CN112198431B - Motor test system for opening and closing curtain - Google Patents
Motor test system for opening and closing curtain Download PDFInfo
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- CN112198431B CN112198431B CN202011066084.0A CN202011066084A CN112198431B CN 112198431 B CN112198431 B CN 112198431B CN 202011066084 A CN202011066084 A CN 202011066084A CN 112198431 B CN112198431 B CN 112198431B
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- 238000001514 detection method Methods 0.000 claims abstract description 331
- 238000004891 communication Methods 0.000 claims description 29
- 238000007689 inspection Methods 0.000 claims description 16
- 238000006243 chemical reaction Methods 0.000 claims description 9
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
- G01R31/00—Arrangements for testing electric properties; Arrangements for locating electric faults; Arrangements for electrical testing characterised by what is being tested not provided for elsewhere
- G01R31/34—Testing dynamo-electric machines
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
- G01R31/00—Arrangements for testing electric properties; Arrangements for locating electric faults; Arrangements for electrical testing characterised by what is being tested not provided for elsewhere
- G01R31/34—Testing dynamo-electric machines
- G01R31/343—Testing dynamo-electric machines in operation
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Abstract
The invention discloses a curtain opening and closing motor testing system which comprises a safety regulation detection module, wherein the safety regulation detection module is provided with a safety regulation sub-control system, a voltage-resistant detection unit, a grounding detection unit and a power detection unit, the voltage-resistant detection unit is internally provided with a voltage-resistant regulator and a voltage-resistant detection part, the voltage-resistant regulator is connected with the safety regulation sub-control system and is used for adjusting the voltage output by the voltage-resistant regulator through the safety regulation sub-control system, the voltage-resistant regulator outputs the voltage to the voltage-resistant detection part, the voltage-resistant detection part is used for detecting a detected product, the grounding detection unit is internally provided with a grounding regulator and a grounding detection part, and the grounding regulator is connected with the safety regulation sub-control system. Compared with the traditional solid-state product, the system for testing the motor for opening and closing the curtain has the advantages of autonomous detection, autonomous judgment, high detection efficiency, centralized detection equipment, debugging of an electronic control system, electronic visualization of detection data and the like.
Description
Technical Field
The invention belongs to the field of testing of a motor for opening and closing a curtain, and particularly relates to a system for testing the motor for opening and closing the curtain.
Background
The electric curtain is operated by a motor in a wireless way. Can be divided into an internal type and an external type from the installation. The electric curtains are divided into electric opening and closing curtain series, electric lifting curtain series, electric ceiling curtain (outdoor electric ceiling and indoor electric ceiling), electric sun-shading curtain and other series according to different operating mechanisms and decorative effects, such as blind, roller shutter, roman curtain, soft yarn curtain, organ curtain, honeycomb curtain and the like;
the motor structure that current intelligent house electric window curtain adopted is all more complicated, and the function is diversified, and the mill need go to do the function detection of motor through a plurality of processes, multiple equipment and more operating personnel when producing, and the process is too much and is led to the fact to leak to examine and misexamine easily, and multiple check out equipment pendulum also occupies the space resource of mill in different processes, is inconvenient for equipment to manage and adjust, also consumes personnel's resource simultaneously, causes production efficiency low, and the average production value is low.
Disclosure of Invention
The invention aims to solve the defects in the prior art, and provides a curtain opening and closing motor testing system which has the advantages of autonomous detection, autonomous judgment, high detection efficiency, centralized detection equipment, debugging of an electronic control system, electronic visualization of detection data and the like.
In order to achieve the above purpose, the present invention provides the following technical solutions:
the safety detection module is provided with a safety regulation sub-control system, a pressure-resistant detection unit, a grounding detection unit and a power detection unit, wherein the pressure-resistant detection unit is internally provided with a pressure-resistant regulator and a pressure-resistant detection piece, the pressure-resistant regulator is connected with the safety regulation sub-control system and is used for adjusting the voltage output by the pressure-resistant regulator through the safety regulation sub-control system and used for detecting, the pressure-resistant regulator outputs the voltage to the pressure-resistant detection piece, the pressure-resistant detection piece is used for detecting a detected product, the grounding detection unit is internally provided with a grounding regulator and a grounding detection piece, the grounding regulator is connected with the safety regulation sub-control system and is used for adjusting the grounding current output by the grounding regulator through the safety regulation sub-control system, the grounding regulator outputs the current to the grounding detection piece, and the grounding detection piece is used for detecting the detected product; the power detection unit is internally provided with a power detector and a power input electromagnetic switch for testing the product, is connected to the sub-control system, is connected with and controls the on or off of the power input power of the tested product, and detects the electric power required by the operation of the product.
Preferably, the safety inspection module further comprises inspection data information feedback, the pressure-resistant inspection data of the product measured by the pressure-resistant inspection piece are fed back to the safety inspection sub-control system by the pressure-resistant adjuster, the grounding adjuster feeds back the data of the grounding inspection of the product measured by the grounding inspection piece to the safety inspection sub-control system, the power inspection unit feeds back the safety inspection sub-control system by the electric power data required by the operation of the inspected product, and the safety inspection sub-control system judges whether the product passes inspection or not according to the information fed back by each safety inspection unit.
Preferably, the multifunctional power machine further comprises a function detection module, wherein the function detection module is divided into a function sub-control system, a rotary connector, an operation detection module, a hand-pulling starting detection module and a power-off operation detection module, and each grading detection module arranged in the function detection module is connected with the function sub-control system and correspondingly executed according to a program arranged in the function sub-control system; the operation detection module is provided with a travel detection unit and a speed detection unit, the travel detection unit comprises a travel detection piece, and the travel detection piece is provided with a travel detection motor and a detection connecting piece.
Preferably, the stroke detection motor is provided with a solenoid valve converter and a rotation sensor, the solenoid valve converter is used for converting the detection function of the stroke detection motor, the solenoid valve converter is provided with a plurality of groups of conversion switches, an actuation power circuit of each group of conversion switches is connected with a function sub-control system, the function sub-control system controls the switching of the plurality of groups of conversion switches, and when the stroke detection motor is used for detecting the stroke of the detected motor, the function sub-control system controls the switching-on of the stroke detection motor and the operation detection module; the rotation sensor is used for detecting and transmitting the running speed, the rotating direction and the running turns of the stroke detection motor; the stroke detection motor is mainly used for detecting the rotation number, direction and speed of the motor and driving the motor to be detected to rotate by autonomous torque output; the travel detection motor is in fastening connection with the detection connecting piece, and the detection connecting piece is in fastening connection with the rotation connector
Preferably, the operation detection module further comprises a speed detection unit, the speed detection unit comprises a rotating speed calculator and a stroke detection motor, the detected motor drives the stroke detection motor to rotate, the stroke detection motor feeds operation rotating speed information back to the rotating speed calculator, the rotating speed calculator detects the actual rotating speed of the detected motor through the synchronous rotating speed ratio of the stroke detection motor and the detected motor, and the operation detection module further comprises a function sub-control system for controlling to disconnect the connection between the stroke detection motor and the stroke detection unit when the stroke detection motor detects the operation rotating speed of the detected motor, so that the connection between the stroke detection motor and the rotating speed calculator is controlled, and the rotating speed information is transmitted to the rotating speed calculator, so that the operation rotating speed of the detected motor is calculated.
Preferably, the hand-pulling start detection module comprises an operation detection module and a stroke detection motor, wherein the hand-pulling start detection module is set by a function sub-control system, and when the main control system gives a hand-pulling start detection function test, the function sub-control system controls an electromagnetic valve arranged on the stroke detection motor, controls the electromagnetic valve motor to be powered on, and controls the stroke detection motor to rotate, so that the detected motor is driven to rotate.
Preferably, the function detection module further comprises a power-off detection module, the power-off detection module comprises a power detection unit arranged on the safety detection module and a stroke detection motor arranged on the stroke detection module, and when the main control system gives a test power-off detection function to the function sub-control system, the function sub-control system is connected with a power supply of the stroke detection motor through a solenoid valve switch arranged on the stroke detection motor, so that the stroke detection motor is operated, and the tested motor is driven to operate.
Preferably, the wireless communication system further comprises a wireless communication test module, wherein the wireless communication test module is provided with a wireless communication module and an instruction transmitting module, the instruction transmitting module is connected with the wireless communication module and transmits action instructions through the wireless communication module, the instruction transmitting module is connected with the main control system, and corresponding instruction transmission is carried out through a program set by the main control system; the wireless communication module is in wireless connection with the motor to be measured.
The invention has the technical effects and advantages that: compared with the traditional solid-state product, the system for testing the motor for opening and closing the curtain has the advantages of autonomous detection, autonomous judgment, high detection efficiency, centralized detection equipment, debugging of an electronic control system, electronic visualization of detection data and the like.
Drawings
FIG. 1 is a block diagram of a security detection module system of the present invention;
FIG. 2 is a block diagram of a power down detection module system according to the present invention;
FIG. 3 is a system block diagram of a pull-up detection module of the present invention;
FIG. 4 is a system block diagram of a wireless communication detection module of the present invention;
FIG. 5 is a block diagram of a run detection module system of the present invention.
Detailed Description
The present invention will be described in further detail with reference to specific embodiments in order to make the objects, technical solutions and advantages of the present invention more apparent. It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the scope of the invention. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
The invention provides a curtain opening and closing motor testing system as shown in figures 1-5, which comprises a safety regulation detection module, wherein the safety regulation detection module is provided with a safety regulation sub-control system, a voltage-resistant detection unit, a grounding detection unit and a power detection unit, the voltage-resistant detection unit is internally provided with a voltage-resistant regulator and a voltage-resistant detection piece, the voltage-resistant regulator is connected with the safety regulation sub-control system and regulates voltage output by the voltage-resistant regulator for detection through the safety regulation sub-control system, the voltage-resistant regulator outputs the voltage to the voltage-resistant detection piece, the voltage-resistant detection piece detects a detected product, the grounding detection unit is internally provided with a grounding regulator and a grounding detection piece, the grounding regulator is connected with the safety regulation sub-control system and regulates grounding current output by the grounding regulator for detection, and the grounding regulator outputs the current to the grounding detection piece for detecting the detected product; the power detection unit is internally provided with a power detector and a power input electromagnetic switch for testing the product, is connected with the sub-control system, is connected with and controls the on or off of the power input power of the tested product, and detects the power consumption required by the operation of the product.
The safety regulation detection module further comprises detection data information feedback, pressure-resistant detection data of products detected by the pressure-resistant regulator through the pressure-resistant detection piece are fed back to the safety regulation sub-control system, the grounding regulator feeds back data of grounding detection of the products detected by the grounding detection piece to the safety regulation sub-control system, the power detection unit feeds back the safety regulation sub-control system through electric power data required by operation of the detected products, and the safety regulation sub-control system judges whether the products pass detection or not according to the information fed back by the safety regulation detection units.
Wherein, the curtain opening and closing motor testing system also comprises a function detecting module which is divided into a function sub-control system, a rotating connector, an operation detecting module, a hand-pulling start detecting module and a power-off operation detecting module, each grading detection module arranged on the function detection module is connected with the function sub-control system and correspondingly executes according to a program arranged on the function sub-control system; the operation detection module is provided with a travel detection unit and a speed detection unit, the travel detection unit comprises a travel detection piece, and the travel detection piece is provided with a travel detection motor and a detection connecting piece;
according to the design, the rotating connector is connected with the torsion output shaft of the motor to be tested, and when the motor to be tested rotates, the torsion output shaft rotates along with the motor to drive the rotating connector to rotate, and the stroke detection piece to rotate; the stroke detection unit further comprises a brake piece, wherein the brake piece brakes a detection connecting piece arranged on the stroke detection piece, and the detection connecting piece is fixedly connected with the rotary connector so as to brake a torsion output shaft of the detected motor, so that the detected motor is braked, the detected motor is stopped when meeting resistance, and the first stroke end point of the detected motor is set; the brake piece brakes the stroke detection piece, so that after the first stroke end point of the detected motor is set, the motor is set to a second stroke end point in the same way; after the second stroke end point is set by the detected motor, the device further comprises a stroke detection motor which is arranged by the stroke detection unit and used for detecting the running stroke of the detected motor; when the detected motor sets a first stroke end point, a stroke detection motor arranged by a stroke detection unit starts to act, the number of turns of the detected motor when the detected motor runs from the first stroke end point to a second stroke end point is detected, information is fed back to the stroke detection unit, the stroke detection unit detects the running stroke between the two end points set by the detected product through the stroke detection motor, and the stroke change of the detected motor after the detected motor repeatedly runs between the two end points is detected.
The stroke detection motor is provided with an electromagnetic valve converter and a rotation sensor, the electromagnetic valve converter is used for converting the detection function of the stroke detection motor, the electromagnetic valve converter is provided with a plurality of groups of conversion switches, an actuation power circuit of each group of conversion switches is connected with a function sub-control system, the function sub-control system controls the switching of the plurality of groups of conversion switches, and when the stroke detection motor is used for detecting the stroke of the detected motor, the function sub-control system controls the switching on of the stroke detection motor and the operation detection module; the rotation sensor is used for detecting and transmitting the running speed, the rotating direction and the running turns of the stroke detection motor; the stroke detection motor is mainly used for detecting the rotation number, direction and speed of the motor and driving the motor to be detected to rotate by autonomous torque output; the stroke detection motor is in fastening connection with the detection connecting piece, and the detection connecting piece is in fastening connection with the rotation connector
The running detection module further comprises a speed detection unit, the speed detection unit comprises a rotating speed calculator and a stroke detection motor, the detected motor drives the stroke detection motor to rotate, the stroke detection motor feeds running rotating speed information back to the rotating speed calculator, the rotating speed calculator detects the actual rotating speed of the detected motor through the synchronous rotating speed ratio of the stroke detection motor and the detected motor, and the running detection module further comprises a function sub-control system for controlling to disconnect the connection between the stroke detection motor and the stroke detection unit when the stroke detection motor detects the running rotating speed of the detected motor, so that the connection between the stroke detection motor and the rotating speed calculator is controlled, and the rotating speed information is transmitted to the rotating speed calculator, so that the running rotating speed of the detected motor is calculated.
The system comprises a main control system, a control system and a control system, wherein the main control system is used for controlling a motor to drive a motor to rotate, and the control system is used for controlling the motor to drive the motor to rotate;
when the stroke detection motor detects that the motor stops running, the stroke detection motor detects that the motor stops at the first stroke end point or the second stroke end point, so that the rotation direction of the hand start of the motor is confirmed, and the torque output steering of the stroke detection motor is controlled; when the stroke detection motor drives the motor to rotate, the method further comprises the step of calculating the number of turns for driving the motor to rotate; the stroke detection motor calculates and drives the rotation number of the detected motor, a power detection unit arranged on the safety detection module is used as a judgment condition, when the detected motor is in a stop state and the detected motor is positioned at a first stroke end point, the main control system transmits and executes hand-pull starting function detection to the function sub-control system, the function sub-control system controls the stroke detection motor to rotate towards a second stroke end point direction of the detected motor so as to drive the detected motor to rotate towards the second stroke end point direction, when the power detection unit arranged on the safety detection module detects the operation power of the detected motor, the operation information of the detected motor is fed back to the safety sub-control system, the safety sub-control system feeds back the information to the function sub-control system, the function sub-control system controls and cuts off the power supply of the stroke detection motor, and controls a solenoid valve switch arranged on the stroke detection motor to switch on the stroke detection module, and the stroke operation information and the rotation speed of the detected motor are fed back to the stroke detection module
The function detection module further comprises a power-off detection module, wherein the power-off detection module comprises a power detection unit arranged on the safety detection module and a stroke detection motor arranged on the stroke detection module, and when the main control system gives a test power-off detection function to the function sub-control system, the function sub-control system turns on a power supply of the stroke detection motor through a solenoid valve switch arranged on the stroke detection motor to enable the stroke detection motor to operate, so that the tested motor is driven to operate;
when the main control system transmits a test outage detection function to the function sub-control system, the function sub-control system also transmits outage detection function information to the safety control sub-control system, and the safety control sub-control system controls a tested motor power supply input electromagnetic switch arranged on the power detection unit to be closed, so that the tested motor power supply is disconnected and is powered off; when the stroke detection motor operates to drive the motor to be tested to operate and test the power-off detection function, the motor further comprises a stroke detection module for detecting the operation state of the stroke detection motor so as to judge whether the motor to be tested and the torque output shaft are in a connection state or a clutch rotation state; the function detection module of the curtain opening and closing motor test system further comprises the step of feeding back detection data information to the main control system; the function sub-control system judges the data detected by each group of units, judges whether the function detection is passed or not, and transmits information to the main control system, and the main control system judges whether to end the test or to perform the next test according to the function detection result.
The curtain opening and closing motor test system further comprises a wireless communication test module, wherein the wireless communication test module is provided with a wireless communication module and an instruction transmitting module, the instruction transmitting module is connected with the wireless communication module and transmits an action instruction through the wireless communication module, the instruction transmitting module is connected with the main control system, and corresponding instruction transmission is carried out through a program set by the main control system; the wireless communication module is in wireless connection with the motor to be tested;
the wireless communication test module is in wireless connection with the tested motor and also comprises a test instruction which is sent by the instruction transmitting module and used for controlling the motor; the motor starts to act and operates after receiving the test instruction; the wireless communication test module is in wireless connection with the tested motor and sends out an instruction to enable the motor to operate, and the wireless communication test module also comprises a function detection module for monitoring the operation state of the motor; when the wireless communication test module sends an uplink instruction of the motor, an uplink detection signal is sent to the function detection module at the same time, and a stroke detection unit arranged on the function detection module detects the execution state of the detected motor through a rotation sensor of the stroke detection motor; the function detection module detects the execution state of the detected motor and also feeds back the execution state of the detected motor to the wireless communication test module, and the wireless communication test module combines the sent instruction and the execution state of the detected motor so as to judge whether the received instruction of the detected motor is correct or not; the wireless communication test module further comprises a detection data information feedback to the main control system; after the wireless communication test module judges the execution state of the motor, the wireless communication test module transmits a wireless communication function detection result to the main control system.
The curtain opening and closing motor testing system also comprises a main control system for judging the feedback result of each testing module; when any test module feeds back that the tested motor does not meet the test requirement, the main control system receives the non-conforming test information, namely, judges that the tested motor does not meet the requirement, and cuts off the power supply of the tested motor and terminates the test; the main control system judges that the motor test is unqualified and marks unqualified test items with red on an electronic display signboard arranged on the main control system; the main control system judges that the motor test is unqualified, marks with red on the electronic display billboard, and simultaneously, also comprises an alarm set on the main control system for alarming.
To sum up: compared with the traditional solid-state product, the system for testing the motor for opening and closing the curtain has the advantages of autonomous detection, autonomous judgment, high detection efficiency, centralized detection equipment, debugging of an electronic control system, electronic visualization of detection data and the like.
Finally, it should be noted that: the foregoing description is only illustrative of the preferred embodiments of the present invention, and although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that modifications may be made to the embodiments described, or equivalents may be substituted for elements thereof, and any modifications, equivalents, improvements or changes may be made without departing from the spirit and principles of the present invention.
Claims (6)
1. The utility model provides a curtain motor test system opens and shuts, includes safety inspection module, and safety inspection module is equipped with safety inspection branch accuse system, withstand voltage detecting element, ground connection detecting element and power detecting element, its characterized in that: the voltage-resistant detection unit is internally provided with a voltage-resistant regulator and a voltage-resistant detection part, the voltage-resistant regulator is connected with the safety regulation sub-control system, the voltage for detection output by the voltage-resistant regulator is regulated through the safety regulation sub-control system, the voltage-resistant regulator outputs the voltage to the voltage-resistant detection part, the voltage-resistant detection part detects a detected product, the grounding detection unit is internally provided with a grounding regulator and a grounding detection part, the grounding regulator is connected with the safety regulation sub-control system, the grounding current for detection output by the grounding regulator is regulated through the safety regulation sub-control system, the grounding regulator outputs the current to the grounding detection part, and the grounding detection part detects the detected product; the power detection unit is internally provided with a power detector and a power input electromagnetic switch for testing the product, is connected with the safety regulation sub-control system, is connected with and controls the on or off of the power input by the tested product, and detects the power consumption required by the operation of the product;
the device comprises a function detection module, a control module, a power-off operation detection module, a power-on control module and a power-off control module, wherein the function detection module is divided into a function sub-control system, a rotation connector, an operation detection module, a hand-pull starting detection module and a power-off operation detection module; the running detection module is provided with a stroke detection unit and a speed detection unit, the stroke detection unit comprises a stroke detection piece, and the stroke detection piece is provided with a stroke detection motor and a detection connecting piece;
the stroke detection motor is provided with an electromagnetic valve converter and a rotation sensor, the electromagnetic valve converter is used for converting the detection function of the stroke detection motor, the electromagnetic valve converter is provided with a plurality of groups of conversion switches, an actuation power circuit of each group of conversion switches is connected with a function sub-control system, the function sub-control system controls the switching of the plurality of groups of conversion switches, and when the stroke detection motor is used for detecting the stroke of a detected motor, the function sub-control system controls the switching on of the stroke detection motor and the stroke detection unit; the rotation sensor is used for detecting and transmitting the running speed, the rotating direction and the running turns of the stroke detection motor; the stroke detection motor is used for detecting the rotation number, direction and speed of the motor and driving the detected motor to rotate by autonomous torque output; the stroke detection motor is fixedly connected with the detection connecting piece, and the detection connecting piece is fixedly connected with the rotating connector;
the rotating connector is connected with a torsion output shaft of the motor to be tested, and when the motor to be tested rotates, the torsion output shaft rotates along with the motor to drive the rotating connector to rotate and drive the stroke detection piece to rotate; the stroke detection unit further comprises a brake piece, wherein the brake piece brakes a detection connecting piece arranged on the stroke detection piece, and the detection connecting piece is fixedly connected with the rotary connector so as to brake a torsion output shaft of the detected motor, so that the detected motor is braked, the detected motor is stopped when meeting resistance, and the first stroke end point of the detected motor is set; the brake piece brakes the stroke detection piece, so that after the first stroke end point of the detected motor is set, the motor is set to a second stroke end point in the same way; after the second stroke end point is set by the detected motor, the device further comprises a stroke detection motor which is arranged by the stroke detection unit and used for detecting the running stroke of the detected motor; when the detected motor sets a first stroke end point, a stroke detection motor arranged by a stroke detection unit starts to act, the number of turns of the detected motor when the detected motor runs from the first stroke end point to a second stroke end point is detected, information is fed back to the stroke detection unit, the stroke detection unit detects the running stroke between the two end points set by the detected product through the stroke detection motor, and the stroke change of the detected motor after the detected motor repeatedly runs between the two end points is detected.
2. The window covering opening and closing motor testing system according to claim 1, wherein: the safety regulation detection module further comprises detection data information feedback, pressure-resistant detection data of products detected by the pressure-resistant regulator through the pressure-resistant detection piece are fed back to the safety regulation sub-control system, data detected by the grounding regulator through the grounding detection piece are fed back to the safety regulation sub-control system, the power detection unit feeds back the safety regulation sub-control system through power data required by operation of the detected products, and the safety regulation sub-control system judges whether the products pass detection or not according to the information fed back by the safety regulation detection units.
3. The window covering opening and closing motor testing system according to claim 1, wherein: the running detection module further comprises a speed detection unit, the speed detection unit comprises a rotating speed calculator and a stroke detection motor arranged on the stroke detection unit, the stroke detection motor drives the stroke detection motor to rotate, the stroke detection motor feeds running rotating speed information back to the rotating speed calculator, the rotating speed calculator detects the actual rotating speed of the measured motor through the synchronous rotating speed ratio of the stroke detection motor and the measured motor, and the running detection module further comprises a function sub-control system for controlling the connection between the stroke detection motor and the stroke detection unit to be disconnected when the stroke detection motor detects the running rotating speed of the measured motor, so that the connection between the stroke detection motor and the rotating speed calculator is controlled, and the rotating speed information is transmitted to the rotating speed calculator, so that the running rotating speed of the measured motor is calculated.
4. The window covering opening and closing motor testing system according to claim 1, wherein: the hand-pulling start detection module comprises an operation detection module arranged on the function detection module and a travel detection motor arranged on the travel detection unit, wherein the hand-pulling start detection module is set by the function sub-control system, when the main control system gives out hand-pulling start detection function test, the function sub-control system controls an electromagnetic valve arranged on the travel detection motor, controls the electromagnetic valve to be connected with a motor power supply and controls the travel detection motor to rotate so as to drive the detected motor to rotate, when the travel detection motor drives the detected motor to rotate, the function sub-control system detects the operation state of the detected motor and whether the detected motor is positioned at a first travel end point or a second travel end point through the travel detection motor, and when the travel detection motor detects that the detected motor stops operating, the detected motor stops at the first travel end point or the second travel end point, so that the rotation direction of the hand-pulling start of the motor is confirmed, and the torque output steering of the travel detection motor is controlled; when the stroke detection motor drives the motor to rotate, the method further comprises the step of calculating the number of turns for driving the motor to rotate; the stroke detection motor calculates and drives the rotation number of the motor to be detected, a power detection unit arranged on the safety detection module is used as a judgment condition, when the motor to be detected is in a stop state and the motor to be detected is positioned at a first stroke end point, the main control system transmits and executes manual starting function detection to the function sub-control system, the function sub-control system controls the stroke detection motor to rotate towards a second stroke end point direction of the motor to be detected, so that the motor to be detected is driven to rotate towards the second stroke end point direction, when the power detection unit arranged on the safety detection module detects the running power of the motor to be detected, the running information of the motor to be detected is fed back to the safety sub-control system, the safety sub-control system feeds back the information to the function sub-control system, the function sub-control system controls and cuts off a power supply of the stroke detection motor, and controls a solenoid valve switch arranged on the stroke detection motor to switch on the stroke detection module, and the running information and the rotating speed of the motor to be detected are fed back to the stroke detection module.
5. The window covering opening and closing motor testing system according to claim 1, wherein: the function detection module further comprises a power-off operation detection module, wherein the power-off operation detection module comprises a power detection unit arranged on the safety regulation detection module and a travel detection motor arranged on the travel detection unit, when the main control system gives a test power-off detection function to the function sub-control system, the function sub-control system turns on a power supply of the travel detection motor through a solenoid valve switch arranged on the travel detection motor so as to drive the tested motor to operate, and when the main control system gives the test power-off detection function to the function sub-control system, the function sub-control system also comprises a function sub-control system which sends power-off detection function information to the safety regulation sub-control system, and the safety regulation sub-control system controls a tested motor power supply input solenoid switch arranged on the power detection unit to turn off so as to cut off the tested motor power supply and cut off the power supply; when the stroke detection motor operates to drive the motor to be tested to operate and test the power-off detection function, the motor further comprises a stroke detection module for detecting the operation state of the stroke detection motor, so that whether the motor to be tested is in a connection state or in a clutch rotation state with the torque output shaft is judged.
6. The window covering opening and closing motor testing system according to claim 1, wherein: the wireless communication test module is provided with a wireless communication module and an instruction transmitting module, the instruction transmitting module is connected with the wireless communication module and transmits action instructions through the wireless communication module, the instruction transmitting module is connected with the main control system, and corresponding instruction transmission is carried out through a program set by the main control system; the wireless communication module is in wireless connection with the motor to be measured.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202011066084.0A CN112198431B (en) | 2020-09-30 | 2020-09-30 | Motor test system for opening and closing curtain |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202011066084.0A CN112198431B (en) | 2020-09-30 | 2020-09-30 | Motor test system for opening and closing curtain |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN112198431A CN112198431A (en) | 2021-01-08 |
| CN112198431B true CN112198431B (en) | 2024-04-16 |
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