RU2483777C2 - Remote-modular and computer controlled program electronic and mechanical complex for boxer training - Google Patents

Abstract

FIELD: medicine, sport.

SUBSTANCE: remote-modular and computer controlled program electronic and mechanical complex for boxer training. The complex promotes the fast adaptation of a boxer to precision striking, as well as the adaptation of the same pneumatic punching ball to his physical and technical fitness to be permanently controlled. To achieve these results, a drive device is provided to change the length of a suspension of a movement radius of the pneumatic punching ball to fall into strike pickup sensors. Indication elements informing a boxer on the strike biasing. The indication elements informing the boxer on the strike biasing from the precise direction, as well as a cardiac receiver, a SD-cart connector and a strike counting sensor. All the above-mentions devices to achieve the technical effect are connected to a module, and exchanges with a computer via an RS232 serial communication.

EFFECT: transition to the new technology of boxer training enabling inputting the desired training data into the computer, storing, logging and analysing them; the invention enables working out the main components of a punch-kick - accuracy, precision and speed of striking, and determining its time, speed, accuracy and power within minutes.

5 cl, 1 dwg

Description

A programmed electronic-mechanical complex with remotely-modular and computer-controlled training for boxers.

A known method for determining the dynamic parameters of the impact, characterizing the force; patent No. 2322279, application No. 2006130906 of 08.28.2006, on the basis of which patent No. 2359728, application No. 2007134234 of September 12, 2007 for a simulator for measuring dynamic parameters of impact, consisting of a bag with removable sensors mounted in it, was issued strokes, which are connected to the display unit, reflecting the force of striking.

The disadvantage of this device simulator is the lack of speed components - accuracy, speed of striking and their number.

A known method of determining a punching bag when it is in contact with the contact area on a rack suspended on a mount with light-emitting and light-receiving devices US 20091766220 A1, class. A63B 71/00, publ. 07/09/2009

The disadvantage of this device is the inability to determine the position of the punching bag when it moves in the horizontal plane, because in this case, it does not come into contact with the contact area on the rack, and the presence of double fastening of the hanging bulb prevents its movement in the horizontal plane and does not meet the requirement to increase its speed properties.

The closest analogue in the number of similar features, technical nature and scope is a device for training boxers: utility model patent No. 0037321, application No. 2003125454 of 08.19.2003, containing a housing with a suspended punching bag, shock sensors mounted in the housing, which are connected to a control unit containing a scoreboard recording impacts.

A significant drawback of this device is the inability to save the results of training tasks (t / s), keep their history and analysis, lack of control over the physical condition of the boxer and any adaptation systems.

The technical result achieved by the implementation of this invention is to switch to a completely new, computerized technology for training boxers in this complex, which allows full control of the training process, save the results of t / z, keep their history and analysis, which will improve the qualified level of the coaching staff , as well as to facilitate his work, to make it more productive in working out his concentration, distance, mutual coordination of movements of the arms, legs and body of the boxer, reaction tion, to control the speed and accuracy of striking, change the physical curves of growth of skill and physical condition of the boxer.

The complex allows you to simultaneously replace the wide-used high-speed pneumatic punching bag and “half-ceiling” punching bag, increase the number of technical units at the training site, and bring them closer to a real battle.

Name of training exercises

1. Direct impacts in place and in motion along the semicircle of the hull with imitation of dives, inclines and deviations.

2. Side impacts with imitation of dives, deviations and impacts from below.

3. Direct double strokes simulated in paragraph 1.

4. Direct double strokes with the inclusion of a side impact, simulated in paragraph 1, 2.

5. Jeb combined with direct strokes.

6. Arbitrary series of strokes (after mastering the above tasks).

The drawing shows a software electronic-mechanical complex with remote-modular and computer control for training boxers - a front view of it and a view of its body from below.

For technical strengthening of the training process, an identical case, declared in the invention, with an impact count sensor mounted in it is additionally installed, which allows simultaneous simulation of a fight between two boxers in competitive and normal modes, working off alternately applied side impacts when the pneumatic punching bag moves in a horizontal plane.

To increase the technical growth of the boxer, his physical and technical control, a drive unit is placed on two identical cases, which allows you to programmatically shift the suspension base with the pneumatic bulb relative to the shock removal sensors by a distance depending on the length of the pneumatic PEAR suspension, making it possible to hit the shock removal sensors , adapting it to the technical preparedness of the trainee, as well as display elements informing the trainee about the systematic deviation of strokes from t full-time direction, a card reader and a slot for connecting an SD card.

The drive unit, the side impact counter, the display elements, the device for receiving cardiosignals, and the SD card slot are located on two cases and are connected to the module.

The module has a control system, buttons "start / pause", "reset results", "set of time round", in parallel with a remote control (d / y), containing the same set of buttons and designed for the convenience of managing the complex in computer-free mode, when the boxer did not have time to master t / z. The module is exchanged with a computer via a serial communication channel with the RS232 interface, followed by displaying the results of the card and cardiac signals in digital or graphical form, and the software (software) runs on a personal computer running Windows.

The strength of the impact is determined by the magnitude of the amplitude of the voltage displayed on the graph.

The necessary data of the training process and the results of t / z stored in the computer

1. First name, middle name of the boxer.

2. Date of birth.

3. Weight.

4. Name t / z.

5. Date of performance t / z.

6. The time taken for strikes.

7. The number of strikes, accurate and inaccurate; their total number characterizes the boxer's motility.

8. Various physical loads on the hands and body of the boxer when working with weighting materials.

This complex contains two identical buildings 1 (hereinafter case 1). To carry out physical monitoring of the condition of the boxer, a card reader 2 is installed on case 1, and for technical monitoring of the performed tests, the case has a connector for connecting an SD card 12, a shock counting sensor 23 and indicators 24. To work out accuracy, correctness and speed of striking on the housing 1 there is a drive device 11 connected to the base of the suspension 3 with the possibility of free movement of it through the slot 16 with the suspension itself 4 and a punching bag 5.

Cardiac receiver 2, drive unit 11, SD card slot 12, shock counting sensor 23 and indicators 24 are connected to module 13, which contains two electronic cardiotables 14 and windows 15, which display the result of t / z and simulated combat when two boxers are working in competition and normal modes.

To control the training process on the module 13 buttons are installed - “set a time round” 17, “start / pause” 18, “reset the results” 19, as well as the toggle switch “on” 20, “network” 21. The module 13 itself via communication channel 10 connected to computer 22. For ease of control of the complex, a remote control unit 6 is provided, containing buttons - “set the time round” 7, “start / pause” 8, “reset the results” 9.

The complex works as follows.

1. The complex operates in a non-computer mode (at the initial stage of training), for which:

a) turn on the module with the toggle switch;

b) take the desired position;

c) select the time round by pressing the button “set the time round” on the remote control or module;

d) turn on the timer by pressing the “start / pause” button on the remote control or module, and after the beep and the “boxing” command proceed to the t / z, striking the air bag, trying to hit a specific target or translating it into a horizontal plane movements for practicing and counting alternately applied side impacts;

e) pause the timer by pressing the “start / pause” button on the remote control or module in order to eliminate possible remarks to the boxer, while the results are saved;

f) start the timer by pressing the “start / pause” button in step g), continue the training task, while the results of the t / s have their continuation;

g) after a predetermined time round and a beep, the results of t / s and cardiac signals are displayed on the electronic scoreboard of the module, which are analyzed visually;

h) after assimilating and practicing the above mentioned technical specifications, it is possible to simultaneously simulate a battle between two boxers in the mode of a time round set by the coach, when he, according to an arbitrarily selected time interval and an arbitrarily selected sequence of execution of previously completed technical specifications, will give a command for their implementation in accordance with with points a), b), c), d), e), e), g). In order to avoid getting used to competing boxers to the order of execution of t / z, you can partially use the Binom-Newton formula:

P _n = 1 · 2 · 3 ... (n-1) = P !,

where P is the permutation;

P - the number of t / s.

2. The operation of the complex when connected to a personal computer.

All of the above operations without a computer mode of operation of the complex is completely in the software running on a personal computer, when there is a need to enter and save the results of the technical or simulation battle in a personal computer for their comparative analysis, and the instructions for use fully describe the purposes and modes of use of organs control and indication.

Claims (5)

1. A programmed electronic-mechanical complex with remote-modular and computer control for training boxers, comprising a housing with a suspended punching bag and shock sensors mounted in the housing, which are connected to a control unit having a shock registration board, characterized in that a drive is installed on the housing a device that allows you to shift the base of the suspension of the pneumatic punching bag along the slot relative to the pickup sensors for a distance that depends on the length of the suspension of the pneumatic pear, providing be its hit on the shock pickup sensors. 2. A programmed electronic-mechanical complex with remotely-modular and computer control for training boxers according to claim 1, characterized in that on the left and right sides of the center line there are display elements informing the trainee about the systematic deviation of strokes from the exact direction to the left or right side. 3. A software electronic-mechanical complex with remote-modular and computer control for training boxers according to claim 1, characterized in that a device for receiving cardiac signals is installed on the body. 4. Software electronic-mechanical complex with remote-modular and computer control for training boxers according to claim 1, characterized in that the housing has a connector for connecting an SD card. 5. A software-based electronic-mechanical complex with remote-modular and computer control for training boxers according to claim 1, characterized in that the drive device, a shock counting sensor, display elements, a device for receiving cardiosignals and a connector for connecting an SD card are connected to the module , and the module is exchanged with a computer via a serial communication channel with the RS232 interface.

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