CN202518803U

CN202518803U - Clamping and discharging mechanisms

Info

Publication number: CN202518803U
Application number: CN2012200784424U
Authority: CN
Inventors: 滕志中; 赵剑福; 王文; 吴军
Original assignee: WUXI KENKE HEAVY INDUSTRY EQUIPMENT Co Ltd
Current assignee: WUXI KENKE HEAVY INDUSTRY EQUIPMENT Co Ltd
Priority date: 2012-03-05
Filing date: 2012-03-05
Publication date: 2012-11-07
Anticipated expiration: 2022-03-05

Abstract

The utility model relates to clamping and discharging mechanisms. The clamping and discharging mechanism comprises a storage frame, wherein bases are respectively arranged on two sides of the storage frame; a group of clamping and discharging mechanisms are parallelly connected to the bases which are arranged on the two sides of the storage frame; each clamping and discharging mechanism comprises a pair of connection palates which are arranged on the basis and hook plates which are hinged on the pair of connection plates by a pin shaft; one end of each of the hook plates is hook-shaped; and the bottom of each of the hook plates is connected with an air cylinder by the pin shaft. The clamping and discharging mechanisms have a simple structure, and are convenient to manufacture; the group of clamping and discharging mechanisms are arranged in two parallel interval distances of the storage frame, and a control system sends out a signal to control the air cylinders, so that the crossed actions of a first hook plate and a second hook plate can be conveniently realized, and an operation of gradual discharging is conveniently realized; and moreover, the discharging is safe and reliable, the impact and the damage to the surface quality of pipes are avoided, and the service lives of the mechanisms are prolonged.

Description

A kind of discharge mechanism that gets stuck

Technical field

The utility model relates to the load transfer device field of pipe material, in particular for the discharge mechanism that gets stuck of pipe material processing.

Background technology

In the pipe material manufacturing operation process,, the pipe material level is put and need be moved, perhaps, expect to enter into next process thereby make to manage to the operation of pipe material material loading, blanking owing to the needs of each station processing and manufacturing.Usually the pipe material all is to produce in batch, need carry out blowing when in use, and its blowing process and dispensing speed all are related to the crudy of pipe material.

At present, pipe material discharging device commonly used adopts the staggered one on the other action in orienting sleeve of two axis of guides to realize the blowing function, and this simple in structure, cost is low, but has following shortcoming:

(1) pipe material is through the direct bump axis of guide, long-term use, and the axis of guide is prone to occur bending and deformation, and causes the axis of guide stuck and cisco unity malfunction in orienting sleeve, and the serious axis of guide that will cause ruptures;

(2) bump of pipe material can make its surface produce damage, and product quality is low.

The utility model content

The applicant is to realizing the fragile pipe material of blowing surface quality through bump in the above-mentioned prior art; Shortcoming such as unreliable provides a kind of rational in infrastructure, the easy to operate discharge mechanism that gets stuck; Thereby the impulsive force when having reduced pipe material blowing; Guarantee to manage and expect steadily blowing one by one, improved production efficiency, and guaranteed the quality of product.

The technical scheme that the utility model adopted is following:

A kind of discharge mechanism that gets stuck comprises storage rack, and the two sides of said storage rack are respectively arranged with pedestal, and one group of discharge mechanism that gets stuck is parallel to be connected on the pedestal of storage rack both sides;

The structure of the said discharge mechanism that gets stuck is following: comprise a pair of connecting panel, said connecting panel is installed on the pedestal, also comprises and colludes plate, and the said plate that colludes is articulated on a pair of connecting panel through bearing pin; Said plate one end that colludes becomes hook-shaped, and the said plate bottom of colluding is connected with cylinder through bearing pin.

Its further technical scheme is:

First colludes the hook-shaped triangularity structure of plate, and second colludes the hook-shaped squarely structure of plate;

One group of discharge mechanism left and right sides spacing distance that gets stuck is installed on the pedestal of storage rack both sides.

The beneficial effect of the utility model is following:

The utility model is simple in structure; Easily manufactured; Through in two parallel interval of storage rack apart from one group of discharge mechanism that gets stuck is installed; And, realized that easily first colludes the staggered action that plate and second colludes plate, thereby realized operation easily by the root blowing in the effect that control system is sent the signal control cylinder.Blowing is safe and reliable, does not have and impacts, and can not damage pipe material surface quality, the long service life of mechanism.

Description of drawings

Fig. 1 is the structural representation of the utility model.

Fig. 2 is the structural representation of first step blowing in the utility model practical application.

Fig. 3 is the structural representation of the second step blowing in the utility model practical application.

The specific embodiment

Below in conjunction with accompanying drawing, the specific embodiment of the utility model is described.

As shown in Figure 1; The described a kind of discharge mechanism that gets stuck of the utility model; Comprise storage rack 1, the two sides of storage rack 1 are respectively arranged with on the parallel pedestal 2 that is connected in storage rack 1 both sides of 2, one groups of discharge mechanisms that get stuck of pedestal; First discharge mechanism and the second discharge mechanism left and right sides spacing distance that gets stuck that gets stuck, distance at interval confirm according to the diameter of pipe material;

The structure of discharge mechanism of getting stuck is following: comprise a pair of connecting panel 3, connecting panel 3 is installed on the pedestal 2, comprises that also first colludes plate 5-1, and first colludes plate 5-1 is articulated on a pair of connecting panel 3 through bearing pin 4; First colludes the hook-shaped triangularity structure of plate 5-1 one end, and first colludes plate 5-1 bottom is connected with the first cylinder 6-1 through bearing pin 7; Second colludes the hook-shaped squarely structure of plate 5-2 one end, and same second colludes plate 5-2 bottom is connected with the second cylinder 6-2 through bearing pin.

In the actual use, pipe material blowing process is following:

The first step: see Fig. 2, when the piston rod of the second cylinder 6-2 stretches out, thereby collude plate 5-2 jack-up with second, the piston rod withdrawal of the first cylinder 6-1, the square structure that collude plate 5-2 one end this moment second blocks steel pipe 8 fully, stops it to continue to front slide;

Second step: see Fig. 3, send signal demand when control system and put when pipe that the piston rod of the first cylinder 6-1 stretches out; Collude plate 5-1 jack-up with first, first collude plate 5-1 end triangular structure just in time be stuck between two slits between the steel pipe 8, at this moment; The piston rod withdrawal of the second cylinder 6-2, second colludes plate 5-2 descends, and promptly a steel pipe 8 is rolled on the next workplatform against storage rack 1 inclined-plane; After steel pipe 8 blowings were accomplished, the piston rod of the second cylinder 6-2 stretched out once more, and second colludes plate 5-2 jack-up; The piston rod of first cylinder 6-1 withdrawal simultaneously, first colludes plate 5-1 descends, roll forward along the storage rack 1 inclined-plane distance of a pipe of the steel pipe of follow-up arrangement; The steel pipe 8 of follow-up arrangement this moment is colluded plate 5-2 by second and blocks fully, promptly accomplishes one and puts the pipe action.The utility model colludes plate 5-1 and second through first and colludes plate 5-2 respectively in the staggered action of the effect of the first cylinder 6-1 and second cylinder 6-2 circulation, thereby has realized the operation of putting pipe by root easily.

The utility model can be according to the length of steel pipe 8 and the quality many groups mechanisms that on storage rack 1, be arranged side by side, and realize the function of putting pipe by root of steel pipe 8 through electric control system, and not only simple in structure, easy for installation, cost is low.

More than describing is the explanation to the utility model, is not the qualification to utility model, and the utility model institute restricted portion within the protection domain of the utility model, can be done any type of modification referring to claim.

Claims

1. discharge mechanism that gets stuck, it is characterized in that: comprise storage rack (1), the two sides of said storage rack (1) are respectively arranged with pedestal (2), and one group of discharge mechanism that gets stuck is parallel to be connected on the pedestal (2) of storage rack (1) both sides;

The structure of the said discharge mechanism that gets stuck is following: comprise a pair of connecting panel (3), said connecting panel (3) is installed on the pedestal (2), also comprises and colludes plate, and the said plate that colludes is articulated on a pair of connecting panel (3) through bearing pin (4); Said plate one end that colludes becomes hook-shaped, and the said plate bottom of colluding is connected with cylinder through bearing pin (7).

2. the discharge mechanism that gets stuck as claimed in claim 1 is characterized in that: first colludes the hook-shaped triangularity structure of plate (5-1), and second colludes the hook-shaped squarely structure of plate (5-2).

3. the discharge mechanism that gets stuck as claimed in claim 1 is characterized in that: one group of discharge mechanism left and right sides spacing distance that gets stuck is installed on storage rack (1) the both sides pedestals (2).