Automatic assembly equipment for oven lamp

Abstract

The utility model discloses automatic assembly equipment for an oven lamp, which belongs to the technical field of automatic production and comprises a fixed rack and an assembly turntable. A lamp base feeding station, a lamp shell feeding station, a base shell pressing station, a lamp bead feeding station, a lamp bead spinning station, a lampshade feeding preassembling station, a lampshade after-assembling station and a finished product transferring station are arranged on the fixing rack in an annular array mode, the assembling rotary disc is rotationally arranged on the fixing rack, and a plurality of accessory positioning bases are arranged on the fixing rack in an annular array mode. The lamp holder feeding station, the lamp shell feeding station and the lamp bead feeding station are each provided with a feeding device, the seat shell pressing station is provided with a seat shell pressing device, the lamp bead spinning station is provided with a spinning device, the lampshade feeding and pre-assembling station is provided with a pre-spinning device, the lampshade after-assembling station is provided with a re-spinning device, and the finished product transferring station is provided with a transferring device. According to the equipment, automatic feeding, assembling and finished product transferring of the oven lamp accessories can be achieved, and practicability is high.

Description

TECHNICAL FIELD

[0001] The utility model relates to automatic production technical field, concretely is a kind of automatic assembly equipment for oven lamp. BACKGROUND

[0002] In order to facilitate the observation of the cooking situation inside the oven when working, an oven lamp is arranged inside the oven, wherein the oven lamp comprises a lamp holder, a lamp shell, a lamp bead and a lamp shade. During assembly, the lamp holder is first clamped on the lamp shell hole, then the lamp bead is inserted on the lamp holder, and finally the lamp shade is covered outside the lamp bead and screwed on the lamp shell. For example, a lighting lamp for air fryer disclosed in Chinese patent No. CN202223218271.3, a straight-in type lamp disclosed in Chinese patent No. CN202320808500.2, a sealing lighting device for oven disclosed in Chinese patent No. CN202322227796.1, a self-adaptive tight assembly structure of oven lamp holder disclosed in Chinese patent No. CN202322400717.2 and the like.

[0003] However, the assembly between the lamp holder, the lamp shell, the lamp bead and the lamp shade is usually performed by workers in the prior art. However, the production efficiency is low and the cost is high due to the operation of workers. In addition, the assembly stability between the lamp holder, the lamp shell, the lamp bead and the lamp shade is poor due to the experience and working state of workers during manual operation. Moreover, workers are prone to injury during operation. In addition, since the lamp bead and the lamp shade are fragile glass, workers are prone to break the lamp bead and the lamp shade due to excessive force during assembly, which increases the risk of injury to workers.

[0004] Therefore, it is necessary to further improve. INVENTION CONTENTS

[0005] The utility model aims at providing a kind of automatic assembly equipment for oven lamp to overcome the deficiencies in prior art.

[0006] An automatic assembly equipment for oven lamp designed for this purpose comprises a fixed rack and an assembly turntable. The fixed rack has a lamp holder loading station, a lamp shell loading station, a seat shell crimping station, a lamp bead loading station, a lamp bead spinning station, a lamp shade loading pre-assembly station, a lamp shade rear loading station and a finished product transfer station arranged in a ring array. The assembly turntable is rotatably arranged on the fixed rack and has a plurality of accessory positioning seats arranged in a ring array on the outer edge. When the assembly turntable rotates, the accessory positioning seats are sequentially moved to the lamp holder loading station, the lamp shell loading station, the seat shell crimping station, the lamp bead loading station, the lamp bead spinning station, the lamp shade loading pre-assembly station, the lamp shade rear loading station and the finished product transfer station.

[0007] The lamp holder vibration disc for placing multiple lamp holders is arranged on the lamp holder feeding station, and the feeding device for feeding the lamp holders to the accessory positioning seat is arranged on the lamp holder feeding station.

[0008] The lamp shell vibration disc for placing multiple lamp shells is arranged on the lamp shell feeding station, and the feeding device for feeding the lamp shells to the accessory positioning seat is arranged on the lamp shell feeding station.

[0009] The seat shell crimping device for crimping the lamp holder and the lamp shell is arranged on the seat shell crimping station.

[0010] The lamp bead vibration disc for placing multiple lamp beads is arranged on the lamp bead feeding station, and the feeding device for feeding the lamp beads to the lamp holder is arranged on the lamp bead feeding station.

[0011] The spinning device for crimping the lamp bead to the lamp holder is arranged on the lamp bead spinning station.

[0012] The lamp shade vibration disc for placing multiple lamp shades is arranged on the lamp shade feeding and pre-assembly station, and the pre-spinning device for feeding and pre-spinning the lamp shade to the lamp shell is arranged on the lamp shade feeding and pre-assembly station.

[0013] The re-spinning device for re-spinning the lamp shade to the lamp shell is arranged on the lamp shade post-assembly station.

[0014] The transfer device for transferring the baked oven lamp product after assembly of the lamp holder, the lamp shell, the lamp bead and the lamp bead is arranged on the product transfer station.

[0015] The feeding device comprises a feeding column, a feeding horizontal movement driver, a feeding longitudinal movement driver and a feeding clamping driver, wherein the feeding column is located outside the assembly turntable and fixedly arranged on the fixed frame, the feeding horizontal movement driver is arranged on the feeding column and drivingly connected with the feeding longitudinal movement driver, and the feeding clamping driver is arranged on the feeding longitudinal movement driver and drivingly connected with a feeding clamping arm.

[0016] The feeding clamping arm reciprocates laterally and longitudinally between the assembly turntable and the corresponding vibration disc through cooperation of the feeding horizontal movement driver and the feeding longitudinal movement driver, and the corresponding lamp holder, the lamp shell and the lamp bead on the corresponding vibration disc are sequentially conveyed through driving of the feeding clamping driver.

[0017] The upper feeding vertical column is provided with an upper feeding horizontal moving driver assembly seat, which is fixed horizontally on the upper feeding vertical column and has two ends above the accessory positioning seat and the corresponding vibrating disc discharging end respectively, the upper feeding horizontal moving driver is fixed horizontally on the upper feeding horizontal moving driver assembly seat, the driving end of the upper feeding horizontal moving driver is drivingly connected with an upper feeding horizontal moving block, the upper feeding vertical moving driver is fixed vertically on the upper feeding horizontal moving block, the driving end of the upper feeding vertical moving driver is drivingly connected with an upper feeding vertical moving block, the upper feeding clamping driver is fixed vertically on the upper feeding vertical moving block, and the upper feeding clamping driver is drivingly connected with the upper feeding clamping arm.

[0018] The seat shell crimping device comprises a crimping stand, a crimping driver and a crimping plate, wherein the crimping stand is located outside the assembly turntable and fixedly arranged on the fixed bench, the crimping driver is fixed vertically on the crimping stand and drivingly connected with the crimping plate.

[0019] The crimping plate is vertically reciprocatingly moved on the crimping stand by the driving of the crimping driver and crimps the lamp shell on the lamp seat when vertically reciprocatingly moving.

[0020] The spinning device comprises a spinning stand, a spinning driver and a spinning rod, wherein the spinning stand is located outside the assembly turntable and fixedly arranged on the fixed bench, the spinning driver is fixed vertically on the spinning stand and drivingly connected with the spinning rod.

[0021] The spinning rod is rotationally and vertically reciprocatingly moved on the spinning stand by the driving of the spinning driver and crimps the lamp bead on the lamp seat when rotationally and vertically moving.

[0022] The pre-spinning device comprises a pre-spinning stand, a pre-spinning horizontal moving seat, a pre-spinning horizontal moving driver, a pre-spinning horizontal moving piece, a pre-spinning vertical moving driver, a pre-spinning driver, a pre-spinning clamping driver and a pre-spinning clamping arm, wherein the pre-spinning stand is located outside the assembly turntable and fixedly arranged on the fixed bench, the pre-spinning horizontal moving seat is fixed horizontally on the pre-spinning stand and has two ends above the accessory positioning seat and the lamp shade vibrating disc discharging end respectively, the pre-spinning horizontal moving driver is fixed horizontally on the pre-spinning horizontal moving seat and drivingly connected with the pre-spinning horizontal moving piece, the pre-spinning vertical moving driver is fixed vertically on the pre-spinning horizontal moving piece, the pre-spinning driver is fixed vertically on the pre-spinning vertical moving driver and drivingly connected with the pre-spinning clamping driver, and the pre-spinning clamping driver is drivingly connected with the pre-spinning clamping arm.

[0023] The pre-rotation clamping arm is reciprocated in the pre-rotation horizontal moving seat through the cooperation of the pre-rotation horizontal moving driver and the pre-rotation longitudinal moving driver, and is clamped or released by the pre-rotation clamping driver, and is rotated on the pre-rotation horizontal moving seat by the pre-rotation driver when the lampshade is clamped, so as to convey the lampshade at the vibration disc outlet to the accessory positioning seat and pre-rotate the lampshade on the lamp shell.

[0024] The re-rotation device comprises a re-rotation stand, a re-rotation driver, a re-rotation clamping driver, a re-rotation clamping arm, a re-rotation longitudinal moving seat, a re-rotation longitudinal moving driver, a re-rotation screw rod and a re-rotation longitudinal moving part, wherein the re-rotation stand is located outside the assembly turntable and is fixedly arranged on the fixed rack, the re-rotation longitudinal moving seat is longitudinally fixed on the re-rotation stand, the re-rotation longitudinal moving driver is longitudinally fixed on the re-rotation longitudinal moving seat and is drivingly connected with the re-rotation screw rod, the re-rotation screw rod is longitudinally rotated on the re-rotation longitudinal moving seat by the driving of the re-rotation longitudinal moving driver and is drivingly connected with the re-rotation longitudinal moving part, the re-rotation driver is longitudinally fixed on the re-rotation longitudinal moving part and is drivingly connected with the re-rotation clamping driver, and the re-rotation clamping driver is drivingly connected with the re-rotation clamping arm.

[0025] The re-rotation clamping arm is reciprocated in the re-rotation longitudinal moving seat through the cooperation of the re-rotation longitudinal moving driver, the re-rotation screw rod and the re-rotation longitudinal moving part, and is clamped or released by the re-rotation clamping driver, and is rotated on the re-rotation longitudinal moving seat by the re-rotation driver when the lampshade is clamped, so as to re-rotate the lampshade on the lamp shell.

[0026] The transfer device comprises a lamp transfer stand, a lamp horizontal moving driver, a lamp longitudinal moving driver, a lamp transfer clamping driver, a lamp transfer clamping arm, a lamp horizontal moving seat and a lamp longitudinal moving part, wherein the lamp transfer stand is located outside the assembly turntable and is fixedly arranged on the fixed rack, the lamp horizontal moving seat is transversely fixed on the lamp transfer stand and two ends thereof are respectively located above the accessory positioning seat and the outside of the fixed rack, the lamp horizontal moving driver is transversely fixed on the lamp horizontal moving seat and is drivingly connected with the lamp transfer rotation screw rod, the lamp transfer rotation screw rod is transversely rotated on the lamp horizontal moving seat by the driving of the lamp horizontal moving driver and is drivingly connected with the lamp longitudinal moving part, the lamp longitudinal moving driver is longitudinally fixed on the lamp longitudinal moving part, and the lamp transfer clamping driver is longitudinally fixed on the lamp longitudinal moving driver and is drivingly connected with the lamp transfer clamping arm.

[0027] The lamp transfer clamping arm drives the clamping or releasing of the oven lamp product on the accessory positioning seat through the lamp transfer clamping driver, and moves to the fixed rack outside through the cooperation of the lamp transverse transfer driver, the lamp transfer screw rod, the lamp longitudinal moving part, and the lamp longitudinal moving driver.

[0028] The assembly turntable is supported on the fixed rack through the support frame and is rotated on the fixed rack through the cooperation of the turntable driver and the turntable reducer.

[0029] The automatic assembly method of the automatic assembly equipment for oven lamps is as follows:

[0030] Step one: the assembly turntable is rotated on the fixed rack, and a plurality of accessory positioning seats thereon are positioned on the lamp holder feeding station, the lamp shell feeding station, the seat shell crimping station, the lamp bead feeding station, the lamp bead crimping station, the lamp shade feeding and pre-assembly station, the lamp shade rear assembly station, and the product transfer station in rotation;

[0031] Step two: the lamp holder vibration disc works and transports the lamp holders placed thereon to the discharge end one by one, and when the empty accessory positioning seat is positioned on the lamp holder feeding station, the feeding device works and clamps and places the lamp holder at the discharge end of the lamp holder vibration disc on the empty accessory positioning seat;

[0032] Step three: the lamp shell vibration disc works and transports the lamp shells placed thereon to the discharge end one by one, the assembly turntable is rotated and positions the accessory positioning seat on which the lamp holder is placed on the lamp shell feeding station, and then the feeding device at the lamp shell feeding station works and clamps and places the lamp shell at the discharge end of the lamp shell vibration disc on the accessory positioning seat and the lamp holder;

[0033] Step four: the assembly turntable is rotated and positions the accessory positioning seat on which the lamp holder and the lamp shell are placed on the seat shell crimping station, and then the seat shell crimping device works and presses the lamp shell downward, so that the lamp shell moves toward the lamp holder, so that the lamp holder and the lamp shell are crimped;

[0034] Step five: the lamp bead vibration plate works and transports the lamp beads placed thereon to the discharge end one by one, the assembly turntable rotates and positions the accessory positioning seat, in which the lamp holder, the lamp shell and the lamp bead are pressed, on the lamp bead loading station, then the loading device on the lamp bead loading station works and clamps and places the lamp bead at the discharge end of the lamp bead vibration plate on the lamp holder of the accessory positioning seat;

[0035] Step six: the assembly turntable rotates and positions the accessory positioning seat, in which the lamp holder, the lamp shell and the lamp bead are placed, on the lamp bead spinning station, then the spinning device works and presses the lamp bead to move towards the lamp holder, so that the lamp bead is pressed with the lamp shell;

[0036] Step seven: the lamp cover vibration plate works and transports the lamp covers placed thereon to the discharge end one by one, the assembly turntable rotates and positions the accessory positioning seat, in which the lamp holder, the lamp shell and the lamp bead are pressed, on the lamp cover loading and pre-assembly station, then the pre-spinning device works and clamps and places the lamp cover at the discharge end of the lamp cover vibration plate on the lamp shell of the accessory positioning seat and rotates the lamp cover to pre-spin the lamp cover on the lamp shell;

[0037] Step eight: the assembly turntable rotates and positions the accessory positioning seat, in which the lamp holder, the lamp shell, the lamp bead and the lamp cover are placed, on the lamp cover post-assembly station, then the re-spinning device works and clamps the lamp cover and drives the lamp cover to rotate in the opposite direction of the pre-spinning device to loosen the lamp cover from the lamp shell, then the re-spinning device drives the lamp cover to spin again on the lamp shell in the same direction of the pre-spinning device, so that the lamp cover is effectively spun on the lamp shell, and finally the lamp holder, the lamp shell, the lamp bead and the lamp cover are assembled into a finished product of the oven lamp;

[0038] Step nine: the assembly turntable rotates and positions the accessory positioning seat, in which the finished product of the oven lamp is placed, on the finished product transfer station, then the transfer device works and clamps and transports the finished product of the oven lamp to the outside of the fixed rack to realize the movement and transportation of the finished product of the oven lamp.

[0039] The utility model discloses an improved structure, the lamp holder loading station, the lamp shell loading station, the seat shell pressure joint station, the lamp pearl loading station, the lamp pearl spinning pressure station, the lamp shade loading pre -install station, the lamp shade rear loading station, the finished product removal station annular array on the fixed frame, also simultaneously, a plurality of accessory positioning seat annular array is on the assembly turntable, when the assembly turntable rotates relative to the fixed frame, a plurality of accessory positioning seat can correspond with the lamp holder loading station, the lamp shell loading station, the seat shell pressure joint station, the lamp pearl loading station, the lamp pearl spinning pressure station, the lamp shade loading pre -install station, the lamp shade rear loading station, the finished product removal station annular each other, to ensure the effective positioning of oven lamp accessory and the effective performance of accessory assembly.

[0040] Among them, the lamp holder loading station can realize the automatic feeding of the lamp holder, the lamp shell loading station can realize the automatic feeding of the lamp shell, the seat shell pressure joint station can realize the automatic pressure joint of the lamp holder and the lamp shell, the lamp pearl loading station can realize the automatic feeding of the lamp pearl, the lamp pearl spinning pressure station can realize the automatic pressure joint of the lamp pearl and the lamp holder, the lamp shade loading pre -install station can realize the automatic feeding of the lamp shade and the automatic pre -spinning of the lamp shade and the lamp shell, the lamp shade rear loading station can realize the automatic re -spinning of the lamp shade and the lamp shell, and the finished product removal station can realize the automatic removal of the oven lamp finished product.

[0041] That is, the whole process of accessory feeding, assembly and finished product removal of the oven lamp does not need manual participation, thereby effectively avoiding a series of problems such as low production efficiency, high cost and personnel injury caused by worker operation, to improve the assembly efficiency of the oven lamp, reduce the assembly cost, reduce the risk of worker injury, and also ensure the effective connection between the lamp holder, the lamp shell, the lamp pearl and the lamp shade, improve the assembly qualification rate of the oven lamp finished product, and additionally, the lamp holder, the lamp shell, the lamp pearl and the lamp shade will not be damaged during feeding and assembly. BRIEF DESCRIPTION OF DRAWINGS

[0042] Figure 1 It is assembly structure schematic diagram of an embodiment of the utility model.

[0043] Figure 2 It is another view assembly structure schematic diagram of an embodiment of the utility model.

[0044] Figure 3 It is exploded structure schematic diagram of an embodiment of the utility model after omitting lamp holder vibration disc, lamp shell vibration disc, lamp pearl vibration disc, lamp shade vibration disc.

[0045] Figure 4 It is assembly structure schematic diagram of assembly turntable.

[0046] Figure 5 It is assembly section structure schematic diagram of lamp holder, lamp shell, lamp pearl, lamp shade, accessory positioning seat.

[0047] Figure 6It is the exploded structural schematic drawing of lamp holder, lamp shell, lamp bead, lamp shade, accessory positioning seat.

[0048] Figure 7 It is the assembly structure schematic drawing of the feeding device.

[0049] Figure 8 It is the exploded structure schematic drawing of the feeding device.

[0050] Figure 9 It is the exploded structure schematic drawing of the feeding device from another perspective.

[0051] Figure 10 It is the assembly structure schematic drawing of the seat shell crimping device

[0052] Figure 11 It is the exploded structure schematic drawing of the seat shell crimping device

[0053] Figure 12 It is the exploded structure schematic drawing of the seat shell crimping device from another perspective.

[0054] Figure 13 It is the assembly structure schematic drawing of the spinning device.

[0055] Figure 14 It is the exploded structure schematic drawing of the spinning device.

[0056] Figure 15 It is the exploded structure schematic drawing of the spinning device from another perspective.

[0057] Figure 16 It is the assembly structure schematic drawing of the pre-spinning device.

[0058] Figure 17 It is the exploded structure schematic drawing of the pre-spinning device.

[0059] Figure 18 It is the exploded structure schematic drawing of the pre-spinning device from another perspective.

[0060] Figure 19 It is the assembly structure schematic drawing of the re-spinning device.

[0061] Figure 20 It is the exploded structure schematic drawing of the re-spinning device.

[0062] Figure 21 It is the exploded structure schematic drawing of the re-spinning device from another perspective.

[0063] Figure 22 It is the assembly structure schematic drawing of the transfer device.

[0064] Figure 23 It is the exploded structure schematic drawing of the transfer device.

[0065] Figure 24Another perspective exploded view of the transfer device. DETAILED DESCRIPTION

[0066] In order to make the above objectives, characteristics and advantages of the present application more apparent, a specific embodiment of the present application will be described in detail below with reference to the accompanying drawings. In the following description, numerous specific details are set forth in order to provide a thorough understanding of the present application. However, the present application can be practiced in a number of different manners that are different from those described herein, and it is understood that similar modifications can be made by those skilled in the art without departing from the spirit and scope of the present application, and therefore the present application is not limited to the specific embodiments disclosed below.

[0067] The present application will be further described below with reference to the accompanying drawings and embodiments.

[0068] Referring to Figures 1-24 , the automatic assembly equipment for oven lamps comprises a fixed rack 100, an assembly turntable X, the fixed rack 100 is annularly arrayed with a lamp holder loading station, a lamp shell loading station, a holder shell crimping station, a lamp bead loading station, a lamp bead spinning station, a lamp shade loading and pre-assembly station, a lamp shade post-assembly station, and a finished product transfer station, wherein the assembly turntable X is rotationally arranged on the fixed rack 100 and is annularly arrayed with a plurality of accessory positioning seats Y on the outer edge, and the plurality of accessory positioning seats Y are sequentially moved on the lamp holder loading station, the lamp shell loading station, the holder shell crimping station, the lamp bead loading station, the lamp bead spinning station, the lamp shade loading and pre-assembly station, the lamp shade post-assembly station, and the finished product transfer station when the assembly turntable X rotates.

[0069] The lamp holder loading station is provided with a lamp holder vibrating disc 10 for placing a plurality of lamp holders 1 and an upper loading device A for loading the lamp holders 1 onto the accessory positioning seats Y.

[0070] The lamp shell loading station is provided with a lamp shell vibrating disc 20 for placing a plurality of lamp shells 2 and the upper loading device A for loading the lamp shells 2 onto the accessory positioning seats Y.

[0071] The holder shell crimping station is provided with a holder shell crimping device B for crimping the lamp holders 1 and the lamp shells 2.

[0072] The lamp bead loading station is provided with a lamp bead vibrating disc 30 for placing a plurality of lamp beads 3 and the upper loading device A for loading the lamp beads 3 onto the lamp holders 1.

[0073] The lamp bead spinning station is provided with a spinning device C for crimping the lamp beads 3 onto the lamp holders 1.

[0074] The lamp shade loading and pre-assembly station is provided with a lamp shade vibrating disc 40 for placing a plurality of lamp shades 4 and a pre-spinning device D for loading and pre-spinning the lamp shades 4 onto the lamp shells 2.

[0075] The rear lampshade loading station is provided with a re- screwing device E for re-screwing the lampshade 4 on the lamp shell 2.

[0076] The finished product transfer station is provided with a transfer device F for transferring the oven lamp finished product after the lamp holder 1, the lamp shell 2, the lamp bead 3, and the assembled lamp bead 3 are baked.

[0077] In this embodiment, the lamp holder loading station, the lamp shell loading station, the holder shell crimping station, the lamp bead loading station, the lamp bead crimping station, the lampshade loading and pre-assembly station, the rear lampshade loading station, and the finished product transfer station are arranged in a circular array on the fixed rack 100, and a plurality of accessory positioning seats Y are arranged in a circular array on the assembly turntable X, so that when the assembly turntable X rotates relative to the fixed rack 100, the plurality of accessory positioning seats Y can correspond to the lamp holder loading station, the lamp shell loading station, the holder shell crimping station, the lamp bead loading station, the lamp bead crimping station, the lampshade loading and pre-assembly station, the rear lampshade loading station, and the finished product transfer station in a circular array, so as to ensure effective positioning of the oven lamp accessories and effective assembly of the accessories.

[0078] The lamp holder loading station can realize automatic loading of the lamp holder 1, the lamp shell loading station can realize automatic loading of the lamp shell 2, the holder shell crimping station can realize automatic crimping of the lamp holder 1 and the lamp shell 2, the lamp bead loading station can realize automatic loading of the lamp bead 3, the lamp bead crimping station can realize automatic crimping of the lamp bead 3 and the lamp holder 1, the lampshade loading and pre-assembly station can realize automatic loading of the lampshade 4 and automatic pre-screwing of the lampshade 4 and the lamp shell 2, the rear lampshade loading station can realize automatic re-screwing of the lampshade 4 and the lamp shell 2, and the finished product transfer station can realize automatic transfer of the oven lamp finished product.

[0079] That is, the entire process of accessory loading, assembly, and finished product transfer of the oven lamp does not require manual intervention, thereby effectively avoiding a series of problems such as low production efficiency, high cost, and personnel injury caused by worker operation, to improve the assembly efficiency of the oven lamp, reduce the assembly cost, and reduce the risk of worker injury, and also ensure effective connection between the lamp holder 1, the lamp shell 2, the lamp bead 3, and the lampshade 4, improve the assembly qualification rate of the oven lamp finished product, and additionally, the lamp holder 1, the lamp shell 2, the lamp bead 3, and the lampshade 4 will not be damaged during loading and assembly.

[0080] The loading device A includes a loading vertical column A1, a loading horizontal movement driver A2, a loading vertical movement driver A3, and a loading clamping driver A4, wherein the loading vertical column A1 is located outside the assembly turntable X and is fixedly arranged on the fixed rack 100, the loading horizontal movement driver A2 is arranged on the loading vertical column A1 and is drivingly connected with the loading vertical movement driver A3, and the loading clamping driver A4 is arranged on the loading vertical movement driver A3 and drivingly connected with a loading clamping arm A5.

[0081] The feeding clamping arm A5 reciprocates transversely and longitudinally between the assembly turntable X and the corresponding vibration disc through the cooperation of the feeding transverse drive A2 and the feeding longitudinal drive A3, and the corresponding lamp holder 1, lamp shell 2 and lamp bead 3 on the corresponding vibration disc are transported one by one through the driving of the feeding clamping drive A4.

[0082] The feeding transverse drive assembly seat A6 is transversely fixed on the feeding vertical column A1 and located above the accessory positioning seat Y and the corresponding vibration disc discharge end, the feeding transverse drive A2 is transversely fixed on the feeding transverse drive assembly seat A6, the driving end of the feeding transverse drive A2 is drivingly connected with the feeding transverse block A7, the feeding longitudinal drive A3 is longitudinally fixed on the feeding transverse block A7, the driving end of the feeding longitudinal drive A3 is drivingly connected with the feeding longitudinal block A10, and the feeding clamping drive A4 is longitudinally fixed on the feeding longitudinal block A10.

[0083] The feeding transverse drive A2 and the feeding longitudinal drive A3 are cooperated to drive the feeding clamping drive A4 to reciprocate transversely and longitudinally on the feeding vertical column A1, and the feeding clamping drive A4 drives the feeding clamping arm A5 to open and close while reciprocating, so as to clamp and automatically transport the lamp holder 1, lamp shell 2 and lamp bead 3 on the lamp holder vibration disc 10, lamp shell vibration disc 20 and lamp bead vibration disc 30 respectively.

[0084] The feeding transverse drive A2, feeding longitudinal drive A3 and feeding clamping drive A4 are all driving cylinders.

[0085] The driving end of the feeding longitudinal drive A3 is drivingly connected with the feeding longitudinal block A10, and the feeding clamping drive A4 is longitudinally fixed on the feeding longitudinal block A10.

[0086] The feeding transverse drive assembly seat A6 further transversely fixes the feeding transverse sliding rail A8, and the feeding transverse block A7 further fixedly provides the feeding transverse sliding block A9 which is guided to slide on the feeding transverse sliding rail A8 through the feeding transverse sliding block A9.

[0087] The cooperation of the feeding transverse sliding block A9 and the feeding transverse sliding rail A8 enables the feeding transverse block A7 to stably reciprocate transversely on the feeding transverse drive assembly seat A6.

[0088] The feeding clamping arm A5 is provided with the feeding clamping part corresponding to the outer contour of the lamp holder 1, lamp shell 2 and lamp bead 3, so as to improve the clamping stability of the lamp holder 1, lamp shell 2 and lamp bead 3, and in addition, the feeding clamping part can be provided with a soft member, so that the feeding clamping part acts on the lamp holder 1, lamp shell 2 and lamp bead 3 through the soft member, which can further avoid the damage of the lamp holder 1, lamp shell 2 and lamp bead 3.

[0089] In the embodiment, the feeding horizontal movement driver A2 drives the feeding horizontal movement block A7 to move horizontally on the feeding horizontal movement driver assembly seat A6 through the cooperation of the feeding horizontal movement slider A9 and the feeding horizontal movement slide rail A8. When the feeding horizontal movement block A7 moves horizontally, it drives the feeding vertical movement driver A3 to move horizontally. When the feeding vertical movement driver A3 works, it drives the feeding vertical movement block A10 to move vertically. When the feeding vertical movement block A10 moves vertically, it drives the feeding clamping driver A4 to move vertically. When the feeding clamping driver A4 works, it drives the feeding clamping arm A5 to open and close. When the feeding clamping arm A5 opens and closes, it clamps and takes the lamp holder 1, the lamp shell 2 and the lamp beads 3 and releases and places them.

[0090] The pressing device B comprises a pressing stand B1, a pressing driver B2 and a pressing plate B3. The pressing stand B1 is located outside the assembly turntable X and is fixedly arranged on the fixed rack 100. The pressing driver B2 is fixed longitudinally on the pressing stand B1 and is drivingly connected with the pressing plate B3.

[0091] The pressing plate B3 moves longitudinally on the pressing stand B1 through the driving of the pressing driver B2 and presses the lamp shell 2 on the lamp holder 1 when it moves longitudinally.

[0092] In the embodiment, the pressing driver B2 drives the pressing plate B3 to move longitudinally to realize the automatic pressing of the lamp shell 2 on the lamp holder 1.

[0093] The pressing stand B1 is provided with a pressing driver assembly seat B4. The pressing driver B2 is a driving cylinder and is fixed longitudinally on the pressing driver assembly seat B4. The pressing plate B3 is a plane plate.

[0094] In the embodiment, the pressing driver B2 is assembled on the pressing stand B1 through the pressing driver assembly seat B4, which can improve the assembly convenience and stability of the pressing driver B2. The driving end of the pressing driver B2 faces the accessory positioning seat Y, so the pressing plate B3 is located above the accessory positioning seat Y and can move longitudinally towards the accessory positioning seat Y. In addition, since the pressing plate B3 is a plane plate, it can stably press on the lamp shell 2 and the lamp holder 1, ensuring that the lamp shell 2 and the lamp holder 1 are uniformly stressed and avoiding the problems of shaking and deviation during pressing.

[0095] The spinning device C comprises a spinning stand C1, a spinning driver C2 and a spinning rod C3. The spinning stand C1 is located outside the assembly turntable X and is fixedly arranged on the fixed rack 100. The spinning driver C2 is fixed longitudinally on the spinning stand C1 and is drivingly connected with the spinning rod C3.

[0096] The spinning rod C3 is driven to rotate and reciprocate longitudinally on the spinning stand C1 by the driving of the spinning driver C2, and the lamp bead 3 is pressed on the lamp holder 1 when the spinning rod C3 rotates longitudinally.

[0097] The spinning driver C2 is a driving motor, and a spinning speed reducer C4 is drivingly connected thereon, and the spinning speed reducer C4 is drivingly connected with the spinning rod C3.

[0098] The spinning speed reducer C4 is longitudinally fixed on a spinning speed reducer assembly seat C5 arranged on the spinning stand C1.

[0099] The spinning driver C2 is longitudinally fixed on the top of the spinning speed reducer C4, and is drivingly connected with the spinning rod C3 through the spinning speed reducer C4.

[0100] In the embodiment, the spinning speed reducer C4 is assembled on the spinning stand C1 through the spinning speed reducer assembly seat C5, which can improve the assembly convenience and stability of the spinning speed reducer C4, and the spinning driver C2 is assembled on the top of the spinning speed reducer C4, so that the spinning driver C2, the spinning speed reducer C4 and the spinning rod C3 are arranged on the same longitudinal axis.

[0101] When the spinning speed reducer C4 works, the driving end thereof is drivingly connected with the spinning rod C3 after being decelerated by the spinning speed reducer C4, so as to avoid the problem that the driving end of the spinning driver C2 directly presses the lamp bead 3, causing the lamp bead 3 to be damaged.

[0102] The pre-spinning device D includes a pre-spinning stand D1, a pre-spinning horizontal moving seat D2, a pre-spinning horizontal moving driver D3, a pre-spinning horizontal moving piece D4, a pre-spinning longitudinal moving driver D5, a pre-spinning driver D6, a pre-spinning clamping driver D7 and a pre-spinning clamping arm D8. The pre-spinning stand D1 is arranged outside the assembly turntable X and is fixed on the fixed rack 100. The pre-spinning horizontal moving seat D2 is fixed horizontally on the pre-spinning stand D1, and the two ends thereof are located above the accessory positioning seat Y and the discharge end of the lampshade vibration disc 40 respectively. The pre-spinning horizontal moving driver D3 is fixed horizontally on the pre-spinning horizontal moving seat D2 and is drivingly connected with the pre-spinning horizontal moving piece D4. The pre-spinning longitudinal moving driver D5 is fixed longitudinally on the pre-spinning horizontal moving piece D4. The pre-spinning driver D6 is fixed longitudinally on the pre-spinning longitudinal moving driver D5 and is drivingly connected with the pre-spinning clamping driver D7. The pre-spinning clamping driver D7 is drivingly connected with the pre-spinning clamping arm D8.

[0103] The pre-screwing clamping arm D8 is reciprocated transversely on the pre-screwing transverse seat D2 by the cooperation of the pre-screwing transverse driver D3 and the pre-screwing longitudinal driver D5, and the lampshade 4 at the discharging end of the lampshade vibrating disc 40 is conveyed to the accessory positioning seat Y and pre-screwed on the lamp shell 2 by the driving of the pre-screwing clamping driver D7 and the pre-screwing driver D6 when the lampshade 4 is clamped.

[0104] In the embodiment, the pre-screwing transverse driver D3 drives the pre-screwing transverse piece D4 to reciprocate transversely on the pre-screwing transverse seat D2 during work, so that the pre-screwing longitudinal driver D5, the pre-screwing driver D6, the pre-screwing clamping driver D7 and the pre-screwing clamping arm D8 are reciprocated transversely, the pre-screwing longitudinal driver D5 drives the pre-screwing clamping driver D7 and the pre-screwing clamping arm D8 to reciprocate longitudinally on the pre-screwing transverse seat D2 during work, and the pre-screwing clamping arm D8 can clamp the lampshade 4 at the discharging end of the lampshade vibrating disc 40 and move towards the accessory positioning seat Y by the driving of the pre-screwing clamping driver D7, and the pre-screwing driver D6 can pre-screw the lampshade 4 on the lamp shell 2.

[0105] The pre-screwing transverse seat D2 is also transversely fixed with a pre-screwing transverse guide rail D9, and the pre-screwing transverse piece D4 is fixedly provided with a pre-screwing transverse sliding block D10 and guided to slide on the pre-screwing transverse guide rail D9 through the pre-screwing transverse sliding block D10.

[0106] In the embodiment, the cooperation of the pre-screwing transverse sliding block D10 and the pre-screwing transverse guide rail D9 enables the pre-screwing transverse piece D4 to stably reciprocate transversely on the pre-screwing transverse seat D2, thereby ensuring that the pre-screwing longitudinal driver D5, the pre-screwing driver D6, the pre-screwing clamping driver D7 and the pre-screwing clamping arm D8 can stably reciprocate transversely.

[0107] The pre-screwing longitudinal driver D5 is also fixedly provided with a pre-screwing longitudinal driving plate D11, the pre-screwing longitudinal driving plate D11 is longitudinally fixed with a pre-screwing longitudinal guide rail D12, the pre-screwing longitudinal guide rail D12 is guided to slide with a pre-screwing longitudinal sliding block D13, the pre-screwing longitudinal sliding block D13 is fixedly connected with a pre-screwing adapter plate D14, the pre-screwing driver D6 is a driving motor and its driving end is drivingly connected with a pre-screwing speed reducer D15, the pre-screwing speed reducer D15 is longitudinally fixed on the pre-screwing adapter plate D14 and drivingly connected with the pre-screwing clamping driver D7.

[0108] In this embodiment, the cooperation of the pre-rotation joint longitudinal slider D13 and the pre-rotation joint longitudinal guide rail D12 enables the pre-rotation joint driver D6, the pre-rotation joint speed reducer D15, the pre-rotation joint clamping driver D7 and the pre-rotation joint clamping arm D8 to realize stable longitudinal reciprocating movement. In addition, fixing the pre-rotation joint longitudinal movement driver D5 on the pre-rotation joint transverse moving part D4 and fixing the pre-rotation joint speed reducer D15 on the pre-rotation joint adapter plate D14 can effectively improve the assembly stability of the pre-rotation joint longitudinal movement driver D5 and the pre-rotation joint speed reducer D15. At the same time, the use of the speed reduction effect of the pre-rotation joint speed reducer D15 can avoid the problem of damage to the lampshade 4 caused by the direct driving of the pre-rotation joint longitudinal movement driver D5 on the pre-rotation joint clamping driver D7.

[0109] The pre-rotation joint clamping arm D8 is arranged on the driving end of the pre-rotation joint clamping driver D7 and is provided with a pre-rotation joint clamping part corresponding to the outer contour of the lampshade 4.

[0110] In this embodiment, the shape of the pre-rotation joint clamping part corresponds to the outer contour of the lampshade 4, so that the pre-rotation joint clamping arm D8 can effectively clamp the lampshade 4 through the pre-rotation joint clamping part, thereby improving the clamping stability of the lampshade 4. In addition, a soft part can be arranged on the pre-rotation joint clamping part, so that the pre-rotation joint clamping part clamps the lampshade 4 through the soft part, which can further avoid damage to the lampshade 4.

[0111] The re-rotation joint device E includes a re-rotation joint stand E1, a re-rotation joint driver E2, a re-rotation joint clamping driver E3, a re-rotation joint clamping arm E4, a re-rotation joint longitudinal movement seat E5, a re-rotation joint longitudinal movement driver E6, a re-rotation joint screw E7 and a re-rotation joint longitudinal moving part E8. The re-rotation joint stand E1 is arranged outside the assembly turntable X and is fixed on the fixed rack 100. The re-rotation joint longitudinal movement seat E5 is fixed longitudinally on the re-rotation joint stand E1. The re-rotation joint longitudinal movement driver E6 is fixed longitudinally on the re-rotation joint longitudinal movement seat E5 and is drivingly connected with the re-rotation joint screw E7. The re-rotation joint screw E7 is driven longitudinally to rotate on the re-rotation joint longitudinal movement seat E5 by the re-rotation joint longitudinal movement driver E6 and is drivingly connected with the re-rotation joint longitudinal moving part E8. The re-rotation joint driver E2 is fixed longitudinally on the re-rotation joint longitudinal moving part E8 and is drivingly connected with the re-rotation joint clamping driver E3. The re-rotation joint clamping driver E3 is drivingly connected with the re-rotation joint clamping arm E4.

[0112] The re-rotation joint clamping arm E4 is longitudinally reciprocatingly moved on the re-rotation joint longitudinal movement seat E5 through the cooperation of the re-rotation joint longitudinal movement driver E6, the re-rotation joint screw E7 and the re-rotation joint longitudinal moving part E8. The re-rotation joint clamping arm E4 clamps or releases the lampshade 4 through the driving of the re-rotation joint clamping driver E3 and rotates on the re-rotation joint longitudinal movement seat E5 through the driving of the re-rotation joint driver E2 when clamping the lampshade 4, so as to re-rotate the lampshade 4 on the lamp shell 2.

[0113] In the embodiment, the re-connection longitudinal movement driver E6 drives the re-connection screw rod E7 to rotate on the re-connection longitudinal movement seat E5 when working, and the re-connection screw rod E7 drives the re-connection longitudinal movement piece E8 to move longitudinally on the re-connection longitudinal movement seat E5 when rotating, so that the re-connection driver E2, the re-connection clamping driver E3 and the re-connection clamping arm E4 can move longitudinally.

[0114] The re-connection longitudinal movement seat E5 is also longitudinally fixed with a re-connection longitudinal movement guide rail E9, and the re-connection longitudinal movement piece E8 is fixedly provided with a re-connection longitudinal movement sliding block E10 and guided to slide on the re-connection longitudinal movement guide rail E9 through the re-connection longitudinal movement sliding block E10.

[0115] In the embodiment, the cooperation of the re-connection longitudinal movement sliding block E10 and the re-connection longitudinal movement guide rail E9 enables the re-connection longitudinal movement piece E8 to stably move longitudinally on the re-connection longitudinal movement seat E5, thereby ensuring that the re-connection driver E2, the re-connection clamping driver E3 and the re-connection clamping arm E4 can stably move longitudinally.

[0116] The re-connection longitudinal movement seat E5 is provided with a longitudinal movement seat cavity E5.1, and the re-connection screw rod E7, the re-connection longitudinal movement piece E8, the re-connection longitudinal movement guide rail E9 and the re-connection longitudinal movement sliding block E10 are all located in the longitudinal movement seat cavity E5.1. The re-connection longitudinal movement seat E5 is also fixedly provided with a cavity cover plate E11, which covers the longitudinal movement seat cavity E5.1, and the re-connection longitudinal movement piece E8 at least partially extends out of the longitudinal movement seat cavity E5.1 and is fixedly connected with a re-connection driving seat E12.

[0117] In the embodiment, the longitudinal movement seat cavity E5.1 and the cavity cover plate E11 can effectively shield and protect the re-connection screw rod E7, the re-connection longitudinal movement piece E8, the re-connection longitudinal movement guide rail E9 and the re-connection longitudinal movement sliding block E10, so as to avoid the influence caused by foreign matter contacting the above-mentioned parts, and further improve the stability of the longitudinal movement of the re-connection driver E2, the re-connection clamping driver E3 and the re-connection clamping arm E4.

[0118] The re-connection longitudinal movement driver E6 is a driving motor and is longitudinally fixed on the top of the re-connection longitudinal movement seat E5. The driving end of the re-connection longitudinal movement driver E6 extends into the longitudinal movement seat cavity E5.1 and is drivingly connected with the re-connection screw rod E7.

[0119] The re-connection driver E2 is a driving motor and is longitudinally fixed on the top of the re-connection driving seat E12. The re-connection driver E2 is also drivingly connected with a re-connection speed reducer E13 and drivingly connected with the re-connection clamping driver E3 through the re-connection speed reducer E13.

[0120] The re-connection clamping driver E3 is a driving cylinder, and the re-connection speed reducer E13 is longitudinally fixed at the bottom of the re-connection driving base E12 and drivingly connected with the re-connection clamping driver E3.

[0121] In the embodiment, the re-connection driver E2 and the re-connection speed reducer E13 are respectively arranged at the top and the bottom of the re-connection driving base E12, which can improve the assembly convenience and stability of the re-connection driver E2 and the re-connection speed reducer E13. Meanwhile, the re-connection driver E2, the re-connection speed reducer E13 and the re-connection clamping driver E3 are drivingly connected with each other and arranged on the same longitudinal axis, which not only facilitates the power output and reduces the transmission loss, but also reduces the space occupancy. In addition, the re-connection speed reducer E13 can avoid the problem that the re-connection driver E2 directly drives the re-connection clamping driver E3 to damage the lampshade 4.

[0122] The re-connection clamping arm E4 is arranged on the driving end of the re-connection clamping driver E3 and is provided with a re-connection clamping part corresponding to the outer contour of the lampshade 4.

[0123] In the embodiment, the re-connection clamping arm E4 is provided with the re-connection clamping part corresponding to the outer contour of the lampshade 4, so that the re-connection clamping arm E4 can effectively clamp the lampshade 4 through the re-connection clamping part, thereby improving the clamping stability of the lampshade 4. In addition, the re-connection clamping part can be provided with a soft member, so that the re-connection clamping part acts on the lampshade 4 through the soft member, which can further avoid the damage of the lampshade 4.

[0124] The transfer device F includes a lamp transfer stand F1, a lamp horizontal transfer driver, a lamp vertical transfer driver F2, a lamp transfer clamping driver F3, a lamp transfer clamping arm F4, a lamp horizontal transfer base F5, a lamp transfer screw rod F6 and a lamp vertical transfer member F7. The lamp transfer stand F1 is arranged outside the assembly turntable X and fixed on the fixed rack 100. The lamp horizontal transfer base F5 is fixed horizontally on the lamp transfer stand F1, and both ends thereof are respectively located above the assembly positioning seat Y and the fixed rack 100 outside. The lamp horizontal transfer driver is fixed horizontally on the lamp horizontal transfer base F5 and drivingly connected with the lamp transfer screw rod F6. The lamp transfer screw rod F6 is driven to rotate horizontally on the lamp horizontal transfer base F5 by the lamp horizontal transfer driver and drivingly connected with the lamp vertical transfer member F7. The lamp vertical transfer driver F2 is longitudinally fixed on the lamp vertical transfer member F7. The lamp transfer clamping driver F3 is longitudinally fixed on the lamp vertical transfer driver F2 and drivingly connected with the lamp transfer clamping arm F4.

[0125] The lamp transfer clamping arm F4 clamps or releases the oven lamp product on the accessory positioning seat Y through the driving of the lamp transfer clamping driver F3, and moves to the outside of the fixed rack 100 through the cooperation of the lamp transverse moving driver, the lamp transfer screw rod F6, the lamp longitudinal moving member F7 and the lamp longitudinal moving driver F2.

[0126] In the embodiment, the lamp transverse moving driver drives the lamp transfer screw rod F6 to rotate on the lamp transverse moving seat F5 during operation, and the lamp transfer screw rod F6 drives the lamp longitudinal moving member F7 to move transversely on the lamp transverse moving seat F5 during rotation, so that the lamp longitudinal moving driver F2, the lamp transfer clamping driver F3 and the lamp transfer clamping arm F4 can move transversely, the lamp transfer clamping arm F4 can move towards the accessory positioning seat Y, clamp the oven lamp product on the accessory positioning seat Y, make the clamped oven lamp product leave the accessory positioning seat Y, and finally complete the transfer of the oven lamp product.

[0127] The lamp transverse moving seat F5 is also transversely fixed with a lamp transverse moving guide rail F8, and the lamp longitudinal moving member F7 is fixedly provided with a lamp longitudinal moving sliding block F9 and guided to slide on the lamp transverse moving guide rail F8 through the lamp longitudinal moving sliding block F9.

[0128] In the embodiment, the cooperation of the lamp longitudinal moving sliding block F9 and the lamp transverse moving guide rail F8 enables the lamp longitudinal moving member F7 to stably move transversely on the lamp transverse moving seat F5, thereby ensuring that the lamp longitudinal moving driver F2, the lamp transfer clamping driver F3 and the lamp transfer clamping arm F4 can stably move transversely.

[0129] The lamp transverse moving seat F5 is also transversely fixed with a lamp transverse moving guide rail F8, and the lamp longitudinal moving member F7 is fixedly provided with a lamp longitudinal moving sliding block F9 and guided to slide on the lamp transverse moving guide rail F8 through the lamp longitudinal moving sliding block F9.

[0130] In the embodiment, the lamp transverse moving seat F5 is also transversely fixed with a lamp transverse moving guide rail F8, and the lamp longitudinal moving member F7 is fixedly provided with a lamp longitudinal moving sliding block F9 and guided to slide on the lamp transverse moving guide rail F8 through the lamp longitudinal moving sliding block F9.

[0131] The lamp transverse moving driver is a driving motor and is transversely fixed on one of the lamp transverse moving seat end plates F10, and the driving end of the lamp transverse moving driver extends into the lamp transverse moving seat recess F5.1 and is drivingly connected with the lamp transfer screw rod F6.

[0132] The outer cover plate F11 is fixedly arranged on the lamp transverse moving seat end plate F10, and a lamp transverse moving avoiding space F5.2 is formed between the outer cover plate F11 and the lamp transverse moving seat F5. The lamp longitudinal moving member F7 at least partially extends out of the lamp transverse moving seat cavity F5.1 through the lamp transverse moving avoiding space F5.2, and is fixedly connected with the lamp transverse moving connecting seat F12.

[0133] The lamp longitudinal moving driver F2 is a driving cylinder and is longitudinally fixed on the lamp transverse moving connecting seat F12.

[0134] The lamp longitudinal moving driver F2 is further fixedly arranged with a lamp moving and transferring clamping driving plate F13, and the lamp moving and transferring clamping driver F3 is a driving cylinder and is longitudinally fixed on the lamp moving and transferring clamping driving plate F13.

[0135] In the embodiment, the lamp transverse moving driver is fixed on the lamp transverse moving seat end plate F10, the lamp longitudinal moving driver F2 is fixed on the lamp transverse moving connecting seat F12, and the lamp moving and transferring clamping driver F3 is fixed on the lamp moving and transferring clamping driving plate F13, so that the assembly stability of the lamp transverse moving driver, the lamp longitudinal moving driver F2 and the lamp moving and transferring clamping driver F3 is effectively improved.

[0136] The lamp moving and transferring clamping arm F4 is arranged on the driving end of the lamp moving and transferring clamping driver F3, and is provided with a screwing clamping part corresponding to the outer contour of the oven lamp product.

[0137] In the embodiment, since the shape of the screwing clamping part corresponds to the outer contour of the oven lamp product, the lamp moving and transferring clamping arm F4 can effectively clamp the oven lamp product through the screwing clamping part, so that the clamping stability of the oven lamp product is improved. In addition, a soft member can be arranged on the screwing clamping part, so that the screwing clamping part clamps the product through the soft member, and the damage of the product can be further avoided.

[0138] A support frame Z is arranged at the center of the bottom of the assembly turntable X, the support frame Z is provided with a turntable speed reducer and is connected with a turntable driver through the turntable speed reducer, the assembly turntable X is supported on the fixed rack 100 through the support frame Z and rotates on the fixed rack 100 through the cooperation of the turntable driver and the turntable speed reducer. The use of the speed reduction effect of the turntable speed reducer can avoid the problem that the rotation speed of the assembly turntable X is too fast caused by the direct driving of the assembly turntable X by the turntable driver, so that the rotation positioning of the assembly turntable X is more accurate.

[0139] The accessory positioning seat Y is composed of a positioning seat Y1 and a positioning ring Y2.

[0140] The positioning seat Y1 is fixedly arranged on the assembly turntable X and is provided with a lamp holder positioning groove Y1.1, and the lamp holder 1 is positioned and placed on the lamp holder positioning groove Y1.1, so that the positioning and placing stability of the lamp holder 1 is improved.

[0141] The positioning ring Y2 is fixed on the top of the positioning seat Y1, and a lamp shell positioning groove Y2.1 is longitudinally arranged on the positioning ring Y2. The lamp shell 2 is positioned and placed on the lamp shell positioning groove Y2.1, thereby improving the stability of the positioning and placement of the lamp shell 2.

[0142] The lamp shell positioning groove Y2.1 corresponds to the lamp holder positioning groove Y1.1 in a vertical direction. The lamp bead 3 is pre-placed on the lamp shell 2 and the lamp holder 1 through the lamp shell positioning groove Y2.1, and is inserted and assembled on the lamp holder 1 through the driving of the spinning rod C3.

[0143] The lamp shell guiding edge Y2.2 is arranged at the opening of the lamp shell positioning groove Y2.1. The lamp holder 1 can be positioned and placed on the lamp holder positioning groove Y1.1 through the lamp shell guiding edge Y2.2. The lamp shell 2 can also be positioned and placed on the lamp shell positioning groove Y2.1 through the lamp shell guiding edge Y2.2, thereby improving the convenience and accuracy of the positioning and placement of the lamp holder 1 and the lamp shell 2.

[0144] The automatic assembly method of the automatic assembly equipment for the oven lamp is as follows:

[0145] Step one: the assembly turntable X is rotated on the fixed frame 100, and a plurality of accessory positioning seats Y on the assembly turntable X are positioned on the lamp holder feeding station, the lamp shell feeding station, the holder shell crimping station, the lamp bead feeding station, the lamp bead spinning station, the lamp shade feeding and pre-assembly station, the lamp shade rear assembly station, and the finished product transfer station.

[0146] Step two: the lamp holder vibrating disc 10 works, and the lamp holders 1 placed thereon are sequentially conveyed to the discharge end. When the empty accessory positioning seat Y is positioned on the lamp holder feeding station, the feeding device A works, and the lamp holder 1 at the discharge end of the lamp holder vibrating disc 10 is clamped and placed on the empty accessory positioning seat Y.

[0147] Step three: the lamp shell vibrating disc 20 works, and the lamp shells 2 placed thereon are sequentially conveyed to the discharge end. The assembly turntable X rotates, and the accessory positioning seat Y on which the lamp holder 1 is placed is positioned on the lamp shell feeding station. Then, the feeding device A at the lamp shell feeding station works, and the lamp shell 2 at the discharge end of the lamp shell vibrating disc 20 is clamped and placed on the accessory positioning seat Y and the lamp holder 1.

[0148] Step four: the assembly turntable X rotates, and the accessory positioning seat Y on which the lamp holder 1 and the lamp shell 2 are placed is positioned on the holder shell crimping station. Then, the holder shell crimping device B works, and the lamp shell 2 is pressed downward, so that the lamp shell 2 moves towards the lamp holder 1, thereby realizing the crimping of the lamp holder 1 and the lamp shell 2.

[0149] Step five: the lamp bead vibration plate 30 works and transports the lamp beads 3 placed thereon to the discharge end one by one, the assembly turntable X rotates and positions the accessory positioning seat Y, in which the lamp holder 1 and the lamp shell 2 are crimped, on the lamp bead loading station, and then the loading device A on the lamp bead loading station works and clamps and places the lamp beads 3 at the discharge end of the lamp bead vibration plate 30 on the lamp holder 1 of the accessory positioning seat Y;

[0150] Step six: the assembly turntable X rotates and positions the accessory positioning seat Y, in which the lamp holder 1, the lamp shell 2 and the lamp bead 3 are placed, on the lamp bead spinning station, and then the spinning device C works and presses the lamp bead 3 downward, so that the lamp bead 3 moves towards the lamp holder 1, to enable the lamp bead 3 to be crimped with the lamp shell 2;

[0151] Step seven: the lamp cover vibration plate 40 works and transports the lamp covers 4 placed thereon to the discharge end one by one, the assembly turntable X rotates and positions the accessory positioning seat Y, in which the lamp holder 1, the lamp shell 2 and the lamp bead 3 are crimped, on the lamp cover loading and pre-assembly station, and then the pre-spinning device D works and clamps and places the lamp covers 4 at the discharge end of the lamp cover vibration plate 40 on the lamp shell 2 of the accessory positioning seat Y, and rotates the lamp covers 4, to enable the lamp covers 4 to be pre-spun on the lamp shell 2;

[0152] Step eight: the assembly turntable X rotates and positions the accessory positioning seat Y, in which the lamp holder 1, the lamp shell 2, the lamp bead 3 and the lamp cover 4 are placed, on the lamp cover post-assembly station, and then the re-spinning device E works and clamps the lamp cover 4 and drives the lamp cover 4 to rotate in the opposite direction of the rotation of the pre-spinning device D, so that the lamp cover 4 is loosened from the lamp shell 2, and then the re-spinning device E drives the lamp cover 4 to rotate in the same direction of the rotation of the pre-spinning device D again, to enable the lamp cover 4 to be effectively spun on the lamp shell 2, and finally enable the lamp holder 1, the lamp shell 2, the lamp bead 3 and the lamp cover 4 to be assembled into a finished product of the oven lamp;

[0153] Step nine: the assembly turntable X rotates and positions the accessory positioning seat Y, in which the finished product of the oven lamp is placed, on the finished product transfer station, and then the transfer device F works and clamps the finished product of the oven lamp and transports it to the outside of the fixed rack 100, to realize the movement and transportation of the finished product of the oven lamp.

[0154] In this embodiment, the pre-spinning device D is used to pre-spin the lamp cover 4 on the lamp shell 2, to ensure that the lamp cover 4 can be pre-assembled and positioned with the lamp shell 2 (at this time, the positions of the lamp cover 4 and the lamp shell 2 are aligned with each other, but the assembly is not necessarily stable), and then the re-spinning device E is used to drive the lamp cover 4 to rotate in the opposite direction, to separate the lamp cover 4 from the lamp shell 2 (at this time, the threads between the lamp cover 4 and the lamp shell 2 are aligned), and then drive the lamp cover 4 to rotate in the positive direction, to enable the lamp cover 4 to be effectively assembled and positioned with the lamp shell 2, thereby ensuring the stable assembly between the lamp cover 4 and the lamp shell 2.

[0155] The above is the preferred scheme of the utility model, and the basic principle, main features and advantages of the utility model are displayed and described. Those skilled in the art should understand that the utility model is not limited to the above-mentioned embodiments, and the above-mentioned embodiments and the description in the specification are only for the purpose of illustrating the principle of the utility model. The utility model can have various changes and improvements without departing from the spirit and scope of the utility model, and these changes and improvements all fall within the scope of the utility model claimed, and the scope of protection of the utility model is defined by the appended claims and their equivalents.

Claims

1. An automatic assembly apparatus for oven lamps comprising a fixed gantry (100), characterized in that: Further comprising an assembly turntable (X), the fixed rack (100) annular array has lamp holder loading station, lamp shell loading station, seat shell crimping station, lamp bead loading station, lamp bead spinning station, lampshade loading preloading station, lampshade rear loading station, finished product transfer station, wherein, the assembly turntable (X) rotation is arranged on the fixed rack (100), and the outer edge annular array has several accessory positioning seats (Y), several accessory positioning seats (Y) are sequentially moved in the lamp holder loading station, the lamp shell loading station, the seat shell crimping station, the lamp bead loading station, the lamp bead spinning station, the lampshade loading preloading station, the lampshade rear loading station, the finished product transfer station when the assembly turntable (X) rotates; The lamp holder loading station is provided with a lamp holder vibrating disc (10) for placing a plurality of lamp holders (1), and an upper device (A) for loading the lamp holder (1) to the accessory positioning seat (Y); The lamp shell loading station is provided with a lamp shell vibrating disc (20) for placing a plurality of lamp shells (2), and the upper device (A) for loading the lamp shell (2) to the accessory positioning seat (Y); The seat shell crimping station is provided with a seat shell crimping device (B) for crimping the lamp holder (1) and the lamp shell (2); The lamp bead loading station is provided with a lamp bead vibrating disc (30) for placing a plurality of lamp beads (3), and the upper device (A) for loading the lamp bead (3) to the lamp holder (1); The lamp bead spinning station is provided with a spinning device (C) for crimping the lamp bead (3) to the lamp holder (1); The lampshade loading preloading station is provided with a lampshade vibrating disc (40) for placing a plurality of lampshades (4), and a pre-rotation device (D) for loading and pre-rotating the lampshade (4) to the lamp shell (2); The lampshade rear loading station is provided with a re-rotation device (E) for re-rotating the lampshade (4) to the lamp shell (2); The finished product transfer station is provided with a transfer device (F) for transferring the lamp holder (1), the lamp shell (2), the lamp bead (3), and the finished product of the oven lamp.

2. The automatic assembly apparatus for oven lamps of claim 1, wherein: The upper device (A) comprises an upper column (A1), an upper horizontal movement driver (A2), an upper vertical movement driver (A3), and an upper clamping driver (A4), wherein the upper column (A1) is located outside the assembly turntable (X) and is fixedly arranged on the fixed rack (100), the upper horizontal movement driver (A2) is arranged on the upper column (A1) and is drivingly connected with the upper vertical movement driver (A3), and the upper clamping driver (A4) is arranged on the upper vertical movement driver (A3) and drivingly connected with an upper clamping arm (A5). The feeding clamping arm (A5) reciprocates laterally and longitudinally between the assembly turntable (X) and the corresponding vibrating disc through the cooperation of the feeding lateral movement driver (A2) and the feeding longitudinal movement driver (A3), and the corresponding lamp holder (1), lamp shell (2) and lamp bead (3) on the corresponding vibrating disc are sequentially transported through the driving of the feeding clamping driver (A4).

3. The apparatus for automatic assembly of an oven lamp according to claim 2, characterized in that: The feeding upright column (A1) is provided with a feeding lateral movement driver assembly seat (A6) fixed laterally on the feeding upright column (A1) and located above the accessory positioning seat (Y) and the discharge end of the corresponding vibrating disc at both ends, the feeding lateral movement driver (A2) is fixed laterally on the feeding lateral movement driver assembly seat (A6), the driving end of the feeding lateral movement driver (A2) is drivingly connected with a feeding lateral movement block (A7), the feeding longitudinal movement driver (A3) is fixed longitudinally on the feeding lateral movement block (A7), the driving end of the feeding longitudinal movement driver (A3) is drivingly connected with a feeding longitudinal movement block (A10), the feeding clamping driver (A4) is fixed longitudinally on the feeding longitudinal movement block (A10), and the feeding clamping driver (A4) is drivingly connected with the feeding clamping arm (A5).

4. The apparatus for automatic assembly of an oven lamp according to claim 1, characterized in that: The seat shell crimping device (B) comprises a crimping stand (B1), a crimping driver (B2) and a crimping plate (B3), wherein the crimping stand (B1) is located outside the assembly turntable (X) and fixedly arranged on the fixed gantry (100), the crimping driver (B2) is fixed longitudinally on the crimping stand (B1) and drivingly connected with the crimping plate (B3); The crimping plate (B3) reciprocates longitudinally on the crimping stand (B1) through the driving of the crimping driver (B2), and the lamp shell (2) is crimped on the lamp holder (1) when reciprocating longitudinally.

5. The apparatus for automatic assembly of an oven lamp according to claim 1, characterized in that: The spinning device (C) comprises a spinning stand (C1), a spinning driver (C2) and a spinning rod (C3), wherein the spinning stand (C1) is located outside the assembly turntable (X) and fixedly arranged on the fixed gantry (100), the spinning driver (C2) is fixed longitudinally on the spinning stand (C1) and drivingly connected with the spinning rod (C3); The spinning rod (C3) rotates and reciprocates longitudinally on the spinning stand (C1) through the driving of the spinning driver (C2), and the lamp bead (3) is crimped on the lamp holder (1) when rotating and reciprocating longitudinally.

6. The apparatus for automatic assembly of an oven lamp according to claim 1, characterized in that: The pre-rotation joint device (D) comprises a pre-rotation joint stand (D1), a pre-rotation joint horizontal moving seat (D2), a pre-rotation joint horizontal moving driver (D3), a pre-rotation joint horizontal moving piece (D4), a pre-rotation joint vertical moving driver (D5), a pre-rotation joint driver (D6), a pre-rotation joint clamping driver (D7), and a pre-rotation joint clamping arm (D8). The pre-rotation joint stand (D1) is located outside the assembly turntable (X) and is fixedly arranged on the fixed rack (100). The pre-rotation joint horizontal moving seat (D2) is fixedly arranged on the pre-rotation joint stand (D1) and is located above the accessory positioning seat (Y) and the lampshade vibration disc (40) discharge end. The pre-rotation joint horizontal moving driver (D3) is fixedly arranged on the pre-rotation joint horizontal moving seat (D2) and is drivingly connected with the pre-rotation joint horizontal moving piece (D4). The pre-rotation joint vertical moving driver (D5) is fixedly arranged on the pre-rotation joint horizontal moving piece (D4). The pre-rotation joint driver (D6) is fixedly arranged on the pre-rotation joint vertical moving driver (D5) and is drivingly connected with the pre-rotation joint clamping driver (D7). The pre-rotation joint clamping driver (D7) is drivingly connected with the pre-rotation joint clamping arm (D8). The pre-rotation joint clamping arm (D8) is reciprocally moved horizontally and vertically on the pre-rotation joint horizontal moving seat (D2) by the pre-rotation joint horizontal moving driver (D3) and the pre-rotation joint vertical moving driver (D5). The pre-rotation joint clamping arm (D8) is clamped or released on the lampshade (4) by the pre-rotation joint clamping driver (D7). When the pre-rotation joint clamping arm (D8) clamps the lampshade (4), the pre-rotation joint driver (D6) drives the pre-rotation joint clamping arm (D8) to rotate on the pre-rotation joint horizontal moving seat (D2), so as to convey the lampshade (4) on the lampshade vibration disc (40) discharge end to the accessory positioning seat (Y) and pre-rotate the lampshade (4) on the lamp shell (2).

7. The apparatus for automatic assembly of an oven lamp according to claim 1, characterized in that: The re-rotation joint device (E) comprises a re-rotation joint stand (E1), a re-rotation joint driver (E2), a re-rotation joint clamping driver (E3), a re-rotation joint clamping arm (E4), a re-rotation joint vertical moving seat (E5), a re-rotation joint vertical moving driver (E6), a re-rotation joint screw rod (E7), and a re-rotation joint vertical moving piece (E8). The re-rotation joint stand (E1) is located outside the assembly turntable (X) and is fixedly arranged on the fixed rack (100). The re-rotation joint vertical moving seat (E5) is fixedly arranged on the re-rotation joint stand (E1). The re-rotation joint vertical moving driver (E6) is fixedly arranged on the re-rotation joint vertical moving seat (E5) and is drivingly connected with the re-rotation joint screw rod (E7). The re-rotation joint screw rod (E7) is drivingly connected with the re-rotation joint vertical moving piece (E8) and is longitudinally rotated on the re-rotation joint vertical moving seat (E5) by the re-rotation joint vertical moving driver (E6). The re-rotation joint driver (E2) is fixedly arranged on the re-rotation joint vertical moving piece (E8) and is drivingly connected with the re-rotation joint clamping driver (E3). The re-rotation joint clamping driver (E3) is drivingly connected with the re-rotation joint clamping arm (E4). The re-screwing clamping arm (E4) is longitudinally reciprocated on the re-screwing longitudinal moving seat (E5) by the re-screwing longitudinal moving driver (E6), the re-screwing screw rod (E7) and the re-screwing longitudinal moving piece (E8), is clamped or released by the re-screwing clamping driver (E3), and is rotated on the re-screwing longitudinal moving seat (E5) by the re-screwing driver (E2) when the lampshade (4) is clamped, so as to re-screw the lampshade (4) on the lamp shell (2).

8. The apparatus for automatic assembly of an oven lamp according to claim 1, characterized in that: The transferring device (F) comprises a lamp transferring stand (F1), a lamp horizontal moving driver, a lamp longitudinal moving driver (F2), a lamp transferring clamping driver (F3), a lamp transferring clamping arm (F4), a lamp horizontal moving seat (F5), a lamp transferring screw rod (F6) and a lamp longitudinal moving piece (F7). The lamp transferring stand (F1) is located outside the assembling turntable (X) and is fixedly arranged on the fixed rack (100). The lamp horizontal moving seat (F5) is horizontally fixed on the lamp transferring stand (F1) and two ends thereof are respectively located above the accessory positioning seat (Y) and outside the fixed rack (100). The lamp horizontal moving driver is horizontally fixed on the lamp horizontal moving seat (F5) and is drivingly connected with the lamp transferring screw rod (F6). The lamp transferring screw rod (F6) is horizontally rotated on the lamp horizontal moving seat (F5) by the lamp horizontal moving driver and is drivingly connected with the lamp longitudinal moving piece (F7). The lamp longitudinal moving driver (F2) is longitudinally fixed on the lamp longitudinal moving piece (F7). The lamp transferring clamping driver (F3) is longitudinally fixed on the lamp longitudinal moving driver (F2) and is drivingly connected with the lamp transferring clamping arm (F4). The lamp transferring clamping arm (F4) clamps or releases the oven lamp product on the accessory positioning seat (Y) by the lamp transferring clamping driver (F3) and is reciprocated horizontally and longitudinally on the lamp horizontal moving seat (F5) by the lamp horizontal moving driver, the lamp transferring screw rod (F6), the lamp longitudinal moving piece (F7) and the lamp longitudinal moving driver (F2), so as to transfer the oven lamp product to outside the fixed rack (100).

9. The apparatus for automatic assembly of an oven lamp according to claim 1, characterized in that: The assembling turntable (X) is supported on the fixed rack (100) by the support frame (Z) and is rotated on the fixed rack (100) by the cooperation of the turntable driver and the turntable speed reducer.

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