CN204037063U - Printer Virtual control signal circuit - Google Patents
Printer Virtual control signal circuit Download PDFInfo
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- CN204037063U CN204037063U CN201420361082.8U CN201420361082U CN204037063U CN 204037063 U CN204037063 U CN 204037063U CN 201420361082 U CN201420361082 U CN 201420361082U CN 204037063 U CN204037063 U CN 204037063U
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- polisher
- drying room
- console
- analog signal
- simulation
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Abstract
The utility model relates to Printer Virtual control signal circuit.The utility model solves because the limitation of program setting causes producing not problem by the way, its technical essential is: polisher is all connected with console with the feedback signal of drying room, the feedback signal of steering mechanism is also connected with console, simulation polisher feedback signal device, simulation drying room feedback signal device is also connected with console, the control end of signal switching mechanism is electrically connected with console, first conduction terminal of signal switching mechanism is electrically connected with polisher and drying room, first conduction terminal of signal switching mechanism and simulation polisher feedback signal device and simulate drying room feedback signal device and be electrically connected, simulation polisher feedback signal device comprises several polisher analog signal servomotors, each polisher analog signal servomotor is all equipped with resolver and position sensor, resolver and position sensor are all connected with console by signal switching mechanism.
Description
Technical field
The utility model belongs to plant produced line, relates to the Printer Virtual control signal circuit that internal processes has been cured.
Background technology
Have in company of China Oil and Food Import and Export Corporation and other companies a lot of and introduce some overseas equipments, the various main equipments such as such as large-sized print machine are all often the shop equipments that China introduces, it is high that these overseas equipments have automaticity, process the features such as accurate, the degree of depth customization of product can be realized, but the introducing of these overseas equipments also has huge risk, due to the program Solidification of overseas equipment and the blockade of device customizing, so the equipment introduced can only be processed a kind of single product, for the overseas equipment printing machine that company of China Oil and Food Import and Export Corporation introduces, this equipment can only be processed single product, and due to the degree of depth customization relation, this equipment and polisher and the drying room all degree of depth bundle, if start this equipment, drying room and polisher be necessary synchronous averaging also, if lacked the feedback of polisher and drying room, so only have printing machine UV drying system just cannot start in this equipment, but many times, we just need printing machine UV drying system to start, but due to the customization of console, cause the limitation that Console program sets, we cannot revise corresponding program, cause all devices on the necessary synchronous averaging production line of this equipment, power consumption increases, cost is high, if require that overseas equipment provider carries out modification of program, overseas equipment business requires that expense is high, charge is more than 200,000.
Relevant background technology is: Chinese Patent Application No. CN201320342244.9 discloses a kind of standalone engine start-stop control system, comprise EMS, EPS, engine, battery, generator, starter motor, vacuum sensor, switch for vehicle and vehicle load, also comprise engine on off control processor, described engine on off control processor comprises engine on off control module, and described EMS with EPS is connected with described engine on off control module by CAN, for receiving the control information of on off control module and controlling the start and stop of engine; Described engine on off control processor also comprises energy conservation module, safety control module, switch control module and load control module; Described energy conservation module is connected with generator with described battery, for carrying out Inspecting Storage Battery SOC and management of charging and discharging, electrical power generators control and management, power consumption manage, energy regenerating control and management and regulated power export control and management; Described safety control module is connected with described starter motor, for controlling the running of described starter motor; Described switch control module is connected with switch for vehicle with described vacuum sensor, for controlling the closed and unlatching of described vacuum transducer and switch for vehicle; Described load control module is connected with described vehicle load, for controlling the running of described load.But due to the limitation of program setting, we cannot revise corresponding program, cause all devices on the necessary synchronous averaging production line of this equipment, power consumption increases, cost is high, if require that overseas equipment provider carries out modification of program, overseas equipment business often requires that expense is high, asks a price more than 200,000.
Utility model content
The utility model object is to solve the limitation due to program setting, even if we revise corresponding program, but printing machine UV drying system, drying room and polisher are all very huge, huge structure transfer is unfavorable, how material after processing shifts is a difficult problem, provides a kind of Printer Virtual control signal circuit.
The utility model solves the technical scheme that its technical problem adopts: a kind of Printer Virtual control signal circuit, be applicable to factory's printer system, by Power supply, printer system comprises console, signal switching mechanism, Printer Virtual control signal circuit, charger, polisher, printing machine UV drying system, drying room, receiving mechanism and steering mechanism, bottom sheet stacking mechanism, described charger is connected with the input of printing machine UV drying system, the output of printing machine UV drying system is connected with receiving mechanism, the upper output of receiving mechanism successively with polisher, drying room connects, steering mechanism described in the lower output of described receiving mechanism connects, the output of steering mechanism is connected with bottom sheet stacking mechanism, Printer Virtual control signal circuit comprises simulation polisher feedback signal device and simulation drying room feedback signal device, described polisher is all connected with console with the feedback signal of drying room, the feedback signal of steering mechanism is also connected with described console, described simulation polisher feedback signal device is also connected with described console with simulation drying room feedback signal device, the control end of described signal switching mechanism is electrically connected with described console, first conduction terminal of signal switching mechanism is electrically connected with polisher and drying room, first conduction terminal of described signal switching mechanism and simulation polisher feedback signal device and simulate drying room feedback signal device and be electrically connected, described simulation polisher feedback signal device comprises several polisher analog signal servomotors, each polisher analog signal servomotor is all equipped with resolver and position sensor, described resolver and position sensor are all connected with console by signal switching mechanism, simulation drying room feedback signal device comprises simulation drying room sensor and drying room analog signal servomotor, simulation drying room sensor is disposed on drying room analog signal servomotor, described simulation drying room sensor is electrically connected with described console.Printer Virtual control signal circuit have employed unique hardware mode, have employed independently small-power servomotor and independently sensor start separately, then the analog signal of independently small-power servomotor and independently sensor generation is utilized as feedback signal transmission to console, achieve the problem that only just can solve the necessary synchronous averaging of all devices when not changing original technical scheme program with few cost, restore and start-up cost very low, saved a large amount of energy when startup.
As preferably, described each polisher analog signal servomotor is all equipped with a polisher analog signal frequency converter, the control signal connecting line of described polisher analog signal frequency converter is electrically connected with console, the input of described polisher analog signal frequency converter is connected with power supply, and the output of polisher analog signal frequency converter is electrically connected with polisher analog signal servomotor.Arrange simulation polisher signal like this can set manually, signal madulation well can change afterwards in real time.
As preferably, described each drying room analog signal servomotor is all equipped with a drying room analog signal frequency converter, the control signal connecting line of described drying room analog signal frequency converter is electrically connected with console, the input of described drying room analog signal frequency converter is connected with power supply, and the output of drying room analog signal frequency converter is electrically connected with drying room analog signal servomotor.Arrange simulation drying room signal like this can set manually, signal madulation well can change afterwards in real time.
As preferably, described console comprises PLC, touch-screen and adapter, and described PLC is electrically connected with described touch-screen by adapter, and described PLC is electrically connected with polisher analog signal servomotor by Drive and Control Circuit.
Substantial effect of the present utility model is: Printer Virtual control signal circuit have employed unique hardware mode, have employed independently small-power servomotor and independently sensor start separately, then the analog signal of independently small-power servomotor and independently sensor generation is utilized as feedback signal transmission to console, achieve the problem that only just can solve the necessary synchronous averaging of all devices when not changing original technical scheme program with few cost, restore and start-up cost very low, saved a large amount of energy when startup.
Accompanying drawing explanation
Fig. 1 is a kind of structural representation of receiving mechanism in the present embodiment;
Fig. 2 is a kind of circuit theory schematic diagram when console uses in the present embodiment.
In figure: 1, receiving mechanism, 2, steering mechanism, 31, console, 32, simulation polisher feedback signal device, 33, console rotary switch.
Detailed description of the invention
Below by specific embodiment, the technical solution of the utility model is described in further detail.
Embodiment:
A kind of Printer Virtual control signal circuit (see accompanying drawing 1 and Fig. 2), be applicable to factory's printer system, by Power supply, printer system comprises console, signal switching mechanism, Printer Virtual control signal circuit, charger, polisher, printing machine UV drying system, drying room, receiving mechanism 1 and steering mechanism 2, bottom sheet stacking mechanism, described charger is connected with the input of printing machine UV drying system, the output of printing machine UV drying system is connected with receiving mechanism, the upper output of receiving mechanism successively with polisher, drying room connects, steering mechanism described in the lower output of described receiving mechanism connects, the output of steering mechanism is connected with bottom sheet stacking mechanism, it is characterized in that: Printer Virtual control signal circuit comprises simulation polisher feedback signal device 32 and simulation drying room feedback signal device, described polisher is all connected with console 31 with the feedback signal of drying room, the feedback signal of steering mechanism is also connected with described console, described simulation polisher feedback signal device, simulation drying room feedback signal device is also connected with described console, the control end of described signal switching mechanism is electrically connected with described console, first conduction terminal of signal switching mechanism is electrically connected with polisher and drying room, first conduction terminal of described signal switching mechanism and simulation polisher feedback signal device and simulate drying room feedback signal device and be electrically connected, described simulation polisher feedback signal device comprises several polisher analog signal servomotors, each polisher analog signal servomotor is all equipped with resolver and position sensor, described resolver and position sensor are all connected with console by signal switching mechanism, simulation drying room feedback signal device comprises simulation drying room sensor and drying room analog signal servomotor, simulation drying room sensor is disposed on drying room analog signal servomotor, described simulation drying room sensor is electrically connected with described console.Described each polisher analog signal servomotor is all equipped with a polisher analog signal frequency converter, the control signal connecting line of described polisher analog signal frequency converter is electrically connected with console, the input of described polisher analog signal frequency converter is connected with power supply, and the output of polisher analog signal frequency converter is electrically connected with polisher analog signal servomotor.Described each drying room analog signal servomotor is all equipped with a drying room analog signal frequency converter, the control signal connecting line of described drying room analog signal frequency converter is electrically connected with console, the input of described drying room analog signal frequency converter is connected with power supply, and the output of drying room analog signal frequency converter is electrically connected with drying room analog signal servomotor.Described console comprises PLC, touch-screen and adapter, and described PLC is electrically connected with described touch-screen by adapter, and described PLC is electrically connected with polisher analog signal servomotor by Drive and Control Circuit.Described signal switching mechanism comprises relay commutation circuit and drying room signal switching circuit, the control end of described relay commutation circuit is electrically connected with console, the first input end of relay commutation circuit is electrically connected with the signal feedback end of polisher, second input of relay commutation circuit is electrically connected with simulation polisher feedback signal device, the control end of drying room signal switching circuit is electrically connected with console, the first input end of drying room signal switching circuit is electrically connected with the signal feedback end of drying room, second input of drying room signal switching circuit is electrically connected with simulation drying room feedback signal device.Drying room signal switching circuit in the present embodiment mainly adopts and is formed based on the circuit of GV210 chip, be connected with encoder by GV210, relay commutation circuit is that principal mode is electrically connected with the signal feedback end of polisher and polisher with interlock circuit.
The present embodiment comprises the following steps when using:
Step one: printing machine start-stop control system power-up initializing;
Step 2: whether user starts polisher and drying room by console rotary switch 33 is selected, then enters step 3, if without the need to starting polisher and drying room, enter step 5 to startup polisher and drying room; Step 3: polisher and drying room and receiving mechanism, printing machine UV drying system start, then polisher feedback signal device and the closedown of simulation drying room feedback signal device will be simulated, console is according to the program of setting and the feedback signal work of reception, and polisher and drying room and receiving mechanism, printing machine UV drying system normally start;
Step 4: receiving mechanism rises to a high position, raw material is by printing machine UV drying system and receiving mechanism exports polisher to successively and drying room is processed, until method ends;
Step 5: simulation polisher feedback signal device and simulation drying room feedback signal device, receiving mechanism, printing machine UV drying system start, by polisher and drying room circuitry cuts, console works according to the virtual feedback signal of the program of setting and reception, and printing machine UV drying system normally starts;
Step 6: receiving mechanism drops to low level, raw material exports steering mechanism to by printing machine UV drying system and receiving mechanism;
Step 7: steering mechanism is controlled by console, the raw material processed is exported collection stacking, until method ends after turning to by console successively timing.
Above-described embodiment is one of the present utility model preferably scheme, not does any pro forma restriction to the utility model, also has other variant and remodeling under the prerequisite not exceeding the technical scheme described in claim.
Claims (4)
1. a Printer Virtual control signal circuit, be applicable to factory's printer system, by Power supply, printer system comprises console, signal switching mechanism, Printer Virtual control signal circuit, charger, polisher, printing machine UV drying system, drying room, receiving mechanism and steering mechanism, bottom sheet stacking mechanism, described charger is connected with the input of printing machine UV drying system, the output of printing machine UV drying system is connected with receiving mechanism, the upper output of receiving mechanism successively with polisher, drying room connects, steering mechanism described in the lower output of described receiving mechanism connects, the output of steering mechanism is connected with bottom sheet stacking mechanism, it is characterized in that: Printer Virtual control signal circuit comprises simulation polisher feedback signal device and simulation drying room feedback signal device, described polisher is all connected with console with the feedback signal of drying room, the feedback signal of steering mechanism is also connected with described console, described simulation polisher feedback signal device is also connected with described console with simulation drying room feedback signal device, the control end of described signal switching mechanism is electrically connected with described console, first conduction terminal of signal switching mechanism is electrically connected with polisher and drying room, first conduction terminal of described signal switching mechanism and simulation polisher feedback signal device and simulate drying room feedback signal device and be electrically connected, described simulation polisher feedback signal device comprises several polisher analog signal servomotors, each polisher analog signal servomotor is all equipped with resolver and position sensor, described resolver and position sensor are all connected with console by signal switching mechanism, simulation drying room feedback signal device comprises simulation drying room sensor and drying room analog signal servomotor, simulation drying room sensor is disposed on drying room analog signal servomotor, described simulation drying room sensor is electrically connected with described console.
2. Printer Virtual control signal circuit according to claim 1, it is characterized in that: described each polisher analog signal servomotor is all equipped with a polisher analog signal frequency converter, the control signal connecting line of described polisher analog signal frequency converter is electrically connected with console, the input of described polisher analog signal frequency converter is connected with power supply, and the output of polisher analog signal frequency converter is electrically connected with polisher analog signal servomotor.
3. Printer Virtual control signal circuit according to claim 1, it is characterized in that: described each drying room analog signal servomotor is all equipped with a drying room analog signal frequency converter, the control signal connecting line of described drying room analog signal frequency converter is electrically connected with console, the input of described drying room analog signal frequency converter is connected with power supply, and the output of drying room analog signal frequency converter is electrically connected with drying room analog signal servomotor.
4. the Printer Virtual control signal circuit according to claim 1 or 2 or 3, it is characterized in that: described console comprises PLC, touch-screen and adapter, described PLC is electrically connected with described touch-screen by adapter, and described PLC is electrically connected with polisher analog signal servomotor by Drive and Control Circuit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420361082.8U CN204037063U (en) | 2014-07-01 | 2014-07-01 | Printer Virtual control signal circuit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420361082.8U CN204037063U (en) | 2014-07-01 | 2014-07-01 | Printer Virtual control signal circuit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204037063U true CN204037063U (en) | 2014-12-24 |
Family
ID=52237767
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420361082.8U Expired - Fee Related CN204037063U (en) | 2014-07-01 | 2014-07-01 | Printer Virtual control signal circuit |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204037063U (en) |
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2014
- 2014-07-01 CN CN201420361082.8U patent/CN204037063U/en not_active Expired - Fee Related
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141224 Termination date: 20200701 |
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| CF01 | Termination of patent right due to non-payment of annual fee |