CN213192307U

CN213192307U - Multifunctional agility reaction trainer

Info

Publication number: CN213192307U
Application number: CN202021849641.1U
Authority: CN
Inventors: 黎燿豪
Original assignee: Techtics Hk Ltd
Current assignee: Techtics Hk Ltd
Priority date: 2020-08-28
Filing date: 2020-08-28
Publication date: 2021-05-14
Anticipated expiration: 2030-08-28

Abstract

The utility model discloses a multifunctional agility reaction trainer; including the triangle-shaped shell, the three corner lateral part of triangle-shaped shell all is equipped with the lateral part and responds to the module, and the positive middle part of triangle-shaped shell is equipped with positive response module, still is equipped with mode selection switch button on the triangle-shaped shell, keeps off position switch and digital display screen, and lateral part response module and positive response module all include LED lamp and infrared induction sensor, and infrared induction sensor goes out when sensing the object, LED lamp. The utility model adopts an electronic counting score, a local time limit, a sound prompt and a precise infrared induction device; the system comprises a wireless communication online mode, a remote control mode, a multi-machine connection interaction mode, a mode diversity mode, an automatic setting mode according to requirements, convenience in fixation and capability of multiple splicing online training; or the independent machine and the independent machine can utilize Bluetooth and APP on the mobile device to perform remote online training.

Description

Multifunctional agility reaction trainer

Technical Field

The utility model relates to an agility training ware, in particular to multi-functional agility reaction training ware.

Background

The ball sports trainer is a device capable of assisting the agility of dribbling and batting of athletes, and the traditional ball sports trainer is in a blind hitting and blind practicing mode; the training effect is not good, the training mode is single, and the interest is not strong.

SUMMERY OF THE UTILITY MODEL

The utility model aims at the above-mentioned defect of prior art, provide a multi-functional agile reaction training ware.

For solving the above-mentioned defect of prior art, the utility model provides a technical scheme is: the utility model provides a multi-functional agility reaction training ware, includes the triangle-shaped shell, the three corner lateral part of triangle-shaped shell all is equipped with the lateral part response module, the positive middle part of triangle-shaped shell is equipped with the front response module, still be equipped with mode selection switch button, fender position switch and digital display screen on the triangle-shaped shell, the lateral part response module with the front response module all includes LED lamp and infrared induction sensor, infrared induction sensor sense the object when the LED lamp goes out, the mode selection switch button is according to the training mode that once gets into mode 1, the mode selection switch button is according to the training mode that just gets into the mode several times.

As the utility model discloses a multi-functional agility reaction training ware improves, still be equipped with chargeable lithium cell, bee calling organ, adapter and PCB circuit board in the triangle-shaped shell, LED lamp, infrared induction sensor, chargeable lithium cell, bee calling organ, adapter all are connected with PCB circuit board electricity, infrared induction sensor when sensing the object at every turn bee calling organ all can sound.

As an improvement of the multifunctional agility reaction trainer, the front of the triangular shell is covered with a transparent shell, and the edge of the transparent shell is provided with a soft rubber ring.

As the utility model discloses a multi-functional agile reaction training ware improves, and is three wherein a set of LED lamp of lateral part response module is the starting lamp, and the starting lamp is opened and is dodged 3 back lights down, has the lateral part of starting lamp to respond to the module and sense when the object digital display screen does not score, two in addition the lateral part responds to the module with openly respond to the module when sensing the object every time digital display screen all notes one.

As an improvement of the utility model, the bottom of the triangular shell is provided with a telescopic support rod.

As an improvement of the utility model, the front interval of the triangular shell is provided with three movably-detachable supports, the supports can be connected to the supports of another triangular shell through the cross rod.

As an improvement of the utility model, the support has a connecting sleeve and a grafting portion, the connecting sleeve cup joints the corner of triangle-shaped shell, the horizontal pole is connected through the mode of pegging graft grafting portion.

As an improvement of the utility model, the three corner of triangle-shaped shell all is equipped with the arc bulge, the adapter sleeve is followed the arc bulge is worn to establish and is cup jointed the corner of triangle-shaped shell.

As the utility model discloses a multi-functional agility reaction training ware improves, still be equipped with bluetooth connection module on the PCB circuit board, this bluetooth connection module can connect through the APP on the mobile device.

Compared with the prior art, the utility model has the advantages that: the utility model adopts an electronic counting score, a local time limit, a sound prompt and a precise infrared induction device; the system comprises a wireless communication online mode, a remote control mode, a multi-machine connection interaction mode, a mode diversity mode, an automatic setting mode according to requirements, convenience in fixation and capability of multiple splicing online training; the independent machine and the independent machine can also utilize Bluetooth and APP on mobile equipment to carry out remote online training; when in on-line training, the program mode can be set as required, the height-adjustable supporting frame, the supporting frame and the product can be separated, and the induction and the receiving (the infrared induction device) are in the same direction.

Drawings

The invention and its advantageous technical effects are described in further detail below with reference to the accompanying drawings and embodiments, in which:

fig. 1 is a schematic perspective view of the present invention.

Fig. 2 is a schematic structural view of the utility model after the telescopic support rod is connected.

Fig. 3 is a schematic structural view of the multi-machine of the present invention after the cross bar and the bracket are connected.

Reference symbol names: 1. triangular shell 2, lateral part response module 3, front side response module 4, mode selection switch button 5, keep off position switch 6, digital display 7, transparent face shell 8, flexible glue ring 9, support 10, horizontal pole 11, adapter sleeve 12, grafting portion 13, arc bulge 14, bracing piece 15, charging socket.

Detailed Description

The invention will be further described below with reference to the drawings and specific examples, but the embodiments of the invention are not limited thereto.

As shown in fig. 1, fig. 2 and fig. 3, a multi-functional agile reaction training ware, including triangle-shaped shell 1, triangle-shaped shell 1's three corner lateral part all is equipped with lateral part response module 2, triangle-shaped shell 1's front middle part is equipped with front side response module 3, still be equipped with mode selection switch button 4 on the triangle-shaped shell 1, keep off position switch 5, charging socket 15 and digital display screen 6, lateral part response module 2 and front side response module 3 all include LED lamp and infrared induction sensor, when infrared induction sensor sensed the object, the LED lamp goes out, mode selection switch button 4 presses the training mode that once got into mode 1, mode selection switch button 4 just presses the training mode that the several times got into mode several.

Preferably, still be equipped with in the triangle-shaped shell 1 and can fill lithium cell, bee calling organ, adapter and PCB circuit board, LED lamp, infrared induction sensor, can fill lithium cell, bee calling organ, adapter all are connected with PCB circuit board electricity, and infrared induction sensor is when sensing the object every time, bee calling organ all can sound.

Preferably, the front surface of the triangular shell 1 is covered with a transparent face shell 7, and the edge of the transparent face shell 7 is provided with a soft rubber ring 8.

Preferably, one of them a set of LED lamp of module 2 is responded to three lateral part is the starting lamp, and the starting lamp is opened and is dodged 3 back lights down and bright, and when the lateral part that has the starting lamp responded to the module and senses the object, digital display screen does not score, and two other lateral parts respond to module 2 and positive response module 3 and all note one when sensing the object, digital display screen every time.

Preferably, the bottom of the triangular housing 1 is provided with a telescopic support bar 14.

Preferably, three movably detachable supports 9 are arranged at intervals on the front surface of the triangular shell 1, and the supports 9 can be connected with the supports 9 of another triangular shell 1 through a cross rod 10. The cross rod 10 and the bracket 9 can be used in a multi-machine connection mode.

Preferably, the bracket 9 has a connecting sleeve 11 and a plugging portion 12, the connecting sleeve 11 is sleeved at a corner of the triangular housing 1, and the cross bar 10 is connected with the plugging portion 12 in a plugging manner.

Preferably, three corners of the triangular shell 1 are provided with arc-shaped protrusions 13, and the connecting sleeve 11 is sleeved at the corner of the triangular shell 1 along the arc-shaped protrusions 13.

Preferably, still be equipped with bluetooth connection module on the PCB circuit board, this bluetooth connection module can connect through the APP on the mobile device. The program mode training can be set as required during a plurality of assembling online training, the independent machine and the independent machine utilize Bluetooth and APP remote online training on mobile equipment, and online training.

Mode 1: dividing three side induction modules into (A side induction module, B side induction module, C side induction module), pressing a mode selection switch once, selecting mode 1, entering a simple training mode (ST 1) (the lamp of the A side induction module is a default starting lamp), flashing the lamp for 3 (about 3 seconds) to enter a game, the starting lamp is on, the infrared induction sensor of the A side induction module induces the ball, the lamp is off, the buzzer can generate a ' drip ' sound, the starting lamp does not count at the moment, then the position B of the next lamp is clockwise turned on, after the infrared induction sensor of the B side induction module induces the ball, the lamp is off, the display gets one minute, the buzzer generates a ' drip ' sound, then the position C of the next lamp is clockwise turned on, after the infrared induction sensor of the C side induction module induces the ball, the lamp is off, the display gets one minute, and generates a ' drip ' sound ', then the next lamp position a is lit clockwise, this is one cycle, this is 5 cycles, and we go to 5 cycles counterclockwise, one for 45 seconds, noting that the clockwise direction is a-B-C-a and the counterclockwise direction is a-C-B-a.

Mode 2: divide into three lateral part response module (A lateral part response module, B lateral part response module, C lateral part response module), press mode selection switch button 2 times, select mode 2, get into middle-level training (slow flash) mode (ST2) (the LED lamp of A lateral part response module is the acquiescent starting lamp), the lamp flashes 3 (3 seconds probably) and gets into the recreation, the starting lamp lights, the starting lamp senses the ball, the lamp goes out, bee calling organ can "drip" one sound, at this moment, the starting lamp does not count, then light the LED lamp of a lateral part response module at random, the lamp is bright for 3 seconds, no sensing object process in 3 seconds, can go out and light the LED lamp on the other side at random automatically; when an object is sensed, the buzzer will "drop" one minute on the display, then the lamp on the other side is lighted at random, and the process is circulated for 45 seconds.

Mode 3: dividing three side induction modules into (A side induction module, B side induction module, C side induction module), pressing a mode selection switch key for 3 times, selecting a mode 3, entering an advanced training mode, connecting a plurality of products with Bluetooth to APP, selecting one of the products as a mother machine No. 1 machine, numbering other submachine according to the sequence of 2, 3, 4 and … …, then taking the product mother machine No. 1 machine as a host machine, taking the other connecting machines as submachine, debugging the program of the circulation splay, training time and training intensity, starting the mother machine No. 1 machine A lamp as a default starting lamp, when starting, flashing the lamp for 3 seconds (about 5 seconds) to enter a game, the starting lamp is on, the ball passes through the starting lamp, the buzzer sends out a 'dripping' sound, the starting lamp does not score, then the C lamp of No. 2 product is lighted, after the C lamp senses the ball, the lamp is off, and the 'dripping' sound is generated, the display gets one minute, light the B lamp of No. 2 products afterwards, after the ball was sensed to the B lamp, the lamp goes out to "drip" one sound, the display gets one minute, circulate according to eight characters order in proper order, the circulation order is that No. 1 machine of mother aircraft A-2 machine C-B-A-mother aircraft 1 machine B-C-A is a circulation, so circulate, time of one round is by APP oneself debugging, score and time are recorded by mother aircraft at last, can be continuous connect the submachine and enter and increase training intensity, the program of circulation eight characters is debugged on APP.

Mode 4: pressing the button of the mode selection switch 4 times, selecting the mode 4, entering the training mode (MT2) of the sportsman with the ball, connecting a plurality of products by Bluetooth to APP, selecting one of the products as a mother machine No. 1 machine, numbering other sub machines according to the sequence of 2, 3, 4 and … …, using the mother machine of the product as a host machine and the other sub machines as sub machines, selecting all A lamps to start inside the APP, entering the game after debugging, starting the lamps to flash for 3 seconds, the ball passes through the starting lamps, the lamps go out, and sending out a 'drop' sound, the starting lamps do not score, then lighting the A lamp of the No. 2 machine, the lamps go out only after sensing the ball, and then sending out a 'tick' sound, getting one minute on the display, then lighting the A lamp of the No. 3 machine, the lamps go out only after sensing the ball, and then sending out a 'tick' sound, getting one minute on the display, namely the trainer is training along the curve of S, so circulate, 75 seconds on one' S spot, the training person can add the product into according to the intensity that oneself needs the training, can utilize APP to enter the product, increases the length of S curve, and this mode is the training of dribbling, and the A lamp of relevant position is bright just to have a score through that lamp, and when no ball passed through, the lamp was often bright.

Mode 5: pressing a key of a mode selection switch for 5 times, selecting a mode 5, entering a speed training mode (MT3), connecting a plurality of products by Bluetooth to APP, selecting one of the products as a master machine No. 1 machine, numbering other slave machines according to sequences of 2, 3, 4 and … …, using the master machine of the product as a master machine, using the other slave machines as slave machines, selecting all random light lamps in the APP, putting the products at a desired distance after debugging, starting a game, flashing a lamp for 3 times (about 5 seconds), enabling a ball to pass through a starting lamp, extinguishing the lamp, emitting a 'dripping' sound, not counting the starting lamp, randomly lighting one lamp, sensing only when the ball passes through a sensing assembly, extinguishing the lamp, emitting a 'dripping' sound on a display, randomly lighting the next lamp, and so on, one round for 45 seconds, wherein the mode is training speed, the score is obtained by which lamp is on and which lamp passes by, and the lamp is always on when no ball passes by.

Switching function 1: after the start, press mode selection switch button 1 time again, switch to the response of positive response module, the response of lateral part response module is closed, selection mode 1(ST 1), enter speed training mode, the lamp dodges 3 down (5 seconds probably) and gets into the recreation, the starting lamp is bright, the object is sensed to the starting lamp, the lamp goes out, and can "drip" a sound, at this moment the starting lamp does not count a score, the lamp is normally bright when not sensing the object, sensed, the lamp goes out, and can "drip" a sound, last one minute of getting one minute on the display, the time interval 1 second after the lamp goes out, the lamp lights once more, so cycle, a local time 90 seconds.

The switching function 2: after the machine is started, pressing the mode selection switch key for 1 time again, switching to the induction of the front induction module, closing the induction of the side induction module, pressing the mode selection switch key for 2 times to select the mode 2 (ST2), entering the multi-machine connection speed training, connecting the product with Bluetooth to APP, taking the product mother machine No. 1 machine as a host machine, taking other connecting machines as sub machines, selecting all random lights in the APP, after debugging, putting the product at a desired distance, entering the game, starting the lights to flash for 3 times (about 5 seconds), enabling the object to pass through the starting lights, turning off the lights, emitting a ' drip ' sound, not scoring the starting lights, randomly lighting one light, sensing only the object when passing through the induction module, turning off the lights, emitting a ' drip ' sound ', getting one minute on the display, randomly lighting the next light again, and so on, one minute for 45 seconds, the mode is a multi-machine training speed, which lamp is on can sense an object to score, and when no object passes through, the lamp is on constantly.

The utility model discloses still have following advantage:

1. the appearance is novel;

2. the product has small volume, light weight and convenient carrying;

3. the training has no limitation on the size of a place and the smoothness of the terrain, and can be exercised anytime and anywhere;

4. the Bluetooth and APP programs are supported, the programs can be controlled and debugged in a wireless remote mode, and athletes can adjust training modes, modes and exercise amounts according to self conditions;

5. the training modes enable the training not to feel boring;

6. the product sensing device is divided into a front sensing module and a side sensing module, and the positions of the sensing modules can be switched as required;

7. the accurate and fast capturing technology can be used for accurately recording each effective motion track;

8. the movable detachable fixed parts and the cross bars are arranged, so that the product can be assembled infinitely to increase the training difficulty and the interestingness;

9. the height-adjustable support frame can be used for debugging height training as required and can also be separated from a product;

10. the induction devices (emission and induction) are in the same direction, so that the defects of complexity in product alignment and high requirement on terrain smoothness are reduced;

11. the training mode is flexible and changeable, and can be used for training ball skills and the reaction and physical ability of athletes (such as ice sports, physical ability training of ball sports and sports enthusiasts, sports data statistics and the like);

12. the Bluetooth can be used for connecting the APP of the mobile equipment to debug and control a single machine program, and can also debug and control a plurality of machine programs, so that multi-machine online training is achieved; the mobile device can be a mobile phone, a computer, a tablet computer and the like;

13. the program control that can utilize bluetooth and APP to autonomically carries out, sets for training procedure and amount of exercise according to the training demand.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and structures of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims

1. The utility model provides a multi-functional agility reaction training ware, includes the triangle-shaped shell, its characterized in that, the three corner lateral part of triangle-shaped shell all is equipped with the lateral part response module, the positive middle part of triangle-shaped shell is equipped with the front and responds the module, still be equipped with mode selection switch button, fender position switch and digital display screen on the triangle-shaped shell, the lateral part response module with the front responds the module and all includes LED lamp and infrared induction sensor, infrared induction sensor senses when the object, the LED lamp goes out, the mode selection switch button is according to the training mode that once gets into mode 1, the mode selection switch button is according to the training mode that just gets into the mode several times.

2. The multifunctional agility reaction training device according to claim 1, wherein a rechargeable lithium battery, a buzzer, an adapter and a PCB circuit board are further arranged in the triangular shell, the LED lamp, the infrared sensing sensor, the rechargeable lithium battery, the buzzer and the adapter are all electrically connected with the PCB circuit board, and the buzzer makes a sound each time the infrared sensing sensor senses an object.

3. The multifunctional agility reaction training apparatus according to claim 2, wherein the front face of the triangular outer casing is further covered with a transparent face casing, and the edge of the transparent face casing is provided with a soft rubber ring.

4. The multifunctional agility response trainer according to claim 3, wherein one group of LED lamps of the three side induction modules is a start lamp, the start lamp is turned on and then turned on after 3 flashes, the digital display screen does not score when the side induction module with the start lamp senses an object, and the digital display screen scores one score each time the other two side induction modules and the front induction module sense an object.

5. The multifunctional agility reaction trainer according to claim 1, wherein the bottom of the triangular housing is provided with a telescopic support bar.

6. The multifunctional agility reaction training apparatus according to claim 1 wherein the front of the triangular housing is spaced apart to provide three removable legs, the legs being connectable to the legs of another triangular housing by cross bars.

7. The multifunctional agility reaction training device according to claim 6, wherein the support frame has a connecting sleeve and a plugging portion, the connecting sleeve is sleeved at a corner of the triangular housing, and the cross bar is connected with the plugging portion in a plugging manner.

8. The multifunctional agility reaction training device according to claim 7, wherein three corners of the triangular housing are provided with arc-shaped protrusions, and the connecting sleeve is sleeved at the corner of the triangular housing along the arc-shaped protrusions.

9. The multifunctional agility reaction trainer according to claim 2, wherein the PCB is further provided with a bluetooth connection module, and the bluetooth connection module can be connected through an APP on a mobile device.