CN102502240A

CN102502240A - Multi-station conveying device

Info

Publication number: CN102502240A
Application number: CN2011103327261A
Authority: CN
Inventors: 朱华; 蒋武强
Original assignee: Wuxi Shuangyi Precision Machinery Co Ltd
Current assignee: Wuxi Shuangyi Precision Machinery Co Ltd
Priority date: 2011-10-28
Filing date: 2011-10-28
Publication date: 2012-06-20

Abstract

The invention provides a multi-station conveying device, which is capable of conveying materials to the same station of the same production line, is low in equipment investment and comprises a station block, a transition block and a track shaft. The bottom of the station block is sleeved on the track shaft, and the station block is connected with the transition block in a fastened manner. The multi-station conveying device is characterized in that one end of the track shaft is fastened on a seat frame, the other end of the track shaft penetrates through a positioning frame, the positioning frame is supported on the base, an upper cylinder is mounted on the seat frame, a cylinder arm of the upper cylinder is connected with the transition block in a fastened manner, the bottom of the seat frame is embedded in a linear track of the base, movement trails of the linear track and the track shaft are identical, a bottom cylinder is disposed on the seat frame, a cylinder arm of the bottom cylinder is connected with the seat frame in a fastened manner, and the length of the cylinder arm of the upper cylinder is unequal to that of the cylinder arm of the bottom cylinder.

Description

The multistation pay-off

Technical field

The present invention relates to the technical field of mass transport station structure, be specially the multistation pay-off.

Background technology

Existing material conveying mechanism generally is a feeding station, a blowing station; But be accompanied by the raising of level of mechanization; Be provided with many identical product lines in a lot of factories; Promptly the identical station at identical product line need consume same material, and existing material conveying mechanism needs every product line to be provided with separately, and equipment has high input.

Summary of the invention

To the problems referred to above, the invention provides the multistation pay-off, it can be the identical station convey materials of identical product line, its equipment drops into low.

The multistation pay-off, its technical scheme is such: it comprises station piece, transition block, axis of an orbit, the bottom of said station piece is set in said axis of an orbit; Said station piece is fastenedly connected said transition block, it is characterized in that: an end of said axis of an orbit is anchored on mounting, and the other end of said axis of an orbit runs through locating rack; Said locating rack is supported on base; On the said mounting upper cylinder is installed, the cylinder arm of said upper cylinder is fastenedly connected said transition block, and the bottom of said mounting is embedded in the rectilinear orbit of said base; The path of motion of said rectilinear orbit and said axis of an orbit is identical; Said base is provided with bottomed cylinder, and the cylinder arm of said bottomed cylinder is fastenedly connected said mounting, and the length of the cylinder arm of said upper cylinder, bottomed cylinder is unequal.

After adopting structure of the present invention; Because the cylinder arm length of upper cylinder, bottomed cylinder is unequal, and the station block indirection connects upper cylinder, bottomed cylinder respectively, and it makes upper cylinder, bottomed cylinder cooperatively interact can have four kinds of length states to occur; Make the station piece that the position of four stations can be arranged; Calculated the length of cylinder arm, it can be the identical station convey materials of identical product line, and its equipment drops into low.

Description of drawings

Fig. 1 is a front view structural representation of the present invention.

The specific embodiment

See Fig. 1, it comprises station piece 1, transition block 2, axis of an orbit 3, and the bottom of station piece 1 is set in axis of an orbit 3; Station piece 1 is fastenedly connected transition block 2, and an end of axis of an orbit 3 is anchored on mounting 4, and the other end of axis of an orbit 3 runs through locating rack 5; Locating rack 5 is supported on base 6, and upper cylinder 7 is installed on the mounting 4, and the cylinder arm of upper cylinder 7 is fastenedly connected transition block 2; The bottom of mounting 4 is embedded in the rectilinear orbit 8 of base 6, and rectilinear orbit 8 is identical with the path of motion of axis of an orbit 3, and base 6 is provided with bottomed cylinder 9; The cylinder arm of bottomed cylinder 9 is fastenedly connected mounting 4, and the length of the cylinder arm of upper cylinder 7, bottomed cylinder 9 is unequal.

Claims

1. multistation pay-off, it comprises station piece, transition block, axis of an orbit, the bottom of said station piece is set in said axis of an orbit; Said station piece is fastenedly connected said transition block, it is characterized in that: an end of said axis of an orbit is anchored on mounting, and the other end of said axis of an orbit runs through locating rack; Said locating rack is supported on base; On the said mounting upper cylinder is installed, the cylinder arm of said upper cylinder is fastenedly connected said transition block, and the bottom of said mounting is embedded in the rectilinear orbit of said base; The path of motion of said rectilinear orbit and said axis of an orbit is identical; Said base is provided with bottomed cylinder, and the cylinder arm of said bottomed cylinder is fastenedly connected said mounting, and the length of the cylinder arm of said upper cylinder, bottomed cylinder is unequal.