CN201478248U

CN201478248U - Bridge connection machine of double-station energy-saving lamp

Info

Publication number: CN201478248U
Application number: CN2009202346526U
Authority: CN
Inventors: 高来明
Original assignee: JIANGSU HAOMING PHOTOELECTRIC TECHNOLOGY Co Ltd
Current assignee: JIANGSU HAOMING PHOTOELECTRIC TECHNOLOGY Co Ltd
Priority date: 2009-08-12
Filing date: 2009-08-12
Publication date: 2010-05-19
Anticipated expiration: 2019-08-12

Abstract

The utility model discloses a bridge connection machine of a double-station energy-saving lamp, which comprises a machine frame, a station indexing turntable and a main transmission mechanism, wherein the station indexing turntable is connected with the main transmission mechanism by a main shaft, and a first charging device, a second charging device, a correction device, a flaming device, an air blowing and perforating device, a bridge connection and movement device, a blanking and opening device and a blanking device are sequentially arranged on the machine frame according to the rotation direction of the station indexing turntable; a clamping tool is installed on the circumference of the station indexing turntable and comprises a fixed clamping tool, a movable clamping tool, a guide rod, a spring and a bridge distance positioning rod, and the fixed clamping tool is connected with the movable clamping tool by the guide rod and the spring; each device on the machine frame is matched with the station indexing turntable and the clamping tool for use; and the upper face of the station indexing turntable is provided with a cam device which drives the movable clamping tool to be outwards opened. The utility model can enhance the production capacity by more than two times, can effectively ensure the accuracy and the stability of bridge connection and has the advantages of high accuracy, convenient use and reasonable structure.

Description

Span-joint machine of two-station energy-saving lamp

Technical field

The utility model relates to a kind of process equipment of power saving fluorescent lamps, is a kind of span-joint machine of two-station energy-saving lamp specifically.

Background technology

Device on the existing electricity-saving lamp bridge connecting machine and anchor clamps are most to be adopted cylinder to move to operate, connect the bridge precision and do not reach requirement, thereby causes that work efficiency is slow, benefit is low, unstable product quality, and the cylinder cost is expensive too high, has increased production cost.According to the existing level of production, do not satisfy the demand and the development of existing market at all.

The utility model content

Goal of the invention: the purpose of this utility model is in order to overcome the deficiencies in the prior art, provide a kind of can minimizing equipment, improve output, reduce production costs, improve the span-joint machine of two-station energy-saving lamp of bridge connecting machine precision.

Technical scheme: in order to solve the problems of the technologies described above, a kind of span-joint machine of two-station energy-saving lamp of the present utility model, comprise frame, station calibration rotating disk, main drive gear, feeding manipulator, station calibration rotating disk links to each other with main drive gear by main shaft, is provided with first feeding device, second feeding device, means for correcting, flame device, air blowing perforating device successively on frame, connects bridge mobile device, blanking device for opening, blanking device according to the direction of station calibration dial rotation; On the circumference of station calibration rotating disk, anchor clamps are installed, the bridge that described anchor clamps comprise stationary fixture, floating holder, guide rod, spring and regulate distance between stationary fixture and the floating holder is apart from backstay, and stationary fixture is connected with floating holder with spring by guide rod; Each device on the described frame is used with station calibration rotating disk and anchor clamps; On station calibration rotating disk, be provided with and drive the cam gear that floating holder is outwards opened; Fluorescent tube in the feeding device by on the feeding manipulator to described anchor clamps.

Operation principle of the present utility model: at first regulate the bridge distance at the glass-tube of different size, driving station calibration rotating disk by main drive gear then does intermittently to rotate, by cam gear floating holder is outwards opened, anchor clamps are along with the rotation of station calibration rotating disk, successively through first feeding device and the second feeding device material loading, means for correcting smoothing height, flame device, air blowing perforating device, then under the spring tension effect and connecing to finish under the promotion of bridge mobile device and connect the bridge operation.

Beneficial effect: compared with prior art, the utility model has the advantages that: (1) has changed original single operation and has connect bridge, and by the improvement of double anchor clamps, every rotation once can connect two pipe bridges, and production capacity is improved more than the twice; With original bridge connecting machine output per hour 1200 levels of production compare, the utility model production per hour is 3000 levels of production; (2) improve by the double anchor clamps, can effectively guarantee to connect the steadiness of the accuracy and the clamp of bridge spacing, the double anchor clamps improve has precision height, easy to use, rational in infrastructure, product qualification rate reaching 99%; (3) the cylinder movement device on original bridge connecting machine is changed into the top cam gear, the double anchor clamps are opened or closed automatically, can save the substantial contribution and the energy.

Description of drawings

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

Fig. 2 is the vertical view of Fig. 1.

Embodiment

The utility model is described in further detail below in conjunction with accompanying drawing.

As depicted in figs. 1 and 2, a kind of span-joint machine of two-station energy-saving lamp of the utility model, comprise frame 1, station calibration rotating disk 2, main drive gear, main drive gear comprises indexing separator 3, motor, worm speed reducer and driving cam, power is reached to worm speed reducer through bead apex by motor, worm speed reducer is passed to indexing separator 3 through chain with power, and station calibration rotating disk 2 links to each other with indexing separator 3 by main shaft 5; The direction of rotating according to station calibration rotating disk 2 is provided with first feeding device 6, second feeding device 7, means for correcting 8, flame device 9, air blowing perforating device 10 successively, connects bridge mobile device 11, blanking device for opening 12, blanking device 13 on frame 1; Wherein saidly connect the support 23 that bridge mobile device 13 comprises shifting axle 20, rocking bar 21, connecting rod 22 and supports shifting axle 20, shifting axle 20 links to each other with connecting rod 22 by rocking bar 21, connecting rod 22 links to each other with driving cam in the main drive gear, and support 23 is fixed on the frame 1; Connecting rod 22 moves up and down by main drive gear, thereby drives rocking bar 21 and shifting axle 20 side-to-side movements; Blanking device 13 comprises blanking drive unit 24 and blanking conveyer belt 25; 16 anchor clamps evenly are installed on station calibration rotating disk 2 circumference, each anchor clamps comprises that stationary fixture 14, floating holder 15, guide rod 16, spring 17 and bridge are apart from backstay 18, bridge can be regulated the bridge distance at the glass-tube of different size apart from backstay 18, guide rod 16 passes stationary fixture 14 and links to each other with floating holder 15, guide rod 16 can horizontal slip in stationary fixture 14, stationary fixture 14 with by spring 17 the two is linked to each other above the floating holder 15; On station calibration rotating disk 2, be provided with and drive the cam gear 19 that floating holder 15 is outwards opened; Flame device 9 has four firn-jet heads that fluorescent tube is carried out flame; Be provided with feeding manipulator 4 and material loading device for opening 26 respectively at first feeding device 6 and second feeding device, 7 places, on the feeding manipulator 3 at second feeding device, 7 places, the recognition device controller is housed, this recognition device controller can be optoelectronic switch, when anchor clamps on the station calibration rotating disk 2 rotate to first feeding device, 6 places, feeding manipulator 3 begins to go up pipe by two cylinder actions, when the anchor clamps behind the first-class fluorescent tube rotate to second feeding device, 7 places, pipe on the optoelectronic switch instruction feeding manipulator 3 herein, if fluorescent tube is not gone up at 6 places at first feeding device, the feeding manipulator 3 at second feeding device, 7 places just stops to go up pipe.

Along with rotate the intermittence of station calibration rotating disk 2, one of them anchor clamps earlier through first feeding device, 6 material loadings to the stationary fixture 14 of these anchor clamps, and then rotate to second feeding device, 7 material loadings to the floating holder 15 of these anchor clamps, and then successively through means for correcting 8 smoothing height, flame device 9, air blowing perforating device 10, then under the effect of spring 17 pulling force and connecing to finish under 11 promotions of bridge mobile device and connect the bridge operation; When anchor clamps rotated to blanking device 13 places, blanking device for opening 12 was opened, and finished the blanking operation thereby make fluorescent tube enter blanking conveyer belt 25 then under the driving of blanking drive unit 24.

The above only is a preferred implementation of the present utility model; should be pointed out that for the person of ordinary skill of the art, under the prerequisite that does not break away from the utility model principle; can also make some modification and improvement, these also should be considered as belonging to protection range of the present utility model.

Claims

1. span-joint machine of two-station energy-saving lamp, comprise frame (1), station calibration rotating disk (2), main drive gear, feeding manipulator (4), station calibration rotating disk (2) links to each other with main drive gear by main shaft (5), it is characterized in that: the direction of rotating according to station calibration rotating disk (2) is provided with first feeding device (6), second feeding device (7), means for correcting (8), flame device (9), air blowing perforating device (10) successively, connects bridge mobile device (11), blanking device for opening (12), blanking device (13) on frame (1); On the circumference of station calibration rotating disk (2), anchor clamps are installed, the bridge that described anchor clamps comprise stationary fixture (14), floating holder (15), guide rod (16), spring (17) and regulate distance between stationary fixture (14) and the floating holder (15) is apart from backstay (18), and stationary fixture (14) is connected with floating holder (15) with spring (17) by guide rod (16); Each device on the described frame (1) is used with station calibration rotating disk (2) and anchor clamps; On station calibration rotating disk (2), be provided with and drive the cam gear (19) that floating holder (15) is outwards opened; Fluorescent tube in first feeding device (6) and second feeding device (7) is all gone up to anchor clamps by feeding manipulator (4).

2. span-joint machine of two-station energy-saving lamp according to claim 1, it is characterized in that: describedly connect the support (23) that bridge mobile device (11) comprises shifting axle (20), rocking bar (21), connecting rod (22) and supports shifting axle (20), shifting axle (20) links to each other with connecting rod (22) by rocking bar (21), and connecting rod (22) links to each other with described main drive gear.