WO2020181927A1

WO2020181927A1 - Obstacle support

Info

Publication number: WO2020181927A1
Application number: PCT/CN2020/073173
Authority: WO
Inventors: 黎耀豪
Original assignee: 德机(香港)有限公司
Priority date: 2019-03-13
Filing date: 2020-01-20
Publication date: 2020-09-17
Also published as: CN209752120U

Abstract

Disclosed is an obstacle support, comprising multiple support bases. Each two adjacent support bases are connected to each other by means of a lamp assembly. The lamp assembly can rotate arbitrarily in an axial direction of the support base. Each support base is provided with a mechanical touch switch or an infrared sensing switch and a speaker. Each lamp assembly is suspended on two adjacent support bases. When the mechanical touch switch or the infrared sensing switch senses an object, the lamp assembly is turned off. The angle of the product is adjustable, and the product can be adjusted to form different shapes and adapted to players of various levels. The product can provide different training shapes and degrees of difficulty according to requirements. The product can be disassembled, occupies little space, is lightweight and portable, provides multiple training modes, increases the fun of training, prevents boredom with training, has timekeeping and scoring functions, quantizes training data, allows data comparison, has a small footprint, readily provides indoor and outdoor training, and can improve the level of players in a precise manner by means of the infrared sensing switch or the mechanical touch switch thereof.

Description

An obstacle bracket

Technical field

The invention relates to training equipment, in particular to an obstacle support.

Background technique

The batting trainer is a kind of equipment used for sports training on ice. The traditional ice sports trainer uses blind hitting and blind training; the training effect is not good and the interest is not strong.

Summary of the invention

The purpose of the present invention is to provide an obstacle support for the above-mentioned defects of the prior art. This product can be used in real ice rinks and roller skating rinks.

In order to solve the above-mentioned shortcomings of the prior art, the technical solution provided by the present invention is: an obstacle bracket including a plurality of support bases, each two adjacent support bases are connected by a lamp tube assembly, and the lamp The tube assembly can be arbitrarily rotated along the axial direction of the support base, each support base is provided with a mechanical touch switch or an infrared sensor switch and a horn, and each of the lamp tube assemblies is suspended on two adjacent When an object is sensed by the mechanical touch switch or the infrared sensor switch on the support seat, the lamp assembly is turned off.

As an improvement of the barrier bracket of the present invention, the lamp tube assembly includes a lamp tube, a lamp board is arranged in the lamp tube, and the lamp tube is connected to the support base to realize electrical connection.

As an improvement of the barrier bracket of the present invention, a power supply and a power adapter are also provided in each support base.

As an improvement of the barrier bracket of the present invention, the support base includes a base and an upper cover, the upper cover is covered on the base, and the connection between the upper cover and the base is provided with a rotating shaft. Two rotating shafts are arranged on the outer side, and the rotating shafts are connected with the lamp tube, and a plurality of lamp tube assemblies and supporting seats can be placed in any shape.

As an improvement of the obstacle support of the present invention, a switch button and a mode switch button are provided on the support base, and the mode switch button can switch four training modes.

As an improvement of the obstacle support of the present invention, the mode switch button switches to the training mode once it enters the simple training mode, the light of the lamp tube assembly flashes 3 times, and the training time is 5 seconds, and the plurality of lamp tube assemblies randomly light a group of lights , Only when the ball is sensed by the mechanical touch switch or infrared sensor switch, the lamp of the tube assembly will go out, the horn will beep once, and then randomly turn on the lamp of another group of lamp assembly. time limit.

As an improvement of the obstacle support of the present invention, when the mode switching button switches to training mode 2, it enters the intermediate training mode, the lamp of the lamp assembly flashes 3 times for 5 seconds to enter the training, and a group of multiple lamp assemblies are randomly lit The light is on for 3 seconds. If the ball is not sensed within 3 seconds, it will automatically turn off and randomly turn on the lights of another set of tube components; when a ball passes through the sensing component, it will be sensed. When the light is off, the horn will With a beep, and then randomly turn on the lights of another group of tube components, and so on, there is no time limit.

As an improvement of the obstacle support of the present invention, the mode switch button switches to the training mode for three hours, and enters the advanced training mode. The light flashes 3 times for 5 seconds to enter the training. A group of lights are randomly turned on by multiple light tube components, and the light is on for the time It is 2 seconds. If the ball is not sensed within 2 seconds, the light will automatically turn off and randomly turn on the lights of another group of tube components; when a ball is sensed by the sensing component, the horn will beep when the light is off , And then randomly turn on the lights of another group of tube assemblies, and so on, without time limit.

As an improvement of the barrier bracket of the present invention, the mode switch button switches to the training mode four when it enters the fixed-point straight line training mode, and the multiple light tube assemblies and support bases are enclosed in a regular 5-sided shape. The light flashes 3 times and takes 5 seconds to enter the training. Multiple tube assemblies randomly turn on 2 sets of lights. When only the ball passes through the lights of the two sets of tube assemblies at the same time, the lights go out and randomly turn on the lights of the other 2 sets of tube assemblies. ; When a ball is sensed when it passes the sensing component, the light will be off and it will beep once, and the cycle is like this without time limit.

Compared with the prior art, the advantages of the present invention are: the product can adjust the angle, change different shapes, adapt to trainers of different levels, and change the training shape and difficulty according to the actual situation of the trainers; it can be disassembled and assembled, saving space; Light weight and easy to carry; multiple training modes, increase the fun of training, so that training is no longer boring and boring; small footprint, you can start training at home or outdoors at any time; use infrared induction or mechanical touch switch to improve accuracy The level of trainers; added the function of timing and scoring, allowing trainers to quantify data and compare data in a centralized manner.

Description of the drawings

In the following, the present invention and its beneficial technical effects will be described in further detail based on the drawings and specific embodiments, in which:

Figure 1 is a schematic diagram of the three-dimensional structure of the present invention.

Figure 2 is a schematic diagram of the support base.

Reference sign name: 1. Supporting seat 2. Lamp assembly 3. Mechanical touch switch or infrared sensor switch 11, Base 12, Upper cover 13, Rotating shaft 14, Rotating shaft.

detailed description

The following further describes the present invention based on the drawings and specific embodiments, but the implementation of the present invention is not limited thereto.

As shown in Figures 1 and 2, an obstacle bracket includes a plurality of support bases 1, and each two adjacent support bases 1 are connected by a lamp tube assembly 2. The lamp tube assembly 2 can be connected along the support base 1. Rotate arbitrarily in the axial direction. Each support 1 is equipped with a mechanical touch switch or infrared sensor switch 3 and a horn. Each lamp assembly 2 is suspended and erected on two adjacent support bases 1. The mechanical touch switch Or when the infrared sensor switch 3 senses an object, the lamp assembly 2 turns off.

Press the switch button, the 5 groups of lamp assembly 2 will be on for 1 second, and the light will go out to enter the standby state, press the mode button to enter the game.

Preferably, the lamp tube assembly 2 includes a lamp tube, a lamp panel is arranged in the lamp tube, and the lamp tube is electrically connected to the support base 1.

Preferably, each support base 1 is also provided with a power source and a power adapter.

Preferably, the support base 1 includes a base 11 and an upper cover 12. The upper cover 12 covers the base 11, a rotating shaft 13 is provided at the connection between the upper cover 12 and the base 11, and two rotating shafts 14 are provided on the outside of the rotating shaft 13. The shaft 14 is connected to the lamp tube, and the plurality of lamp tube assemblies 2 and the support base 1 can be placed in any shape.

Preferably, a switch button and a mode switch button are provided on the support base 1, and the mode switch button can switch four training modes.

Preferably, when the mode switch button switches the training mode, it enters the simple training mode, the light of the lamp assembly flashes 3 times, and the time is 5 seconds to enter the training. Multiple lamp assemblies randomly light a group of lights, and only the ball passes the mechanical touch switch or When the infrared sensor switch is sensed, the lamp of the tube assembly will go out, the horn will beep once, and then the lights of another set of tube assemblies will be turned on randomly. This cycle does not have a time limit.

Preferably, when the mode switch button switches to training mode 2, it enters the intermediate training mode, the lamp of the lamp assembly flashes 3 times for 5 seconds to enter the training, and multiple lamp assemblies randomly turn on a group of lights, and the lighting time is 3 seconds. If the ball is not sensed within seconds, it will automatically turn off and randomly turn on the lights of another group of tube components; when a ball is sensed when passing through the sensing component, the horn will beep once when the light is off, and then randomly turn on again The lights of the other group of tube assemblies are cycled like this without time limit.

Preferably, the mode switch button switches to the training mode at three o'clock to enter the advanced training mode. The light flashes 3 times for 5 seconds to enter the training. Multiple lamp components randomly light a group of lights, the light lasts for 2 seconds, and there is no induction within 2 seconds. When the ball passes by, it will automatically turn off and randomly turn on the lights of another set of tube components; when a ball passes through the sensing component, it will be sensed. When the lights are off, the horn will beep once, and then randomly turn on another set of lights. The lamp of the tube assembly can cycle in this way without time limit.

Preferably, the mode switch button switches to the training mode four times to enter the fixed-point straight line training mode. The multiple light tube assemblies and the support base are enclosed in a regular 5-sided shape, and the light of the light tube assembly flashes 3 times for 5 seconds When entering the training, multiple lamp components will randomly turn on 2 sets of lights. When only the ball passes through the lights of the two sets of tube components at the same time, the lights will go out and randomly turn on the lights of the other two sets of tube components; when a ball passes through the sensing component, it will be sensed When it arrives, the light will go out and it will beep once, and it will cycle like this without time limit.

Although the embodiments of the present invention have been shown and described, those of ordinary skill in the art can understand that various changes, modifications, and substitutions can be made to these embodiments without departing from the principle and structure of the present invention. And variations, the scope of the present invention is defined by the appended claims and their equivalents.

Claims

An obstacle bracket, characterized in that it comprises a plurality of support seats, each two adjacent support seats are connected by a lamp tube assembly, and the lamp tube assembly can be arbitrarily rotated along the axial direction of the support seat Each of the support bases is provided with a mechanical touch switch or an infrared sensor switch and a horn, each of the lamp tube assemblies is suspended and erected on two adjacent support bases, and the mechanical touch switch Or when the infrared sensor switch senses an object, the lamp assembly turns off.
The obstacle bracket according to claim 1, wherein the lamp tube assembly comprises a lamp tube, and a lamp panel is arranged in the lamp tube, and the lamp tube is electrically connected to the support base.
The obstacle support according to claim 1, wherein a power supply and a power adapter are also provided in each support base.
The barrier bracket according to claim 2, wherein the support base comprises a base and an upper cover, the upper cover is covered on the base, and a rotating shaft is provided at the connection between the upper cover and the base, Two rotating shafts are arranged on the outer side of the rotating shaft, and the rotating shaft is connected with the lamp tube, and a plurality of lamp tube assemblies and supporting seats can be placed in any shape.
The obstacle support according to claim 1, wherein the support base is provided with a switch button and a mode switch button, and the mode switch button can switch four training modes.
The obstacle support according to claim 5, characterized in that, when the mode switch button switches the training mode, it enters the simple training mode, the light of the lamp tube assembly flashes 3 times, and the time is 5 seconds to enter the training. A group of lights is turned on randomly. Only when the ball is sensed by the mechanical touch switch or infrared sensor switch, the lamp of the tube assembly will go out, the horn will beep, and then the lights of another set of tube assembly will be turned on randomly. This cycle, no time limit.
The obstacle support according to claim 5, characterized in that, when the mode switch button switches to training mode 2, it enters the intermediate training mode, the light of the lamp assembly flashes 3 times for 5 seconds, and the training is entered. The component turns on a group of lights randomly, and the light is on for 3 seconds. If the ball is not sensed within 3 seconds, it will automatically turn off and randomly turn on the lights of another set of tube components; when a ball passes through the sensing component, it is sensed and the light is off At the same time, the horn will beep once, and then randomly turn on the lights of another group of tube components, and this cycle is unlimited, with no time limit.
The obstacle support according to claim 5, characterized in that the mode switch button switches to the training mode at three o'clock to enter the advanced training mode, the light flashes 3 times and the time is 5 seconds to enter the training, and a group of multiple lamp components are randomly lit The light is on for 2 seconds. If the ball is not sensed within 2 seconds, it will automatically turn off and randomly turn on the lights of another set of tube components; when a ball passes through the sensing component, it will be sensed. When the light is off, the horn will With a beep, and then randomly turn on the lights of another group of tube components, and so on, there is no time limit.
The obstacle support according to claim 5, characterized in that when the mode switching button switches to training mode four, it enters the fixed-point straight line training mode, enclosing a plurality of lamp tube assemblies and support bases into a regular 5-sided shape, The lamp of the lamp assembly flashes 3 times for 5 seconds to enter the training. Multiple lamp assemblies randomly turn on 2 sets of lights. When the ball passes through the lamps of the two sets of lamp assemblies at the same time, the lights are off and the other 2 sets of lights are randomly turned on. The lamp of the tube assembly; when a ball passes through the sensing assembly, it is sensed, the light will be off and will beep once, and the cycle is like this without time limit.