CN209223096U - A kind of air tup - Google Patents

Abstract

The utility model discloses a kind of air tups, including interconnecting piece and tup ontology；The interconnecting piece includes the link block connecting with external structure and the joint face that connect with tup ontology；Tup ontology front is provided with one through tup ontology for releasing stress, reducing the front and back through-hole of vibration；Described this body side surface of tup is provided with two left and right through-holes that vibration is used to release stress, mitigated through tup ontology；Tup ontology bottom surface is provided with a shock surface；The front and back through-hole and left and right through-hole increase the heat dissipation area of tup ontology, and can eliminate a part of workpiece to the reaction force of tup, promote the vibration resistance of tup ontology；Shock surface and tup ontology junction are designed as chamfering structure, prevent stress from concentrating, and the active force that shock surface is subject to evenly spreads to tup ontology, promote the stability of tup ontology, extend the service life of tup.

Description

A kind of air tup

Technical field

The utility model relates to a kind of forging equipment more particularly to a kind of air tups.

Background technique

Current pneumatic hammer widely used in the industry pushes piston band by being sent into working cylinder after compressing air Dynamic tup carries out hammering operation.In actual use, because in hammering very big, the traditional tup of the impact force that generates Structure is simple, is commonly one piece of simple iron block of moulding, cannot well eliminate pressure and vibration, cause during hammering The tup service life is short, to guarantee that processing quality needs to be replaced frequently tup, influences production efficiency, increases cost.

Utility model content

The technical issues of the utility model solves is to provide a kind of air tup, eliminates one by the structure of tup itself Divide the reaction force during hammering and vibration, to extend tup service life.

The technical scheme adopted by the utility model to solve the technical problem is as follows: a kind of air tup, including interconnecting piece and Tup ontology；The interconnecting piece includes the link block connecting with external structure and the joint face that connect with tup ontology；The hammer Head ontology front is provided with one through tup ontology for releasing stress, reducing the front and back through-hole of vibration；The tup sheet There are two the left and right through-holes for being used to release stress, reducing vibration through tup ontology for the setting of body side；Tup ontology bottom surface is set It is equipped with a shock surface.

Further, the joint face is located between link block and connection ontology, joint face is inclined design.

Further, the tup ontology surrounding is designed as chamfering structure.

Further, junction is chamfering structure between the shock surface and tup ontology.

The beneficial effects of the utility model are: joint face is in inclined design, increase contact area, tup and outer can be made Structure connection in portion's is stronger, increases the stability of connection；There are three through-holes for setting on tup ontology, increase heat dissipation area, Workpiece is to the opposition of tup during a part hammering can also be eliminated well, while being conducive to mitigate vibration, The stability and shock resistance for promoting tup, extend the service life of tup.

Detailed description of the invention

Fig. 1 is air tup schematic diagram.

In the figure, it is marked as link block 1a, joint face 1b, tup ontology 2, front and back through-hole 3, left and right through-hole 4, shock surface 5.

Specific embodiment

The present invention will be further described below with reference to the accompanying drawings and specific embodiments.

A kind of air tup as shown in Figure 1, including interconnecting piece and tup ontology 2, the interconnecting piece include tying with outside The link block 1a of the structure connection and joint face 1b being connect with tup ontology 2；2 front of tup ontology is provided with one through hammer The front and back through-hole 3 for being used to release stress, reducing vibration of head ontology 2；There are two run through tup for 2 side of the tup ontology setting The left and right through-hole 4 for being used to release stress, reducing vibration of ontology；2 bottom surface of tup ontology is provided with a shock surface 5.The company The inclined design of junction 1 can increase contact area, so that the connection of external structure and tup is relatively reliable；On tup ontology 2 The front and back through-hole 3 and left and right through-hole 4 of setting can be very good to eliminate during a part hammering workpiece to the anti-work of tup Firmly, mitigate vibration, the ability of the vibration reduction and cushioning of tup is promoted, to extend the service life of tup.

On the basis of above-mentioned, as shown in Figure 1, the joint face 1 is inclined design, what increase was connect with external structure is connect Contacting surface product promotes the stability that tup is connect with external structure.

On the basis of above-mentioned, as shown in Figure 1, the front and back through-hole 3 and left and right through-hole 4 run through tup ontology 2, increase hammer The heat dissipation area of head ontology 2, workpiece mitigates vibration, mentions to the reaction force of tup during can eliminating a part hammering The shock resistance and stability for rising tup entirety, to extend the service life of tup.

On the basis of above-mentioned, as shown in Figure 1,2 surrounding vertical direction of the tup ontology is designed as chamfering structure, expand The heat dissipation area on 2 surface of tup ontology, dispersive stress promote the stability of tup ontology 2.

On the basis of above-mentioned, as shown in Figure 1, the shock surface 5 and 2 junction of tup ontology are designed as chamfering structure, It prevents stress from concentrating, shock surface 5 is evenly spread into tup ontology 2 by active force during hammering, enhancing shock surface 5 Intensity promotes the whole stability of tup ontology 2.

Particular embodiments described above has carried out into one the purpose of this utility model, technical scheme and beneficial effects Step is described in detail, it should be understood that being not limited to this foregoing is merely specific embodiment of the utility model Utility model, within the spirit and principle of the utility model, any modification, equivalent substitution, improvement and etc. done should all wrap Containing being within the protection scope of the utility model.

Claims (4)

1. a kind of air tup, including interconnecting piece and tup ontology (2), it is characterised in that: the interconnecting piece includes tying with outside The link block (1a) of structure connection and the joint face (1b) being connect with tup ontology (2)；Tup ontology (2) front is provided with one A front and back through-hole (3) for being used to release stress, reducing vibration through tup ontology (2)；Tup ontology (2) the side setting There are two the left and right through-holes (4) for being used to release stress, reducing vibration through tup ontology (2)；The setting of tup ontology (2) bottom surface There is a shock surface (5).

2. a kind of air tup according to claim 1, it is characterised in that: the joint face (1b) is located at link block (1a) Between tup ontology (2), joint face (1b) is inclined design.

3. a kind of air tup according to claim 1, it is characterised in that: tup ontology (2) surrounding is both designed as Chamfering structure.

4. a kind of air tup according to claim 1, it is characterised in that: the shock surface (5) and tup ontology (2) it Between junction be chamfering structure.