CN214560592U

CN214560592U - Hammer body structure and hammer

Info

Publication number: CN214560592U
Application number: CN202120635658.5U
Authority: CN
Inventors: 于世轩
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-03-30
Filing date: 2021-03-30
Publication date: 2021-11-02
Anticipated expiration: 2031-03-30

Abstract

The utility model relates to a hammer body structure and hammer, including tup body (1) and hammer handle (2), adopt brand-new structural design, the front end that founds the homonymy is beaten portion (1-2) and rear end and is beaten portion (1-3), it hits the impact with throwing to realize the gripping and hit the impact, and use outer arc to realize that the front end hits portion (1-2) and use the inner arc to realize that the rear end hits portion (1-3), the focus position of structure is close more to when letting the gripping hit the impact and hits the contact site of beating, and under two kinds of modes, it is located and hits the trajectory line to keep whole structure focus position all the time, not only improved each and hit the application of beating the action, and improved each and hit the stability of hitting the contact in-process, synthesize the in-service efficiency who has improved the hammer.

Description

Hammer body structure and hammer

Technical Field

The utility model relates to a hammer body structure and hammer belongs to instrument technical field.

Background

Hammers are tools that strike objects to move or deform, most commonly for nailing, correcting or knocking out objects, and also to perform blows, such as fire hammers and the like. The hammer has various forms, and the common form is a handle and a top hammer head body. The existing conventional hammer head body is provided with a flat surface at one side for executing striking operation, and is provided with a wedge-shaped surface at the other side, the function of the existing conventional hammer head body is to pull out a nail, the hammer is used for holding a handle by hand and swinging the hammer head body, and corresponding actions are respectively realized by applying each functional area.

SUMMERY OF THE UTILITY MODEL

The utility model aims to solve the technical problem that a hammer body structure is provided, adopt brand-new structural design, can fully improve the impact and the stability of beating, synthesize and realize efficient application.

The utility model discloses a solve above-mentioned technical problem and adopt following technical scheme: the utility model designs a hammer body structure, which comprises a hammer head body, wherein one side edge of the side-viewing structure of the hammer head body is used for realizing the installation of the hammer head body, and the side edge is defined as an installation edge; the other side of the side-looking structure of the hammer head body opposite to the mounting edge comprises a front-end beating part and a rear-end beating part, wherein a protruding position is arranged on the other side of the side-looking structure of the hammer head body opposite to the mounting edge, the top point of the mounting edge, corresponding to the front end of the hammer head body, is directly connected with the protruding position, and the connecting edge is in an outer arc shape, so that the front-end beating part is formed; the vertex corresponding to the tail end of the hammer head body on the mounting edge is directly connected with the protruding position, and the connecting edge is in an inner arc shape, so that a rear-end beating part is formed.

As an optimal technical solution of the utility model: a straight line which passes through the upper midpoint position of the inner arc of the rear-end striking part in the side view structure of the hammer head body and is perpendicular to the tangent line corresponding to the midpoint position is defined as F1, a straight line which passes through the upper midpoint position of the outer arc of the front-end striking part in the side view structure of the hammer head body and is perpendicular to the tangent line corresponding to the midpoint position is defined as F2, and a crossing point G of the F1 and the F2 is located on the mounting plate.

As an optimal technical solution of the utility model: the outer arc of portion is hit to hammer head body front end and corresponds the process tangent line of protrusion position, with hammer head body rear end hits and corresponds the tangent line mutually perpendicular through protrusion position on the portion inner arc.

As an optimal technical solution of the utility model: the hammer body looks sideways at the tangent line that corresponds on the outer arc of front end hitting portion in the structure and passes through the front end summit on the installation limit with the installation limit is mutually perpendicular.

As an optimal technical solution of the utility model: the surfaces of the two side surfaces of the hammer head body, which correspond to the inner arcs of the rear-end beating parts, are in outer arcs, and the outer arcs protrude out of the edges of the two side surfaces of the hammer head body connected with the outer arcs.

As an optimal technical solution of the utility model: the outer arc-shaped surface between the two side surfaces of the hammer head body corresponding to the front end beating part is in an outer arc shape, and the outer arc shape protrudes out of the edges of the two side surfaces of the hammer head body connected with the outer arc-shaped surface.

Corresponding with above-mentioned hammer block structure of designing, the utility model discloses further designed the hammer of using this hammer block structure, based on the tup body, still include the hammer handle, the installation limit butt joint of tup body sets up on the side of hammer handle one end wherein, and this tip of hammer handle does not bulge in the front end of tup body to and the central line of hammer handle lies in the tup body rear end and hits beating of beating portion and move the tracking face on.

As an optimal technical solution of the utility model: the two sides of the hammer handle corresponding to the striking moving trajectory surface of the rear end striking part of the hammer body are respectively a plane, the two planes are respectively parallel to the striking moving trajectory surface of the rear end striking part, and the rest areas on the side surface of the hammer handle are in an outer arc shape.

As an optimal technical solution of the utility model: the position G on the hammer head body mounting edge is the gravity center position of the overall structure formed by the hammer head body and the hammer handle.

As an optimal technical solution of the utility model: the hammer head body and the hammer handle are of an integrally formed structure.

A hammer body structure and hammer, technical scheme compares with prior art more than adopting, has following technological effect:

the utility model relates to a hammer body structure and hammer, including tup body and hammer handle, adopt brand-new structural design, the front end of founding the homonymy is beaten portion and rear end and is beaten portion of beating, it hits the beating with throwing to realize that the gripping is beaten, and use outer arc to realize that the front end is beaten portion of beating, and use interior arc to realize that the rear end is beaten portion of beating, the focus position of structure is close more to when letting the gripping hit beat the contact site of beating, and under two kinds of modes, it is located to hit and beat the orbit to keep whole structure focus position throughout, the application of force of respectively beating the action has not only been improved, and improved respectively and hit the stability of beating the contact and moving the in-process, the in-service use efficiency of hammer has been improved synthetically.

Drawings

Fig. 1 is a schematic side view of the hammer body structure and the hammer of the present invention.

The hammer comprises a hammer head body 1, a mounting edge 1-1, a front end beating part 1-2, a rear end beating part 1-3 and a hammer handle 2.

Detailed Description

The following description will be provided to further explain embodiments of the present invention in detail with reference to the accompanying drawings.

The utility model designs a hammer body structure, which comprises a hammer head body 1, as shown in figure 1, one side edge of the side-viewing structure of the hammer head body 1 is used for realizing the installation of the hammer head body 1, and the side edge is defined as an installation edge 1-1; the other side of the side-looking structure of the hammer head body 1, which is opposite to the mounting edge 1-1, comprises a front-end beating part 1-2 and a rear-end beating part 1-3, wherein the other side of the side-looking structure of the hammer head body 1, which is opposite to the mounting edge 1-1, is provided with a protruding position, the vertex of the mounting edge 1-1, which corresponds to the front end of the hammer head body 1, is directly connected with the protruding position, and the connected edge is in an outer arc shape, so that the front-end beating part 1-2 is formed; the vertex of the mounting edge 1-1 corresponding to the tail end of the hammer head body 1 is directly connected with the protruding position, and the connecting edge is in an inner arc shape, so that a rear-end beating part 1-3 is formed.

Specifically, in the structural design of the hammer head body 1, a straight line which passes through the upper midpoint position of the inner arc of the rear-end striking part 1-3 in the side-view structure of the hammer head body 1 and is perpendicular to a tangent line corresponding to the midpoint position is defined as F1, a straight line which passes through the upper midpoint position of the outer arc of the front-end striking part 1-2 in the side-view structure of the hammer head body 1 and is perpendicular to the tangent line corresponding to the midpoint position is defined as F2, and a crossed point G of the F1 and the F2 is located on the mounting plate.

And the tangent line passing through the protruding position on the outer arc of the front end beating part 1-2 of the hammer head body 1 and the tangent line passing through the protruding position on the inner arc of the rear end beating part 1-3 of the hammer head body 1 are designed to be mutually perpendicular, and the tangent line passing through the vertex of the front end on the mounting edge 1-1 on the outer arc of the front end beating part 1-2 in the side view structure of the hammer head body 1 is designed to be mutually perpendicular to the mounting edge 1-1.

In addition, for the front end beating part 1-2 and the rear end beating part 1-3, the contact surfaces of the front end beating part 1-2 and the rear end beating part 1-3 and the object to be beaten are designed to be in an outer arc shape, namely the surfaces between the two side surfaces of the hammer head body 1 corresponding to the inner arc shape of the rear end beating part 1-3 are designed to be in an outer arc shape, and the outer arc shape protrudes out of the edges of the two side surfaces of the hammer head body 1 connected with the outer arc shape; and designing the outer arc-shaped surface between the two side surfaces of the hammer head body 1 corresponding to the front end beating part 1-2 to be in an outer arc shape, and the outer arc shape protrudes out of the edges of the two side surfaces of the hammer head body 1 connected with the outer arc-shaped surface.

Corresponding with above-mentioned hammer block structure of designing, the utility model discloses further designed the hammer of using this hammer block structure, based on tup body 1, still include hammer handle 2, installation limit 1-1 butt joint of tup body 1 sets up on the side of hammer handle 2 one of them end, and this tip of hammer handle 2 does not bulge in the front end of tup body 1 to and the central line of hammer handle 2 is located 1 rear end of tup body and hits the hitting of beating portion 1-3 and move the trajectory face.

Aiming at the hammer handle 2, two sides of a beating moving track surface of the hammer handle 2 corresponding to beating parts 1-3 at the rear end of the hammer head body 1 are respectively a plane, the two planes are respectively parallel to the beating moving track surfaces of the beating parts 1-3 at the rear end, and other areas on the side surface of the hammer handle 2 are in an outer arc shape.

The integral structure of the hammer handle 2 and the hammer head body 1 is integrated, a position G on a mounting edge 1-1 of the hammer head body 1 is the gravity center position of the integral structure formed by the hammer head body 1 and the hammer handle 2, the design can be realized by selecting the weight of the hammer handle 2, the connecting position of the hammer handle 2 and the hammer head body 1, and aiming at the interior of the hammer handle 2, the method of emptying and the like, and the gravity center position of the integral structure is arranged at the position G; in actual production, the hammer head body 1 and the hammer handle 2 are designed to be of an integrally formed structure.

The hammer body structure and the hammer designed by the utility model are applied to practice, the arc surface corresponding to the rear end beating part 1-3 between the two side surfaces of the hammer head body 1 is the gripping beating surface; the outer arc-shaped surface between the two side surfaces of the hammer head body 1 corresponding to the front end beating part 1-2 is a throwing beating surface, so that grabbing beating and throwing beating are respectively realized; in application, for grasping and striking, namely grasping the zhushu handle 2, striking is achieved through swinging, wherein the rear end striking part 1-3 is designed to enable the gravity center position G of the whole structure to be closer to the hammering contact position of the rear end striking part 1-3, the moving distance of the gravity center position G of the whole structure is longer in the whole hammering action, namely the impact force of the struck object on the last foundation is improved, and meanwhile, due to the design of the inner arc shape, the struck object is not easy to shift or dislocate when contacting with the inner arc shape, so that the hammering efficiency is improved; in the structural design, an included angle which is back to the hand-held position is formed between the hammering contact position of the rear end striking part 1-3 and the straight line of the hammer handle 2, so that the power generated during striking is more convenient to grasp (similar to the grasping application of a Nepal saber knife), and when a user grasps the hammer handle 2, the hammer head body 1 has the feeling of falling down, which is also beneficial to improving the hand feeling of the second throwing use.

When the hammer handle 2 is held by a user and swung and thrown away, the connecting line of the middle point position of the outer arc of the front end hitting portion 1-2 and the gravity center position G is perpendicular to the connecting line of the middle point position of the inner arc of the rear end hitting portion 1-3 and the gravity center position G, namely, the gravity center position can generate good forward acting force in the flying process after the integral structure is thrown away, and finally the outer arc of the front end hitting portion 1-2 is in contact with the hit object, so that the hitting efficiency is improved.

In practical application, the position of the center of a circle corresponding to the outer arc at the midpoint of the inner arc of the rear-end striking part 1-3 can be further designed to coincide with the position of the gravity center position G of the whole structure, in application, when the rear-end striking part 1-3 is struck, the struck object is struck by a hammer like a sphere, even if the struck object slightly deviates in the hammering direction, the overall action can still keep the average and stable force application and is not only in slip with the struck object, meanwhile, due to the flat structural design of the hammer handle 2, the effect of guiding the force application direction is achieved during grasping, double insurance is provided for grasping and striking comprehensively, the hammer is not easy to warp in practical use, and in realizing throwing and striking, the position of the center of the circle corresponding to the outer arc of the striking surface at the midpoint of the outer arc of the front-end striking part 1-2 coincides with the position of the gravity center position G of the whole structure, the stability of the striking surface of the front striking part 1-2 when contacting with the struck object is ensured.

In summary, no matter grasping hammering or throwing striking, the straight lines F1 and F2 on the structure bisect the corresponding arcs respectively, so that the stress is very concentrated and stable when the structure is contacted with a struck object, slipping or position deviation is not easy to occur, and for the production of the whole design structure, because the outer arc of the front end striking part 1-2 and the inner arc of the rear end striking part 1-3 are exactly tangent to the sides of a rectangle formed by the straight lines F1 and F2, the edge transition of the whole structure is smoother, and the whole structure is easier to process in production.

Will the utility model discloses a hammer block structure and hammer are applied to in the middle of the reality, except being used for realizing hitting the operation of beating, because the integration of its whole outward appearance structure and outstanding portable ability can also be used for hitting to beat, defend oneself, fight, become the use of police service, security protection, in concrete production, choose for use the material can be that pc duroplasts pour and form, and whole course of working is more convenient.

The hammer body structure and the hammer designed by the whole scheme comprise a hammer head body 1 and a hammer handle 2, a brand new structure design is adopted, a front end beating part 1-2 and a rear end beating part 1-3 which are on the same side are constructed, grabbing beating and throwing beating are realized, the front end beating part 1-2 is realized by applying an outer arc shape, the rear end beating part 1-3 is realized by applying an inner arc shape, the gravity center position of the structure is closer to a beating contact part when grabbing beating, and the gravity center position of the whole structure is always kept on a beating track line under two modes, so that the force application of each beating action is improved, the stability in the process of each beating contact action is improved, and the actual use efficiency of the hammer is comprehensively improved.

The embodiments of the present invention have been described in detail with reference to the drawings, but the present invention is not limited to the above embodiments, and various changes can be made without departing from the spirit of the present invention within the knowledge of those skilled in the art.

Claims

1. A hammer body structure, its characterized in that: the hammer head comprises a hammer head body (1), wherein one side edge of a side-looking structure of the hammer head body (1) is used for mounting the hammer head body (1), and the side edge is defined as a mounting edge (1-1); the side opposite to the mounting edge (1-1) in the side-looking structure of the hammer head body (1) comprises a front-end beating part (1-2) and a rear-end beating part (1-3), wherein the other side opposite to the mounting edge (1-1) in the side-looking structure of the hammer head body (1) is provided with a protruding position, the vertex corresponding to the front end of the hammer head body (1) on the mounting edge (1-1) is directly connected with the protruding position, and the connected edge is in an outer arc shape, so that the front-end beating part (1-2) is formed; the vertex of the mounting edge (1-1) corresponding to the tail end of the hammer head body (1) is directly connected with the protruding position, and the connecting edge is in an inner arc shape, so that a rear-end beating part (1-3) is formed.

2. The hammer body structure according to claim 1, wherein: a straight line which passes through the upper midpoint position of the inner arc of the rear end striking part (1-3) in the side view structure of the hammer head body (1) and is perpendicular to the tangent line corresponding to the midpoint position is defined as F1, a straight line which passes through the upper midpoint position of the outer arc of the front end striking part (1-2) in the side view structure of the hammer head body (1) and is perpendicular to the tangent line corresponding to the midpoint position is defined as F2, and the intersection point G of the F1 and the F2 is located on the mounting plate.

3. The hammer body structure according to claim 1, wherein: the hammer head is characterized in that a tangent line passing through the protruding position on the outer arc of the front end beating part (1-2) of the hammer head body (1) is perpendicular to a tangent line passing through the protruding position on the inner arc of the rear end beating part (1-3) of the hammer head body (1).

4. The hammer body structure according to claim 1, wherein: a tangent line passing through the top point of the upper front end of the mounting edge (1-1) on the outer arc of the front end beating part (1-2) in the side view structure of the hammer head body (1) is perpendicular to the mounting edge (1-1).

5. The hammer body structure according to claim 1, wherein: the inner arc-shaped surface of the rear end beating part (1-3) between the two side surfaces of the hammer head body (1) is in an outer arc shape, and the outer arc shape protrudes out of the edges of the two side surfaces of the hammer head body (1) connected with the outer arc shape.

6. The hammer body structure according to claim 1, wherein: the outer arc-shaped surface between the two side surfaces of the hammer head body (1) corresponding to the front end beating part (1-2) is in an outer arc shape, and the outer arc shape protrudes out of the edges of the two side surfaces of the hammer head body (1) connected with the outer arc shape.

7. A hammer using the hammer body structure according to any one of claims 1 to 6, wherein: based on tup body (1), still include hammer handle (2), the installation limit (1-1) butt joint of tup body (1) sets up on the side of hammer handle (2) one of them one end, and this tip of hammer handle (2) does not bulge in the front end of tup body (1) to and the central line of hammer handle (2) is located tup body (1) rear end and hits beating of beating portion (1-3) and move the trajectory face.

8. The hammer of a hammer body structure according to claim 7, wherein: two sides of the hammer handle (2) corresponding to the striking moving track surface of the rear end striking part (1-3) of the hammer head body (1) are respectively a plane, the two planes are respectively parallel to the striking moving track surface of the rear end striking part (1-3), and the rest areas on the side surface of the hammer handle (2) are in an outer arc shape.

9. The hammer of a hammer body structure according to claim 7, wherein: the position G on the mounting edge (1-1) of the hammer head body (1) is the gravity center position of the overall structure formed by the hammer head body (1) and the hammer handle (2).

10. The hammer of a hammer body structure according to claim 7, wherein: the hammer head body (1) and the hammer handle (2) are of an integrally formed structure.