Arm band support

Abstract

The utility model relates to the technical field of personal electronic equipment accessories, in particular to an arm band support. The technical problems that an existing arm band cannot rotate under most conditions in the using process, but a small number of products can rotate, but the rotatable products are not firm, and most supports are single in direction, so that use is inconvenient are solved. According to the technical scheme, the armband support comprises a front end assembly, an internal assembly and a rear end assembly. According to the utility model, the armband bracket is arranged, the accessories with the bayonets are buckled and connected, the bayonets are close to the armband bracket, and the magnets of the two accessories attract each other, so that the two accessories cling to each other and press the switch of the buckle at the same time, and the buckle is triggered to clamp the armband bracket and the accessories with the buckle; according to the invention, the complexity of operating personal electronic equipment in high-intensity activities by a user is simplified, and the convenience of wearing and taking off the equipment is improved.

Description

Technical Field

[0001] The utility model relates to the technical field of accessories of personal electronic equipment, in particular to an armband bracket. Background Art

[0002] With the popularity of smartphones and other portable devices in daily life and outdoor activities, users tend to look for more user-friendly, safe and fully functional accessories to assist in the use of the devices. Although there are many accessories on the market designed to meet these needs, such as sports armbands and handheld brackets, they often have obvious shortcomings in terms of device fixation, angle adjustment, and convenient operation. These problems gradually highlight a technical problem that needs to be solved urgently, that is, how to ensure the stability and convenience of the device during exercise. Therefore, we are required to make an armband bracket. Most of the existing armbands have a single bracket direction during use and cannot be rotated in most cases, but a few products can also rotate, but the rotatable products are not firm. Utility Model Content

[0003] In order to overcome the problem that existing armbands cannot rotate in most cases during use, a few products can rotate. However, the rotatable products are not firm, and most of the brackets have a single direction, resulting in inconvenience in use.

[0004] The technical solution of the utility model is: an armband bracket, including a front-end component, an internal component, and a rear-end component; the rear end of the front-end component is provided with an internal component for buckle connection; the front-end component is a place for connection and fixation. The internal component is a place for magnetic buckle connection. The rear end of the internal component is provided with a rear-end component for protection; the rear-end component is a place for protection.

[0005] Preferably, a front-end component is provided for connection and fixation while protecting the interior of the entire device; an internal component is provided for magnetic snap connection; and a rear-end component is provided for rear-end anti-slip protection.

[0006] Preferably, the front-end assembly includes a detection PC cover, which protects the entire device and is used for fixed connection.

[0007] Preferably, the internal components include magnets, PC buttons, transverse springs, PC accessories, longitudinal springs, PC bottom cover and screws; the rear end of the PC cover is provided with a magnet; the rear end of the magnet is provided with a PC button; the lower end of the PC button is provided with a transverse spring; the rear end of the PC button is provided with a PC accessory; the rear end of the PC accessory is provided with a longitudinal spring; the rear end of the longitudinal spring is provided with a PC bottom cover; and the upper and lower ends of the PC bottom cover are provided with screws. The PC cover is connected to the magnet by glue, and the PC button is pressed toward the middle by the transverse spring and the PC button with fingers. In this process, the two longitudinal springs under the PC accessories bounce up, thereby buckling the pressed PC button. The PC bottom cover is connected to the PC cover by two screws, and the whole is connected at the same time to protect the internal device structure.

[0008] Preferably, the rear-end assembly includes a silicone sheet and an arm strap; a silicone sheet is provided at the rear end of the screw; and an arm strap is provided at the rear end of the silicone sheet. The silicone sheet is connected to the PC bottom cover by double-sided tape, and the arm strap is connected to the PC cover by sewing on one side and inserting through holes on the other side, and is adhered by Velcro. The silicone sheet is non-slip, increases the friction effect, and prevents the device from falling, and the arm strap binds and fixes the arm.

[0009] Beneficial effects of the utility model:

[0010] 1. By setting an armband bracket, including a buckle connection for an accessory with a bayonet, the bayonet is brought close to the armband bracket, and the magnets of the two accessories are magnetically attracted to each other, so that the two accessories are close together and the switch of the buckle is pressed, triggering the buckle to clamp the utility model and the accessory with the buckle, which simplifies the complexity of users manipulating personal electronic devices in high-intensity activities and improves the convenience of wearing and removing the device. When people are preparing for sports, travel, outdoor activities, etc., the utility model is wrapped around the arm through an armband, and the armband is fixed with Velcro to free the hands. Through this connection method, the mobile phone or other device will not have any risk of falling under the action of the bayonet. The mobile phone or other device can be twisted and rotated 360 degrees by hand when the bayonet is buckled, and the direction can be determined to 90 degrees. At the same time, its rotation and magnet locking functions provide users with unprecedented freedom, making it an ideal choice for outdoor activities and sports enthusiasts. It overcomes the disadvantage that the existing armband cannot be rotated in most cases during use, but a few products can also rotate, but the rotatable products are not firm, and most of the brackets have a single direction, resulting in inconvenience in use;

[0011] 2. Perform connection protection work by setting up front-end components and rear-end components. The PC cover protects the entire device and is used for fixed connection. The silicone sheet is connected to the PC bottom cover with double-sided tape. The arm strap is sewn to the PC cover on one side and connected through holes on the other side, and is fastened with Velcro. The silicone sheet is non-slip, increases the friction effect, and prevents the device from falling. The arm strap binds and fixes the arm. After that, the internal components are set up to perform internal snap connections. The PC cover and magnet are connected by glue. The PC button is squeezed toward the middle by the transverse spring and the PC button with your fingers. In this process, the two longitudinal springs under the PC accessories pop up to hold the squeezed PC button. The PC bottom cover is connected to the PC cover with two screws. At the same time, the whole is connected to protect the internal device structure and complete the binding of the arm strap bracket; BRIEF DESCRIPTION OF THE DRAWINGS

[0012] Figure 1 What is shown is a schematic diagram of the three-dimensional structure of the armband bracket of the utility model;

[0013] Figure 2 Shown is a schematic diagram of the rear end assembly of the armband bracket of the present utility model;

[0014] Figure 3 Shown is a schematic diagram of the internal components of the armband bracket of the present utility model;

[0015] Figure 4 Shown is an exploded view of the armband bracket of the utility model;

[0016] Explanation of the reference numerals: 1. front-end component; 2. internal component; 3. rear-end component; 101. PC cover; 201. magnet; 202. PC button; 203. transverse spring; 204. PC accessory; 205. longitudinal spring; 206. PC bottom cover; 207. screw; 301. silicone sheet; 302. arm strap. DETAILED DESCRIPTION

[0017] The utility model is further described below in conjunction with the accompanying drawings and embodiments.

[0018] See also Figure 1 The utility model provides an embodiment: an armband bracket, including a front-end component 1, an internal component 2, and a rear-end component 3; the rear end of the front-end component 1 is provided with an internal component 2 for snap connection; the rear end of the internal component 2 is provided with a rear-end component 3 for protection.

[0019] See also Figure 2-4The utility model provides an embodiment: the front-end component 1 includes a detection PC cover 101. The PC cover 101 protects the entire device and is used for fixed connection. The internal component 2 includes a magnet 201, a PC button 202, a transverse spring 203, a PC accessory 204, a longitudinal spring 205, a PC bottom cover 206 and a screw 207; the rear end of the PC cover 101 is provided with a magnet 201; the rear end of the magnet 201 is provided with a PC button 202; the lower end of the PC button 202 is provided with a transverse spring 203; the rear end of the PC button 202 is provided with a PC accessory 204; the rear end of the PC accessory 204 is provided with a longitudinal spring 205; the rear end of the longitudinal spring 205 is provided with a PC bottom cover 206; the upper and lower ends of the PC bottom cover 206 are provided with screws 207. The PC cover 101 is connected to the magnet 201 by glue, and the PC button 202 is squeezed toward the middle by the transverse spring 203 and the PC button 202 with fingers. In this process, the two longitudinal springs 205 under the PC accessory 204 are bounced up, thereby buckling the squeezed PC button 202. The PC bottom cover 206 is connected to the PC cover 101 by two screws 207, and the whole is connected at the same time to protect the internal device structure. The rear end component 3 includes a silicone sheet 301 and an arm strap 302; the rear end of the screw 207 is provided with a silicone sheet 301; the rear end of the silicone sheet 301 is provided with an arm strap 302. The silicone sheet 301 is glued and connected to the PC bottom cover 206 by double-sided tape, and the arm strap 302 is connected to the PC cover 101 by sewing on one side and inserting through holes on the other side, and is glued by Velcro. The silicone sheet 301 is non-slip, increases the friction effect, and prevents the device from falling. The arm strap 302 is used to bind and fix the arm.

[0020] When working, the PC cover 101 protects the whole device and is used for fixed connection. The PC cover 101 is connected to the magnet 201 by glue, and the PC button 202 is squeezed toward the middle by the transverse spring 203 and the PC button 202 with fingers. In this process, the two longitudinal springs 205 under the PC accessory 204 are bounced up, thereby buckling the squeezed PC button 202. The PC bottom cover 206 is connected to the PC cover 101 by two screws 207, and the whole is connected at the same time to protect the internal device structure. The silicone sheet 301 is connected to the PC bottom cover 206 by double-sided adhesive, and the arm strap 302 is connected to the PC cover 101 by sewing on one side and inserting through holes on the other side, and is glued by Velcro. The silicone sheet 301 is non-slip, increases the friction effect, and prevents the device from falling. The arm strap 302 binds and fixes the arm. When using the arm bracket, the user first wraps it around the arm and fixes it with Velcro; then the mobile phone case with a concave buckle is directly aligned with the raised buckle structure on the bracket and lightly pressed to lock it. When the phone needs to be removed, the user can easily release the phone case by pressing the two unlocking buttons at the same time. In addition, the internal design of the bracket enables it to withstand multi-angle rotation and lock at a predetermined position through magnets 201 adsorbing each other, allowing the user to quickly adjust the phone to the desired viewing angle and complete all work.

[0021] Through the above steps, the front-end component 1 and the rear-end component 3 are set to perform connection protection work, and the PC cover 101 protects the entire device for fixed connection. The silicone sheet 301 is connected to the PC bottom cover 206 by double-sided tape, and the arm strap 302 is connected to the PC cover 101 by sewing on one side and inserting through holes on the other side, and is adhered by Velcro. The silicone sheet 301 is non-slip, increases the friction effect, and prevents the device from falling, and the arm strap 302 binds and fixes the arm. Afterwards, an internal snap connection is performed through the internal component 2, the PC cover 101 is connected to the magnet 201 by glue, and the PC button 202 is squeezed toward the middle by the transverse spring 203 and the PC button 202 with fingers. In this process, the two longitudinal springs 205 under the PC accessory 204 pop up, thereby buckling the squeezed PC button 202, and the PC bottom cover 206 is connected to the PC cover 101 by two screws 207. At the same time, the whole is connected to protect the internal device structure, and the armband bracket is bound. The arm bracket of the utility model has improved stability and flexibility, and can ensure the safety of the equipment while maintaining simplicity and comfort.

[0022] The embodiments of the present invention are described in detail above in conjunction with the accompanying drawings, but the present invention is not limited to the above embodiments, and various changes can be made within the knowledge scope of those skilled in the art without departing from the purpose of the present invention.

Claims

1. An armband support, comprising a front end assembly (1); characterized in that: It also includes an internal component (2) and a rear end component (3); the rear end of the front end component (1) is provided with an internal component (2) for snap connection; and the rear end of the internal component (2) is provided with a rear end component (3) for protection.

2. An armband bracket according to claim 1, characterized in that: The front-end assembly (1) comprises a detection PC cover (101).

3. An armband bracket according to claim 2, characterized in that: The internal component (2) includes a magnet (201), a PC button (202), a transverse spring (203), a PC accessory (204), a longitudinal spring (205), a PC bottom cover (206) and a screw (207); the rear end of the PC cover (101) is provided with a magnet (201); the rear end of the magnet (201) is provided with a PC button (202); the lower end of the PC button (202) is provided with a transverse spring (203); the rear end of the PC button (202) is provided with a PC accessory (204); A longitudinal spring (205) is arranged at the rear end of the PC accessory (204); a PC bottom cover (206) is arranged at the rear end of the longitudinal spring (205); and screws (207) are arranged at the upper and lower ends of the PC bottom cover (206).

4. An armband bracket according to claim 3, characterized in that: The rear end component (3) comprises a silicone sheet (301) and an arm strap (302); the silicone sheet (301) is arranged at the rear end of the screw (207); and the arm strap (302) is arranged at the rear end of the silicone sheet (301).

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