CN206730298U

CN206730298U - Safety hammer

Info

Publication number: CN206730298U
Application number: CN201720369595.7U
Authority: CN
Inventors: 闫辉
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-04-10
Filing date: 2017-04-10
Publication date: 2017-12-12
Anticipated expiration: 2027-04-10

Abstract

The utility model discloses a kind of safety hammer, including safe hammer body, handle installing hole, safety hammer handle, fixed weld part, homalocephalus crow bar, force tup, a pair of portable grooves, internal slide groove, inertia sliding block, slider switch, slider switch groove and a pair of switches slot lock to buckle；Safety hammer handle connects safe hammer body by handle and fixed by fixed weld part, and homalocephalus crow bar connects safety hammer handle, and force tup, portable groove connect safe hammer body, and inertia sliding block is located in safety hammer body and slided by internal slide groove；Slider switch groove is located on safe hammer body, and slider switch is inlaid in slider switch groove, and slider switch insertion internal slide groove is interior and withstands inertia sliding block；Switch slot lock be located in slider switch groove both ends, and slider switch is slided along slider switch groove and fixed by switching groove locating location.The utility model can improve the firmness and intensity of safety hammer, can provide inertia force when in use to improve the strength of percussion, be advantageous to strive for the more time for escape.

Description

Safety hammer

Technical field

It the utility model is related to a kind of hardware ＆ tools, more particularly to a kind of safety hammer.

Background technology

Safety hammer is a kind of secondary means of escape being arranged in closed in spaces, is generally mounted in closed in spaces such as automobiles The place inside easily got, when fire occur in the closed in spaces such as automobile or fall into the water etc. in emergency circumstances, can conveniently it take out And glazed door is smashed smoothly to escape.Safety hammer structure, the function of prior art are single, and the dynamics of safety hammer, which all leans on, to be made The external force that user applies controls, if glass is harder, thicker, it is necessary to pound repeatedly or apply larger power can just smash, indulges in The time of escape is missed.

Utility model content

The purpose of this utility model：A kind of safety hammer is provided, it is simple in construction, operate, be easy to use, cost is low.

To achieve these goals, the technical solution of the utility model is：

A kind of safety hammer, including safe hammer body, handle installing hole, safety hammer handle, fixed weld part, homalocephalus crow bar, apply Power tup, a pair of portable grooves, internal slide groove, inertia sliding block, slider switch, slider switch groove and a pair of switches slot lock button； Described safe hammer body is cylindrical structural made of metal material, described handle installing hole cave inward be arranged on it is described On safe hammer body, positioned at a middle side part of described safe hammer body, described safety hammer handle is cylinder made of metal material Shape structure, the handle installing hole described in one end adaptation insertion of described safety hammer handle, described fixation weld part fix weldering The junction of described safe hammer body and described safety hammer handle is connected on, makes described safe hammer body and described safe leadman Handle links into an integrated entity structure；Described homalocephalus crow bar is flat structure and is fixedly connected on the another of described safety hammer handle End, described homalocephalus crow bar are convexly curved and linked into an integrated entity structure with described safety hammer handle；Described force tup For truncated cone-shaped structure and one end of described safe hammer body is fixedly installed on, described force tup connects with described safe hammer body It is connected into integrative-structure；A pair described of portable grooves are respectively cirque structure and the safe hammer body described in being arranged on that caves inward Outer wall on, positioned at the end of described safe hammer body；Described internal slide groove is axially arranged along described safe hammer body In described safety hammer body, described inertia sliding block is arranged in described internal slide groove and along described safe hammer body Slide axially；Described slider switch groove is arranged on described safe hammer body, described positioned at the bottom of described safe hammer body Slider switch groove be vertically arranged with described internal slide groove, described slider switch is inlaid in described slider switch groove Interior, the bottom of described slider switch is inserted in described internal slide groove and withstands described inertia sliding block；Described a pair Switch slot lock button is symmetricly set on the both ends of described slider switch groove, and described slider switch is slided along described slider switch groove Move and fixed by described a pair of switches groove locating location.

Above-mentioned safety hammer, wherein, thickening layer is provided with described internal slide groove, positioned at the upper of described safe hammer body Portion, described thickening layer are structure as a whole with described safe hammer body.

Above-mentioned safety hammer, wherein, the opposite side of described safe hammer body is provided with Portable hanging ring, positioned at described safety hammer The middle part of body.

Above-mentioned safety hammer, wherein, hand-held Anti-slip cover is coaxially socketed with described safety hammer handle, positioned at described peace The middle part of full leadman's handle.

Above-mentioned safety hammer, wherein, described force tup is more with being interval with the joint face of described safe hammer body Bar reinforcement, positioned at the inside of described force tup and safe hammer body, and described a plurality of reinforcement is applied with described respectively Power tup and safe hammer body link into an integrated entity structure.

Above-mentioned safety hammer, wherein, the inwall of described internal slide groove is provided with smooth layer, and described inertia sliding block leads to Cross smooth layer and contact connection with described internal slide groove.

Above-mentioned safety hammer, wherein, the total length of described safe hammer body, homalocephalus crow bar and the tup that exerts a force is 320mm.

The utility model can improve the firmness and intensity of safety hammer, can provide inertia force when in use to improve percussion Strength, be advantageous to strive for the more time for escape.

Brief description of the drawings

Fig. 1 is the front view of the utility model safety hammer.

Fig. 2 is the sectional view of the safe hammer body of the utility model safety hammer.

Embodiment

Embodiment of the present utility model is further illustrated below in conjunction with accompanying drawing.

Refer to shown in accompanying drawing 1 and accompanying drawing 2, a kind of safety hammer, including safe hammer body 1, handle installing hole 2, safe leadman Handle 3, fixed weld part 4, homalocephalus crow bar 5, force tup 6, a pair portable grooves 7, internal slide groove 8, inertia sliding block 9, sliding blocks Switch 10, slider switch groove 11 and a pair of switches slot lock button 12；Described safe hammer body 1 is cylinder knot made of metal material Structure, described handle installing hole 2, which caves inward, to be arranged on described safe hammer body 1, positioned at the side of described safe hammer body 1 Middle part, described safety hammer handle 3 are cylindrical structural made of metal material, and one end of described safety hammer handle 3 is adapted to The described handle installing hole 2 of insertion, described fixation weld part 4 are fixedly welded on described safe hammer body 1 and described safety The junction of leadman's handle 3, described safe hammer body 1 and described safety hammer handle 3 is set to link into an integrated entity structure；Described homalocephalus Crow bar 5 is flat structure and is fixedly connected on the other end of described safety hammer handle 3, and described homalocephalus crow bar 5 is curved curved Safety hammer handle 3 described in Qu Bingyu links into an integrated entity structure；Described force tup 6 is truncated cone-shaped structure and is fixedly installed on One end of described safe hammer body 1, described force tup 6 and described safe hammer body 1 link into an integrated entity structure；Described one It is respectively on cirque structure and the outer wall for the safe hammer body 1 described in being arranged on that caves inward, positioned at described to portable groove 7 The end of safe hammer body 1；Described internal slide groove 8 is axially disposed within described safe hammer body 1 along described safe hammer body 1 Interior, described inertia sliding block 9 is arranged in described internal slide groove 8 and sliding axially along described safe hammer body 1；It is described Slider switch groove 11 be arranged on described safe hammer body 1, positioned at the bottom of described safe hammer body 1, described sliding block is opened Groove 11 is closed to be vertically arranged with described internal slide groove 8, described slider switch 10 is inlaid in described slider switch groove 11, Internal slide groove 8 described in the bottom insertion of described slider switch 10 is interior and withstands described inertia sliding block 9；Described a pair Switch slot lock button 12 is symmetricly set on the both ends of described slider switch groove 11, and described slider switch 10 is opened along described sliding block Groove 11 is closed to slide and position fixation by described a pair of switches slot lock button 12.

Thickening layer 13 is provided with described internal slide groove 8, positioned at the top of described safe hammer body 1, described thickening Layer 13 is structure as a whole with described safe hammer body 1, can prevent the end of the impact several times internal slide groove 8 of inertia sliding block 9 and make Safe hammer body 1 damages.

The opposite side of described safe hammer body 1 is provided with Portable hanging ring 14, positioned at the middle part of described safe hammer body 1, can use Be hung in by the utility model on waistband or in closing space, carry, take it is more convenient.

Hand-held Anti-slip cover 15 is coaxially socketed with described safety hammer handle 3, in described safety hammer handle 3 Portion, hand-held the utility model can be easy to, it is hand-held more stable when in use, it will not be slipped out of the hand and be thrown away because of inertia.

Described force tup 6 on the joint face of described safe hammer body 1 with being interval with a plurality of reinforcement 16, positioned at institute State force tup 6 and safe hammer body 1 inside, and described a plurality of reinforcement 16 respectively with described force tup 6 and peace Full hammer body 1 links into an integrated entity structure, can play a part of strengthening connection, make the intensity of force tup 6 higher.

The inwall of described internal slide groove 8 is provided with smooth layer 17, and described inertia sliding block 9 passes through smooth layer 17 and institute The contact connection of internal slide groove 8 stated, can play antifriction effect, make the smooth cunning in sliding groove 8 internally of inertia sliding block 9 It is dynamic, to provide larger inertia force.

The total length of described safe hammer body 1, homalocephalus crow bar 5 and the tup 6 that exerts a force is 320mm, small volume, is easy to carry And use.

In use, the middle part of hand-held safety hammer handle 3, can tap the obstacles such as glass by the tup 6 that exerts a force, can also pass through Homalocephalus crow bar 5 prizes obstacle, is used to escape；If strength is inadequate when tapping, the slider switch of inertia sliding block 9 can will be withstood 10 slide into one end along slider switch groove 11 and are locked by switching slot lock button 12, enable inertia sliding block 9 internally in sliding groove 8 Slide, during the safe hammer body 1 of whipping, inertia sliding block 9 slides into the other end from one end of internal slide groove 8, is provided more for force tup 6 Big inertia percussion power, enhancing tap strength, are easy to break into pieces obstacle；A pair of portable grooves 7 can be used for being embedded in bandage, fixation The things such as ring, it is easy to that the utility model is fixedly mounted or taken to take with oneself；Handle installing hole 2 and fixed weld part 4 can strengthen peace The connective stability of full hammer body 1 and power tup 6.

In summary, the utility model can improve the firmness and intensity of safety hammer, can provide when in use inertia force with The strength tapped is improved, is advantageous to strive for the more time for escape.

Preferred embodiment of the present utility model is the foregoing is only, not thereby limits the scope of the claims of the present utility model, Every equivalent structure transformation made using the utility model description, or it is directly or indirectly related with other are attached to The technical field of product, similarly it is included in scope of patent protection of the present utility model.

Claims

A kind of 1. safety hammer, it is characterised in that：Including safe hammer body, handle installing hole, safety hammer handle, fixed weld part, flat Head crow bar, force tup, a pair of portable grooves, internal slide groove, inertia sliding block, slider switch, slider switch groove and one are split Close slot lock button；Described safe hammer body is cylindrical structural made of metal material, and described handle installing hole, which caves inward, to be set Put on described safe hammer body, positioned at a middle side part of described safe hammer body, described safety hammer handle is metal material Manufactured cylindrical structural, the described handle installing hole of one end adaptation insertion of described safety hammer handle, described fixed weldering Socket part is fixedly welded on the junction of described safe hammer body and described safety hammer handle, make described safe hammer body with it is described Safety hammer handle link into an integrated entity structure；Described homalocephalus crow bar is flat structure and is fixedly connected on described safe leadman The other end of handle, described homalocephalus crow bar are convexly curved and linked into an integrated entity structure with described safety hammer handle；Described Tup exert a force as truncated cone-shaped structure and is fixedly installed on one end of described safe hammer body, described force tup and described peace Full hammer body links into an integrated entity structure；A pair described of portable grooves be respectively cirque structure and caving inward be arranged on it is described On the outer wall of safe hammer body, positioned at the end of described safe hammer body；Described internal slide groove is along described safe hammer body It is axially disposed within described safety hammer body, described inertia sliding block is arranged in described internal slide groove and along described peace Full hammer body slides axially；Described slider switch groove is arranged on described safe hammer body, positioned at described safe hammer body Bottom, described slider switch groove are vertically arranged with described internal slide groove, and described slider switch is inlaid in described cunning In block switch groove, the internal slide groove described in the bottom insertion of described slider switch is interior and withstands described inertia sliding block；Institute A pair of switches slot lock button stated is symmetricly set on the both ends of described slider switch groove, and described slider switch is along described sliding block Switch groove is slided and fixed by described a pair of switches groove locating location.
2. safety hammer according to claim 1, it is characterised in that：Thickening layer is provided with described internal slide groove, is located at The top of described safe hammer body, described thickening layer are structure as a whole with described safe hammer body.
3. safety hammer according to claim 2, it is characterised in that：The opposite side of described safe hammer body is provided with Portable hanging Ring, positioned at the middle part of described safe hammer body.
4. safety hammer according to claim 1, it is characterised in that：Coaxially it is socketed with described safety hammer handle hand-held anti- Sliding sleeve, positioned at the middle part of described safety hammer handle.
5. safety hammer according to claim 1, it is characterised in that：The company of described force tup and described safe hammer body A plurality of reinforcement is interval with junction, positioned at the inside of described force tup and safe hammer body, and described a plurality of reinforcement Muscle links into an integrated entity structure with described force tup and safe hammer body respectively.
6. safety hammer according to claim 1, it is characterised in that：The inwall of described internal slide groove is provided with smooth Layer, described inertia sliding block contact connection by smooth layer with described internal slide groove.
7. safety hammer according to claim 1, it is characterised in that：Described safe hammer body, homalocephalus crow bar and force tup Total length be 320mm.