CN208780364U - A kind of temperature sensing needle test device - Google Patents
A kind of temperature sensing needle test device Download PDFInfo
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- CN208780364U CN208780364U CN201821311784.XU CN201821311784U CN208780364U CN 208780364 U CN208780364 U CN 208780364U CN 201821311784 U CN201821311784 U CN 201821311784U CN 208780364 U CN208780364 U CN 208780364U
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Abstract
The utility model discloses a kind of temperature sensing needle test device, device for testing functions, high-temperature test device, low temperature test device, firmware burning device including industrial robot on the table and control system is arranged and around industrial robot setting, industrial robot, device for testing functions, high-temperature test device, low temperature test device and firmware burning device are electrically connected at control system；Whether function of the device for testing functions for test product reaches requirement, high temperature test and low temperature test device are respectively used to test product and whether reach requirement in the performance of high/low temperature condition, and firmware burning device is used to download firmware from control system and carries out firmware burning.The test equipment that the utility model uses is by control system coordinated control, switching time of the product between different device can be reduced, be conducive to improve working efficiency, and various test devices are all made of cylinder driving, can avoid the situation that manual operation causes production efficiency low because of fatigue.
Description
Technical field
The utility model relates to technical field of automation equipment, and in particular to a kind of temperature sensing needle test device.
Background technique
A kind of test step of temperature sensing needle product includes functional test, the high and low temperature test and firmware burning, Mei Yigong
Sequence is required to corresponding operation personnel and tests, and human cost is high, and operator is easy to lead to working efficiency because of fatigue
It is low.
Summary of the invention
In view of the deficiencies of the prior art, the utility model provides a kind of temperature sensing needle test device, for solving temperature
Detect the low problem of needle testing efficiency.
The content of the utility model is as follows:
A kind of temperature sensing needle test device, including industrial robot on the table and control system is arranged and encloses
Device for testing functions, high-temperature test device, low temperature test device, firmware burning device around industrial robot setting, institute
State industrial robot, the device for testing functions, the high-temperature test device, the low temperature test device and the firmware burning
Device is electrically connected at the control system；Whether function of the device for testing functions for test product reaches requirement,
The high temperature test and low temperature test device are respectively used to test product and whether reach requirement in the performance of high/low temperature condition, described
Firmware burning device is used to download firmware from the control system and carries out firmware burning.
It preferably, further include code reader, the code reader is electrically connected at the control system, and the code reader uses item
Shape code code reader or two dimensional code code reader.
Preferably, the device for testing functions includes the first under casing and the test device master that is arranged on first under casing
Body, first under casing is for being laid with connection line, and the test device main body includes first support, and the first support is fixed
On first under casing, the first slider cylinder and the first stationary fixture are provided in the first support, described first is fixed
Fixture is mounted in first slider cylinder, and by first slider cylinder close to or far from the first support, institute
It states the first slider cylinder and is connected with second solenoid valve, the second solenoid valve is electrically connected at the control system, and described first
It is provided with the first power supply transverse slat above cantilever tip and the stationary fixture, the first power supply transverse slat passes through the 4th cylinder and the
One guide rod is fixed in the first support, and the 4th cylinder is connected with the 5th solenoid valve, and the 5th solenoid valve is electrical
It is connected to the control system, the first power supply conducting probe of first power supply transverse slat bottom setting, in the first support
It is provided with second support, the second support is provided with camera, the camera electricity in one end far from the first support
Property be connected to the control system, and for carrying out optical detection to product.
Preferably, the first support is runing rest and is fixed on the upper of first under casing by a pedestal, described
The first cylinder for driving the first support rotation is provided on first under casing, first cylinder is connected with the first electricity
Magnet valve, first solenoid valve are electrically connected at the control system.
Preferably, first stationary fixture is hollow cuboid, and first stationary fixture is far from described first
One end of slider cylinder is provided with the placement mouth of product, and the side of first stationary fixture is provided at least two through-holes or logical
Slot, the through-hole or through slot are for exposing the function button and backlight being arranged on product, the first support two sides point
It is not provided with the second cylinder and third cylinder, it is vertical that one is respectively connected on the piston rod of second cylinder and the third cylinder
In be provided on the cross bar of the piston rod, the cross bar one perpendicular to the cross bar compression bar, the compression bar is for triggering
The function button, second cylinder and the third cylinder are connected separately with third solenoid valve and the 4th solenoid valve, described
Third solenoid valve and the 4th solenoid valve are electrically connected at the control system.
Preferably, the high-temperature test device includes high temperature furnace and the first lifting platform for being arranged on the high temperature furnace, institute
It states the first lifting platform two sides and is respectively arranged with the 5th cylinder and the 6th cylinder, the 5th cylinder and the 6th cylinder are all connected with
In the 6th solenoid valve, the 6th solenoid valve is electrically connected at the control system, the 5th cylinder and the 6th cylinder
It is fixed on two sides above the fire door of the high temperature furnace by third bracket, is provided with the second fixing clamp among first lifting platform
Tool and the second slider cylinder, second stationary fixture are fixed on first lifting platform by second slider cylinder,
And by second slider cylinder close to or far from first lifting platform, second slider cylinder is connected to the 7th electromagnetism
Valve, the 7th solenoid valve are electrically connected at the control system, and the second power supply cross is provided with above second stationary fixture
Plate, second power supply transverse slat bottom are provided with second source conducting probe, the second power supply transverse slat by the 7th cylinder and
Second guide rod is fixed on first lifting platform, and the 7th cylinder is connected to the 8th solenoid valve, the 8th solenoid valve
It is electrically connected at the control system.
Preferably, the low temperature test device includes low temperature oven and the second lifting platform for being arranged in the low temperature oven, institute
It states the second lifting platform two sides and is respectively arranged with the 8th cylinder and the 9th cylinder, the 8th cylinder and the 9th cylinder are all connected with
In the 9th solenoid valve, the 9th solenoid valve is electrically connected at the control system, the 8th cylinder and the 9th cylinder
It is fixed on two sides above the fire door of the low temperature oven by the 4th bracket, is provided with third fixing clamp among second lifting platform
Tool and third slider cylinder, the third stationary fixture are fixed on second lifting platform by the third slider cylinder,
And by the third slider cylinder close to or far from second lifting platform, the third slider cylinder is connected to the tenth electromagnetism
Valve, the tenth solenoid valve are electrically connected at the control system, and it is horizontal that third power supply is provided with above the third stationary fixture
Plate, third power supply transverse slat bottom are provided with third power supply conducting probe, and the third power supply transverse slat passes through the 11st cylinder
It being fixed on second lifting platform with third guide rod, the 11st cylinder is connected to the 11st solenoid valve, and the described tenth
One solenoid valve is electrically connected at the control system.
Preferably, the firmware burning device includes the second under casing and the burning device master that is arranged on second under casing
Body, second under casing include the 4th stationary fixture and are arranged described for being laid with connection line, the burning device main body
Cd-rom recorder above 4th stationary fixture, the cd-rom recorder are electrically connected at the control system, and the cd-rom recorder passes through the tenth
Two cylinders are fixed in the 4th slider cylinder, and close or remote by the 12nd cylinder and/or the 4th slider cylinder
From the 4th stationary fixture, the 4th slider cylinder is fixed on second under casing by the 5th bracket, and the described 4th
Stationary fixture is fixed on second under casing by the 5th slider cylinder, and by the 5th slider cylinder close to or far from
5th bracket, the 12nd cylinder, the 4th slider cylinder and the 5th slider cylinder are connected to the tenth
Two solenoid valves, the 13rd solenoid valve and the 14th solenoid valve, the 12nd solenoid valve, the 13rd solenoid valve and described
14 solenoid valves are electrically connected at the control system.
The utility model has the following beneficial effects: the product stationary fixture group of the utility model, code reader, industrial robot,
Device for testing functions, high-temperature test device, low temperature test device and firmware burning device pass through control system coordinated control, can
Switching time of the product between different processes is reduced, improves production efficiency, and various test devices are all made of cylinder driving, it can
The situation for avoiding manual operation from causing production efficiency low because of fatigue.
Detailed description of the invention
Fig. 1 show the overall construction drawing of the utility model embodiment；
Fig. 2 show overall structure Fig. 1 of the utility model device for testing functions；
Fig. 3 show overall structure Fig. 2 of the utility model device for testing functions；
Fig. 4 show the overall construction drawing of the utility model high-temperature test device；
Fig. 5 show the overall construction drawing of the utility model low temperature test device；
Fig. 6 show the overall construction drawing of the utility model firmware burning device；
It is the overall construction drawing of the utility model power supply conducting probe described in Fig. 7.
Specific embodiment
The above description is merely an outline of the technical solution of the present invention, in order to better understand the skill of the utility model
Art means, and being implemented in accordance with the contents of the specification, and in order to allow the above and other purpose, feature of the utility model
It can be more clearly understood with advantage, it is special below to lift preferred embodiment, and cooperate attached drawing, detailed description are as follows.
Please refer to Fig. 1, a kind of temperature sensing needle test device disclosed in the present embodiment, including work on the table is arranged
Industry robot 1 and control system and device for testing functions 2, high-temperature test device 3, low around industrial robot setting
Warm test device 4, firmware burning device 5, the industrial robot 1, the device for testing functions 2, the high-temperature test device
3, the low temperature test device 4 and the firmware burning device 5 are electrically connected at the control system, the control system packet
The display and programmable controller for including electronic computer and electrically being connect with the electronic computer respectively；The function is surveyed
Trial assembly sets whether the function that 2 are used for test product reaches requirement, and the high temperature test 3 and low temperature test device 4 are respectively used to survey
Whether trial product reaches requirement in the performance of high/low temperature condition, and the firmware burning device 5 is used to download from the control system
Firmware simultaneously carries out firmware burning, and the control system is for controlling the movement of industrial robot 1 and collecting, handle and send
The action message of each device.
It is provided with a product stationary fixture group 6 and code reader 7 on the workbench and close to the side of operator, it is described
Product stationary fixture group 6 includes five identical fixtures, and the fixture waits the industrial robot 1 to press from both sides for placing product
It takes.The code reader 7 uses bar code code reader or two dimensional code code reader, and the production for record product is numbered.According to described
The area of workbench is different, and a straight line slide unit 601 and a finished product conveyer belt 8, the product can be set on the workbench
Stationary fixture group 6 is fixed on the straight line slide unit 601 by a transverse slat, and the product stationary fixture group 6 passes through the straight line
Slide unit 601 is close to or far from operator.The finished product conveyer belt 8 is arranged in 601 side of straight line slide unit, and being used for will be complete
It is transported in front of operator at the product of test.The industrial robot 1 clamps product from the product stationary fixture group 6
And after the code reader barcode scanning 7, successively by product be transported to the device for testing functions 2, the high-temperature test device 3,
The low temperature test device 4 and the firmware burning device 5 are tested, and after the completion of test, the industrial robot 1 is by product
It is transported on the finished product conveyer belt 8, arranges finished product convenient for operator.
Referring to figure 2. -3, the device for testing functions 2 includes the first under casing 201 and is arranged on first under casing 201
The test device main body on surface, first under casing 201 is for being laid with connection line.The test device main body includes first
Frame 202, the first support 202 are runing rest and the upper surface that first under casing 201 is fixed on by pedestal.Described
The upper surface of one under casing 201 is provided with the first cylinder 203 for driving the first support 202 to rotate, first cylinder
203 are connected with the first solenoid valve 204, and first solenoid valve 204 is electrically connected at the control system.The first support
The first slider cylinder 206 and the first stationary fixture 207 are provided on 202, first stationary fixture 207 is mounted on described first
In slider cylinder 206, and by first slider cylinder 206 close to or far from the first support 202.First slide unit
Cylinder 206 is connected with second solenoid valve 208, and the second solenoid valve 208 is electrically connected at the control system.Described first is solid
Clamp tool 207 is hollow cuboid, and first stationary fixture 207 is set in one end far from first slider cylinder 206
It is equipped with the placement mouth of product 9.The side setting of first stationary fixture 207 there are four through-hole or through slot 209, the through-hole or
Through slot for exposing the function button and backlight being arranged on product, convenient for the function button and the backlight into
Row test.202 two sides of first support are respectively arranged with the second cylinder 210 and third cylinder 211, second cylinder 210
Be respectively connected on the piston rod of the third cylinder 211 one perpendicular to the piston rod cross bar 212, on the cross bar 212
Be provided with one perpendicular to the cross bar 212 compression bar, the compression bar is for triggering the function button.Second cylinder
210 and the third cylinder 211 be connected separately with third solenoid valve 213 and the 4th solenoid valve 214, the third solenoid valve 213
The control system is electrically connected at the 4th solenoid valve 214.202 top of first support and first fixation
The first power supply transverse slat 215 is provided with above fixture 207, the first power supply transverse slat 215 passes through the 4th cylinder 216 and the first guiding
Bar 217 is fixed in the first support 202.4th cylinder 216 is connected with the 5th solenoid valve 218, the 5th electromagnetism
Valve 218 is electrically connected at the control system.First power supply, 215 bottom of transverse slat is provided with product upper cover 219 and setting
The first power supply conducting probe 220 in the product upper cover 219.It is provided with second support 223 in the first support 202,
The second support 223 is provided with camera 224 in one end far from the first support 202, and the camera 224 electrically connects
It is connected to the control system, and carries out optical detection for product.The second support is 223 runing rests, can be according to reality
Need to adjust the angle of camera.
Referring to figure 4., the high-temperature test device 3 include high temperature furnace 301 and be arranged on the high temperature furnace 301 first
Lifting platform 302.First lifting platform 302 is rectangular box, and two sides are respectively arranged with the 5th cylinder 303 and the 6th cylinder
304, the 5th cylinder 303 and the 6th cylinder 304 are all connected to the 6th solenoid valve 305,305 electricity of the 6th solenoid valve
Property is connected to the control system.5th cylinder 303 and the 6th cylinder 304 pass through third bracket 306 and are fixed on institute
Two sides above the fire door of high temperature furnace 301 are stated, for driving first lifting platform 302 close to or far from the high temperature furnace 301.Institute
It states and is provided with the second stationary fixture 307 and the second slider cylinder 308 among the first lifting platform 302, second stationary fixture 307
It is fixed on first lifting platform 302 by second slider cylinder 308, and is leaned on by second slider cylinder 308
Close or remote from first lifting platform 302.Second slider cylinder 308 is connected to the 7th solenoid valve 309, the 7th electromagnetism
Valve 309 is electrically connected at the control system.The second power supply transverse slat 310 is provided with above second stationary fixture 307, it is described
Second power supply 310 bottom of transverse slat is provided with second source conducting probe 311.The second power supply transverse slat 311 passes through the 7th cylinder
312 and second guide rod 313 be fixed on the downside of the top of first lifting platform 302.7th cylinder 312 is connected to the 8th
Solenoid valve 314, the 8th solenoid valve 314 are electrically connected at the control system.
Referring to figure 5., the low temperature test device 4 include low temperature oven 401 and be arranged in the low temperature oven 401 second
Lifting platform 402.Second lifting platform 402 is rectangular box, and two sides are respectively arranged with the 8th cylinder 403 and the 9th cylinder
404, the 8th cylinder 403 and the 9th cylinder 404 are all connected to the 9th solenoid valve 405,405 electricity of the 9th solenoid valve
Property is connected to the control system.8th cylinder 403 and the 9th cylinder 404 pass through the 4th bracket 406 and are fixed on institute
Two sides above the fire door of low temperature oven 401 are stated, for driving second lifting platform 402 close to or far from the low temperature oven 401.Institute
It states and is provided with third stationary fixture 407 and third slider cylinder 408 among the second lifting platform 402, the third stationary fixture 407
It is fixed on second lifting platform 402 by the third slider cylinder 408, and is leaned on by the third slider cylinder 408
Close or remote from second lifting platform 402.The third slider cylinder 408 is connected to the tenth solenoid valve 409, the tenth electromagnetism
Valve 409 is electrically connected at the control system.Third power supply transverse slat 410 is provided with above the third stationary fixture 407, it is described
Third power supply 410 bottom of transverse slat is provided with third power supply conducting probe 411.The third power supply transverse slat 410 passes through the 11st gas
Cylinder 412 and third guide rod 413 are fixed on the downside of the top of second lifting platform 402.11st cylinder 412 is connected to
11st solenoid valve 414, the 11st solenoid valve 414 are electrically connected at the control system.
Referring to figure 4. or Fig. 5, second stationary fixture 307 and the third stationary fixture 407 are hollow rectangular
Body, one end are provided with the placement mouth of product 9, and the other end is provided with temperature probe outlet and four are used for stationary fixture ontology
Screw hole, the temperature probe outlet is for protruding into the high temperature furnace or the low temperature for the temperature probe being arranged on product 9
It is tested in furnace.
Fig. 6 is please referred to, the firmware burning device 5 includes the second under casing 501 and the setting table on second under casing 501
The burning device main body in face, second under casing 501 is for being laid with connection line.The burning device main body includes the 4th fixed
Fixture 502 and the cd-rom recorder 503 that 502 top of the 4th stationary fixture is arranged in, the cd-rom recorder 503 pass through the 12nd cylinder
504 are fixed in the 4th slider cylinder 505, and 503 one side of cd-rom recorder is electrically connected at the control system, on the other hand
It is real by the 12nd cylinder 504 and/or the 4th slider cylinder 505 close to or far from the 4th stationary fixture 502
It is now electrically connected or disconnects with product, and carry out burning from control system downloading firmware.4th slider cylinder 505 is logical
Cross the upper surface that the 5th bracket 506 is fixed on second under casing 501.4th stationary fixture 502 passes through the 5th slide unit gas
Cylinder 507 is fixed on the upper surface of second under casing 501, and by the 5th slider cylinder 507 close to or far from described
Five brackets 506.12nd cylinder 504, the 4th slider cylinder 505 and the 5th slider cylinder 507 are separately connected
In the 12nd solenoid valve 508, the 13rd solenoid valve 509 and the 14th solenoid valve 510, the 12nd solenoid valve 508, described
13 solenoid valves 509 and the 14th solenoid valve 510 are electrically connected at the control system.
Please refer to Fig. 7, the first power supply conducting probe 220, the second source conducting probe 311 and third electricity
Source conducting probe 411 includes a battery pack and the negative probe 10 that the battery pack side is arranged in, the battery pack setting
In a columned hollow cavity 11, one end of the hollow cavity 11 is fixed on corresponding power supply transverse slat 12, the other end
It is provided with positive probe 13.
The stationary fixture that the present embodiment is used to place product is provided with photoelectric sensor, and photoelectric sensor is mounted on fixation
The product of fixture places mouth side, and photoelectric sensor is electrically connected at the control system, and for whether detecting stationary fixture
Place product.
The product stationary fixture group of the present embodiment, code reader, industrial robot, device for testing functions, high-temperature test device,
Low temperature test device and firmware burning device pass through control system coordinated control, can reduce product cutting between different processes
It changes the time, improves production efficiency.And various test devices are all made of cylinder driving, can avoid manual operation causes to give birth to because of fatigue
The case where producing low efficiency.
The above, the only preferred embodiment of the utility model, the utility model are not limited to above-mentioned implementation
Mode, as long as its technical effect for reaching the utility model with identical means, all should belong to the protection scope of the utility model.
Its technical solution and/or embodiment within the protection scope of the present utility model can have a variety of different modifications and variations.
Claims (7)
1. a kind of temperature sensing needle test device, it is characterised in that: including industrial robot (1) and control on the table is arranged
System processed and the device for testing functions (2) being arranged around the industrial robot (1), high-temperature test device (3), low-temperature test
Device (4), firmware burning device (5), the industrial robot (1), the device for testing functions (2), the high temperature side trial assembly
It sets (3), the low temperature test device (4) and the firmware burning device (5) and is electrically connected at the control system；
Whether function of the device for testing functions (2) for test product reaches requirement, the high temperature test and low-temperature test
Device (4) is respectively used to test product and whether reaches requirement in the performance of high/low temperature condition, and the firmware burning device (5) is used for
Firmware is downloaded from the control system and carries out firmware burning, and the control system is for controlling the industrial robot (1) fortune
Dynamic and collection, the action message for handling and sending each device.
2. temperature sensing needle test device as described in claim 1, it is characterised in that: further include code reader (7), the barcode scanning
Device (7) is electrically connected at the control system, and the code reader (7) uses bar code code reader or two dimensional code code reader.
3. temperature sensing needle test device as described in claim 1, it is characterised in that: the device for testing functions (2) includes
First under casing (201) and the test device main body being arranged on first under casing (201), first under casing (201) are used for
It is laid with connection line, the test device main body includes first support (202), and the first support (202) is cut with scissors by fixed block
It connects on first under casing (201), is provided on first under casing (201) for driving the first support (202)
The first cylinder (203) of rotation, first cylinder (203) are connected with the first solenoid valve (204), first solenoid valve
(204) it is electrically connected at the control system, is provided with the first slider cylinder (206) and first on the first support (202)
Stationary fixture (207), first stationary fixture (207) are mounted on first slider cylinder (206), and pass through described the
For one slider cylinder (206) close to or far from the first support (202), first slider cylinder (206) is connected with the second electricity
Magnet valve (208), the second solenoid valve (208) are electrically connected at the control system, first support (202) top and institute
It states and is provided with the first power supply transverse slat (215) above the first stationary fixture (207), first power supply transverse slat (215) passes through the 4th
Cylinder (216) and the first guide rod (217) are fixed on the first support (202), and the 4th cylinder (216) is connected with
Five solenoid valves (218), the 5th solenoid valve (218) are electrically connected at the control system, first power supply transverse slat (215)
First power supply conducting probe (220) of bottom setting, is provided with second support (223) on the first support (202), and described the
Two brackets (223) are provided with camera (224) in one end far from the first support (202), and the camera (224) is electrically
It is connected to the control system, and for carrying out optical detection to product (9).
4. temperature sensing needle test device as claimed in claim 3, it is characterised in that: first stationary fixture (207) is
Hollow cuboid, first stationary fixture (207) are provided with product in one end far from first slider cylinder (206)
(9) placement mouth, the side of first stationary fixture (207) are provided at least two through-holes or through slot (209), the through-hole
Or through slot (209) is for exposing the function button and backlight being arranged on product, first support (202) the two sides difference
It is provided with the second cylinder (210) and third cylinder (211), the piston of second cylinder (210) and the third cylinder (211)
Be respectively connected on bar one perpendicular to the piston rod cross bar (212), be provided with one perpendicular to described on the cross bar (212)
The compression bar of cross bar (212), the compression bar is for triggering the function button, second cylinder (210) and the third cylinder
(211) third solenoid valve (213) and the 4th solenoid valve (214), the third solenoid valve (213) and the described 4th are connected separately with
Solenoid valve (214) is electrically connected at the control system.
5. temperature sensing needle test device as described in claim 1, it is characterised in that: the high-temperature test device (3) includes
High temperature furnace (301) and the first lifting platform (302) being arranged on the high temperature furnace (301), the first lifting platform (302) two sides
It is respectively arranged with the 5th cylinder (303) and the 6th cylinder (304), the 5th cylinder (303) and the 6th cylinder (304) are equal
It is connected to the 6th solenoid valve (305), the 6th solenoid valve (305) is electrically connected at the control system, the 5th cylinder
(303) and the 6th cylinder (304) is fixed on two sides above the fire door of the high temperature furnace (301) by third bracket (306),
The second stationary fixture (307) and the second slider cylinder (308) are provided among first lifting platform (302), described second is solid
Clamp tool (307) is fixed on first lifting platform (302) by second slider cylinder (308), and passes through described the
Two slider cylinders (308) are connected to the 7th close to or far from first lifting platform (302), second slider cylinder (308)
Solenoid valve (309), the 7th solenoid valve (309) are electrically connected at the control system, on second stationary fixture (307)
Side is provided with the second power supply transverse slat (310), and second power supply transverse slat (310) bottom is provided with second source conducting probe
(311), second power supply transverse slat (310) is fixed on described first liter by the 7th cylinder (312) and the second guide rod (313)
It drops on platform (302), the 7th cylinder (312) is connected to the 8th solenoid valve (314), and the 8th solenoid valve (314) electrically connects
It is connected to the control system.
6. temperature sensing needle test device as described in claim 1, it is characterised in that: the low temperature test device (4) includes
Low temperature oven (401) and the second lifting platform (402) being arranged on the low temperature oven (401), the second lifting platform (402) two sides
It is respectively arranged with the 8th cylinder (403) and the 9th cylinder (404), the 8th cylinder (403) and the 9th cylinder (404) are equal
It is connected to the 9th solenoid valve (405), the 9th solenoid valve (405) is electrically connected at the control system, the 8th cylinder
(403) and the 9th cylinder (404) is fixed on two sides above the fire door of the low temperature oven (401) by the 4th bracket (406),
Third stationary fixture (407) and third slider cylinder (408) are provided among second lifting platform (402), the third is solid
Clamp tool (407) is fixed on second lifting platform (402) by the third slider cylinder (408), and passes through described the
Three slider cylinders (408) are connected to the tenth close to or far from second lifting platform (402), the third slider cylinder (408)
Solenoid valve (409), the tenth solenoid valve (409) are electrically connected at the control system, on the third stationary fixture (407)
Side is provided with third power supply transverse slat (410), and third power supply transverse slat (410) bottom is provided with third power supply conducting probe
(411), third power supply transverse slat (410) is fixed on described second by the 11st cylinder (412) and third guide rod (413)
On lifting platform (402), the 11st cylinder (412) is connected to the 11st solenoid valve (414), the 11st solenoid valve
(414) it is electrically connected at the control system.
7. temperature sensing needle test device as described in claim 1, it is characterised in that: the firmware burning device (5) includes
Second under casing (501) and the burning device main body being arranged on second under casing (501), second under casing (501) are used for
It is laid with connection line, the burning device main body includes the 4th stationary fixture (502) and is arranged in the 4th stationary fixture
(502) cd-rom recorder (503) above, the cd-rom recorder (503) are electrically connected at the control system, the cd-rom recorder (503)
It is fixed in the 4th slider cylinder (505) by the 12nd cylinder (504), and passes through the 12nd cylinder (504) and/or institute
The 4th slider cylinder (505) is stated close to or far from the 4th stationary fixture (502), the 4th slider cylinder (505) passes through
5th bracket (506) is fixed on second under casing (501), and the 4th stationary fixture (502) passes through the 5th slider cylinder
(507) it is fixed on second under casing (501), and by the 5th slider cylinder (507) close to or far from the described 5th
Bracket (506), the 12nd cylinder (504), the 4th slider cylinder (505) and the 5th slider cylinder (507) point
It is not connected to the 12nd solenoid valve (508), the 13rd solenoid valve (509) and the 14th solenoid valve (510), the 12nd electromagnetism
Valve (508), the 13rd solenoid valve (509) and the 14th solenoid valve (510) are electrically connected at the control system.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821311784.XU CN208780364U (en) | 2018-08-15 | 2018-08-15 | A kind of temperature sensing needle test device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821311784.XU CN208780364U (en) | 2018-08-15 | 2018-08-15 | A kind of temperature sensing needle test device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208780364U true CN208780364U (en) | 2019-04-23 |
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ID=66156889
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821311784.XU Active CN208780364U (en) | 2018-08-15 | 2018-08-15 | A kind of temperature sensing needle test device |
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| Country | Link |
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| CN (1) | CN208780364U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110132448A (en) * | 2019-05-09 | 2019-08-16 | 苏州苏名自动化设备有限公司 | A kind of servo motor automatic test device |
-
2018
- 2018-08-15 CN CN201821311784.XU patent/CN208780364U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110132448A (en) * | 2019-05-09 | 2019-08-16 | 苏州苏名自动化设备有限公司 | A kind of servo motor automatic test device |
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