CN107181380A - Wiring equipment - Google Patents
Wiring equipment Download PDFInfo
- Publication number
- CN107181380A CN107181380A CN201710445665.7A CN201710445665A CN107181380A CN 107181380 A CN107181380 A CN 107181380A CN 201710445665 A CN201710445665 A CN 201710445665A CN 107181380 A CN107181380 A CN 107181380A
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- China
- Prior art keywords
- stator
- conductive plate
- body part
- board body
- wiring
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Classifications
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02K—DYNAMO-ELECTRIC MACHINES
- H02K15/00—Methods or apparatus specially adapted for manufacturing, assembling, maintaining or repairing of dynamo-electric machines
- H02K15/08—Forming windings by laying conductors into or around core parts
-
- G—PHYSICS
- G01—MEASURING; TESTING
- G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
- G01R31/00—Arrangements for testing electric properties; Arrangements for locating electric faults; Arrangements for electrical testing characterised by what is being tested not provided for elsewhere
- G01R31/50—Testing of electric apparatus, lines, cables or components for short-circuits, continuity, leakage current or incorrect line connections
- G01R31/72—Testing of electric windings
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- Engineering & Computer Science (AREA)
- Power Engineering (AREA)
- Manufacturing & Machinery (AREA)
- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Manufacture Of Motors, Generators (AREA)
Abstract
The wiring pin of wiring is carried out the invention provides a kind of wiring equipment, including workbench and the stator for being pointed on workbench, wiring equipment also includes：Conducting piece, conducting piece is used to be conductively connected with the core of the winding enamel-covered wire of the stator on workbench, conducting piece and wiring pin are located on same detection circuit, to make detection circuit turn-on form power circuit when wiring pin scratches winding enamel-covered wire and is contacted with the core of winding enamel-covered wire；Control unit, control unit be connected with detection circuit, for detecting whether circuit turns on, and line position is hindered with determine stator.The wiring equipment of the present invention solves the problem of wire binding machine of the prior art can not determine to hinder line position.
Description
Technical field
The present invention relates to machinery equipment field, in particular to a kind of wiring equipment.
Background technology
The stator of alternating current asynchronous iron(-)clad motor is collectively constituted by stator core, stator winding etc..Stator winding is in wiring
During, the pin of tying up of wire binding machine easily scratches enamel-covered wire with the scratch of winding enamel-covered wire, in turn results in motor performance bad.
In production, it can only be detected by rear process stator performance detector, but existing stator performance detector pair
It can not all be detected in the line of hindering of this type, hinder line even for what is detected and can not also determine to hinder the position of line, so as to lead
Scrappage is higher during cause stator maintenance.
The content of the invention
It is a primary object of the present invention to provide a kind of wiring equipment, it can not be determined with solving wire binding machine of the prior art
The problem of hindering line position.
To achieve these goals, the invention provides a kind of wiring equipment, including workbench and for being pointed to work
Make the wiring pin that the stator on platform carries out wiring, wiring equipment also includes：Conducting piece, conducting piece be used for positioned at workbench
On the core of winding enamel-covered wire of stator be conductively connected, conducting piece and wiring pin are located on same detection circuit, to tie up
Line pin scratches winding enamel-covered wire and detection circuit turn-on is formed power circuit when being contacted with the core of winding enamel-covered wire；Control
Unit, control unit be connected with detection circuit, for detecting whether circuit turns on, and line position is hindered with determine stator.
Further, conducting piece includes：Conductive plate, conductive plate is arranged on the side of workbench, the winding enamel-cover of stator
The core of line is conductively connected with conductive plate, and conductive plate is arranged on detection circuit.
Further, stator has the power line that the core with winding enamel-covered wire is conductively connected, and the core of power line is with leading
Electroplax conductive contact, so that winding enamel-covered wire is conductively connected by power line with conductive plate.
Further, conductive plate has a conductive groove, the end of power line be located in conductive groove and with conductive groove
Cell wall is contacted, so that the core of power line is in contact with the electrically conductive plates.
Further, conductive plate includes：First conductive plate, bearing of trend extension of first conductive plate along workbench, the
One conductive plate has the first concave part of the end for being used to accommodate power line.
Further, the first conductive plate has the first board body part, the second board body part and the 3rd board body part, and the 3rd board body part is set
Put between the first board body part and the second board body part, so that the first board body part, the second board body part and the 3rd board body part are surrounded jointly
First concave part；First board body part is arranged on workbench.
Further, the first board body part and the second board body part are oppositely arranged, and the second board body part, which has, is directed away from the first plate
First folding portion of the direction turnover in body portion.
Further, conductive plate also includes：Second conductive plate, the stator that the second conductive plate is arranged on for transmitting stator is passed
It is connected between line sending and workbench and with the first conductive plate, so that the end of the power line of stator is transitted to by the second conductive plate
First conductive plate.
Further, the second conductive plate has the 4th board body part, and one end of the 4th board body part is connected with stator transmission line, the
The other end of four board body parts is all connected with workbench and the first conductive plate.
Further, the second conductive plate also includes the 5th board body part and the 6th board body part, the 5th board body part and the 6th plate body
Portion is separately positioned on the opposite sides of the 4th board body part, so that the 4th board body part, the 5th board body part and the 6th board body part are enclosed jointly
Into the second concave part for accommodating power line.
Further, wiring equipment also includes：Position detector, the detection probe of position detector is set towards stator,
Position detector is connected with control unit, the positional information of the corresponding stator slot for detecting stator, and positional information is transmitted
To control unit so that control unit determine stator hinder line position.
Further, position detector and circumferentially-spaced predetermined angular of the wiring pin along stator so that control unit according to
What the positional information and predetermined angular of the stator slot detected by position detector determined stator hinders line position.
Further, wiring equipment also includes：Installation portion, installation portion is rotatably arranged on workbench, stator peace
On installation portion, to be rotated under the drive of installation portion.
Further, installation portion includes：Markedness portion is set on Token Ring, Token Ring, and mark portion is multiple, multiple marks
Portion is provided at circumferentially spaced along Token Ring, and each stator slot of multiple mark portions and stator is set correspondingly, corresponding
The spaced radial of mark portion and stator slot along stator is set.
Further, position detector is inductive switch, and the inductive head of inductive switch is set towards Token Ring, with according to inspection
The mark portion being disposed below measured determines the stator slot corresponding with the mark portion.
Further, wiring equipment also includes：Driving wheel, driving wheel is rotatably arranged on workbench, driving wheel
It is connected with installation portion, to drive installation portion to rotate.
Further, wiring equipment also includes：Warning device, control unit is connected with warning device with communication, with inspection
Control warning device sends alarm when measuring detection circuit turn-on.
The wiring equipment of the present invention can determine in wiring by wiring pin, detection circuit, conducting piece and control unit
What equipment carried out occurring hindering during wiring line to stator hinders line position, wherein, stator is arranged on workbench, conducting piece and
Wiring pin is located on same detection circuit, and control unit is connected with detection circuit.In specific detection process, start wiring and set
Standby, wiring pin starts to carry out wiring to the winding enamel-covered wire of stator, during wiring, if wiring pin scratches winding enamel-cover
Line so that the core contact of wiring pin and the winding enamel-covered wire scratched, it is contemplated that conducting piece and the stator on workbench
The core of winding enamel-covered wire be conductively connected, and conducting piece and wiring pin are located on same detection circuit, so that detection electricity
Road is turned on to form power circuit, because control unit is connected with detection circuit, in detection detection circuit turn-on, passes through control
Unit obtains Continuity signal, so as to determine stator by determining the contact position of now wiring pin and winding enamel-covered wire
Hinder line position.
, can only in specific production for the detection for hindering line situation of the winding enamel-covered wire of stator in compared with prior art
Detected by follow-up stator performance detector, when being detected using stator performance detector, not only can not all detect wound
The quantity of line, that is, allowing to obtain the quantity for hindering line can not determine specifically to hinder line position again, therefore, scrappage when causing maintenance
It is high；And the wiring equipment of the present invention, specifically hinder the position of line by on-line checking, can efficiently and accurately obtain and hinder the specific of line
Positional information, so as to solve the problem of wire binding machine of the prior art can not determine to hinder line position.
Brief description of the drawings
The Figure of description for constituting the part of the application is used for providing a further understanding of the present invention, and of the invention shows
Meaning property embodiment and its illustrate be used for explain the present invention, do not constitute inappropriate limitation of the present invention.In the accompanying drawings：
Fig. 1 shows the structural representation of the embodiment of the wiring equipment according to the present invention；
Fig. 2 shows the partial structural diagram of the wiring equipment according to the present invention；
Fig. 3 shows the partial enlargement structural representation of the wiring equipment in Fig. 2；
Fig. 4 shows the structural representation of the first conductive plate of the wiring equipment according to the present invention；
Fig. 5 shows the front view of the first conductive plate of the wiring equipment according to the present invention；
Fig. 6 shows the top view of the first conductive plate of the wiring equipment according to the present invention；
Fig. 7 shows the structural representation of the second conductive plate of the wiring equipment according to the present invention；
Fig. 8 shows the front view of the second conductive plate of the wiring equipment according to the present invention；
Fig. 9 shows the top view of the second conductive plate of the wiring equipment according to the present invention；And
Figure 10 shows the control program of the wiring equipment according to the present invention.
Wherein, above-mentioned accompanying drawing is marked including the following drawings：
11st, wiring pin；12nd, workbench；13rd, installation portion；14th, driving wheel；15th, motor；131st, Token Ring；20、
Stator；21st, power line；30th, conducting piece；31st, conductive plate；311st, the first conductive plate；312nd, the second conductive plate；313rd, the first plate body
Portion；314th, the second board body part；315th, the 3rd board body part；316th, the 4th board body part；317th, the 5th board body part；318th, the 6th plate body
Portion；319th, the first folding portion；40th, position detector；41st, Z-type support；50th, mark portion；60th, the first starting switch；70th, second
Starting switch；90th, stator transmission line；100th, finishing machine.
Embodiment
It should be noted that in the case where not conflicting, the feature in embodiment and embodiment in the application can phase
Mutually combination.Describe the present invention in detail below with reference to the accompanying drawings and in conjunction with the embodiments.
The invention provides a kind of wiring equipment, Fig. 1 to Fig. 9 is refer to, wiring equipment includes workbench 12 and is used for
The stator 20 being pointed on workbench 12 carries out the wiring pin 11 of wiring, and wiring equipment also includes：Conducting piece 30, conducting piece 30
It is conductively connected for the core with the winding enamel-covered wire of the stator 20 on workbench 12, conducting piece 30 and 11, wiring pin
In on same detection circuit, to make detection when wiring pin 11 scratches winding enamel-covered wire and is contacted with the core of winding enamel-covered wire
Circuit turn-on is to form power circuit；Whether control unit, control unit is connected with detection circuit, led for detection circuit
It is logical, hinder line position with determine stator 20.
The wiring equipment of the present invention can determine by wiring pin 11, detection circuit, conducting piece 30 and control unit
What wiring equipment carried out occurring hindering during wiring line to stator 20 hinders line position, wherein, stator 20 is arranged on workbench 12
On, conducting piece 30 and wiring pin 11 are located on same detection circuit, and control unit is connected with detection circuit.Detected specifically
Cheng Zhong, starts wiring equipment, wiring pin 11 starts to carry out wiring to the winding enamel-covered wire of stator 20, during wiring, if
Wiring pin 11 scratches winding enamel-covered wire so that the core contact of wiring pin 11 and the winding enamel-covered wire scratched, it is contemplated that conducting piece
30 are conductively connected with the core of the winding enamel-covered wire of the stator 20 on the workbench 12, and conducting piece 30 and 11, wiring pin
In on same detection circuit, so that detection circuit turn-on is to form power circuit, because control unit connects with detection circuit
Connect, in detection detection circuit turn-on, Continuity signal is obtained by control unit, so as to by determining now wiring pin 11
Hinder line position with the contact position of winding enamel-covered wire with determine stator 20.
In compared with prior art, for the detection for hindering line situation of the winding enamel-covered wire of stator 20, in specific production only
It can detect, when being detected using stator performance detector, not only can not all detect by follow-up stator performance detector
Hinder the quantity of line, that is, allowing to obtain the quantity for hindering line can not determine specifically to hinder line position again, therefore, cause to scrap during maintenance
Rate is high；And the wiring equipment of the present invention, specifically hinder the position of line by on-line checking, can efficiently and accurately obtain the tool for hindering line
Body position information, so as to solve the problem of wire binding machine of the prior art can not determine to hinder line position.
In order to be conductively connected conducting piece 30 and the core of winding enamel-covered wire, as shown in figure 1, conducting piece 30 includes：
Conductive plate 31, conductive plate 31 is arranged on the side of workbench 12, and core and the conductive plate 31 of the winding enamel-covered wire of stator 20 are led
Electrical connection, conductive plate 31 is arranged on detection circuit.By being provided with conductive plate 31 on conducting piece 30, wherein, conductive plate 31
The side of workbench 12 is arranged on, it is conductive by the way that the core of the winding enamel-covered wire of stator 20 and conductive plate 31 are conductively connected
Plate 31 is arranged on detection circuit, so as to ensure that conducting piece 30 and the core of winding enamel-covered wire are conductively connected.
Preferably, stator 20 has the power line 21 that the core with winding enamel-covered wire is conductively connected, the core of power line 21
With the conductive contact of conductive plate 31 so that winding enamel-covered wire is conductively connected by power line 21 with conductive plate 31.
In order to make power line 21 is stable to be conductively connected with conductive plate 31, conductive plate 31 has conductive groove, power line
21 end is located in conductive groove and contacted with the cell wall of conductive groove, so that the core of power line 21 connects with conductive plate 31
Touch.
In the present embodiment, conductive plate 31 has conductive groove, by the way that the end of power line 21 is located in conductive groove
And contacted with the cell wall of conductive groove, so as to make the core of power line 21 be steadily contacted with conductive plate 31.
For the concrete structure of conductive plate 31, as shown in figure 1, conductive plate 31 includes：First conductive plate 311, first is conductive
Bearing of trend extension of the plate 311 along workbench 12, the first conductive plate 311 has the first of the end for being used to accommodate power line 21
Concave part.By being provided with the first conductive plate 311 on conductive plate 31, wherein, the first prolonging along workbench 12 of conductive plate 311
Direction extension is stretched, by being provided with the first concave part of the end for accommodating power line 21 on the first conductive plate 311, so that
Can power line 21 core and the reliable contacts of the first conductive plate 311.
In view of the easy to use of the first conductive plate 311, as shown in Figs. 4-6, the first conductive plate 311 has the first plate body
Portion 313, the second board body part 314 and the 3rd board body part 315, the 3rd board body part 315 are arranged on the first board body part 313 and the second plate body
Between portion 314, so that the first board body part 313, the second board body part 314 and the 3rd board body part 315 surround the first concave part jointly；The
One board body part 313 is arranged on workbench 12.
In order to increase the core of power line 21 and the contact area of the first conductive plate 311, as shown in Figure 4 and Figure 6, the
One board body part 313 and the second board body part 314 are oppositely arranged, and the second board body part 314 has the side for being directed away from the first board body part 313
To the first folding portion 319 of turnover.
In order to ensure that the core of power line 21 during wiring is contacted all the time with conductive plate 31, conductive plate 31 is also wrapped
Include：Second conductive plate 312, the second conductive plate 312 is arranged on for the stator transmission line 90 for transmitting stator 20 and workbench 12
Between and be connected with the first conductive plate 311 so that the end of the power line 21 of stator 20 transits to first by the second conductive plate 312
Conductive plate 311.
In the present embodiment, conductive plate 31 is made up of the first conductive plate 311 and the second conductive plate 312, wherein, first is conductive
Bearing of trend extension of the plate 311 along workbench 12, the second conductive plate 312 is arranged on the stator transmission line for transmitting stator 20
It is connected between 90 and workbench 12 and with the first conductive plate 311, so as to ensure the core of power line 21 during wiring
Contacted all the time with conductive plate 31.
Preferably, the second conductive plate 312 has the 4th board body part 316, one end and the stator transmission line of the 4th board body part 316
90 connections, the other end and the conductive plate 311 of workbench 12 and first of the 4th board body part 316 are all connected with.
Correspondingly, as shown in Figs. 7-9, the second conductive plate 312 also includes the 5th board body part 317 and the 6th board body part 318,
5th board body part 317 and the 6th board body part 318 are separately positioned on the opposite sides of the 4th board body part 316, so that the 4th board body part
316th, the 5th board body part 317 and the 6th board body part 318 surround the second concave part for accommodating power line 21 jointly.
In the present embodiment, the 6th board body part 318 is connected with the second board body part 314, by the second board body part close to
One end of two conductive plates 312 is provided with avoidance opening, so as to connect the 4th board body part 316 and the 3rd board body part 315.
Preferably, as shown in Figure 7 to 9, there is the 6th board body part 318 direction for being directed away from the 5th board body part 317 to turn over
Second folding portion of folding.
In order to make what control unit determined stator 20 to hinder line position, as shown in figure 3, wiring equipment also includes：Position
Detector 40, the detection probe of position detector 40 is set towards stator 20, and position detector 40 is connected with control unit, is used for
The positional information of the corresponding stator slot of stator 20 is detected, and positional information is transferred to control unit, so that control unit is determined
Stator 20 hinders line position.
In the present embodiment, by being provided with position detector 40 in wiring equipment, wherein, the inspection of position detector 40
Probing head is set towards stator 20, by the way that position detector 40 is connected with control unit so that position detector 40 will be detected
To the positional information of corresponding stator slot of stator 20 be transferred to control unit, so as to make control unit determine stator 20
Hinder line position, in the present embodiment, position detector 40 causes the detection probe direction of position detector 40 by Z-type support 41
Stator 20 is set.
In order to make the positional information that control unit is detected by position detector 40 determine stator 20 hinder line position
Put, position detector 40 and circumferentially-spaced predetermined angular of the wiring pin 11 along stator 20, so that detection unit is detected according to position
What the positional information and predetermined angular of the stator slot detected by device 40 determined stator 20 hinders line position.By by position detector
40 with circumferentially-spaced predetermined angular of the wiring pin 11 along stator 20, so as to make detection unit be examined according to position detector 40
What the positional information and predetermined angular of the stator slot measured determined stator 20 hinders line position.
In order to which stator 20 is rotatably arranged on workbench 12, as shown in Fig. 2 wiring equipment also includes：
Installation portion 13, installation portion 13 is rotatably arranged on workbench 12, and stator 20 is arranged on installation portion 13, with installation portion
Rotated under 13 drive.
In the present embodiment, by being provided with installation portion 13 in wiring equipment, by the way that installation portion 13 is rotationally set
Put on workbench 12, stator 20 is arranged on installation portion 13, so that stator 20 is rotated under the drive of installation portion 13.
In order to by make position detector 40 detect stator 20 corresponding stator slot positional information, such as Fig. 3 institutes
Show, installation portion 13 includes：Markedness portion 50 is set on Token Ring 131, Token Ring 131, and mark portion 50 is multiple, multiple mark portions
50 being provided at circumferentially spaced along Token Ring 131, multiple mark portions 50 and each stator slot of stator 20 are set correspondingly, phase
The spaced radial of corresponding mark portion 50 and stator slot along stator 20 is set.
In the present embodiment, by being provided with Token Ring 131 on installation portion 13, wherein, note is provided with Token Ring 131
Number portion 50, mark portion 50 is multiple, multiple being provided at circumferentially spaced along Token Ring 131 of mark portion 50, multiple mark portions 50 with it is fixed
Each stator slot of son 20 is set correspondingly, and the spaced radial of corresponding mark portion 50 and stator slot along stator 20 is set
Put, so that position detector 40 is by determining that the positional information in corresponding mark portion 50 obtains corresponding with mark portion 50
The positional information of stator slot.
Preferably, position detector 40 is inductive switch, and the inductive head of inductive switch is set towards Token Ring 131, with root
The stator slot corresponding with the mark portion 50 is determined according to the mark portion 50 being disposed below detected.
In the present embodiment, inductive switch can select infrared sensing switch, piezoelectricity inductive switch, electromagnetic induction switch, electricity
Hold inductive switch etc..
In order to make installation portion 13 realize rotation, as shown in Fig. 2 wiring equipment also includes：Driving wheel 14, driving wheel 14
It is rotatably arranged on workbench 12, driving wheel 14 is connected with installation portion 13, to drive installation portion 13 to rotate.
In the present embodiment, by being provided with driving wheel 14 in wiring equipment, driving wheel 14 is rotatably arranged in work
Make on platform 12, wherein, installation portion 13 is the driven gear being adapted with driving wheel 14, is installed so as to be realized by gear engagement
The rotation in portion 13.
In order to notify operator in time when detecting the scuffing winding enamel-covered wire of wiring pin 11, wiring equipment is also wrapped
Include：Warning device, control unit is connected with warning device with communication, to control warning device when detecting detection circuit turn-on
Send alarm.
Preferably, wiring equipment also includes：Motor 15, motor 15 and the drive connection of driving wheel 14, to drive
Driving wheel 14 is rotated.
Preferably, wiring equipment also includes：First starting switch 60 and the second starting switch 70, pass through the first starting switch
60 and second starting switch 70 control wiring equipment operation.
Preferably, finishing machine 100 is additionally provided with close to wiring equipment, so as to which the stator 20 for completing wiring is directly sent
Follow-up processing is carried out to finishing machine 100.
Present invention also offers a kind of facility control program, facility control program is applied to above-mentioned wiring equipment.
The wiring pin 11 of wiring equipment during wiring, if scratch winding enamel-covered wire, now wire casing (conductive plate 31) with
Wiring pin 11 connects this and is equivalent to a switch X003.Wiring pin is closed when scratching winding enamel-covered wire equivalent to switch, i.e.,
X003 produces a rising edge pulse signal.
For specific program circuit, as shown in Figure 10, X000, X001 are the starting switch of wire binding machine in control program
(the first starting switch 60 of correspondence and the second starting switch 70).X002 is that an inductive switch is used for just gathering positional information, fixed
Son 20 is fixed by the gear wheel (installation portion 13) of wiring machine equipment, the connection gear (driving of servomotor (motor 15)
14) wheel engages with gear wheel, and the angle that gear wheel is turned over is consistent with the angle that stator is turned over, therefore is collected greatly by inductive switch
Gear drives such as one rising edge pulse signal X002 of signal of the groove one of stator one groove motion.Y0 in program is a honeybee
Ring device buzzer when exporting Y0 starts alarm, and D100 (position of failure point deposit), D105 (broken string number of times is calculated) are memory.
The running of specific procedure, when operating personnel press X000, X001 starting switch, remove holder D100 and
D105, wiring equipment is started working, and inductive switch X002 starts to produce rising edge pulse signal holder D105 record X002 productions
Raw umber of pulse, it is synchronous that alarm auxiliary M0 is set.X003 when pin hinders line, which is tied up, when wire binding machine just produces a rising edge pulse signal,
Now buzzer starts alarm.Engineering is set up in display screen to D100, being configured in D105 holders makes it in display
Corresponding numeral is shown in screen.Data in D100 be generation hinder data in the corresponding stator slot sequence number of line, D105 be generation
The machine produces the number of times for hindering line.
Any to press X000, X001 starting switch, alarm auxiliary stop alarm, wiring equipment is out of service.
As can be seen from the above description, the above embodiments of the present invention realize following technique effect：
The wiring equipment of the present invention can determine by wiring pin 11, detection circuit, conducting piece 30 and control unit
What wiring equipment carried out occurring hindering during wiring line to stator 20 hinders line position, wherein, stator 20 is arranged on workbench 12
On, conducting piece 30 and wiring pin 11 are located on same detection circuit, and control unit is connected with detection circuit.Detected specifically
Cheng Zhong, starts wiring equipment, wiring pin 11 starts to carry out wiring to the winding enamel-covered wire of stator 20, during wiring, if
Wiring pin 11 scratches winding enamel-covered wire so that the core contact of wiring pin 11 and the winding enamel-covered wire scratched, it is contemplated that conducting piece
30 are conductively connected with the core of the winding enamel-covered wire of the stator 20 on the workbench 12, and conducting piece 30 and 11, wiring pin
In on same detection circuit, so that detection circuit turn-on is to form power circuit, because control unit connects with detection circuit
Connect, in detection detection circuit turn-on, Continuity signal is obtained by control unit, so as to by determining now wiring pin 11
Hinder line position with the contact position of winding enamel-covered wire with determine stator 20.
In compared with prior art, for the detection for hindering line situation of the winding enamel-covered wire of stator 20, in specific production only
It can detect, when being detected using stator performance detector, not only can not all detect by follow-up stator performance detector
Hinder the quantity of line, that is, allowing to obtain the quantity for hindering line can not determine specifically to hinder line position again, therefore, cause to scrap during maintenance
Rate is high；And the wiring equipment of the present invention, specifically hinder the position of line by on-line checking, can efficiently and accurately obtain the tool for hindering line
Body position information, so as to solve the problem of wire binding machine of the prior art can not determine to hinder line position.
The wiring equipment of the present invention can hinder line situation to wiring pin and be monitored in real time, so as to improve the matter of product
Amount, contrasts the method that line position is hindered in traditional looking for, and wiring equipment of the invention hinders the sequence number of the corresponding groove of line significantly by display
Scrappage when lifting the efficiency of maintenance and reducing maintenance, that is, improve quality and saved cost again.
The wiring equipment of the present invention can accurately detect and position to corresponding stator slot to the line of hindering during wiring,
And the line situation of hindering of wiring equipment can be counted and make form.
The preferred embodiments of the present invention are the foregoing is only, are not intended to limit the invention, for the skill of this area
For art personnel, the present invention can have various modifications and variations.Within the spirit and principles of the invention, that is made any repaiies
Change, equivalent substitution, improvement etc., should be included in the scope of the protection.
Claims (17)
1. a kind of wiring equipment, including workbench (12) and enter for the stator (20) being pointed on the workbench (12)
The wiring pin (11) of row wiring, it is characterised in that the wiring equipment also includes：
Conducting piece (30), the conducting piece (30) is used for the winding with the stator (20) on the workbench (12)
The core of enamel-covered wire is conductively connected, and the conducting piece (30) and the wiring pin (11) are located on same detection circuit, with
The wiring pin (11) scratches the winding enamel-covered wire and makes the detection circuit when being contacted with the core of the winding enamel-covered wire
Turn on to form power circuit；
Control unit, described control unit is connected with the detection circuit, for detecting whether the detection circuit turns on, with true
That determines the stator (20) hinders line position.
2. wiring equipment according to claim 1, it is characterised in that the conducting piece (30) includes：
Conductive plate (31), the conductive plate (31) is arranged on the side of the workbench (12), the winding of the stator (20)
The core of enamel-covered wire is conductively connected with the conductive plate (31), and the conductive plate (31) is arranged on the detection circuit.
3. wiring equipment according to claim 2, it is characterised in that the stator (20) has and the winding enamel-covered wire
The power line (21) that is conductively connected of core, core and the conductive plate (31) conductive contact of the power line (21) so that
The winding enamel-covered wire is conductively connected by the power line (21) with the conductive plate (31).
4. wiring equipment according to claim 3, it is characterised in that the conductive plate (31) has conductive groove, described
The end of power line (21) is located in the conductive groove and contacted with the cell wall of the conductive groove, so that the power line
(21) core is contacted with the conductive plate (31).
5. wiring equipment according to claim 3, it is characterised in that the conductive plate (31) includes：
First conductive plate (311), bearing of trend extension of first conductive plate (311) along the workbench (12) is described
First conductive plate (311) has the first concave part of the end for being used to accommodate the power line (21).
6. wiring equipment according to claim 5, it is characterised in that first conductive plate (311) has the first plate body
Portion (313), the second board body part (314) and the 3rd board body part (315), the 3rd board body part (315) are arranged on first plate
Between body portion (313) and second board body part (314), so that first board body part (313), second board body part
And the 3rd board body part (415) surrounds first concave part jointly (314)；First board body part (313) is arranged on institute
State on workbench (12).
7. wiring equipment according to claim 6, it is characterised in that first board body part (313) and second plate
Body portion (314) is oppositely arranged, and there is second board body part (314) direction for being directed away from first board body part (313) to turn over
The first folding portion (319) of folding.
8. wiring equipment according to claim 5, it is characterised in that the conductive plate (31) also includes：
Second conductive plate (312), second conductive plate (312) is arranged on the stator transmission line for transmitting the stator (20)
(90) it is connected between the workbench (12) and with first conductive plate (311), so that the power supply of the stator (20)
The end of line (21) transits to first conductive plate (311) by second conductive plate (312).
9. wiring equipment according to claim 8, it is characterised in that second conductive plate (312) has the 4th plate body
Portion (316), one end of the 4th board body part (316) is connected with the stator transmission line (90), the 4th board body part (316)
The other end be all connected with the workbench (12) and first conductive plate (311).
10. wiring equipment according to claim 9, it is characterised in that second conductive plate (312) also includes the 5th plate
Body portion (317) and the 6th board body part (318), the 5th board body part (317) and the 6th board body part (318) are separately positioned on
The opposite sides of 4th board body part (316), so that the 4th board body part (316), the 5th board body part (317) and institute
State the 6th board body part (318) and surround the second concave part for being used for accommodating the power line (21) jointly.
11. wiring equipment according to claim 1, it is characterised in that the wiring equipment also includes：
Position detector (40), the detection probe of the position detector (40) is set towards the stator (20), the position
Detector (40) is connected with described control unit, the positional information of the corresponding stator slot for detecting the stator (20), and will
The positional information is transferred to described control unit so that described control unit determine the stator (20) hinder line position.
12. wiring equipment according to claim 11, it is characterised in that the position detector (40) and the wiring pin
(11) along the circumferentially-spaced predetermined angular of the stator (20), so that described control unit is according to the position detector (40) institute
What the positional information and the predetermined angular of the stator slot detected determined the stator (20) hinders line position.
13. wiring equipment according to claim 12, it is characterised in that the wiring equipment also includes：
Installation portion (13), the installation portion (13) is rotatably arranged on the workbench (12), stator (20) peace
On the installation portion (13), to be rotated under the drive of the installation portion (13).
14. wiring equipment according to claim 13, it is characterised in that the installation portion (13) includes：
Markedness portion (50) are set on Token Ring (131), the Token Ring (131), the mark portion (50) is multiple, Duo Gesuo
State mark portion (50) being provided at circumferentially spaced along the Token Ring (131), multiple mark portions (50) and the stator (20)
Each described stator slot set correspondingly, the corresponding mark portion (50) and the stator slot are along the stator
(20) spaced radial is set.
15. wiring equipment according to claim 14, it is characterised in that the position detector (40) is inductive switch,
The inductive head of the inductive switch is set towards the Token Ring (131), with according to the note being disposed below detected
Number portion (50) determines the stator slot corresponding with the mark portion (50).
16. wiring equipment according to claim 13, it is characterised in that the wiring equipment also includes：
Driving wheel (14), the driving wheel (14) is rotatably arranged on the workbench (12), the driving wheel (14)
It is connected with the installation portion (13), to drive the installation portion (13) to rotate.
17. wiring equipment according to claim 1, it is characterised in that the wiring equipment also includes：
Warning device, described control unit is connected with the warning device with communication, to detect the detection circuit turn-on
When control the warning device to send alarm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710445665.7A CN107181380B (en) | 2017-06-13 | 2017-06-13 | Binding wire equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710445665.7A CN107181380B (en) | 2017-06-13 | 2017-06-13 | Binding wire equipment |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107181380A true CN107181380A (en) | 2017-09-19 |
| CN107181380B CN107181380B (en) | 2023-07-14 |
Family
ID=59835894
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710445665.7A Active CN107181380B (en) | 2017-06-13 | 2017-06-13 | Binding wire equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107181380B (en) |
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| CN206077176U (en) * | 2017-02-17 | 2017-04-05 | 广州桂电工控科技有限公司 | Cam wire binding machine for stator |
| CN206922617U (en) * | 2017-06-13 | 2018-01-23 | 合肥凯邦电机有限公司 | Wiring equipment |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN107181380B (en) | 2023-07-14 |
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