CN208316883U - Handheld thermometer extends unmanned remote monitoring system - Google Patents
Handheld thermometer extends unmanned remote monitoring system Download PDFInfo
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- CN208316883U CN208316883U CN201820932482.8U CN201820932482U CN208316883U CN 208316883 U CN208316883 U CN 208316883U CN 201820932482 U CN201820932482 U CN 201820932482U CN 208316883 U CN208316883 U CN 208316883U
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- Prior art keywords
- shield
- timer
- power supply
- battery
- thermal imaging
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Abstract
The utility model relates to handheld thermometers to extend unmanned remote monitoring system, including mobile terminal, Handheld temperature monitoring device and battery case, Handheld temperature monitoring device includes timer, shield, thermal imaging system, solid state hard disk, circuit board, wireless router and power supply, circuit board is equipped with main control chip U1, and thermal imaging system, solid state hard disk, wireless router are connect with main control chip U1 respectively, shield arrangement in rectangular shape；Battery power supply unit is equipped in battery case；Timer input state switching signal；Main control chip U1 outputs control signals to thermal imaging system, shoots ambient enviroment, forms image and video；Solid state hard disk stores image and video；Mobile terminal is connect with main control chip U1, and after signal is checked in input, the image and video stored in solid state hard disk is transferred by main control chip U1.The utility model realization is easy to carry, and can carry out data preservation at any time during monitoring, and the data that can be used for remotely transferring acquisition are checked.
Description
Technical field
The utility model relates to monitoring systems, more specifically refer to that handheld thermometer extends unmanned remote monitoring system
System.
Background technique
No worker monitor device is worked as at present with its favor of the unique property by market, traditional no worker monitor device
When state-of-art limitation, no worker monitor device can only be monitored at the scene mostly, and no worker monitor device usually wraps
Video camera, server and power supply unit are included, after no worker monitor device gets the data of shooting every time, can only be directly transferred to
Monitoring room can not simultaneously save data, if device breaks down, the phenomenon that unfinished data will appear loss,
It can not notify administrator in time if administrator is not in monitoring room, either carry and be still not easy to make in use
User and manager.
Therefore, it is necessary to design a kind of new monitoring system, realization is easy to carry, and can be counted at any time during monitoring
According to preservation, and the data that can be used for remotely transferring acquisition are checked.
Utility model content
The purpose of the utility model is to overcome the defect of the prior art, handheld thermometer is provided extends nobody and remotely supervise
Control system.
To achieve the above object, the utility model uses following technical scheme: handheld thermometer, which extends nobody, remotely supervises
Control system, including mobile terminal, Handheld temperature monitoring device and battery case, the Handheld temperature monitoring device include fixed
When device, shield, thermal imaging system, solid state hard disk, circuit board, wireless router and power supply, wherein the circuit board be equipped with master control
Chip U1, the thermal imaging system, solid state hard disk, wireless router and power supply are located in the shield, and the thermal imaging system,
Solid state hard disk, wireless router are connect with main control chip U1 respectively, and the shield includes shield front shroud, shield back shroud, shield
Cover bottom plate and shield mainboard, front end, rear end and the downside of the shield mainboard are respectively equipped with opening, the shield front cover
Plate, shield back shroud and shield bottom plate respectively correspond at the front opening for being sealed on the shield mainboard, at open rearward end with
And at lower opening, the camera lens of the thermal imaging system passes through the shield front shroud, the shield arrangement in rectangular shape；The electricity
Battery power supply unit is equipped in the case of pond；The timer is used for input state switching signal；The main control chip U1, for connecing
The state switching signal is received, the thermal imaging system is output control signals to；The thermal imaging system, for receiving the control signal,
The shooting of ambient enviroment is carried out, image and video are formed；The solid state hard disk, for storing under the control of main control chip U1
Image and video；The power supply, for providing power supply to thermal imaging system, main control unit U1, solid state hard disk and timer；The electricity
Pond power supply unit, for charging to power supply；The mobile terminal, for connecting with the main control chip U1, input is checked
After signal, the image and video stored in solid state hard disk is transferred by main control chip U1.
Its further technical solution are as follows: it is covered after the shield and is connected with time switch structure, the time switch structure
Including the timer.
Its further technical solution are as follows: the time switch structure includes timer shield and antenna, the timing
Antenna mounting seat is installed in device shield, the antenna is plugged in antenna mounting seat, and the upper end of antenna extend outwardly to
Outside timer shield, and timer is equipped with time switch.
Its further technical solution are as follows: the timer shield includes timer protection bottom plate, timer shield master
Body and timer shield cover board, the lower end and front end of the timer protection cover main body are respectively equipped with opening, described fixed
When device protection bottom plate be sealed on the lower end of timer protection cover main body, at the front opening of the timer protection cover main body
It is connected with way block, guide rail is connected on the timer shield cover board, the way block is connect with the guide rail, described fixed
When device shield cover board lower end be connected with adjusting screw, the front end of the timed guard cover plate is equipped with door handle.
Its further technical solution are as follows: the timer include timing controlled chip U5, clock oscillator, switch element with
And relay；The clock oscillator is connect with the timing controlled chip U5, and the timing controlled chip U5 passes through switch member
Part is connect with relay, and the relay is connect with the thermal imaging system.
Its further technical solution are as follows: the battery power supply unit includes power supply module, battery pack and power supply adaptor,
The power supply adaptor is connect with the battery pack, and the power supply module is connect with the battery pack, the power supply module and institute
State power supply connection.
Its further technical solution are as follows: the battery case includes detachable cabinet, the outside of the detachable cabinet
It is connected with handle；Be equipped with the battery power supply unit in the detachable cabinet, and the battery by fixing piece with it is described
Detachable cabinet connection.
Its further technical solution are as follows: the detachable cabinet includes the main box and case lid that upper end is equipped with opening,
The case lid is connected on the main box by Demountable, and the main box and the case lid are enclosed for battery
It is mounted on interior receiving cavity, the handle is connect with the main box.
Its further technical solution are as follows: the fixing piece includes two connecting plates, and two connecting plates are connected in cross, institute
The both ends for stating connecting plate are extended with vertical plate downward, and the lower end of the vertical plate, which extends outwardly, horizontal connection section, the level
Linkage section is connect with the battery mounting plate.
Its further technical solution are as follows: the battery mounting plate is equipped with charger, the charger and battery electricity
Connection.
The beneficial effect of the utility model compared with prior art is: the handheld thermometer of the utility model extends nobody
Timer, shield is arranged by the way that Handheld temperature monitoring device is arranged in remote monitoring system in Handheld temperature monitoring device
Cover, thermal imaging system, solid state hard disk, circuit board, wireless router and power supply can be monitored individually, hand-holdable direct progress
Monitoring, it is easy to use, when needing to carry out power source charges, charged using the battery power supply unit in battery case, user
Just, mobile terminal progress called data is also set up to check, be convenient for administrator and user's playback of data, realization is easy to carry, and
Data preservation can be carried out during monitoring at any time, and the data that can be used for remotely transferring acquisition are checked.
The utility model is further described in the following with reference to the drawings and specific embodiments.
Detailed description of the invention
Fig. 1 is the signal that the handheld thermometer that the utility model specific embodiment provides extends unmanned remote monitoring system
Property block diagram；
Fig. 2 is the configuration schematic diagram for the Handheld temperature monitoring device that the utility model specific embodiment provides；
Fig. 3 is that a kind of handheld thermometer that the utility model specific embodiment provides extends unmanned remote monitoring apparatus
Connection line figure；
Fig. 4 is the circuit diagram for the timer that the utility model specific embodiment provides；
Fig. 5 is the circuit diagram for the power management chip U6 that the utility model specific embodiment provides；
Fig. 6 is the connection line figure for the battery power supply unit that the utility model specific embodiment provides.
Fig. 7 is the schematic view of the front view for the portable battery box that the utility model specific embodiment provides；
Fig. 8 is the left view structural representation for the portable battery box that the utility model specific embodiment provides；
Fig. 9 is the overlooking structure diagram for the portable battery box that the utility model specific embodiment provides；
Figure 10 is the configuration schematic diagram for the portable battery box that the utility model specific embodiment provides.
Specific embodiment
In order to more fully understand the technology contents of the utility model, combined with specific embodiments below to the skill of the utility model
Art scheme is further described and illustrates, but not limited to this.
It should be appreciated that ought use in this specification and in the appended claims, term " includes " and "comprising" instruction
Described feature, entirety, step, operation, the presence of element and/or component, but one or more of the other feature, whole is not precluded
Body, step, operation, the presence or addition of element, component and/or its set.
It is also understood that mesh of the term used in this present specification merely for the sake of description specific embodiment
And be not intended to limit the application.As present specification and it is used in the attached claims, unless on
Other situations are hereafter clearly indicated, otherwise " one " of singular, "one" and "the" are intended to include plural form.
It will be further appreciated that the term "and/or" used in present specification and the appended claims is
Refer to any combination and all possible combinations of one or more of associated item listed, and including these combinations.
The specific embodiment as shown in Fig. 1~10, handheld thermometer provided in this embodiment extend unmanned remote monitoring
System, can be easy to carry with realizing indoors or during outdoor monitoring, and can carry out data at any time during monitoring
It saves, and the data that can be used for remotely transferring acquisition are checked.
As shown in Figure 1, present embodiments providing handheld thermometer extension unmanned remote monitoring system, including mobile terminal
211, Handheld temperature monitoring device and battery case；Handheld temperature monitoring device include timer 8, shield, thermal imaging system 23,
Solid state hard disk 18, circuit board 27, wireless router 216 and power supply 29, wherein circuit board 27 is equipped with main control chip U1, heat
As instrument 23, solid state hard disk 18, wireless router 216 and 29 module of power supply are located in shield, and thermal imaging system 23, solid-state are hard
Disk 18, wireless router 216 are connect with main control chip respectively, and shield includes shield front shroud 28, shield back shroud 2, shield bottom
Plate 21 and shield mainboard 9, front end, rear end and the downside of shield mainboard 9 are respectively equipped with opening, shield front shroud 28, shield
Back shroud 2 and shield bottom plate 21 respectively correspond at the front opening for being sealed on shield mainboard 9, at open rearward end and downside is opened
At mouthful, the camera lens of thermal imaging system 23 passes through shield front shroud 28, shield arrangement in rectangular shape.Battery is equipped in the battery case to supply
Electric unit 219；The timer 8 is used for input state switching signal；Main control chip U1, for receiving the state switching letter
Number, output control signals to the thermal imaging system；Thermal imaging system 23 carries out the shooting of ambient enviroment for receiving the control signal,
Form image and video；Solid state hard disk 18, for storing image and video under the control of main control chip U1；Power supply, for pair
Thermal imaging system 23, main control unit U1, solid state hard disk 18 and timer 8 provide power supply；Battery power supply unit 219, for power supply
It charges；Mobile terminal 211 after signal is checked in input, is transferred for connecting with the main control chip U1 by main control chip U1
The image and video stored in solid state hard disk 18.
Thermal imaging system 23, solid state hard disk 18, circuit board, wireless router 216 and power supply 29 are integrated in shield, and should
Shield arrangement in rectangular shape can directly hold and be monitored shooting, and small volume is easy to use.It is shot using thermal imaging system 23
After the data such as image or video, it is transmitted to main control chip U1, is stored in solid state hard disk 18 by main control chip U1, manager is convenient for
It calls at any time, in addition, the power supply 29 that setting is built-in, is powered for each equipment, forms independent used device.
In the present embodiment, above-mentioned shield front shroud 28 is equipped with through slot, and the lens barrel of thermal imaging system 23 passes through through slot.In this way
Son can just make thermal imaging system 23 get required image and video.
In addition, being equipped with fixing seat 22 on above-mentioned shield bottom plate 21, thermal imaging system 23 is connected in fixing seat 22.This is fixed
Seat 22 is square-shaped, and fixing seat 22 is equipped with mounting hole, is connected by screw to mode, fixing seat 22 is connected in shield bottom plate 21
It connects, thermal imaging system 23 can be not only fixed in shield, but also thermal imaging system 23 can be made apart from 21 certain distance of shield bottom plate, shooting
The visual field it is broader.
In order to realize independently-powered effect, power supply mounting plate 20 is installed in the side of fixing seat 22, power supply 29 connects
On power supply mounting plate 20, and radiator 25 is connected on power supply mounting plate 20, the lower end of the shield bottom plate 21 is connected with defeated
Connector 30 out, out splice going splice 30 are connect with power supply 29.Power supply 29 is connected to the side of fixing seat 22 using power supply mounting plate 20,
And it is relatively close apart from thermal imaging system 23, the arrangement of more electric wire is avoided, in addition, may be used also after radiating using radiator 25 to power supply 29
It is radiated with the heat generated to the thermal imaging system 23 in work.When 29 not enough power supply of power supply, can using data line or
29 line of power supply etc. connects out splice going splice 30, connect with external power supply equipment, charges to power supply 29, easy to use.
Preferably, the router mounting plate 15 arranged vertically, the router peace are connected on above-mentioned shield bottom plate 21
Mounted in the side of the router mounting plate 15, and the router is equipped with network acquisition terminal 19.It is generated by router
4G network is realized by the mode that network acquisition terminal 19 is connect with mobile terminal 211 by the image of shooting and video data etc.
It moves from solid state hard disk 18 to Cloud Server or other databases, is further analyzed.
Specifically, above-mentioned shield bottom plate 21 is equipped with mounting base, is connected with circuit board 27 in mounting base, on circuit board 27
Capping has circuit board cover board 24, circuit board 27 is got up using the capping of circuit board cover board 24, it is possible to reduce dust and water droplet etc.
Substance touches circuit board 27, and generation the phenomenon that cause device failure, to meet outdoor monitoring requirement.
Above-mentioned 27 side of circuit board is equipped with circuit board side cover 16, contacts circuit board 27 to reduce water droplet and dust.
It is connected with hard disk mounting plate 14 in addition, covering after above-mentioned shield, solid state hard disk 18 is connected to hard disk mounting plate 14
On, which is used to store image and video data that shooting obtains, Cloud Server is transmitted to by router in time,
It is checked for 211 far call of mobile terminal.
Further, it in order to realize the effect of timed recording, is covered after above-mentioned shield and is connected with time switch structure,
Time switch structure includes timer 8, and timer 8 is connect with main control chip.
It is timed by timer 8, automatic start-stop operation is carried out to entire monitoring device according to time set, completes nothing
The long-range monitoring of people obtains infrared video in real time, and remote observation target obtains current infrared monitoring picture, convenient in movement
The IR video stream of the long-range playback history of terminal 211.
By 8 setting time of timer, start by set date obtains data, and flexibility ratio is high, can preset a cycle period,
Device is set voluntarily to obtain data, it is easy to use.
Further, above-mentioned time switch structure includes timer shield and antenna 1, the timer protection
Antenna mounting seat 7 is installed, antenna 1 is plugged in antenna mounting seat 7, and the upper end of antenna 1 extends outwardly to timer in cover
Outside shield, and timer 8 is equipped with time switch.
Setting timer shield is to meet its environmental requirement, avoid dust and water droplet in use process outdoors
It is impacted Deng to timer.
In addition, in the present embodiment, jack is equipped in above-mentioned antenna mounting seat 7, the rear end of the antenna mounting seat 7 is logical
It crosses screw to connect with timer shield, antenna mounting seat 7 is equipped with antenna cover 6, which can play sealing day
The effect of line mounting base 7 prevents dust and water droplet from entering in antenna mounting seat 7.
Above-mentioned antenna cover 6 is equipped with antenna stand 5.
Specifically, for above-mentioned timer shield include timer protection bottom plate 13, timer protection cover main body 3 with
And timer shield cover board 17, the lower end and front end of timer protection cover main body 3 are respectively equipped with opening, the anti-river bottom protection of timer
Plate 13 is sealed on the lower end of the timer protection cover main body 3, is connected at the front opening of the timer protection cover main body 3
Way block 16 is connected with guide rail on the timer shield cover board 17, and the way block 16 is connect with the guide rail, timer
The lower end of shield cover board 17 is connected with adjusting screw 11, and the front end of timed guard cover plate is equipped with door handle 10.
The upper end of above-mentioned timer protection cover main body 3 is additionally provided with upper cover plate 4.
The lower end of above-mentioned timer shield cover board 17 is extended with horizontal connection section 12 inwardly, anti-for positioning timer
Whether shield cover board 17 shifts position onto.
When needing to be timed setting to timer, adjusting screw 11 is backed out, pushes down on timer shield cover board 17,
Calibration current time is carried out to timer: while pressing clock key, being pressed " school week ", " when school ", " school point " key, adjustment is currently
Time, be arranged timing routine: press " timing " button be arranged several groups time switch 8 time mode, after accomplishing the setting up, to
Upper promotion timer shield cover board 17 tightens adjusting screw 11, operation letter using the cooperation of way block 16 and guide rail
It is single, in addition, the mode of setting way block 16 and guide rail cooperation, not only can be convenient setting time, but also can play to timer close
The effect of envelope.
In being additionally provided with bluetooth module in other embodiments, above-mentioned circuit board 27, the bluetooth module and the master control core
Piece and mobile terminal 211 connect, and realize that the data of short distance are transmitted by bluetooth module, so that device can both transmit at a distance
Data, can also closely and low power consumption transmission data, can be with storing data.
In other embodiments, above-mentioned Handheld temperature monitoring device further includes A-frame, above-mentioned A-frame packet
Support base and several support rods positioned at support base lower end are included, several support rods are arranged around support base, support base
Upper includes upper pedestal and lower base, and by rotation axis connection between upper pedestal and lower base, lower base is equipped with locking member, is turned
Moving axis is equipped with brake component, and locking member connect with brake component, connect by locking member with brake component, adjusts locking member, locking system
Moving part, so that rotation axis be fixed, in addition, upper pedestal is equipped with locking button, above-mentioned upper pedestal is equipped with clamping structure, leads to
It crosses clamping structure and clamps shield, realize the fixation to shield.By adjusting rotation axis rotation, 360 ° of shooting is realized.
Further, above-mentioned upper pedestal is equipped with sliding rail and draw runner, and the clamping structure is arranged on draw runner, folder
Locking structure includes clamp bar and spring, and the two sides of above-mentioned sliding block are equipped with side slat, spring be arranged in clamp bar and sliding block side slat it
Between, knob is connected convenient for fortune mirror on upper pedestal by the movement between sliding block and sliding rail, passes through turn knobs, adjustment operating
Distance is more laborsaving convenient.
Adjusting screw 11 is backed out, timer shield cover board 17 is pushed down on, setting is timed to timer 8, has been set
Bi Hou pushes away timer shield cover board 17 upward, and tightens adjusting screw 11；
When reaching setting time, starting thermal imaging system 23 obtains image and video, and the image and video that will acquire pass through master control
After chip processing, it is transmitted to the storage of solid state hard disk 18；
The image and realtime video transmission for being stored solid state hard disk 18 by wireless router 216 are to specified mobile terminal
211, it is analyzed and is checked.
Above-mentioned Handheld temperature monitoring device installs thermal imaging system 23, solid state hard disk by the way that shield is arranged in shield
18, circuit board 27, wireless router 216 and power supply 29, and oblong-shaped is set by shield, it can directly hold and be monitored
Shooting, small volume is easy to use, and time switch structure is arranged, and is timed setting using timer, realizes that remote timing opens
Stop monitoring device, it is easy to operate, and after the utilization shooting data such as image or video of thermal imaging system 23, it is transmitted to main control chip U1, by
Main control chip U1 is stored in solid state hard disk 18, is called at any time convenient for manager, and built-in power supply 29 is arranged, be each equipment into
Row power supply, forms independent used device.
By 8 setting time of timer, start by set date obtains data, and flexibility ratio is high, can preset a cycle period,
Device is set voluntarily to obtain data, it is easy to use.
After obtaining video data by thermal imaging system 23, received by main control chip U1, and be transmitted to solid state hard disk 18 and deposited
Storage can also be directly transferred to mobile terminal 211, and realization stores the data of shooting, call convenient for administrator, and can be at any time
It sends data at administrator, notifies administrator at any time to reach.
In the present embodiment, the model STM32F101T4 of above-mentioned main control chip U1.
Timer 8 includes timing controlled chip U5, clock oscillator, switch element and relay；Clock oscillator with
The timing controlled chip U5 connection, timing controlled chip U5 are connect by switch element with relay, relay and thermal imaging system
23 connections.Above-mentioned switch element can be mos pipe etc..
After capacitor C2 and bleeder resistance R3 decompression, is rectified through gap bridge heap IC2, after VD2 pressure stabilizing, obtain 12V's or so
DC voltage, is timing controlled chip U5 and other circuits are powered.Timing controlled chip U5 is 14 binary counting/frequency dividers
Integrated circuit, the clock by being made of certain frequency the internal circuit of resistance R1, R2, capacitor C1 and timing controlled chip U5 shake
Device is swung, the timing for timing controlled chip U5 provides clock pulses.After power on circuitry, the working clearance etc. of equipment is initially entered
To the time, delay is realized by counting to clock pulses and frequency dividing inside U5, when timing time then, timing controlled chip U5
The end Q14 export high level, make triode V be connected, relay KA invocation point, driving thermal imaging system start to work.At this point, timing controlled
Chip U5 starts to carry out timing to equipment task time again, and then, the end Q14 of timing controlled chip U5 becomes timing again
Low level ends V, and equipment stops working.At this point, timing controlled chip U5 automatically resets, and starts timing next time, thus
Thermal imaging system can be made to be timed cycle operation according to setting time, wherein VL is work light.
Specifically, above-mentioned timing controlled chip U5 selects 14 binary countings/frequency divider integrated circuit CD4066,
CC4066 or the identical digital circuit integrated package of other functions can be used.The bridge heap of IC2 selection 1A, 50V, it is also possible to four
1N4007 diode is connected into, and triode V selects NPN type triode 8050, it is possible to use the domestic triode such as 9013 or 3DG12,
VD1 selects rectifier diode 1N4007；VD1 selects 1W, the silicon voltage regulator diode of 12V, such as 1N4742；VD3~VD5 uses two pole of switch
Pipe 1N4148；VL selects common light emitting diode.The metal film resistor of resistance R1, R2, R4, R6 and R7 selection 1/4W；R3 and
R5 selects 1/2W carbon film resistor, and C1 selects terylene or monolithic capacitor；C2 selects the polypropylene electricity that pressure resistance is 450V or more
Container；It is the aluminium electrolutic capacitor of 16V that C3, which selects pressure resistance,.It is the midget relay of 12V, contact capacity root that KA, which selects coil voltage,
It is determined according to the power of controlled plant, when needing to adjust the control time, the parameter of R1 and C1 is adjusted；Also it is defeated that IC1 can be changed
The position of control terminal (Q4~Q14) is realized out.
Further, battery power supply unit 219 includes power supply module, battery pack and power supply adaptor, power adaptation
Device is connect with the battery pack, and power supply module is connect with battery pack, and power supply module is connect with power supply 9.
In addition, above-mentioned power supply adaptor and battery pack is connected separately with 3P connector 218, by power supply adaptor and outside
The connection of portion's power supply, charges to battery pack, recycles power supply module, realizes power supply of the battery to other units.
In the present embodiment, above-mentioned power supply module includes power management chip U6, voltage regulator circuit and reduction voltage circuit, described
Power management chip is connect with the voltage regulator circuit, and the voltage regulator circuit is connect with the reduction voltage circuit, the reduction voltage circuit with
Thermal imaging system 23, main control unit U1, solid state hard disk 18 and timer 8 connect.
Voltage regulator circuit is whole bridge circuit, and the reduction voltage circuit is the circuit of resistance and resistor coupled in parallel.
In the present embodiment, the model ANSJ-HDW30_1 of above-mentioned power management chip U6.
In the present embodiment, above-mentioned solid state hard disk 18 can use Cloud Server, and the data such as image and video are stored
In in Cloud Server, can be called whenever and wherever possible for administrator, it is easy to use.
Make device timing acquisition data by the way that timer 8 is arranged, without manual operation, high degree of automation, setting is solid
State hard disk 18 calls convenient for administrator by the image of shooting and video data real-time storage in solid state hard disk 18, passes through master control
The connection of chip U1 and mobile terminal 211, can send data at administrator at any time, notify administrator at any time to reach.
Battery case includes detachable cabinet, and handle 118 is connected on the outside of detachable cabinet；In detachable cabinet
Equipped with battery power supply unit 219, and battery 116 is connect by fixing piece 115 with detachable cabinet.
If desired multiple batteries 116 then only need required battery 116 passing through fixing piece 115 and detachable cabinet
Connection meets the requirement of load large capacity power supply.
During carrying or carrying, it is only necessary to which carrying handle 118 has portable.
The length of detachable cabinet is 300mm, width 300mm, with a thickness of 142.80mm, small volume.
Specifically, detachable cabinet includes the main box 111 and case lid 117 that upper end is equipped with opening, and case lid 117 passes through
Demountable is connected on main box 111, and main box 111 and case lid 117 are enclosed and are mounted on interior appearance for battery 116
Receive cavity, handle 118 is connect with main box 111.
In the present embodiment, Demountable includes screw, in other embodiments, can also be matched using buckle and card slot
The mode of conjunction forms dismountable structure, specifically, card slot is arranged at 111 upper end opening of main box, on the lower end of case lid 117
Equipped with buckle.
116 quantity of battery is perhaps reduced or when inside failure needs repairing when needing to add, it is only necessary to be removed
Screw, i.e., openable cabinet carries out corresponding operation, practical.
Preferably, water-proof silica-gel pad 1117 is equipped between the both ends of handle 118 and main box 111.And handle 118 is equipped with
Knob set 119, plays a protective role to the hand of bearer and carrier, water-proof silica-gel pad 1117 can seal handle 118
The junction at both ends and main box 111 avoids water droplet or dust from entering in receiving cavity, makes to battery 116 and other component
At damaging and reduce its service life.
Specifically, battery mounting plate 112 is equipped in above-mentioned receiving cavity, battery mounting plate 112 and main box 111 connect
It connects, battery 116 is connect with battery mounting plate 112.
In the present embodiment, battery mounting plate 112 is connect by components such as screws with main box 111.
Preferably, above-mentioned fixing piece 115 includes two connecting plates 1151, and two connecting plates 1151 are connected in cross,
The both ends of connecting plate 1151 are extended with vertical plate 1152 downward, and the lower end of vertical plate 1152, which extends outwardly, horizontal connection section
1153, horizontal connection section 1153 is connect with battery mounting plate 112.
The length of two connecting plates 1151 respectively corresponds the length and width of battery 116, so, is just able to maintain battery
116 are fixed in fixing piece 115, it is, of course, preferable to which ground, is the length of two connecting plates 1151 slightly larger than corresponding battery 116
Length and width is easily installed and dismantles battery 116.
Using the connecting plate 1151 and vertical plate 1152 of cross arranged crosswise, battery 116 is fixed on specified
Position, avoid carry or carrying process in, battery 116 there is loose phenomenon and cause connection loosen be not available.
In addition, passing through the connection of the components such as screw, easy to disassemble and peace between horizontal connection section 1153 and battery mounting plate 112
Dress.
Battery mounting plate 112 is equipped with charger 114, and charger 114 is electrically connected with battery 116.It is right by charger 114
Battery 116 charges, easy to use.
Preferably, U-shaped charger pressing plate 113, the U-shaped charger pressing plate 113 and the electricity are connected on charger 114
Pond mounting plate 112 connects.The both ends of the U-shaped charger pressing plate 113, which extend outwardly, pressing plate linkage section 1131, the pressing plate connection
Section 1131 is connect with the battery mounting plate 112, and using the connection of the components such as screw, can be easily installed and be dismantled.
In the present embodiment, the transverse slat width of U-shaped charger pressing plate 113 be slightly larger than or equal to charger 114 width,
To realize under the premise of being kept fixed charger 114, it can be easily installed and dismantle.
Further, above-mentioned main box 111 is equipped with indicator light 1113, and indicator light 1113 and the battery 116 connect
It connects.Indicator light 1113 is used to indicate the working condition of battery 116.
In addition, main box 111 is equipped with output interface 1111 and charging interface 1112, the charging interface 1112 and institute
The connection of charger 114 is stated, the output interface 1111 is connect with the battery 116.External power supply passes through data line and charging
The modes of 1112 connection of mouth, charge to charger 114, charger 114 charges to battery 116.
In addition, being additionally provided with switch 1114 on main box 111, which connect with battery 116, to realize to battery
116 opening and closing control.
Above-mentioned battery case by detachable cabinet be arranged handle 118, using handle 118 realize it is easy to carry and
It carries, battery 116 is fixed in detachable cabinet using fixing piece 115, it can be by increasing fixing piece 115 and battery 116
Mode, realize and increase 116 capacity of battery, meet large capacity power reguirements, handle 118 is arranged in place of connect with main box 111
Water-proof silica-gel pad 1117 reduces the life loss of battery 116.
Above-mentioned handheld thermometer extends unmanned remote monitoring system, by the way that Handheld temperature monitoring device is arranged,
Timer 8, shield, thermal imaging system 23, solid state hard disk 18, circuit board 27, wireless router are set in Handheld temperature monitoring device
216 and power supply 29, it can individually be monitored, it is hand-holdable to be directly monitored, it is easy to use, it is filled when needing to carry out power supply 29
When electric, charged using the battery power supply unit 219 in battery case, it is easy to use, it also sets up mobile terminal 211 and is transferred
Data are checked, administrator and user's playback of data are convenient for, and realization is easy to carry, and can carry out data guarantor at any time during monitoring
It deposits, and the data that can be used for remotely transferring acquisition are checked.
In addition, handheld thermometer extension unmanned remote monitoring method is present embodiments provided, this method comprises:
Automatic motorboat operation is carried out to thermal imaging system 23 according to the time set of timer 8；
The image or video data of the acquisition monitoring objective of thermal imaging system 23；
Solid state hard disk 18 is sent data to by main control chip U1 to be stored；
The operation signal for obtaining mobile terminal 211, transfers solid state hard disk 18 and is analyzed or played back to mobile terminal 211.
The above-mentioned technology contents that the utility model is only further illustrated with embodiment, in order to which reader is easier to understand,
But the embodiments of the present invention is not represented is only limitted to this, any technology done according to the utility model extends or recreation,
By the protection of the utility model.The protection scope of the utility model is subject to claims.
Claims (10)
1. handheld thermometer extends unmanned remote monitoring system, which is characterized in that monitored including mobile terminal, Handheld temperature
Device and battery case, the Handheld temperature monitoring device include timer, shield, thermal imaging system, solid state hard disk, circuit board,
Wireless router and power supply, wherein the circuit board is equipped with main control chip U1, the thermal imaging system, solid state hard disk, without route
Be located in the shield by device and power supply, and the thermal imaging system, solid state hard disk, wireless router respectively with main control chip
U1 connection, the shield include shield front shroud, shield back shroud, shield bottom plate and shield mainboard, the shield mainboard
Front end, rear end and downside are respectively equipped with opening, and the shield front shroud, shield back shroud and shield bottom plate respectively correspond envelope
It covers at the front opening of the shield mainboard, at open rearward end and at lower opening, the camera lens of the thermal imaging system passes through institute
State shield front shroud, the shield arrangement in rectangular shape；Battery power supply unit is equipped in the battery case；The timer,
For input state switching signal；The main control chip U1 outputs control signals to institute for receiving the state switching signal
State thermal imaging system；The thermal imaging system carries out the shooting of ambient enviroment, forms image and video for receiving the control signal；Institute
Solid state hard disk is stated, for storing image and video under the control of main control chip U1；The power supply, for thermal imaging system, master control
Unit U1, solid state hard disk and timer provide power supply；The battery power supply unit, for charging to power supply；The shifting
Dynamic terminal after signal is checked in input, is transferred in solid state hard disk by main control chip U1 and is stored for connecting with the main control chip U1
Image and video.
2. handheld thermometer according to claim 1 extends unmanned remote monitoring system, which is characterized in that the shield
After cover and be connected with time switch structure, the time switch structure includes the timer.
3. handheld thermometer according to claim 2 extends unmanned remote monitoring system, which is characterized in that the timing
Construction of switch includes timer shield and antenna, and antenna mounting seat, the antenna are equipped in the timer shield
It is plugged in antenna mounting seat, and the upper end of antenna extends outwardly to outside timer shield, and timer is equipped with timing and opens
It closes.
4. handheld thermometer according to claim 3 extends unmanned remote monitoring system, which is characterized in that the timing
Device shield includes that timer protection bottom plate, timer protection cover main body and timer shield cover board, the timer are anti-
The lower end and front end of boot main body are respectively equipped with opening, and the timer protection bottom plate is sealed on the timer shield master
The lower end of body, is connected with way block at the front opening of timer protection cover main body, on the timer shield cover board
It is connected with guide rail, the way block is connect with the guide rail, and the lower end of the timer shield cover board is connected with adjusting screw,
The front end of the timer shield cover board is equipped with door handle.
5. handheld thermometer according to any one of claims 1 to 4 extends unmanned remote monitoring system, feature exists
In the timer includes timing controlled chip U5, clock oscillator, switch element and relay；The clock oscillator
It is connect with the timing controlled chip U5, the timing controlled chip U5 is connect by switch element with relay, the relay
Device is connect with the thermal imaging system.
6. handheld thermometer according to claim 5 extends unmanned remote monitoring system, which is characterized in that the battery
Power supply unit includes power supply module, battery pack and power supply adaptor, and the power supply adaptor is connect with the battery pack, described
Power supply module is connect with the battery pack, and the power supply module is connect with the power supply.
7. handheld thermometer according to claim 6 extends unmanned remote monitoring system, which is characterized in that the battery
Case includes detachable cabinet, is connected with handle on the outside of the detachable cabinet；Institute is equipped in the detachable cabinet
Battery power supply unit is stated, and the battery is connect by fixing piece with the detachable cabinet.
8. handheld thermometer according to claim 7 extends unmanned remote monitoring system, which is characterized in that described removable
The formula cabinet of unloading includes the main box and case lid that upper end is equipped with opening, and the case lid is connected to the master by Demountable
On cabinet, the main box and the case lid are enclosed and are mounted on interior receiving cavity, the handle and the master for battery
Cabinet connection.
9. handheld thermometer according to claim 8 extends unmanned remote monitoring system, which is characterized in that the fixation
Part includes two connecting plates, and two connecting plates are connected in cross, and the both ends of the connecting plate are extended with vertical plate downward, described
The lower end of vertical plate, which extends outwardly, horizontal connection section, and the horizontal connection section is connect with the battery mounting plate.
10. handheld thermometer according to claim 9 extends unmanned remote monitoring system, which is characterized in that the electricity
Pond mounting plate is equipped with charger, and the charger is electrically connected with the battery.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820932482.8U CN208316883U (en) | 2018-06-15 | 2018-06-15 | Handheld thermometer extends unmanned remote monitoring system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820932482.8U CN208316883U (en) | 2018-06-15 | 2018-06-15 | Handheld thermometer extends unmanned remote monitoring system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208316883U true CN208316883U (en) | 2019-01-01 |
Family
ID=64708360
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820932482.8U Withdrawn - After Issue CN208316883U (en) | 2018-06-15 | 2018-06-15 | Handheld thermometer extends unmanned remote monitoring system |
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| Country | Link |
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| CN (1) | CN208316883U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108600706A (en) * | 2018-06-15 | 2018-09-28 | 云南电网有限责任公司文山供电局 | Handheld thermometer extends unmanned remote monitoring system and monitoring method |
-
2018
- 2018-06-15 CN CN201820932482.8U patent/CN208316883U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108600706A (en) * | 2018-06-15 | 2018-09-28 | 云南电网有限责任公司文山供电局 | Handheld thermometer extends unmanned remote monitoring system and monitoring method |
| CN108600706B (en) * | 2018-06-15 | 2023-12-15 | 云南电网有限责任公司文山供电局 | Unmanned remote monitoring system and monitoring method for handheld thermometer expansion |
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