CN107132477A - A kind of microswitch and magnetic valve detect station - Google Patents

A kind of microswitch and magnetic valve detect station Download PDF

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Publication number
CN107132477A
CN107132477A CN201710500389.XA CN201710500389A CN107132477A CN 107132477 A CN107132477 A CN 107132477A CN 201710500389 A CN201710500389 A CN 201710500389A CN 107132477 A CN107132477 A CN 107132477A
Authority
CN
China
Prior art keywords
magnetic valve
detection
cylinder
microswitch
coil
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
CN201710500389.XA
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Chinese (zh)
Inventor
朱华
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Nanjing Si Lai robot Co., Ltd.
Original Assignee
Nanjing Xin Tao Yu Yu Robot Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Nanjing Xin Tao Yu Yu Robot Co Ltd filed Critical Nanjing Xin Tao Yu Yu Robot Co Ltd
Priority to CN201710500389.XA priority Critical patent/CN107132477A/en
Publication of CN107132477A publication Critical patent/CN107132477A/en
Pending legal-status Critical Current

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Classifications

    • GPHYSICS
    • G01MEASURING; TESTING
    • G01RMEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
    • G01R31/00Arrangements for testing electric properties; Arrangements for locating electric faults; Arrangements for electrical testing characterised by what is being tested not provided for elsewhere
    • G01R31/327Testing of circuit interrupters, switches or circuit-breakers
    • G01R31/3277Testing of circuit interrupters, switches or circuit-breakers of low voltage devices, e.g. domestic or industrial devices, such as motor protections, relays, rotation switches

Abstract

The present invention is a kind of microswitch and magnetic valve detection station, this kind detection station includes microswitch and magnetic valve secondary coil detection means and the magnetic valve main coil detection means connected by streamline, wherein microswitch and magnetic valve secondary coil detection means include compression cylinder, switch shaft opening mechanism, magnetic valve secondary coil resistance detection cylinder and microswitch resistance detection cylinder, the resistance of microswitch and electromagnetism secondary coil resistance in valve body to be measured can be detected simultaneously, need to be tested with the form of probe because secondary coil is located at valve inner, magnetic valve main coil detection means includes pillar and detection fixture, it can be pressed from both sides by the detection driven by cylinder, the magnetic valve main coil test lead for gripping exposed valve body to be measured is tested.

Description

A kind of microswitch and magnetic valve detect station
Technical field
The present invention relates to automatic detection field, specifically a kind of microswitch and magnetic valve detect station.
Background technology
Valve body is played an important role as fluid system blood vessel in hydraulic pressure, air pressure every field, therefore to valve body It is required that improving constantly, traditional detection facility for valve, artificial demand is big, inefficiency, detects unstable, product re-detection rate Height, the stability of quality is difficult to control, and has a strong impact on product large-scale production.
The content of the invention
The technical problem to be solved in the present invention is to provide a kind of microswitch and magnetic valve detection station, this kind detection station Have the advantages that:1)This kind detection station can detect the resistance sizes of microswitch in valve body;2)This kind detects work Potential energy enough detects the resistance sizes of two kinds of magnetic valves, and the difference of two kinds of magnetic valves is the big minor swing model of the resistance of magnetic valve resistance Enclose difference;3)This kind detection station can detect the resistance sizes of microswitch and magnetic valve under different on off states;4)This kind Detection station can expand the scope of application that this kind detects station by adjusting each position for detecting cylinder.
In order to solve the above technical problems, the technical solution adopted by the present invention is:
A kind of microswitch and magnetic valve detect station, it is characterised in that:Including microswitch and magnetic valve secondary coil detection dress Put and magnetic valve main coil detection means, described microswitch and magnetic valve secondary coil detection means and the inspection of magnetic valve main coil Survey device and be installed in streamline both sides, described streamline is fixedly arranged above pallet.
Described microswitch and magnetic valve secondary coil detection means include fixed column, and described fixed column is arranged on flowing water The side of line, the upper top of described fixed column is provided with switch shaft opening mechanism, described switch close to the side of streamline The vertical fixed placement of axle opening mechanism and positioned at the surface of streamline, the medium position of described fixed column is close to streamline Side is provided with magnetic valve secondary coil detection cylinder and jogging switches measurement cylinder, and described magnetic valve secondary coil detects cylinder Cylinder axis are connected with magnetic valve secondary coil detection probe, and described jogging switches measurement cylinder obtains cylinder axis and is connected with microswitch The magnetic valve secondary coil of detection probe, described magnetic valve secondary coil detection probe and jogging switches measurement probe and valve body to be measured Matched with microswitch position, pressure is installed around described jogging switches measurement cylinder or magnetic valve secondary coil detection cylinder Valve body to be measured can be fixed in pallet by tight cylinder, described compression cylinder by telescopic cylinder axis.
Described magnetic valve main coil detection means includes pillar, and described pillar is fixed on the side of streamline, described Pillar above reciprocating slide rail is installed, described slide rail is controlled to move by mobile cylinder, described slide rail direction Perpendicular to the direction of streamline, resistance detection folder is installed above described slide rail, the gripping end of described resistance detection folder is leaned on The position and the position of valve body to be measured that nearly streamline side and resistance detection are pressed from both sides match, the control end that described resistance detection is pressed from both sides Controlled by resistance detection cylinder, release or clamping and then control resistance detection that described resistance detection cylinder control transmission is pressed from both sides The clamping or release of folder.
For optimization foregoing invention, the concrete measure taken also includes:
Described pallet side is provided with detent mechanism, and described detent mechanism is provided with the positioning of arc groove for middle part Bar.
Microswitch and the inspection of magnetic valve secondary coil are installed on described microswitch and magnetic valve secondary coil detection means Stopping means is surveyed, described magnetic valve secondary coil detection stopping means is located between fixed column and streamline, described magnetic valve Magnetic valve main coil detection stopping means, described magnetic valve main coil detection stopping means are installed in main coil detection means It is fixedly mounted between pillar and streamline, described magnetic valve secondary coil detection stopping means and magnetic valve main coil test limit Position device is made up of a rotatable rotating shaft, and described rotating shaft middle position is provided with outstanding spacer pin, described limit Arc groove size, position on the position and detent mechanism of position pin match.
Described switch shaft opening mechanism includes servomotor, and described servomotor is fixedly mounted on fixed column close to stream Top is provided with floating rotary head under the side of waterline, the output shaft of described servomotor, the lower top of described floating rotary head Switch groove is installed, the valve body switch shape of described switch groove and institute's side valve body matches, and described switch groove is located at retinue The surface of fixture;
The cylinder axis top of described compression cylinder is provided with cylinder plug, described cylinder plug and the tracheae pipe of valve body to be measured Mouth position matches.
The through hole of some different heights is being provided with described fixed column, can adjusted according to the valve body to be measured of different model Position and the height of compression cylinder, magnetic valve secondary coil detection cylinder and jogging switches measurement cylinder.
Described pallet is fixed on streamline, and described pallet is transported jointly with the motion of streamline It is dynamic.
Described streamline is hinge type streamline.
Described resistance detection folder, magnetic valve secondary coil detection probe and jogging switches measurement probe is respectively connected with resistance inspection Slowdown monitoring circuit, described resistance detecting circuit is connected with the input end signal of controller, and described controller can be by measured result Output.
This kind of microswitch and magnetic valve detection station, including microswitch and magnetic valve secondary coil detection means and electromagnetism Valve main coil detection means, wherein microswitch and magnetic valve secondary coil detection means are controlled to be measured by switch shaft opening mechanism The open mode switched on valve body, and then valve inner to be measured is deep into by probe, measure in different on off state lower valve bodies The magnetic valve resistance and microswitch resistance in portion, magnetic valve main coil detection means then pass through resistance detection folder detection measurement interface Exposed magnetic valve resistance.
Microswitch and magnetic valve secondary coil detection means when detecting valve body to be measured, pallet on streamline with Streamline is moved to before fixed column, the axis of rotation in magnetic valve secondary coil detection stopping means, and spacer pin follows rotation, spacing Pin is moved in the arc groove in detent mechanism, so that the position of pallet be fixed, afterwards the cylinder axis of compression cylinder Extension, the cylinder plug on compression cylinder axle top, which travels forward, blocks valve body gas tube orifice to be measured, while valve body to be measured is tightly pressed On pallet, and then treat the progress compression positioning of side valve body.Serve Motor Control now in switch shaft opening mechanism is electric Machine output shaft is pushed, and switch groove is enclosed on the switch of valve body to be measured, now switchs the floating rotary head between groove and servomotor Switch groove can be driven to rotate, switch is turned into different working conditions.Magnetic valve secondary coil detects cylinder and microswitch inspection Cylinder is surveyed because position matches with valve body to be measured, before magnetic valve secondary coil detects that cylinder axis and jogging switches measurement cylinder axis are equal Stretch, magnetic valve secondary coil detection probe and jogging switches measurement probe are stretched into resistance detection is carried out in valve body to be measured, and will inspection Result is surveyed to export by controller.Due to needing or else with microswitch resistance and electromagnetism in repeated detection valve body under on off state Valve resistance, the workflow needs also exist for controller control completion.
Magnetic valve main coil detection means includes being provided with cunning above the pillar installed in streamline side, pillar in detection Rail, the direction of slide rail is vertical with the direction of motion of streamline, and slide rail can move reciprocatingly under the drive of mobile cylinder, in cunning Rail can drive the magnetic valve resistor detecting device above slide rail to move forward to valve body to be measured during moving reciprocatingly attached Closely, convenient detection, when pallet moves to the position of magnetic valve main coil detection means outside magnetic valve main coil detection line Axis of rotation in device, spacer pin follows rotation, and spacer pin is moved in the arc groove in detent mechanism, so that will retinue The position of fixture is fixed, and now resistance detection is clipped under the driving of mobile cylinder and moved forward near valve body to be measured, resistance inspection Survey gas enclosure cylinder and drive transmission folder to contract, and then drive resistance detection folder to open, the resistance detection folder after opening can be clipped in On the exposed magnetic valve detection interface of valve body to be measured, as resistance detection gas enclosure cylinder drives transmission folder to move out, and then drive Resistance detection folder is clamped, and now resistance detection grips the exposed magnetic valve detection interface of valve body to be measured, now can be to electricity The resistance of magnet valve is detected by resistance detecting circuit, can be prevented in multiple electromagnetism using resistance detection folder detection magnetic valve When valve test point is adjacent closer, more efficiently avoid contacting more between false retrieval, and detection means and electromagnetism valve needle Closely, so signal output become apparent from prepare, due to magnetic valve main coil Standard resistance range fluctuation it is smaller, using resistance measurement It is possible to more accurately detect the resistance size of magnetic valve main coil, judges data more accurate.
Brief description of the drawings
Fig. 1 detects the structure principle chart of station for a kind of microswitch and magnetic valve of the invention.
Fig. 2 is a kind of microswitch and magnetic valve detection station microswitch of the invention and magnetic valve secondary coil detection means Structure principle chart.
Fig. 3 detects the structural principle of station magnetic valve main coil detection means for a kind of microswitch and magnetic valve of the invention Figure.
Marginal data:1st, fixed column;2nd, axle opening mechanism is closed;3rd, compression cylinder;4th, magnetic valve secondary coil detection cylinder;5、 Jogging switches measurement cylinder;6th, magnetic valve secondary coil detection stopping means;7th, streamline;8th, pallet;9th, stopping means; 10th, servomotor;11st, floating rotary head;12nd, groove is switched;13rd, pillar;14th, mobile cylinder;15th, resistance detection is pressed from both sides;16th, resistance is examined Survey cylinder;17th, transmission folder;18th, magnetic valve main coil detection stopping means.
Embodiment
Below in conjunction with Figure of description and specific preferred embodiment, the invention will be further described.
A kind of microswitch and magnetic valve detect station, it is characterised in that:Examined including microswitch and magnetic valve secondary coil Survey device and magnetic valve main coil detection means, described microswitch and magnetic valve secondary coil detection means and magnetic valve main line Circle detection means is installed in the both sides of streamline 7, and described streamline 7 is fixedly arranged above pallet 8.
Described microswitch and magnetic valve secondary coil detection means include fixed column 1, and described fixed column 1 is arranged on stream The side of waterline 7, the upper top of described fixed column 1 is provided with switch shaft opening mechanism 2 close to the side of streamline 7, described The vertical fixed placement of switch shaft opening mechanism 2 and positioned at the surface of streamline 7, the medium position of described fixed column 1 leans on The side of nearly streamline 7 is provided with magnetic valve secondary coil detection cylinder 4 and jogging switches measurement cylinder 5, described magnetic valve pair The cylinder axis of Coil Detector cylinder 4 are connected with magnetic valve secondary coil detection probe, and described jogging switches measurement cylinder 5 obtains cylinder Axle is connected with jogging switches measurement probe, and described magnetic valve secondary coil detection probe and jogging switches measurement probe are with treating side valve The magnetic valve secondary coil of body and microswitch position match, described jogging switches measurement cylinder 5 or the inspection of magnetic valve secondary coil Survey around cylinder 4 and compression cylinder 3 is installed, described compression cylinder 3 can be fixed valve body to be measured by telescopic cylinder axis In pallet 8.
Described magnetic valve main coil detection means includes pillar 13, and described pillar 13 is fixed on the side of streamline 7, The described top of pillar 13 is provided with reciprocating slide rail, and described slide rail controls movement by mobile cylinder 14, described Slide rail direction is provided with resistance detection folder 15, described resistance detection folder above the direction of streamline 7, described slide rail 15 gripping end matches close to the position and the position of valve body to be measured of the side of streamline 7 and resistance detection folder 15, described electricity The control end of resistance detection folder 15 is controlled by resistance detection cylinder 16, and the described control of resistance detection cylinder 16 is driven the pine of folder 17 Open or clamp and then control the clamping or release of resistance detection folder 15.
In the present embodiment, the side of pallet 8 is provided with detent mechanism 9, and described detent mechanism 9 is provided with circular arc for middle part The positioning strip of groove.
In the present embodiment, microswitch and magnetic valve by-pass are installed in microswitch and magnetic valve secondary coil detection means Circle detection stopping means 6, described magnetic valve secondary coil detection stopping means 6 is located between fixed column 1 and streamline 7, described Magnetic valve main coil detection means on magnetic valve main coil detection stopping means 18, described magnetic valve main coil inspection are installed Survey stopping means 18 to be fixedly mounted between pillar 13 and streamline 7, described magnetic valve secondary coil detection stopping means 6 and electricity Magnet valve main coil detection stopping means 18 is made up of a rotatable rotating shaft, and described rotating shaft middle position is provided with outstanding Spacer pin, the position of described spacer pin matches with the arc groove size on detent mechanism 9, position.
In the present embodiment, switch shaft opening mechanism includes servomotor 10, and described servomotor 10 is fixedly mounted on Fixed column 1 is close to the side of streamline 7, and top is provided with floating rotary head 11 under the output shaft of described servomotor 10, described The lower top of floating rotary head 11 is provided with switch groove 12, and the valve body switch shape of described switch groove 12 and institute's side valve body matches Suitable, described switch groove 12 is located at the surface of pallet 8;
In the present embodiment, the cylinder axis top of compression cylinder 3 is provided with cylinder plug, described cylinder plug and valve body to be measured Tracheae nozzle position matches.
In the present embodiment, the through hole of some different heights is being provided with fixed column 1, side valve can treated according to different model Position and the height of body adjustment compression cylinder 3, magnetic valve secondary coil detection cylinder 4 and jogging switches measurement cylinder 5.
In the present embodiment, pallet 8 is fixed on streamline 7, and described pallet 8 is with the motion of streamline 7 And associated movement.
In the present embodiment, streamline is hinge type streamline.
In the present embodiment, resistance detection folder 15, magnetic valve secondary coil detection probe and jogging switches measurement probe are all connected with There is resistance detecting circuit, described resistance detecting circuit is connected with the input end signal of controller, described controller can be by Measured result is exported.
Further, this kind of microswitch and magnetic valve detection station, including microswitch and the detection of magnetic valve secondary coil Device and magnetic valve main coil detection means, wherein microswitch and magnetic valve secondary coil detection means open machine by switch shaft Structure 2 controls the open mode switched on valve body to be measured, and then is deep into valve inner to be measured by probe, measures different switch shapes Magnetic valve resistance and microswitch resistance inside state lower valve body, magnetic valve main coil detection means is then pressed from both sides by resistance detection to be examined The measurement exposed magnetic valve resistance of interface.
Further, as shown in figure two, microswitch and magnetic valve secondary coil detection means are when detecting valve body to be measured, stream Pallet 8 on waterline 7 is moved to before fixed column 1 with streamline 7, turning in magnetic valve secondary coil detection stopping means 6 Axle is rotated, and spacer pin follows rotation, and spacer pin is moved in the arc groove in detent mechanism 9, so that by the position of pallet 8 Fixation is put, afterwards the cylinder axis extension of compression cylinder 3, the cylinder plug on compression cylinder axle top, which travels forward, blocks valve body to be measured Gas tube orifice, while valve body to be measured is tightly pressed against on pallet 8, and then treats the progress compression positioning of side valve body.Now switch The controlled motor output shaft of servomotor 10 in axle opening mechanism 2 is pushed, by switch groove set 12 on the switch of valve body to be measured, this Floating rotary head 11 between Shi Kaiguan grooves and 12 servomotors 10 can drive switch groove 12 to rotate, and switch is turned into different works Make state.Magnetic valve secondary coil detects cylinder 4 and jogging switches measurement cylinder 5 because position matches with valve body to be measured, electromagnetism Valve secondary coil detects that cylinder axis and jogging switches measurement cylinder axis protract, by magnetic valve secondary coil detection probe and microswitch Detection probe, which is stretched into, carries out resistance detection in valve body to be measured, and testing result is exported by controller.It is or else same due to needing Microswitch resistance and magnetic valve resistance in repeated detection valve body under on off state, the workflow need also exist for controller control Complete.
Further, as shown in figure three, magnetic valve main coil detection means includes installed in the side of streamline 7 in detection Pillar 13, the top of pillar 13 is provided with slide rail, and the direction of slide rail is vertical with the direction of motion of streamline 7, and slide rail can be in movement Moved reciprocatingly under the drive of cylinder 14, the magnetic valve resistance above slide rail can be driven during slide rail moves reciprocatingly Detection means is moved forward near valve body to be measured, convenient detection, when pallet 8 moves to magnetic valve main coil detection means Position when magnetic valve main coil detection stopping means 18 in axis of rotation, spacer pin follows rotation, and spacer pin moves to limit In arc groove in the mechanism 9 of position, so that the position of pallet 8 be fixed, now resistance detection folder 15 is in mobile cylinder 14 Driving under move forward near valve body to be measured, resistance detection gas enclosure cylinder 16 drives transmission folder 17 to contract, and then drives Resistance detection folder 15 is opened, and the resistance detection folder 15 after opening can be enclosed on the exposed magnetic valve detection interface of valve body to be measured, As resistance detection gas enclosure cylinder 16 drives transmission folder 17 to move out, and then resistance detection folder 15 is driven to clamp, now resistance is examined Survey folder 15 and tightly clamp the exposed magnetic valve detection interface of valve body to be measured, the resistance of magnetic valve can be entered by resistance detecting circuit Row detection, because the Standard resistance range fluctuation of magnetic valve main coil is smaller, is possible to more accurately detect using resistance measurement folder 15 The resistance size of magnetic valve main coil, judges data more accurate.
It the above is only the preferred embodiment of the present invention, protection scope of the present invention is not limited merely to above-described embodiment, All technical schemes belonged under thinking of the present invention belong to protection scope of the present invention.It should be pointed out that for the art For those of ordinary skill, some improvements and modifications without departing from the principles of the present invention should be regarded as the protection of the present invention Scope.

Claims (9)

1. a kind of microswitch and magnetic valve detection station, it is characterised in that:Detected including microswitch and magnetic valve secondary coil Device and magnetic valve main coil detection means, described microswitch and magnetic valve secondary coil detection means and magnetic valve main coil Detection means is installed in streamline(7)Both sides, described streamline(7)It is fixedly arranged above pallet(8);
Described microswitch and magnetic valve secondary coil detection means include fixed column(1), described fixed column(1)Installed in stream Waterline(7)Side, described fixed column(1)Upper top close to streamline(7)Side switch shaft opening mechanism is installed (2), described switch shaft opening mechanism(2)Vertical fixed placement and positioned at streamline(7)Surface, described fixed column (1)Medium position close to streamline(7)Side be provided with magnetic valve secondary coil detection cylinder(4)With jogging switches measurement gas Cylinder(5), described magnetic valve secondary coil detection cylinder(4)Cylinder axis be connected with magnetic valve secondary coil detection probe, it is described Jogging switches measurement cylinder(5)Obtain cylinder axis and be connected with jogging switches measurement probe, described magnetic valve secondary coil detection probe Matched with jogging switches measurement probe with the magnetic valve secondary coil of valve body to be measured and microswitch position, described microswitch Detect cylinder(5)Or magnetic valve secondary coil detection cylinder(4)Surrounding is provided with compression cylinder(3), described compression cylinder(3)Can Valve body to be measured is fixed on pallet by telescopic cylinder axis(8)It is interior;
Described magnetic valve main coil detection means includes pillar(13), described pillar(13)It is fixed on streamline(7)Side Face, described pillar(13)Top is provided with reciprocating slide rail, and described slide rail is by mobile cylinder(14)Control movement, Described slide rail direction is perpendicular to streamline(7)Direction, resistance detection folder is installed above described slide rail(15), it is described Resistance detection is pressed from both sides(15)Gripping end close to streamline(7)Side and resistance detection folder(15)Position and valve body to be measured position Match, described resistance detection folder(15)Control end pass through resistance detection cylinder(16)Control, described resistance detection gas Cylinder(16)Control transmission folder(17)Release or clamping so control resistance detection folder(15)Clamping or release.
2. a kind of microswitch according to claim 1 and magnetic valve detection station, it is characterised in that:Described retinue folder Tool(8)Side is provided with detent mechanism(9), described detent mechanism(9)The positioning strip of arc groove is provided with for middle part.
3. a kind of microswitch according to claim 2 and magnetic valve detection station, it is characterised in that:Described fine motion is opened Microswitch and magnetic valve secondary coil detection stopping means are installed on pass and magnetic valve secondary coil detection means(6), it is described Magnetic valve secondary coil detects stopping means(6)Positioned at fixed column(1)With streamline(7)Between, described magnetic valve main coil inspection Survey and magnetic valve main coil detection stopping means is installed on device(18), described magnetic valve main coil detection stopping means(18) It is fixedly mounted on pillar(13)And streamline(7)Between, described magnetic valve secondary coil detection stopping means(6)With magnetic valve master Coil Detector stopping means(18)It is made up of a rotatable rotating shaft, described rotating shaft middle position is provided with outstanding limit Position pin, the position of described spacer pin and detent mechanism(9)On arc groove size, position matches.
4. a kind of microswitch according to claim 1 and magnetic valve detection station, it is characterised in that:Described switch shaft Opening mechanism(2)Including servomotor(10), described servomotor(10)It is fixedly mounted on fixed column(1)Close to streamline (7)Side, described servomotor(10)Output shaft under top floating rotary head is installed(11), described floating rotary head (11)Lower top switch groove is installed(12), described switch groove(12)Matched with the valve body switch shape of institute side valve body, Described switch groove(12)Positioned at pallet(8)Surface.
5. a kind of microswitch according to claim 1 and magnetic valve detection station, it is characterised in that:Described compression gas Cylinder(3)Cylinder axis top cylinder plug is installed, the tracheae nozzle position of described cylinder plug and valve body to be measured matches.
6. a kind of microswitch according to claim 1 and magnetic valve detection station, it is characterised in that:Described fixed column (1)On be provided with the through hole of some different heights, can according to the valve body to be measured of different model adjust compression cylinder(3), electromagnetism Valve secondary coil detects cylinder(4)With jogging switches measurement cylinder(5)Position and height.
7. a kind of microswitch according to claim 1 and magnetic valve detection station, it is characterised in that:Described retinue folder Tool(8)It is fixed on streamline(7)On, described pallet(8)With streamline(7)Motion and associated movement.
8. a kind of microswitch according to claim 1 and magnetic valve detection station, it is characterised in that:Described streamline For hinge type streamline.
9. a kind of microswitch according to claim 1 and magnetic valve detection station, it is characterised in that:Described resistance inspection Survey folder(15), magnetic valve secondary coil detection probe and jogging switches measurement probe be respectively connected with resistance detecting circuit, described electricity Resistance detection circuit is connected with the input end signal of controller, and described controller can export measured result.
CN201710500389.XA 2017-06-27 2017-06-27 A kind of microswitch and magnetic valve detect station Pending CN107132477A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201710500389.XA CN107132477A (en) 2017-06-27 2017-06-27 A kind of microswitch and magnetic valve detect station

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201710500389.XA CN107132477A (en) 2017-06-27 2017-06-27 A kind of microswitch and magnetic valve detect station

Publications (1)

Publication Number Publication Date
CN107132477A true CN107132477A (en) 2017-09-05

Family

ID=59735770

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201710500389.XA Pending CN107132477A (en) 2017-06-27 2017-06-27 A kind of microswitch and magnetic valve detect station

Country Status (1)

Country Link
CN (1) CN107132477A (en)

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PB01 Publication
PB01 Publication
TA01 Transfer of patent application right
TA01 Transfer of patent application right

Effective date of registration: 20190521

Address after: 211113 No. 95 Mafu Road, Lukou Street, Jiangning District, Nanjing City, Jiangsu Province

Applicant after: Nanjing Si Lai robot Co., Ltd.

Address before: 210014 Room 202, Building B, Building 3, Baixia High-tech Industrial Park, No. 8 Yongfeng Avenue, Qinhuai District, Nanjing, Jiangsu Province

Applicant before: Nanjing Xin Tao Yu Yu robot Co., Ltd.

Effective date of registration: 20190521

Address after: 211113 No. 95 Mafu Road, Lukou Street, Jiangning District, Nanjing City, Jiangsu Province

Applicant after: Nanjing Si Lai robot Co., Ltd.

Address before: 210014 Room 202, Building B, Building 3, Baixia High-tech Industrial Park, No. 8 Yongfeng Avenue, Qinhuai District, Nanjing, Jiangsu Province

Applicant before: Nanjing Xin Tao Yu Yu robot Co., Ltd.

WD01 Invention patent application deemed withdrawn after publication
WD01 Invention patent application deemed withdrawn after publication

Application publication date: 20170905