CN2861093Y

CN2861093Y - Conveying structure for coating machine

Info

Publication number: CN2861093Y
Application number: CN 200520128487
Authority: CN
Inventors: 谢宜珍
Original assignee: JINLIWANG INDUSTRY Co Ltd
Current assignee: JINLIWANG INDUSTRY Co Ltd
Priority date: 2005-10-11
Filing date: 2005-10-11
Publication date: 2007-01-24
Anticipated expiration: 2015-10-11

Abstract

The utility model relates to a coater conveying structure which can operate automatically and finish the multi-surface painting simultaneously. The structure is mainly based on a rotary jig group of rotary bearing seat installed on the track way of the primary seat. And the rotary group utilizes a driving group on the track way to operates forwards and backwards. The first and second shrinking shields are respectively installed on two ends of the rotary jig group. The structure also can use the computer control system to operate the front and back position and the rotary angle of bearing seat, thus solving the inconvenience that the coater cannot be operated automatically and the finishing of the painting and coating on five sides one time, and improving the speed and efficiency of coating substantially as well as avoiding the heath of operators.

Description

The coating machine structure for conveying

Technical field

The utility model relates to a kind of coating machine technology of covering with paint, lacquer, colour wash, etc. paint vehicle on small objects, especially refer to a kind of coating machine structure for conveying that can control with program-controlled device, use operation, and can improve its efficient of spraying paint through automation, and reduce the generation of defective products, but the health of its person's maintenance operator more.

Background technology

Press, because when spraying paint application, contain extremely many toxic chemical substances in its paint vehicle, environment and human body there is great threat, and for avoiding injuring human body and contaminated environment, generally when application, be equipped with specific airtight paint booth, so for small objects, in order to improve its work efficiency, can be based on coating machine, habit formula coating machine is provided with a fully enclosed cabinet in board, and is provided with spray gun in cabinet, and is provided with one in the cabinet inner top surface and passes to exterior delivery track, then object is hung on sus-pension on the suspender of delivery track, in board one side operation delivery track object is sent into and withdrawed from by operating personal;

And above-mentioned coating machine has some inconvenience; at first its object can't obtain the actv. location; therefore when spraying paint, only can gradation finish; can't control accurately; be easy to generate defective products; moreover the conveying of its turnover needs to be finished in a side by personnel; can't operate by full automation, not only influence work efficiency, also may undermine personnel's health simultaneously; simultaneously because can't automation mechanized operation; cause object to need constantly turnover, partly operating personal is in order to save time and to work conveniently, and regular meeting deliberately is not related to cabinet; cause paint vehicle to overflow, and then the environment arround destroying.

Conclude aforesaid explanation as can be known, in the data and preceding case of openly concrete and use, but the coating machine of a kind of automation mechanized operation of teaching never, in other words, but if can develop a kind of coating machine of automation mechanized operation, can solve existing coating machine in operational problem, to satisfy user's demand.

Be with, the utility model people deeply inquires at the problem that existing coating machine is faced, and by the research and development of being engaged in related industry for many years and manufacturing experience, actively seek the scheme that solves, research and development through long-term endeavour, finally success develop a kind of program-controlled coating machine structure for conveying, use promoting the efficient of spraying paint.

The utility model content

For this reason, but the purpose of this utility model provides a kind of coating machine structure for conveying of automation mechanized operation, reducing defective products, and promotes the efficient of its application.

For achieving the above object, solution of the present utility model is: a kind of coating machine structure for conveying, this coating machine mainly is provided with a cabinet in a board, and be provided with some spray guns in the cabinet, and structure for conveying is located at the board surface, and object can be sent into or withdrawed from cabinet, for spray gun object is carried out external coating and spray paint; Wherein: this structure for conveying is installed with a slide rail in a seat of honour end face of being located at the board surface, be slidingly equipped with sliding shoe on the slide rail, and sliding shoe is provided with a rotation tool group, and the seat of honour is locked respectively in rotation tool group two ends and established first and second flexible cover of dust of interlock mutually; And rotation tool group is locked on the sliding shoe with a base plate, and be pivoted with the S. A. of a stage casing tool cross bar on the base plate, be covered with a cover of dust that supplies S. A. to pass again on the base plate, and S. A. passes an end of cover of dust and is installed with one for putting the bearing of object, be pivoted with a telescopic cylinder on the base plate in addition, an end of this telescopic cylinder is hubbed at an end of S. A. cross bar; But the seat of honour is provided with the driving unit of the forward and backward displacement of a driven rotary tool group again, this driving unit is moved a driving wheel with a stepper motor of being located at seat of honour slide rail front end, and driving unit is provided with a cooresponding follower in seat of honour sliding rail rear end, is surrounded with a belt that can move the forward and backward displacement of rotation tool group between main, follower; By this, group constitutes a coating machine structure for conveying that can utilize program-controlled device to operate.

The seat of honour both sides of structure for conveying are arranged with one to prevent that paint vehicle from entering the dustproof cage in the rotation tool group.

The S. A. of rotation tool group utilizes the bearing seat of two ends tool bearing to be hubbed on the base plate.

The end lock that the S. A. cross bar of rotation tool group differs from telescopic cylinder is provided with a downward buffering collision of closed plate, and base plate is arranged with first and second buffering group with the rotational angle of restriction S. A. in the both sides of corresponding buffering collision of closed plate.

The telescopic cylinder of rotation tool group is located at one and is installed on the stay bearing plate of base plate.

The base plate bottom surface of rotation tool group is provided with a belt pressing plate, and the belt of driving unit but voltage supply is pulled is to produce continuous action relation.

The stepper motor of driving unit is locked on upright being located on the adapter plate of seat of honour slide rail front end, and utilizes a belt pulley set to drive one and stride the transmission shaft of being located on the seat of honour with bearing seat, and imput shaft then is located at the end in addition of transmission shaft.

The follower of driving unit is located on the core seat in a tool axle center, and this core seat is locked on the adjusting lever of an adjustment seat, for utilizing adjusting lever to regulate the elasticity of belt.

The seat of honour is provided with a photoelectric switch in the forward and backward location punishment of rotation tool group, and is provided with cooresponding anti-dazzle device in base plate, for the forward and backward usefulness of location when mobile of rotation tool group.

After adopting such scheme, because the utility model is the rotation tool group that is provided with tool rotation bearing in the slide rail of the seat of honour, before this rotation tool group also can utilize a driving unit of being located at slide rail, the back action, and the seat of honour is respectively equipped with first of interlock in rotation tool group two ends, two flexible cover of dusts, and can utilize program-controlled system operate bearing before, the back position and the anglec of rotation, can solve the inconvenience that habit formula coating machine can't automation mechanized operation by this, can once finish simultaneously five the application of spraying paint, and can significantly promote the speed and the efficient of its application, and the generation of minimizing defective products, can avoid influencing operator's health simultaneously and destroy environment.

Description of drawings

Fig. 1 is the three-dimensional appearance scheme drawing of the utility model coating machine;

Fig. 2 is the perspective exploded view of the utility model coating machine structure for conveying;

Fig. 3 is the schematic appearance after the utility model structure for conveying is formed;

Fig. 4 is the first action scheme drawing of the utility model structure for conveying;

Fig. 5 is the second action scheme drawing of the utility model structure for conveying;

Fig. 6 is the 3rd an action scheme drawing of the utility model structure for conveying.

The primary clustering nomenclature

1 board, 2 cabinets, 3 spray guns, 4 objects

10 seat of honours, 11,12 dustproof cage 15 slide rails 16 sliding shoes

20 rotation tool groups, 21 base plates, 22 bearing seats, 220 bearings

23 S. A.s, 230 cross bars, 231 buffering collision of closed plates, 24 cover of dusts

25 bearings, 26 stay bearing plates, 27 telescopic cylinders, 281 first buffering groups

282 second bufferings are organized 29 belt pressing plates, 30 driving unit, 31 adapter plates

32 stepper motors, 33 belt pulley set, 34 transmission shafts, 340 bearing seats

35 driving wheels 36 are adjusted seat 360 adjusting levers 37 core seats

370 axle center, 38 followers, 39 belts, 41,42,43 photoelectric switchs

45,46 anti-dazzle devices, 50 first flexible cover of dust 60 second flexible cover of dusts

The specific embodiment

Next enumerate a preferred embodiment; and cooperate graphic and figure number; other purpose of the present utility model and usefulness are further described; your juror phase can make the utility model is had more detailed understanding; and make and be familiar with this operator and can implement according to this; the following stated person only is to explain preferred embodiment; but not be to limit scope of the present utility model; so all have based on design spirit of the present utility model; and be any type of change of the utility model or modification, all still belong to the category of the utility model intention protection.

The utility model is a kind of coating machine structure for conveying, please referring to Fig. 1,2 and shown in Figure 3, this coating machine is mainly established the cabinet 2 of a hermetic type on a board 1, and be provided with some spray guns 3 in the cabinet 2, board 1 is provided with one and stretches into cabinet 2 in-to-in structure for conveying again, can be for utilizing structure for conveying that object 4 is sent in the cabinet 2, carrying out external coating for 3 pairs of objects of spray gun 4 sprays paint, above-described structure and operating principle are identical with existing person, and non-feature of the present utility model place, and appearance repeats no more;

And about the detailed formation of the utility model feature, then please cooperate and consult Fig. 2,3 and shown in Figure 4, this structure for conveying is slidingly equipped with a carrying object 4 rotation tool groups 20 on a seat of honour 10, and rotation tool group 20 also can be subjected to driving unit 30 action front and back displacements of being located on the seat of honour 10, moreover the seat of honour 10 is fallen into to avoid paint vehicle or foreign matter in rotating first and second flexible cover of

dust

50,60 that tool group 20 two ends are arranged with mutual interlock;

Wherein the seat of honour 10 both sides are arranged with a

dustproof cage

11,12, to prevent that paint vehicle from entering in the seat of honour 10, moreover the seat of honour 10 end faces are installed with a slide rail 15, be slidingly equipped with one on this slide rail 15 for 20 groups of sliding shoes of establishing 16 of rotation tool group, and rotation tool group 20 is locked on the sliding shoe 16 with a base plate 21, and utilize the bearing seat 22 upright S. A.s 23 that are provided with of a two ends tool bearing 220 on the base plate 21, these S. A. 23 stage casings are equipped with a cross bar 230, and cross bar 230 1 ends lock is provided with a downward buffering collision of closed plate 231, be covered with two ends and first on the base plate 21 again, two flexible cover of dusts 50, the cover of dust 24 of 60 lockings, and S. A. 23 passes an end of cover of dust 24 and is installed with one for putting the bearing 25 of object 4, this bearing 25 can be changed specification according to object 4 sizes, be installed with a stay bearing plate 26 backward on the base plate 21 in addition, be pivoted with a telescopic cylinder 27 on the stay bearing plate 26, one end of this telescopic cylinder 27 is hubbed at the end in addition of S. A. 23 cross bars 230, rotate S. A. 23 for the telescopic action that utilizes telescopic cylinder 27, moreover base plate 21 is arranged with first in the both sides of corresponding cross bar 230 buffering collision of closed plates 231, two buffering groups 281,282, rotational angle with restriction S. A. 23, and base plate 21 bottom surfaces are provided with a belt pressing plate 29, can be for producing interlock with driving unit 30;

Driving unit 30 is with an adapter plate 31 upright front ends of being located at the seat of honour 10 slide rails 15 again, and be provided with the stepper motor 32 of a tool belt pulley set 33 in adapter plate 31, this belt pulley set 33 can be for driving a transmission shaft 34 that utilizes bearing seat 340 to stride to be located on the seat of honour 10, and transmission shaft 34 end in addition is provided with a driving wheel 35, and driving unit 30 and be installed with one adjustment seat 36 in slide rail 15 rear ends of the seat of honour 10, adjusting seat 36 utilizes an adjusting lever 360 to be provided with a core seat 37, stretch on the core seat 37 and be provided with an axle center 370 parallel with transmission shaft 34, and 370 ends, axle center be provided with one with driving wheel 35 cooresponding followers 38, main,

follower

35,38 are surrounded with a belt 39, it can be for the elasticity of utilizing the adjusting lever 360 adjusting belts 39 of adjusting seat 36, and belt pressing plate 29 suitable can being locked on the belt 39 of rotation tool group 20, when belt 39 rotated, suitable can the action rotated 20 displacements of tool group;

Moreover the seat of honour 10 is provided with a photoelectric switch 41,42,43 in forward and backward rotation tool group 20 location punishment, and be provided with cooresponding anti-dazzle device 45,46 in base plate 21, usefulness for rotation location, tool group 20 front and back, interlock is flexible mutually and be locked on first and second the flexible cover of

dust

50,60 that rotates tool group 20 cover of dusts 24 two ends, to intercept paint vehicle and foreign matter;

By this, group constitutes a coating machine structure for conveying that can utilize program-controlled device to operate.

As for practical operation of the present utility model, then extremely shown in Figure 6 as Fig. 3, the operator can be manually or the object 4 that will desire application such as automatically transporting materials equipment place on the bearing 25 of rotation tool group 20, and see through velocity of rotation, acceleration/accel and the number of turns etc. that program-controlled device is controlled driving unit 30 stepper motors 32, make stepper motor 32 can utilize driving wheel 35 to drive belt 39, and then action rotation tool group 20 sends object 4 into spray gun 3 places (as Fig. 1,3) in the cabinet 2, for spraying paint action;

When the demand of target rotation 4; then see through design-calculated program behavior telescopic cylinder 27 in advance; telescopic cylinder 27 is outwards extended; and then through 23 rotations (shown in Fig. 5,6) of cross bar 230 driven rotary axles; make the processing of spraying paint of its multiaspect that can carry out object 4; promote the efficient of its processing; and see through the control of program-controlled device; more can improve its precision; and can reduce the generation of defective products; further can avoid operating personal in operation, to open cabinet, reach the purpose of protection context and health.

In sum, the utility model is except that inconvenience that can effectively solve habit formula coating machine and puzzlement, have above-mentioned numerous usefulness and practical value simultaneously, and can effectively promote the single-piece economic benefit, therefore the utility model is the splendid utility model of an intention really, and not seeing identical or approximate product public use in identical technical field, so the utility model has met the important document of utility model patent, is the application that in accordance with the law proposes utility model patent.

Claims

1, a kind of coating machine structure for conveying, this coating machine mainly is provided with a cabinet in a board, and is provided with some spray guns in the cabinet, and structure for conveying is located at the board surface, and object can be sent into or withdrawed from cabinet, for spray gun object being carried out external coating sprays paint; It is characterized in that:

This structure for conveying is installed with a slide rail in a seat of honour end face of being located at the board surface, is slidingly equipped with sliding shoe on the slide rail, and sliding shoe is provided with a rotation tool group, and the seat of honour is locked respectively in rotation tool group two ends and established first and second flexible cover of dust of interlock mutually;

And rotation tool group is locked on the sliding shoe with a base plate, and be pivoted with the S. A. of a stage casing tool cross bar on the base plate, be covered with a cover of dust that supplies S. A. to pass again on the base plate, and S. A. passes an end of cover of dust and is installed with one for putting the bearing of object, be pivoted with a telescopic cylinder on the base plate in addition, an end of this telescopic cylinder is hubbed at an end of S. A. cross bar;

But the seat of honour is provided with the driving unit of the forward and backward displacement of a driven rotary tool group again, this driving unit is moved a driving wheel with a stepper motor of being located at seat of honour slide rail front end, and driving unit is provided with a cooresponding follower in seat of honour sliding rail rear end, is surrounded with a belt that can move the forward and backward displacement of rotation tool group between main, follower;

2, coating machine structure for conveying as claimed in claim 1 is characterized in that: the seat of honour both sides of structure for conveying are arranged with one to prevent that paint vehicle from entering the dustproof cage in the rotation tool group.

3, coating machine structure for conveying as claimed in claim 1 is characterized in that: the S. A. of rotation tool group utilizes the bearing seat of two ends tool bearing to be hubbed on the base plate.

4, coating machine structure for conveying as claimed in claim 1, it is characterized in that: the end lock that the S. A. cross bar of rotation tool group differs from telescopic cylinder is provided with a downward buffering collision of closed plate, and base plate is arranged with first and second buffering group with the rotational angle of restriction S. A. in the both sides of corresponding buffering collision of closed plate.

5, coating machine structure for conveying as claimed in claim 1 is characterized in that: the telescopic cylinder of rotation tool group is located at one and is installed on the stay bearing plate of base plate.

6, coating machine structure for conveying as claimed in claim 1 is characterized in that: the base plate bottom surface of rotation tool group is provided with a belt pressing plate, and the belt of driving unit but voltage supply is pulled is to produce continuous action relation.

7, coating machine structure for conveying as claimed in claim 1, it is characterized in that: the stepper motor of driving unit is locked on upright being located on the adapter plate of seat of honour slide rail front end, and utilize a belt pulley set to drive one and stride the transmission shaft of being located on the seat of honour with bearing seat, imput shaft then is located at the end in addition of transmission shaft.

8, coating machine structure for conveying as claimed in claim 1 is characterized in that: the follower of driving unit is located on the core seat in a tool axle center, and this core seat is locked on the adjusting lever of an adjustment seat, for utilizing adjusting lever to regulate the elasticity of belt.

9, coating machine structure for conveying as claimed in claim 1 is characterized in that: the seat of honour is provided with a photoelectric switch in the forward and backward location punishment of rotation tool group, and is provided with cooresponding anti-dazzle device in base plate, for the forward and backward usefulness of location when mobile of rotation tool group.