TWM646635U - Bike neck pipe installation structure - Google Patents

Abstract

The invention is a bicycle neck tube mounting structure, which is formed on a neck tube. A mounting hole is formed on the top surface of the neck tube, and a limiting wall is provided around the mounting hole. The mounting hole is within the range surrounded by the limiting wall. There is a mounting surface lower than the surface of the neck tube. Furthermore, the mounting surface is formed with two first lock holes that are radially connected and pass through the axis of the mounting hole. Through this, various electronic accessories can be easily installed. On the neck tube, it has versatility and extensibility when installing accessories, and can be used to firmly install various electronic accessories of different brands, further making these accessories conspicuous and easy to operate.

Description

Bicycle neck tube installation structure

This creation belongs to the technical field of bicycles. Specifically, it refers to a bicycle neck tube mounting structure, whereby various electronic accessories can be easily installed on the neck tube, and it has versatility and extensibility when installing accessories for stable installation. Various electronic accessories from different brands further make these accessories conspicuous and easy to operate.

Press, in recent years, bicycles can not only be used as transportation tools, but can also be used more often for sports and leisure. The demand for bicycles with lightweight design and excellent functions has also been increasing. Various bicycle-specific electronic accessories are constantly being developed, such as computers, navigation devices, lights, or smartphones with dedicated applications installed, etc., allowing users to have a better experience when riding bicycles;

At present, common electronic accessories are mainly installed on the handlebars of bicycles using brackets. In order to facilitate users to replace, install and use these electronic accessories, major bicycle manufacturers such as SHIMANO open their motors to third-party electronic accessories. In line with this trend, companies such as GARMIN, WAHOO, BRYTON, CATEYE, etc. have made their installation specifications unified and have become a consensus. However, they cannot be directly installed in a conspicuous and easy-to-operate place on the bicycle. Moreover, the versatility and extended use of the bracket are also insufficient. , it is difficult to meet the installation needs of different electronic accessories.

In other words, there is no dedicated structure for installing electronic accessories on existing bicycles. When brackets are installed on both sides of the handlebar, they are not conspicuous and easy to operate because they are located on both sides of the user's eyesight. Moreover, a single bracket It may be a mounting base that can be used to install the same type of electronic accessories from different manufacturers, but it cannot be used for the installation base of alternative electronic accessories with different functions. It is not versatile and extensible, and it cannot be called an ideal designer. Therefore, how to solve the aforementioned problems? It is currently what the industry and users are looking forward to.

In view of this, the author has conducted in-depth discussions on the problems faced in the installation and use of the aforementioned bicycle electronic accessories, and actively sought solutions through many years of R&D and manufacturing experience in related industries. Through continuous efforts in research and trial production , finally successfully developed a bicycle neck tube mounting structure that can overcome the inconvenience and troubles of the existing ones.

Therefore, the main purpose of this invention is to provide a bicycle neck tube mounting structure, whereby various electronic accessories can be easily installed on the neck tube, so that these accessories can be conspicuous and easy to operate.

Furthermore, the second main purpose of this invention is to provide a bicycle neck tube mounting structure that is versatile and extensible when installing accessories, and can be used to firmly install various electronic accessories of different brands, thereby improving its practicality.

Accordingly, this creation mainly achieves the aforementioned purpose and performance through the following technical means: it is formed on a neck tube, a mounting hole is formed on the top surface of the neck tube, and the periphery of the mounting hole has a limiting wall. , and the mounting hole has a mounting surface lower than the surface of the neck tube within the range surrounded by the limiting wall, and furthermore, the mounting surface is formed with two first locks connected by a radial line and passing through the axis of the mounting hole. hole.

Through the above technical means, the bicycle neck tube mounting structure of the present invention utilizes the design of the neck tube having a mounting hole and a relay seat that can be selectively locked in the mounting hole, so that the neck tube can be used to lock or connect various Different electronic accessories can be easily installed on the neck tube, so that these electronic accessories can be conspicuous and easy to operate, thereby improving the safety and comfort of users riding bicycles, and at the same time can It has versatility and extensibility when installing various electronic accessories. It can be used to firmly install various electronic accessories of different brands, which can greatly improve its practicality, thereby effectively increasing its added value and increasing its economic benefits.

Furthermore, this invention uses the following technical means to further achieve the aforementioned purposes and effects; such as:

The mounting hole on the neck tube may be circular.

In the bicycle neck tube mounting structure, the diameter of the mounting hole is 34±0.2mm.

In the bicycle neck tube mounting structure, the height of the limiting wall of the mounting hole is 5±0.5mm.

The bicycle neck tube mounting structure, wherein the mounting surface is formed with two second locking holes connected by diameter and passing through the axis of the mounting hole, and the diameters of the first locking holes and the second locking holes are The connecting lines are perpendicular to each other.

In the bicycle neck tube mounting structure, the distance between the centers of the first lock holes is 20±0.2mm, and the distance between the centers of the second lock holes is 20±0.2mm.

In the bicycle neck tube mounting structure, a relay seat can be installed in the mounting hole of the neck tube. The outer edge contour of the relay seat corresponds to the aforementioned mounting hole of the neck tube, and the relay seat has a receiving space with an upward opening. , and the relay seat has a covering piece protruding inward from the top edge of the peripheral surface of the receiving space, so that the relay seat forms a locking space below the covering piece, and the relay seat forms two opposite ones on the periphery of the covering piece. Slotting, and the relay seat has two countersunk holes connected by diameter in the receiving space and passing through the axis center of the relay seat, and these counterbore holes correspond to the first keyhole of the installation hole for respectively The relay base is selectively locked in the installation hole of the neck tube using a locking piece.

In the bicycle neck tube mounting structure, the countersunk holes of the relay seat are slotted corresponding to the covering plate of the relay seat.

In order to enable your review committee to further understand the composition, characteristics and other purposes of this invention, the following is a preferred embodiment of this invention, which is described in detail below with the drawings, and at the same time, people who are familiar with this technical field can rely on this description Specific implementation.

This invention is a bicycle neck tube mounting structure. The accompanying drawings illustrate specific embodiments of this invention and its components. All references to front and rear, left and right, top and bottom, upper and lower parts, and horizontal and vertical are only It is used to facilitate the description and does not limit the creation or limit its components to any position or spatial direction. The dimensions specified in the drawings and description may be changed according to the design and requirements of the specific embodiments of the invention without departing from the patentable scope of the invention.

As shown in the first, second, third and fourth figures, the bicycle neck tube mounting structure of the present invention is formed on a neck tube (10). A mounting hole (15) is formed on the top surface of the neck tube (10), and the mounting hole (15) is formed on the top surface of the neck tube (10). 15) It can be circular, rectangular or polygonal. This invention uses circular shape as the main embodiment, and the mounting hole (15) has a limiting wall (16) on its periphery, and the mounting hole (15) is on the limiting wall. There is a mounting surface (160) lower than the surface of the neck tube (10) within the range surrounded by the wall (16), and the mounting hole (15) is connected with a diameter line formed on the mounting surface (160) and passes through the mounting surface. Two first keyholes (17) and two second keyholes (18) at the axis of the hole (15), and the radial direction of the first keyholes (17) and the second keyholes (18) The connection lines are perpendicular, and as shown in the third figure, the diameter of the mounting hole (15) is 34±0.2mm, and the height of the limiting wall (16) of the mounting hole (15) is 5±0.5mm. In addition, the distance between the centers of the first keyholes (17) is 20±0.2mm, and the distance between the centers of the second keyholes (18) is 20±0.2mm, which are used for locking a relay base (20), A conversion base (30) [as shown in the fifth figure] or a corresponding mounting base for electronic accessories (not shown in the figure);

The outer edge contour of the aforementioned relay seat (20) corresponds to the mounting hole (15) of the aforementioned neck tube (10), and the relay seat (20) can be embedded in the mounting hole (15) and is protected by the mounting hole (15). 15) is limited by the limiting wall (16). The main embodiment of the relay seat (20) in this creation is circular, and the relay seat (20) has a receiving space (21) with an upward opening, and the middle The relay seat (20) has a covering piece (22) protruding inward from the top edge of the peripheral surface of the receiving space (21), so that the relay seat (20) forms a locking space (23) below the covering piece (22). , and the relay seat (20) is formed with two opposite slots (24) on the periphery of the cover sheet (22), and the relay seat (20) has two connected radial lines in the receiving space (21). The counterbore (25) passes through the axis center of the relay seat (20), and the counterbore (25) corresponds to the slot (24) of the covering sheet (22) of the relay seat (20), and the countersunk holes (25) The hole (25) further corresponds to the first lock hole (17) of the installation hole (15), for respectively using a locking piece (26) to lock the relay base (20) to the installation hole (10) of the neck tube (10). 15), for inserting a corresponding electronic accessory (60) [as shown in the sixth figure] or a card holder (50) [as shown in the seventh figure];

Thereby, a bicycle neck tube mounting structure with good versatility and extended usability is formed.

Through the aforementioned design, when this invention is actually used, as shown in the fifth figure, the neck tube (10) can be used to set up a conversion base (30), and the conversion base (30) can be a conversion base such as a GOPRO. The outer edge contour of the conversion seat (30) corresponds to the mounting hole (15) of the neck tube (10), and the conversion seat (30) can be embedded in the mounting hole (15) and is limited by the mounting hole (15). Limited by the wall surface (16), the conversion seat (30) of this invention is mainly circular, and two sets of radially connected countersunk holes (31, 32) perpendicular to each other are formed on the conversion seat (30). , and the countersunk holes (31, 32) correspond to the first and second lock holes (17, 18) of the installation hole (15), for respectively using a locking piece (33) to lock the conversion base (30) in In the mounting hole (15) of the neck tube (10), the conversion seat (30) has a support rod (35) and a locking rod (36) for locking electronic accessories, for selectively connecting different electronic accessories. Accessories (not shown in the picture).

Furthermore, as shown in the sixth and seventh figures, the installation hole (15) of the neck tube (10) can further lock the relay seat (20) for respectively connecting an electronic accessory (60) or a card holder ( 50). As shown in the seventh figure, the card seat (50) has a rotating block (51) that can be placed in the receiving space (21) of the relay seat (20), and the rotating block (51) is formed with opposite edges on its bottom surface. The two wings (52) are slotted (24) corresponding to the cover (22) of the relay seat (20), and can be locked in the locking space (23) after rotation. The card holder (50) can be selectively embedded in the relay seat (20), and the top surface of the card holder (50) has a card slot (55) for providing electronic accessory buckles corresponding to the card blocks. [Not shown in the picture]. As shown in the sixth figure, the electronic accessory (60) has a rotating block (61) that can be placed in the receiving space (21) of the relay base (20), and the bottom surface of the rotating block (61) is formed with a Two opposite fins (62), these fins (62) are slotted (24) corresponding to the covering piece (22) of the aforementioned relay seat (20), and can be locked in the locking space (23) after rotation. , so that the electronic accessory (60) can be selectively embedded in the relay base (20).

As can be seen from the foregoing description, the bicycle neck tube mounting structure of the present invention utilizes the design of having a mounting hole (15) on the neck tube (10) and a relay seat (20) that can be selectively locked in the mounting hole (15), so that the The neck tube (10) can be used to lock or connect various electronic accessories, and various electronic accessories can be easily installed on the neck tube (10), so that the electronic accessories can be conspicuous and easy to operate. It improves the safety and comfort of users when riding bicycles, and at the same time provides versatility and extensibility when installing electronic accessories. It can be used to firmly install various electronic accessories from different brands, which can greatly improve its practicality.

In summary, it can be understood that this product is a new product with excellent creativity. It not only effectively solves the problems faced by practitioners, but also greatly improves the efficiency. There are no identical or similar product creations in the same technical field. Or be used publicly, and at the same time it has improved efficacy. Therefore, this creation has met the requirements of "novelty" and "progress" for a new type patent, and an application for a new type patent has been filed in accordance with the law.

10: Cervical tube 15:Mounting hole 16: Limit wall 160:Mounting surface 17:The first keyhole 18:Second keyhole 20:Relay seat 21: Undertake space 22: Covering sheet 23: stuck space 24: Grooving 25: Counterbore 26:Lock firmware 30: Conversion seat 31: Counterbore 32: Counterbore 33:Lock firmware 35:Strut 36:Lock lever 50: card holder 51:Spin block 52: Wings 55:Card slot 60: Electronic accessories 61:Spin block 62: Wings

The first picture: a three-dimensional exploded schematic diagram of the bicycle neck tube installation structure of this creation.

The second picture is a schematic diagram of the three-dimensional appearance of the neck tube in the bicycle neck tube installation structure of this invention.

The third picture is a schematic plan view of the neck tube mounting hole in the bicycle neck tube mounting structure.

Figure 4: A schematic diagram of the three-dimensional appearance of the bicycle neck tube installation structure created by this invention.

Figure 5: This is a schematic diagram of the appearance of the bicycle neck tube installation structure in actual use, to illustrate its installation state without using a relay seat.

Figure 6: This is another schematic diagram of the actual appearance of the bicycle neck tube installation structure of this creation, illustrating the installation method of using a relay base to connect electronic accessories.

Figure 7: This is another schematic diagram of the actual appearance of the bicycle neck tube installation structure of this creation, illustrating its extended installation using a relay base to connect the card holder.

10: Cervical tube

15:Mounting holes

16: Limit wall

160:Mounting surface

17:The first keyhole

18:Second keyhole

20:Relay seat

21: Undertake space

22: Covering sheet

23: stuck space

24: Grooving

25: Counterbore

26:Lock firmware

Claims (8)

A bicycle neck tube mounting structure is formed on a neck tube. A mounting hole is formed on the top surface of the neck tube. The mounting hole has a limiting wall around the edge. The mounting hole has a limiting wall within the range. The mounting surface is lower than the surface of the neck tube, and furthermore, the mounting surface is formed with two first lock holes connected by radial lines and passing through the axis of the mounting hole; Thereby, a bicycle neck tube mounting structure with good versatility and extended usability is formed. The bicycle neck tube mounting structure as claimed in claim 1, wherein the mounting hole on the neck tube may be circular. The bicycle neck tube mounting structure as described in claim 2, wherein the diameter of the mounting hole is 34±0.2mm. The bicycle neck tube mounting structure as described in any one of claims 1, 2 or 3, wherein the height of the limiting wall of the mounting hole is 5±0.5mm. The bicycle neck tube mounting structure as claimed in claim 1, wherein the mounting surface is formed with two second locking holes that are radially connected and pass through the axis of the mounting hole, and the first locking holes are connected to the second locking holes. The radial lines of the keyholes are perpendicular to each other. The bicycle neck tube mounting structure as described in claim 5, wherein the distance between the centers of the first lock holes is 20±0.2mm, and the distance between the centers of the second lock holes is 20±0.2mm. The bicycle neck tube mounting structure as claimed in claim 1, wherein a relay seat can be provided in the mounting hole of the neck tube, the outer edge contour of the relay seat corresponds to the aforementioned mounting hole of the neck tube, and the relay seat has an opening. The receiving space is upward, and the relay seat has a covering piece protruding inward from the top edge of the peripheral surface of the receiving space, so that the relay seat forms a locking space below the covering piece, and the relay seat is located on the periphery of the covering piece. Two opposite slots are formed, and the relay seat has two radially connected countersunk holes in the receiving space that pass through the axis center of the relay seat, and these counterbore holes correspond to the first lock of the installation hole. holes for selectively locking the relay seat in the mounting hole of the neck tube using a locking piece. The bicycle neck tube mounting structure as described in claim 7, wherein the countersunk holes of the relay seat correspond to the slots of the relay seat.

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