TWM648444U - Neck stem installation structure of electronic device - Google Patents

Abstract

The invention is a neck tube mounting structure for an electronic device, which is formed on a neck tube. A mounting hole with an upward opening is formed on the top surface of the neck tube for installing an electronic device in an embedded manner. A relatively small hole is formed adjacent to the mounting hole. A limiter groove with a large inner diameter, and a mounting surface is formed between the limiter groove and the mounting hole, and the electronic device has a control installation plate, and the control installation plate has an inner edge of the limiter groove corresponding to the aforementioned neck tube. The outer edge of the contour allows the electronic device to be embedded in the limiting groove of the neck tube, thereby enabling the electronic device with the corresponding control mounting plate to be selectively embedded and securely locked in the neck tube. The neck tube makes the electronic device conspicuous and easy to operate. If you need to watch or operate the electronic device during riding, you can do so in the same direction, which greatly improves the overall convenience of use and further enhances the convenience of use. Overall external beauty and neatness.

Description

Neck tube installation structure of electronic device

This invention belongs to the technical field of bicycles. Specifically, it refers to a neck tube mounting structure of an electronic device, whereby the electronic device can be embedded and installed on the neck tube, so that the electronic device can be conspicuous, easy to operate, and have assembly Robust, convenient and fast.

According to reports, bicycles can not only be used as a means of transportation, but can also be used more often for sports and leisure. In recent years, people's demand for bicycles with lightweight designs and excellent functions has also been increasing. Therefore, various bicycle-specific electronic devices are constantly being developed, such as electronic control devices, electronic computers or navigation devices, etc., allowing users to have a better experience when riding bicycles;

However, the existing electronic control devices and other electronic devices are mainly installed on the handlebars on both sides or the upper tube of the frame. The installation position is not conspicuous and the operation is not smooth, which causes the bicycle to turn when riding. It is difficult for passengers to view or operate such electronic devices in the same direction, which affects the overall convenience of use. Furthermore, the installation is often of a protruding design, which is not only inconvenient to install and assemble, but also lacks stability. It is also easy to catch foreign objects during use, causing danger, and even worse, destroys the overall appearance and neatness.

In other words, there is no structure specifically designed for installing electronic devices on existing bicycles. However, there are problems such as the aforementioned installation location being inconspicuous, inconvenient operation, insufficient stability, and damaging to the overall appearance. It is difficult to be called an ideal designer, so how to solve it? The aforementioned problems are what the industry and users are currently looking forward to.

In view of the above deficiencies and needs, the author believes that further correction is necessary, so he uses his many years of experience in related technologies and product design and manufacturing to conduct research and creation on the above disadvantages, and actively seeks solutions. After continuous efforts, After research and trial production, a neck tube mounting structure for electronic devices was finally successfully developed, which can overcome the inconvenience and trouble caused by the existing improper installation position.

Therefore, the main purpose of this invention is to provide a neck tube mounting structure for an electronic device, so that the electronic device can be installed on the neck tube in an embedded manner, so that the electronic device can be conspicuous and easy to operate, making it easier to operate while riding. If you need to watch or operate the electronic device during the process, you can do so in the same direction, improving the overall convenience of use.

In addition, the second main purpose of this invention is to provide a neck tube installation structure for an electronic device. The installation is of an embedded design, which not only facilitates and speeds up the installation and assembly, but also greatly improves the stability of the installation and prevents it from being hooked. It may cause danger if foreign objects are found, and furthermore, it can further enhance the overall appearance and neatness, and improve its practicality.

Accordingly, this creation mainly achieves the aforementioned purpose and performance through the following technical means: it is formed on a neck tube that connects a horizontal handlebar and an upright front fork tube, and an opening is formed on the top surface of the neck tube The upward mounting hole is used to install an electronic device in an embedded manner, and a limiting groove with a larger inner diameter is formed adjacent to the opening of the mounting hole, and a mounting surface is formed between the limiting groove and the mounting hole;

The aforementioned electronic device has a control mounting plate, and the control mounting plate has an outer edge corresponding to the inner edge contour of the limiting groove of the neck tube, so that the electronic device can be embedded in the limiting groove of the neck tube.

Through the demonstration of the above technical means, the neck tube mounting structure of the electronic device of the present invention utilizes the design of the mounting hole of the neck tube to have a limiting groove and a mounting surface, so that the electronic device with the corresponding control mounting plate can be selectively embedded The mode lock is installed on the neck tube, so that the electronic device can be conspicuous and easy to operate. If you need to watch or operate the electronic device during riding, you can do so in the same direction, which greatly improves the overall convenience of use. At the same time, due to its built-in design, it is not only easy and fast to install and assemble, but also greatly improves the stability of its installation. Furthermore, it does not cause danger due to foreign objects being caught, which further enhances the overall appearance. The stability and neatness can greatly improve its practicality, thereby effectively increasing its added value and enhancing its economic benefits.

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

One end of the neck tube has a transverse semi-circular tube groove for locking the horizontal handle with a corresponding semi-circular tube cover.

The other end of the neck tube has a C-shaped standpipe sleeve perpendicular to the axis of the semicircular tube groove, which is nested at the top of the front fork standpipe so that the front fork standpipe can be rotated by operating the handle provided on the neck tube. Can control the direction of the bicycle.

The inner edge contour of the limiting groove of the neck tube and the outer edge of the control mounting plate of the electronic device may be in a corresponding water drop shape.

At least one keyhole is formed on the mounting surface of the neck tube, and the control mounting plate of the electronic device has at least one countersunk hole corresponding to the aforementioned keyhole, for respectively using a locking member to lock the electronic device to the neck tube. superior.

The electronic device has a body on the bottom surface of the control installation plate that can be inserted into the neck tube installation hole.

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 neck tube mounting structure for an electronic device. The accompanying drawings illustrate specific embodiments of this invention and its components. All references to front and back, left and right, top and bottom, upper and lower parts, and horizontal and vertical , is only for convenience of description and does not limit this creation, nor does it 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 and second figures, the neck tube mounting structure of the electronic device of the present invention is formed on a neck tube (10). One end of the neck tube (10) has a transverse semicircular tube groove (11) for matching a corresponding The semicircular pipe cover (12) is locked with a horizontal handle (50), and the other end of the neck pipe (10) has a C-shaped vertical pipe sleeve (13) perpendicular to the axis of the semicircular pipe groove (11) for insertion. It is placed on the top of a front fork vertical tube (60) so that the rider can use the handle (50) provided on the neck tube (10) to rotate the front fork vertical tube (60) to control the direction of the bicycle;

Furthermore, as shown in the second, third and fourth figures, a mounting hole (15) with an upward opening is formed on the top surface of the neck tube (10) for installing an electronic device (20) in an embedded manner, and the mounting hole (15) 15) A limiting slot (16) with a larger inner diameter is formed adjacent to the opening. The inner edge contour of the limiting slot (16) can be drop-shaped, round, or round corresponding to the outline of the electronic device (20). Rectangular or polygonal, for the electronic device (20) to be embedded and positioned, and a mounting surface (17) is formed between the limiting groove (16) and the mounting hole (15), and a mounting surface (17) is formed on the mounting surface (17). There is at least one keyhole (18) for locking the electronic device (20);

The aforementioned electronic device (20) has a control mounting plate (21), and the control mounting plate (21) has an outer edge (22) corresponding to the inner edge contour of the limiting groove (16) of the neck tube (10), so that The electronic device (20) can be embedded and limited on the limiting groove (16) of the neck tube (10) (as shown in the fourth figure). The limiting groove (16) of the neck tube (10) of this invention ) and the outer edge (22) of the control mounting plate (21) of the electronic device (20) are in the shape of a water drop, which is the main embodiment, and the control mounting plate (21) has at least one corresponding mounting surface. (17) The countersunk hole (23) of the keyhole (18) is used to use a locking piece (24) to pass through the countersunk hole (23) of the control installation plate (21) and then lock on the installation surface (17). hole (18), so that the electronic device (20) can be locked and fixed in the limiting slot (16) of the neck tube (10) to obtain a limit, and the electronic device (20) is on the control installation plate (21) ) The bottom surface has a body (25) that can be inserted into the mounting hole (15) of the neck tube (10) [as shown in the third figure];

Thereby, a neck tube mounting structure of an electronic device with built-in limit and high stability is formed.

Through the aforementioned design, when this invention is actually used, as shown in the first, second, third and fourth figures, the user can install the electronic device (20) on the top surface of the neck tube (10), and operate it. The control mounting plate (21) of the electronic device (20) is aligned with the limit slot (16) on the mounting hole (15) of the neck tube (10). First, place the electronic device (20) on the control mounting plate (21). 21) The bottom body (25) is correspondingly embedded in the mounting hole (15) of the neck tube (10), and the control mounting plate (21) of the electronic device (20) is further embedded in the neck tube (10). The limiting slot (16) is pressed against the mounting surface (17) of the neck tube (10), and the countersunk hole (23) on the control mounting plate (21) corresponds to the lock of the mounting surface (17). Holes (18) are used to respectively use fasteners (24) to lock the control mounting plate (21) of the electronic device (20) on the mounting surface (17) of the neck tube (10), so that the electronic device (20) It can be locked and fixed in the limiting groove (16) of the neck tube (10), so that the electronic device (20) can be firmly locked on the neck tube (10) in an embedded manner.

As can be seen from the foregoing description, the neck tube mounting structure of the electronic device of the present invention utilizes the design of the mounting hole (15) of the neck tube (10) to have a limiting slot (16) and a mounting surface (17), so that the neck tube has a corresponding control installation. The electronic device (20) of the board (21) can be selectively locked on the neck tube (10) in an embedded manner, so that the electronic device (20) can be conspicuous and easy to operate, and can be used during riding. If you need to watch or operate the electronic device (20), you can do so in the same direction, which greatly improves the overall convenience of use. At the same time, due to its built-in design, it is not only convenient and fast to install and assemble, but also can be greatly It improves the stability of its installation and prevents danger caused by catching foreign objects. It can further enhance the overall appearance and neatness, and effectively 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 11: Semi-circular pipe groove 12: Semi-circular tube cover 13:C-shaped riser sleeve 15:Mounting holes 16:Limited slot 17:Mounting surface 18:Keyhole 20: Electronic devices 21:Control mounting plate 22:Outer edge 23: Counterbore 24:Lock firmware 25: Body 50: handle 60: Front fork riser tube

The first picture is a schematic diagram of the three-dimensional appearance of the neck tube installation structure of the electronic device of this invention.

The second picture is a three-dimensional exploded schematic diagram of the neck tube mounting structure of the electronic device of this invention, illustrating its components and their relative shapes.

The third picture is a schematic side cross-sectional view of the neck tube mounting structure of the electronic device of this invention.

Figure 4: It is a top plan view of the neck tube installation structure of the electronic device of this invention.

10: Cervical tube

11: Semi-circular pipe groove

12: Semi-circular tube cover

13:C-shaped riser sleeve

15:Mounting holes

16:Limited slot

17:Mounting surface

18:Keyhole

20: Electronic devices

21:Control mounting plate

22:Outer edge

23: Counterbore

24:Lock firmware

25: Body

50: handle

60: Front fork riser tube

Claims (6)

A neck tube mounting structure for an electronic device, which is formed on a neck tube connecting a horizontal handle and an upright front fork vertical tube. A mounting hole with an upward opening is formed on the top surface of the neck tube for installing an electronic device in an inline manner. , and a limiting slot with a larger inner diameter is formed adjacent to the opening of the mounting hole, and a mounting surface is formed between the limiting slot and the mounting hole; The aforementioned electronic device has a control mounting plate, and the control mounting plate has an outer edge corresponding to the inner edge contour of the limiting groove of the neck tube, so that the electronic device can be embedded in the limiting groove of the neck tube; Thereby, a neck tube mounting structure of an electronic device with built-in limit and high stability is formed. The neck tube mounting structure of an electronic device as claimed in claim 1, wherein one end of the neck tube has a transverse semicircular tube groove for locking the horizontal handle with a corresponding semicircular tube cover. The neck tube mounting structure of an electronic device as claimed in claim 2, wherein the other end of the neck tube has a C-shaped standpipe sleeve perpendicular to the axis of the semicircular tube groove for nesting at the top of the front fork standpipe to utilize the device. The handle on the neck tube is operated to rotate the front fork vertical tube to control the direction of the bicycle. The neck tube mounting structure of an electronic device as claimed in claim 1, wherein the inner edge contour of the limiting groove of the neck tube and the outer edge of the control mounting plate of the electronic device may be in a corresponding drop-shaped shape. The neck tube mounting structure of an electronic device as claimed in claim 1, wherein at least one keyhole is formed on the mounting surface of the neck tube, and the control mounting plate of the electronic device has at least one countersunk hole corresponding to the aforementioned key hole for respectively A lock is used to lock the electronic device on the neck tube. The neck tube mounting structure of an electronic device as described in any one of claims 1 to 5, wherein the electronic device has a body on the bottom surface of the control mounting plate that can be inserted into the neck tube mounting hole.

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