CN209514342U - A kind of redundancy control system for underwater redundancy stepper motor driver - Google Patents
A kind of redundancy control system for underwater redundancy stepper motor driver Download PDFInfo
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- CN209514342U CN209514342U CN201822092098.4U CN201822092098U CN209514342U CN 209514342 U CN209514342 U CN 209514342U CN 201822092098 U CN201822092098 U CN 201822092098U CN 209514342 U CN209514342 U CN 209514342U
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- pulse drive
- redundancy
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Abstract
The utility model discloses a kind of redundancy control systems for underwater redundancy stepper motor driver, comprising: first control device and second control device；Wherein first control device includes the first main controller module, the first isolation module and the first trigger；First main controller module generates the first pulse drive signal, and the first pulse drive signal progress Phototube Coupling is obtained first kind motor pulses driving signal by the first isolation module；First trigger feeds back to the first main controller module after converting corresponding control level signal for the first pulse drive signal, when the first main controller module is not received by control level signal, then generates the second pulse drive signal；Second control device input terminal is connected to the first trigger and the first main controller module, and when being not received by the control level signal of the first trigger generation, second control device generates the second class motor pulses driving signal.
Description
Technical field
It is the utility model relates to based on underwater small device electric power source, in particular to a kind of for underwater redundancy
The redundancy control system of stepper motor driver.
Background technique
Submersible machine rich choice of products, technology maturation, but the control loop for controlling motor be generally placed at the water surface it
On.And since motor product to be put under water, it is easy to appear failure, stepper motor can not be driven.
Stepper motor has the control of output accuracy, can accurately control electricity compared with conventional stepping electricity motor
The rotation angle of machine, to realize the precision controlling run to equipment
Utility model content
The purpose of the utility model is to provide a kind of redundancy control system for underwater redundancy stepper motor driver,
By the control loop of stepper motor as it is underwater while joined redundancy control logic.
In order to achieve the goal above, the utility model is achieved through the following technical solutions:
A kind of redundancy control system for underwater redundancy stepper motor driver, its main feature is that, comprising:
First control device and second control device；
The first control device includes the first main controller module, the first isolation module and the first trigger, described
The first isolation module input terminal be connected to the first main controller module and be connected with first trigger, described first touching
Hair device output end is connected to the first main main controller module；
The first pulse drive signal is generated after enabled instruction outside the first main controller module reception, it is described
First pulse drive signal is carried out Phototube Coupling and obtains first kind motor pulses driving signal by the first isolation module；
First trigger is fed back after converting corresponding first control level signal for the first pulse drive signal
It is then produced to the first main controller module when first main controller module is not received by the first control level signal
Raw second pulse drive signal, it is anti-that the second pulse drive signal is converted corresponding second control level signal by the first trigger
It is fed to second control device；
The second control device input terminal is connected to the first trigger and the first main controller module, when not receiving
When controlling level signal to the first trigger generates second, the second control device generates the driving of the second class motor pulses
Signal.
The second control device includes: the second main controller module, the second isolation module and the second trigger, described
The second isolation module input terminal be connected to the second main controller module and be connected with second trigger, described second touching
Hair device output end is connected to the second main main controller module and the first main controller module, and second main controller module is defeated
Enter end and is also attached to the first trigger；
Third pulse drive signal is generated after enabled instruction outside the second main controller module reception, it is described
The third pulse drive signal is carried out Phototube Coupling and obtains the second class motor pulses driving signal by the second isolation module；
Second trigger, which converts third pulse drive signal to after corresponding control level signal, feeds back to
Two main controller modules then generate the 4th arteries and veins when second main controller module is not received by control level signal
Rush driving signal.
It is described when second main controller module is not received by the control level signal of the first trigger generation
Second main controller module generates third pulse drive signal.
First trigger includes: the first passive filter circuit and the first touching being connected with the first passive filter circuit
Pulse drive signal is converted to analog signals by bill member, first passive filter circuit, and first triggering is single
Analog signals are converted to control level signal by member.
Second trigger includes: the second passive filter circuit and the second touching being connected with the second passive filter circuit
Pulse drive signal is converted to analog signals by bill member, second passive filter circuit, and second triggering is single
Analog signals are converted to corresponding control level signal by member.
The utility model compared with prior art, has the advantage that
By the control loop of motor as it is underwater while joined redundancy control logic.
Good compatibility: can be with the stepper motor of compatible portion.
Detailed description of the invention
Fig. 1 is that a kind of structure of the redundancy control system for underwater redundancy stepper motor driver of the utility model is shown
It is intended to.
Specific embodiment
The utility model is done and is further explained by the way that a preferable specific embodiment is described in detail below in conjunction with attached drawing
It states.
As shown in Figure 1, a kind of redundancy control system for underwater redundancy stepper motor driver, comprising: the first control
Device and second control device processed；The first control device includes the first main controller module 11, the first isolation module 12
With the first trigger 13,12 input terminal of the first isolation module is connected to the first main controller module 11 and with described first
Trigger 13 is connected, and 13 output end of the first trigger is connected to the first main main controller module 11；Described first is main
Controller module 11 generates the first pulse drive signal A1 after receiving external enabled instruction, and first isolation module 12 will
First pulse drive signal carries out Phototube Coupling and obtains first kind motor pulses driving signal；First trigger
13 by the first pulse drive signal be converted into it is corresponding first control level signal after feed back to the first main controller module 11, when
When first main controller module 11 is not received by control level signal, then the second pulse drive signal A2 is generated, passed through
After the isolation of the first isolation module, first kind motor pulses driving signal A is also generated, the first trigger believes the second pulsed drive
Number A2 is converted into corresponding second control level signal and feeds back to second control device；The second control device input terminal connects
It is connected to the first trigger 12 and the first main controller module 11, when the second control level for being not received by the generation of the first trigger
When signal, the second control device generates the second class motor pulses driving signal B.
The driver that stepper motor driver builds circuit is changed to special purpose driver, is carried out using square-wave pulse signal
2 windings inside stepper motor are driven, stepper motor can be effectively improved and correspond to the essence that each pulse exports rotation angle
Degree and the torque output for guaranteeing stepper motor, the driving of motor are carried out using pulse signal, driver often receives a square wave
Pulse just rotates an angle, the size of angle and the factory relating to parameters of stepper motor.
The second control device includes: the second main controller module 21, the second isolation module 22 and the second trigger
23,22 input terminal of the second isolation module be connected to the second main controller module 21 and with 23 phase of the second trigger
Even, 23 output end of the second trigger is connected to the second main main controller module 21 and the first main controller module 11, institute
21 input terminal of the second main controller module stated is also attached to the first trigger 13；
Second main controller module 21 generates third pulse drive signal B1, institute after receiving external enabled instruction
The third pulse drive signal is carried out Phototube Coupling and obtains the second class motor pulses driving letter by the second isolation module stated
Number；Second trigger feeds back to the second master control after converting corresponding control level signal for third pulse drive signal
Device module processed then generates the 4th pulsed drive when second main controller module is not received by control level signal
Signal B2, the second control device have the logic redundancy of first control device, specifically repeat no more.
It is described when second main controller module 21 is not received by the control level signal of the first trigger generation
The second main controller module 21 generate third pulse drive signal, by CAN bus to upper equipment issue fault-signal.
First trigger includes: the first passive filter circuit and the first touching being connected with the first passive filter circuit
Pulse drive signal is converted to analog signals by bill member, first passive filter circuit, and first triggering is single
Analog signals are converted to control level signal by member.
Second trigger includes: the second passive filter circuit and the second touching being connected with the second passive filter circuit
Pulse drive signal is converted to analog signals by bill member, second passive filter circuit, and second triggering is single
Analog signals are converted to corresponding control level signal by member.
Specifically, the first and second above-mentioned main controller module carries out Redundant Control according to redundancy control signal, uses device
Model are as follows: STM32F405；Pulse drive signal is carried out Phototube Coupling by the first and second isolation module, uses device type are as follows:
6N137；First and second trigger is using Schmitt trigger by the first pulse drive signal A1, the second pulse drive signal A2, the
Three pulse drive signal B1 and the 4th pulse drive signal B2 are converted into corresponding control level signal, wherein first using passive
Pulse drive signal is converted to analog signals by filter circuit, prevents subsequent triggers unit maloperation for filtering clutter,
Middle trigger unit model 74HC14.
In conclusion a kind of redundancy control system for underwater redundancy stepper motor driver of the utility model, it will
The control loop of motor as it is underwater while joined redundancy control logic.
It is discussed in detail although the content of the utility model has passed through above preferred embodiment, but it should be appreciated that on
The description stated is not considered as limitations of the present invention.After those skilled in the art have read above content, for
A variety of modifications and substitutions of the utility model all will be apparent.Therefore, the protection scope of the utility model should be by appended
Claim limit.
Claims (4)
1. a kind of redundancy control system for underwater redundancy stepper motor driver characterized by comprising
First control device and second control device；
The first control device includes the first main controller module, the first isolation module and the first trigger, and described the
One isolation module input terminal is connected to the first main controller module and is connected with first trigger, first trigger
Output end is connected to the first main main controller module；
First main controller module receive outside enabled instruction after generate the first pulse drive signal, described first
First pulse drive signal is carried out Phototube Coupling and obtains first kind motor pulses driving signal by isolation module；
First trigger feeds back to the after converting corresponding first control level signal for the first pulse drive signal
One main controller module then generates when first main controller module is not received by the first control level signal
Two pulse drive signals, the first trigger convert corresponding second control level signal for the second pulse drive signal and feed back to
Second control device；
The second control device input terminal is connected to the first trigger and the first main controller module, when being not received by
When the second control level signal that one trigger generates, the second control device generates the second class motor pulses driving letter
Number；
First trigger includes: that the first passive filter circuit and the first triggering being connected with the first passive filter circuit are single
Pulse drive signal is converted to analog signals by member, first passive filter circuit, and first trigger unit will
Analog signals are converted to control level signal.
2. being used for the redundancy control system of underwater redundancy stepper motor driver as described in claim 1, which is characterized in that
The second control device includes: the second main controller module, the second isolation module and the second trigger, described second every
The second main controller module is connected to from module input and is connected with second trigger, the second trigger output
End is connected to the second main main controller module and the first main controller module, and the second main controller module input terminal also connects
It is connected to the first trigger；
Generation third pulse drive signal after enabled instruction outside the second main controller module reception, described second
The third pulse drive signal is carried out Phototube Coupling and obtains the second class motor pulses driving signal by isolation module；
Second trigger, which converts third pulse drive signal to after corresponding control level signal, feeds back to the second master
Controller module then generates the 4th pulse and drives when second main controller module is not received by control level signal
Dynamic signal.
3. being used for the redundancy control system of underwater redundancy stepper motor driver as claimed in claim 2, which is characterized in that
When second main controller module is not received by the control level signal of the first trigger generation, second master control
Device module processed generates third pulse drive signal.
4. being used for the redundancy control system of underwater redundancy stepper motor driver as claimed in claim 2, which is characterized in that
Second trigger includes: the second passive filter circuit and the second trigger unit for being connected with the second passive filter circuit,
Pulse drive signal is converted to analog signals by second passive filter circuit, and second trigger unit will simulate
Amount signal is converted to corresponding control level signal.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201822092098.4U CN209514342U (en) | 2018-12-13 | 2018-12-13 | A kind of redundancy control system for underwater redundancy stepper motor driver |
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| CN201822092098.4U CN209514342U (en) | 2018-12-13 | 2018-12-13 | A kind of redundancy control system for underwater redundancy stepper motor driver |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109725567A (en) * | 2018-12-13 | 2019-05-07 | 美钻深海能源科技研发（上海）有限公司 | A kind of redundancy control system for underwater redundancy stepper motor driver |
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2018
- 2018-12-13 CN CN201822092098.4U patent/CN209514342U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109725567A (en) * | 2018-12-13 | 2019-05-07 | 美钻深海能源科技研发（上海）有限公司 | A kind of redundancy control system for underwater redundancy stepper motor driver |
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