CN201833235U

CN201833235U - Two-station processing device for metal covers

Info

Publication number: CN201833235U
Application number: CN2010205827198U
Authority: CN
Inventors: 李炳兴
Original assignee: Wujiang Huayuan Tinplate Printing and Tin Making Co Ltd
Current assignee: Wujiang Huayuan Tinplate Printing and Tin Making Co Ltd
Priority date: 2010-10-29
Filing date: 2010-10-29
Publication date: 2011-05-18
Anticipated expiration: 2020-10-29

Abstract

The utility model relates to a two-station processing device for metal covers, which comprises manipulator, a worktable and a processing head. The manipulator is provided with a first bearing surface and a first pushing surface, the worktable is provided with a second bearing surface and a third bearing surface, and the processing head is provided with a first processing head and a second processing head. The first bearing surface, the second bearing surface and the third bearing surface are positioned at the same height and arranged from left to right sequentially, the linear distance from the center point of the first bearing surface to the center point of the second bearing surface is equal to the linear distance from the center point of the second bearing surface to the center point of the third bearing surface, and the first pushing surface is arranged between the first bearing surface and the second bearing surface. The processing head of the processing device can complete processing of two stations each time, thereby improving processing efficiency. Covers are delivered by the aid of the manipulator or through the method of pushing the next metal cover via the previous metal cover when the two-station processing device is used for processing the covers, and accordingly positioning accuracy during delivery process is increased and electric energy is saved.

Description

Two station processing unit (plant)s of crown cap

Technical field

The utility model relates to a kind of device that is used for the processing metal lid.

Background technology

Packaging container of metal, as metal can, metal drum etc., it all has a crown cap that is used to pack at the commodity of inside.Crown cap is as the important spare part of packing container, and the crown cap how quick Fabrication meets the demands is most important to the complete packing container of follow-up making.

The making of existing crown cap all has a lot of operations, and each operation all is to rely on streamline to carry out the transmission of semi-finished product bottle cap.Because streamline will be set, thus each operation all one by one bottle cap finish sequentially, this preparation method efficient is low, influences the making of whole packaging container of metal easily.

The utility model content

At above-mentioned technical problem, the purpose of this utility model provides a kind of two station processing unit (plant)s of energy quick Fabrication crown cap.

For achieving the above object, the technical solution adopted in the utility model is: a kind of two station processing unit (plant)s of crown cap, and it comprises:

Manipulator that can move left and right, this manipulator have first loading end that is used to support workpiece to be processed, are used to promote the first passing face that workpiece to be processed moves;

Workbench, comprise base, be installed in first machine table and second machine table on the described base, second loading end that has the carrying workpiece to be processed on described first machine table, the 3rd loading end that has the carrying workpiece to be processed on described second machine table, described first loading end, second loading end, the 3rd loading end is positioned at sustained height and is arranged in order along left and right directions, the central point of described first loading end equals the air line distance of central point of central point to the three loading ends of second loading end to the air line distance of the central point of second loading end, the described first passing face is between described first loading end and second loading end, when described manipulator drives first workpiece to be processed that is supported on described first loading end when the direction near second loading end moves, described manipulator can be transported to described first workpiece to be processed on described second loading end, the simultaneously described first passing face promotes to be carried on second workpiece to be processed on described second loading end to described the 3rd loading end, and described second workpiece to be processed promotes to be supported on the 3rd workpiece to be processed on described the 3rd loading end to next manufacturing procedure or blanking;

Processing head, comprise mount pad, be fixedly mounted on first processing head on the described mount pad and second processing head, drive the driving mechanism of first processing head and the oscilaltion simultaneously of second processing head, described first processing head be positioned at described first machine table directly over, described second processing head be positioned at described second machine table directly over.

Preferably, described second supporting surface is provided with a plurality of movable supporting salient points.

Because technique scheme utilization, the utility model compared with prior art has following advantage: by the as above processing unit (plant) of structure is set, the once action of processing head can be carried out the processing of a station to two workpiece respectively, improved working (machining) efficiency, and when utilizing this processing processing lid, the transmission of lid is to rely on manipulator transmission or previous crown cap to promote the mode of a back crown cap, improve the accurate positioning of transmission course, and saved the power consumption of transmittance process.

Description of drawings

Accompanying drawing 1 is the schematic diagram of processing unit (plant) of the present utility model;

Accompanying drawing 2 is the course of work schematic diagram of processing unit (plant) of the present utility model;

In the above accompanying drawing: 1, manipulator; 11, first loading end; 12, the first passing face; 2, workbench; 21, base; 22, first machine table; 23, second machine table; 24, second loading end; 241, movable supporting salient point; 25, the 3rd loading end; 3, processing head; 31, mount pad; 32, first processing head; 33, second processing head; 34, driving mechanism;

10, first workpiece to be processed; 20, second workpiece to be processed; 30, the 3rd workpiece to be processed.

The specific embodiment

Below in conjunction with embodiment shown in the drawings the utility model is further described:

The schematic diagram of processing unit (plant) as shown in Figure 1, this device mainly is made of manipulator 1, workbench 2 and processing head 3 these three parts.

Manipulator 1 can move left and right, have first loading end 11 that is used to support workpiece to be processed, be used to promote the first passing face 12 that workpiece to be processed moves, in the present embodiment, when manipulator 1 moves right, it can move right with the workpiece to be processed that is positioned on first loading end 11, and the first passing face 12 can be pushed into the workpiece to be processed that is positioned at its right side the position of next processing stations.

Workbench 2, comprise base 21, be installed in first machine table 22 and second machine table 23 on the base 21, second loading end 24 that has the carrying workpiece to be processed on first machine table 22, the 3rd loading end 25, the first loading ends 11, second loading end 24, the 3rd loading end 25 that have the carrying workpiece to be processed on second machine table 23 are positioned at sustained height and are arranged in order along left and right directions.The central point of first loading end 11 equals the air line distance L2 of central point of central point to the three loading ends 25 of second loading end 24 to the air line distance L1 of the central point of second loading end 24.The first passing face 12 is between first loading end 11 and second loading end 24.Can accurately locate in order to make on second supporting surface 24 that workpiece to be processed supports, second supporting surface 24 is provided with a plurality of movable supporting salient points 241, these movable supporting points 241 can be up and down, and their upper surface constitutes second supporting surface 24, above workpiece to be processed is supported on.

Processing head 3 comprises mount pad 31, be fixedly mounted on first processing head 32 on the mount pad and second processing head 33, drive driving mechanism 34, the first processing heads 32 and second processing head, the 33 shared same driving mechanisms 34 of

first processing head

32 and 33 oscilaltions simultaneously of second processing head.First processing head 32 be positioned at first machine table 22 directly over, second processing head 33 be positioned at second machine table 23 directly over.

Set forth the process of this processing unit (plant) below:

As shown in Figure 1, first workpiece to be processed 10 drops on first loading end 11 of manipulator 1, carries second workpiece to be processed 20 on second loading end 24, the 3rd loading end 25 upper supports have the 3rd workpiece to be processed 30.

When manipulator 1 moves right, as shown in Figure 2, manipulator 1 is passed to second loading end, 24 places with first workpiece to be processed 10 on first loading end 11, in the process that manipulator 1 moves right, second workpiece to be processed 20 that the first passing face 12 will be supported on second loading end 24 simultaneously originally is pushed on the 3rd loading end 25, and the 3rd workpiece to be processed 30 that second workpiece to be processed 20 will originally be carried on the 3rd loading end 25 simultaneously is pushed into next manufacturing procedure or blanking.Meanwhile, manipulator 1 return.And then first processing head 32 and second processing head 33 are being processed downwards first workpiece to be processed 10 on second loading end 24 and second workpiece to be processed 20 on the 3rd loading end 25 respectively under the drive of driving mechanism 34, after machining, first processing head 32 and second processing head 33 upwards rise.

Subsequently, manipulator 1 drives first a new workpiece to be processed again and moves right, thereby carries out process next time.

The foregoing description only is explanation technical conceive of the present utility model and characteristics, and its purpose is to allow the personage who is familiar with this technology can understand content of the present utility model and enforcement according to this, can not limit protection domain of the present utility model with this.All equivalences of doing according to the utility model spirit essence change or modify, and all should be encompassed within the protection domain of the present utility model.

Claims

1. two station processing unit (plant)s of a crown cap, it is characterized in that: it comprises:

Manipulator (1) that can move left and right, this manipulator (1) have first loading end (11) that is used to support workpiece to be processed, are used to promote the first passing face (12) that workpiece to be processed moves;

Workbench (2), comprise base (21), be installed in first machine table (22) and second machine table (23) on the described base (21), second loading end (24) that has the carrying workpiece to be processed on described first machine table (22), the 3rd loading end (25) that has the carrying workpiece to be processed on described second machine table (23), described first loading end (11), second loading end (24), the 3rd loading end (25) is positioned at sustained height and is arranged in order along left and right directions, the central point of described first loading end (11) equals the air line distance (L2) of central point of central point to the three loading ends (25) of second loading end (24) to the air line distance (L1) of the central point of second loading end, the described first passing face (12) is between described first loading end (11) and second loading end (24), when described manipulator (1) drives first workpiece to be processed (10) be supported on described first loading end (1) when the direction near second loading end (24) moves, described manipulator (1) can be transported to described first workpiece to be processed (10) on described second loading end (24), simultaneously the described first passing face (12) promotes to be carried on second workpiece to be processed (20) on described second loading end (24) to described the 3rd loading end (25), and described second workpiece to be processed (20) promotes to be supported on the 3rd workpiece to be processed (30) on described the 3rd loading end (25) to next manufacturing procedure or blanking;

Processing head (3), comprise mount pad (31), be fixedly mounted on first processing head (32) on the described mount pad (31) and second processing head (33), drive the driving mechanism (34) of first processing head (32) and second processing head (33) while oscilaltion, described first processing head (32) be positioned at described first machine table (22) directly over, described second processing head (33) be positioned at described second machine table (23) directly over.

2. two station processing unit (plant)s of crown cap according to claim 1, it is characterized in that: described second supporting surface (24) is provided with a plurality of movable supporting salient points (241).