CN201927498U - Shaping, detecting and transporting mechanism of capacitor - Google Patents

Shaping, detecting and transporting mechanism of capacitor Download PDF

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Publication number
CN201927498U
CN201927498U CN 201120000308 CN201120000308U CN201927498U CN 201927498 U CN201927498 U CN 201927498U CN 201120000308 CN201120000308 CN 201120000308 CN 201120000308 U CN201120000308 U CN 201120000308U CN 201927498 U CN201927498 U CN 201927498U
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CN
China
Prior art keywords
downside
folder
upside
capacitor
guide plate
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.)
Expired - Lifetime
Application number
CN 201120000308
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Chinese (zh)
Inventor
龙纪明
高胜利
池上通熙
李艺
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Zhuhai Higrand Electronic Technology Co Ltd
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Zhuhai Higrand Electronic Technology Co Ltd
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Priority to CN 201120000308 priority Critical patent/CN201927498U/en
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Publication of CN201927498U publication Critical patent/CN201927498U/en
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Abstract

The utility model relates to a shaping, detecting and transporting mechanism of a capacitor, which comprises a base and an upper bracket seat fixed on the base, wherein the same horizontal position of the base is provided with a pin-opening device, a pin-shaping device, a polarity-detecting device and a polarity-reversing device used for performing the pin opening, the pin shaping, the polarity detecting and the polarity reversing to the capacitor which passes through along a straight line, and the base is internally provided with a cam mechanism which is used for controlling the pin-opening device, the pin-shaping device, the polarity-detecting device and the polarity-reversing device to move.

Description

The capacitor shaping detects conveying mechanism
Technical field
The utility model relates to the conveying device in the capacitor production process, is specifically related to a kind of capacitor shaping and detects conveying mechanism.
Background technology
At present, electron trade is in the process of producing capacitor (naked product), just can process after need judging the polarity of capacitor, general elder generation sends into capacitor in the hopper of slotted disc type hopper by the vibrating bunker of circle, enter the detection conveying mechanism after the arrangement again, detect conveying mechanism capacitor is left pin that pin, whole pin, polarity make its polarity after detecting, turning in the same side, and then send and carry out other PROCESS FOR TREATMENT; As depicted in figs. 1 and 2, existing capacitor detects the mode of movement that conveying mechanism adopts disc type and belt, by the different disk actions of a plurality of cam drivens, during work, the capacitor of naked product is sent into feeding disk 1 from feedstock direction, charging folder driving mechanism with 2 its send into eight and cut apart on the reshaping device 3, at first capacitor two terminal pins are separated by eight foot devices of cutting apart on the reshaping device 3 30 of opening, then by the whole pin of 31 pairs of lead-in wires of whole foot device, carrying out polarity by polarity checkout gear 32 again detects, polarity reversing folder through polarity reversing mechanism 33 commutates to correct direction, send into four division mechanisms and it is delivered to other stations, in the whole process, eight cut apart that reshaping device is turned clockwise by eight dispensers and pin is finished out in the control of each cam mechanism, whole pin, polarity detects, turn to, various actions such as send.This mechanism is by the shaping mode of a plurality of cam driven disks, and structure is too complicated, when the anchor clamps of disk lower end are loosening, can't step up capacitor, easily capacitor is thrown away when disk rotates simultaneously; And terminal belt in use for some time, and belt also can be loose because of elastic fatigue owing to tightening use for a long time; The complex structure that this detects conveying mechanism causes work step more, and poor reliability, regular maintenance amount are big.
The utility model content
The utility model provide a kind of simple in structure, adopt and flatly to send mode, adjusts easy to maintenancely, whole pin is effective, is convenient to the capacitor shaping detection conveying mechanism of clamping, assembling, detection.
For achieving the above object, the technical solution adopted in the utility model is:
A kind of capacitor shaping detects conveying mechanism, comprise pedestal and the upper bracket plate that is fixed on the pedestal, the same horizontal level of pedestal be provided with to the capacitor that passes through along straight line open pin, whole pin successively, polarity detects and polarity reversing open foot device, whole foot device, polarity checkout gear and polarity reversing device, be provided with the cam mechanism that foot device, whole foot device, polarity checkout gear and polarity reversing device action are opened in control in the described pedestal; The capacitor of described pedestal below be arranged with can be on pedestal in opposite directions or the preceding wood side-guide plate of opposing slip and back wood side-guide plate; The described foot device of opening comprises that the first upside conveying clamp, first downside are driven pin folder and be arranged on first downside and opens the first downside locating clip that the corresponding end of pin folder is convenient to the capacitor positioning and fixing, described first downside is opened the pin clamping and is fixed on the described preceding wood side-guide plate, and the described first downside locating clip is fixed on the wood side-guide plate of described back; Described whole foot device comprises the second upside conveying clamp, the whole pin folder of second downside and is arranged on the second downside locating clip that the whole pin folder of second downside corresponding end is convenient to the capacitor positioning and fixing, the whole pin clamping of described second downside fixes on the described preceding wood side-guide plate, the described second downside locating clip is fixed on the wood side-guide plate of described back, and described cam mechanism is provided with the whole pin cam arm that drives the action of the whole pin folder of second downside; Described polarity checkout gear comprises that the 3rd upside conveying clamp, the 3rd downside polarity detect folder and is arranged on the 3rd downside locating clip that the 3rd downside polarity detection folder corresponding end is convenient to the capacitor positioning and fixing, described the 3rd downside polarity detects clamping and fixes on the described preceding wood side-guide plate, and described the 3rd downside locating clip is fixed on the wood side-guide plate of described back; Described polarity reversing device comprises that the 4th upside transmits commutation folder, the 4th downside geometrical clamp and is arranged on the 4th downside locating clip that the 4th downside geometrical clamp corresponding end is convenient to the capacitor positioning and fixing, described the 4th downside geometrical clamp is fixed on the described preceding wood side-guide plate, and described the 4th downside locating clip is fixed on the wood side-guide plate of described back; The upper bracket plate front side of described pedestal is fixed with the transfer plate that horizontally slips thereon, the described first upside conveying clamp, the second upside conveying clamp, the 3rd upside conveying clamp and the 4th upside transmit the commutation folder and are fixed on the transfer plate successively, be fixed with the polarity reversing device that drives the axial half-twist of the 4th upside transmission commutation folder at the transfer plate upside, transmit commutation folder rear side at the 4th upside and also be provided with the upside feeding folder that is fixed on the transfer plate, be fixed with the first upside conveying clamp that drives on the transfer plate at upper bracket plate rear side, the second upside conveying clamp, the 3rd upside conveying clamp, the 4th upside transmits the handover cam gear of commutation folder and upside feeding folder move left and right and folding; Also be provided with the preceding wood side-guide plate that drives on the pedestal and back wood side-guide plate on the described cam mechanism in opposite directions or the make and break cam arm of opposing slip, drive that first downside on the wood side-guide plate and back wood side-guide plate before being separately positioned on is driven the pin folder and the first downside locating clip, the whole pin folder of second downside and the second downside locating clip, the 3rd downside polarity detect folder and the 3rd downside locating clip, reach the 4th downside geometrical clamp and the 4th downside locating clip correspondence in opposite directions or opposing motion fix or unclamp the capacitor that passes through.
Aforesaid capacitor shaping detects conveying mechanism, and described upside feeding is pressed from both sides positive downside and also is provided with and can horizontally rotates 90 ° of horizontal turning devices to the capacitor under it.
Aforesaid capacitor shaping detects conveying mechanism, and described polarity reversing device comprises being fixed on the transfer plate upside and driving the 4th upside and transmits the commutation folder and axially revolve rack tooth wheels that turn 90 degrees and the polarity reversing cylinder that drives the action of tooth bar gear train.
Aforesaid capacitor shaping detects conveying mechanism, and described transfer plate left side also is provided with the limit feed collet that does not have the spacing cylinder of material and pass through not have the spacing air cylinder driven of material.
Aforesaid capacitor shaping detects conveying mechanism, also is provided with the buffer that the buffering transfer plate horizontally slips on the upper bracket plate of described pedestal.
Aforesaid capacitor shaping detects conveying mechanism, and the charging oral-lateral of described preceding wood side-guide plate and back wood side-guide plate also is provided with the catch folder group and the infrared ray sensing apparatus of control capacitor charging.
Aforesaid capacitor shaping detects conveying mechanism, and the charging oral-lateral of described preceding wood side-guide plate and back wood side-guide plate also has the capacitor to the charging aperture place steadily to support the fixing flat fixed block that send.
Aforesaid capacitor shaping detects conveying mechanism, and described horizontal turning device comprises the folder that overturns, and driving upset folder rotates respectively and the rotation driving wheel arm and the driven for opening and closing arm of folding.
The utility model advantage:
The utility model employing is provided with first downside and opens the pin folder and the first downside locating clip on preceding wood side-guide plate and back wood side-guide plate, the whole pin folder of second downside and the second downside locating clip, the 3rd downside polarity detects folder and the 3rd downside locating clip, and the 4th downside geometrical clamp and the 4th downside locating clip, by correspondence in opposite directions or opposing motion fix or unclamp the capacitor that passes through, the first upside conveying clamp is set on transfer plate, the second upside conveying clamp, the 3rd upside conveying clamp, the 4th upside transmits commutation folder and upside feeding folder move left and right and folding and transmits the capacitor that passes through, and carry out the pin of opening of capacitor simultaneously, whole pin, polarity detects and polarity reversing, with respect in the past the disc type and the mode of movement of belt, simplified mechanical structure significantly, overcome the problem that the course of processing wastes time and energy and cost is high, improved its mechanization level effectively, working (machining) efficiency and crudy.
Description of drawings
Fig. 1 is the isometric front view that capacitor detects conveying mechanism in the prior art;
Fig. 2 is the rear side stereogram that capacitor detects conveying mechanism in the prior art;
Fig. 3 is an isometric front view of the present utility model;
Fig. 4 is a rear side stereogram of the present utility model;
Fig. 5 is a rear section structural perspective of the present utility model;
Fig. 6 is a feeding-passage structure chart of the present utility model;
Fig. 7 is a base interior separation structure connection layout of the present utility model.
Embodiment
Embodiment one
Extremely shown in Figure 7 as Fig. 3, present embodiment provides a kind of capacitor shaping to detect conveying mechanism, comprise pedestal 1 and the upper bracket plate 10 that is fixed on the pedestal 1, the same horizontal level of pedestal 1 be provided with to the capacitor 2 that passes through along straight line open pin, whole pin successively, polarity detects and polarity reversing open foot device 3, whole foot device 4, polarity checkout gear 5 and polarity reversing device 6, be provided with the cam mechanism 7 that foot device 3, whole foot device 4, polarity checkout gear 5 and 6 actions of polarity reversing device are opened in control in the described pedestal 1.
Continue as Fig. 3, Fig. 5 to shown in Figure 7, the capacitor of described pedestal 1 below be arranged with can be on pedestal 1 in opposite directions or the preceding wood side-guide plate 11 of opposing slip and after wood side-guide plate 12; The described foot device 3 of opening comprises that the first upside conveying clamp 30, first downside are driven pin folder 31 and be arranged on first downside and opens the first downside locating clip 32 that the corresponding end of pin folder 31 is convenient to the capacitor positioning and fixing, described first downside is driven pin folder 31 and is fixed on the described preceding wood side-guide plate 11, and the described first downside locating clip 32 is fixed on the described back wood side-guide plate 12.
Continue as Fig. 3, Fig. 5 to shown in Figure 7, described whole foot device 4 comprises the whole pin folder 41 of the second upside conveying clamp 40, second downside and is arranged on the whole pin of second downside and presss from both sides the second downside locating clip 42 that 41 corresponding end are convenient to the capacitor positioning and fixing, the whole pin folder 41 of described second downside is fixed on the described preceding wood side-guide plate 11, the described second downside locating clip 42 is fixed on the described back wood side-guide plate 12, and described cam mechanism 7 is provided with the whole pin cam arm 70 that drives whole pin folder 42 actions of second downside, capacitor is put in order pin.
Continue as Fig. 3, Fig. 5 to shown in Figure 7, described polarity checkout gear 5 comprises that the 3rd upside conveying clamp 50, the 3rd downside polarity detect folder 51 and is arranged on the 3rd downside locating clip 52 that the 3rd downside polarity detection folder 51 corresponding end are convenient to the capacitor positioning and fixing, described the 3rd downside polarity detects folder 51 and is fixed on the described preceding wood side-guide plate 11, and described the 3rd downside locating clip 52 is fixed on the described back wood side-guide plate 12; Specifically in Fig. 7, the 3rd upside conveying clamp 50 of polarity checkout gear 5 is provided with polarity detection lug 500 and polarity detects electric eye 501.
Continue as Fig. 3, Fig. 5 to shown in Figure 7, described polarity reversing device 6 comprises that the 4th upside transmits commutation folder the 60, the 4th downside geometrical clamp 61 and is arranged on the 4th downside locating clip 62 that the 4th downside geometrical clamp 61 corresponding end are convenient to the capacitor positioning and fixing, described the 4th downside geometrical clamp 61 is fixed on the described preceding wood side-guide plate 11, and described the 4th downside locating clip 62 is fixed on the described back wood side-guide plate 12.
Continue as Fig. 3, Fig. 5 is to shown in Figure 7, upper bracket plate 10 front sides of described pedestal 1 are fixed with the transfer plate 100 that horizontally slips thereon, the described first upside conveying clamp 30, the second upside conveying clamp 40, the 3rd upside conveying clamp 50 and the 4th upside transmit commutation folder 60 and are fixed on successively on the transfer plate 100, be fixed with the polarity reversing device 8 that drives the 4th upside transmission commutation folder 60 axial half-twists at transfer plate 100 upsides, after polarity checkout gear 5 detects the capacitor on it, when the utmost point pin of capacitor need commutate, by 80 actions of the polarity reversing cylinder on the polarity reversing device 8, drive gear on the rack tooth wheels 81 and revolve and turn 90 degrees, and then the 4th coaxial upside of drive and gear transmits commutation and presss from both sides 60 axial half-twists and commutate.
Continue as Fig. 3, Fig. 5 to shown in Figure 7, also be provided with the upside feeding folder 13 that is fixed on the transfer plate 100 at the 4th upside transmission commutation folder 60 rear sides, be fixed with the first upside conveying clamp 30, the second upside conveying clamp 40, the 3rd upside conveying clamp 50, the 4th upside transmission commutation folder 60 and the upside feeding that drive on the transfer plate 100 at upper bracket plate 10 rear sides and press from both sides the handover cam gear 14 of 13 move left and right and folding; Also be provided with the preceding wood side-guide plate 11 that drives on the pedestal 1 and back wood side-guide plate 12 on the described cam mechanism 7 in opposite directions or the make and break cam arm 71 of opposing slip, drive first downside on the wood side-guide plate 11 and back wood side-guide plate 12 before being separately positioned on open pin the folder 31 and first downside locating clip 32, the whole pin folder of second the downside 41 and second downside locating clip 42, the 3rd downside polarity detect folder the 51 and the 3rd downside locating clip 52, and the 4th downside geometrical clamp 61 and the 4th downside locating clip 62 correspondences in opposite directions or opposing motion fix or unclamp the capacitor that passes through.
As shown in Figure 3, also being provided with in transfer plate 100 left sides does not have the spacing cylinder 15 of material and by there not being the limit feed collet 150 of the spacing air cylinder driven of material, when charging no longer, opens by the limit feed collet 150 restrictions first upside conveying clamp 30, stops charging; On the upper bracket plate 10 of pedestal 1, also be provided with the buffer 16 that buffering transfer plate 100 horizontally slips, the buffer structure that described buffer 16 adopts spring and hydraulic means to form, the vibration that produces when effectively the first upside conveying clamp 30 on the buffering transfer plate 100, the second upside conveying clamp 40, the 3rd upside conveying clamp 50, the 4th upside transmission commutation folder 60 and upside feeding folder 13 transmit capacitor, the transmission capacitor of safety and steady.
As Fig. 3 and shown in Figure 6, also be provided with catch folder group 17, the infrared ray sensing apparatus 18 of control capacitor charging and the flat fixed block 19 that send that steady supporting is fixed to the capacitor at charging aperture place at the charging oral-lateral of preceding wood side-guide plate 11 and back wood side-guide plate 12, infrared ray sensing apparatus 18 adopts infrared ray electric eye sensing charging aperture places whether to have capacitor, and catch folder group 17 enters charging aperture by the folding control capacitor.
Embodiment two
As Fig. 3, Fig. 6 and shown in Figure 7, be with embodiment one unique difference, when need be to the capacitor horizontal positioned sent, also be provided with the horizontal turning device 20 that can horizontally rotate 90 ° at upside feeding folder 13 positive downsides to the capacitor under it, this device is provided with upset folder 200, and drive upset folder 200 the rotation driving wheel arm 201 and the driven for opening and closing arm 202 of rotation and folding respectively, send after by horizontal turning device 20 capacitor being horizontally rotated 90 °.
In conjunction with the embodiments two, operation principle of the present utility model is sketched:
When the capacitor at other station places is sent to this detection conveying mechanism, at first whether the infrared ray electric eye 18 sensing charging aperture places by the preceding wood side-guide plate 11 and the charging oral-lateral of back wood side-guide plate 12 exist capacitor, to put down the capacitor that send on the fixed block 19 then, send into charging aperture after opening by catch folder group 17, at this moment, the first upside conveying clamp 30 that handover cam gear 14 on upper bracket plate 10 rear sides drives on the transfer plate 100, the second upside conveying clamp 40, the 3rd upside conveying clamp 50, the 4th upside transmission commutation folder 60 and upside feeding folder 13 open together and are moved to the left, the first upside conveying clamp 30 at first picks up capacitor, in company with the second upside conveying clamp 40 on the transfer plate 100, the 3rd upside conveying clamp 50, the 4th upside transmission commutation folder 60 and upside feeding folder 13 press from both sides mobile backward together and unclamp; First downside before then make and break cam arm 71 drives and is separately positioned on wood side-guide plate 11 and the back wood side-guide plate 12 open pin the folder 31 and first downside locating clip 32, the whole pin folder of second the downside 41 and second downside locating clip 42, the 3rd downside polarity detect folder the 51 and the 3rd downside locating clip 52, and the 4th downside geometrical clamp 61 and the 4th downside locating clip 62 close up simultaneously, first downside is opened pin the folder 31 and first downside locating clip 32 and simultaneously the capacitor that passes over is opened pin; The first upside conveying clamp 30 then, the second upside conveying clamp 40, the 3rd upside conveying clamp 50, the 4th upside transmits commutation folder 60 and upside feeding folder 13 constantly transmits rearward capacitor, whole 4 pairs of capacitors of foot device are put in order pin continuously, 5 pairs of continuous electric containers of polarity checkout gear carry out polarity and detect, output is carried out polarity reversing by 6 pairs of capacitors that pass through of polarity reversing device after judging, and then send after by horizontal turning device 20 capacitor being horizontally rotated 90 °, more than constantly back and forth running of action just can constantly be opened pin to the capacitor that transports, whole pin, polarity detects and polarity reversing.
Certainly, the capacitor shaping that relates to of the utility model detects conveying mechanism also can have other distortion.In a word, doing conspicuous change according to the prompting of the foregoing description, and other every changes that do not break away from the utility model essence, all should be included within the described scope of claim.

Claims (8)

1. a capacitor shaping detects conveying mechanism, comprises pedestal and the upper bracket plate that is fixed on the pedestal, it is characterized in that:
The same horizontal level of pedestal be provided with to the capacitor that passes through along straight line open pin, whole pin successively, polarity detects and polarity reversing open foot device, whole foot device, polarity checkout gear and polarity reversing device, be provided with the cam mechanism that foot device, whole foot device, polarity checkout gear and polarity reversing device action are opened in control in the described pedestal;
The capacitor of described pedestal below be arranged with can be on pedestal in opposite directions or the preceding wood side-guide plate of opposing slip and back wood side-guide plate;
The described foot device of opening comprises that the first upside conveying clamp, first downside are driven pin folder and be arranged on first downside and opens the first downside locating clip that the corresponding end of pin folder is convenient to the capacitor positioning and fixing, described first downside is opened the pin clamping and is fixed on the described preceding wood side-guide plate, and the described first downside locating clip is fixed on the wood side-guide plate of described back;
Described whole foot device comprises the second upside conveying clamp, the whole pin folder of second downside and is arranged on the second downside locating clip that the whole pin folder of second downside corresponding end is convenient to the capacitor positioning and fixing, the whole pin clamping of described second downside fixes on the described preceding wood side-guide plate, the described second downside locating clip is fixed on the wood side-guide plate of described back, and described cam mechanism is provided with the whole pin cam arm that drives the action of the whole pin folder of second downside;
Described polarity checkout gear comprises that the 3rd upside conveying clamp, the 3rd downside polarity detect folder and is arranged on the 3rd downside locating clip that the 3rd downside polarity detection folder corresponding end is convenient to the capacitor positioning and fixing, described the 3rd downside polarity detects clamping and fixes on the described preceding wood side-guide plate, and described the 3rd downside locating clip is fixed on the wood side-guide plate of described back;
Described polarity reversing device comprises that the 4th upside transmits commutation folder, the 4th downside geometrical clamp and is arranged on the 4th downside locating clip that the 4th downside geometrical clamp corresponding end is convenient to the capacitor positioning and fixing, described the 4th downside geometrical clamp is fixed on the described preceding wood side-guide plate, and described the 4th downside locating clip is fixed on the wood side-guide plate of described back;
The upper bracket plate front side of described pedestal is fixed with the transfer plate that horizontally slips thereon, the described first upside conveying clamp, the second upside conveying clamp, the 3rd upside conveying clamp and the 4th upside transmit the commutation folder and are fixed on the transfer plate successively, be fixed with the polarity reversing device that drives the axial half-twist of the 4th upside transmission commutation folder at the transfer plate upside, transmit commutation folder rear side at the 4th upside and also be provided with the upside feeding folder that is fixed on the transfer plate, be fixed with the first upside conveying clamp that drives on the transfer plate at upper bracket plate rear side, the second upside conveying clamp, the 3rd upside conveying clamp, the 4th upside transmits the handover cam gear of commutation folder and upside feeding folder move left and right and folding;
Also be provided with the preceding wood side-guide plate that drives on the pedestal and back wood side-guide plate on the described cam mechanism in opposite directions or the make and break cam arm of opposing slip, drive that first downside on the wood side-guide plate and back wood side-guide plate before being separately positioned on is driven the pin folder and the first downside locating clip, the whole pin folder of second downside and the second downside locating clip, the 3rd downside polarity detect folder and the 3rd downside locating clip, reach the 4th downside geometrical clamp and the 4th downside locating clip correspondence in opposite directions or opposing motion fix or unclamp the capacitor that passes through.
2. capacitor shaping according to claim 1 detects conveying mechanism, it is characterized in that described upside feeding is pressed from both sides positive downside and also is provided with the horizontal turning device that can horizontally rotate 90 ° to the capacitor under it.
3. capacitor shaping according to claim 1 and 2 detects conveying mechanism, it is characterized in that described polarity reversing device comprises being fixed on the transfer plate upside and driving the 4th upside and transmits the commutation folder and axially revolve rack tooth wheels that turn 90 degrees and the polarity reversing cylinder that drives the action of tooth bar gear train.
4. capacitor shaping according to claim 3 detects conveying mechanism, it is characterized in that, described transfer plate left side also is provided with the limit feed collet that does not have the spacing cylinder of material and pass through not have the spacing air cylinder driven of material.
5. capacitor shaping according to claim 3 detects conveying mechanism, it is characterized in that, also is provided with the buffer that the buffering transfer plate horizontally slips on the upper bracket plate of described pedestal.
6. capacitor shaping according to claim 3 detects conveying mechanism, it is characterized in that, the charging oral-lateral of described preceding wood side-guide plate and back wood side-guide plate also is provided with the catch folder group and the infrared ray sensing apparatus of control capacitor charging.
7. capacitor shaping according to claim 3 detects conveying mechanism, it is characterized in that, the charging oral-lateral of described preceding wood side-guide plate and back wood side-guide plate also has the capacitor to the charging aperture place steadily to support the fixing flat fixed block that send.
8. capacitor shaping according to claim 2 detects conveying mechanism, it is characterized in that, described horizontal turning device comprises the folder that overturns, and driving upset folder rotates respectively and the rotation driving wheel arm and the driven for opening and closing arm of folding.
CN 201120000308 2011-01-01 2011-01-01 Shaping, detecting and transporting mechanism of capacitor Expired - Lifetime CN201927498U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN 201120000308 CN201927498U (en) 2011-01-01 2011-01-01 Shaping, detecting and transporting mechanism of capacitor

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Application Number Priority Date Filing Date Title
CN 201120000308 CN201927498U (en) 2011-01-01 2011-01-01 Shaping, detecting and transporting mechanism of capacitor

Publications (1)

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CN201927498U true CN201927498U (en) 2011-08-10

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102129919A (en) * 2011-01-01 2011-07-20 珠海华冠电子科技有限公司 Capacitor shaping, detecting and conveying mechanism
CN102745365A (en) * 2012-07-03 2012-10-24 无锡先导自动化设备股份有限公司 Capacitor shaping and packaging machine
CN109545585A (en) * 2018-12-30 2019-03-29 珠海华冠科技股份有限公司 A kind of capacitor seat board electromechanics appearance Check up polarity mechanism
CN113385617A (en) * 2021-06-09 2021-09-14 东莞市冠佳电子设备有限公司 Discharging guide pin arranging device

Cited By (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN102129919A (en) * 2011-01-01 2011-07-20 珠海华冠电子科技有限公司 Capacitor shaping, detecting and conveying mechanism
CN102129919B (en) * 2011-01-01 2012-05-30 珠海华冠电子科技有限公司 Capacitor shaping, detecting and conveying mechanism
CN102745365A (en) * 2012-07-03 2012-10-24 无锡先导自动化设备股份有限公司 Capacitor shaping and packaging machine
CN102745365B (en) * 2012-07-03 2014-01-08 无锡先导自动化设备股份有限公司 Capacitor shaping and packaging machine
CN109545585A (en) * 2018-12-30 2019-03-29 珠海华冠科技股份有限公司 A kind of capacitor seat board electromechanics appearance Check up polarity mechanism
CN109545585B (en) * 2018-12-30 2023-09-05 珠海华冠科技股份有限公司 Capacitive seat plate electromechanical polarity detection mechanism
CN113385617A (en) * 2021-06-09 2021-09-14 东莞市冠佳电子设备有限公司 Discharging guide pin arranging device
CN113385617B (en) * 2021-06-09 2022-12-23 东莞市冠佳电子设备有限公司 Discharging guiding pin arranging device

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Granted publication date: 20110810

Effective date of abandoning: 20120530