CN210786187U - Human-shaped fighting training device - Google Patents

Abstract

The utility model relates to a humanoid fighting training device, including base, support and bearing portion, the support set firmly in on the base, bearing portion with the form of cladding cover in on the support, the support includes horizontal supporting part and erects the supporting part, erect the supporting part with the base is fixed, horizontal supporting part with erect supporting part vertical fixation, bearing portion is fixed with a plurality of stress-sensitive units, each stress-sensitive unit connects in an audio output device through a control circuit, the response signal that the output corresponds during stress-sensitive unit atress extremely control circuit, control circuit respond to the response signal, and according to response signal control audio output device work. When the corresponding position is hit or extruded, the stress induction unit outputs a corresponding signal, and the audio output device is controlled to sound through the control circuit, so that a real-time reminding effect can be achieved.

Description

Human-shaped fighting training device

Technical Field

The utility model relates to a fighting training device, in particular to a human-shaped fighting training device.

Background

At present, fighting training is very popular in the market and has very important effect on the exercise of the whole aspect of the body, but the fighting training in the market is generally mechanical at present, and no device capable of reminding a user of the training condition in real time during the training is provided, so if no coach supervises from the side, the training is easy to relax, and the striking position is correct during the training, so that redundant and invalid training is caused.

SUMMERY OF THE UTILITY MODEL

In view of the above, the present invention provides a human-shaped fighting training device to solve the above problems.

In order to solve the technical problem, the technical scheme of the utility model is that: the utility model provides a humanoid boxing training device, includes base, support and bearing portion, the support set firmly in on the base, bearing portion with the form of cladding cover in on the support, the support includes horizontal supporting part and erects supporting part, erect supporting part with the base is fixed, horizontal supporting part with erect supporting part vertical fixation, bearing portion is fixed with a plurality of stress response units, each stress response unit passes through a control circuit and connects in an audio output device, stress response unit outputs corresponding sensing signal to control circuit when atress, control circuit responds to sensing signal, and according to sensing signal control audio output device work.

Further, the base includes the thread fixing portion, the thread fixing portion is used for fixing with ground through threaded connection's mode.

Further, the base includes balancing weight and rubber cladding, the rubber cladding the balancing weight setting.

Further, the bottom surface of the base is provided with an arc surface, the protruding direction of the arc surface faces the ground, and when the bearing part is stressed, the contact position of the base and the ground is changed, and the contact position always has a resetting trend.

Further, the bearing part comprises a filling inner core and an outer cladding structure, the filling inner core is filled with a textile material, and the outer cladding structure is made of an EVA material.

Furthermore, a plurality of fixing grooves are formed in the support, and the stress sensing unit is fixed to any fixing groove through a fixing piece.

Further, the fixing piece is fixedly connected with the stress sensing unit, a rubber fixing ring is arranged on the fixing piece, a magnetic lantern ring is fixed on the stress sensing unit, and when the fixing piece is matched with the fixing groove, the magnetic lantern ring and the support generate magnetic force to extrude the rubber fixing ring to enter the fixing groove, so that the rubber fixing ring is in interference fit with the fixing groove.

Furthermore, the control circuit and the audio output device are arranged in a protective package, the protective package is fixed on the vertical supporting part, the control circuit is connected with each stress induction unit through a cable, and the support is hollow so that the cable can be connected to the control circuit from the stress induction units.

Furthermore, the fixing groove is provided with a first overcurrent interface, one end of the first overcurrent interface is connected with the cable, the other end of the first overcurrent interface is used for being coupled with the fixing piece, the fixing piece is provided with a second overcurrent interface, and when the fixing piece is fixed with the fixing groove, the control circuit is coupled with the stress induction unit through the cable, the first overcurrent interface and the second overcurrent interface in sequence.

The utility model discloses technical effect mainly embodies in following aspect: through setting up like this, when corresponding the position receive to hit and hit or when extrudeing, the signal that the stress induction unit will output corresponds, and will control audio output equipment sound production through control circuit, so just can play the effect of a real-time warning.

Drawings

FIG. 1: the structure schematic diagram of the human-shaped fighting training device of the utility model;

FIG. 2: the utility model discloses a thread connection base front view direction structure chart of a human-shaped fighting training device;

FIG. 3: the utility model discloses a cambered surface base front view direction structure chart of a human-shaped fighting training device;

FIG. 4: the utility model discloses a circuit interface connection diagram of a human-shaped fighting training device;

FIG. 5: the control circuit schematic diagram of the utility model;

FIG. 6: the utility model discloses a structural schematic diagram of another human-shaped fighting training device.

Reference numerals: 1. a ground surface; 100. a base; 110. a balancing weight; 120. a rubber coating layer; 200. a support; 201. an elastic member; 210. a lateral support portion; 220. a vertical support portion; 230. fixing grooves; 231. a first over-current interface; 300. a receiving part; 310. filling the inner core; 320. an outer cladding structure; 401. a stress sensing unit; 402. a cable; 410. a fixing member; 411. a rubber retainer ring; 412. a magnetic collar; 413. a second over-current interface; 421. a control circuit; 422. an audio output device.

Detailed Description

The following detailed description of the embodiments of the present invention is made with reference to the accompanying drawings, so that the technical solution of the present invention can be more easily understood and grasped.

First, a human-shaped fighting training device is specifically introduced, it should be noted that in the following human-shaped fighting training device, each component has a plurality of embodiments, and any different embodiments can be combined to form a device body, specifically as follows:

referring to fig. 1, the whole human-shaped fighting training device comprises three parts, namely a base 100, a support 200 and a bearing part 300, wherein the base 100 is arranged on the base 100 for providing a support and simultaneously needs to play a role of a counterweight, so that the gravity center of the whole device is reduced as much as possible, the whole device cannot topple over, the base 100 shown in fig. 1 comprises a counterweight block 110 and a rubber coating layer 120, the rubber coating layer 120 is arranged to coat the counterweight block 110, the rubber coating layer 120 can be arranged to be a tire, and the middle counterweight block 110 is formed by cement pouring. Referring to fig. 2, the base 100 is designed in another way, and the base 100 comprises a threaded fixing part which is used for being fixed with the ground 1 through a threaded connection way. The screw thread fixed part includes the screw hole, through seting up the inflation screw on ground 1, directly fixes whole base 100 on ground 1, is applicable to open-air square generally, and comparatively speaking, fixed effect is better, can play the fixed action of a preferred simultaneously, is difficult for producing the damage because of the overcast and rainy erosion. The third middle base 100 may be designed such that the bottom surface of the base 100 is an arc surface, the protruding direction of the arc surface faces the ground 1, and when the bearing part 300 is stressed, the contact position between the base 100 and the ground 1 changes and the contact position always has a tendency of resetting. As shown in fig. 3, the design similar to a tumbler structure can change the upper frame, so that the training apparatus shakes to generate an 'evading' effect when the upper part is stressed. The support 200 is designed as a cross support 200 structure shown in fig. 1, and mainly comprises a cross rod (a transverse support part 210) and a vertical rod (a vertical support part 220) which are combined, the material shape of a specific rod piece is not limited, the preferable cross structure can embody the characteristics of the head, the body, the hands and the like of a human body, the effect of a composite human body structure is achieved as far as possible, and thus a user can train in real time according to prompts. The bearing part 300 is a relatively central component of the present invention, and mainly plays a role of buffering, increasing volume and covering the stress sensing unit 401, and the first way can be to tie up an inner core made of an internal textile material by a linear body such as a hemp rope, etc., and need to have certain hardness, and at the same time, can provide a certain conduction space for the stress generated during striking, and ensure that the stress can be conducted to the stress sensing unit 401 to be received; the second way can be adopted that the bearing part 300 comprises a filling inner core 310 and an outer coating structure 320, the filling inner core 310 is filled with a textile material, the outer coating structure 320 is made of an EVA material, or can be made of a PEVA material and a PVC material, without limitation, and the EVA material can be integrally formed into a coating structure with an opening by processing, and when in use, only the coating structure is sleeved on the bracket 200, and then the textile material is filled in the coating structure, as shown in fig. 4. The textile material inside can be adjusted according to actual demand, and cotton wool, sponge and the like can be adopted. The bracket 200 is provided with a plurality of fixing grooves 230, and the stress sensing unit 401 is fixed to any fixing groove 230 by a fixing member 410. The stress sensing unit 401 can be directly fixed on the bracket 200 or fixed inside the cladding structure by a fixing method such as bundling, inserting, fixing, bonding, welding, etc., and the working principle of the stress sensing unit 401 is that when being hit, a corresponding voltage is output, and the voltage is captured to be data reflecting the hit, as shown in fig. 4, a preferred embodiment is provided, the fixing member 410 is fixedly connected with the stress sensing unit 401, a rubber fixing ring 411 is arranged on the fixing member 410, a magnetic collar 412 is fixed on the stress sensing unit 401, and when the fixing member 410 is matched with the fixing groove 230, the magnetic collar 412 and the bracket 200 generate magnetic force to press the rubber fixing ring 411 to enter the fixing groove 230, so that the rubber fixing ring 411 is in interference fit with the fixing groove 230. For example, when the support 200 is designed, a plurality of fixing grooves 230 are formed in the support 200 in advance, firstly, the stress sensing unit 401 needs to be wired, so that the wiring cost is saved, the cable 402 is directly connected to the fixing grooves 230, when the stress sensing unit 401 is inserted into the fixing grooves 230, electrical connection is established, specifically, the control circuit 421 and the audio output device are arranged in a protective package, the protective package is fixed on the vertical supporting portion 220, the control circuit 421 is connected with each stress sensing unit 401 through the cable 402, and the support 200 is hollow so that the cable 402 can be connected to the control circuit 421 from the stress sensing unit 401. Specifically, as follows, the fixing groove 230 is provided with a first electrical interface 231, one end of the first electrical interface 231 is connected to the cable 402, the other end of the first electrical interface 231 is used for coupling with the fixing element 410, the fixing element 410 is provided with a second electrical interface 413, and when the fixing element 410 is fixed to the fixing groove 230, the control circuit 421 is coupled to the stress sensing unit 401 through the cable 402, the first electrical interface 231, and the second electrical interface 413 in sequence. As shown in fig. 5, the circuit topology principle is that the comparator is triggered to work by the stress sensing unit 401, when the stress reaches a preset value, the comparator outputs a level to trigger the corresponding switch unit to work, and the switch unit inputs a reference level to the audio output device, so that the operation can be completed without any program algorithm control, and the circuit topology is simple and convenient. The whole system is powered by a power supply arranged on the audio output device, the control circuit and the audio output device share the power supply, and the stress induction unit supplies power through the control circuit to work. As shown in fig. 6, the audio output device may also be disposed below the receiving portion, and is mounted in a ring shape below the receiving portion and fixed to the bracket, which can prevent the audio output device from being hit. Fig. 6 also discloses another way that the supporting part is stressed to move, the elastic part 201 is arranged on the bracket, the elastic part 201 enables the upper part to swing and reset simultaneously when being hit, the function of the elastic part 201 is similar to that of a tumbler structure, a more stable implementation mode is provided, the number and the arrangement direction of the elastic part 201 are not limited, and the reset force during swinging is provided as the standard.

Of course, the above is only a typical example of the present invention, and besides, the present invention can also have other various specific embodiments, and all technical solutions adopting equivalent replacement or equivalent transformation are all within the scope of the present invention as claimed.

Claims (9)

1. A human-shaped fighting training device is characterized in that: including base, support and bearing portion, the support set firmly in on the base, bearing portion with the form of cladding cover in on the support, the support includes horizontal supporting part and erects supporting part, erect supporting part with the base is fixed, horizontal supporting part with erect supporting part vertical fixation, bearing portion is fixed with a plurality of stress induction units, each stress induction unit connects in an audio output device through a control circuit, stress induction unit outputs corresponding response signal extremely during the atress control circuit, control circuit respond to response signal, and according to response signal control audio output device work.

2. A human boxing training device in accordance with claim 1, wherein: the base includes the thread fixing portion, the thread fixing portion is used for fixing with ground through threaded connection's mode.

3. A human boxing training device in accordance with claim 1, wherein: the base comprises a balancing weight and a rubber coating layer, and the balancing weight is coated by the rubber coating layer.

4. A humanoid fighting training device as defined in claim 3, characterized in that: the bottom surface of base sets up to the cambered surface, the direction of protrusion of cambered surface sets up towards ground, works as the bearing part atress can lead to the contact position of base and ground changes just contact position has the trend of reseing all the time.

5. A human boxing training device in accordance with claim 1, wherein: the bearing part comprises a filling inner core and an outer cladding structure.

6. A humanoid fighting training device as defined in claim 5, characterized in that: the stress induction unit is fixed with any fixing groove through a fixing piece.

7. A humanoid fighting training device as defined in claim 6, characterized in that: the fixing piece is fixedly connected with the stress sensing unit, a rubber fixing ring is arranged on the fixing piece, a magnetic lantern ring is fixed on the stress sensing unit, and when the fixing piece is matched with the fixing groove, the magnetic lantern ring and the support generate magnetic force to extrude the rubber fixing ring to enter the fixing groove so that the rubber fixing ring is in interference fit with the fixing groove.

8. A humanoid fighting training device as defined in claim 7, characterized in that: the control circuit and the audio output device are arranged in a protective package, the protective package is fixed on the vertical supporting part, the control circuit is connected with each stress induction unit through a cable, and the support is hollow so that the cable can be connected to the control circuit from the stress induction units.

9. A humanoid fighting training device as defined in claim 8, characterized in that: the fixing groove is provided with a first overcurrent interface, one end of the first overcurrent interface is connected with the cable, the other end of the first overcurrent interface is used for being coupled with the fixing piece, the fixing piece is provided with a second overcurrent interface, and when the fixing piece is fixed with the fixing groove, the control circuit is coupled with the stress induction unit through the cable, the first overcurrent interface and the second overcurrent interface in sequence.

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