CN202592335U

CN202592335U - Structure of hammer

Info

Publication number: CN202592335U
Application number: CN 201220155589
Authority: CN
Inventors: 陈淑汝
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-04-13
Filing date: 2012-04-13
Publication date: 2012-12-12
Anticipated expiration: 2022-04-13

Abstract

The utility model relates to a structure of a hammer, consisting of a plurality of rod piece elastomers, a head hammer with through holes, a connection pipe and a handle, wherein the plurality of rod piece elastomers are arranged in parallel, one end of each of the plurality of rod piece elastomers is provided with an outer thread part, all outer thread parts respectively pass through the through holes of the head hammer and are screwed on all outer thread parts respectively by utilizing screw locking pieces, the other end of each of the plurality of rod piece elastomers, different from the outer thread parts, is provided with a connection pipe, the plurality of rod piece elastomers and the connection pipes are fixedly provided with the handle, and a coating part is arranged between the handle and the head hammer. Therefore, according to the structure of the hammer, disclosed by the utility model, not only can rebound power generated by vibration in use be largely counteracted and a vibration-resisting effect is excellent, but also dithering is unlikely to be caused in use, the hand of a user can not feel limp, numb and fatigue caused by vibration, and the hand is prevented from being hurt.

Description

The hammer structure

Technical field

The utility model is about a kind of hammer structure, refers to a kind of hammer structure of tool anti seismic efficiency especially.

Background technology

The hammer structure of convention mainly is to set firmly an iron or wooden head hammer in the holding rod front end, and must be gripped on the holding rod for the user, utilizes the head hammer that the end face of object is beaten;

Though these convention hammer structures must be knocked the usefulness of object for the user; But on using, these convention hammers do not have anti seismic efficiency; Be prone to during use cause serious shake, make user's hand produce tingle, tired phenomenon, even used the problem that more produces the hand injury for a long time; Obviously have much room for improvement.

The utility model content

The purpose of the utility model is to be: 1, provide a kind of can significantly the counteracting to use the lifting force that upward produces because of vibrations, have the hammer structure of preferable anti seismic efficiency; 2, provide in a kind of use and be difficult for causing shake, guarantee that user's hand can not produce the hammer structure of tingle, tired phenomenon because of vibrations.

A kind of hammer structure; It is characterized in that: this hammer structure is made up of many rod members elastomer, a pertusate head hammer, an adapter and a handle; This many rod members elastomer is for laterally arranging, and the elastomeric end of these many rod members has an external thread part respectively, and each external thread part is arranged in the perforation of this hammer respectively; And utilize a spiral lock spiral shell to be located on this external thread part respectively; And this many rod members elastomer differs from this adapter of other end setting of this external thread part, and this many rod members elastomer and this adapter set firmly this handle, and a coating portion is set between this handle and this hammer.

Wherein, this coating portion is the plastics ejection formation.

Wherein, this coating portion is the plasticity elastomeric material.

Wherein, this coating portion is a solid.

Wherein, this coating portion is a hollow body.

Wherein, be to utilize unlike material to be coated and fixed between this coating portion and this handle.

Wherein, the perforation of this hammer is a counterbore.

The utility model advantage and effect are: provide a kind of can significantly the counteracting to use the lifting force that upward produces because of vibrations, have the hammer structure of preferable anti seismic efficiency; Provide in a kind of use to be difficult for causing shake, guarantee that user's hand can not produce the hammer structure of tingle, tired phenomenon because of vibrations.

Description of drawings

Fig. 1 is the perspective exploded view of the utility model.

Fig. 2 is the solid combination perspective diagram () of the utility model.

Fig. 3 is the solid combination perspective diagram (two) of the utility model.

Fig. 4 is the combination generalized section of the utility model.

Fig. 5 is that the embodiment of the utility model uses sketch map.

Fig. 6 is that another embodiment of the utility model makes up generalized section.

Fig. 7 is that the another embodiment of the utility model makes up generalized section.

Fig. 8 is that an embodiment again of the utility model makes up generalized section.

Label declaration is following among the figure:

Rod member elastomer 10 external thread parts 11

20 perforation 21 of head hammer

Take over 30 handles 40

Spiral lock 50 coating portions 60

The specific embodiment

At first; Please cooperate and consult shown in Fig. 1-8; The utility model is a kind of hammer structure, and this hammer structure is made up of head hammer 20, one 40 of 30 and one handles of adapter of many rod members elastomer 10, tool perforation 21, and this many rod members elastomer 10 is for laterally arranging; And an end of this many rod members elastomer 10 has an external thread part 11 respectively; Each external thread part 11 is arranged in the perforation 21 of this hammer 20 respectively, and utilizes a spiral lock 50 spiral shells to be located on this external thread part 11 respectively, and this many rod members elastomer 10 differs from this adapter 30 of other end setting of this external thread part 11; And this many rod members elastomer 10 and this adapter 30 set firmly this handle 40, between this handle 40 and this hammer 20 a coating portion 60 are set.

Wherein, this coating portion 60 is the plastics ejection formation.

Wherein, this coating portion 60 is the plasticity elastomeric material.

Wherein, this coating portion 60 is a solid.

Wherein, this coating portion 60 is a hollow body.

Wherein, utilize unlike material to be coated and fixed between this coating portion 60 and this handle 40.

Wherein, the perforation 21 of this hammer 20 is a counterbore.

By above constituting; Please continue to cooperate and consult shown in Fig. 1-8; The utility model hammer structure is provided with the rod member elastomer 10 of many elastic metallic materials, and between handle 40 and the head hammer 20 the coating portion 60 (as shown in Figure 4) of a plasticity elastomeric material is set, and makes it to have preferable bradyseism function;

When the user uses, be gripped on the handle 40, and utilize 20 pairs of object (not shown) of head hammer to knock; Make head hammer 20 and the coating portion 60 suitable angle (as shown in Figure 5) that raises up, so, not only can significantly offset and use the lifting force that upward produces because of vibrations; Have preferable anti seismic efficiency, and be difficult for causing shake when using, guarantee that user's hand can not produce tingle, tired phenomenon because of vibrations; And avoid producing the hand injury, the dark safe and practical property of tool.

Claims

1. hammer structure; It is characterized in that: this hammer structure is made up of many rod members elastomer, a pertusate head hammer, an adapter and a handle; This many rod members elastomer is for laterally arranging, and the elastomeric end of these many rod members has an external thread part respectively, and each external thread part is arranged in the perforation of this hammer respectively; And utilize a spiral lock spiral shell to be located on this external thread part respectively; And this many rod members elastomer differs from this adapter of other end setting of this external thread part, and this many rod members elastomer and this adapter set firmly this handle, and a coating portion is set between this handle and this hammer.

2. hammer structure according to claim 1 is characterized in that: this coating portion is the plastics ejection formation.

3. hammer structure according to claim 1 is characterized in that: this coating portion is the plasticity elastomeric material.

4. hammer structure according to claim 1 is characterized in that: this coating portion is a solid.

5. hammer structure according to claim 1 is characterized in that: this coating portion is a hollow body.

6. hammer structure according to claim 1 is characterized in that: be to utilize unlike material to be coated and fixed between this coating portion and this handle.

7. hammer structure according to claim 1 is characterized in that: the perforation of this hammer is a counterbore.