TWM614844U - Anti-mistouch structure of bluetooth glasses - Google Patents

Abstract

This creation is about an anti-mis-touch structure of bluetooth glasses. The anti-mis-touch structure is set on the surface of the glasses corresponding to the setting position of the touch switch. The design of the anti-mis-touch structure avoids wearing, removing or When wiping the glasses, the Bluetooth communication unit changed its function due to accidentally touching the touch switch.

Description

Anti-mistouch structure of bluetooth glasses

This creation is about an anti-incorrect touch structure of bluetooth glasses, especially an anti-incorrect touch structure is set at the corresponding touch switch to avoid accidental touch and touch during the process of wearing glasses, removing glasses or wiping glasses The switch situation occurs.

Numerous studies have found that when listening to music, the human pituitary gland secretes a chemical substance called "endorphin". When the content of this substance in the blood increases, people will feel joy and pleasure. Then it makes people relax, reduce muscle tension, and strengthen the ability to learn. Therefore, listening to music has become everyone's daily life.

When people are listening to music, because of the different types of music that everyone likes, and in order to avoid influencing others in public areas, they usually listen to music in the mode of wearing headphones. Earlier earphones were of wired structure, which was often affected by physical activities, which caused a lot of inconvenience. Later, the related industry developed a wireless Bluetooth earphone to play music through wireless transmission mode.

However, the wireless Bluetooth headset must still be stuck in the ear after all, and the discomfort caused by foreign objects in the user's ear is inevitable. So an industry has developed a technology that combines the broadcasting function through Bluetooth on the glasses, and is matched with a touch switch to switch the working mode of broadcasting by touching and pressing the touch switch.

However, in actual operation and use, because the touch switch has good touch sensitivity, the user unconsciously or accidentally touches the sensing part of the touch switch during the process of wearing or removing or wiping the glasses. Because of this interruption or switching of the broadcast function, it causes troubles in use; in addition, the surface of the glasses is flat at the place where the touch switch is set. Therefore, it is difficult for the user to detect through the touch when in use. The exact setting position of the touch switch, and the touch switch cannot be accurately controlled by touch.

Today, this creator has developed this creation in view of the shortcomings in the actual implementation and use of the above-mentioned bluetooth glasses structure.

The main purpose of this creation is to provide an anti-mistouch structure for bluetooth glasses, which can prevent the bluetooth broadcast function from being interrupted or switched due to accidental touching of the touch switch when wearing, removing or wiping the glasses, and at the same time It can accurately know the exact setting position of the touch switch with tactile sense, and then touch control to switch the Bluetooth broadcast operation function.

The anti-mistouch structure of the bluetooth glasses in this creation is realized by the following technologies:

An anti-mis-touch structure for bluetooth glasses is provided with a mis-touch prevention structure on the surface of the wall surface of a pair of glasses, and the mis-touch prevention structure is located at a setting position corresponding to a touch switch.

Wherein, the mis-touch prevention structure is a recessed groove, and the bottom surface of the recessed groove is lower than the surface of the wall surface, so that the recessed groove forms a state of sinking into the surface of the wall surface.

Wherein, the anti-mis-touch structure is a convex ring, the convex ring protrudes from the surface of the wall surface, and the corresponding ring is arranged on the periphery of the setting position of the touch switch.

Wherein, the anti-mistouch structure includes a concave groove and a convex ring, the bottom surface of the concave groove is lower than the surface of the wall, the convex ring protrudes from the surface of the wall, and the corresponding ring is arranged in The periphery of the recessed groove.

Wherein, the anti-mistouch structure is provided on the surface of the wall surface of the spectacles temples that is not facing the human face.

Wherein, the outer contour of the concave groove may be round, square or rectangular.

Wherein, the convex ring can be round, square or rectangular.

Advantages of this creation:

1. The bluetooth glasses of this creation are equipped with an anti-mistouch structure at the touch switch corresponding to the on/off switch of the bluetooth broadcast function through the glasses, which can prevent the user from wearing the glasses or removing the glasses, even When wiping the glasses, because the touch switch is touched by mistake, the bluetooth broadcasting function is malfunctioning, which is convenient for the user to use.

2. In wearing and use, using the non-flat relationship between the anti-mistouch structure and the surface of the glasses, the user can also perceive the position of the touch switch through the touch of the hand, and then smoothly touch and press the touch switch to change the Bluetooth broadcast Functional mode of operation.

In order to have a more complete and clear disclosure of the technical content, the new purpose and the effect achieved in this creation, I will explain them in detail below, and please refer to the disclosed diagrams and drawing numbers together:

Please refer to the first and second pictures.

The anti-mistouch structure of the bluetooth glasses of this creation is mainly to provide a sound hole 2 for playing music in one of the glasses 1. In the embodiment disclosed in the creative drawing, the sound hole 2 is located in the glasses 1 lens The foot 11 is close to the end and relatively located at the human ear, and the inside of the lens foot 11 forms a chamber 12 for installing the Bluetooth communication unit 14 connected to the user's mobile device, the speaker corresponding to the broadcasting hole 2 and the touch The touch switch 13 is close to the wall surface 111 of the mirror foot 11, and the wall surface 111 may be an end surface that is not facing the direction of the human face, that is, the outer wall surface 111 of the mirror foot 11, on the surface of the wall surface 111, And it corresponds to the accidental touch prevention structure 3 at the touch switch 13, that is, the setting position of the accidental touch prevention structure 3 corresponds to the position where the touch switch 13 is installed.

Among them, the anti-mistouch structure 3 is preferably a recessed groove 3a, and the bottom surface of the recessed groove 3a is lower than the surface of the wall surface 111 of the temple 11, so that the recessed groove 3a forms a state of sinking into the surface of the wall 111 of the temple 11. The outer contour of the recessed groove 3a can be a circle as shown in the first figure, a square as shown in the third figure, or a long rectangle as shown in the fourth figure.

In this way, through the design of the inadvertent groove 3a of the anti-mistouch structure 3, when the user wants to press the touch switch 13 to control the working state of the Bluetooth communication unit 14, a clearer pressing force is required to be able to press The touch switch 13 is touched to solve the problem of excessive sensitivity of the touch switch 13, so that the user will not touch it unconsciously or accidentally during use (for example: wearing glasses, removing glasses, wiping glasses, etc.) Touch the switch 13 to change the operation function of the Bluetooth communication unit 14 to avoid troubles in use! In addition, during wearing use, the user can also perceive the position of the touch switch 13 through the touch of the hand, and then smoothly touch and press the touch switch 13 to change the operation mode of the Bluetooth communication unit 14.

In a preferred embodiment of this creation (please refer to Figures 5 and 6), the anti-mistouch structure 3 can be a convex ring 3b, which protrudes from the surface of the wall 111 of the temple 11, and at the same time, the The convex ring 3b is correspondingly arranged on the periphery of the setting position of the touch switch 13. This design can also achieve the effect of preventing accidental touch and sensing the position of the touch switch 13 smoothly by touch.

In a preferred embodiment of the present creation (please refer to the seventh figure), the mistouch prevention structure 3 includes a concave groove 3c and a convex ring 3d. The bottom surface of the concave groove 3c is lower than the surface of the wall surface 111 of the temple 11 , The convex ring 3d protrudes from the surface of the wall surface 111 of the temple 11, and the corresponding ring is provided on the periphery of the recessed groove 3c. This design can also achieve the effect of preventing accidental touch and sensing the position of the touch switch 13 smoothly by touch.

The above are only partial examples of this creation, and are not intended to limit this creation. Any modification based on the creative spirit and characteristics of this creation should also be included in the scope of this patent.

In summary, this creative embodiment can indeed achieve the expected use effect, and the specific technical means disclosed by it have not been seen in similar products, nor have they been disclosed before the application. It is in full compliance with the patent law. Regulations and requirements, Yan submits an application for a new patent in accordance with the law, and asks for favors for examination, and grants a patent for approval, it is really convenient.

1: glasses

11: mirror feet

111: Wall

12: Room

13: Touch switch

14: Bluetooth communication unit

2: Broadcasting hole

3: Anti-missing structure

3a: recessed groove

3b: Convex ring

3c: recessed groove

3d: convex ring

The first figure: a three-dimensional appearance view of an embodiment of the anti-mistouch structure of the bluetooth glasses of the present creation

Figure 2: Combination cross-sectional view of one embodiment of the anti-mistouch structure of the bluetooth glasses of the invention

Figure 3: A three-dimensional appearance view of the second embodiment of the anti-mistouch structure of the bluetooth glasses of the present creation

Figure 4: The three-dimensional appearance of the third embodiment of the anti-mistouch structure of the bluetooth glasses of the present creation

Figure 5: The three-dimensional appearance of the fourth embodiment of the anti-mistouch structure of the bluetooth glasses of the original creation

Figure 6: A combined cross-sectional view of the four embodiments of the anti-mistouch structure of the bluetooth glasses of the original creation

Figure 7: A combined cross-sectional view of the fifth embodiment of the anti-mistouch structure of the bluetooth glasses of the present creation

1: glasses

11: mirror feet

111: Wall

13: Touch switch

14: Bluetooth communication unit

2: Broadcasting hole

3: Anti-missing structure

3a: recessed groove

Claims (8)

An anti-mistouch structure for bluetooth glasses is provided with an anti-mis-touch structure on the surface of the wall surface of a pair of glasses, and the anti-mis-touch structure is located at a position corresponding to a touch switch. The anti-mistouch structure for Bluetooth glasses according to claim 1, wherein the anti-mistouch structure is a recessed groove, and the bottom surface of the recessed groove is lower than the surface of the wall surface, so that the recessed groove is formed as The state of sinking into the surface of the wall. According to claim 2, the anti-mistouch structure of Bluetooth glasses, wherein the outer contour of the concave groove may be round, square or rectangular. The anti-mis-touch structure for Bluetooth glasses according to claim 1, wherein the anti-mis-touch structure is a convex ring, the convex ring protrudes from the surface of the wall, and the corresponding ring is provided on the The periphery of the setting position of the touch switch. According to claim 4, the anti-mistouch structure for bluetooth glasses, wherein the convex ring is round, square or rectangular. The anti-mistouch structure for Bluetooth glasses according to claim 1, wherein the anti-mistouch structure includes a concave groove and a convex ring, the bottom surface of the concave groove is lower than the surface of the wall surface, the The convex ring protrudes from the surface of the wall surface and is correspondingly ringed on the periphery of the concave groove. The anti-mistouch structure for Bluetooth glasses according to claim 6, wherein the outer contour of the concave groove is round, square or rectangular, and the convex ring is round corresponding to the outer contour of the concave groove Shape, square or rectangle. The anti-mis-touch structure for Bluetooth glasses according to any one of claims 1 to 7, wherein the anti-mis-touch structure is provided on a wall surface of the glasses temples that is not facing the human face.

Images