CN203205979U - Intelligent pressure plate module - Google Patents
Intelligent pressure plate module Download PDFInfo
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- CN203205979U CN203205979U CN 201320188608 CN201320188608U CN203205979U CN 203205979 U CN203205979 U CN 203205979U CN 201320188608 CN201320188608 CN 201320188608 CN 201320188608 U CN201320188608 U CN 201320188608U CN 203205979 U CN203205979 U CN 203205979U
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Abstract
The utility model provides an intelligent pressure plate module, which comprises a pressure plate, a panel, a pressing plate connection motherboard and a pressure plate master control module. The pressure plate comprises a pressure plate switching-on/off function part and a pressure plate state detection sub-module. The pressure plate state detection sub-module comprises a pressure plate switching-on/off state photoelectric detection circuit and a press plate operation indication LED circuit. The pressure plate master control module comprises a CPU control unit and a pressure plate detection LED control circuit. Through adopting the parallel detection mode, the switching-on/off state of each pressure plate can be detected. Meanwhile, an LED indicating lamp on each pressure plate can be controlled through an I/O port by the intelligent pressure plate module respectively. By adopting an equipmentalized concept, during the production and assembly process of the intelligent pressure plate module, the panel and all pressure plates are assembled as a whole, so that the module is in the form of only a single device when finished and shipped. Due to the adoption of the entire module, on the premise that the states of pressure plates are monitored without any misoperation, the difficulty that the engineering construction is troublesome in wiring and debugging can be solved at the same time. Meanwhile, the cost is further reduced and the system reliability is improved.
Description
Technical field
The utility model relates to electrical equipment technical field, particularly relates to a kind of intelligent pressing plate module, is specially protective relaying device in the electric power secondary device is thrown the technology that the presser device move back is controlled.
Background technology
Transformer station's grid switching operation is divided into primary equipment and secondary device, and the throwing, retreating of protection pressing plate are main projects of secondary device operation.The protection pressing plate is also named protection in flakes; in traditional various protections, pressing plate is used for being switched on or switched off certain loop, is bridge and the tie of protective device contact external wiring; can the function and the action outlet that be related to protection normally play a role, therefore extremely important.
Protective relaying device in the secondary equipment in power system is the basic facilities that guarantee the safe operation of electric power primary equipment, by the operation relay-protection pressing plate, can control the throwing, retreating of protective device or the operational mode of change protective device.And the misoperation of pressing plate then may make the electric power primary equipment lose protection, jeopardizes the safe operation of electrical network.Along with the expansion of electrical network scale and the development of resist technology, the quantity of relay-protection pressing plate is multiplied, thereby its management work is had higher requirement.
Through development in recent years, on the basis of the anti-error technology of former primary equipment, through constantly perfect, improvement, formed the complete pressing plate anti-misoperation system of a cover gradually, having solved pressing plate fully throws supervision and the pressing plate miscarrying of the state that moves back and moves back, leaks the problem of moving back of throwing, improve the substation operation managerial skills, improved the fail safe of operation of power networks.
But, all be to be unit with single intelligent pressing plate in present pressing plate anti-error system, standing always when transforming, original pressing plate need be removed one by one, be replaced by intelligent pressing plate, rewiring.Time-consuming, the effort of this kind mode, debugging work load is big, has reduced system reliability.And, existing anti-error technology is basically at traditional transformer station at present, realize that at digital transformer substation the secondary pressing plate is anti-error, if be that unit carries out pressing plate replacing installation in intelligence with single intelligent pressing plate still, also be difficult to realize anti-error based on the digitlization of 61850 standards cashier's office in a shop.
Summary of the invention
Technical problem to be solved in the utility model is to provide intelligent pressing plate module, for realizing the pressing plate anti-misoperation, can be used in conventional substation and the digital transformer substation original observing and controlling screen or the intelligence integral body replacement of pressing plate cashier's office in a shop, make on-the-spot pressing plate transformation more be tending towards through engineering approaches, solve the difficult problem that the engineering construction wiring is loaded down with trivial details, debugging bothers, thereby further reduce cost, increase system reliability.
The utility model is achieved through the following technical solutions:
Intelligence pressing plate module includes: more than one pressing plate wherein, also includes for the panel that pressing plate is installed, pressing plate connection motherboard and pressing plate main control module; Described pressing plate includes:
The pressing plate main body is fixed on the described panel;
Pressing plate is thrown and is moved back funtion part, is used for carrying out the throwing deactuate work of pressing plate, and described pressing plate throwing is moved back funtion part and is installed on the pressing plate main body;
Pressing plate state-detection submodule, for detection of and indicate the throwing of pressing plate to move back state; Described pressing plate state-detection submodule is installed on the pressing plate main body, is electrically connected by pressing plate connection motherboard and pressing plate main control module;
Described pressing plate state-detection submodule includes: pressing plate is thrown and is moved back state light power detection circuit and clamp operation indicating circuit;
Described pressing plate is thrown and is moved back the state light power detection circuit, state is moved back in throwing for detection of pressing plate, the state light power detection circuit is moved back in described pressing plate throwing and the pressing plate main control module is electrically connected the line data exchange of going forward side by side, and sends the data message of throwing the state that moves back about pressing plate to the pressing plate main control module;
Described clamp operation indicating circuit is electrically connected the line data exchange of going forward side by side with the pressing plate main control module, and the instruction of reception pressing plate main control module is also indicated;
Described pressing plate main control module comprises that CPU control unit and pressing plate detect operation indication control circuit; The CPU control unit is used for the described pressing plate state-detection submodule of management, and the CPU control unit is electric with described pressing plate state-detection submodule and be connected the realization exchanges data; Pressing plate detects operation indication control circuit and is electrically connected with the clamp operation indicating circuit and is connected and control, finishes the state-detection of pressing plate jointly and operates and indicate.
Among embodiment, described clamp operation indicating circuit is clamp operation indication LED circuit, includes LED light therein; It is that pressing plate detects the LED control circuit that described pressing plate detects operation indication control circuit; Be connected by the IO mouth with the LED light of pressing plate and control.
Further, described intelligent pressing plate module includes a plurality of pressing plates, the pressing plate main control module is electrically connected by parallel mode and each pressing plate, and the mode by parallel detection detects the throwing of each pressing plate and moves back state, connects and control the LED light of each pressing plate by the IO mouth.
The RS485 connecting interface that connects when further, described pressing plate main control module includes and uses simultaneously for a plurality of intelligent pressing plate modules.
The beneficial effects of the utility model are as follows:
Intelligent pressing plate module of the present utility model includes more than one pressing plate, the panel that is used for installing pressing plate, pressing plate connection motherboard and pressing plate main control module; Can be used in conventional substation and the digital transformer substation be realize the pressing plate anti-misoperation to original observing and controlling screen or intelligence cashier's office in a shop the integral body of pressing plate replace, miscarrying, the mistake that is used for solving pressing plate moved back, leaked throwings, leakage and problem such as move back.Pressing plate includes the pressing plate throwing and moves back funtion part and pressing plate state-detection submodule, and pressing plate state-detection submodule throws circuit such as moving back state light power detection circuit and clamp operation indication LED by pressing plate and PCB forms; The pressing plate main control module comprises that CPU control unit and pressing plate detect the LED control circuit, and the mode by parallel detection detects the throwing of each pressing plate and moves back state, and intelligent pressing plate module is controlled the LED light of each pressing plate by the IO mouth.Intelligence pressing plate module adopts device pressing plate module thinking, just panel and each pressing plate is assembled into an integral body when producing assembling, is exactly a device when making it to deliver.Whole module is guaranteeing to solve the difficult problem that the engineering construction wiring is loaded down with trivial details, debugging bothers simultaneously under the prerequisite that realizes the pressing plate Stateful Inspection and prevent misoperation, thereby further reduces cost, and increases system reliability.
According to the characteristics of the protection screen pressing plate installation site of present use, adopt device pressing plate module thinking, some pressing plates are concentrated on the panel by standard design, thereby form a kind of integrated new equipment.Pressing plate main control module in this intelligence pressing plate module and pressing plate state-detection submodule are finished the collection of pressing plate state and function from information to anti-error main frame that transmit jointly.Intelligence pressing plate module can be used separately, also can a plurality of modules connect use by RS485.Pressing plate main control module and pressing plate state-detection submodule all adopt the mode of plug-in mounting to be installed in the intelligent pressing plate module, convenient disassembly, be convenient to safeguard, under the prerequisite that guarantees the anti-error function of safe and reliable realization pressing plate, greatly reduced the workload of Installation and Debugging, and further lowered cost, increased system reliability.The utility model is applicable to transformer station, centralized control center, realizes from the primary equipment to the secondary device, from manual station, unmanned station is to comprehensive anti-error system solution of digital transformer substation.Can effectively alleviate operating personnel's workload and operating pressure, increase work efficiency.
Description of drawings
Fig. 1 is the perspective view of the utility model intelligence pressing plate module;
Fig. 2 is the Facad structure schematic diagram of the utility model intelligence pressing plate module;
Fig. 3 is the pressing plate decomposition texture schematic diagram of the utility model intelligence pressing plate module;
Fig. 4 a is the perspective view that the utility model intelligence pressing plate module center platen is thrown state;
Fig. 4 b is the Facad structure schematic diagram that the utility model intelligence pressing plate module center platen is thrown state;
Fig. 4 c is the sectional structure schematic diagram that the utility model intelligence pressing plate module center platen is thrown state;
Fig. 5 a is the perspective view that the utility model intelligence pressing plate module center platen moves back state;
Fig. 5 b is the Facad structure schematic diagram that the utility model intelligence pressing plate module center platen moves back state;
Fig. 5 c is the sectional structure schematic diagram that the utility model intelligence pressing plate module center platen moves back state;
Fig. 6 is the circuit frame structural representation of the utility model intelligence pressing plate module.
Description of reference numerals:
But pressing plate main body-101, pressing plate operating means-102, pressing plate leaded light post-103, leaded light post light tight groove-104, pressing plate state-detection submodule-105, photovoltaic sensing element-106, pressing plate are thrown and are moved back funtion part-107, panel-200, pressing plate connection motherboard-300, pressing plate main control module-400, DIN connector-500, fixing fitting-600.
Embodiment
The utility model is in order to solve prior art problems, proposed a kind of intelligent pressing plate module, as shown in Figure 1 and Figure 2, included: more than one pressing plate, wherein, also include for the panel 200 that pressing plate is installed, pressing plate connection motherboard 300 and pressing plate main control module 400; Described pressing plate includes:
Pressing plate main body 101 is fixed on the described panel 200;
Pressing plate is thrown and is moved back funtion part 107, is used for carrying out the throwing deactuate work of pressing plate, and described pressing plate throwing is moved back funtion part and is installed on the pressing plate main body 101;
Pressing plate state-detection submodule 105, for detection of and indicate the throwing of pressing plate to move back state; Described pressing plate state-detection submodule 105 is installed on the pressing plate main body 101, is electrically connected by pressing plate connection motherboard 300 and pressing plate main control module 400;
Described pressing plate state-detection submodule 105 includes: pressing plate is thrown and is moved back state light power detection circuit and clamp operation indicating circuit;
Described pressing plate is thrown and is moved back the state light power detection circuit, state is moved back in throwing for detection of pressing plate, the state light power detection circuit is moved back in described pressing plate throwing and pressing plate main control module 400 is electrically connected the line data exchange of going forward side by side, and sends the data message of throwing the state that moves back about pressing plate to pressing plate main control module 400;
Described clamp operation indicating circuit is electrically connected the line data exchange of going forward side by side with pressing plate main control module 400, and the instruction of reception pressing plate main control module 400 is also indicated;
Described pressing plate main control module 400 comprises that CPU control unit and pressing plate detect operation indication control circuit; The CPU control unit is used for the described pressing plate state-detection submodule of management, and the CPU control unit is electric with described pressing plate state-detection submodule and be connected the realization exchanges data; Pressing plate detects operation indication control circuit and is electrically connected with the clamp operation indicating circuit and is connected and control, finishes the state-detection of pressing plate jointly and operates and indicate.
Among embodiment, described clamp operation indicating circuit is clamp operation indication LED circuit, includes LED light therein; It is that pressing plate detects the LED control circuit that described pressing plate detects operation indication control circuit; Be connected by the IO mouth with the LED light of pressing plate and control.
Further, described intelligent pressing plate module includes a plurality of pressing plates, the pressing plate main control module is electrically connected by parallel mode and each pressing plate, and the mode by parallel detection detects the throwing of each pressing plate and moves back state, connects and control the LED light of each pressing plate by the IO mouth.
The RS485 connecting interface that connects when further, described pressing plate main control module includes and uses simultaneously for a plurality of intelligent pressing plate modules.
As Fig. 1,2, further, it is pcb boards that are positioned at the panel back that pressing plate connects motherboard 300, and described PCB is provided with the connector that connects pressing plate state-detection submodule and pressing plate main control module.
Embodiment:
As shown in Figure 1 and Figure 2, the intelligent pressing plate module of present embodiment is made up of 20 high panel 200, pressing plate connection motherboard 300, pressing plate main control module 400 4 parts of pressing plate, 3U that have photoelectric detection function.
This pressing plate is to throw the basis of moving back function at conventional pressing plate to have increased status detection function, as shown in Figure 1, 2, 3, includes the pressing plate throwing and moves back funtion part 107 and pressing plate state-detection submodule 105, links together by the mode by easy disassembly; But the pressing plate throwing is moved back funtion part 107 and is included pressing plate operating means 102, is positioned at the outer end of pressing plate main body 101; Pressing plate state-detection submodule 105 comprises that pressing plate is thrown and moves back state light power detection circuit and clamp operation indication LED circuit, the pressing plate throwing is moved back the state light power detection circuit and is provided with infrared detecting device, described infrared detecting device comprises: pressing plate leaded light post 103, the light tight groove 104 of leaded light post and photovoltaic sensing element 106, pressing plate leaded light post 103 adopts cylindrical structure, but the outer end connects pressing plate operating means 102, the inner is passed panel 200 and is connected motherboard 300 with pressing plate, cooperates installation with pressing plate state-detection submodule 105; The inner both sides of pressing plate leaded light post 103 are provided with the light tight groove 104 of leaded light post, are provided with light tight structure sheaf in the light tight groove 104 of leaded light post; Photovoltaic sensing element 106 is positioned at the side of pressing plate leaded light post 103; Described photovoltaic sensing element 106 includes infrared transmitting tube and infrared receiving tube.Each pressing plate state-detection submodule 105 adopts infrared detection method, when being in, pressing plate throws the position, the luminous light tight groove 104 by pressing plate leaded light post 103 of infrared transmitting tube blocks, and photovoltaic sensing element 106 produces high level signal, otherwise produces low level signal.Pressing plate state-detection submodule 105 is connected motherboard 300 by the PCB splicing ear and links to each other with pressing plate, state information is moved back in the throwing of each pressing plate give pressing plate main control module 400.
Intelligence pressing plate module is installed configuration as shown in Figure 1, pressing plate main body 101 is fixed on the panel 200, pressing plate connects motherboard 300 and is fixed on panel 200 back sides, pressing plate state-detection submodule 105 is inserted on the motherboard 300, a DIN connector 500 is welded on motherboard 300 both sides respectively, and pressing plate main control module 400 is inserted on the DIN connector 500.According to actual conditions, pressing plate main control module 400 can be selected installation direction, is inserted into the DIN connector 500 of motherboard 300 any sides.The cross section is
The fixing fitting 600 of type structure is fixed on the panel both sides, can satisfy different block length dimensional requirements, is suitable for various screen body.
Described panel 200 is used for fixation clip and is connected motherboard 300 with pressing plate.Panel adopts standard design, highly is 3U.The panel both sides utilize
The type fixing fitting can satisfy different block length dimensional requirements, is suitable for various screen body.Panel can be installed 20 pressing plates, and the color of pressing plate is unified to be grey, can be replaced by the shell of redness, yellow or grey at the scene as required.The back side of panel fixation clip connects motherboard 300.
Pressing plate main control module 400 detects the LED control circuit by CPU control unit and pressing plate and forms.Pressing plate is thrown and to be moved back state and the operation indication that testing circuit is used for gathering pressing plate, and state information is moved back in throwing sends the pressing plate controller to by the RS485 telecommunication circuit; When having instruction to need operated clamp, the pressing plate controller sends operation information to need operation pressing plate by the RS485 telecommunication circuit through the pressing plate main control module, and the pressing plate of this pressing plate detects the work of LED indicating circuit, and corresponding LED lamp is bright, during the clamp operation mistake, the flicker of LED lamp.Pressing plate main control module 400 can be dismantled, and is convenient to debugging, need not coding.
Pressing plate state-detection submodule 105 is connected motherboard 300 by the PCB splicing ear and links to each other with pressing plate, give pressing plate main control module 400 with each pressing plate state information.
Described pressing plate state-detection submodule 105 is welded with two 6PIN sockets; The wire harness of pressing plate state-detection submodule 105 is connected on the pressing plate main control module 400; Pressing plate connects 40 6PIN contact pins of back side welding of motherboard 300; Two 6PIN sockets of each pressing plate state-detection submodule 105 connect with 6PIN contact pin contact on being connected motherboard.
The pressing plate main control module is provided with the 96PIN contact pin, and DIN connector 500 adopts the 96PIN DIN connector, and the 96PIN contact pin of pressing plate main control module is connected with DIN connector 500 contacts.According to actual conditions, pressing plate main control module 400 can be selected installation direction, is inserted into the DIN connector 500 of motherboard 300 any sides.
Described pressing plate main control module 400 comprises CPU control unit, communication interface unit, LED driver element and power unit circuit; Adopt special-purpose European connector; Described communication interface unit, LED driver element and power unit circuit are connected with the CPU control unit respectively.Pressing plate main control module 400 can be dismantled, and is convenient to debugging, need not coding.
When a plurality of intelligent pressing plate modules are used simultaneously, connect by RS485 between the pressing plate main control module 400 on each intelligent pressing plate module.Each pressing plate module need not toggle switch and distributes the address, can automatic addressing.
Shown in Fig. 4 a, 4b, 4c, 5a, 5b, 5c, described pressing plate throwing is moved back funtion part 107 and is had two service positions.Throw when pressing plate and to move back funtion part 107 when being in throwing state service position, the luminous light tight groove 104 by pressing plate leaded light post 103 of infrared transmitting tube blocks, and photovoltaic sensing element 106 produces high level signals; Throw when pressing plate and to move back funtion part 107 and be in when moving back the state service position, the light tight groove 104 of pressing plate leaded light post 103 is rotation simultaneously also, and infrared transmitting tube is luminous can not to be blocked, and photovoltaic sensing element 106 produces low level signals.Be specially:
Shown in Fig. 4 a, 4b, 4c, throw when pressing plate and to move back funtion part and be in when throwing the state position, the light tight groove 104 of leaded light post blocks infrared transmitting tube is luminous, there is material to block light in the middle of photovoltaic sensing element 106 perception, produce high level signal, main control module 400 obtains high level signal, judges that then pressing plate is in the throwing state.
Shown in Fig. 5 a, 5b, 5c, throw when pressing plate and to move back funtion part and be in when moving back the state position, when but pressing plate operating means 102 is pulled out and rotated to an angle, the light tight groove 104 of leaded light post 103 rotates simultaneously, it is luminous just can not to block infrared transmitting tube, and photovoltaic sensing element 106 perception do not have material to block light, produces low level signal, main control module 400 obtains low level signal, judges that then pressing plate is in the state of moving back.
As shown in Figure 6, by pressing plate main control module 400 each pressing plate state-detection submodules 105 of management, realize the state of inquiry pressing plate in real time by being connected of address bus and data/address bus.The mode of pressing plate main control module 400 by parallel detection detects the throwing of each pressing plate and moves back state.Pressing plate main control module 400 is controlled the LED light of each pressing plate by the IO mouth.
As shown in Figure 6, when a plurality of intelligent pressing plate modules are used simultaneously, connect by RS485 between the pressing plate main control module 400 on each intelligent pressing plate module.Each pressing plate module need not toggle switch and distributes the address, can automatic addressing.
The throwing state of moving back of more than judging pressing plate is to produce the signal of telecommunication by Photoelectric Detection to handle automatically, has exempted human factor, has improved accuracy and the efficient judged.
The above embodiment has only expressed several execution mode of the present utility model, and it describes comparatively concrete and detailed, but can not therefore be interpreted as the restriction to the utility model claim.Should be pointed out that for the person of ordinary skill of the art under the prerequisite that does not break away from the utility model design, can also make some distortion and improvement, these all belong to protection range of the present utility model.Therefore, the protection range of the utility model patent should be as the criterion with claims.
Claims (10)
1. intelligent pressing plate module includes: more than one pressing plate, it is characterized in that, and also include for the panel that pressing plate is installed, pressing plate and connect motherboard and pressing plate main control module; Described pressing plate includes:
The pressing plate main body is fixed on the described panel;
Pressing plate is thrown and is moved back funtion part, is used for carrying out the throwing deactuate work of pressing plate, and described pressing plate throwing is moved back funtion part and is installed on the pressing plate main body;
Pressing plate state-detection submodule, for detection of and indicate the throwing of pressing plate to move back state; Described pressing plate state-detection submodule is installed on the pressing plate main body, is electrically connected by pressing plate connection motherboard and pressing plate main control module;
Described pressing plate state-detection submodule includes: pressing plate is thrown and is moved back state light power detection circuit and clamp operation indicating circuit;
Described pressing plate is thrown and is moved back the state light power detection circuit, state is moved back in throwing for detection of pressing plate, the state light power detection circuit is moved back in described pressing plate throwing and the pressing plate main control module is electrically connected the line data exchange of going forward side by side, and sends the data message of throwing the state that moves back about pressing plate to the pressing plate main control module;
Described clamp operation indicating circuit is electrically connected the line data exchange of going forward side by side with the pressing plate main control module, and the instruction of reception pressing plate main control module is also indicated;
Described pressing plate main control module comprises that CPU control unit and pressing plate detect operation indication control circuit; The CPU control unit is used for the described pressing plate state-detection submodule of management, and the CPU control unit is electric with described pressing plate state-detection submodule and be connected the realization exchanges data; Pressing plate detects operation indication control circuit and is electrically connected with the clamp operation indicating circuit and is connected and control, finishes the state-detection of pressing plate jointly and operates and indicate.
2. intelligent pressing plate module according to claim 1 is characterized in that, described clamp operation indicating circuit is clamp operation indication LED circuit, includes LED light; It is that pressing plate detects the LED control circuit that described pressing plate detects operation indication control circuit; Be connected by the IO mouth with the LED light of pressing plate and control.
3. intelligent pressing plate module according to claim 2, it is characterized in that, described intelligent pressing plate module includes a plurality of pressing plates, the pressing plate main control module is electrically connected by parallel mode and each pressing plate, mode by parallel detection detects the throwing of each pressing plate and moves back state, connects and control the LED light of each pressing plate by the IO mouth.
4. according to any one described intelligent pressing plate module in the claim 1 to 3, it is characterized in that the RS485 connecting interface that described pressing plate main control module connects when including and using simultaneously for a plurality of intelligent pressing plate modules.
5. according to any one described intelligent pressing plate module in the claim 1 to 3, it is characterized in that it is a pcb board that described pressing plate connects motherboard, be provided with the connector that connects pressing plate state-detection submodule and pressing plate main control module.
6. intelligent pressing plate module according to claim 5 is characterized in that, described pressing plate is thrown and moved back funtion part and the pressing plate state-detection submodule mode by easy disassembly and link together; But the pressing plate throwing is moved back funtion part and is included the pressing plate operating means, is positioned at the outer end of pressing plate main body; The pressing plate throwing is moved back the state light power detection circuit and is provided with infrared detecting device.
7. intelligent pressing plate module according to claim 6, it is characterized in that, described infrared detecting device comprises: pressing plate leaded light post, the light tight groove of leaded light post and photovoltaic sensing element, pressing plate leaded light post adopts cylindrical structure, but the outer end connects the pressing plate operating means, the inner is passed panel and is connected motherboard with pressing plate, cooperates installation with pressing plate state-detection submodule; The inner both sides of pressing plate leaded light post are provided with the light tight groove of leaded light post, are provided with light tight structure sheaf in the light tight groove of leaded light post; Photovoltaic sensing element is positioned at the side of pressing plate leaded light post; Described photovoltaic sensing element includes infrared transmitting tube and infrared receiving tube.
8. intelligent pressing plate module according to claim 7, it is characterized in that described pressing plate connects motherboard and is fixed on back side of panel, pressing plate state-detection submodule is inserted on the motherboard, a DIN connector is welded on the motherboard both sides respectively, and the pressing plate main control module is inserted on the DIN connector; The cross section is
The fixing fitting of type structure is fixed on the panel both sides.
9. intelligent pressing plate module according to claim 8 is characterized in that, described pressing plate state-detection submodule is welded with the 6PIN socket; The wire harness of pressing plate state-detection submodule is connected on the pressing plate main control module; Pressing plate connects the back side welding 6PIN contact pin of motherboard; The 6PIN socket of each pressing plate state-detection submodule connects with 6PIN contact pin contact on being connected motherboard; The pressing plate main control module is provided with the 96PIN contact pin, and DIN connector adopts the 96PIN DIN connector, and the 96PIN contact pin of pressing plate main control module is connected with the DIN connector contact.
10. intelligent pressing plate module according to claim 9 is characterized in that, described pressing plate main control module specifically comprises: CPU control unit, communication interface unit, LED driver element and power unit circuit; Described communication interface unit, LED driver element and power unit circuit are connected with the CPU control unit respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320188608 CN203205979U (en) | 2013-04-15 | 2013-04-15 | Intelligent pressure plate module |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320188608 CN203205979U (en) | 2013-04-15 | 2013-04-15 | Intelligent pressure plate module |
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| CN203205979U true CN203205979U (en) | 2013-09-18 |
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| CN 201320188608 Expired - Lifetime CN203205979U (en) | 2013-04-15 | 2013-04-15 | Intelligent pressure plate module |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113113891A (en) * | 2020-09-08 | 2021-07-13 | 国网浙江武义县供电有限公司 | Remote operation system and operation method for hard pressing plate |
| CN113110126A (en) * | 2021-03-15 | 2021-07-13 | 贵州电网有限责任公司 | Method and system for realizing intelligent operation of pressing plate and air switch |
-
2013
- 2013-04-15 CN CN 201320188608 patent/CN203205979U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113113891A (en) * | 2020-09-08 | 2021-07-13 | 国网浙江武义县供电有限公司 | Remote operation system and operation method for hard pressing plate |
| CN113110126A (en) * | 2021-03-15 | 2021-07-13 | 贵州电网有限责任公司 | Method and system for realizing intelligent operation of pressing plate and air switch |
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Granted publication date: 20130918 |