Durable input and wall mounted fist target keyboard

Abstract

The application belongs to the technical field of intelligent input devices and fitness interaction devices, and particularly relates to a durable input end and a wall-mounted fist target keyboard.

Description

Technical Field

[0001] This invention belongs to the technical field of intelligent input devices and fitness interactive devices, specifically relating to a durable input terminal and a wall-mounted punching bag keyboard. Background Technology

[0002] Existing electronic input targets and striking keyboard devices of the same type have many technical defects, as follows: 1. Traditional input terminals are generally equipped with a spring-loaded structure. The spring-loaded structure is prone to wear and aging due to long-term reciprocating motion, resulting in a limited service life and poor overall durability of the input terminal. 2. Existing striking keyboards and electronic punching targets are mostly rigid, fixed structures that cannot be bent or folded, making them extremely inconvenient to store and transport, and taking up a lot of space; 3. Conventional electronic punching targets are only compatible with hand striking operations and lack a dedicated structural design for kicking and knee striking actions, resulting in a limited form of sports interaction; 4. Existing electronic boxing targets lack a realistic visual structure, failing to create the visual effect of real combat, and the equipment lacks fun and interactivity. 5. Traditional electronic punching targets have a large contact area and concentrated striking force, which generates significant noise and vibration during the striking process, easily affecting the surrounding environment and neighbors' rest, thus limiting their application scenarios. Summary of the Invention

[0003] This invention addresses the shortcomings of existing technologies by providing a durable input terminal and a wall-mounted punching bag keyboard. It abandons the traditional spring-loaded structure, improves the lifespan of the device, and also takes into account the advantages of portability, multi-action interaction, realistic simulated combat, and low noise and low vibration. It is suitable for users of all ages and different heights to perform punching, kicking, and kneeing interactive operations.

[0004] The first aspect of the present invention provides a durable input terminal, such as... Figure 1a , Figure 1b , Figure 1c The diagram shows the working principle of the input terminal (3), wherein the input terminal (3) identifies the conduction status of the first conductive mating surface (1a) and the second conductive mating surface (2a) through the main control processing module (9) to output the corresponding input command; the first conductive mating surface (1a) and the second conductive mating surface (2a) transmit electrical signals to the main control processing module (9) respectively through two sets of conductive lines (1).

[0005] The first conductive mating surface (1a) and the second conductive mating surface (2a) are disposed on the surface of the input terminal (3), and an insulating gap (4) is provided between them, which are normally insulated from each other; the input terminal (3) is equipped with an auxiliary operating component with a conductive medium (7a); such as Figure 2 a, Figure 2 b、 Figure 2 c1、 Figure 2 c2, Figure 2 As shown in c3, the auxiliary operating device includes at least one of wearable auxiliary operating device (71), handheld auxiliary operating device (72), and wall-mounted auxiliary operating device (73); when the user contacts the surface of the input terminal (3) through the auxiliary operating device, the two sets of conductive contact surfaces are connected by the conductive medium (7a) to form a conductive circuit.

[0006] The processing technology of the conductive mating surfaces (1a) and (2a) on the input end (3) can be printing, electroplating, or pasting conductive film, preferably screen printing conductive silver paste or heat transfer conductive film; the length range of the first conductive mating surface (1a) and the second conductive mating surface (2a) is preferably 5cm to 20cm.

[0007] The conductive line (1) can be made of copper wire, conductive silver paste, or flexible conductive line. The wire diameter is preferably 0.1mm to 0.3mm. It can stably transmit electrical signals and is suitable for flexible equipment application scenarios.

[0008] The conductive medium (7a) can be selected from conductive adhesive, metal conductive sheet, conductive fabric, and conductive paint, and its form includes sheet, block, coating, and mesh. It can be fixed to the auxiliary operating component by pasting, embedded installation, or integral molding, to adapt to the assembly requirements of auxiliary operating components with different structures.

[0009] The width of the trigger reserved gap (40) between the wall-mounted auxiliary operating component (73) and the surface of the input end (3) is preferably 1cm to 10cm, which can adapt to different pressing trigger force and response speed requirements.

[0010] Furthermore, such as Figure 2 a, Figure 2 The wearable auxiliary operating device (71) shown in a1 is a boxing glove or glove-like structure, which includes a buffer portion (71a) that covers and protects the front part of the palm and fingers (71b), and the conductive medium (7a) is disposed on the surface of the buffer portion (71a); the front part of the palm and fingers (71b) refers to the entire palmar surface area and / or dorsal surface area corresponding to the middle phalanx and / or distal phalanx of the four fingers other than the thumb.

[0011] like Figure 2 The handheld auxiliary operating component (72) shown in b includes a handheld part (72b) and a lightweight striking part (72a). The conductive medium (7a) is disposed on the striking surface of the lightweight striking part (72a). The lightweight striking part (72a) adopts a cushioning material (such as plastic foam, sponge, etc.) and / or a cushioning structure (such as a hollow structure, an inflatable balloon structure) to reduce striking vibration and noise.

[0012] like Figure 2 c1、 Figure 2 c2, Figure 2 As shown in c3, the input terminal (3) can be arranged on a vertical plane. The wall-mounted auxiliary operating component (73) includes a suspension base point (73a), a hanging carrier (73b), and a pressure-bearing conductive component (73c) with the conductive medium (7a). The suspension base point (73a) is installed above the input terminal (3). The pressure-bearing conductive component (73c) is suspended on the suspension base point (73a) through the hanging carrier (73b) and forms a trigger reserved gap (40) with the surface of the input terminal (3) under the action of vertical gravity. When the external force presses the pressure-bearing conductive component (73c), the conductive medium (7a) can contact the two sets of conductive mating surfaces and form a conductive circuit to complete the command input.

[0013] A second aspect of the present invention provides a wall-mounted punching bag keyboard, such as... Figure 3 a, Figure 3 b、 Figure 3 c. Figure 3 As shown in d, it includes a planar display structure (6) and multiple durable input terminals (3) as described above; when the planar display structure (6) is in a wall-mounted state, multiple input terminals (3) are arranged in the upper half of the planar display structure (6) to adapt to wearable and handheld auxiliary operation touch input; one or more input terminals (3) with wall-mounted auxiliary operation (73) are arranged in the lower half to adapt to kick and knee input operations.

[0014] The planar display structure (6) is made of flexible Oxford cloth with a thickness of 0.5mm. It can be bent and folded at will, making it easy to store and carry. The front of the structure is printed with a human figure outline (81). The human figure outline (81) has a height of 1.6m and a width of 0.5m, which simulates the human body shape and achieves a real-person battle visual effect.

[0015] The suspension carrier is divided into a linear carrier and a cloth-like flexible carrier. The diameter of the linear carrier is preferably 0.5 mm, and the width of the cloth-like carrier is preferably 8 cm, to adapt to different suspension load-bearing and usage scenarios.

[0016] The planar display structure (6) is equipped with quick-release connectors, specifically hook and loop fasteners; the hook and loop fastener hook surface (61) is fixed on the back of the suspension base point (73a), and the hook and loop fastener rough surface (62) is fixed at the corresponding position of the planar display structure (6), so as to realize the quick disassembly and assembly of the wall-mounted auxiliary operating component; the hook and loop fastener rough surface (62) is provided at the four corners of the back of the planar display structure (6), which can cooperate with the hook and loop fastener hook surface (61) of the mounting surface to realize the quick wall-mounted installation and disassembly of the equipment.

[0017] The main control processing module (9) is a keyboard main control module, which integrates a USB port, a Bluetooth function module and a battery module; the USB port supports OTG connection to mobile phones, and can be directly connected to mobile phones through an OTG adapter data cable, and can be used in an emergency when the battery is dead; the Bluetooth module works with the battery module to realize wireless communication and self-powered power supply of the device, freeing it from the constraints of cables.

[0018] Each set of conductive lines (1) is provided with a power terminal (30) at the end. The power terminal (30) is made of copper sheet and is electrically connected to the conductive line (1) by welding or bonding with conductive adhesive. Each power terminal (30) is welded with a signal extension line (31). The signal extension line (31) is a data line with insulating rubber, and the length range is preferably 10cm to 30cm. All extension lines are wrapped inside the insulating rubber. The end of the extension line is electrically connected to the row and column signal receiving end of the keyboard main control module. Beneficial effects

[0019] 1. This invention abandons the spring-loaded structure that is essential for traditional input terminals. Signal input is achieved by the conductive medium (7a) of the auxiliary operating component contacting and conducting two sets of insulated conductive mating surfaces. There is no wear problem of the spring-loaded structure, which greatly improves the overall service life of the input terminal and significantly enhances the durability of the equipment. 2. The core load-bearing structure planar display structure (6) adopts flexible planar material, which can be folded and bent at will, with a small storage volume, and is convenient to transport and store, solving the problem that traditional equipment cannot be stored and occupies a lot of space; 3. The lower half of the device is equipped with a dedicated wall-mounted auxiliary operating component (73), which is specifically adapted to kicking and kneeing actions, breaking through the limitation of traditional punching targets that only accept hand striking input, and making the sports interaction methods richer; 4. Flat display structure (6) The front is printed with the outline of a human figure (81), which can simulate the scene of real people fighting, enhance the fun and immersion of the device, and solve the problem of traditional electronic punching targets having no visual interaction and poor fun. 5. The conductive medium (7a) and the impact buffer structure of the wearable auxiliary operation device (71) are only set in the front part of the palm and fingers (71b), which avoids the force of the fist hitting the front, greatly reduces the noise and vibration during the hitting process, avoids disturbing the surrounding environment, and has a wider range of applicable scenarios.

[0020] 6. The conductive medium (7a) is placed on the impact surface of the lightweight impact part (72a) to reduce noise and vibration during the impact process, avoid disturbing the surrounding environment, and make it applicable to a wider range of scenarios. Attached Figure Description

[0021] Figure 1a , 1b 1c is a schematic diagram of the working principle of the input terminal (3), showing three different combinations of the first conductive contact surface (1a) and the second conductive contact surface (2a); among which Figure 1a It has a linear structure. Figure 1b It has a blocky structure. Figure 1c To simulate the shape and marking structure of the human legs; Figure 2 a is a boxing glove-style wearable auxiliary operating device (71) with a conductive medium (7a); Figure 2 a1 is a schematic diagram of the area of ​​the forehand and palmar finger section (71b); Figure 2 b is a lightweight hammer-shaped handheld auxiliary operating component (72) with a conductive medium (7a); Figure 2 c1、 Figure 2 c2, Figure 2 c3 is a schematic diagram of the wall-mounted auxiliary control device from different perspectives, in which... Figure 2 c1 is the top left view. Figure 2 c2 is the rear view. Figure 2 c3 is the right-side view after installation; Figure 3 a, Figure 3 b、 Figure 3 c. Figure 3 d is a structural diagram of the wall-mounted punching bag keyboard of the present invention, wherein Figure 3 'a' represents the internal wiring diagram. Figure 3 b is a product appearance drawing. Figure 3 c is a detailed assembly drawing of the wall-mounted auxiliary operating component (including the lower leg pattern and the dotted line marking of the conductive medium). Figure 3 d is the rear view of the product. Detailed Implementation

[0022] The present invention will be further described in detail below with reference to specific embodiments.

[0023] In this embodiment, as Figure 1a As shown, the first conductive mating surface (1a) and the second conductive mating surface (2a) on the surface of the input terminal (3) are formed by screen printing conductive silver paste, and the length of the mating surface is 10cm; the width of the insulating separation gap (4) between the two sets of conductive mating surfaces is fixed at 2cm, and it is kept in a completely insulated and disconnected state under normal conditions.

[0024] The conductive circuit (1) adopts conductive silver paste printed circuit with a wire diameter of 0.1mm. The circuit is neatly arranged, the electrical signal transmission is stable, and it is suitable for use with flexible substrates.

[0025] like Figure 2 a, Figure 2 As shown in b, the conductive medium (7a) is a mesh conductive fabric, which is fixed to the surface of various auxiliary operating parts by adhesive. It has stable conductivity, wear resistance and anti-aging properties, and can be used repeatedly for a long time.

[0026] like Figure 2 c1、 Figure 2 c2, Figure 2 As shown in c3, the trigger reserved gap (40) of the wall-mounted auxiliary operating component (73) is 5cm wide, and the pressing trigger is sensitive and there is no problem of accidental touch.

[0027] like Figure 2 c1、 Figure 2 c2, Figure 2 As shown in c3: 1. Suspension base (73a): EVA lightweight buffer plate with a thickness of 5cm, width of 8cm and height of 15cm is used. The hook and loop fastener (61) is fixed on the back and cooperates with the hook and loop fastener (62) of the flat display structure (6) to achieve quick assembly and disassembly. 2. Suspension carrier (73b): 0.5mm diameter nylon rope with an overall length of 20cm is selected. Both ends are fixedly connected to the suspension base (73a) and the pressure-bearing conductor (73c) by adhesive bonding, which ensures stable suspension and good load-bearing capacity. 3. Pressure-bearing conductive component (73c): Made of EVA buffer and shock-absorbing material, with an overall size of 20cm in diameter and 8cm in thickness. The surface is simultaneously covered with a conductive coating and a mesh conductive fabric as a conductive medium (7a). The external force required to trigger is 5N. Pressing, kicking, and kneeing can all easily trigger it, which is suitable for the normal range of human force exertion.

[0028] like Figure 3 a, Figure 3 b、 Figure 3 As shown in d, the flat display structure (6) of this product is made of 0.5mm thick Oxford cloth, with a 1.6m×0.5m human figure outline (81) printed on the front. The whole is divided into two operating areas, upper and lower, which are adapted to different operating methods and user heights.

[0029] 1. Upper area: Nine input terminals (3) are arranged in a matrix grid, corresponding to the area above the calves of the human figure. It is only suitable for wearable and handheld auxiliary operation devices for hand-tapping input, and there is no wall-mounted auxiliary structure. The height of this area is divided into different levels to suit users of all ages: (1) The upper half of the area is 0.4m to 0.6m and the lower half is less than 0.2m, which is suitable for children with a height of about 0.8m to operate their hands. (2) The upper half of the area is 0.6m to 1m and the lower half is less than 0.4m, which is suitable for children around 1.2m tall to operate their hands. (3) The upper half of the area is 1m to 1.4m and the lower half is less than 0.6m, which is suitable for the hand operation of children around 1.6m tall; (4) The upper half of the area is 1.6m to 2m and the lower half is less than 1m, which is suitable for the hand operation of adults around 1.8m tall, and is also suitable for kicking and knee striking operations for users of the corresponding height.

[0030] 2. Lower half area: Two input terminals (3) are set up and equipped with wall-mounted auxiliary operation components (73), corresponding to the area below the waist and the entire leg area of ​​the human figure outline; the area below the knee is adapted to be triggered by kicking external force, and the area above the knee is adapted to be triggered by hand hitting, with multiple interaction methods.

[0031] 1. Command mapping for the nine 3x3 input terminals in the upper half area: Upper left input terminal: Mapped to numbers 1 and 0, circuit matching main control module C1 and R1 terminals; The input terminal at the top: maps the letters a, b, c, A, B, C and the number 2, and the circuit matches the C2 and R1 terminals of the main control module; Upper right input terminal: maps letters d, e, f, D, E, F and number 3, and the circuit matches the C3 and R1 terminals of the main control module; The input terminal on the left: maps the letters g, h, i, G, H, I and the number 4, and the circuit matches the C1 and R2 terminals of the main control module; The input terminal in the center: maps the letters j, k, l, J, K, L and the number 5, and the circuit matches the C2 and R2 terminals of the main control module; Rightmost input terminal: maps letters m, n, o, M, N, O and number 6, and the circuit matches the C3 and R2 terminals of the main control module; The lower left input terminal maps to the letters p, q, r, s, P, Q, R, S and the number 7, and the circuit matches the C1 and R3 terminals of the main control module. The input terminal directly below: maps to the letters t, u, v, T, U, V and the number 8, and the circuit matches the C2 and R3 terminals of the main control module; The lower right input terminal maps to the letters w, x, y, z, W, X, Y, Z and the number 9, and the circuit matches the C3 and R3 terminals of the main control module.

[0032] 2. Instruction mapping for the two input terminals in the lower half of the region: The two input terminals corresponding to the left and right legs are both mapped to the number 1, and the circuit is uniformly matched with the C1 and R3 terminals of the main control module.

[0033] 1. Wiring layout: such as Figure 3 As shown in the internal circuit diagram of product a, all conductive lines (1) can be directly arranged on the front of the planar display structure (6), or arranged on the back of the structure through through-hole layer replacement and inter-layer interconnection structure to achieve stable electrical connection of conductive mating surface. The circuit layout is flexible and highly concealed. 2. Outer packaging: such as Figure 3As shown in the product appearance diagram, the front of the equipment can be covered by two processes: one is to wrap the entire conductive line (1) with additional flexible cloth material to expose the conductive mating surface (1a) and the second conductive mating surface (2a); the other is to use insulating spray printing material to directly spray and cover the entire conductive line (1) to expose the conductive mating surface (1a) and the second conductive mating surface (2a) of the front line, so as to achieve insulation protection and aesthetic enhancement. 3. For example Figure 3 As shown in Figure c, the product integrates a human-shaped calf pattern. The dotted lines represent the layout of the conductive medium (7a) on the back of the pressure-bearing conductive component (73c). The structural markings are clear and the assembly is precise.

Claims

1. A durable input terminal, wherein the input terminal (3) identifies the conduction state of two sets of conductive mating surfaces, a first conductive mating surface (1a) and a second conductive mating surface (2a), through a main control processing module (9) to output a corresponding input command; the first conductive mating surface (1a) and the second conductive mating surface (2a) respectively transmit electrical signals to the main control processing module (9) via two sets of conductive lines (1); characterized in that: The first conductive mating surface (1a) and the second conductive mating surface (2a) are disposed on the surface of the input end (3), and an insulating separation gap (4) is provided between them. They are normally insulated from each other. The input end (3) is equipped with an auxiliary operating component with a conductive medium (7a). The auxiliary operating component includes at least one of a wearable auxiliary operating component (71), a handheld auxiliary operating component (72), and a wall-mounted auxiliary operating component (73). When the user contacts the surface of the input end (3) through the auxiliary operating component, the two sets of conductive mating surfaces are connected by the conductive medium (7a) to form a conductive circuit.

2. A durable input terminal as described in claim 1, characterized in that, The shape formed by the combination of the first conductive mating surface (1a) and the second conductive mating surface (2a) on the input terminal (3) includes a block shape.

3. A durable input terminal as described in claim 1, characterized in that, The wearable auxiliary operating device (71) is a boxing glove or glove.

4. A durable input terminal as described in claim 1, characterized in that, The wearable assistive device (71) includes a buffer portion (71a) that covers and protects the palmar and finger proximal segment (71b), and the conductive medium (7a) is disposed on the surface of the buffer portion (71a); the palmar and finger proximal segment (71b) refers to the entire palmar and / or dorsal areas corresponding to the middle phalanges and / or distal phalanges of the four fingers excluding the thumb. A durable input terminal as described in claim 1, characterized in that the wearable auxiliary operating component (71) includes a buffer portion (71a) covering and protecting the palmar and finger proximal segment (71b), the conductive medium (7a) being disposed on the surface of the buffer portion (71a); the palmar and finger proximal segment (71b) refers to the entire palmar surface area and / or palmar dorsal area corresponding to the middle phalanx and / or distal phalanx of the four fingers excluding the thumb.

5. A durable input terminal as described in claim 1, characterized in that, The handheld auxiliary operating component (72) includes a handheld part (72b) and a lightweight striking part (72a), wherein the conductive medium (7a) is disposed on the striking surface of the lightweight striking part (72a), and the lightweight striking part (72a) is made of a cushioning material and / or structure.

6. A durable input terminal as described in claim 1, characterized in that, The input terminal (3) is arranged on a vertical plane. The wall-mounted auxiliary operating component (73) is a wall-mounted auxiliary operating component (73) including a suspension base point (73a), a hanging carrier (73b) and a pressure-bearing conductive component (73c) with the conductive medium (7a). The suspension base point (73a) is installed above the input terminal (3). The pressure-bearing conductive component (73c) is suspended on the suspension base point (73a) through the hanging carrier (73b) and forms a trigger reserved gap (40) between it and the surface of the input terminal (3) under the action of vertical gravity. When the external force presses the pressure-bearing conductive component (73c), the conductive medium (7a) on it can contact the two sets of conductive mating surfaces on the surface of the input terminal (3) and form a conductive circuit.

7. A wall-mounted punching bag keyboard, characterized in that, It includes a planar display structure (6) and a plurality of durable input terminals (3) as described in claim 1; when the planar display structure (6) is in a wall-mounted state, the plurality of input terminals (3) are arranged in the upper half of the planar display structure (6) to accommodate users to touch and input using wearable auxiliary operating devices (71) or handheld auxiliary operating devices (72); and one or more of the input terminals (3) equipped with the wall-mounted auxiliary operating device (73) as described in claim 6 are arranged in the lower half of the planar display structure (6) to accommodate users to touch and input by kicking or kneeing.

8. A wall-mounted punching bag keyboard as described in claim 7, characterized in that, The planar display structure (6) is made of flexible fabric, the suspension base (73a) of the wall-mounted auxiliary operating component (73) is a lightweight block profile, the hanging carrier (73b) is a linear carrier or a flexible fabric carrier; the pressure-bearing conductor (73c) is a protective profile component with buffering, shock absorption and impact resistance.

9. A wall-mounted punching bag keyboard as described in claim 8, characterized in that, The suspension base (73a) is installed on the surface of the planar display structure (6) via a quick-release connector; the back of the planar display structure (6) has a quick-release connector that can be easily installed on the mounting surface.

10. A wall-mounted punching bag keyboard as described in claim 7, characterized in that, The front of the planar display structure (6) is provided with a human-shaped outline body (81); the upper half area corresponds to the waist and above of the human-shaped outline body (81), and is provided with an input end (3) without wall-mounted auxiliary operation device (73) to adapt to hand striking operation; the lower half area corresponds to the waist and below of the human-shaped outline body (81), and is provided with an input end (3) equipped with wall-mounted auxiliary operation device (73) to adapt to leg and foot impact trigger operation.

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