CN201185931Y - Universal exercise response auxiliary training system - Google Patents

Abstract

An all-round type exercise reaction auxiliary training system comprises a host, a control box, a time sensor, a remote controller, a wireless timer, a main fixing frame and a segmented sensing support, wherein the host and the control box are separately arranged in front of stand columns on two sides of the main fixing frame, a tilt reaction time sensor is arranged on the inner side of each stand column, a diving platform reaction time sensor is arranged on a short beam on the back, the control box, the tilt reaction time sensor and the diving platform reaction time sensor are electrically connected to the host, a preparation lamp, a positioning lamp and a flash lamp are arranged on the upper surface of the host, a broadcasting system is arranged, and the wireless timer, the remote controller and the host are in wireless connection. The utility model discloses an all-round type sport reaction auxiliary training system sends out a competition starting instruction by using an acousto-optic synchronous signal, records the starting/starting reaction time of a player after listening or seeing the starting signal, and simultaneously counts the subsection score and the total score of the competition; the time difference between the touch edge of one player and the take-off time of the other player can be recorded for relay exercise; it can also be used for competition and reaction measurement.

Description

All-round sports response auxiliary training system

technical field

The utility model relates to a sports training device, in particular to an all-around sports response auxiliary training system capable of improving the reaction speed of athletes.

Background technique

Modern sports competitions are becoming more and more intense, and the requirements for athletes are getting higher and higher, especially in swimming, track and field and other competitions, the requirements for the reaction speed of athletes are getting higher and higher. And all of this is not enough to rely on the talent of athletes alone, it needs to be practiced many times in training. Because of this short reaction time, an accurate and easy-to-use timing system is required.

However, the traditional game starts only with the sound of gunfire or the beeping of the horn as the starting signal, and the timing is timed by a stopwatch, and the display accuracy is far from enough, and it is not applicable to hearing-impaired players.

The traditional electronic timing board uses a pressure sensor as an electronic switch, and the force required to touch the board can be activated. For children and players who do not use enough force, the displayed results will be slow or not displayed, which is unfair. If the edge is touched too hard, it may cause sports injuries. At present, there is no sound and light synchronization signal as a tester for response time on the market. The current electric timing is expensive, the equipment is huge and difficult to move and carry and the operation is complicated.

Utility model content

In order to make up for the above shortcomings, the utility model provides an all-round sports response auxiliary training system that adopts light sensors, parallel sound and light, and precise timing.

The utility model's all-round sports response auxiliary training system comprises a host, a control box, a time sensor, a remote controller, a wireless timer, a main fixing frame and a segmented sensing bracket, and the host and the control box are separately installed on the column and fixed In front of the uprights on both sides of the frame, an upright reaction time sensor is installed on the inside of the upright, a platform response time sensor is installed on the inside of the short beam behind the upright, and the control box, the upright response time sensor and the downside reaction time sensor are installed. Electrically connected to the main unit, the upper surface of the main unit is equipped with a ready light, an in-position light and a flashing light, and a broadcasting system is arranged below, and the wireless timer, the remote controller and the main unit are wirelessly connected.

The utility model is an all-around motion response auxiliary training system, wherein: the host computer is composed of a microprocessor, a first response detection circuit, a second response detection circuit, a first segment receiving circuit, a second segment receiving circuit, and a remote control receiving circuit , a wireless transceiver circuit, a ready light, an in-position light and a flash light, the first reaction detection circuit, the second reaction detection circuit, the first segment receiving circuit, the second segment receiving circuit, and the remote control receiving circuit are connected to the The input end of the microprocessor, the output of the microprocessor is connected with the wireless transmitting circuit, the ready light, the position light and the flashing light.

The utility model is an all-around sports response auxiliary training system, wherein: the wireless timer is composed of a wireless receiving circuit, a first reaction time timer, a second reaction time timer, a first segment time timer, a second segment time timer, a first reaction time display, a second reaction time display, a first segment time display, and a second segment time display, and the wireless receiving circuit is connected to the first reaction time timer and the second reaction time timer device, a first segment time timer and a second segment time timer, the first reaction time timer is connected to the first reaction time display, and the second reaction time timer is connected to the second reaction time display, the first split time timer is connected to the first split time display, and the second split time timer is connected to the second split time display.

The utility model is an all-around sports response auxiliary training system, wherein: the segmented sensing bracket is equipped with an upper time sensor and a lower time sensor, and the upper time sensor and the lower time sensor are connected to a wireless transmitting module.

The utility model is an all-around motion response auxiliary training system, wherein: the remote controller is provided with a start key for a preparatory light, a start key for an in-position light, a start key, a stop key for the first segment time, a stop key for the second segment time and Return to zero key.

The utility model is an all-round sports response auxiliary training system, wherein: the time sensor is composed of infrared transmitting and receiving tubes in the same shell and in the same direction and a reflector placed on the opposite side.

The utility model's all-round sports response auxiliary training system is a set that can use the synchronous signal of sound and light to send out the starting command of the game, and can remember the starting/starting reaction time of the players after hearing or seeing the starting signal, and can also count the points in the game. It can be used for competitive competitions and usual tests, and can also be used for light/sound signal response measuring instruments. Through repeated practice, the player's reaction time and the ability to respond to sound/light signals can be improved; the player can complete self-training without a coach; it can be used as a relay training device for competitions, and it can be used to record a player's contact with another player after touching the wall. The relay time between a competitor's start jumps.

Description of drawings

Fig. 1 is the schematic diagram of the main engine, control box and fixed frame of the all-around motion response auxiliary training system of the present invention;

Fig. 2 is the schematic diagram of the control box of the utility model's all-around motion response auxiliary training system;

Fig. 3 is the structure schematic diagram of the wireless timer of the all-around motion response auxiliary training system of the present invention;

Fig. 4 is the schematic diagram of the remote control of the utility model's all-around motion response auxiliary training system;

Fig. 5 is a schematic diagram of the segmented sensing bracket of the all-around motion response auxiliary training system of the present invention;

Fig. 6 is the circuit block diagram of the host computer of the all-around motion response auxiliary training system of the present invention;

Fig. 7 is a circuit block diagram of the wireless timer of the all-round sports response auxiliary training system of the present invention.

Detailed ways

In order to further elaborate the utility model all-around sports response auxiliary training system, the following will be described in more detail in conjunction with the examples.

The utility model's all-around motion response auxiliary training system comprises a host 9, a control box 10, a time sensor, a remote controller, a wireless timer 23, a main fixing frame 6 and a segmented sensing bracket 24, the host 9 and the control box 10 Sub-packed in front of the column on both sides of the main fixed frame 6, a vertical reaction time sensor 12 is installed on the inside of the column, and a platform response time sensor 11 is installed on the inside of the short beam behind the column. The control box 10, the vertical response time sensor 12 and platform reaction time sensor 11 are electrically connected to main frame 9, and preparatory light 3, place light 2 and flashlight 1 are equipped with on main frame 9 upper surface, and broadcasting system 7 is arranged below, wireless timer 23, remote controller and main frame 9 wireless connections ( see picture 1). A host 9 can be connected to 2-4 main mounts 6, and the supine reaction time sensor 12 and the platform reaction time sensor 11 on its top are all connected to the host 9, but only one control box 10 is adorned, which is used as a game timing use.

Host 9 consists of a microprocessor, a first reaction detection circuit, a second reaction detection circuit, a first segment receiving circuit, a second segment receiving circuit, a remote control receiving circuit, a wireless transceiver circuit, a ready light 3, an in-position light 2 and The flashlight 1 is composed of (see Fig. 6), the first reaction detection circuit, the second reaction detection circuit, the first segment receiving circuit, the second segment receiving circuit, and the remote control receiving circuit are connected to the input terminal of the microprocessor, and the microprocessor The output of the processor is connected with the wireless transmitting circuit, the ready light, the position light and the flashing light.

Wireless timer 10 is made of wireless receiving circuit, the first reaction time timer, the second reaction time timer, the first segment time timer, the second segment time timer, the first reaction time display 13, the second reaction time Display 14, the first segment time display 15, the second segment time display 16 form (seeing Fig. 7 and Fig. 3), wireless receiving circuit connects described first reaction time timer, the second reaction time timer, the first Segment time timer and the second segment time timer, the first reaction time timer connect the first reaction time display 13, the second reaction time timer connects the second reaction time display 14, the first segment time timer connects The first segment time display 15 and the second segment time timer are connected to the second segment time display 16 . Two reaction time displays can show the reaction speed of two athletes respectively.

The segment sensing bracket 24 is equipped with an upper time sensor 25 and a lower time sensor 26 (see FIG. 5 ), and the upper time sensor 25 and the lower time sensor 26 are connected with a wireless transmitting module. When testing the segmented time, the segmented sensing support 24 must be installed. For swimming, it can be installed on two opposite diving platforms at the two ends of the swimming pool. The time sensor 26 is for the athlete in the pool to touch the wall when turning over at the end; for track and field sports, it can be installed on the fixed distance point on the track, such as 50 meters, 100 meters. The segmented sensor brackets for swimming and track and field are not the same, and can be specifically fabricated according to the spirit of Figure 5.

The remote controller is provided with a ready light start key 17, an in place light start key 18, a start key 19, a first segment time stop key 20, a second segment time stop key 21 and a zero return key 22 (seeing figure 4). Wherein the first subsection time stop key 20, the second subsection time stop key 21 are used for pinching the time by the referee when the subsection sensor support is not provided, such as on a certain distance (15 meters) in the middle of the swimming pool, track and field At a certain distance on the track on the field, the referee stands on one side and presses to record the split time.

The time sensor is composed of an infrared emitting and receiving tube in the same direction as the shell and a reflector placed opposite it (see Figure 1 and Figure 5).

The microprocessor operates in the following steps:

1) start;

2) Mode selection;

3) Wait for the start key command, if there is no waiting, continue;

4) Turn on the ready light and delay for a short time;

5) Turn on the in-position light and turn off the ready light at the same time, delaying for a short time;

6) Turn off the in-position light, start the flashing light and the buzzer;

7) Synchronously send a timer start signal;

8) Detect whether the reaction time sensor has a signal or not, wait if there is no signal, and continue if there is;

9) Send a reaction time timer stop signal;

10) Check the mode, judge whether to record the first segment time, if not, skip to step 16, if yes, continue;

11) Detect whether the time sensor on the segmented sensing bracket has a signal, wait if there is no signal, and continue if there is;

12) Send the stop signal of the first segment time timer;

13) Determine whether to record the second segment time, if not, skip to step 16, if yes, continue;

14) Detect whether the time sensor on the segmented sensing bracket has a signal, wait if there is no signal, and continue if there is;

15) send the second segment time timer stop signal;

16) End.

The wireless timer 23 operates in the following steps:

1) start;

2) Receive the host mode signal and adjust the local mode;

3) Determine whether the host has a start signal, wait if there is no signal, and continue if there is:

4) start the relevant timer;

5) Wait for the stop signal of the host reaction time timer, wait if there is no one, and stop the reaction time timer if there is one;

6) Display the reaction time;

7) Determine whether the mode needs the first segment time, if not, skip to step 12 and continue;

8) Wait for the stop signal of the first segment time timer, if there is no, then wait, and if there is, stop the first segment time timer;

9) Display the first segment time;

10) Determine whether the mode needs the second segment time, if not, skip to step 12 and continue;

11) Display the second segment time;

12) End.

The utility model's all-round sports response auxiliary training system has the following functions:

1. All-round portable electric timer: Because it is a sound-light synchronous starting signal, it is suitable for ordinary people and hearing-impaired players. It is a common starting system for competitions and tests.

2. Start reaction training device: It can automatically remember the player's start reaction time (butterfly, back, frog, and free start are all acceptable).

3. Combination of manual and automatic: After the starting signal is activated, the coach can manually record the segmented results and do technical analysis as needed.

4. Relay training device for competitions: it can record the time between when a competitor touches the wall and when another competitor starts to jump.

5. Electric timing exerciser for daily training: the attached function keys can be used as an automatic timing system for athletes' interval training.

6. Electronic timer for small competitions: 2/4/8 official game timing systems can be provided.

7. In the player self-training mode, the player can start the starting system by himself, and can see the take-off reaction time and practice time.

8. It is possible to separately record a person's starting reaction time, segment results, and total competition results to understand the player's current pace of each segment of the competition, and to propose methods and suggestions for improving the competition performance, etc.

Often in swimming competitions, the problem of fouls and sneak jumps in relay races is the most troublesome problem for all coaches. In the training mode, this system plans a special training mode especially for relay training. When the coach chooses relay training and the start signal is activated, the first place When a competitor starts, the display will show his reaction time. When the competitor reaches the finish line and touches the segment sensor, the system will instantly display the relay time between the competitor who touches the wall and the jump from another competitor. The segmented training mode allows the coach to clearly know the strengths and weaknesses of the players, and the system design is more considerate. When the players complete the segmented training, the coach can query them one by one. The system has a wireless computer connection design, and all segments The results can be sent to the computer for analysis and records via wireless transmission, and the coach can correct and guide the players one by one according to the segment records.

Relay training is the most troublesome problem for coaches in general training. Since the connection between players is often the most difficult situation for coaches to control, this system considers this problem and then plans the relay training mode. When the first player is in place , the second player starts to set off, the scoreboard will show the arrival time of the first player in time, and will also show the reaction time of the second player's departure. When the reaction time is "negative", it means that the player sneaked away... And so on, and the system will record one by one for the coach to check at any time.

Claims (6)

1. An all-round sports response auxiliary training system, characterized in that: the system includes a main frame (9), a control box (10), a time sensor, a remote controller, a wireless timer (23), and a main frame (6) and the segmented sensing bracket (24), the main frame (9) and the control box (10) are sub-packaged in front of the column on both sides of the column fixing frame (6), and a vertical reaction time is installed inside the column Sensor (12), the platform reaction time sensor (11) is equipped with inboard of the short crossbeam behind the described column, and described control box (10), supine reaction time sensor (12) and platform reaction time sensor (11) are electrically connected to The host (9), the upper surface of the host (9) is equipped with a preparatory light (3), an in-position light (2) and a flashing light (1), a broadcasting system (7) is arranged below, and the wireless timer (23 ), the remote controller and the host (9) are wirelessly connected. 2. The all-round sports response auxiliary training system according to claim 1, characterized in that: the host computer (9) is composed of a microprocessor, a first response detection circuit, a second response detection circuit, and a first subsection receiving circuit. , second segment receiving circuit, remote control receiving circuit, wireless transceiver circuit, ready light (3), in-position light (2) and flashing light (1), the first reaction detection circuit, the second reaction detection circuit, the first A segment receiving circuit, a second segment receiving circuit, and a remote control receiving circuit are connected to the input of the microprocessor, and the output of the microprocessor is connected to the wireless transmitting circuit, the ready lamp (3), and the position lamp (2) and flash (1). 3. The all-around sports response auxiliary training system according to claim 2, characterized in that: the wireless timer (23) is composed of a wireless receiving circuit, a first reaction time timer, a second reaction time timer, a first reaction time timer, and a first reaction time timer. Split time timer, second split time timer, first reaction time display (13), second reaction time display (14), first split time display (15), second split time display (16 ) composition, the wireless receiving circuit is connected to the first reaction time timer, the second reaction time timer, the first segment time timer and the second segment time timer, and the first reaction time timer is connected The first reaction time display (13), the second reaction time timer is connected to the second reaction time display (14), and the first segment time timer is connected to the first segment time display ( 15), the second split time timer is connected to the second split time display (16). 4. The all-round sports response auxiliary training system according to claim 3, characterized in that: the segmented sensing bracket (24) is equipped with an upper time sensor (25) and a lower time sensor (26), and the upper time sensor (26) The time sensor (25) and the lower time sensor (26) are connected with a wireless transmitting module. 5. The all-round sports response auxiliary training system according to claim 4, characterized in that: the remote controller is provided with a preparatory light start key (17), a position light start key (18), a start key (19) , the first segment time stop key (20), the second segment time stop key (21) and the zero return key (22). 6. The all-round sports response auxiliary training system according to claim 5, characterized in that: the time sensor is composed of infrared emitting and receiving tubes in the same shell and in the same direction and a reflector placed opposite to them.

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