CN102633113B

CN102633113B - Loading disc mechanism

Info

Publication number: CN102633113B
Application number: CN201210118119.XA
Authority: CN
Inventors: 陆建明
Original assignee: DEQING MINGYU LIGHTING Co Ltd
Current assignee: DEQING MINGYU LIGHTING Co Ltd
Priority date: 2012-04-19
Filing date: 2012-04-19
Publication date: 2014-04-02
Anticipated expiration: 2032-04-19
Also published as: CN102633113A

Abstract

The invention discloses a loading disc mechanism. The loading disc mechanism comprises a loading disc mounted on a frame and a driving mechanism for driving the loading disc to rotate horizontally, wherein a plurality of slots for inserting lamp cores are uniformly distributed on the upper disc surface of the loading disc. According to the technical scheme disclosed by the invention, the lamp cores are pre-inserted through the slots, and rotation and circulating conveying are performed, so that the manpower and labor intensity can be reduced and the processing efficiency of a production line can be improved. The loading disc mechanism has the advantages of simple and reasonable structure, stable and reliable action, high degree of automation, low manufacturing cost, convenience in mounting and maintenance and the like.

Description

A kind of loading plate mechanism

Technical field

The invention belongs to bulb and manufacture field, relate in particular to a kind of loading plate mechanism of the wick feeding for bulb envelope row manufacturing line.

Background technology

Bulb envelope row manufacturing line has been used for sealing, the inflatable and exhaust processing of bulb, on existing manufacturing line, need manually wick part to be inserted into the seal clamp on sealing device rotating disk, exist work efficiency low, cost of labor is high, labour intensity is large, the insecure problem such as reliable of plug-in mounting.For this reason, contriver has designed a kind of wick pay-off for bulb envelope row manufacturing line, by place in advance wick on rotating disk, by manipulator gripping, be inserted in the seal clamp on sealing device rotating disk again, artificial and labour intensity have been reduced, improved the work efficiency of manufacturing line, wick plug-in mounting is reliable and stable.The present invention relates to loading plate mechanism wherein.

Summary of the invention

In order to solve above-mentioned technical matters, the object of this invention is to provide a kind of loading plate mechanism, by slot in advance plug-in mounting wick cycle of rotation carry, reduced artificial and labour intensity, improved the work efficiency of manufacturing line.

To achieve the above object, the present invention has adopted following technical scheme:

A loading plate mechanism, comprises rack-mounted loading plate and drives its driver train horizontally rotating, and loading plate upper disk surface is distributed with a plurality of slots for plugging wick along even circumferential.

As preferably, the insert port of described slot is exit skirt.

As preferably, the driver train of described loading plate comprises the fixedly turning cylinder A of loading plate of upper end, turning cylinder A is arranged in frame by bearing seat, turning cylinder A bottom is passed frame platen and is fixed one and stir fluted disc, stir on fluted disc circumference and be evenly distributed with a plurality of teeth groove, the quantity of teeth groove is consistent with the quantity of slot on loading plate, described in stir fluted disc and stir rotation by a revolving part, on this revolving part, be fixed with stir fluted disc on the driving lever A that coordinates of teeth groove, this revolving part and camshaft are in transmission connection.

As preferably, described camshaft is in transmission connection by conical bevel gear group and vertical rack-mounted turning cylinder B, and described revolving part is fixed on turning cylinder B.

The present invention is owing to having adopted above technical scheme, by slot in advance plug-in mounting wick cycle of rotation carry, reduced artificial and labour intensity, improved the work efficiency of manufacturing line.Have simple and reasonable, having stable behavior is reliable, degree of automation is high, low cost of manufacture, the advantage such as convenient for installation and maintenance.

Accompanying drawing explanation

Fig. 1 is the structural representation of loading plate;

Fig. 2 is the structural representation of loading plate driver train;

Fig. 3 is the structural representation of material clamping robot;

Fig. 4 is the birds-eye view (part) of Fig. 3;

Fig. 5 is the structural representation of material clamping robot driver train.

The specific embodiment

Below in conjunction with accompanying drawing, the specific embodiment of the present invention is made a detailed explanation.

Embodiment 1:

A loading plate mechanism, comprises the loading plate 3210 being arranged in frame 2000 and drives its driver train horizontally rotating as shown in Figure 1 and Figure 2, and loading plate 3210 upper disk surfaces are distributed with a plurality of slots 3221 for plugging wick along even circumferential; Described slot 3221 is located on cup 3220, and cup 3220 tops have flange, and cup 3220 bottoms are threaded after through the through hole on loading plate 3210 fixing with nut 3230, by cup, slot is independently set, and are convenient to processing and manufacturing and installation and maintenance.The insert port of described slot 3221 is exit skirt, is convenient to wick and inserts.

As shown in Figure 2, the driver train of described loading plate 3210 comprises the fixedly turning cylinder A3240 of loading plate 3210 of upper end, turning cylinder A3240 is arranged in frame 2000 by bearing seat 3250, turning cylinder A3240 bottom is passed frame 2000 platens and is fixed one and stir fluted disc 3260, stir and on fluted disc 3260 circumference, be evenly distributed with a plurality of teeth groove 3261, the quantity of teeth groove 3261 is consistent with the quantity of slot 3221 on loading plate 3210, the described fluted disc 3260 of stirring is stirred rotation by a revolving part 3270, on this revolving part 3270, be fixed with stir fluted disc 3260 on the driving lever A3271 that coordinates of teeth groove 3261, this revolving part 3270 is in transmission connection with camshaft 2100.Described camshaft 2100 is in transmission connection with the turning cylinder B3280 being vertically arranged in frame 2000 by conical bevel gear group, and described revolving part 3270 is fixed on turning cylinder B3280.

A kind of wick pay-off for bulb envelope row manufacturing line as shown in Figures 1 to 5, comprising: frame 2000; Loading plate as above mechanism; For the wick on loading plate 3210 being transferred to one by one to bulb, seal the wick material clamping robot on the seal clamp of arranging manufacturing line, wick material clamping robot is arranged near the frame 2000 loading plate 3210 and is connected with its driver train.

As Fig. 3, shown in Fig. 4, described wick material clamping robot comprises core bar 3310 and is set in the loop bar 3320 of core bar 3310 outsides, a cross bar 3322 is fixed on loop bar 3320 tops, cross bar 3322 front ends are installed fixed jaw 3325 and the movable claw 3324 of a pair of clamping wick that can match, fixed jaw 3325 is fixed on cross bar 3322, movable claw 3324 is hinged with cross bar 3322, cross bar 3322 rear portions are fixed with fixed block 3326, one impeller 3321 is installed on fixed block 3326, impeller 3321 is hinged and can in vertical plane, swing with fixed block 3326, a swinging end of impeller 3321 is connected with the non-bare terminal of movable claw 3324 by connecting rod 3323, another swinging end of impeller 3321 and the pressure head 3311 that the is fixed on core bar 3310 tops press contacts that offsets, between the non-bare terminal of described movable claw 3324 and fixed block 3326, by extension spring 3327, be connected, wherein, described loop bar 3320 is vertically plugged on frame 2000 platens by bearing seat 3330, thereby described loop bar 3320 is fixed with and can limits loop bar 3320 and decline with the offset limiting stopper 3329 of supporting of bearing seat 3330 above bearing seat 3330.The two ends of described connecting rod 3323 are connected with impeller 3321, movable claw 3324 by oscillating bearing.

As shown in Fig. 3, Fig. 5, the driver train of described wick material clamping robot comprises loop bar 3320 rotation drive structures and loop bar 3320, core bar 3310 lifting drive configurations.Described loop bar 3320 rotation drive structures comprise the swing component 3328 that is fixed on loop bar 3320 lower ends, on a swinging end of swing component 3328, be fixed with described and stir the driving lever B3350 that on fluted disc 3260, teeth groove 3261 coordinates, another swinging end of swing component 3328 is connected with frame 2000 by extension spring 3340.Described loop bar 3320, core bar 3310 lifting drive configurations comprise be fixed on core bar 3310 lower ends and can with the loop bar 3320 bottoms spacing limiting stopper 3312 that offsets, described core bar 3310 lower ends are flexibly connected with one end of lever 2201, the other end of lever 2201 is provided with roller 2202, roller 2202 contacts with the cam 2101 bottoms rollings that are arranged on described camshaft 2100, and described lever 2201 is hinged with the support 2200 being fixed in frame 2000.

Working process is: camshaft 2100 is in transmission connection with the transmission device of the sealing device of bulb envelope row manufacturing line, revolving part 3270 rotates to drive continuously stirs fluted disc 3260 intermittence rotations, stirs fluted disc 3260 and drives loading plate 3210 to rotate simultaneously by swing component 3328 drive loop bar 3320 reciprocally swingings; Cam 2101 drives core bar 3310 liftings by lever 2201, when rising to certain altitude, core bar 3310 drives loop bar 3,320 one liftings by limiting stopper 3312, when loop bar 3320 drops to certain position, by limiting stopper 3329 is spacing, no longer decline, limiting

stopper

3312,3329 is installed fixing in the mode that can adjust; When the pressure head 3321 at core bar 3310 tops is depressed impeller 3321, thereby connecting rod 3323 promotion movable claws 3324 make it unclamp fixed jaw 3325 and open jaw, when the pressure head 3321 at core bar 3310 tops loosens impeller 3321, thereby movable claw 3324 resets and clamps near fixed jaw 3325 jaws under extension spring 3327 effects.Like this during feeding, by manually wick being inserted in the slot 3221 of loading plate 3210, manipulator core bar 3310 drops to the end, cross bar 3322 front end jaws are opened, loading plate 3210 rotate in place, the jaw of manipulator cross bar 3322 turns to the wick position of slot 3221 tops simultaneously, core bar 3310 rises, pressure head 3311 loosens impeller 3321, cross bar 3322 front end jaws clamp wick, core bar 3310 continues to rise, limiting stopper 3312 drives loop bar 3320 to rise together, cross bar 3322 front end jaws are extracted wick in slot 3221, loading plate 3210 is rotated further, the jaw of manipulator cross bar 3322 is rotated further until the seal clamp top on sealing device rotating disk, core bar 3310 declines together with loop bar 3320, cross bar 3322 front end jaws insert wick in seal clamp, loop bar 3320 is subject to limiting stopper 3329 restrictions to stop declining, core bar 3310 continues to decline, pressure head 3311 is depressed impeller 3321, cross bar 3322 front end jaws are opened, loading plate 3210 is rotated further, the driving lever B3350 of swing component 3328 disengages with the teeth groove 3261 of stirring fluted disc 3260 and revolution reset under extension spring 3340 effects, cross bar 3322 front end jaw revolutions reset, after rotateing in place, loading plate 3210 enters the next light core feeding step.

Claims

1.Yi Zhong loading plate mechanism, it is characterized in that, comprise the loading plate (3210) being arranged in frame (2000) and the driver train that drives it to horizontally rotate, loading plate (3210) upper disk surface is distributed with a plurality of slots (3221) for plugging wick along even circumferential, and the insert port of described slot (3221) is exit skirt, the driver train of described loading plate (3210) comprises the fixedly turning cylinder A(3240 of loading plate (3210) of upper end), turning cylinder A(3240) by bearing seat (3250), be arranged in frame (2000), turning cylinder A(3240) bottom is passed frame (2000) platen and is fixed one and stir fluted disc (3260), stir on fluted disc (3260) circumference and be evenly distributed with a plurality of teeth groove (3261), the quantity of teeth groove (3261) is consistent with the quantity of the upper slot (3221) of loading plate (3210), the described fluted disc (3260) of stirring is stirred rotation by a revolving part (3270), on this revolving part (3270), be fixed with and stir fluted disc (3260) the driving lever A(3271 that above teeth groove (3261) coordinates), this revolving part (3270) is in transmission connection with camshaft (2100), described camshaft (2100) by conical bevel gear group be vertically arranged on the turning cylinder B(3280 in frame (2000)) be in transmission connection, described revolving part (3270) is fixed on turning cylinder B(3280) on.