CN208498700U

CN208498700U - A kind of bicycle shock-absorbing handle

Info

Publication number: CN208498700U
Application number: CN201821098378.XU
Authority: CN
Inventors: 熊道武
Original assignee: SHANGHAI DINUOKE NEW MATERIALS TECHNOLOGY Co Ltd
Current assignee: SHANGHAI DINUOKE NEW MATERIALS TECHNOLOGY Co Ltd
Priority date: 2018-07-11
Filing date: 2018-07-11
Publication date: 2019-02-15
Anticipated expiration: 2028-07-11

Abstract

The utility model discloses a kind of bicycle shock-absorbing handles, it includes the handle body being molded with by polymer composite, the outside of the handle body is equipped with external groove, shock suction body is embedded in the external groove, the inner surface of the shock suction body is tightly attached on the outer surface of handle body, and the handle body at the both ends and external groove both ends of the shock suction body is closely connected；By being installed with shock suction body in handle body, not only in ride, when vibration is passed on handle, shock suction body can effectively absorb vibration, avoid shaking and pass to jockey on hand via handle, avoid: therefore jockey can be shaken and influence comfort when holding handle, and riding for a long time, it is numb and uncomfortable to get off to easily cause both hands, and hamper jockey to the handling of bicycle, and influence cyclery into when safety；But also have the advantages that structure is simple.

Description

A kind of bicycle shock-absorbing handle

Technical field

The utility model relates to technical field of bicycles, more particularly to a kind of bicycle shock-absorbing handle.

Background technique

With the continuous development of bicycle, bicycle serves not only as the vehicles that trip uses, and also likes as everybody Outdoor activity device, or carry out relevant match using bicycle and move, therefore bicycle has obtained widely popularizing, Also, jockey increasingly payes attention to the performance of bicycle and experience of riding in ride, so bicycle is in structure Innovation improvement is constantly obtained, wherein especially jockey directly passes through the handle that both hands manipulate bicycle, even more directly Affect the performance of bicycle and experience of riding.

However the hundle-bar generally noted is mostly made of being integrally machined by raw material, and passes through connector and pacify On the front fork of bicycle, then auxiliary accessories are installed on handle again.In ride, because rarely having completely flat Road surface exists, bicycle will because of ground injustice and generate vibration, vibration suffered by front-wheel be easy to via front fork and Connector is transmitted on handle, therefore less serious case jockey can be shaken and influence comfort when holding handle, is ridden down for a long time Numb and uncomfortable to easily cause both hands, severe one can then hamper jockey to the handling of bicycle, and influence cyclery Into when safety.

Also there is hundle-bar, the vibration that front-wheel is transmitted on handle absorbed by adding shock-absorbing mechanism on handle, But such hundle-bar is because of shock-absorbing mechanism that structure is complicated, is typically mounted on the sporting bicycle of match, it can not It is popularized on a large scale.

In view of this, the designer designs not attain for above-mentioned handle structure of bicycle improves caused many missings And it is inconvenient, and deeply conceive, and actively research improvement has a fling at and develops and design the utility model.

Utility model content

The purpose of this utility model is to provide a kind of band shock-absorbings, the simple hundle-bar of structure.

In order to achieve the above objectives, the solution of the utility model is:

A kind of bicycle shock-absorbing handle comprising the handle body being molded with by polymer composite, the handle The outside of ontology is equipped with external groove, is embedded with shock suction body in the external groove, the inner surface of the shock suction body is tightly attached to handle sheet On the outer surface of body, the handle body at the both ends and external groove both ends of the shock suction body is closely connected.

The both ends of the external groove are equipped with the bonding gap that extends into handle body, the both ends of the shock suction body be equipped with The integrally formed engaging portion of shock suction body, the engaging portion are closely connected with bonding gap.

The inside of the handle body is equipped with inner groovy, and the shock suction body is embedded in inner groovy, outside the shock suction body Surface is tightly attached on the inner surface of handle body, and the handle body at the both ends and inner groovy both ends of shock suction body is closely connected.

The both ends of the inner groovy are equipped with the bonding gap that extends into handle body, the both ends of the shock suction body be equipped with The integrally formed engaging portion of shock suction body, the engaging portion are closely connected with bonding gap.

The material of the shock suction body is non-vulcanized rubber.

After adopting the above scheme, the utility model in handle body by being installed with shock suction body, not only in ride In, when vibration is passed on handle, shock suction body can effectively absorb vibration, avoid shaking the hand that jockey is passed to via handle On, avoid: therefore jockey can be shaken and influence comfort when holding handle, ride get off to easily cause both hands for a long time It is numb and uncomfortable, and hamper jockey to the handling of bicycle, and influence cyclery into when safety；But also have Have the advantages that structure is simple.

In addition, the material of shock suction body be non-vulcanized rubber, the shock-absorbing effect of non-vulcanized rubber it is good and produce and process it is at low cost, The shock-absorbing effect of handle is further improved, meanwhile, reduce the cost of handle.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model first embodiment；

Fig. 2 is the partial sectional view of the utility model first embodiment handle body；

Fig. 3 is the partial sectional view of the utility model first embodiment；

Fig. 4 is the partial sectional view of the handle body of the utility model second embodiment；

Fig. 5 is the partial sectional view of the utility model second embodiment.

Specific embodiment

In order to which the technical solution of the utility model is explained further, below by specific embodiment come to the utility model into Row elaborates.

It as shown in Figure 1 to Figure 3, is a kind of first embodiment of bicycle shock-absorbing handle of the utility model comprising by height The handle body 1 that molecular composite material is molded with, the outside of handle body 1 are equipped with external groove 11, are embedded in external groove 11 Shock suction body 2, the inner surface of shock suction body 2 are tightly attached on the outer surface of handle body 1, the both ends and 11 both ends of external groove of shock suction body 2 Handle body 1 be closely connected.

The both ends of external groove 11 are equipped with the bonding gap 12 extended into handle body 1, and the both ends of shock suction body 2 are equipped with and suction Shake the integrally formed engaging portion 21 of body 2, by the tight fit of engaging portion 21 and bonding gap 12, by the both ends of shock suction body 2 and The handle body 1 at 11 both ends of external groove is closely connected.

The material of shock suction body 2 be non-vulcanized rubber, the shock-absorbing effect of non-vulcanized rubber it is good and produce and process it is at low cost, into one Step improves the shock-absorbing effect of handle, meanwhile, reduce the cost of handle.

By being installed with shock suction body 2 in handle body 1, not only in ride, when vibration is passed on handle, inhale Shake body 2 can effectively absorb vibration, avoid shaking and pass to jockey on hand via handle, avoid: therefore jockey can be shaken And comfort when holding handle is influenced, riding for a long time, it is numb and uncomfortable to get off to easily cause both hands, and hampers and ride Hand to the handling of bicycle, and influence cyclery into when safety；But also have the advantages that structure is simple.

The hundle-bar of the utility model can be made by following production method, be specifically included:

Step 1: the supporting element of 1 interior shape of handle body is formed by supporting element mold；

Step 2: the fiber cloth of polymer composite being stacked on the surface of supporting element in advance, then resin will have been presoaked The fiber yarn sheet of polymer composite is stacked in advance on the surface of fiber cloth, in the process for stacking fiber cloth and fiber yarn sheet in advance In, external groove 11 is equipped with according to the difference of pre- stack thickness；

Step 3: the supporting element for being stacked with fiber cloth and fiber yarn sheet in advance is placed in the forming cavity room of handle die, and Finished product can be obtained after cooling and demolding by temperature-pressure curing molding in the non-vulcanized rubber that liquid is injected into external groove 11 Handle；

In forming process, the non-vulcanized rubber of liquid can be penetrated into the stacking gap of fiber cloth and fiber yarn sheet, molding Afterwards, the non-vulcanized rubber of liquid is formed by curing shock suction body 2 in external groove 11, and fiber cloth and fiber yarn sheet are then formed by curing handle Ontology 1, meanwhile, the handle body 1 at the both ends and 11 both ends of external groove of shock suction body 2 is closely connected.

It is a kind of second embodiment of bicycle shock-absorbing handle of the utility model as shown in Fig. 4 to Fig. 5, it is real with first The inside that the difference is that only handle body 1' for applying example is equipped with inner groovy 11', and shock suction body 2' is embedded in inner groovy 11', The outer surface of shock suction body 2' is tightly attached on the inner surface of handle body 1', the both ends of shock suction body 2' and the handle at the both ends inner groovy 11' Hand ontology 1' is closely connected.

The both ends of inner groovy 11' are equipped with the bonding gap 12' extended into handle body 1', and the both ends of shock suction body 2' are equipped with With the integrally formed engaging portion 21' of shock suction body 2', by the tight fit of engaging portion 21' and bonding gap 12', by shock suction body 2' The handle body 1' at both ends and the both ends inner groovy 11' be closely connected.

By the way that shock suction body 2' to be arranged in the inside of handle body 1', the table of handle is exposed at so as to avoid shock suction body 2' Face influences the aesthetics of handle appearance.

The product form and style of above-described embodiment and schema and non-limiting the utility model, any technical field The appropriate changes or modifications that those of ordinary skill does it all should be regarded as the patent category for not departing from the utility model.

Claims

1. a kind of bicycle shock-absorbing handle comprising the handle body being molded with by polymer composite, it is characterised in that: The outside of the handle body is equipped with external groove, and shock suction body is embedded in the external groove, and the inner surface of the shock suction body is close to On the outer surface of handle body, the handle body at the both ends and external groove both ends of the shock suction body is closely connected.

2. a kind of bicycle shock-absorbing handle as described in claim 1, it is characterised in that: the both ends of the external groove are equipped with to handle The both ends of the bonding gap extended in hand ontology, the shock suction body are equipped with and the integrally formed engaging portion of shock suction body, the combination Portion is closely connected with bonding gap.

3. a kind of bicycle shock-absorbing handle as described in claim 1, it is characterised in that: the inside of the handle body is equipped with interior Groove, the shock suction body are embedded in inner groovy, and the outer surface of the shock suction body is tightly attached on the inner surface of handle body, shock-absorbing The both ends of body and the handle body at inner groovy both ends are closely connected.

4. a kind of bicycle shock-absorbing handle as claimed in claim 3, it is characterised in that: the both ends of the inner groovy are equipped with to handle The both ends of the bonding gap extended in hand ontology, the shock suction body are equipped with and the integrally formed engaging portion of shock suction body, the combination Portion is closely connected with bonding gap.

5. a kind of bicycle shock-absorbing handle as described in claim 1, it is characterised in that: the material of the shock suction body is not add sulphur Rubber.