first frame alarm, the reed switch changes from the closed state to the open state; when the second frame is close to the first frame, the magnet is close to the reed switch in the first frame alarm, and the reed switch From the open state to the closed state.

It also includes a broken bridge, which is installed in the middle of the first frame and is used to block the conduction of outdoor temperature to the room through the first frame.

The stainless steel cables are extended into the first frame after bypassing several steel cable insulation positioning cards arranged side by side at the bottom of the first frame, and each steel cable insulation positioning card is provided with two holes for the stainless steel cables to pass through. Through holes, the section of the steel cable insulation positioning card is U-shaped.

The intersections of the stainless steel cables are provided with positioning buckles.

The advantages of the present invention are:

1. Combining the invisible protective window and the heat-insulating glass window into one, the appearance is beautiful, the invisible type is strong, and the installation is simple and convenient.

2. A stainless steel cable is braided into one body in the first frame and fixed with a positioning buckle. The overall strength is high and cannot be directly damaged from the outside.

3. The stainless steel cable has three layers of insulation, and the stainless steel cable is fixed on the first frame through a steel cable locator made of insulating material (nylon material), which can ensure that there is no false alarm during use.

4. The alarm is connected with a stainless steel cable and used in conjunction with the magnet in the heat-insulating glass, which can simultaneously take into account the protection alarm and the window-proof alarm for infants and young children.

Description of drawings

Fig. 1 is a schematic diagram of the main structure of the present invention.

FIG. 2 is a side view of FIG. 1 .

FIG. 3 is an enlarged view of the lower part of FIG. 2 .

Fig. 4 is a structural schematic diagram of the stainless steel cable in Fig. 1 .

Fig. 5a is a structural schematic diagram of a stainless steel cable and a steel cable insulation positioning plate.

Fig. 5b is a cross-sectional view of Fig. 5a.

Fig. 6 is a cross-sectional view of the stainless steel cable in Fig. 1 .

Fig. 7 is a structural schematic diagram of the invisible protective net window in Fig. 1 .

Fig. 8 is a structural schematic diagram of the alarm.

Fig. 9 is a schematic diagram of the structure when the driving gear meshes with the driven gear.

Fig. 10 is a structural schematic view of the driving gear meshing with the rack.

Fig. 11 is a schematic structural diagram of the control circuit of the present invention.

detailed description

The present invention will be further described below in conjunction with specific embodiments, and the advantages and characteristics of the present invention will become clearer along with the description. However, these embodiments are only exemplary and do not constitute any limitation to the scope of the present invention. Those skilled in the art should understand that the details and forms of the technical solutions of the present invention can be modified or replaced without departing from the spirit and scope of the present invention, but these modifications and replacements all fall within the protection scope of the present invention.

Referring to Fig. 1 to Fig. 11, the present invention relates to an invisible protective broken bridge thermal insulation window that can be networked to realize remote monitoring, including an invisible protective net window 2 and a heat insulating glass window 6, and the invisible protective net window includes a first frame 1 and a A stainless steel cable 21 installed on the first frame 1, the stainless steel cable 21 is woven into a net shape on the first frame 1; on the first frame 1 between the stainless steel cable 21 and the heat insulating glass window 6, there are also Screen window 13, the lower end of this screen window 13 is inserted in the lower draw-in groove 17 of first frame 1 by spring leaf 14, and the upper end of screen window 13 is pressed against in the upper draw-in groove 16 of first frame under the effect of spring leaf 14, so An alarm 4 is installed on the first frame 1 described above, and the two ends of the stainless steel cable 21 form terminals for connecting with the alarm 4; The heat insulating glass 61 on the second frame, the second frame is connected with the first frame through a hinge, the handle 7 and the operating mechanism are arranged on the second frame, and the alarm 4 is detected by the detection circuit The integrity of the stainless steel cable and the opening and closing of the heat-insulating glass window are judged to give an alarm. The stainless steel cable 21 is controlled by an operating mechanism; the opening and closing of the heat-insulating glass window 6 is controlled by the handle 7 .

Described operating mechanism comprises tooth bar 73, driving gear 71, driven gear 72, gear shaft and extruding cutter head 74, and described handle 7 is installed on the second frame by the rotation of axle sleeve seat 75, on this handle 7 The inner end of the drive gear 71 is installed, and when the handle is close to the second frame (normal use state), the handle moves inward along the horizontal direction, so that the drive gear 71 and the rack 73 are meshed; the installation of the rack 73 sliding On the inner side of the second frame, it is arranged in the vertical direction, and the first frame is provided with a positioning groove that cooperates with the rack 73; The inner end limits the position of the driving gear 71, and the driving gear 71 and the driven gear 72 mesh together; Sleeved on one end of the gear shaft, and rotated with the gear shaft, the other end of the gear shaft is equipped with a driven gear 72 meshed with the driving gear 71, and the extrusion cutting head 74 is guided by the second frame; When the gear shaft rotates, the extruding cutter head 74 moves laterally on the second frame, close to the stainless steel cable, until it is cut off.

The alarm 4 includes a housing and a camera 41, a loudspeaker 42 and a button 43 arranged from top to bottom on the housing, and a central processing unit, a signal transceiver, a storage battery 44 and the described housing are installed in the housing. Detection circuit, the detection circuit includes an alarm chip IC, a boost inductor L1 and an NPN transistor VT, the first pin of the alarm chip IC is connected to the boost inductor, and one end of the speaker is connected to the boost inductor L1 One end, the other end of the speaker is connected to the other end of the boost inductor L1, the emitter of the NPN transistor VT is grounded, the collector is connected to the other end of the boost inductor L1 and the other end of the speaker, and the base is connected to the chip IC. Two pins, the second pin of the chip IC is connected to the input end of the central processing unit at the same time; the output end of the camera is connected with the other input end of the central processing unit; the signal transceiver input end is connected with the central processing unit The output end is connected, and the output end is grounded; the camera, the central processing unit and the signal transceiver are powered by the battery; one end of the button SB is connected to the battery, and the other end is connected to the third pin VCC of the alarm chip IC. The four-pin GND is grounded; one end of the stainless steel cable is connected to the fifth pin, and the other end is connected to the seventh pin through a reed switch, which is controlled by the magnet 5 installed on the second frame; the sixth pin is connected to the resistor R1 It is connected with the eighth pin; the solar photovoltaic panel supplies power to the storage battery 4, and the central processing unit and the alarm IC chip are connected to the storage battery.

Described stainless steel cable 21 comprises insulated stainless steel protective detection steel cable 214 (for connecting alarm), detection steel cable insulating layer 213, steel cable layer 212 (protective steel cable, encases detection steel cable, mainly It plays the role of anti-theft protection) and the cable insulation layer 211, the stainless steel in the steel cable layer 212, the element ratio table is 06cr19Ni10, it is based on 18/8 stainless steel as the base material for ultra-low carbon purification, and the density is 7.98g/㎝ ³ . High temperature resistance above 750 degrees, corrosion resistance and formability, content of more than 18% chromium and 8%-10% nickel, can show good anti-rust performance, stainless steel cable surface coating can realize diffuse reflection film, In order to obtain the invisible effect of visual neglect.

In the second frame, a magnet 5 is embedded in the position corresponding to the alarm 4 installed on the first frame, and the magnet 5 is in motion with the reed switch 76 of the alarm 4. When the second frame is far away from the first frame When the magnet 5 is away from the reed switch 76 in the first frame alarm 4, the reed switch 76 changes from the closed state to the open state; when the second frame is close to the first frame, the magnet is close to the first frame alarm The inner dry reed switch 76, the dry reed switch changes from the open state to the closed state.

It also includes a broken bridge 15, which is installed in the middle of the first frame, and is used to block the conduction of outdoor temperature to the indoor through the first frame.

The stainless steel cable 21 extends into the first frame after bypassing several steel cable insulation positioning cards 12 at the bottom of the first frame, and each steel cable insulation positioning card is provided with two passages for the stainless steel cable to pass through. hole, the section of the cable insulation positioning card is U-shaped.

The intersection of the stainless steel cables 21 is provided with a positioning buckle 3 .

Working principle of the present invention and realization function:

When the stainless steel cable is cut, the alarm chip IC sends an alarm signal to the speaker and the central processor, the speaker alarms, and the central processor sends an alarm signal to the mobile client through the signal transceiver, and the user can view the real-time images captured by the camera through the client.

When the window is in a closed state, the magnet is close to the dry reed switch, the dry reed switch is closed, and the system is in an early warning state. When someone breaks the steel cable from the outside or the child at home does not press the button SB to open the window, the pin 5 and pin 7 of the alarm chip IC are disconnected and lose power, the alarm chip IC receives the alarm signal, through the R1 oscillating resistor, the alarm chip The signal generated inside the IC is sent to the triode VT through the pin 2 of the signal output terminal, and the power is amplified. The signal of the two pins is input to the central data processor, and the processor sends an alarm to the user's mobile phone through the signal transceiver, and the user can view the real-time image taken by the camera through the signal transceiver connected to the central processor. The reed switch and the detection steel cable are connected in series between the fifth pin and the seventh pin of the alarm chip IC. An alarm signal can be sent if the stainless steel cable is disconnected or the reed switch is disconnected. When the user needs to open the window, press the button SB, the button SB is disconnected, the VCC pin of the alarm chip IC loses power, the alarm chip IC does not work, the user can directly open the window without triggering the alarm, and at the same time the reed switch is disconnected away from the magnet; When the window is closed, the magnet is close to the reed switch, the reed switch is connected, the fifth pin and the seventh pin of the alarm chip IC are connected, press the button SB again, the button SB is closed, and the alarm chip IC is in the early warning state. When the button SB is not reset when the window is closed, the alarm chip IC does not work, and the central processing unit does not detect the signal, and the central processing unit will intermittently send a prompt signal to the user's mobile phone. The signal transceiver, the camera, the central processing unit and the alarm chip IC are parallel circuits, and the button SB switch is in a closed or disconnected state, which does not affect its normal operation.

Claims (8)

1. Realize the stealth protection bridge insulation thermal resistance window of remote monitoring 1. can network, it is characterised in that including invisible protective screens window and every Warm windowpane, the invisible protective screens window includes the first framework and a stainless steel cable on the first framework, and this is not Rust steel cable is worked out on the first framework to be reticulated；Also set up on the first framework between stainless steel cable and thermal insulation windowpane There is screen window, the lower end of the screen window is inserted by spring leaf in the lower bayonet slot of the first framework, the effect of the upper end of screen window in spring leaf Under be pushed against in the upper neck of the first framework, alarm is installed on the first described framework, the two of described stainless steel cable End forms the terminals for being used for being connected with alarm；Described thermal insulation windowpane includes the second framework and installed in the second framework On thermal insulation glass, second framework and the first framework on the second described framework by together with gemel connection, being provided with Handle and operating mechanism, described alarm is by detecting the integrality of the stainless steel cable of electric circuit inspection and judging thermal insulation glass The folding of window is alarmed, and the stainless steel cable passes through the dynamic control of operating mechanism；The folding of the thermal insulation windowpane passes through handle Control.
2. 2. according to claim 1 network realizes the stealth protection bridge insulation thermal resistance window of remote monitoring, it is characterised in that institute The operating mechanism stated includes rack, driving gear, driven gear, gear shaft and dissectible knife head, and described handle is turned by axle sleeve It is dynamic to be arranged on the second framework, driving gear is installed in the inner of the handle, when handle is away from the second framework, the handle edge Horizontal direction is displaced outwardly, and the inner of axle sleeve is spacing to described driving gear progress, engages driving gear and driven gear； Described rack is slidably mounted at the inner side of the second framework, vertically sets, and is provided with and matches somebody with somebody with rack on the first framework The locating slot of conjunction；When handle is close to the second framework, described driving tooth wheel and rack meshes together；Described gear shaft turns Dynamic is arranged on the inside of the second framework, and described dissectible knife headgear is rotatably assorted in one end of described gear shaft with gear shaft, The other end of the gear shaft is provided with the driven gear engaged with driving gear, and described dissectible knife head is led by the second framework To；When gear shaft is rotated, the described dissectible knife head transverse shifting on the second framework, close to described stainless steel cable, directly To cut-out.
3. 3. according to claim 1 network realizes the stealth protection bridge insulation thermal resistance window of remote monitoring, it is characterised in that institute The alarm stated is included in housing and the camera, loudspeaker and the button that are set from top to bottom on housing, described housing Central processing unit, signal transceiver, tongue tube, battery and described detection circuit are installed, described detection circuit includes Alarm chip IC, boost inductance L1 and NPN type triode VT, the boosting that alarm chip IC the first stitch access is described are electric Sense, one end access boost inductance L1 of loudspeaker one end, the other end access boost inductance L1 of the loudspeaker other end, NPN Type triode VT grounded emitter, colelctor electrode is connected with the boost inductance L1 other end and the other end of loudspeaker, base stage Access chip IC the second stitch, alarm chip IC the second stitch accesses the input of central processing unit simultaneously；Described takes the photograph As the output end of head and another input of central processing unit are connected；Described signal transceiver input and central processing unit Output end is connected, the output head grounding of signal transceiver；The camera, central processing unit and signal transceiver are carried by battery Power supply source；Button SB one end is connected with battery, and the other end is connected with alarm chip IC the 3rd stitch VCC, the alarm core Piece IC the 4th stitch GND ground connection；The 5th stitch is accessed in one end of stainless steel cable, and the other end passes through tongue tube and the 7th stitch Connection, described tongue tube is controlled by the magnet installed in the second framework；6th stitch is connected by resistance R1 and the 8th stitch Connect；Described solar energy photovoltaic panel is storage battery power supply, and described central processing unit and alarm chip IC accesses battery.
4. 4. according to claim 1 network realizes the stealth protection bridge insulation thermal resistance window of remote monitoring, it is characterised in that institute The stainless steel cable stated include successively from the inside to the outside insulation stainless steel protection detection wirerope, detection wirerope insulating barrier, wirerope layer and Hawser insulating barrier.
5. 5. according to claim 3 network realizes the stealth protection bridge insulation thermal resistance window of remote monitoring, it is characterised in that institute Magnet is embedded with the position corresponding with the first framework installation alarm in the second framework for stating, the magnet and alarm Tongue tube is dynamic to be coordinated, and when the second framework is away from the first framework, magnet is away from the tongue tube in the first framework alarm, dry spring Pipe goes off state by closure state；While the second framework is close to the first framework, magnet is close to the first framework alarm Interior tongue tube, tongue tube is changed into closure state from off-state.
6. 6. according to claim 3 network realizes the stealth protection bridge insulation thermal resistance window of remote monitoring, it is characterised in that also Including a bridge cut-off, the bridge cut-off is installed on the middle part of the first framework, for obstructing outdoor temperature by the first framework to indoor conduction.
7. 7. according to claim 3 network realizes the stealth protection bridge insulation thermal resistance window of remote monitoring, it is characterised in that institute The stainless steel cable stated bypassed successively in the bottom of the first framework it is several be set up in parallel wirerope insulation locator card after extend to first In framework, two are provided with each wirerope insulation locator card is used for the through hole that stainless steel cable is passed through, wirerope insulation locator card Section take the shape of the letter U.
8. 8. according to claim 1 network realizes the stealth protection bridge insulation thermal resistance window of remote monitoring, it is characterised in that institute The infall for the stainless steel cable stated is provided with locating fastener.