CN107314789A - Semi-automatic detection streamline - Google Patents

Semi-automatic detection streamline Download PDF

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Publication number
CN107314789A
CN107314789A CN201710469166.1A CN201710469166A CN107314789A CN 107314789 A CN107314789 A CN 107314789A CN 201710469166 A CN201710469166 A CN 201710469166A CN 107314789 A CN107314789 A CN 107314789A
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CN
China
Prior art keywords
hoistable platform
detection
test case
test
lift cylinder
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.)
Withdrawn
Application number
CN201710469166.1A
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Chinese (zh)
Inventor
龚奇昊
龚焕杰
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.)
Ningbo Ming Fu Beijing Great Automotive Components Co Ltd
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Ningbo Ming Fu Beijing Great Automotive Components 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.)
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Application filed by Ningbo Ming Fu Beijing Great Automotive Components Co Ltd filed Critical Ningbo Ming Fu Beijing Great Automotive Components Co Ltd
Priority to CN201710469166.1A priority Critical patent/CN107314789A/en
Publication of CN107314789A publication Critical patent/CN107314789A/en
Withdrawn legal-status Critical Current

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    • GPHYSICS
    • G01MEASURING; TESTING
    • G01DMEASURING NOT SPECIALLY ADAPTED FOR A SPECIFIC VARIABLE; ARRANGEMENTS FOR MEASURING TWO OR MORE VARIABLES NOT COVERED IN A SINGLE OTHER SUBCLASS; TARIFF METERING APPARATUS; MEASURING OR TESTING NOT OTHERWISE PROVIDED FOR
    • G01D21/00Measuring or testing not otherwise provided for
    • G01D21/02Measuring two or more variables by means not covered by a single other subclass

Abstract

The present invention relates to the production field of starter motor electromagnetic switch, a kind of semi-automatic detection streamline, including Zhong Kong mechanisms, and by transmission mechanism, air tightness test case, hook dimensions test box, additional travel test box, adhesive and the release voltage test box of middle control mechanism controls driving, coil current blance test case, the decompression of survey contact and running-in test case and voltage-withstand test case;The detection casing of each in the semi-automatic detection streamline is set along first conveyer belt order, artificial during detection to promote tool locating platform to be conveyed along first conveyer belt, and sequentially passes through the detection of each data;By streamline detection mode, detection efficiency is greatly promoted, enterprise shipment amount reduces entreprise cost.

Description

Semi-automatic detection streamline
Technical field
The present invention relates to the production field of starter motor electromagnetic switch, more particularly to a kind of semi-automatic detection streamline.
Background technology
Electromagnetic switch of automobile starter is by making iron core movement be sent into the clutch gear of starter coil electricity Engine flywheel gear ring, connects starter power by contacting copper sheet after clutch gear is coupled with flywheel ring gear, makes starting Machine is rotated, and starts engine.At present, electromagnetic switch of automobile starter needs to test by hermetic seal after the completion of production, linked up with Size measuring, additional travel test, pick-up voltage test, release voltage test, coil current blance test, running-in test, survey A series of tests such as contact decompression test and voltage-withstand test, could mainly turn into qualified production in the case where each index is all met Product.But each detecting step of existing electromagnetic switch is individually detected by single testing agency, in testing process, workpiece Transfer and dismounting occupy the plenty of time so that its detection efficiency is very low, therefore need to improve.
The content of the invention
In order to solve the above problems, it is an object of the invention to provide a kind of semi-automatic detection streamline, the semi-automatic inspection The detection casing of each in flow measurement waterline is set along first conveyer belt order, artificial during detection to promote tool locating platform defeated along first Send band to convey, and sequentially pass through the detection of each data;By streamline detection mode, detection efficiency, lifting enterprise are greatly promoted Industry shipment amount, reduces entreprise cost.
In order to realize above-mentioned purpose, present invention employs following technical scheme:
A kind of semi-automatic detection streamline, including Zhong Kong mechanisms, and by the middle transmission mechanism for controlling mechanism controls driving, air-tightness Test box, hook dimensions test box, additional travel test box, adhesive and release voltage test box, coil current blance test case, Survey contact decompression and running-in test case and voltage-withstand test case;The transmission mechanism includes the first transmission belt and the second transmission belt, with And the mobile tool locating platform being arranged in the first transmission belt and the second transmission belt;Second transmission belt is in the first transmission Band lower section, the initiating terminal of the second transmission belt is undertaken on by lift on the end of the first transmission belt, the starting of the first transmission belt End is undertaken on by lift on the end of the second transmission belt, and diagonally downward, first passes the initiating terminal terminad of the second transmission belt Circulation conveying is formed between defeated band and the second transmission belt;The additional travel test box, adhesive and release voltage test box, coil The conveying direction of current balance type chamber, the decompression of survey contact and running-in test case and voltage-withstand test case along the first transmission belt is set successively Put;Air tightness test case, hook dimensions test box, additional travel test box, adhesive and release voltage test box, coil current are flat The box house of weighing apparatus chamber, the decompression of survey contact and running-in test case and voltage-withstand test case is equipped with a platform, and platform is provided with Detect station;And additional travel test box, adhesive and release voltage test box, coil current blance test case, the decompression of survey contact And communicated between the detection station inside running-in test case and voltage-withstand test case and the first transmission belt by branch road transmission belt, frock Locating platform can be moved in branch road transmission belt, to by Workpiece transfer to be detected to detection station.
Preferably, the air tightness test case includes the first casing, and it is arranged on the air-tightness of the first box house Tester and the first positioning component;First positioning component includes the first hoistable platform, and drives first lifting flat First lift cylinder of platform lifting, and the first positioning tool being arranged on the first hoistable platform;First hoistable platform In the output end for being connected to the first lift cylinder, the first hoistable platform is in above detection station, air-tightness tester and first Positioning tool is connected.
Preferably, the hook dimensions test box includes the second casing, and it is arranged on the second of the second box house Positioning component and hook test suite;Second positioning component includes the second hoistable platform above detection station, with And the second lift cylinder of driving the second hoistable platform lifting, and the second positioning work being arranged on the second hoistable platform Dress, the second hoistable platform is connected in the output end of the second lift cylinder;The hook test suite is in below detection station, Linking up with test suite includes stroke cylinder, and sets the second push rod in stroke cylinder output end, and is pushed up with described second The second displacement sensor that bar is connected;Linear axis bolster is connected with the output end of the stroke cylinder, the second push rod is fixed In linear axis bolster upper end, stroke cylinder drives the linear axis bolster to be moved along Linear bearing guide rail, so as to realize the second top Bar is moved up and down, during the second push rod is moved up and down, and second displacement sensor is linked and detects the second ejector rod part The distance between stroke.
Preferably, the additional travel test box includes the 3rd casing, and the 3rd be arranged in the 3rd casing determines Hyte part and additional travel test suite;3rd positioning component includes the 3rd hoistable platform above detection station, And the 3rd lift cylinder of driving the 3rd hoistable platform lifting, and the 3rd positioning being arranged on the 3rd hoistable platform Frock, the 3rd hoistable platform is connected in the output end of the 3rd lift cylinder, and accesses signal circuit on the 3rd positioning tool;Institute Stating additional travel test suite includes prismatic pair, and drives the servomotor of the mobile secondary motion, and is arranged on movement The 3rd push rod in pair, and the triple motion sensor being connected with the 3rd push rod;The prismatic pair is arranged on straight line On bearing guide, screw rod is connected with the output end of servomotor, the body of rod of screw rod is meshed with prismatic pair, servomotor driving Screw rod rotation drives prismatic pair movement.
Preferably, the adhesive and release voltage test box include the 4th casing, and it is arranged in the 4th casing 4th positioning component;4th positioning component includes the 4th hoistable platform above detection station, and described in driving 4th lift cylinder of the 4th hoistable platform lifting, and the 4th positioning tool being arranged on the 4th hoistable platform, the 4th liter Drop platform is connected in the output end of the 4th lift cylinder, and signal circuit and absorbing circuit are accessed on the 4th positioning tool.
Preferably, the coil current blance test case includes the 5th casing, and the be arranged in the 5th casing Five positioning components;5th positioning component includes the 5th hoistable platform above detection station, and drives described the 5th lift cylinder of five hoistable platforms lifting, and the 5th positioning tool being arranged on the 5th hoistable platform, the 5th lifting Platform is connected in the output end of the 5th lift cylinder, and detection circuit for access on the 5th positioning tool;The coil current is put down Push rod cylinder is provided with below the detection station of weighing apparatus chamber, the output end of push rod cylinder is penetrated in detection station.
Preferably, the survey contact decompression and running-in test case include the 6th casing, and it is arranged in the 6th casing The 6th positioning component;6th positioning component includes the 6th hoistable platform above detection station, and driving institute State the 6th lift cylinder of the 6th hoistable platform lifting, and the 6th positioning tool being arranged on the 6th hoistable platform, the 6th Hoistable platform is connected in the output end of the 6th lift cylinder, and absorbing circuit and detection circuit are accessed on the 6th positioning tool.
Preferably, the voltage-withstand test case includes the 7th casing, and the 7th positioning group being arranged in the 7th casing Part;7th positioning component includes the 7th hoistable platform above detection station, and drives the 7th lifting flat 7th lift cylinder of platform lifting, and the 7th positioning tool being arranged on the 7th hoistable platform, the connection of the 7th hoistable platform In the output end of the 7th lift cylinder, and detection circuit for access on the 7th positioning tool.
The present invention uses above-mentioned technical proposal, and the technical scheme is related to a kind of semi-automatic detection streamline, including middle control machine Structure, and tested by transmission mechanism, air tightness test case, hook dimensions test box, the additional travel of middle control mechanism controls driving Case, adhesive and release voltage test box, coil current blance test case, the decompression of survey contact and running-in test case and voltage-withstand test Case.Workpiece to be detected is placed on the frock of the first transmission belt after the detection of air tightness test case and hook dimensions test box On locating platform, by manually promoting tool locating platform along the first transmission Tape movement, and additional travel test box, suction are sequentially entered Close and release voltage test box, coil current blance test case, the decompression of survey contact and running-in test case and the progress of voltage-withstand test case Workpiece sensing, detects by volume of data and qualified workpiece can be on the terminal part of the first transmission belt by tool locating platform On remove, and carry out outward appearance detection by artificial naked eyes simultaneously, qualified products are packed.It is each in the semi-automatic detection streamline Individual detection casing is set along first conveyer belt order, artificial during detection to promote tool locating platform to be conveyed along first conveyer belt, and Sequentially pass through the detection of each data;By streamline detection mode, detection efficiency, enterprise shipment amount, drop are greatly promoted Low entreprise cost.
Brief description of the drawings
Fig. 1 is detection pipeline organization schematic diagram of the invention.
Fig. 2 is the structural representation of air tightness test case.
Fig. 3 is the structural representation of hook dimensions test box.
Fig. 4 is the structural representation of additional travel test box.
Fig. 5 is the structural representation of adhesive and release voltage test box.
Fig. 6 is the structural representation of coil current blance test case.
Fig. 7 is the decompression of survey contact and the structural representation of running-in test case.
Fig. 8 is the structural representation of voltage-withstand test case.
Embodiment
Below in conjunction with the accompanying drawings, the preferred embodiments of the invention are described in further detail.
A kind of semi-automatic detection streamline of starter motor electromagnetic switch as shown in Fig. 1 ~ 8, including Zhong Kong mechanisms, and By the transmission mechanism of middle control mechanism controls driving, air tightness test case 2, hook dimensions test box 3, additional travel test box 4, suction Close and release voltage test box 5, coil current blance test case 6, the decompression of survey contact and running-in test case 7 and voltage-withstand test case 8. The transmission mechanism includes the first transmission belt 11 and the second transmission belt 12, and mobile first transmission belt 11 and second that is arranged on is passed Tool locating platform 13 on defeated band 12.Second transmission belt 12 is in the lower section of the first transmission belt 11, the second transmission belt 12 Initiating terminal is undertaken on by lift 14 on the end of first transmission belt 11, and the initiating terminal of the first transmission belt 11 passes through lift 14 On the end for being undertaken on the second transmission belt 12, the initiating terminal terminad of the second transmission belt 12 diagonally downward, the first transmission belt 11 with Circulation conveying is formed between second transmission belt 12.The additional travel test box 4, adhesive and release voltage test box 5, coil electricity Mobile equilibrium chamber 6, survey contact decompression and conveying direction along the first transmission belt 11 of running-in test case 7 and voltage-withstand test case 8 according to It is secondary to set.Air tightness test case 2, hook dimensions test box 3, additional travel test box 4, adhesive and release voltage test box 5, line The box house of loop current blance test case 6, the decompression of survey contact and running-in test case 7 and voltage-withstand test case 8 is equipped with a platform, Platform is provided with detection station.And additional travel test box 4, adhesive and release voltage test box 5, coil current blance test case 6th, survey between the detection station inside contact decompression and running-in test case 7 and voltage-withstand test case 8 and the first transmission belt 11 by branch Road transmission belt is communicated, and tool locating platform 13 can be moved in branch road transmission belt, Workpiece transfer to be detected extremely to be detected On station a.
The air tightness test case 2 includes the first casing 21, and is arranged on the air tightness test inside the first casing 21 The positioning component of instrument 22 and first.First positioning component includes the first hoistable platform 23, and drives first lifting flat The first lift cylinder 24 that platform 23 is lifted, and the first positioning tool 25 being arranged on the first hoistable platform 23;Described first Hoistable platform 23 is connected in the output end of the first lift cylinder 24, and the first hoistable platform 23 is in above detection station a, airtight Property tester 22 is connected with the first positioning tool 25.During detection, Workpiece transfer to be detected to detection station a, the first lifting air The driving of cylinder 24 moves down the first hoistable platform 23, the first positioning tool 25 is connected on workpiece to be detected, and then air-tightness is surveyed Instrument 22 is tried to work the air-tightness of monitoring workpiece, the course of work can from air-tightness tester 22 by the first positioning tool 25 to workpiece Interior inflation, and air pressure inside is detected by pressure sensor and transmitted to Zhong Kong mechanisms, Zhong Kong mechanisms judge according to preset data Whether its air-tightness is good;
The hook dimensions test box 3 includes the second casing 31, and is arranged on the second positioning component inside the second casing 31 With hook test suite.Second positioning component includes the second hoistable platform 32 above detection station a, and driving The second lift cylinder 33 that second hoistable platform 32 is lifted, and the second positioning work being arranged on the second hoistable platform 32 Dress, the second hoistable platform 32 is connected in the output end of the second lift cylinder 33.The hook test suite is in detection station a Lower section, hook test suite includes stroke cylinder 34, and sets the second push rod 35, Yi Jiyu in the output end of stroke cylinder 34 The second displacement sensor 36 that second push rod 35 is connected.Linear bearing is connected with the output end of the stroke cylinder 34 Frame, the second push rod 35 is fixed on linear axis bolster upper end, and stroke cylinder 34 drives the linear axis bolster along Linear bearing guide rail It is mobile, so that realize that the second push rod 35 is moved up and down, during the second push rod 35 is moved up and down, second displacement sensor 36 Linked and detect the distance between partial journey of the second push rod 35.The hook dimensions test box 3 is used to detect starter motor electricity The hook dimensions of magnetic switch, hook dimensions are by measuring original state and the dynamic iron inside electromagnetic switch under fully-inserted state The wheelbase that core is produced;During detection, Workpiece transfer to be detected is to station a is detected, the driving of the second lift cylinder 33 puts down the second lifting Platform 32 is moved down, and the second positioning tool is positioned on the workpiece to be detected;The then output of stroke cylinder 34 promotes the second push rod 35, Second push rod 35, which is penetrated, to be detected the workpiece to be detected in station a and promotes dynamic iron core to move;Second displacement sensor 36 is same simultaneously Step detection actuating length, by the data transfer to Zhong Kong mechanisms, Zhong Kong mechanisms judge that its hook dimensions is according to preset data It is no good.
The additional travel test box 4 includes the 3rd casing 41, and the 3rd positioning group being arranged in the 3rd casing 41 Part and additional travel test suite.3rd positioning component includes the 3rd hoistable platform 42 above detection station a, with And the 3rd lift cylinder 43 of driving the 3rd hoistable platform 42 lifting, and the 3rd be arranged on the 3rd hoistable platform 42 Positioning tool 44, the 3rd hoistable platform 42 is connected in the output end of the 3rd lift cylinder 43, and is connect on the 3rd positioning tool 44 Enter signal circuit.The additional travel test suite includes prismatic pair 45, and the servo electricity that the driving prismatic pair 45 is moved Machine 46, and the 3rd push rod 47 being arranged on prismatic pair 45, and the triple motion being connected with the 3rd push rod 47 are passed Sensor 48.The prismatic pair 45 is arranged on Linear bearing guide rail, and screw rod is connected with the output end of servomotor 46, screw rod The body of rod is meshed with prismatic pair 45, and the rotation of the drive screw of servomotor 46 drives prismatic pair 45 to move.During detection, workpiece to be detected Detection station a is transferred to, the driving of the 3rd lift cylinder 43 moves down the 3rd hoistable platform 42, is connected to the 3rd positioning tool 44 On workpiece to be detected, now two ends of signal circuit are connected on two contacts of workpiece to be detected.Then, additional travel test suite In servomotor 46 work, make workpiece to be detected that the 3rd push rod 47 is penetrated in detection station a and promote dynamic iron core to be moved to It is pushed completely into state(The state that i.e. hook dimensions are measured), now because dynamic iron core is pushed into, phase between the contact of workpiece two to be detected Connect;The then work of servomotor 46 drives the 3rd push rod 47 slowly to exit, and dynamic iron core, which is displaced downwardly on some point, can make signal electricity Road disconnects, and displacement transducer calculates the displacement being pushed completely between state and signal circuit cut-off point, as additional travel;Finally The additional travel is fed back into Zhong Kong mechanisms according to preset data and judges whether workpiece is qualified.
The adhesive and release voltage test box 5 include the 4th casing 51, and the 4th be arranged in the 4th casing 51 Positioning component.4th positioning component includes the 4th hoistable platform 52 above detection station a, and drives described the 4th lift cylinder 53 of four hoistable platforms 52 lifting, and the 4th positioning tool 54 being arranged on the 4th hoistable platform 52, 4th hoistable platform 52 is connected in the output end of the 4th lift cylinder 53, and on the 4th positioning tool 54 access signal circuit and Absorbing circuit.During detection, Workpiece transfer to be detected is to station a is detected, the driving of the 4th lift cylinder 53 makes the 4th hoistable platform 52 Move down, the 4th positioning tool 54 is connected on workpiece to be detected, now the two ends of signal circuit are connected to workpiece to be detected On two contacts;And absorbing circuit is connected on the coil of inside workpiece to be detected, and one end ground connection of absorbing circuit, it is " 0 electricity Gesture ".Now, the electrical potential difference between the potential of the absorbing circuit other end, both ends is first gradually increased(Voltage)Coil is set to produce magnetic Field simultaneously drives dynamic iron core to move, the moment that dynamic iron core moves and connects signal circuit, and now the real-time voltage of absorbing circuit is Can workpiece to be detected pick-up voltage, the pick-up voltage is fed back into Zhong Kong mechanisms according to preset data and judges whether workpiece closes Lattice.After qualified, the potential of the absorbing circuit other end is gradually reduced, coil produces field weakening and is unable to maintain that dynamic iron core, in letter The moment that number circuit disconnects, the real-time voltage of absorbing circuit can workpiece to be detected release voltage, the release voltage is fed back Judge whether workpiece is qualified according to preset data to Zhong Kong mechanisms.It should be noted that due to the property of coil, in absorption During circuit voltage reduction, coil can produce the process that induced-current hinders reduction, the induced field produced by induced-current Dynamic iron core can be acted on, therefore measured release voltage is certainly less than pick-up voltage.
The coil current blance test case 6 includes the 5th casing 61, and the 5th be arranged in the 5th casing 61 determines Hyte part.5th positioning component includes the 5th hoistable platform 62 above detection station a, and driving the described 5th The 5th lift cylinder 63 that hoistable platform 62 is lifted, and the 5th positioning tool 64 being arranged on the 5th hoistable platform 62, the Five hoistable platforms 62 are connected in the output end of the 5th lift cylinder 63, and detection circuit for access on the 5th positioning tool 64.Institute State and push rod cylinder 65 is provided with below the detection station a of coil current blance test case 6, the output end of push rod cylinder 65 penetrates detection In station a.During detection, Workpiece transfer to be detected is to station a is detected, the driving of the 5th lift cylinder 63 makes under the 4th hoistable platform 52 Move, the 5th positioning tool 64 is connected on workpiece to be detected, now detect that the two ends of circuit are connected to the two of workpiece to be detected On contact;Push rod cylinder 65, which is penetrated, to be detected the workpiece to be detected in station a and promotes dynamic iron core to move, and connects detection circuit. Access constant magnitude of voltage in detection circuit, the current value of measurement detection circuit, calculate coil heat production effect and there may be The probability of short circuit, thus judges whether workpiece to be detected is qualified.
Survey contact decompression and running-in test case 7 include the 6th casing 71, and the be arranged in the 6th casing 71 Six positioning components.6th positioning component includes the 6th hoistable platform 72 above detection station a, and described in driving 6th lift cylinder 73 of the 6th hoistable platform 72 lifting, and the 6th positioning tool being arranged on the 6th hoistable platform 72 74, the 6th hoistable platform 72 is connected in the output end of the 6th lift cylinder 73, and access absorption electricity on the 6th positioning tool 74 Road and detection circuit.During detection, Workpiece transfer to be detected is to station a is detected, the driving of the 6th lift cylinder 73 makes the 6th lifting flat Platform 72 is moved down, and the 6th positioning tool 74 is connected on workpiece to be detected, now detects that the two ends of circuit are connected to work to be detected On two contacts of part;And absorbing circuit is connected on the coil of inside workpiece to be detected, and one end ground connection of absorbing circuit, it is " 0 potential ".First, it is repeatedly switched on and disconnecting absorbing circuit reciprocates dynamic iron core, detects that circuit is not short and switch on and off, it is many It is secondary to repeatedly reach running-in effect.Then in the case of detection circuit is connected, 200A constant currents, detection are accessed on detection circuit Electrical potential difference between two contacts;Judge the pressure drop between the contact of workpiece two to be detected, feed back to Zhong Kong mechanisms according to preset data Judge whether workpiece is qualified.
The voltage-withstand test case 8 includes the 7th casing 81, and the 7th positioning component being arranged in the 7th casing 81.Institute Stating the 7th positioning component includes the 7th hoistable platform 82 above detection station a, and drives the 7th hoistable platform 7th lift cylinder 83 of 82 liftings, and the 7th positioning tool 84 being arranged on the 7th hoistable platform 82, the 7th lifting are flat Platform 82 is connected in the output end of the 7th lift cylinder 83, and detection circuit for access on the 7th positioning tool 84.It is to be checked during detection Workpiece transfer is surveyed to station a is detected, the driving of the 7th lift cylinder 83 moves down the 7th hoistable platform 82, makes the 7th positioning tool 84 It is connected on workpiece to be detected, now detects that the two ends of circuit are connected on two contacts of workpiece to be detected.Now, circuit is detected To the voltage that 500V ~ 800V is passed through between the contact of workpiece two to be detected, while detecting whether two contacts are breakdown.
Above-mentioned workpiece to be detected is placed on the first biography after the detection of air tightness test case 2 and hook dimensions test box 3 On the tool locating platform 13 of defeated band 11, by manually promoting tool locating platform 13 to be moved along the first transmission belt 11, and enter successively Enter additional travel test box 4, adhesive and release voltage test box 5, coil current blance test case 6, survey contact decompression and break-in Chamber 7 and voltage-withstand test case 8 carry out workpiece sensing, detected by volume of data and qualified workpiece can be in the first transmission belt Removed on 11 terminal part on tool locating platform 13, and carry out outward appearance detection by artificial naked eyes simultaneously, qualified products enter Row packaging;And tool locating platform 13 is then moved in the second transmission belt 12, slided by the initiating terminal of the second transmission belt 12 by gravity Move to the end of the second transmission belt 12.

Claims (8)

1. semi-automatic detection streamline, including Zhong Kong mechanisms, and surveyed by the middle transmission mechanism for controlling mechanism controls driving, air-tightness Try case, hook dimensions test box, additional travel test box, adhesive and release voltage test box, coil current blance test case, survey Contact is depressured and running-in test case and voltage-withstand test case;Air tightness test case, hook dimensions test box, additional travel test box, Adhesive and release voltage test box, coil current blance test case, survey contact decompression and running-in test case and voltage-withstand test case Box house is equipped with a platform, and platform is provided with detection station.
2. semi-automatic detection streamline according to claim 1, it is characterised in that:The air tightness test case includes first Casing, and it is arranged on the air-tightness tester and the first positioning component of the first box house;First positioning component includes First hoistable platform, and driving first hoistable platform lifting the first lift cylinder, and be arranged on the first lifting and put down The first positioning tool on platform;First hoistable platform is connected in the output end of the first lift cylinder, the first hoistable platform Above detection station, air-tightness tester is connected with the first positioning tool.
3. semi-automatic detection streamline according to claim 1, it is characterised in that:The hook dimensions test box includes the Two casings, and it is arranged on the second positioning component and hook test suite of the second box house;The second positioning component bag The second hoistable platform above detection station, and the second lift cylinder that driving second hoistable platform is lifted are included, And the second positioning tool on the second hoistable platform is arranged on, the second hoistable platform is connected to the output end of the second lift cylinder On;The hook test suite is in below detection station, and hook test suite includes stroke cylinder, and sets stroke cylinder The second push rod in output end, and the second displacement sensor being connected with second push rod;The stroke cylinder it is defeated Go out and linear axis bolster is connected with end, the second push rod is fixed on linear axis bolster upper end, stroke cylinder drives the linear bearing Frame is moved along Linear bearing guide rail, so that realize that the second push rod is moved up and down, during the second push rod is moved up and down, second Displacement transducer is linked and detects the distance between second ejector rod part stroke.
4. semi-automatic detection streamline according to claim 1, it is characterised in that:The additional travel test box includes the Three casings, and the 3rd positioning component and additional travel test suite being arranged in the 3rd casing;3rd positioning component Include the 3rd lifting air of the 3rd hoistable platform above detection station, and driving the 3rd hoistable platform lifting Cylinder, and the 3rd positioning tool being arranged on the 3rd hoistable platform, the 3rd hoistable platform are connected to the defeated of the 3rd lift cylinder Go out on end, and signal circuit is accessed on the 3rd positioning tool;The additional travel test suite includes prismatic pair, and driving institute The servomotor of mobile secondary motion is stated, and the 3rd push rod being arranged on prismatic pair, and be connected with the 3rd push rod Triple motion sensor;The prismatic pair is arranged on Linear bearing guide rail, and screw rod is connected with the output end of servomotor, The body of rod of screw rod is meshed with prismatic pair, and the rotation of servomotor drive screw drives prismatic pair movement.
5. semi-automatic detection streamline according to claim 1, it is characterised in that:The adhesive and release voltage test box Including the 4th casing, and the 4th positioning component being arranged in the 4th casing;4th positioning component is included in detection The 4th hoistable platform above station, and the 4th lift cylinder that driving the 4th hoistable platform is lifted, and be arranged on The 4th positioning tool on 4th hoistable platform, the 4th hoistable platform is connected in the output end of the 4th lift cylinder, and the 4th Signal circuit and absorbing circuit are accessed on positioning tool.
6. semi-automatic detection streamline according to claim 1, it is characterised in that:The coil current blance test case and bag Include the 5th casing, and the 5th positioning component being arranged in the 5th casing;5th positioning component is included in detection work The 5th hoistable platform above position, and driving the 5th hoistable platform lifting the 5th lift cylinder, and be arranged on the The 5th positioning tool on five hoistable platforms, the 5th hoistable platform is connected in the output end of the 5th lift cylinder, and the 5th fixed Detection circuit for access in the frock of position;Push rod cylinder, push rod gas are provided with below the detection station of the coil current blance test case The output end of cylinder is penetrated in detection station.
7. semi-automatic detection streamline according to claim 1, it is characterised in that:The survey contact decompression and running-in test Case includes the 6th casing, and the 6th positioning component being arranged in the 6th casing;6th positioning component is included in inspection The 6th hoistable platform surveyed above station, and the 6th lift cylinder that driving the 6th hoistable platform is lifted, and set The 6th positioning tool on the 6th hoistable platform, the 6th hoistable platform is connected in the output end of the 6th lift cylinder, and the Absorbing circuit and detection circuit are accessed on six positioning tools.
8. semi-automatic detection streamline according to claim 1, it is characterised in that:The voltage-withstand test case includes the 7th case Body, and the 7th positioning component being arranged in the 7th casing;7th positioning component is included above detection station 7th hoistable platform, and driving the 7th hoistable platform lifting the 7th lift cylinder, and to be arranged on the 7th lifting flat The 7th positioning tool on platform, the 7th hoistable platform is connected in the output end of the 7th lift cylinder, and on the 7th positioning tool Detection circuit for access.
CN201710469166.1A 2017-06-20 2017-06-20 Semi-automatic detection streamline Withdrawn CN107314789A (en)

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Application publication date: 20171103