CN213034031U - Positioning device for penetrating plastic tube of full-automatic LED filament lamp assembling machine - Google Patents

Abstract

The utility model relates to a full automatic assembly machine of LED filament lamp penetrates plastic tubing positioner. The plastic pipe positioning device comprises a plastic pipe positioning device mounting frame, a plastic pipe positioning control cylinder, an up-down moving positioning plate, an up-down moving rail, a rail bearing I, a front-back moving rail fixing plate, a front-back moving rail, a front-back moving control cylinder mounting frame, a front-back moving rail bearing, a front-back moving plate, a plastic pipe clamping positioning control cylinder, a plastic pipe clamping positioning manipulator and a leading-out wire clamping device. The utility model discloses two lead-out wires of cell-shell LED filament lamp are after penetrating the plastic tubing, by two lead-out wires of the automatic centre gripping LED filament lamp cell-shell of press from both sides silk device in penetrating plastic tubing positioner, and the clamping of move down positioner penetrates the plastic tubing, with two lead-out wire plastic tubings of cell-shell LED filament lamp lapse plastic tubing locating position, fix a position two lead-out wire plastic tubings that penetrate cell-shell LED filament lamp by penetrating plastic tubing positioner.

Description

Positioning device for penetrating plastic tube of full-automatic LED filament lamp assembling machine

Technical Field

The utility model relates to a device that advances out silk plastic tubing and advance line location to two of bulb LED filament lamps of wearing into especially relates to a full automatic assembly machine of LED filament lamp penetrates plastic tubing positioner.

Background

At present, the assembly of the domestic LED filament lamp adopts the traditional production line assembly, and a production worker assembles an LED filament lamp bulb shell, an LED luminous body leading-out wire, a driving plate, a lamp holder and a lamp needle on the production line. The assembly worker can assemble 300 LED filament lamps by manual assembly operation, and one worker can assemble 300 LED filament lamps in 8 hours of working time, and the processing method has the following defects: firstly, the number of workers is high, and the wage cost is high. Secondly, because of frequent carrying operation, the glass bulb shell of the filament lamp has the fragile bad characteristic, the loss in the manufacturing process is large, and the production cost is increased. And thirdly, the LED filament lamp driving board is assembled and welded in a manual production mode, so that cold solder joint and false solder joint are easily caused, the product quality consistency is poor, and the qualified rate is low.

Disclosure of Invention

An object of the utility model is to provide a full automatic assembly machine of LED filament lamp penetrates plastic tubing positioner to solve not enough among the prior art.

The technical scheme of the utility model is that: the full-automatic LED filament lamp assembling machine penetrates into a plastic tube positioning device, and the plastic tube positioning device consists of a plastic tube positioning device mounting frame, a plastic tube positioning control cylinder, an up-and-down moving positioning plate, an up-and-down moving track, a track bearing I, a front-and-back moving track fixing plate, a front-and-back moving track, a front-and-back moving control cylinder mounting frame, a front-and-back moving track bearing, a front-and-back moving plate, a plastic tube clamping positioning;

the extraction wire clamping device consists of an extraction wire clamping mechanical arm, an extraction wire clamping mechanical arm control cylinder mounting rack, an extraction wire clamping upper and lower moving plate, a track bearing II, a track fixing plate, an extraction wire clamping device mounting rack, an extraction wire clamping upper and lower movement control cylinder mounting rack and an extraction wire clamping upper and lower movement control cylinder;

the plastic pipe clamping positioning manipulator and the plastic pipe clamping positioning control cylinder are arranged on the front-back moving rail fixing plate through the front-back moving plate, the front-back moving rail bearing and the front-back moving rail; the front-back moving control cylinder is arranged on the front-back moving track through a front-back moving control cylinder mounting rack; the front-back moving track fixing plate is connected with the up-down moving positioning plate, and the up-down moving positioning plate is arranged on the plastic pipe positioning device mounting frame through a track bearing I and an up-down moving track; the plastic pipe positioning control cylinder is arranged on the plastic pipe positioning device mounting frame and is connected with the up-and-down moving positioning plate;

the drawing wire clamping mechanical arm and the drawing wire clamping mechanical arm control cylinder are arranged on the drawing wire clamping upper and lower moving plates through a drawing wire clamping mechanical arm control cylinder mounting frame; the leading-out wire clamping upper and lower moving plates, the track bearing II, the track and the track fixing plate are arranged on the rack through a leading-out wire clamping device mounting frame; the drawing wire clamping up-and-down movement control cylinder is installed on the rail fixing plate through a drawing wire clamping up-and-down movement control cylinder installation frame and is connected with the drawing wire clamping up-and-down movement plate.

The utility model has the advantages that: after the two leading-out wires of the bulb shell LED filament lamp penetrate into the plastic tube, the two leading-out wires of the bulb shell LED filament lamp are automatically clamped by the wire clamping device in the penetrating plastic tube positioning device, the downward moving positioning device clamps and penetrates into the plastic tube, the two leading-out wire plastic tubes of the bulb shell LED filament lamp penetrate into the downward moving plastic tube positioning position, the two leading-out wire plastic tubes of the bulb shell LED filament lamp are positioned by the penetrating plastic tube positioning device, and the full-automatic assembling production of the LED filament lamp is suitable. The full-automatic assembly machine for the LED filament lamp adopts a brand-new full-automatic assembly production for the LED filament lamp, and the productivity of the full-automatic assembly machine for the LED filament lamp reaches 1200 filament/hour.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is an enlarged schematic view at I in fig. 1.

In the figure, 1 is a plastic pipe positioning device mounting frame, 2 is a plastic pipe positioning control cylinder, 3 is an up-down moving positioning plate, 4 is an up-down moving track, 5 is a track bearing I, 6 is a front-back moving track fixing plate, 7 is a front-back moving track, 8 is a front-back moving control cylinder, 9 is a front-back moving control cylinder mounting frame, 10 is a front-back moving track bearing, 11 is a front-back moving plate, 12 is a plastic pipe clamping positioning control cylinder, 13 is a plastic pipe clamping and positioning manipulator, 14 is a drawing wire clamping manipulator, 15 is a drawing wire clamping manipulator control cylinder, 16 is a drawing wire clamping manipulator control cylinder mounting rack, 17 is a drawing wire clamping up-and-down moving plate, 18 is a track bearing II, 19 is a track, 20 is a track fixing plate, 21 is a drawing wire clamping device mounting rack, 22 is a drawing wire clamping up-and-down moving control cylinder mounting rack, and 23 is a drawing wire clamping up-and-down moving control cylinder.

Detailed Description

The full-automatic LED filament lamp assembling machine penetrates into a plastic tube positioning device, and the plastic tube positioning device consists of a plastic tube positioning device mounting frame 1, a plastic tube positioning control cylinder 2, an up-down moving positioning plate 3, an up-down moving track 4, a track bearing I5, a front-back moving track fixing plate 6, a front-back moving track 7, a front-back moving control cylinder 8, a front-back moving control cylinder mounting frame 9, a front-back moving track bearing 10, a front-back moving plate 11, a plastic tube clamping positioning control cylinder 12, a plastic tube clamping positioning manipulator 13 and a leading-out filament clamping device;

the drawn wire clamping device consists of a drawn wire clamping manipulator 14, a drawn wire clamping manipulator control cylinder 15, a drawn wire clamping manipulator control cylinder mounting rack 16, a drawn wire clamping upper and lower moving plate 17, a track bearing II 18, a track 19, a track fixing plate 20, a drawn wire clamping device mounting rack 21, a drawn wire clamping upper and lower movement control cylinder mounting rack 22 and a drawn wire clamping upper and lower movement control cylinder 23;

the plastic pipe clamping positioning manipulator 13 and the plastic pipe clamping positioning control cylinder 12 are arranged on the front-back moving rail fixing plate 6 through the front-back moving plate 11, the front-back moving rail bearing 10 and the front-back moving rail 7; the front-back moving control cylinder 8 is arranged on the front-back moving track 7 through a front-back moving control cylinder mounting frame 9; the front-back moving track fixing plate 6 is connected with the up-down moving positioning plate 3, and the up-down moving positioning plate 3 is arranged on the plastic pipe positioning device mounting frame 1 through a track bearing I5 and an up-down moving track 4; the plastic pipe positioning control cylinder 2 is arranged on the plastic pipe positioning device mounting frame 1 and is connected with the up-and-down moving positioning plate 3;

the drawing wire clamping manipulator 14 and the drawing wire clamping manipulator control cylinder 15 are arranged on a drawing wire clamping upper and lower moving plate 17 through a drawing wire clamping manipulator control cylinder mounting frame 16; the outgoing wire clamping upper and lower moving plates 17, the track bearing II 18, the track 19 and the track fixing plate 20 are arranged on the rack through an outgoing wire clamping device mounting frame 21; the drawing wire clamping up-down movement control cylinder 23 is arranged on the track fixing plate 20 through a drawing wire clamping up-down movement control cylinder mounting frame 22 and is connected with the drawing wire clamping up-down moving plate 17;

under the control of the drawn wire clamping up-and-down movement control cylinder 23, the drawn wire clamping manipulator 14 moves down to the two drawn wire clamping positions of the bulb shell, and as shown in fig. 2, under the control of the drawn wire clamping manipulator control cylinder 15, the drawn wire clamping manipulator 14 clamps two drawn wires of the bulb shell;

under the control of the front and back movement control cylinder 8, the plastic pipe clamping and positioning manipulator 13 enters the positions of two outgoing wires of the bulb shell, as shown in fig. 2, the plastic pipe clamping and positioning manipulator 13 clamps the plastic pipe under the control of the plastic pipe clamping and positioning control cylinder 12; and under the control of the plastic pipe positioning control cylinder 2, the plastic pipe clamping positioning manipulator 13 clamps the plastic pipe and moves the plastic pipe downwards to a plastic pipe positioning position.

In the present invention, unless otherwise explicitly specified or limited, for example, it may be fixedly connected, detachably connected, or integrated; can be mechanically or electrically connected; they may be directly connected or indirectly connected through an intermediate medium, and may be connected through the inside of two elements or in an interaction relationship between two elements, unless otherwise specifically defined, and the specific meaning of the above terms in the present invention will be understood by those skilled in the art according to specific situations.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims (1)

1. The full-automatic assembling machine of LED filament lamp penetrates plastic tubing positioner, its characterized in that: the plastic pipe positioning device is composed of a plastic pipe positioning device mounting frame, a plastic pipe positioning control cylinder, an up-down moving positioning plate, an up-down moving rail, a rail bearing I, a front-back moving rail fixing plate, a front-back moving rail, a front-back moving control cylinder mounting frame, a front-back moving rail bearing, a front-back moving plate, a plastic pipe clamping positioning control cylinder, a plastic pipe clamping positioning manipulator and a leading-out wire clamping device;

   the extraction wire clamping device consists of an extraction wire clamping mechanical arm, an extraction wire clamping mechanical arm control cylinder mounting rack, an extraction wire clamping upper and lower moving plate, a track bearing II, a track fixing plate, an extraction wire clamping device mounting rack, an extraction wire clamping upper and lower movement control cylinder mounting rack and an extraction wire clamping upper and lower movement control cylinder;

   the plastic pipe clamping positioning manipulator and the plastic pipe clamping positioning control cylinder are arranged on the front-back moving rail fixing plate through the front-back moving plate, the front-back moving rail bearing and the front-back moving rail; the front-back moving control cylinder is arranged on the front-back moving track through a front-back moving control cylinder mounting rack; the front-back moving track fixing plate is connected with the up-down moving positioning plate, and the up-down moving positioning plate is arranged on the plastic pipe positioning device mounting frame through a track bearing I and an up-down moving track; the plastic pipe positioning control cylinder is arranged on the plastic pipe positioning device mounting frame and is connected with the up-and-down moving positioning plate;

   the drawing wire clamping mechanical arm and the drawing wire clamping mechanical arm control cylinder are arranged on the drawing wire clamping upper and lower moving plates through a drawing wire clamping mechanical arm control cylinder mounting frame; the leading-out wire clamping upper and lower moving plates, the track bearing II, the track and the track fixing plate are arranged on the rack through a leading-out wire clamping device mounting frame; the drawing wire clamping up-and-down movement control cylinder is installed on the rail fixing plate through a drawing wire clamping up-and-down movement control cylinder installation frame and is connected with the drawing wire clamping up-and-down movement plate.

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