CN215971921U

CN215971921U - Hidden structure of walking line of bicycle bowl group

Info

Publication number: CN215971921U
Application number: CN202121535453.6U
Authority: CN
Inventors: 杨义伍
Original assignee: Huizhou Sava Bicycle Co ltd
Current assignee: Huizhou Sava Bicycle Co ltd
Priority date: 2021-07-07
Filing date: 2021-07-07
Publication date: 2022-03-08
Anticipated expiration: 2031-07-07

Abstract

The utility model discloses a concealed wiring structure of a bicycle bowl group, relates to the technical field of bicycles, and aims to solve the problems that the exposed wiring of the existing bicycle is easy to damage, the wind resistance of the bicycle is increased, and meanwhile, the risk is increased in the riding process. The utility model solves the problems that the wire harness is twisted and tensioned when a handlebar rotates due to the matching degree of a wire inlet structure in the prior art, namely, the wiring is not smooth, the exposed outer wire is easy to damage, and the wiring is messy.

Description

Hidden structure of walking line of bicycle bowl group

Technical Field

The utility model relates to the technical field of bicycles, in particular to a concealed wiring structure of a bicycle bowl group.

Background

Under the response of the green low-carbon life concept, bicycles become common travel tools for people, bicycles in all countries of the world, particularly developed countries, become popular transportation, sports and fitness tools, the center of gravity of the bicycle industry of the world is changing from the traditional transportation tools instead of walking to sports, limit type, fancy type and the like, and electric mopeds are developed. Along with the technical innovation of bicycle, brake, variable speed, shock attenuation, electronic walking the line more and more on the bicycle, expose the easy damage of walking the line outside, increased the windage of bicycle, increased the risk simultaneously at the in-process of riding, see in appearance that various lines distribute in the automobile body outside, the vision is in disorder, not pleasing to the eye enough. Especially, shared bicycles cannot meet the influence of the shared bicycles or the shared electric bicycles on abrasion, collision, malicious damage and high-frequency service life under the condition of unmanned maintenance, and therefore, in order to solve the problems, a structure of hidden wiring of a bicycle bowl group is provided.

SUMMERY OF THE UTILITY MODEL

The utility model provides a concealed wiring structure of a bicycle bowl group, which solves the problems that brake, speed change, shock absorption and electric wiring on the existing bicycle are more and more, the exposed wiring is easy to damage, the wind resistance of the bicycle is increased, meanwhile, the risk is increased in the riding process, various wires are distributed on the outer side of the bicycle body in appearance, and the vision is messy and not beautiful enough.

In order to achieve the purpose, the utility model adopts the following technical scheme:

the utility model provides a hidden structure of walking line of bicycle bowl group, includes frame mechanism, is used for the inside line mechanism and the integrative handlebar of walking of frame, walk the inside of establishing in the line mechanism at frame mechanism, walk line mechanism including bearing, bowl group lid taper washer, bowl group upper cover, first bowl group packing ring, second bowl group packing ring and the riser of setting up the wire guide and hold in the palm the lid under, the wire passes the inside conduit of integrative handlebar passes bearing, bowl group lid taper washer, bowl group upper cover, first bowl group packing ring, second bowl group packing ring and riser in proper order downwards and hold in the palm the wire guide of covering under, walk around bicycle front fork standpipe both sides and extend inside the bicycle frame.

Preferably, the frame mechanism includes bicycle frame, bicycle front fork and integrative handlebar, the one end of bicycle frame cup joints on bicycle front fork, just integrative handlebar is installed at the top of bicycle front fork, connects to be overall structure.

Preferably, the bicycle frame and the bicycle front fork are both hollow structures, and the wire conduit used for hiding the wiring is arranged in the bicycle frame and the bicycle front fork.

Preferably, the bicycle frame is made of carbon fiber, aluminum alloy and titanium alloy materials; the integral handlebar is made of carbon fiber and aluminum alloy.

Preferably, the riser holds in the palm down and covers the downside and be equipped with 4 concave-convex points respectively, just integrative handlebar downside is assorted concave point, the riser holds in the palm down and covers 4 bumps of upside and the concave point of integrative handlebar downside combines closely.

Preferably, the vertical pipe lower support cover is arranged right in front of the upper side of the vertical pipe lower support cover, and the lower side of the vertical pipe lower support cover is used as a plane and is increased upwards in inclination degree for inserting the conducting wire.

Preferably, the first bowl group gasket and the second bowl group gasket are two-piece bowl group gaskets, and are divided into two parts, the two-piece bowl group gasket is provided with a buckle for splicing, the buckle range is half of the thickness of the two-piece bowl group gasket and is used for ensuring the smoothness of the buckle splicing, and the two-piece bowl group gasket is provided with two types of thick MM and thick MM.

Preferably, the upper side and the lower side of the first bowl group gasket and the second bowl group gasket are respectively provided with 4 concave-convex points, the upper side of the two-piece bowl group gasket is provided with 4 convex points which are tightly combined with 4 concave points on the lower side of the vertical pipe lower support cover, and the smoothness of splicing is ensured.

Preferably, the bowl is organized and is covered and be equipped with 4 bumps, and with two formula bowls 4 concave points of packing ring downside in close combination, guarantee the level and smooth of concatenation, bowl group's upper cover downside is equipped with 2 bumps, bowl group covers the toper gasket upside and is equipped with 2 concave points, just 2 bumps of bowl group's upper cover downside and 2 concave points of bowl group lid toper gasket upside in close combination guarantee the level and smooth of concatenation, bowl group covers the toper gasket and is equipped with semi-open's metallic channel.

Preferably, the upper and lower both sides of integrative handlebar are provided with handlebar line lid and standpipe upper cover respectively, and it is through handlebar line lid screw and upper cover M screw erection joint respectively.

The utility model has the beneficial effects that:

the utility model aims to provide a concealed wiring structure of a bicycle bowl group, which can solve the problems that a wiring harness is twisted and tensioned when a handlebar rotates, namely, wiring is not smooth, exposed outer wires are easy to damage, and wiring is messy in the prior art, improves the attractiveness of a bicycle, more effectively improves the overall texture of the bicycle, provides a more convenient and faster operation scheme for a consumer to increase or reduce the height of the handlebar of the bicycle, and is suitable for being popularized on the bicycle, an electric vehicle or a shared bicycle and an electric bicycle.

Drawings

FIG. 1 is a front view of the structure combination of the concealed wire routing of the bicycle headset of the present invention.

FIG. 2 is an exploded front view of the concealed bicycle headset wiring of the present invention.

Fig. 3 is an exploded side view of the concealed wiring structure of the bicycle headset of the present invention.

Reference numbers in the figures: 001. a bicycle frame; 002. a bicycle front fork; 003. an integral handlebar; 004. a bearing; 005. the bowl group is covered with a conical gasket; 006. a bowl group upper cover; 007. a first bowl set gasket; 008. a second bowl set gasket; 009. a lower supporting cover of the vertical pipe; 010. a handlebar cable cover screw; 011. a handle line cover; 012. a conduit; 013. an upper cover of the vertical pipe; 014. and an upper cover M6 screw.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments.

Referring to fig. 1-3, a hidden wire routing structure for a bicycle bowl group comprises a frame mechanism and a wire routing mechanism for routing wires inside the frame, wherein the wire routing mechanism is arranged inside the frame mechanism and comprises a bearing 004 with a wire guide hole, a bowl group cover conical gasket 005, a bowl group upper cover 006, a first bowl group gasket 007, a second bowl group gasket 008 and a riser lower support cover 009, a wire passes through a wire guide 012 inside a handlebar 003 and sequentially passes through the bearing 004, the bowl group cover conical gasket 005, the bowl group upper cover 006, the first bowl group gasket 007, the second bowl group gasket 008 and the wire guide hole on the riser lower support cover 009 downwards, the wire bypasses two sides of a front fork 002 of a bicycle and extends into the frame 001, a handlebar cover 011 and a riser upper cover 013 are respectively arranged on the upper side and the lower side of the handlebar 003, and are respectively connected with a bicycle cover M6 through a handlebar cover screw 010 and an upper cover M89014, the handle cover 011 is locked and then closed and hidden, and is fixedly hinged into a whole by the screw 014 of the upper cover M6 and the upper cover 013 of the standpipe.

In this embodiment, the frame mechanism includes a bicycle frame 001, a bicycle front fork 002 and an integrated handle bar 003, one end of the bicycle frame 001 is sleeved on the bicycle front fork 002, the integrated handle bar 003 is mounted on the top of the bicycle front fork 002 and connected to form an integral structure, the bicycle frame 001 and the bicycle front fork 002 are both hollow structures, and a wire conduit 012 for hiding and routing is arranged in the bicycle frame 001, and the bicycle frame 001 is made of carbon fiber, aluminum alloy or titanium alloy; the integral handlebar 003 is made of carbon fiber and aluminum alloy, so that the weight of the vehicle body can be reduced to the maximum extent, and the performance of the product is improved.

Further, hold in the palm under the riser and cover 009 the lower side and be equipped with 4 concave-convex points respectively, just integrative handlebar 003 downside is the assorted concave point, hold in the palm under the riser and cover 009 upside 4 bumps with the concave point of integrative handlebar 003 downside combines closely, guarantees leveling of concatenation, hold in the palm under the riser and cover 009 upside dead ahead to the downside upwards increases with inclination 45 degrees for the wire alternates the wire, makes things convenient for the wire to pass more smoothly.

In addition, the first bowl group gasket 007 and the second bowl group gasket 008 are two-piece bowl group gaskets, one of the two-piece bowl group gaskets is divided into two parts, the two-piece bowl group gasket is provided with a buckle splice, the buckle range is half of the thickness of the two-piece bowl group gasket, which is beneficial to ensuring the smoothness of the buckle splice, the two-piece bowl group gasket is provided with two types of 5MM thick and 10MM thick, the upper side and the lower side of the first bowl group gasket 007 and the second bowl group gasket 008 are respectively provided with 4 concave and convex points, the upper side of the two-piece bowl group gasket is provided with 4 convex points which are tightly combined with 4 concave points on the lower side of the vertical pipe lower support cover 009 to ensure the smoothness of the splice, the bowl group upper cover 006 is provided with 4 convex points which are tightly combined with 4 concave points on the lower side of the two-piece bowl group gasket to ensure the smoothness of the splice, the lower side of the bowl group upper cover 006 is provided with 2 concave points, and the 2 convex points on the lower side of the bowl group upper cover 006 is tightly combined with 2 concave points on the bowl group conical gasket 005, guarantee the level and smooth of concatenation, bowl group covers toper gasket 005 and is equipped with semi-open type wire guide, and the threading is more smooth and easy.

In the embodiment of the utility model: both ends wire tube 012 is fixed in gear lever and brake lever one end about integrative handlebar 003, the other end is then through integrative handlebar 003 below wire guide, hold in the palm the wire guide on lid 009 under the riser, wire guide on two formula first bowl group packing ring 007 and second bowl group packing ring 008 through the two, wire guide on bowl group upper cover 006, wire guide on bowl group lid toper gasket 005, the internal diameter through bearing 004 again, walk around bicycle front fork 002 standpipe both sides at last and extend inside bicycle frame 001, then close after locking handlebar line lid screw 010 with handlebar line lid 011 and hide, articulate as a whole through upper cover M6 screw 014 and standpipe upper cover 013 relatively fixed.

The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be considered to be within the technical scope of the present invention, and equivalent alternatives or modifications according to the technical solution of the present invention and the inventive concept thereof should be covered by the scope of the present invention.

Claims

1. The utility model provides a hidden structure of walking line of bicycle bowl group, includes frame mechanism, is used for the inside line mechanism and integrative handlebar (003) of walking of frame, its characterized in that, walk the inside of establishing in the line mechanism, walk line mechanism including bearing (004), bowl group lid toper gasket (005), bowl group upper cover (006), first bowl group packing ring (007), second bowl group packing ring (008) and the riser that sets up the wire guide under the wire guide passes the inside conduit (012) of integrative handlebar (003) passes bearing (004), bowl group lid toper gasket (005), bowl group upper cover (006), first bowl group packing ring (007), second bowl group packing ring (008) and riser in proper order downwards hold in the palm the wire guide on lid (009), walks around bicycle front fork (002) standpipe both sides and extends to inside proper motion (001).

2. The structure of hidden wire routing of bicycle bowl group according to claim 1, characterized in that the frame mechanism comprises a bicycle frame (001), a bicycle front fork (002) and an integrated handle bar (003), one end of the bicycle frame (001) is sleeved on the bicycle front fork (002), and the integrated handle bar (003) is installed on top of the bicycle front fork (002) and connected as an integral structure.

3. The structure of hidden wire routing of bicycle headset according to claim 2, wherein the bicycle frame (001) and the bicycle front fork (002) are both hollow structures and have wire conduits (012) inside for hiding the wire routing.

4. The hidden wire routing structure of bicycle bowl group as claimed in claim 1, wherein the upper and lower sides of the stem lower bracket cover (009) are respectively provided with 4 concave-convex points, and the lower side of the integral handlebar (003) is provided with matching concave points, and the 4 convex points on the upper side of the stem lower bracket cover (009) are tightly combined with the concave points on the lower side of the integral handlebar (003).

5. The structure of hidden bicycle wire routing of claim 4, wherein the vertical tube bottom bracket cover (009) is directly in front of the upper side and is inclined upward by 45 degrees with the lower side being a plane for inserting a wire.

6. The structure of hidden routing of bicycle bowl groups according to claim 1, characterized in that the first bowl group gasket (007) and the second bowl group gasket (008) are two-piece bowl group gaskets, one of which is divided into two, the two-piece bowl group gasket is provided with a snap joint, the snap range is half of the thickness of the two-piece bowl group gasket for ensuring the smoothness of the snap joint, and the two-piece bowl group gasket is provided with two thicknesses of 5MM and 10 MM.

7. The structure of hidden routing of bicycle bowl group according to claim 6, characterized in that the upper and lower sides of the first bowl group gasket (007) and the second bowl group gasket (008) are respectively provided with 4 concave and convex points, and the upper side of the two-piece bowl group gasket is provided with 4 convex points which are tightly combined with the 4 concave points on the lower side of the stand pipe lower support cover (009) to ensure the smoothness of the splicing.

8. The hidden wire routing structure of bicycle bowl group according to claim 1, wherein 4 bumps are provided on the upper lid (006) of the bowl group, and tightly combined with 4 pits on the lower side of the two-piece type bowl group gasket to ensure the smoothness of the splicing, 2 bumps are provided on the lower side of the upper lid (006) of the bowl group, 2 pits are provided on the upper side of the conical gasket (005) of the bowl group, and 2 bumps on the lower side of the upper lid (006) of the bowl group are tightly combined with 2 pits on the upper side of the conical gasket (005) of the bowl group to ensure the smoothness of the splicing, and the conical gasket (005) of the bowl group is provided with a semi-open wire guide groove.

9. The hidden type wire routing structure of bicycle headset according to claim 1, wherein a handlebar cover (011) and a riser cover (013) are respectively disposed on the upper and lower sides of the integral handlebar (003), and are respectively installed and connected by a handlebar cover screw (010) and an upper cover M6 screw (014).