CN202877618U

CN202877618U - Energy-saving lamp filament shearing machine

Info

Publication number: CN202877618U
Application number: CN 201220545361
Authority: CN
Inventors: 李新堂
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-10-19
Filing date: 2012-10-19
Publication date: 2013-04-17
Anticipated expiration: 2022-10-19

Abstract

The utility model discloses an energy-saving lamp filament shearing machine which comprises a machine frame and a rotating disc, wherein a clamping tool is arranged on the rotating disc. A rotating disc cylinder, a rotating disc positioning cylinder, a shearing cylinder, a plastic clamping positioning cylinder and a lower cutter cylinder are arranged above and below the machine frame. Meanwhile, a rotating disc positioning sensor, a rotating disc positioning cylinder sensor and a lower cutter cylinder sensor are electrically connected with a sensor time relay controller below the machine frame. The sensor time relay controller is controlled by a foot switch below the machine frame, and shearing on a redundant portion of an energy-saving lamp filament is completed by cooperative work of the rotating disc cylinder, the rotating disc positioning cylinder, the shearing cylinder, the plastic clamping positioning cylinder, the lower cutter cylinder, the rotating disc positioning sensor, the rotating disc positioning cylinder sensor and the lower cutter cylinder sensor. The energy-saving lamp filament shearing machine is high in shearing efficiency, automatic in operation, and good in practical effect, saves large amount of manpower cost, reduces production and pipe inlet cost, and improves working efficiency.

Description

A kind of energy-saving lamp filament is pressed shearing machine

Technical field

The utility model relates to a kind of energy-saving lamp filament and presses shearing machine, belongs to ligthing paraphernalia production equipment technical field.

Background technology

Tellurian energy day is becoming tight; energy savings; protection of the environment is the matter of utmost importance of 21st century social development; compare with incandescent lamp; electricity-saving lamp has significant energy-saving effect; the light that per 1 watt of electricity-saving lamp sends is equivalent to 5 to 6 watts of light that incandescent lamp sends, and electricity-saving lamp obtains using more and more widely owing to its significant energy-saving effect.

Traditional electricity-saving lamp is in production process, to plug 4 filaments on 4 wires and the fluorescent tube to turning round together at the output of circuit board, when again lamp holder being installed on the energy saving lamp plastic materials and parts, the filament of energy-saving lamp cephalic par is understood some and is stretched out lamp holder and be exposed, this just need to cut off the unnecessary filament that comes up in energy-saving lamp cephalic par place, conventional method is exactly to shear filament with pure manual operations, filament after the shearing ground that also is scattered, inefficiency not only, and can't reclaim, energy-saving lamp filament after the shearing is different in size, cause easily mass defect, also need to dispose a large amount of personnel, so that manufacturing and management cost are higher.

Summary of the invention

For defects, the utility model provides a kind of energy-saving lamp filament to press shearing machine, this energy-saving lamp filament presses that shearing machine is simple in structure, high efficiency, to the unnecessary filament automatic shearing in energy-saving lamp head place and can the filament that cut off be reclaimed.

To achieve these goals, the technical solution of the utility model is: a kind of energy-saving lamp filament is pressed shearing machine, comprise frame, on the described frame rotating disk is set, the rotating disk cylinder is set under the frame, be symmetrical arranged the electricity-saving lamp holding clamp of a plurality of stations on the described rotating disk, under the corresponding rotating disk rotating disk positioning inductor is set, on the rotating disk of holding clamp one side lower slide is set, chute is set on the lower slide, slide block is set in the chute, and slide block connects bottom knife; Side on the described frame arranges backstay, and the rotating disk alignment sensor is set on the backstay, produces induced signal when the rotating disk positioning inductor turns to rotating disk alignment sensor top; On the frame of the symmetrical side of backstay falsework is set, rotating disk location cylinder is set on the frame of falsework one side, set up rotating disk location cylinder identification sensor on the cylinder of rotating disk location, rotating disk location cylinder identification sensor all can be exported an induced signal when rotating disk location cylinder is regained or stretched out; Arrange on the horizontal component of falsework to press and cut cylinder, press the piston rod of cutting cylinder to be fixedly connected with upper tool post, cutter is set below the upper tool post, plastic clip location cylinder is set, the lower plastic clip backstay that is fixedly connected with on the upper tool post; The vertical component of falsework arranges lower cutter cylinder, set up lower cutter cylinder identification sensor on the lower cutter cylinder, the location cylinder identification sensor of rotating disk alignment sensor, rotating disk, lower cutter cylinder identification sensor are electrically connected with sensor time relay controller under the frame, and the sensor time relay controller is controlled by the foot control under the frame.

Further, on the described electricity-saving lamp holding clamp guide pillar is set, on the corresponding upper tool post guide pin bushing is set.

Energy-saving lamp filament of the present utility model is pressed shearing machine, state by foot control control sensor time relay controller, sensor time relay controller control rotating disk alignment sensor, rotating disk location cylinder identification sensor, lower cutter cylinder identification sensor induction, thereby control rotating disk cylinder, rotating disk location cylinder, pressure is cut cylinder, lower cutter cylinder, the orderly work of plastic clip location cylinder, thereby finish the shearing of energy-saving lamp filament, after shearing is finished, gas blow pipe can blow away the filament that cuts off, in the shearing work, a plurality of station circulations, go round and begin again, the efficient of its shearing is high, automation mechanized operation, thus a large amount of labour costs saved, reduce production and pipe and advance cost, increase work efficiency good practical effect.

Description of drawings

Fig. 1 is structural representation of the present utility model.

The specific embodiment

The utility model is further described below in conjunction with accompanying drawing and specific embodiment.

As shown in Figure 1, energy-saving lamp filament of the present utility model is pressed shearing machine, comprise frame 1, on the described frame 1 rotating disk 2 is set, frame arranges rotating disk cylinder 31 time, be symmetrical arranged the electricity-saving lamp holding clamp 4 of a plurality of stations on the described rotating disk 2, corresponding rotating disk arranges rotating disk positioning inductor 52 times, on the rotating disk 2 of holding clamp 4 one sides lower slide 6 is set, and on the lower slide 6 chute is set, slide block 61 is set in the chute, and slide block 61 connects bottom knife 62; Side on the described frame 1 arranges backstay 7, and rotating disk alignment sensor 8 is set on the backstay 7, produces induced signal when rotating disk positioning inductor 5 turns to rotating disk alignment sensor 8 top; On the frame 1 of backstay 7 symmetrical sides falsework 9 is set, rotating disk location cylinder 10 is set on the frame 1 of falsework 9 one sides, set up rotating disk location cylinder identification sensor 11 on the cylinder 10 of rotating disk location, rotating disk location cylinder 10 regain or when stretching out rotating disk location cylinder identification sensor 11 all can export an induced signal, when rotating disk positioning inductor 5 rotates to cylinder identification sensor 11 the place ahead, rotating disk location, produce induced signal; Arrange on the horizontal component of falsework 9 to press and cut cylinder 12, press the piston rod of cutting cylinder 12 to be fixedly connected with upper tool post 13, upper tool post 13 is divided into and is set up blade 14, and plastic clip location cylinder 15 is set on the upper tool post 13, the lower plastic clip backstay 16 that is fixedly connected with; The vertical component of falsework 9 arranges lower cutter cylinder 17, set up lower cutter cylinder identification sensor 18 on the lower cutter cylinder 17, the location cylinder identification sensor 11 of rotating disk alignment sensor 8, rotating disk, lower cutter cylinder identification sensor 18 are electrically connected with sensor time relay controller 19 under the frame 1, and sensor time relay controller 19 is controlled by the foot control 20 under the frame 1.On the described electricity-saving lamp holding clamp 4 guide pillar 41 is set, on the corresponding upper tool post 13 guide pin bushing 21 is set.

The workflow of this pressure shearing machine is, when foot control 20 is connected, rotating disk cylinder 3 retractions, simultaneously rotating disk location cylinder identification sensor 11 output orders, rotating disk location cylinder 10 retractions, rotating disk 2 rotates, when rotating disk positioning inductor 5 leaves rotating disk alignment sensor 8, when sensing the signal of next rotating disk positioning inductor 5 to rotating disk alignment sensor 8, rotating disk alignment sensor 8 output orders, the 19 beginning timing of sensor time relay controller, rotating disk cylinder 3 stretches out the location, simultaneously rotating disk location cylinder identification sensor 11 output orders, rotating disk location cylinder 10 stretches out the location, plastic clip location cylinder 15 stretches out, the plastic clip of 16 pairs of electricity-saving lamps of plastic clip backstay positions, lower cutter cylinder 17 stretches out, when bottom knife 62 stretches out when putting in place, the lower cutter sensor 18 outputs detection signal that puts in place is cut cylinder 12 to pressure, presses to cut cylinder 12 and stretch out, and the plastic clip of electricity-saving lamp is pressed, unnecessary filament is cut off, this moment, time relay finished, and pressed and cut cylinder 12, lower cutter cylinder 17 and plastic clip location cylinder 15 be return simultaneously, begins a new wheel load and cuts operation.

The technical solution of the utility model is not limited to the restriction of above-mentioned specific embodiment, and every technology distortion of making according to the technical solution of the utility model all falls within the protection domain of the present utility model.

Claims

1. an energy-saving lamp filament is pressed shearing machine, comprise frame, it is characterized in that: on the described frame rotating disk is set, the rotating disk cylinder is set under the frame, is symmetrical arranged the electricity-saving lamp holding clamp of a plurality of stations on the described rotating disk, under the corresponding rotating disk rotating disk positioning inductor is set, on the rotating disk of holding clamp one side lower slide is set, chute is set on the lower slide, slide block is set in the chute, slide block connects bottom knife; Side on the described frame arranges backstay, and the rotating disk alignment sensor is set on the backstay, produces induced signal when the rotating disk positioning inductor turns to rotating disk alignment sensor top; On the frame of the symmetrical side of backstay falsework is set, rotating disk location cylinder is set on the frame of falsework one side, set up rotating disk location cylinder identification sensor on the cylinder of rotating disk location, rotating disk location cylinder identification sensor all can be exported an induced signal when rotating disk location cylinder is regained or stretched out; Arrange on the horizontal component of falsework to press and cut cylinder, press the piston rod of cutting cylinder to be fixedly connected with upper tool post, cutter is set below the upper tool post, plastic clip location cylinder is set, the lower plastic clip backstay that is fixedly connected with on the upper tool post; The vertical component of falsework arranges lower cutter cylinder, set up lower cutter cylinder identification sensor on the lower cutter cylinder, the location cylinder identification sensor of rotating disk alignment sensor, rotating disk, lower cutter cylinder identification sensor are electrically connected with sensor time relay controller under the frame, and the sensor time relay controller is controlled by the foot control under the frame.

2. energy-saving lamp filament according to claim 1 is pressed shearing machine, it is characterized in that: on the described electricity-saving lamp holding clamp guide pillar is set, on the corresponding upper tool post guide pin bushing is set.