CN107570751B

CN107570751B - Lighting equipment manufacturing and capturing assembly

Info

Publication number: CN107570751B
Application number: CN201710993609.7A
Authority: CN
Inventors: 宋孝文
Original assignee: Taizhou Wocheng Copper Co ltd
Current assignee: Taizhou Wocheng Copper Co ltd
Priority date: 2017-10-23
Filing date: 2017-10-23
Publication date: 2023-10-13
Anticipated expiration: 2037-10-23
Also published as: CN107570751A

Abstract

The invention relates to the field of manufacturing and processing of lighting equipment, in particular to a lighting equipment manufacturing and capturing component. The technical aim of the invention is realized by the following technical scheme: the utility model provides a lighting apparatus preparation and catch subassembly, contains drilling equipment, still contains commodity circulation carousel, installs be used for the monomer and the driving disk of delivery part on the commodity circulation carousel, still contain and be used for putting lamps and lanterns pan feeding device on the monomer, get the lamp spare contain the hinge dish, and with the hinge connection can be in the pivoted frame of horizontal direction, still contain grabbing device, be equipped with the lamps and lanterns inductor that is used for responding to lighting apparatus on the roating seat. The invention aims to provide a lighting equipment manufacturing and capturing assembly, which can automatically realize the transmission of the assembly, realize the automatic rotation and drilling of parts in the transmission process, automatically transmit a lighting lamp to the assembly after drilling, and transfer the lamp by a grabbing assembly after operation.

Description

Lighting equipment manufacturing and capturing assembly

Technical Field

The invention relates to the field of manufacturing and processing of lighting equipment, in particular to a lighting equipment manufacturing and capturing component.

Background

With the development of technology and the expansion of industrial scale, the industrial scale of lighting equipment has been gradually expanding in recent years, and the lighting equipment is widely applied to industries such as urban lighting, landscape brightening and the like.

During the process of the lighting device, it is necessary to carry out logistical transport of the components of the lighting device. The traditional industry often relies on the workman to acquire the part on the conveyer belt manually, carries out a series of operations such as clean, oil application, drilling, counterpoint, capping, and the operation is high, inefficiency on the one hand, and on the other hand error rate is high, and the yields receives the harmful effect of certain degree.

In addition, still need the manual work to carry the part to other production lines after processing, not only make the part pile up inconveniently, conveying efficiency is low, still because lamps and lanterns subassembly is round smooth hand easily, causes the damage accident.

Disclosure of Invention

The invention aims to provide a lighting equipment manufacturing and capturing assembly, which can automatically realize the transmission of the assembly, realize the automatic rotation and drilling of parts in the transmission process, automatically transmit a lighting lamp to the assembly after drilling, and transfer the lamp by a grabbing assembly after operation.

The technical aim of the invention is realized by the following technical scheme: the utility model provides a lighting apparatus preparation and catch subassembly, contains drilling equipment, still contains commodity circulation carousel, installs be used for on the commodity circulation carousel to consign the monomer and the driving disk of part, the monomer is a plurality of, is circumference array arrangement and is in on the commodity circulation carousel, the monomer extends in vertical direction, contains plummer that is used for consigning the part and is used for with the driving disk is connected. The logistics turntable is provided with a plurality of air-utilizing grooves, the logistics turntable further comprises a mounting disc mounted in the air-utilizing grooves, the side face of the mounting disc comprises a flat fixing face and an arc-shaped veneering face, a plurality of convex columns for increasing friction force are arranged on one face of the flat fixing face, a piece taking groove for storing cleaning pieces is formed in the other face of the flat fixing face, and a dropping groove is further formed in the mounting disc. The lamp feeding device comprises a lamp taking part, a frame, a slideway, a sliding block and a sucker, wherein the lamp taking part is used for placing a lamp on a single body, the frame is connected with the hinge plate and can rotate in the horizontal direction, the slideway is arranged on the frame, the sliding block slides on the slideway, and the sucker is connected with the sliding block and used for sucking the lamp. Comprising a carrying table for carrying the components and a driving disc for connection with the driving disc. Still contain grabbing device, grabbing device contain the pull ring, with the grabbing base that the pull ring is connected, with grabbing the roating seat that the base is connected and can rotate and articulate be in be used for grabbing lighting apparatus's a plurality of grapples on the roating seat, be equipped with the lamps and lanterns inductor that is used for responding to lighting apparatus on the roating seat.

As the preferable mode of the invention, the plurality of grapples are arranged on the rotating seat in a circumferential array, the grapples comprise arc-shaped upper buckling parts hinged with the rotating seat and bottom supporting parts connected with the tail ends of the upper buckling parts, and the bottom supporting parts are provided with a plurality of anti-skid parts for increasing friction force.

Preferably, the anti-skid member includes a connection portion for connection with the shoe portion and a flared elastic portion provided on the connection portion for contact with the lighting device, the flared elastic portion having a caliber gradually increasing in a direction away from the connection portion.

Preferably, the feeding device comprises a feeding track which is obliquely arranged and a discharging column which is arranged on the feeding track.

As the preferable mode of the invention, the cleaning sheet comprises an upper adsorption sheet and a lower filter sheet, wherein the upper surface of the upper adsorption sheet is provided with a wavy adsorption cambered surface, the lower filter sheet is provided with a filter tank, and a filter screen is arranged in the filter tank.

Preferably, the monomer further comprises a connecting column connected with the bearing table, and a buckling table sleeve connected with the connecting column and connected to the logistics turntable.

The logistics turntable can rotate under the driving of other conventional driving components, the monomers are arranged on the logistics turntable, the number of the installed monomers is six to eight, the logistics turntable can be specifically adjusted, and the position arrangement is arranged according to a circumferential array type.

In the working process, the buckling table sleeve is connected to the logistics turntable, specifically can be sleeved, the connecting column is used as a main extension supporting component, and the bearing table is arranged at the uppermost end and used for supporting a component for lamp processing, which is hereinafter referred to as a component for short. The transmission disc at the lowest end has a transmission effect, and specifically, when the logistics turntable rotates, the corresponding single body is driven to be in place, the corresponding transmission disc is in conflict with the driving disc, can be in gear engagement, the driving disc rotates to drive the transmission disc to rotate, and the whole single body is driven to rotate to drive the parts which are shipped on the bearing table to rotate.

The Li Feng groove is provided with the mounting plate, wherein the flat fixing surface is provided with a plurality of convex columns, so that the friction force of the mounting plate in the wind-utilizing groove is increased. And fragments formed by drilling fall into the drop groove from the wind-utilizing groove. Firstly, the adsorption material falls on the upper adsorption sheet, the adsorption arc surface is wavy, the adsorption surface area is increased, and the first adsorption treatment is carried out. And then falls down to fall on the lower filter sheet, and a filter screen is arranged in the filter tank to play a role in two-channel filtration. The whole cleaning sheet can be cleaned or replaced regularly, and the cleaning sheet is taken out of the sheet taking groove only by taking the mounting plate out of the air benefiting groove.

When the part is drilled, the luminaire, in particular a bulb-shaped luminaire, needs to be transported over and placed in an upper position on the part, in this case the luminaire is transferred using the suction cups.

Specifically, a plurality of lamps and lanterns, especially ball-type lamps and lanterns are put on the pan feeding track, the pan feeding track slope sets up, and ball-type lamps and lanterns are because gravity influence is natural forward, by the blowing post is blocked, when the lamps and lanterns were preceding, the blowing post shrink, lamps and lanterns forward in place. The sucker is arranged at the specific positions of the sliding block, the slideway, the rack and the hinged disc in the horizontal direction, and the lamp is sucked onto the single body from the feeding track by means of adjusting the position of the sucker in the vertical direction by means of a telescopic part, for example, and covers the part which is perforated.

When the drilling of the parts is finished and the installed lamps are matched, the logistics turntable can be grabbed and moved out by means of the grabbing device, specifically, the grabbing device is controlled to be close to the lamps by means of conventional driving parts such as an oil cylinder, an air cylinder and the like, in the moving process, other power parts such as the air cylinder, a sliding block, a spring and the like are used for controlling the rotation of the grabbers, so that the claws formed by the grabbers are opened, when the parts are close to the lamps enough, the lamps touch the lamp sensor, the system controls the grabbers to rotate, the claws formed by the grabbers are closed, the lamps are wrapped and grabbed by the grabbers, and then the lamps are removed.

The rotating seat can control rotation, so that angle change can be controlled after the lamp is grabbed or the lamp is grabbed.

In order to further enhance the stability of the lamp, the shoe part is provided with an anti-slip part at the upper sea, wherein the expansion elastic part of the anti-slip part can be made of elastic materials to protect the lamp from being damaged, the caliber of the lamp is gradually increased, the stressed area contacted with the lamp is also increased, and the lamp is anti-slip and stable in grabbing.

Preferably, the drilling device comprises a drilling base, a telescopic column which is connected with the drilling base and can be telescopic in the vertical direction, and a drill bit connected with the telescopic column.

Preferably, the drilling base is further provided with an inductor for detecting the extension length of the telescopic column.

When the component is supported by the single body, the component is driven to a processing position along with the rotation of the logistics turntable, and the drilling device is used for carrying out drilling operation on the component. Specifically, the telescopic column stretches out and draws back to enable the drill bit to be close to the component, and drilling treatment is conducted. The sensor can sense the extension length of the telescopic column, and accuracy is maintained.

As the preferable mode of the invention, the drilling base is also connected with a blowing pipe for blowing air to the drill bit, the logistics turntable is provided with a core passing table, and the outer ring of the core passing table is provided with a retaining wall extending in the vertical direction.

As the preferable mode of the invention, the logistics turntable is provided with a plurality of wind-benefiting grooves, and the wind-benefiting grooves are arranged on the outer side of the retaining wall in a circumferential array.

In the drilling process, scraps and powder are formed, the scraps and the powder are blown away by the blowing pipe, and the retaining wall is specially arranged for avoiding blowing into the core passing platform, so that the cleanliness of the core passing platform is maintained.

The air channel can be optimized when the logistics turntable rotates, so that the air resistance is reduced, and the energy conservation of long-time rotation of the logistics turntable is facilitated.

Preferably, the core through table is provided with a plurality of core through holes, and the core through holes are regular polygons.

In the invention, the through core hole is provided with a hole fixing strip for improving the structural supporting force in the radial direction of the through core hole.

Preferably, the hole fixing strip comprises a wide head fixing part positioned at two ends and an arc-shaped buffer part positioned at the middle part and connected with the two ends, wherein the arc-shaped buffer part is arc-shaped and is recessed towards the central axis direction.

After a long rotation, the via may have deformation tension and may damage components inside the via. In order to increase the structural tension in this respect, the hole-fixing strip is provided in particular. The surface area of the wide head fixing parts at two ends of the hole fixing strip is large, the inner cavities of the through holes are supported, the arc-shaped buffer parts have arc-shaped deformation areas, buffer pressure through arc-shaped deformation, and have certain structural elasticity.

In summary, the invention has the following beneficial effects:

1. the components rotate through the logistics turntable, so that path transmission of the components is realized.

2. The drilling device can automatically drill the parts.

3. The rotation of the components is realized through the driving disc and the transmission disc.

4. The mounting plate can be mounted in the air-utilizing groove, and magazines in the drilling process are adsorbed and filtered, and the magazine is convenient to replace.

5. The feeding device automatically places the spherical lamp on a part with the end of punching.

Description of the drawings:

FIG. 1 is a schematic diagram of example 1;

FIG. 2 is a schematic view of another angle of FIG. 1;

fig. 3 is an enlarged detail view of fig. 2A.

FIG. 4 is a schematic view of a via and a via bar;

FIG. 5 is a schematic view of a drilling apparatus;

FIG. 6 is a schematic view of a mounting plate;

FIG. 7 is a schematic view of a cleaning sheet;

FIG. 8 is a schematic view of a feeding device;

FIG. 9 is a schematic view of a gripping device;

FIG. 10 is a schematic view of a cleat.

In the figure:

1. the material flow turntable, 11, the induced draft tank, 12, the retaining wall, 13, the core passing table, 131, the core passing hole, 14, the fixed hole strip, 141, the wide head fixing part, 142, the arc buffer part, 2, the single body, 21, the bearing table, 22, the connecting column, 23, the buckling table sleeve, 24, the transmission disc, 3, the drilling device, 31, the drilling base, 32, the inductor, 33, the telescopic column, 34, the drill bit, 35, the blowing pipe, 4, the driving disc, 5, the mounting disc, 51, the flat fixing surface, 52, the arc veneering, 53, the dropping groove, 54, the sheet taking groove, 6, the cleaning sheet, 61, the upper adsorption sheet, 62, the lower filter sheet, 611, the adsorption cambered surface, 621, the filter tank, 7, the feeding device, 71, the feeding track, 72, the discharging column, 74, the lamp taking part, 741, the hinge disc, 742, the frame, 743, the slideway, 744, the slider, 745, the sucker, 8, the grabbing device, 81, the lifting, 82, the grabbing base, 83, the rotating seat, 84, the lamp inductor, 85, the lamp hook, 85, the upper clamping hook, the upper clamping sheet, the elastic part, the outer clamping part, the expansion part, and the outer clamping part, and the elastic part.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings.

The present embodiment is only for explanation of the present invention and is not to be construed as limiting the present invention, and modifications to the present embodiment, which may not creatively contribute to the present invention as required by those skilled in the art after reading the present specification, are all protected by patent laws within the scope of claims of the present invention.

Embodiment 1, as shown in fig. 1, 2, 3 and 4, a lighting device manufacturing and capturing assembly comprises a drilling device 3, a logistics rotary table 1, a plurality of monomers 2 and a driving disc 4, wherein the monomers 2 are installed on the logistics rotary table 1 and used for transporting components, the monomers 2 are arranged on the logistics rotary table 1 in a circumferential array, and the monomers 2 extend in the vertical direction and comprise a bearing table 21 used for transporting the components and a driving disc 24 used for being connected with the driving disc 4.

The monomer 2 further comprises a connecting column 22 for connecting with the bearing table 21, and a buckling table sleeve 23 connected with the connecting column 22 and connected on the logistics turntable 1.

The logistics rotary table 1 can rotate under the driving of other conventional driving components, each monomer 2 is arranged on the logistics rotary table 1, the number of the arranged monomers can be six to eight, the adjustment can be specifically carried out, and the position arrangement is arranged according to a circumferential array type.

In the working process, the buckling table sleeve 23 is connected to the logistics turntable 1, specifically, may be sleeved, the connecting column 22 is used as a main extending supporting component, and the bearing table 21 is at the uppermost end and is used for supporting a component for lamp processing, which is hereinafter referred to as a component for short. The transmission disc 24 at the lowest end plays a transmission role, specifically, when the material flow turntable 1 rotates, the corresponding monomer 2 is driven in place, the corresponding transmission disc 24 is abutted against the driving disc 4, which can be in gear engagement, the driving disc 4 rotates to drive the transmission disc 24 to rotate, the whole monomer 2 is driven to rotate, and the parts loaded on the bearing table 21 are driven to rotate.

The drilling device 3 includes a drilling base 31, a telescopic column 33 which is telescopic in a vertical direction with the drilling base 31, and a drill 34 connected with the telescopic column 33. The drill base 31 is also provided with an inductor 32 for detecting the extension length of the telescopic column 33.

When the component is supported by the single body 2, the component is driven to a processing station along with the rotation of the logistics turntable 1, and the drilling device 3 is used for drilling the component. Specifically, the telescopic column 33 is telescopic so that the drill 34 approaches the component, and a drilling process is performed. While the sensor 32 can sense the extension length of the telescopic column 33, maintaining accuracy.

The drilling base 31 is also connected with a blowing pipe 35 for blowing air to the position of the drill bit 34, the logistics turntable 1 is provided with a core passing table 13, and the outer ring of the core passing table 13 is provided with a retaining wall 12 extending in the vertical direction. A plurality of wind-utilizing grooves 11 are arranged on the logistics turntable 1, and the wind-utilizing grooves 11 are distributed on the outer side of the retaining wall 12 in a circumferential array.

During the drilling process, chips and powder are formed, which are blown away by the blowing pipe 35, and the retaining wall 12 is specially provided to maintain the cleanliness of the core table 13 in order to avoid blowing into the core table 13.

The air duct can be optimized when the logistics rotary table 1 rotates due to the arrangement of the air utilizing grooves 11, so that the air resistance is reduced, and the long-time rotation energy conservation of the logistics rotary table 1 is facilitated.

The core through table 13 is provided with a plurality of core through holes 131, and the core through holes 131 are regular polygons. The through core hole 131 is provided with a hole fixing strip 14 for lifting structural supporting force in the radial direction of the through core hole 131. The hole fixing strip 14 comprises a wide head fixing part 141 positioned at two ends and an arc-shaped buffer part 142 positioned at the middle part and connected with the wide head fixing parts 141 at two ends, wherein the arc-shaped buffer part 142 is arc-shaped and is sunken towards the central axis direction.

After a long period of rotation, the via 131 may have deformation tension and may damage components inside the via 131. To increase the structural tension in this regard, the perforation strips 14 are provided in particular. The wide head fixing parts 141 at the two ends of the hole fixing strip 14 have large surface area, support the inner cavity of the through core hole 131, and the arc-shaped buffer part 142 has an arc-shaped deformation area, buffers pressure by arc-shaped deformation and has certain structural elasticity.

As shown in fig. 6 and 7, the logistics rotary table 1 is provided with a plurality of air benefiting grooves 11, the logistics rotary table further comprises a mounting plate 5 arranged in the air benefiting grooves 11, the side surface of the mounting plate 5 comprises a flat fixing surface 51 and an arc-shaped veneering surface 52, a plurality of convex columns for increasing friction force are arranged on one flat fixing surface 51, a piece taking groove 54 for storing cleaning pieces 6 is formed in the other flat fixing surface 51, and a dropping groove 53 is further formed in the mounting plate 5. The cleaning sheet 6 comprises an upper adsorption sheet 61 and a lower filter sheet 62, wherein the upper surface of the upper adsorption sheet 61 is provided with a wavy adsorption cambered surface 611, the lower filter sheet 62 is provided with a filter tank 621, and a filter screen is arranged in the filter tank 621. The mounting plate 5 is mounted on the wind-engaging groove 11, wherein a plurality of projections are provided on the flat fixing surface 51, so that the friction of the mounting plate 5 in the wind-engaging groove 11 increases. The chips formed by the drilling fall from the wind-benefiting trough 11 into the drop-off trough 53. Firstly, the adsorption piece 61 falls down, the adsorption cambered surface 611 is wavy, the adsorption surface area is increased, and the first adsorption treatment is carried out. And then falls down to the lower filter sheet 62, and a filter screen is arranged in the filter tank 621, so that the two-channel filtering effect is achieved. The whole cleaning sheet 6 can be cleaned or replaced regularly, and the mounting plate 5 is only required to be taken out of the air-utilizing groove 11, and the cleaning sheet 6 is required to be taken out of the sheet-taking groove 54.

As shown in fig. 8, the feeding device 7 for placing the lamp on the single body 2 is further included, the feeding device 7 includes a lamp taking member 74, and the lamp taking member 74 includes a hinge plate 741, a frame 742 connected to the hinge plate 741 and rotatable in a horizontal direction, a slide 743 provided on the frame 742, a slider 744 sliding on the slide 743, and a suction cup 745 connected to the slider 744 and used for sucking the lamp. The feeding device 7 comprises a feeding track 71 which is obliquely arranged and a discharging column 72 which is arranged on the feeding track 71.

When the part is drilled, the lamp, in particular a bulb-type lamp, needs to be transported over and placed in an upper position of the part, in this case the lamp is transferred using suction cups 745.

Specifically, a plurality of lamps and lanterns, especially ball-type lamps and lanterns are put on pan feeding track 71, and pan feeding track 71 slope sets up, and ball-type lamps and lanterns are because gravity influence forward naturally, are blocked by the blowing post 72, and when the lamps and lanterns were preceding, the blowing post 72 shrink, lamps and lanterns forward in place. The suction cup 745 is arranged on the sliding block 744, the sliding track 743, the frame 742 and the hinge disc 741 to realize the specific position of the suction cup 745 in the horizontal direction, and the lamp is sucked onto the single body 2 from the feeding track 71 by means of adjusting the position of the self-body in the vertical direction by means of telescopic components, for example, and covers on the components with the holes being punched.

As shown in fig. 9 and 10, the gripping device 8 further comprises a gripping device 8, the gripping device 8 comprises a gripping ring 81, a gripping base 82 connected with the gripping ring 81, a rotating seat 83 connected with the gripping base 82 and capable of rotating, and a plurality of grapples 85 hinged on the rotating seat 83 for gripping the lighting equipment, wherein a lamp sensor 84 for sensing the lighting equipment is arranged on the rotating seat 83. The number of the grapple hooks 85 is multiple, the grapple hooks 85 are arranged on the rotating seat 83 in a circumferential array, each grapple hook 85 comprises an arc-shaped upper buckling part 851 hinged with the rotating seat 83 and a bottom support part 852 connected with the tail end of the upper buckling part 851, and a plurality of anti-skid pieces 9 for increasing friction force are arranged on the bottom support part 852. The antiskid member 9 includes a connection portion 91 for connection with the shoe portion 852, and a flared elastic portion 92 provided on the connection portion 91 for contact with the illumination device, the flared elastic portion 92 having a caliber gradually increasing in a direction away from the connection portion 91.

When the drilling of the parts is finished and the installed lamps are matched, the grabbing device 8 can be used for grabbing and moving out of the logistics turntable 1, specifically, the grabbing device 8 is controlled to be close to the lamps through conventional driving parts such as an oil cylinder, an air cylinder and the like, in the moving process, other power parts such as the air cylinder, a sliding block, a spring and the like are used for controlling the grappling hooks 85 to rotate, so that the claws formed by the grappling hooks 85 are opened, when the parts are close enough to the lamps, the lamps touch the lamp sensor 84, the system controls the grappling hooks 85 to rotate, so that the claws formed by the grappling hooks 85 are closed, the lamps are wrapped and grabbed by the parcel, and then the lamps are removed.

The swivel mount 83 can control rotation so that the angle change can be controlled after the lamp is grasped or grasping is completed.

In order to further enhance the stability of the capturing light, the shoe portion 852 is provided with an anti-slip member 9 in the ocean, wherein the flared elastic portion 92 of the anti-slip member 9 can be made of an elastic material to protect the light from being damaged, and the caliber of the light is gradually increased, so that the stress area contacting with the light is increased, and the capturing is stable.

Claims

1. A lighting device manufacturing and capturing assembly comprising a drilling apparatus (3), characterized in that: the logistics turntable comprises a logistics turntable body (1), a plurality of monomers (2) and a driving disc (4), wherein the monomers (2) are arranged on the logistics turntable body (1) and used for transporting components, the monomers (2) are arranged on the logistics turntable body (1) in a circumferential array mode, the monomers (2) extend in the vertical direction and comprise a bearing table (21) used for transporting the components and a driving disc (24) used for being connected with the driving disc (4), and a plurality of air utilizing grooves (11) are formed in the logistics turntable body (1); the lamp cleaning device is characterized by further comprising a mounting plate (5) mounted in the Li Feng groove (11), wherein the side surface of the mounting plate (5) comprises a flat fixing surface (51) and an arc-shaped attaching surface (52), a plurality of convex columns for increasing friction force are arranged on the flat fixing surface (51), a piece taking groove (54) for storing cleaning pieces (6) is formed in the flat fixing surface (51), a dropping groove (53) is further formed in the mounting plate (5), the lamp cleaning device further comprises a feeding device (7) for placing lamps on the single body (2), the feeding device (7) comprises a lamp taking piece (74), the lamp taking piece (74) comprises a hinging plate (741), a frame (742) which is connected with the hinging plate (741) and can rotate in the horizontal direction, a slideway (743) arranged on the frame (742), the telescopic drill comprises a slide way (743), a sliding block (744) sliding on the slide way (743), a sucker (745) connected with the sliding block (744) and used for sucking a lamp, a grabbing device (8), wherein the grabbing device (8) comprises a lifting ring (81), a grabbing base (82) connected with the lifting ring (81), a rotating base (83) connected with the grabbing base (82) and capable of rotating, and a plurality of grabbing hooks (85) hinged to the rotating base (83) and used for grabbing a lighting device, a lamp sensor (84) used for sensing the lighting device is arranged on the rotating base (83), the number of grabbing hooks (85) is multiple, the grabbing hooks (85) are circumferentially arrayed on the rotating base (83), the grabbing hooks (85) comprise arc-shaped buckling parts (851) hinged with the rotating base (83) and bottom supporting parts (852) connected with the tail ends of the buckling parts (851), a plurality of anti-skid pieces (9) used for increasing friction force are arranged on the bottom supporting parts (852), the drilling device (3) comprises a base (31), a telescopic column (31) which is connected with the telescopic column (31) and a telescopic column (33) which can extend out from the vertical column (33), the drilling base (31) is further connected with a blowing pipe (35) for blowing air to the position of the drill bit (34), the logistics turntable (1) is provided with a core passing table (13), and the outer ring of the core passing table (13) is provided with a retaining wall (12) extending in the vertical direction.

2. A lighting device manufacturing and capturing assembly as defined in claim 1, wherein: the anti-skid member (9) comprises a connecting part (91) used for being connected with the bottom support part (852) and an outward expansion elastic part (92) arranged on the connecting part (91) and used for being contacted with the lighting equipment, wherein the caliber of the outward expansion elastic part (92) is gradually increased along the direction away from the connecting part (91).

3. A lighting device manufacturing and capturing assembly as defined in claim 1, wherein: the feeding device (7) comprises a feeding track (71) which is obliquely arranged and a discharging column (72) which is arranged on the feeding track (71).

4. A lighting device manufacturing and capturing assembly as defined in claim 1, wherein: the cleaning sheet (6) comprises an upper adsorption sheet (61) and a lower filter sheet (62), wherein the upper surface of the upper adsorption sheet (61) is provided with an adsorption cambered surface (611) in a wave shape, the lower filter sheet (62) is provided with a filter tank (621), and a filter screen is arranged in the filter tank (621).

5. A lighting device manufacturing and capturing assembly as defined in claim 1, wherein: the monomer (2) further comprises a connecting column (22) connected with the bearing table (21), and a buckling table sleeve (23) connected with the connecting column (22) and connected to the logistics turntable (1).

6. A lighting device manufacturing and capturing assembly as recited in claim 5, wherein: a plurality of wind-benefiting grooves (11) are arranged on the logistics turntable (1), and the wind-benefiting grooves (11) are circumferentially arranged on the outer side of the retaining wall (12).

7. A lighting device manufacturing and capturing assembly as defined in claim 1, wherein: the core through table (13) is provided with a plurality of core through holes (131), the core through holes (131) are regular polygons, and the core through holes (131) are internally provided with hole fixing strips (14) for improving structural supporting force in the radial direction of the core through holes (131).

8. A lighting device manufacturing and capturing assembly as recited in claim 7, wherein: the fixing hole strip (14) comprises a wide head fixing part (141) positioned at two ends and an arc-shaped buffer part (142) positioned at the middle part and connected with the two ends of the wide head fixing part (141), wherein the arc-shaped buffer part (142) is arc-shaped and is sunken towards the central axis direction.