CN206209929U - Bayonet socket protects counting equipment - Google Patents
Bayonet socket protects counting equipment Download PDFInfo
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- CN206209929U CN206209929U CN201621208416.3U CN201621208416U CN206209929U CN 206209929 U CN206209929 U CN 206209929U CN 201621208416 U CN201621208416 U CN 201621208416U CN 206209929 U CN206209929 U CN 206209929U
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- laser
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- equipment
- device host
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Abstract
The utility model provides a kind of bayonet socket protection counting equipment, including device Host and equipment slave；Can be to penetrating laser between device Host and equipment slave, when laser is blocked, device Host is counted, and the alarm signal that enumeration data and laser blocking cause is transmitted.Specifically, device Host includes the first cabinet, and two main laser transceivers are provided with the front of the first cabinet, and two main laser transceivers respectively positioned at the front left and right sides of the first cabinet, isolate by middle first division board；Equipment slave includes the second cabinet, and two secondary laser transceivers are provided with the front of the second cabinet, and two secondary laser transceivers are corresponding in the position on the first cabinet with two main laser transceivers in the position on the second cabinet；Isolated with the second division board in the middle of two secondary laser transceivers.The utility model can maneuverability as required laying to bayonet socket, or various isolated areas gateway；Can count automatically, and can the current quantity of bidirectional monitoring.
Description
Technical field
The utility model is related to bayonet socket to protect field, specifically a kind of Novel moveable portable card with tally function
Mouth safe fence.
Background technology
As living standard is improved, entry and exit tourism, large-scale activity career development are rapid, all kinds of entry and exit of the port borders management point
There is flow of the people with sight spot temperature, the erratic change of frequent activity degree is built fixed fence passage and is then likely to cause people
Stream dull season installations and facilities idle land is wasted, and is not built, and is easily met with installations and facilities deficiency in stream of people's busy season or is faced equipment mistake
Degree service condition, can influence the safety that comes in and goes out when serious.
The content of the invention
For the deficiencies in the prior art, the utility model provides a kind of bayonet socket protection counting equipment, the equipment energy
It is enough to constitute the Portable movable bayonet socket safe fence with tally function, it is useful in bayonet socket, station square, factory, building etc.
In the work of various isolating and protectings, play countings, warn, wirelessly to penetrating identification automatic alarm；Especially for bayonet socket, station square etc.
When needing temporary erection isolated area, the personnel to passing in and out isolated area are counted early warning automatically.The technology that the utility model is used
Scheme is：
A kind of bayonet socket protects counting equipment, including device Host and equipment slave；Energy between device Host and equipment slave
Enough to penetrating laser, when laser is blocked, device Host is counted, and the alarm signal that enumeration data and laser blocking are caused
Number it is transmitted.
Specifically, device Host includes the first cabinet, and two main laser transceivers are provided with the front of the first cabinet, described
Two main laser transceivers respectively positioned at the front left and right sides of the first cabinet, isolate by middle first division board；
Equipment slave includes the second cabinet, and two secondary laser transceivers, two secondary laser are provided with the front of the second cabinet
Transceiver is corresponding in the position on the first cabinet with two main laser transceivers in the position on the second cabinet；Two secondary laser
Isolated with the second division board in the middle of transceiver.
More preferably, two main laser transceivers on device Host stagger in short transverse, correspondingly, in equipment slave
Two secondary laser transceivers also stagger in short transverse, corresponding respectively with two main laser transceiver height.
Further, on the first cabinet of device Host, the first battery pack, the first power module, main process task are additionally provided with
Module, wireless transport module；And it is additionally provided with laser calibrator on the first cabinet；Laser calibrator connection laser calibrator is pressed
Button；
First battery pack connects the first power module by a main switch K1, and the first power module connects main process task respectively
Module, each main laser transceiver, wireless transport module, and laser calibrator button a terminals；Laser calibrator button
Another terminals connection laser calibrator；Main processing block connects wireless transport module and each main laser transceiver respectively.
Further, on the second cabinet of equipment slave, the second battery pack, second source module are provided with；And
On two cabinets laser calibration anchor point is provided with laser calibrator opposite position on the first cabinet；School is provided with the second cabinet
Quasi- circuit, the light-sensitive element in calibration circuit is located at laser calibration anchor point；Second battery pack is connected by a main switch K2
Second source module, second source module connects each secondary laser transceiver respectively；Second source module output voltage gives calibration electricity
Road powers.
Further, second source module output voltage VCC；Calibration circuit includes photo resistance Rg1, resistance R2, NPN
Triode Q1, buzzer SP1；Photo resistance Rg1 is arranged on the laser calibration anchor point of the second cabinet；The one of photo resistance Rg1
One end of termination voltage VCC and buzzer SP1；Another termination triode Q1 base stages of photo resistance Rg1 and resistance R2 one end；Three
The colelctor electrode of pole pipe Q1 connects the other end of buzzer SP1, the emitter stage of triode Q1 and another head joint equipment slave of resistance R2
Ground.
More preferably, laser calibrator is arranged on the first cabinet upper end；Correspondingly, laser calibration anchor point is located at the second cabinet
Upper end.
Further, device Host and equipment slave bottom are equipped with base；Level meter and regulation spiral shell are additionally provided with base
Silk；First cabinet and the second cabinet are arranged on respective base by set screw.
The utility model has the advantage of：
1）Lay it is flexible, can maneuverability as required laying to bayonet socket, or station square, factory, building etc. are more
Plant the gateway of isolated area.
2）Can count automatically, the personnel amount programming count to inward and outward card channel or isolated area gateway is reported.
3）Bidirectional monitoring can be carried out, opposing traffic quantity is can record, so that for administrative staff provide place capacity reference.
Brief description of the drawings
Fig. 1 is device Host structural representation of the present utility model.
Fig. 2 is equipment slave structural representation of the present utility model.
Fig. 3 is electrical schematic diagram of the present utility model.
Fig. 4 is 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 bayonet socket protection counting equipment that the utility model is provided, as depicted in figs. 1 and 2, including device Host and equipment pair
Machine；Can be to penetrating laser between device Host and equipment slave, when laser is blocked, device Host is counted, and will meter
The alarm signal that number data and laser blocking cause is wirelessly transmitted to the reception display device or hand-held receiving terminal of distal end；
Device Host includes the first cabinet 101, and two main laser transceivers 102, institute are provided with the front of the first cabinet 101
State two main laser transceivers 102 respectively positioned at the front left and right sides of the first cabinet 101, it is middle with the first division board 103 every
From, it is to avoid the laser for sending is interfered；
More preferably, two main laser transceivers 102 on device Host stagger in short transverse, in order in different height
May detect that bayonet socket detected object；
Equipment slave includes the second cabinet 201, and two secondary laser transceivers 202, two are provided with the front of the second cabinet 201
Platform pair laser transceiver 202 is in the position on the second cabinet 201 and two main laser transceivers 102 on the first cabinet 101
Position is corresponding；Isolated with the second division board 203 in the middle of two secondary laser transceivers 202, it is to avoid the laser for sending is interfered；
More preferably, in equipment slave the secondary laser transceiver 202 of two also staggers in short transverse, is received with two main lasers
The height of hair machine 102 is corresponded to respectively, in order to may detect that bayonet socket detected object in different height；
The receiving terminal of the corresponding pair laser transceiver 202 of transmitting terminal alignment of main laser transceiver 102, main laser transceiver
The transmitting terminal of the 102 corresponding pair laser transceiver 202 of receiving terminal alignment；In Fig. 1 and Fig. 2, two circles in each laser transceiver
Enclose the transmitting terminal and receiving terminal for representing laser transceiver；
On the first cabinet 101 of device Host, the first battery pack 104, the first power module 105, main process task are additionally provided with
Module 106, wireless transport module 107；And it is additionally provided with laser calibrator 108 in the upper end of the first cabinet 101；Laser calibrator
108 connection laser calibrator buttons 1081；
Referring to Fig. 3, the first battery pack 104 connects the first power module to the electric principle of device Host by a main switch K1
105, the first power module 105 connects main processing block 106, each main laser transceiver 102, wireless transport module 107 respectively, with
And a terminals of laser calibrator button 1081；Another terminals connection laser calibrator of laser calibrator button 1081
108；Main processing block 106 connects wireless transport module 107 and each main laser transceiver 102 respectively；
On the second cabinet 201 of equipment slave, the second battery pack 204, second source module 205 are provided with；And
The upper end of two cabinet 201 is provided with laser calibration anchor point 208 with the opposite position of laser calibrator 108 on the first cabinet；Second
Calibration circuit is provided with cabinet 201, the light-sensitive element in calibration circuit is located at laser calibration anchor point 208；
Referring to Fig. 4, the second battery pack 204 connects second source module to the electric principle of equipment slave by a main switch K2
205, second source module 205 connects each secondary laser transceiver 202 respectively；The output voltage VCC of second source module 205；Calibration
Circuit includes photo resistance Rg1, resistance R2, NPN triode Q1, buzzer SP1；Photo resistance Rg1 is arranged on the second cabinet
Laser calibration anchor point 208；The one termination voltage VCC of photo resistance Rg1 and one end of buzzer SP1；Photo resistance Rg1's is another
One termination triode Q1 base stages and resistance R2 one end；The colelctor electrode of triode Q1 connects the other end of buzzer SP1, triode Q1's
The ground of another head joint equipment slave of emitter stage and resistance R2.
In addition, being equipped with base 100 in device Host and equipment slave bottom；Level meter also can be set on base 100.Bottom
Seat 100 is provided with set screw（It is not drawn into）, the first cabinet 101 and the second cabinet 201 are arranged on base by set screw
On 100, height can be adjusted.
Device Host and equipment slave when in use, are located at bayonet socket or isolated area by bayonet socket protection counting equipment relatively
The both sides of gateway；Then main switch K1, the K2 in device Host and equipment slave are opened（Main switch K1 and K2 are in Fig. 1, Fig. 2
In be not drawn into, may be mounted on cabinet）, device Host and equipment slave rough alignment are first caused, then press device Host
On laser calibrator button 1081, fine tuning device Host, the azel of equipment slave, when laser calibrator 108 sends
Laser be just incident upon laser calibration anchor point 208 on the second cabinet, photo resistance Rg1 resistances diminish so that triode Q1
Conducting, buzzer SP1 sends auditory tone cues；Laser calibrator button 1081 can now be unclamped；
After the completion of calibration, two main laser transceivers 102 and two secondary laser transceivers 202 are respectively to penetrating laser；Due to
Laser transceiver is all provided with the left and right sides of cabinet, therefore can be detected and be recorded opposing traffic quantity；Because when a side
To personnel enter card inlet when, the laser that the laser transceiver of side sends on cabinet can be blocked first, and opposite side on cabinet
The laser that sends of laser transceiver by rear blocking；Main processing block 106 can determine whether out that personnel pass through direction accordingly.
When the laser of laser transceiver is blocked, main processing block 106 records enumeration data, and by enumeration data and
The alarm signal that laser blocking causes is wirelessly transmitted to the reception display device or hand-held of distal end by wireless transport module 107
Receiving terminal.
In other embodiments, the wireless transport module on device Host can also be substituted with wire transmission module, such as with
Too network interface card, or other RS485 Serial Port Transmission modules etc..
Claims (7)
1. a kind of bayonet socket protects counting equipment, it is characterised in that including device Host and equipment slave；Device Host and equipment pair
Can be to penetrating laser between machine, when laser is blocked, device Host is counted, and enumeration data and laser blocking are caused
Alarm signal be transmitted；
Device Host includes the first cabinet (101), and two main laser transceivers (102) are provided with the front of the first cabinet (101),
Respectively positioned at the front left and right sides of the first cabinet (101), the first division board is used in centre to two main laser transceivers (102)
(103) isolate；
Equipment slave includes the second cabinet (201), and two secondary laser transceivers (202) are provided with the front of the second cabinet (201),
Two secondary laser transceivers (202) are in the position on the second cabinet (201) and two main laser transceivers (102) in the first cabinet
(101) position on is corresponding；Isolated with the second division board (203) in the middle of two secondary laser transceivers (202).
2. bayonet socket as claimed in claim 1 protects counting equipment, it is characterised in that
Two main laser transceivers (102) on device Host are staggered in short transverse, correspondingly, two pairs in equipment slave
Laser transceiver (202) also staggers in short transverse, corresponding respectively with two main laser transceiver (102) height.
3. bayonet socket as claimed in claim 1 or 2 protects counting equipment, it is characterised in that
On first cabinet (101) of device Host, the first battery pack (104), the first power module (105), main place are additionally provided with
Reason module (106), wireless transport module (107)；And laser calibrator (108) is additionally provided with the first cabinet (101)；Laser
Calibrator (108) connects laser calibrator button (1081)；
First battery pack (104) connects the first power module (105), the first power module (105) point by a main switch K1
Not Lian Jie main processing block (106), each main laser transceiver (102), wireless transport module (107), and laser calibrator presses
One terminals of button (1081)；Another terminals of laser calibrator button (1081) connect laser calibrator (108)；Main process task
Module (106) connects wireless transport module (107) and each main laser transceiver (102) respectively.
4. bayonet socket as claimed in claim 3 protects counting equipment, it is characterised in that
On second cabinet (201) of equipment slave, the second battery pack (204), second source module (205) are provided with；And
On second cabinet (201) laser calibration anchor point (208) is provided with laser calibrator (108) opposite position on the first cabinet；
Calibration circuit is provided with the second cabinet (201), the light-sensitive element in calibration circuit is located at laser calibration anchor point (208)；The
Two battery packs (204) connect second source module (205) by a main switch K2, and second source module (205) is connected respectively
Each secondary laser transceiver (202)；Second source module (205) output voltage is powered to calibration circuit.
5. bayonet socket as claimed in claim 4 protects counting equipment, it is characterised in that
Second source module (205) output voltage VCC；Calibration circuit include photo resistance Rg1, resistance R2, NPN triode Q1,
Buzzer SP1；Photo resistance Rg1 is arranged on the laser calibration anchor point 208 of the second cabinet；The one termination electricity of photo resistance Rg1
Press one end of VCC 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 head joint equipment slave of resistance R2.
6. bayonet socket as claimed in claim 4 protects counting equipment, it is characterised in that
Laser calibrator (108) is arranged on the first cabinet (101) upper end；Correspondingly, laser calibration anchor point (208) is located at second
Cabinet (201) upper end.
7. bayonet socket as claimed in claim 1 or 2 protects counting equipment, it is characterised in that device Host and equipment slave bottom
It is equipped with base (100)；Base is additionally provided with level meter and set screw on (100)；First cabinet (101) and the second cabinet
(201) it is arranged on respective base (100) by set screw.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621208416.3U CN206209929U (en) | 2016-11-09 | 2016-11-09 | Bayonet socket protects counting equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621208416.3U CN206209929U (en) | 2016-11-09 | 2016-11-09 | Bayonet socket protects counting equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206209929U true CN206209929U (en) | 2017-05-31 |
Family
ID=58753509
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621208416.3U Active CN206209929U (en) | 2016-11-09 | 2016-11-09 | Bayonet socket protects counting equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206209929U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110379105A (en) * | 2019-06-04 | 2019-10-25 | 贵州电网有限责任公司 | Active higher-pressure region monitoring method and system and System Utilization Procedure |
-
2016
- 2016-11-09 CN CN201621208416.3U patent/CN206209929U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110379105A (en) * | 2019-06-04 | 2019-10-25 | 贵州电网有限责任公司 | Active higher-pressure region monitoring method and system and System Utilization Procedure |
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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 |