CN206210026U - The portable bayonet socket alarm of Miniature movable - Google Patents
The portable bayonet socket alarm of Miniature movable Download PDFInfo
- Publication number
- CN206210026U CN206210026U CN201621207733.3U CN201621207733U CN206210026U CN 206210026 U CN206210026 U CN 206210026U CN 201621207733 U CN201621207733 U CN 201621207733U CN 206210026 U CN206210026 U CN 206210026U
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- China
- Prior art keywords
- receiver
- module
- emitter
- protective cover
- bayonet socket
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn - After Issue
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Abstract
The utility model provides a kind of portable bayonet socket alarm of Miniature movable, including emitter, receiver, reception display main frame；Emitter includes transmitting machine base, is provided with transmitting mainboard and transmitter supply module in emitter base front surface；Emitter base front surface is also equipped with emitter protective cover, and the transmitting mainboard and transmitter supply module are located in emitter protective cover；Receiver includes receiving machine base, and reception mainboard and receiver power supply module are provided with receiver base front surface；Receiver protective cover is also equipped with receiver base front surface, the reception mainboard and receiver power supply module are located in receiver protective cover；Receive the wireless transport module wireless connection of display main frame and receiver.The utility model is useful in various isolating and protecting work such as bayonet socket, station square, factory, building, plays counting, candid photograph, warning function.
Description
Technical field
The utility model is related to bayonet socket to protect field, especially it is a kind of with taking pictures, current alarm, tally function it is portable
Formula bayonet socket alarm.
Background technology
With the development of electronic technology, bayonet socket warning device high speed development, market needs one kind can immediately to lay installation,
Small volume is easily hidden with benefit of the equipment as on-fixed Zone Alerts Monitor Equipment swarmed into alarm, capture function
Fill.
The content of the invention
For the deficiencies in the prior art, the utility model provides a kind of Miniature movable portable bayonet socket alarm
Device, is useful in various isolating and protecting work such as bayonet socket, station square, factory, building, plays counting, candid photograph, warning function；
Especially for bayonet socket, hasty checkpoint etc. need it is interim concealed set up isolation zone of alarm when, can to pass in and out isolated area personnel or
Vehicle carries out automatic counting and captures；The technical solution adopted in the utility model is：
A kind of portable bayonet socket alarm of Miniature movable, including emitter, receiver, reception display main frame；
Emitter includes transmitting machine base, is provided with transmitting mainboard and transmitter supply mould in emitter base front surface
Block；Emitter base front surface is also equipped with emitter protective cover, and the transmitting mainboard and transmitter supply module are located at transmitting
In machine protective cover；
Transmitter processes module MCU1 and infrared transmitting tube are provided with transmitting mainboard；It is provided with emitter protective cover
One calibration contraposition area；Calibration contraposition area be used for and receiver on the contraposition calibration module that sets coordinate, calibration transmitter and connect
The relative installation of receipts machine；
Receiver includes receiving machine base, and reception mainboard and receiver power supply mould are provided with receiver base front surface
Block；Receiver protective cover is also equipped with receiver base front surface, the reception mainboard and receiver power supply module are located at and connect
In receipts machine protective cover；
Receiver processing module MCU2 and infrared receiving tube are provided with mainboard is received；It is additionally provided with mainboard is received
Contraposition calibration module, contraposition calibration module aligns area relative to infrared relative to the position of infrared receiving tube with calibration on emitter
The position of transmitting tube is corresponding；Contraposition calibration module includes laser emitting module, and the front end of wherein laser emitting module is exposed and connect
Receipts machine protective cover；
Video camera module and wireless transport module are additionally provided with mainboard is received；Video camera module is located at away from contraposition school
The reception mainboard opposite side of quasi-mode block, and receiver protective cover is exposed in its front end；
Receive the wireless transport module wireless connection of display main frame and receiver.
Specifically,
The internal or external emitter battery pack BT1 of emitter；In transmitting mainboard except transmitter processes module MCU1 and
Outside infrared transmitting tube, also including calibration circuit；
Emitter battery pack BT1 connects transmitter supply module by main switch K1；Transmitter supply module is provided at least
Two output voltage DC1 and DC2；The power supply termination voltage DC1 of transmitter processes module MCU1, transmitter processes module MCU1 connect
Connect infrared transmitting tube；Main switch K1 is arranged on transmitting machine base, and is exposed from emitter base back surface；
Calibration circuit includes photo resistance Rg1, resistance R2, NPN triode Q1, buzzer SP1；Photo resistance Rg1 is installed
Aligned in area in the calibration of emitter protective cover and expose emitter protective cover；The one termination voltage DC2 of photo resistance Rg1 and honeybee
One end of ring device SP1；Another termination triode Q1 base stages of photo resistance Rg1 and resistance R2 one end；The colelctor electrode of triode Q1
Connect the ground of the other end of buzzer SP1, the emitter stage of triode Q1 and another termination receiver of resistance R2.
Further, it is provided with current driving circuit between transmitter processes module MCU1 and infrared transmitting tube.
Further, in emitter, the concave surface divergence of beam area in infrared transmitting tube alignment emitter protective cover center.
Further, in emitter, emitter protective cover is infrared light transmission cover.
Further, emitter base back surface is additionally provided with bayonet socket and magnetic adsorption plate.
Specifically,
The internal or external receiver battery pack BT2 of receiver；Contraposition calibration module including laser emitting module except also wrapping
Include switch K3；
Receiver battery pack BT2 connects receiver power supply module by main switch K2；Receiver power supply module provides multichannel
Output voltage, wherein output voltage DC3 connects switch K3 one end, another termination laser emitting module one end of switch K3, laser all the way
The ground of another termination receiver of transmitter module；
Receiver power supply module remaining output voltage is respectively receiver processing module MCU2, video camera module and wireless
Transport module is powered；The signal input part of infrared receiving tube connection receiver processing module MCU2；Receiver processing module MCU2
Control termination video camera module；The video frequency output termination wireless transport module of video camera module；Receiver processing module MCU2
A transmission port connect wireless transport module；Main switch K2 is arranged on and receives on machine base and reveal from receiver base back surface
Go out.
Further, in receiver, the concave surface light collection area in infrared receiving tube alignment receiver protective cover center.
Further, in receiver, receiver protective cover is infrared light transmission cover.
Further, the back side for receiving machine base is provided with bayonet socket and magnetic adsorption plate.
The utility model has the advantage of：
1）With taking pictures and tally function, automatic counting can be carried out to the personnel or vehicle that pass in and out isolated area and captured.
2）It is easy to install and use, contraposition calibration can be easily carried out before.
3）Detection height is adjustable as needed, and strong applicability may be used on different scenes.
Brief description of the drawings
Fig. 1 is transmitter architecture schematic diagram of the present utility model.
Fig. 2 is receiver structure schematic diagram of the present utility model.
Fig. 3 is transmitter and receiver base back surface schematic diagram of the present utility model.
Fig. 4 is emitter electrical schematic diagram of the present utility model.
Fig. 5 is receiver electrical schematic diagram of the present utility model.
Specific embodiment
With reference to specific drawings and Examples, the utility model is described in further detail.
The portable bayonet socket alarm of Miniature movable, including transmitter and receiver；
（One）Emitter；
The structure of emitter including transmitting machine base 101, in transmitting machine base 101 front as shown in figure 1, be provided with transmitting
Mainboard 102 and transmitter supply module 103；Transmitting machine base 101 front is also equipped with emitter protective cover 104, the hair
Penetrate mainboard 102 and transmitter supply module 103 is located in emitter protective cover 104；Emitter protective cover 104 can provide entirety
Protective capacities, with water proof and dust proof effect；
Transmitter processes module MCU1 and infrared transmitting tube 105, infrared transmitting tube 105 are provided with transmitting mainboard 102
The concave surface divergence of beam area 106 in the center of alignment emitter protective cover 104；Concave surface divergence of beam area 106 can cause infrared point light
Source forms infrared beam；
Emitter protective cover 104 is infrared light transmission cover, can pass through infrared light, and to other light outside infrared optical frequencies
Line has and certain filters effect；
A calibration contraposition area 107 is provided with emitter protective cover 104；Calibration contraposition area 107 protects positioned at emitter
Cover 104 front bottoms；Calibration contraposition area 107 is used to coordinate with the contraposition calibration module set on receiver, can calibrate transmitting
The relative installation of machine and receiver；
As shown in figure 3, being additionally provided with bayonet socket 108 and magnetic adsorption plate 109 at transmitting machine base 101 back side so that transmitting machine base
Can Fast Installation with magnetic and buckle crystallized ability；
The circuit theory of emitter referring to Fig. 4, the built-in emitter battery pack BT1 of emitter, BT1 is at it for emitter battery pack
Can also be external in its embodiment；Emitter battery pack BT1 installation sites are located at the transmitter supply module in Fig. 1 in this example
In 103；In transmitting mainboard 102 in addition to transmitter processes module MCU1 and infrared transmitting tube 105, also including calibration circuit；
Emitter battery pack BT1 connects transmitter supply module 103 by main switch K1；Transmitter supply module 103 is carried
It is supplied to few two-way voltage DC1 and DC2；The power supply termination voltage DC1 of transmitter processes module MCU1, transmitter processes module MCU1
Connection infrared transmitting tube 105；The driving force of transmitter processes module MCU1 such as deficiency, then can also be in transmitter processes module
Increase current driving circuit between MCU1 and infrared transmitting tube 105；Main switch K1 can be arranged on transmitting machine base 101, and from
Expose at transmitting machine base 101 back side；
Calibration circuit includes photo resistance Rg1, resistance R2, NPN triode Q1, buzzer SP1；Photo resistance Rg1 is installed
Align in area 107 and expose emitter protective cover in the calibration of emitter protective cover, can specifically be set open in calibration contraposition area 107
Mouthful, photo resistance Rg1 exposes and gluing sealing edge of opening from opening, prevents steam from entering；The one termination electricity of photo resistance Rg1
Press one end of DC2 and buzzer SP1；Another termination triode Q1 base stages of photo resistance Rg1 and resistance R2 one end；Triode Q1
Colelctor electrode connect the ground of the other end of buzzer SP1, the emitter stage of triode Q1 and another termination receiver of resistance R2；
（Two）Receiver；
The structure of receiver is as shown in Fig. 2 including receiving machine base 201, reception is provided with the front of machine base 201 is received
Mainboard 202 and receiver power supply module 203；Receiver protective cover 204 is also equipped with the front of machine base 201 is received, it is described
Receive mainboard 202 and receiver power supply module 203 is located in receiver protective cover 204；Receiver protective cover 204 can provide whole
Body protective capacities, with water proof and dust proof effect；
Receiver processing module MCU2 and infrared receiving tube 205, infrared receiving tube 205 are provided with mainboard 202 is received
The concave surface light collection area 206 in the center of alignment receiver protective cover 204；Concave surface light collection area 206 can cause what is received
Infrared beam pools infrared light spot；
Receiver protective cover 204, with emitter protective cover 104, is infrared light transmission cover, can pass through infrared light, and to infrared
Other light outside optical frequencies have and filter effect；
Contraposition calibration module 207 is additionally provided with mainboard 202 is received, contraposition calibration module 207 is relative to infrared receiver
The position of pipe 205 is corresponding relative to the position of infrared transmitting tube 105 with calibration contraposition area 107 on emitter；Contraposition calibrating die
Block 207 includes switch K3 and laser emitting module 2071, and receiver protective cover is exposed in the front end of wherein laser emitting module 2071
204；Switch K3 is located at and receives immediately below machine base 201, and switch does water-proofing treatment；
Video camera module 208 and wireless transport module 209 are additionally provided with mainboard 202 is received；Video camera module 208
In the opposite side of reception mainboard 202 away from contraposition calibration module 207, and receiver protective cover 204 is exposed in its front end；
The back side of machine base 201 is received with transmitting machine base 101 back side, bayonet socket 108 and magnetic adsorption plate 109 also is provided with so that
Receiving machine base has magnetic and the buckle crystallized ability can Fast Installation；
The circuit theory of receiver is referring to Fig. 5, receiver built in receiver battery pack BT2；Receiver battery pack BT2 is installed
Position is located in the receiver power supply module 203 in Fig. 2；In other embodiments, receiver battery pack BT2 can also be external；
Receiver battery pack BT2 connects receiver power supply module 203 by main switch K2；Receiver power supply module 203 is carried
For multiple-channel output voltage, wherein output voltage DC3 connects switch K3 one end, another termination laser emitting modules 2071 of switch K3 all the way
One end, the ground of another termination receiver of laser emitting module 2071；
Receiver power supply module 203 remaining output voltage is respectively receiver processing module MCU2, video camera module 208
Powered with wireless transport module 209；The signal input part of the connection receiver processing module of infrared receiving tube 205 MCU2；Receiver
The control termination video camera module 208 of processing module MCU2；The video frequency output termination wireless transport module of video camera module 208
209；One transmission port of receiver processing module MCU2 connects wireless transport module 209；At infrared receiving tube 205 and receiver
Reason module MCU2 can also increase signal amplification circuit；Main switch K2 can be arranged on receive machine base 201 on and from receive machine base
Expose at 201 back sides；
（Three）Receive display main frame；Receive the wireless connection of wireless transport module 209 of display main frame and receiver；
When the portable bayonet socket alarm is used, transmitter and receiver can be separately mounted to bayonet socket or hasty checkpoint
Both sides；Setting height(from bottom) is identical and first manually aligns；Then emitter main switch K1 and receiver main switch K2 is respectively closed, is sent out
The machine of penetrating sends encoded infrared light, and receiver is decoded and the infrared signal transmission for receiving to reception after receiving infrared light
Machine processing module MCU2；Infrared light is encoded and decodes, and can cause that antijamming capability is stronger；Can also lay at the scene many
To transmitter and receiver without mutually producing interference；
Then the switch K3 in calibration module 207 is aligned on closure receiver, laser emitting module 2071 sends laser, micro-
Transmitter site is adjusted, the photo resistance Rg1 in the calibration contraposition area 107 that laser exposes to emitter is then calibrated three in circuit
Pole pipe Q1 is turned on, and buzzer SP1 sends sound, points out align successfully, can then be disconnected on receiver in contraposition calibration module 207
Switch K3；
When generation someone or vehicle rush across bayonet socket or inspection post, the infrared signal that receiver is received occurs once to interrupt；Connect
Receipts machine processing module MCU2 is judged as alarm, and carries out alarm count, while controlling the capture pictures storage of video camera module 208；
Capture pictures and alarm count data is activation when alarming to reception are shown by main frame by wireless transport module 209.Receive aobvious
Show main frame for showing capture pictures and recording front end enumeration data.
Claims (10)
1. the portable bayonet socket alarm of a kind of Miniature movable, it is characterised in that including emitter, receiver, receive display master
Machine；
Emitter includes transmitting machine base (101), is provided with transmitting mainboard (102) and hair in transmitting machine base (101) front
Penetrate electromechanical source module (103)；Transmitting machine base (101) front is also equipped with emitter protective cover (104), the transmitting mainboard
And transmitter supply module (103) is in the emitter protective cover (104) (102)；
Transmitter processes module MCU1 and infrared transmitting tube (105) are provided with transmitting mainboard (102)；In emitter protective cover
(104) it is provided with calibration contraposition area (107)；Calibration contraposition area (107) is for the contraposition calibrating die with setting on receiver
Block (207) coordinates, the relative installation of calibration transmitter and receiver；
Receiver includes receiving machine base (201), is provided with reception mainboard (202) in reception machine base (201) front and connects
Receive electromechanical source module (203)；Receiver protective cover (204), the reception owner are also equipped with machine base (201) front is received
Plate (202) and receiver power supply module (203) are in receiver protective cover (204)；
Receiver processing module MCU2 and infrared receiving tube (205) are provided with mainboard (202) is received；Receiving mainboard
(202) be additionally provided with contraposition calibration module (207), contraposition calibration module (207) relative to infrared receiving tube (205) position with
Contraposition area (107) is calibrated on emitter corresponding relative to the position of infrared transmitting tube (105)；Contraposition calibration module (207) bag
Laser emitting module (2071) is included, receiver protective cover (204) is exposed in the front end of wherein laser emitting module (2071)；
Video camera module (208) and wireless transport module (209) are additionally provided with mainboard (202) is received；Video camera module
(208) positioned at reception mainboard (202) opposite side away from contraposition calibration module (207), and receiver protection is exposed in its front end
Cover (204)；
Receive wireless transport module (209) wireless connection of display main frame and receiver.
2. the portable bayonet socket alarm of Miniature movable as claimed in claim 1, it is characterised in that
The internal or external emitter battery pack BT1 of emitter；In transmitting mainboard (102) except transmitter processes module MCU1 and
Infrared transmitting tube (105) outward, also including calibration circuit；
Emitter battery pack BT1 connects transmitter supply module (103) by main switch K1；Transmitter supply module (103) is carried
It is supplied to few two output voltage DC1 and DC2；The power supply termination voltage DC1 of transmitter processes module MCU1, transmitter processes module
MCU1 connects infrared transmitting tube (105)；Main switch K1 is arranged in transmitting machine base (101), and is carried on the back from transmitting machine base (101)
Show out；
Calibration circuit includes photo resistance Rg1, resistance R2, NPN triode Q1, buzzer SP1；Photo resistance Rg1 is arranged on hair
Penetrate in calibration contraposition area (107) of machine protective cover and expose emitter protective cover；The one termination voltage DC2 of photo resistance Rg1 and
One end of buzzer SP1；Another termination triode Q1 base stages of photo resistance Rg1 and resistance R2 one end；The current collection of triode Q1
Pole connects the ground of the other end of buzzer SP1, the emitter stage of triode Q1 and another termination receiver of resistance R2.
3. the portable bayonet socket alarm of Miniature movable as claimed in claim 2, it is characterised in that
Current driving circuit is provided between transmitter processes module MCU1 and infrared transmitting tube (105).
4. the portable bayonet socket alarm of Miniature movable as claimed in claim 1 or 2, it is characterised in that
In emitter, infrared transmitting tube (105) is directed at the concave surface divergence of beam area (106) in emitter protective cover (104) center.
5. the portable bayonet socket alarm of Miniature movable as claimed in claim 1 or 2, it is characterised in that
In emitter, emitter protective cover (104) is infrared light transmission cover.
6. the portable bayonet socket alarm of Miniature movable as claimed in claim 1 or 2, it is characterised in that
Transmitting machine base (101) back side is additionally provided with bayonet socket (108) and magnetic adsorption plate (109).
7. the portable bayonet socket alarm of Miniature movable as claimed in claim 1, it is characterised in that
The internal or external receiver battery pack BT2 of receiver；Contraposition calibration module (207) is except including laser emitting module
(2071) switch K3 is also included；
Receiver battery pack BT2 connects receiver power supply module (203) by main switch K2；Receiver power supply module (203) is carried
For multiple-channel output voltage, wherein output voltage DC3 connects switch K3 one end all the way, another termination laser emitting modules of K3 are switched
(2071) one end, the ground of another termination receiver of laser emitting module (2071)；
Receiver power supply module (203) remaining output voltage is respectively receiver processing module MCU2, video camera module (208)
Powered with wireless transport module (209)；The signal input part of infrared receiving tube (205) connection receiver processing module MCU2；Connect
The control of receipts machine processing module MCU2 terminates video camera module (208)；The video frequency output termination of video camera module (208) is wireless to be passed
Defeated module (209)；One transmission port of receiver processing module MCU2 connects wireless transport module (209)；Main switch K2 is installed
Expose on machine base (201) is received and from machine base (201) back side is received.
8. the portable bayonet socket alarm of Miniature movable as described in claim 1 or 7, it is characterised in that
In receiver, infrared receiving tube (205) is directed at the concave surface light collection area (206) in receiver protective cover (204) center.
9. the portable bayonet socket alarm of Miniature movable as described in claim 1 or 7, it is characterised in that
In receiver, receiver protective cover (204) is infrared light transmission cover.
10. the portable bayonet socket alarm of Miniature movable as described in claim 1 or 7, it is characterised in that
The back side for receiving machine base (201) is provided with bayonet socket (108) and magnetic adsorption plate (109).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621207733.3U CN206210026U (en) | 2016-11-09 | 2016-11-09 | The portable bayonet socket alarm of Miniature movable |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621207733.3U CN206210026U (en) | 2016-11-09 | 2016-11-09 | The portable bayonet socket alarm of Miniature movable |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206210026U true CN206210026U (en) | 2017-05-31 |
Family
ID=58753522
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621207733.3U Withdrawn - After Issue CN206210026U (en) | 2016-11-09 | 2016-11-09 | The portable bayonet socket alarm of Miniature movable |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206210026U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106408826A (en) * | 2016-11-09 | 2017-02-15 | 中科融通物联科技无锡股份有限公司 | Mini-type mobile portable bayonet alarm |
-
2016
- 2016-11-09 CN CN201621207733.3U patent/CN206210026U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106408826A (en) * | 2016-11-09 | 2017-02-15 | 中科融通物联科技无锡股份有限公司 | Mini-type mobile portable bayonet alarm |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CP01 | Change in the name or title of a patent holder |
Address after: The E1-505 sensor network Chinese International Innovation Park No. 200 214028 Jiangsu New District of Wuxi City Linghu Avenue Patentee after: Zhongke Rongtong Wulian Technology Wuxi Co., Ltd. Address before: The E1-505 sensor network Chinese International Innovation Park No. 200 214028 Jiangsu New District of Wuxi City Linghu Avenue Patentee before: Science and technology incorporated in Wuxi, Limited by Share Ltd |
|
| CP01 | Change in the name or title of a patent holder | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170531 Effective date of abandoning: 20181113 |
|
| AV01 | Patent right actively abandoned |