CN202402508U

CN202402508U - Embedded type automatic separation and reunion coupler

Info

Publication number: CN202402508U
Application number: CN2011205716664U
Authority: CN
Inventors: 史继富; 卢建生; 杜晓
Original assignee: Jier Machine Tool Group Co Ltd
Current assignee: Jier Machine Tool Group Co Ltd
Priority date: 2011-12-31
Filing date: 2011-12-31
Publication date: 2012-08-29
Anticipated expiration: 2021-12-31

Abstract

The utility model discloses an embedded type automatic separation and reunion coupler, which comprises a fixed semi-coupler, a sliding semi-coupler and a shifting fork. The fixed semi-coupler is provided with a plurality of first transmission protrusions to form a first convex-concave structure, the sliding semi-coupler is provided with a plurality of second transmission protrusions to form a second convex-concave structure, one end of the shifting fork is installed on a supporting base through a first pin shaft, the other end of the shifting fork is connected with a power unit, and the shifting fork is connected with the sliding semi-coupler through a second pin shaft and can push the sliding semi-coupler to move towards the direction close to or far away from the fixed semi-coupler. The first transmission protrusions and the second transmission protrusions are respectively arranged along the opposite faces of the sliding semi-coupler and the fixed semi-coupler in staggered mode. When the fixed semi-coupler and the sliding semi-coupler are close to each other, the first convex-concave structure and the second convex-concave structure can be connected together in inserted mode. The embedded type automatic separation and reunion coupler has the advantages of having automatic separation and reunion functions and being capable of achieving overload protection, simple in structure and low in manufacturing cost.

Description

Inserted automatic clutch coupling

Technical field

the utility model relates to coupling, is specifically related to a kind of inserted automatic clutch coupling.

Background technique

For equipment such as slitter, the uncoiler of some long-term operations with draw material machine etc., for equipment operation safety, need be by the coupling of automatic clutch.

Traditional coupling can not be realized automatic clutch.The prior frictional plate type clutch, complex structure, and two half-couplings can not be realized separating fully.

Summary of the invention

The purpose of the utility model provides a kind of half-coupling, can realize separating fully, satisfies to interrupt the transmission requirement.

To achieve these goals, the utility model adopts following scheme:

A kind of inserted automatic clutch coupling comprises: fixing half-coupling, and it is protruding to be provided with a plurality of first transmissions, forms first convex-concave structure; The slip half-coupling, it is protruding to be provided with a plurality of second transmissions, forms second convex-concave structure; And shift fork, an end is installed on the bearing through first bearing pin, the other end links to each other with power unit, and shift fork links to each other with the slip half-coupling through second bearing pin, and can promote the slip half-coupling near or move away from fixing half-coupling direction; The wherein protruding and second transmission convexity fixedly half-coupling and the setting of slip half-coupling opposing side of edge respectively of first transmission; And setting that first transmission is protruding and the second transmission convexity interlaces; When fixedly half-coupling and slip half-coupling each other near the time, first convex-concave structure and second convex-concave structure can be plugged on together each other.

Said slip half-coupling is provided with roller along being circumferentially with circular groove in the circular groove, roller is connected with second bearing pin, and roller can be along circular groove one side rolling arbitrarily.

The working principle of the utility model:

Two half-couplings are provided with the transmission convex-concave structure of locations complementary, and a half-coupling is fixed, and another half-coupling can slide vertically.The half-coupling that can move vertically fits tightly the transmission convex-concave structure to moving near fixing half-coupling direction, satisfies the transmission requirement; The half-coupling that can move vertically separates convex-concave structure to moving away from fixing half-coupling direction fully, satisfies and interrupts the transmission requirement.

The beneficial effect of the utility model: adopt the said structure coupling to have the automatic clutch function, can realize overload protection, simple in structure, cheap for manufacturing cost.

Description of drawings

Fig. 1 is a coupling separated structures schematic representation.

The structural representation that Fig. 2 combines for coupling.

1. fixing half-couplings among the figure, 2. first transmission is protruding, and 3. second transmission is protruding, 4. first key

5. first, 6. baffle plate, 7. first bearing pin, 8. bearing, 9. roller, 10. second bearing pin, 11. shift forks, 12. first annular groove face 13. second annular groove faces, 14. slip half-couplings, 15. second, 16. second keys, 17. axial end.

Embodiment

Better understand the utility model for the ease of those skilled in the art, below in conjunction with accompanying drawing and specific embodiment the utility model is explained further details, following explanation only is exemplary.

A kind of inserted automatic clutch coupling comprises fixing half shaft coupling 1, slip half-coupling and shift fork 11, and it is protruding 2 that wherein fixing half shaft coupling 1 is provided with a plurality of first transmissions along circumferential surface, forms first convex-concave structure; Slip half-coupling 14 is provided with a plurality of second transmissions convexities 2 along circumferential surface, forms second convex-concave structure; The setting that interlaces of protruding 2 and second transmission convexity 2 of first transmission; Shift fork 11 1 ends are installed on the bearing 8 through first bearing pin 7; The other end links to each other with power unit; And shift fork 11 links to each other with slip half-coupling 14 through second bearing pin 10; And can promote slip half-coupling 14 near or move away from fixing half-coupling 1 direction, when fixing half-coupling 1 and slip half-coupling 14 each other near the time, first convex-concave structure and second convex-concave structure can be plugged on together each other.

Said slip half-coupling 14 is provided with roller 9 along being circumferentially with circular groove in the circular groove, roller 9 is connected with second bearing pin 10 and roller 9 can rotate around second bearing pin 10, and roller 9 can be along circular groove one side rolling arbitrarily.

With reference to accompanying

drawing

1,2, in the practice, fixedly half-coupling 1 is through baffle plate 6, axial end 17 and first key 4 axial restraint on first 5, and slip half-coupling 14 is connected with second 15 through second key 16.Unit power can be motor, hydraulic pressure or the pneumatic power mechanism that connects through the transmission circuit.

The utility model working procedure is following:

Second 15 rotating power is delivered to slip half-coupling 14 through second key 16.When coupling combines; Hydraulic pressure or active force such as pneumatic promote shift fork 11 around 7 swings of first bearing pin, and shift fork 11 promotes second bearing pin 10 simultaneously and swing together, and second bearing pin, 10 promotion rollers 9 move together; Roller 9 through the first annular groove face 12 promote slip half-couplings 14 along second 15 to front slide; Second transmission protruding 3 on the slip half-coupling 14 is fitted tightly with protruding 2 correspondences of first transmission on the fixing half-coupling 1, the rotating power of slip half-coupling 14 is delivered to fixedly half-coupling 1, fixedly half-coupling 1 is delivered to first through first key 4 simultaneously; Make first 5 and second 15 and rotate synchronously, satisfy the transmission requirement.

When coupling separates; Hydraulic pressure or active force such as pneumatic promote shift fork 11 and do and above-mentioned swings in the opposite direction around first bearing pin 7; Shift fork 11 promotes second bearing pin 10 simultaneously and swings together; Second bearing pin 10 promotes roller 9 and moves together; Roller 9 promotes slip half-couplings 14 through the first annular groove face 12 and slides backward along second 15, makes second transmission protruding 3 on the slip half-coupling 14 separate satisfied first 5 and second 15 interruption transmission requirements fully with first transmission protruding 2 on the fixing half-coupling 1.

Above embodiment only be used to explain the utility model technological scheme but not to its restriction; Although the utility model is specified through embodiment; Under the field personnel should make amendment or the part technical characteristics is equal to replacement with reference to the concrete mode of the utility model; But under the spirit that does not break away from the utility model technological scheme, above-mentioned change or be equal to replacement and should belong in the technological scheme scope that the utility model asks for protection.

Claims

1. inserted automatic clutch coupling is characterized in that comprising:

Fixedly half-coupling (1) is provided with a plurality of first transmissions protruding (2), forms first convex-concave structure;

Slip half-coupling (14) is provided with a plurality of second transmissions protruding (2), forms second convex-concave structure; With

Shift fork (11); One end is installed on the bearing (8) through first bearing pin (7); The other end links to each other with power unit; And shift fork (11) links to each other with slip half-coupling (14) through second bearing pin (10), and can promote slip half-coupling (14) near or move away from fixing half-coupling (1) direction;

Wherein first transmission protruding (2) and second transmission protruding (2) are respectively along fixedly half-coupling (1) and slip half-coupling (14) opposing side setting; And first transmission protruding (2) and second transmission convexity (2) setting that interlaces; When fixedly half-coupling (1) and slip half-coupling (14) each other near the time, first convex-concave structure and second convex-concave structure can be plugged on together each other.

2. according to the said inserted automatic clutch coupling of claim 1, it is characterized in that; Said slip half-coupling (14) is provided with roller (9) along being circumferentially with circular groove in the circular groove, roller (9) is connected with second bearing pin (10), and roller (9) can be along circular groove one side rolling arbitrarily.