CN204440115U - Be applicable to the Embedded Soft PLC System that labelling machine high-precision automatic controls - Google Patents

Be applicable to the Embedded Soft PLC System that labelling machine high-precision automatic controls Download PDF

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Publication number
CN204440115U
CN204440115U CN201520140694.9U CN201520140694U CN204440115U CN 204440115 U CN204440115 U CN 204440115U CN 201520140694 U CN201520140694 U CN 201520140694U CN 204440115 U CN204440115 U CN 204440115U
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China
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module
applicable
labelling machine
plc
precision automatic
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CN201520140694.9U
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Chinese (zh)
Inventor
罗永顺
肖敦桂
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Guangdong Polytechnic Normal University
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Guangdong Polytechnic Normal University
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Abstract

The utility model relates to a kind of Embedded Soft PLC System being applicable to labelling machine high-precision automatic and controlling, comprise the development system based on CoDeSys and operational system, wherein said development system comprises PLC Program Edit Module, program compilation and debugging module and first communication module; Described operational system comprises second communication module, embedded control system, I/O interface module and motor drive module, motor feedback module by described I/O interface module electrical connection, is electrically connected between described development system with described operational system by described first communication module, second communication module.What the utility model provided be applicable to, and Embedded Soft PLC System that labelling machine high-precision automatic controls realizes real Automatic Control, able to programme, digital stream network, Soft-PLC can provide environment for use for network in the future and radio frequency, owing to there being digital stream network, flexible, future can be used in production line, really accomplishes unattended.

Description

Be applicable to the Embedded Soft PLC System that labelling machine high-precision automatic controls
Technical field
The utility model relates to Soft-PLC system, especially a kind of Embedded Soft PLC System being applicable to labelling machine high-precision automatic and controlling.
Background technology
Current labelling machine all uses the order of electronic induction and foot-switch control action, working (machining) efficiency is influenced: as used shaping mechanism, hinge, the transmission of the physical constructions such as push rod controls the motion of clamping plate, its shortcoming is the bad adaptability to label, and when tag class changes, physical construction adjustment is complicated, automaticity is low, and labor strength is large, noise is large; Use hardware PLC to control, realized the rotation joint movement of clamping plate by the program of PLC, part realizes robotization, but does not have position detecting device, and labeling precision is difficult to improve, and belongs to semi-automatic, and work efficiency is influenced.
In addition, existing automatic labeling machine, control to adopt the unified running controlling each mechanism and module of hardware PLC, operation can be carried out under high-precision control, adopt the control of control device can strengthen the operation continuity of each mechanism, be aided with the cooperation of each mechanism and module, but be difficult to build open hardware architecture, networking cannot be realized and limitation is large.
Utility model content
The purpose of this utility model is to provide a kind of Embedded Soft PLC System being applicable to labelling machine high-precision automatic and controlling, and concrete scheme of the present utility model is as follows for achieving the above object:
Be applicable to the Embedded Soft PLC System that labelling machine high-precision automatic controls, comprise the development system based on CoDeSys and operational system, wherein said development system comprises PLC Program Edit Module, program compilation and debugging module and first communication module; Described operational system comprises second communication module, embedded control system, I/O interface module and motor drive module, motor feedback module by described I/O interface module electrical connection, is electrically connected between described development system with described operational system by described first communication module, second communication module.
Preferably, described embedded control system comprises the master controller based on ARM system and the synkinesia controller based on FPGA, realizes alternately between described master controller and described synkinesia controller by reading and writing bus.
Preferably, described master controller comprises for the treatment of and sending the communication management unit of communication data, driving the first motor drive module of the buncher for position control, for gathering the first signal gathering unit of aforementioned movement feedback signal.
Preferably, described master controller comprises for gathering the sensor signal of outside and the signal exported through logic operation result being exported to the input/output module of external unit.
Preferably, described master controller is communicated with described development system by serial line interface.
Preferably, described synkinesia controller comprises for receiving motion command that master controller sends and operation result being sent to I/O unit, the processing logic relation of master controller, the logical process arithmetic element of carrying out Logic judgment, the command resolution unit of resolving described motion command, exports the PWM module of pwm pulse according to speeds control result.
Preferably, described synkinesia controller comprises the CAN for expansion equipment.
Preferably, described synkinesia controller comprises and supports FPGA configuration, debugging and the configuration module of online upgrading.
Preferably, described synkinesia controller comprise that drive actions repeats, the second motor drive module of the motor fixed of position, for gathering the secondary signal collecting unit of aforementioned movement feedback signal.
What the utility model provided be applicable to, and Embedded Soft PLC System that labelling machine high-precision automatic controls has following characteristics:
1. realize real Automatic Control, able to programme, digital stream network.
2. Soft-PLC can provide environment for use for network in the future and radio frequency.
3. owing to there being digital stream network, flexible, future can be used in production line, really accomplishes unattended.
Accompanying drawing explanation
Accompanying drawing described herein is used to provide further understanding of the present utility model, forms a application's part, does not form improper restriction of the present utility model, in the accompanying drawings:
Fig. 1 is the utility model embodiment Embedded Soft PLC System structural representation;
Fig. 2 is the utility model embodiment embedded control system structural representation;
Fig. 3 is the utility model embodiment embedded control system schematic diagram.
Embodiment
Describe the utility model in detail below in conjunction with accompanying drawing and specific embodiment, be used for explaining the utility model in this illustrative examples of the present utility model and explanation, but not as to restriction of the present utility model.
Embodiment
As shown in Figure 1, a kind of Embedded Soft PLC System being applicable to labelling machine high-precision automatic and controlling, Soft-PLC system comprises development system based on CoDeSys and operational system two parts, wherein said development system comprises PLC Program Edit Module, program compilation and debugging module and first communication module, it is the PLC programmable device with debugging and compilation facility, system follows IEC61131.3 standard, support the mutual conversion between multi language programme and each programming language, possesses abundant control module simultaneously, support multiple pid algorithm, open control algolithm interface, and support that user embeds the control algolithm module of oneself, described operational system comprises second communication module, embedded control system, I/O interface module and motor drive module, motor feedback module by described I/O interface module electrical connection, operational system is the core of Soft-PLC, complete the work such as input processing, program execution, output processing, be electrically connected by described first communication module, second communication module between described development system with described operational system.
The command signal controlling motor drives by motor drive module primary responsibility, realizes the level conversion of motor control signal, with drive motor.
The effect of motor feedback module is the operation information of collection motor reality and by information feed back to main control unit, completes the closed-loop control of motion control.I/O interface module is carried out Phototube Coupling to feedback grating scale differential signal and is then sent into the capable phase demodulation of PLC and FPGA and counting.
Embedded Soft PLC System principle of work of the present utility model is: after user is good by program editing, the program that Soft-PLC system meeting scan round user edits, and the deposit data scanned to buffer area, data will be exported in time performing output order.Because Soft-PLC is containing the various advantages inheriting again PC outside the functional characteristics of conventional P LC, so Soft-PLC has data-handling capacity at a high speed and powerful Internet communication capacity.
As shown in Figure 2,3, in the present embodiment, embedded control system comprises the master controller based on ARM system and the synkinesia controller based on FPGA, ARM selects K60 series, carry debugging with JIGA interface be connected with host computer development system, FPGA needs external JIGA interface, and need to meet EPCS again and could debug as external memory, FPGA has the feature of hardware programmable, for realizing kinetic control system, main motion control function is realized in FPGA, parts number that can be required in minimizing system, reduction system volume.Support Configuration design, make user can when system requirements change, the hardware of timely replacement upgrading oneself.The scalability of FPGA is good, be easy to maintenance system upgrading easily, the advantage of FPGA in speed makes it can meet demand to system performance and the higher control occasion of accuracy requirement, the PLC that ARM realizes, main realization comprise communication management and componental movement feedback signal acquisition process, according to judge result by signal transmission to input/output module, receive external input signal, process communication data, comprise the communication management unit of asynchronous serial port communication data and CAN communication data; The signal gathering unit of componental movement feedback signal; Send motion control commands to from control module, the pwm pulse feeding of control FPGA.FPGA mainly realizes the output of motion control signal, comprise processing logic relation, carry out the logical process arithmetic element of Logic judgment, for receiving motion command that master controller sends and operation result being sent to the I/O unit of master controller, resolve the command resolution unit of order that main control module sends and kinematic parameter; Speeds control PWM module is carried out according to kinematic parameter, PWM module exports described in pwm pulse according to speeds control result and realizes alternately by reading and writing bus between master controller and described synkinesia controller, realizes the control to FPGA by the dual port RAM reading and writing bus access FPGA inside.
In the present embodiment scheme, motor drive module comprises the first driver module and the second driver module, partial act is repeated, the motor drive module that position is fixed is integrated in FPGA operational system as the second driver module, as the electric wire clamping motor in labelling machine drives, clamping limb electric rotating machine driving etc., above-mentioned motor movement parameter exports pwm pulse by the second PWM module, and will the motor drive module of the speed governing of position control be needed to be connected to ARM as the first driver module, controlled by it, as the pressing plate doubling motor in labelling machine drives, pressing plate mobile motor drives, slide unit mobile motor driving etc., above-mentioned motor movement parameter exports pwm pulse by the first PWM module.
In the present embodiment scheme, grating sensor module is received ARM plate.Reason is that the position that grating sensor detects directly after interpolation operation, can export the motor that steering order control ARM connects inside ARM.
Infrared and the switching signal that FPGA connects mainly completes the sequential control of PLC.
In the present embodiment scheme, master controller is communicated with described development system by serial line interface, adopts modbus communication protocols, complete function comprise renewal system program, program ruuning situation is monitored etc.
In the present embodiment scheme, also comprise input/output module, effect gathers outside sensor signal and passed to main control unit and the signal exported through logic operation result is exported to external unit.Can be used as the limit switch of each axle of motor, origin switch, alerting signal and user-defined input and output point.System adopts the I/O mode of light-coupled isolation, improves the antijamming capability of system, also enhances the driving force of output.
In the present embodiment scheme, synkinesia controller comprises the CAN for expansion equipment, CAN communication adopts CAN communication agreement, primary responsibility expansion equipment, to strengthen the extensibility of system, system is also external touch liquid crystal display, by the TSI interface access in ARM plate, facilitates debugged program.USB, CAN and flash memory have corresponding interface.
In the present embodiment scheme, synkinesia controller also comprises configuration module, and configuration module supports FPGA configuration, debugging and online upgrading, adopts low cost, the non-volatile configuring chip EPCS4 of altera corp.
Above the technical scheme that the utility model embodiment provides is described in detail, apply specific case herein to set forth the principle of the utility model embodiment and embodiment, the explanation of above embodiment is only applicable to the principle helping to understand the utility model embodiment; Meanwhile, for one of ordinary skill in the art, according to the utility model embodiment, embodiment and range of application all will change, and in sum, this description should not be construed as restriction of the present utility model.

Claims (9)

1. be applicable to the Embedded Soft PLC System that labelling machine high-precision automatic controls, it is characterized in that:
Comprise the development system based on CoDeSys and operational system, wherein said development system comprises PLC Program Edit Module, program compilation and debugging module and first communication module; Described operational system comprises second communication module, embedded control system, I/O interface module and motor drive module, motor feedback module by described I/O interface module electrical connection, is electrically connected between described development system with described operational system by described first communication module, second communication module.
2. be applicable to the Embedded Soft PLC System that labelling machine high-precision automatic controls as claimed in claim 1, it is characterized in that:
Described embedded control system comprises the master controller based on ARM system and the synkinesia controller based on FPGA, realizes alternately between described master controller and described synkinesia controller by reading and writing bus.
3. be applicable to the Embedded Soft PLC System that labelling machine high-precision automatic controls as claimed in claim 2, it is characterized in that:
Described master controller comprises for the treatment of and sending the communication management unit of communication data, driving the first motor drive module of the buncher for position control, for gathering the first signal gathering unit of aforementioned movement feedback signal.
4. be applicable to the Embedded Soft PLC System that labelling machine high-precision automatic controls as claimed in claim 2, it is characterized in that:
Described master controller comprises for gathering the sensor signal of outside and the signal exported through logic operation result being exported to the input/output module of external unit.
5. be applicable to the Embedded Soft PLC System that labelling machine high-precision automatic controls as claimed in claim 2, it is characterized in that:
Described master controller is communicated with described development system by serial line interface.
6. be applicable to the Embedded Soft PLC System that labelling machine high-precision automatic controls as claimed in claim 2, it is characterized in that:
Described synkinesia controller comprises for receiving motion command that master controller sends and operation result being sent to I/O unit, the processing logic relation of master controller, carry out the logical process arithmetic element of Logic judgment, resolve the command resolution unit of described motion command, export the PWM module of pwm pulse according to speeds control result.
7. be applicable to the Embedded Soft PLC System that labelling machine high-precision automatic controls as claimed in claim 2, it is characterized in that:
Described synkinesia controller comprises the CAN for expansion equipment.
8. be applicable to the Embedded Soft PLC System that labelling machine high-precision automatic controls as claimed in claim 2, it is characterized in that:
Described synkinesia controller comprises supports FPGA configuration, debugging and the configuration module of online upgrading.
9. be applicable to the Embedded Soft PLC System that labelling machine high-precision automatic controls as claimed in claim 2, it is characterized in that:
Described synkinesia controller comprises that drive actions repeats, the second motor drive module of the motor fixed of position, for gathering the secondary signal collecting unit of aforementioned movement feedback signal.
CN201520140694.9U 2015-03-12 2015-03-12 Be applicable to the Embedded Soft PLC System that labelling machine high-precision automatic controls Expired - Fee Related CN204440115U (en)

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CN201520140694.9U CN204440115U (en) 2015-03-12 2015-03-12 Be applicable to the Embedded Soft PLC System that labelling machine high-precision automatic controls

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104656542A (en) * 2015-03-12 2015-05-27 广东技术师范学院 Embedded soft programmable logic controller (PLC) system applicable to high-precision automatic control of labeling machine

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104656542A (en) * 2015-03-12 2015-05-27 广东技术师范学院 Embedded soft programmable logic controller (PLC) system applicable to high-precision automatic control of labeling machine

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