CN102512811A - Dynamic response hitting target bag - Google Patents

Abstract

A dynamic response hitting target bag relates to a fitness training appliance and comprises a hitting bag and an electric control device. The hitting bag is a hollow bag, the edge of a bottom layer is fixedly connected with the edge of a light transmittance surface layer to form the hollow bag, both a luminous body fixing layer and an elastic layer are located in the hollow bag, the luminous body fixing layer contacts with the bottom layer, and the elastic layer is located between the luminous body fixing layer and the light transmittance surface layer; a plurality of hitting indication areas are distributed on the elastic layer, a plurality of light transmittance holes are uniformly distributed in each hitting indication area, grooves or through holes are arranged on the luminous fixing layers corresponding to the hitting indication areas, and luminous LEDs are fixed in the grooves or through holes; and a luminescence control circuit is used for driving switches of the luminous body LEDs. The dynamic response hitting target bag can continuously change indications for positions of hitting points in a training process, so that a trainee can hit according to the indications, response speed of the trainee can be trained, and the training process is closer to actual practice by the aid of the dynamic response hitting target bag.

Description

Dynamic response impacts the target bag

Technical field

The present invention relates to a kind of fitness training equipment, be specifically related to a kind of target bag that impacts usefulness.

Background technology

Impacting the target bag is a kind of common body building equipment, generally is used for the hitting drill of upper limbs, lower limb, can also be used for the free combat exercise.Be common in gymnasium, professional training place, for example: use in the training such as shadowbox, tae kwon do training, free combat.

The existing target bag that impacts all is the target bag that has cushion, can be fixed on the fixed objects such as body of wall, cylinder, impacts the target bag because it is easy to carry, and uses the parent who receives many people flexibly to look at.But the existing target bag that impacts only provides a kind of object that impacts; In training process; The user can only do according to self-designed action or the subjective desire of oneself and impact or throw training, and this training method can only practise impacting posture, dynamics, but for the practitioner according to real-time dynamic change; Fast reaction, precision strike do not have training tool, do not meet demand under battle conditions.

Summary of the invention

The present invention proposes a kind ofly can train the user according to real-time dynamic change, and the dynamic response of fast reaction, precision strike impacts the target bag.

Dynamic response of the present invention impact the target bag by electric control gear with impact the bag form, electric control gear comprises illuminator drive circuit and emission control circuit; Impacting bag is the tablet with thickness; This impacts bag and is made up of printing opacity top layer, elastic layer, illuminator fixed bed, bottom and a plurality of illuminator LED; The be composed of a fixed connection bag of hollow of the edge on bottom and printing opacity top layer; Said illuminator fixed bed and elastic layer all are positioned at the bag of this hollow, and said illuminator fixed bed contacts with bottom, and elastic layer is between illuminator fixed bed and printing opacity top layer; All closely contacts between said each layer; Be distributed with a plurality of indicating areas that impact on the elastic layer; Each impacts and is evenly equipped with some loopholes in the indicating area, and the center of a plurality of loopholes is parallel to each other, and belongs to the perpendicular elastic layer that runs through in plane with the printing opacity top layer; All have groove or through hole impacting on the corresponding illuminator fixed bed in indicating area, be fixed with illuminator LED in this groove or the through hole with each; The electric connecting relation of said electric control gear is: the control signal input of each illuminator LED connects a luminous signal output of illuminator drive circuit, and the led control signal input of illuminator drive circuit connects the led control signal output of emission control circuit.

Advantage of the present invention is: dynamic response of the present invention impacts the target bag; Can be in training process, the position of conversion impact point indication constantly lets the trainer go to impact according to indication; Can play the effect of training user response speed, make training process more approach under battle conditions.

Dynamic response of the present invention impacts the target bag and is applicable to athletic trainings such as shadowbox, tae kwon do training, free combat; Can make the practitioner according to real-time dynamic change; Fast reaction, precision strike do not have training tool; Do not meet demand under battle conditions, can also use in the public place of entertainment as amusing products.

Description of drawings

Fig. 1 is the structural representation that dynamic response of the present invention impacts the target bag.Fig. 2 is the said internal structure sketch map that impacts bag 1.Fig. 3 is the surface texture sketch map of elastic layer 11.Fig. 4 is the specific embodiment four described structural representations that impact bag 1.Fig. 5 is the specific embodiment six described structural representations that impact bag 1.Fig. 6 profile is the oval-shaped structural representation that impacts bag 1.Fig. 7 is the theory diagram of the specific embodiment one described electric control gear 3.The theory diagram that hasdisplay circuit 33, speaker circuit 37 and serial lineinterface drive circuit 34 in Fig. 8 electric control gear 3.Fig. 9 is the theory diagram of the specific embodiment nine described electric control gears 3.Figure 10 is the theory diagram of the specific embodiment ten described electric control gears 3.Figure 11 is the theory diagram of thespecific embodiment 14 described a kind ofelectric control gears 3.

The specific embodiment

The specific embodiment one: referring to Fig. 1,2,3 and Fig. 7 this embodiment is described.The described dynamic response of this embodiment impact the target bag byelectric control gear 3 withimpact bag 1 and form, electric control gear 3 (referring to shown in Figure 7) comprisesilluminator drive circuit 31 andemission control circuit 32; Impactingbag 1 is the tablet with thickness; Thisimpacts bag 1 and is made up of printing opacitytop layer 10,elastic layer 11, illuminatorfixed bed 12,bottom 13 and a plurality of illuminator LED; The be composed of a fixed connection bag of hollow of the edge onbottom 13 and printing opacitytop layer 10; Said illuminator fixedbed 12 andelastic layer 11 all are positioned at the bag of this hollow, and said illuminator fixedbed 12 contacts withbottom 13, andelastic layer 11 is between illuminator fixedbed 12 and printing opacitytop layer 10; All closely contacts between said each layer; Be distributed with a plurality of indicatingareas 110 that impact on theelastic layer 11; Each impacts and is evenly equipped with someloopholes 111 in the indicatingarea 110, and the center of a plurality ofloopholes 111 is parallel to each other, and with the perpendicularelastic layer 11 that runs through in plane, 10 place, printing opacity top layer; All have groove or through hole 120 impacting on the corresponding illuminatorfixed bed 12 in indicatingarea 110, be fixed with illuminator LED in this groove or the through hole 120 with each; The electric connecting relation of saidelectric control gear 3 is: the control signal input of each illuminator LED connects a luminous signal output ofilluminator drive circuit 31, and the led control signal input ofilluminator drive circuit 31 connects the led control signal output ofemission control circuit 32.

Illuminator fixedbed 12 in this embodiment can fill up the interior space of bag of the said illuminator fixedbed 12 and the hollow ofelastic layer 11 formation withelastic layer 11.

Illuminator drive circuit 31 in this embodiment can be packaged together withilluminator control circuit 32, then through electric wire withimpact bag 1 and be connected, in use, be fixed on and impact that 1 fixed position of bag is neighbouring to get final product.

Emission control circuit 32 in this embodiment, being used to control a plurality of illuminator LED only has one or several illuminator LED to be lighted at synchronization, and controls the duration that each illuminator is lighted.

The shape that this embodiment is described to impactbag 1 can be square, circular, irregular figure an or the like different shape, for example: referring to shown in Figure 6,impact bag 1 the ellipse that is shaped as.In use, will impactbag 1 and be fixed on the planar fixed thing and get final product, for example: can be fixed on the wall.Can also be fixed on the outer surface of existing target, for example, can make the shape that impactbag 1, be fixed on then on the surface of existing target and get final product according to the shape of existing target.

Illuminator LED in this embodiment embeds and is fixed in the illuminatorfixed bed 12, can protect illuminator LED to avoid impacting.

Said illuminator LED can adopt 1 light emitting diode to realize, also can adopt a plurality of light emitting diode parallel connections, series connection or series-parallel connection to realize.

Elastic layer 11 in this embodiment is used for cushioning effect, and theloophole 111 on thiselastic layer 11 is the very little hole of diameter, can get final product by printing opacity, because its diameter is very little, has avoided the influence of elastic performance that should the zone toelastic layer 11.

The abundant material of quality is selected on printing opacitytop layer 10 in this embodiment, resists performance to improve it.

In use, the user confirms to impact target according to the light-emitting zone that impacts bag 1 surface, reaches the purpose that exercise impacts accuracy; Simultaneously, because light-emitting zone is a change at random, so, when accuracy is hit in exercise, also practised reaction speed.

The specific embodiment two: referring to this embodiment of explanation shown in Figure 1.This embodiment is that with the difference that the specific embodiment one described dynamic response impacts the target bag each illuminator LED also is provided with an illuminatorprotective sleeve 141 outward.

The illuminatorprotective sleeve 141 that this embodiment increases is used for protecting illuminator to avoid being impacted and damaging at training process.Each illuminator LED is arranged in the illuminatorprotective sleeve 141, when external force, bears, avoid illuminator LED stressed by illuminatorprotective sleeve 141.

Illuminatorprotective sleeve 141 described in this embodiment can be an annular or semi-circular, and height is greater than the height of illuminator LED and be less than or equal to the thickness of illuminator fixedbed 12.

The specific embodiment three: this embodiment is that with the difference that the specific embodiment one described dynamic response impacts the target bag the said edge that impacts bag 1 evenly distributes and is fixed with the fixture 4 more than 3 or 3.

Said fixture 4 is used for being fixed on wall or cylinder with impacting bag.

This embodiment has increased the fixture 4 that is used for fixing usefulness, can conveniently fixedly impact bag 1.For example, can this be impactedbag 1 and be fixed on the column in the middle of the house, perhaps be fixed on the outer surface that impacts body of existing pounder or the like.

The specific embodiment four: this embodiment is described referring to Fig. 4.This embodiment is that with the difference that the specific embodiment three described dynamic responses impact the target bag said fixture 4 is to impact the hole thatbag 1 edge is provided with.

When reality is used, realize impacting the fixing of bag through the hole that fixedly impacts bag 1 edge.For example: realize fixingly through the hole being articulated in nailing on the wall, perhaps adopt ribbon to pass to impact the hole atbag 1 edge to realize impacting the fixing of bag.

The specific embodiment five: the difference that this embodiment and the specific embodiment three described dynamic responses impact the target bag is, said fixture 4 be with impact the ring thatbag 1 edge is fixedly connected.When reality is used, adopt ribbon to pass to impact the ring atbag 1 edge to realize impacting the fixing of bag.

The specific embodiment six: this embodiment is described referring to Fig. 5.This embodiment is that with the difference that the specific embodiment three described dynamic responses impact the target bag said fixture 4 is and impacts the ribbon thatbag 1 edge is fixedly connected.When reality is used, adopt through this ribbon and realize impacting the fixing of bag.

The specific embodiment seven: this embodiment is with the difference that the specific embodiment one described dynamic response impacts the target bag; Saidemission control circuit 32 is realized by random code maker and signal delay control circuit; This random code maker is used to produce the random code signal and exports to the signal delay control circuit; This signal delay control circuit is used for the random code signal of input is exportedilluminator drive circuit 31 as the illuminator control signal, and this signal delay control circuit also is used to keep its output signal sets time.

Illuminator control circuit 32 in this embodiment adopts the random code maker to realize, export uncertain control signal, that is: illuminator of STOCHASTIC CONTROL is luminous, can fully temper user's reflection ability.

Signal delay control circuit in this embodiment is used to keep the output time of a random code of output, that is: luminous duration of each illuminator.This duration is set according to training need, that is: set according to the training response speed.

The specific embodiment eight: this embodiment is with the difference that the specific embodiment one described dynamic response impacts the target bag; Saidemission control circuit 32 adopts chip microcontroller; But it is should be used for according to the rule output control signal of setting by single-chip microcomputer, and luminous through illuminator driving circuit drives illuminator.

Adopt chip microcontrollerilluminator control circuit 32 in this embodiment, it is luminous to set illuminator according to training need, and then cooperates training.

Single-chip microcomputer in this embodiment also can adopt random fashion output control signal to realize the STOCHASTIC CONTROL method of illuminator.

In the single-chip microcomputer in this embodiment, information such as the luminous sequential of curable one or more illuminators, rhythm.

Said single-chip microcomputer can be selected existing single-chip microcomputer for use, and for example 51 series monolithics, AVR series monolithic, PIC series monolithic, 430 series monolithics or the like all can be realized the described function of this embodiment.

The specific embodiment nine: this embodiment is described referring to Fig. 9.This embodiment is with the difference that the specific embodiment one described dynamic response impacts the target bag; The said bag that impacts also comprises a plurality of microswitch KEY in 1, in impacting the corresponding illuminator fixedbed 12 in indicatingarea 110 with each, is fixed with a microswitch KEY; Each microswitch KEY is used to gather the deformation signal of place hitting region, and the signal output part of each microswitch KEY connects a switching signal input ofemission control circuit 32.

This embodiment is provided with a microswitch KEY at each hitting region; Be used to gather the deformation data of the elastic layer that belongs to hitting region, and then obtain and whether to impact the situation generation in the zone, through this signal; Recombination radiation body luminous signal can be judged to impact accuracy.

The trigger switch of said each microswitch KEY andelastic layer 11 are oppositely arranged, and are used to gather the deformation signal of elastic layer 11.Each microswitch KEY can adopt two or more microswitches to compose in parallel, to improve the accuracy rate of signals collecting.

The specific embodiment ten: this embodiment is with the difference that the specific embodiment one described dynamic response impacts the target bag; Also comprise a plurality of proximity transducers in the saidelectric control gear 3; In impacting the corresponding illuminator fixedbed 12 in indicatingarea 110 with each, be fixed with a proximity transducer, the sensitive surface of said proximity transducer is relative withelastic layer 11; The signal output part of each proximity transducer connects a force signal input ofemission control circuit 32.

This embodiment has increased proximity transducer, is used to gather the signal near hitting region.In practical application; Can adopt inductance type transducer to realize, set up permeability magnetic material on the sheath impacting of using of practitioner then, make impacting sheath and inductance type proximity transducer apart within the certain distance scope time; Can sense signal, and then obtain to impact information.

The described dynamic response of this embodiment impacts the target bag can realize the non-contacting collection that impacts signal, is applicable to that the recreation of type of impacting is used.

The specific embodiment 11: this embodiment is described referring to Figure 10.This embodiment is with the difference that the specific embodiment one described dynamic response impacts the target bag; Also comprise a plurality ofpower sensors 14 in the saidelectric control gear 3; In impacting the corresponding illuminatorfixed bed 12 in indicatingarea 110 with each, be fixed with apower sensor 14, the force signal output of eachpower sensor 14 connects a force signal input ofemission control circuit 32.

This embodiment has increasedpower sensor 14; Be used to gather the force signal of hitting region; Promptly can realize judging whether to impact generation in the zone, can also obtain the size of impact force, and then realize judging the function of the signals collecting that impacts accuracy and impact force.

The specific embodiment 12: this embodiment is described referring to Fig. 8.This embodiment is that with the difference that one to ten any described dynamic response of embodiment impacts the target bag saidelectric control gear 3 also comprisesdisplay circuit 33, and the signal input part of thisdisplay circuit 33 connects the demonstration signal output part ofemission control circuit 32.

This embodiment has increaseddisplay circuit 33, can realize the demonstration of information, for example: show the luminous number information of illuminator LED, impact accuracy information, impact dynamics information or the like.

The specific embodiment 13: this embodiment is described referring to Fig. 8.This embodiment is with the difference that one to ten any described dynamic response of embodiment impacts the target bag; Saidelectric control gear 3 also comprises speaker circuit 37, and the signal input part of this speaker circuit 37 connects the audio signal output end ofemission control circuit 32.

This embodiment has increasedspeaker circuit 33; Can realize the output of audio signal; Thisspeaker circuit 33 is made up of amplifier circuit for sound frequency signal and loudspeaker, after the audio signal that said amplifier circuit for sound frequency signal sendsemission control circuit 32 is amplified, drives loudspeaker and sends audio-frequency information.

The specific embodiment 14: this embodiment is described referring to Fig. 8.This embodiment is with the difference that one to ten any described dynamic response of embodiment impacts the target bag; Also comprise serial lineinterface drive circuit 34 in the saidelectric control gear 3; This serial lineinterface drive circuit 34 is connected with the serial line interface ofemission control circuit 32, is used to provideemission control circuit 32 and outside serial data communication port.

Said serial lineinterface drive circuit 34 can be synchronous serial interface drive circuit or Asynchronous Serial Interface drive circuit; For example: various available data serial line interface drive circuits such as RS232 serial line interface drive circuit, RS485 serial line interface drive circuit, CAN serial line interface drive circuit; Be used to transmit various data, comprise data such as impacting the degree of accuracy, motor-driven dynamics.

Said serial lineinterface drive circuit 34 can be SPI (Serial Peripheral Interface) serial line interface drive circuit; Be used to realize the download of online programming and program; And then realize according to training need; At any time upgrade the illuminator control program in theemission control circuit 32 through this driven in series circuit, reach the purpose that changes drill program.

The specific embodiment 15: this embodiment is described referring to Figure 11.This embodiment is with the difference that one to ten any described dynamic response of embodiment impacts the target bag; Saidelectric control gear 3 also comprises emission of radiofrequency signals device 36, radiofrequencysignal receiving circuit 35; The signal output part of said radiofrequencysignal receiving circuit 35 connects the RF signal input end ofemission control circuit 32, and said emission of radiofrequency signals device 36 is used to launch illuminator and selects signal.

This embodiment has increased distant control function.Wherein said emission of radiofrequency signals device 36 is used to launch illuminator and selects signal; And radiofrequencysignal receiving circuit 35 is used to receive said illuminator selection signal; Should select signal to send toemission control circuit 32; Thisemission control circuit 32 is selected signal output illuminator control signal according to this, and then realizes that the corresponding illuminator of control is luminous.

This embodiment can be realized the function that the Long-distance Control illuminator is luminous.When practical application, train hand-holdable emission of radiofrequency signals device 36, according to practitioner's virtual condition, select hitting region, adjustment to impact rhythm at any time, realize man-to-man training.

The specific embodiment 16: this embodiment is with the difference that the specific embodiment ten described dynamic responses impact the target bag; Said emission of radiofrequency signals device 36 selects circuit 362 to form by emission of radio frequency signals circuit 361 and illuminator; Said illuminator selects circuit 362 to comprise button inputting circuits 3621 and coding circuit 3622; The output signal of said button inputting circuits 3621 connects the signal input part of coding circuit 3622, and the signal output part of said coding circuit 3622 connects emission of radio frequency signals circuit 361.

The key area of the described button inputting circuits 3621 of this embodiment can be arranged to impact bag in the hitting region identical form that distributes, be convenient to the coach and select light-emitting zone.

The input button is edited in also can being provided with by the key entry area of emission of radiofrequency signals device 36 in this embodiment; This editor's input button is used to be provided with parameters such as the luminous sequential of illuminator, fluorescent lifetime, luminous rhythm, and said emission of radiofrequency signals device 36 is used for parameters such as the luminous sequential of illuminator that is provided with, fluorescent lifetime, luminous rhythm emission output.In practical application; The coach can use parameters such as the luminous sequential of emission of radiofrequency signals device 36 editor's illuminators, fluorescent lifetime, luminous rhythm; Be stored in then in theilluminator control circuit 32; Realize the rule control illuminator work that button edits, realization can be selected training method according to actual needs flexibly.

Dynamic response of the present invention impacts the target bag and is not limited to the described concrete structure of above-mentioned each embodiment, can also be the reasonable combination of the described technical characterictic of each embodiment.

Claims (10)

1. dynamic response impacts the target bag, it comprise impact the bag (1), it is characterized in that it also comprises electric control gear (3), said electric control gear (3) comprises illuminator drive circuit (31) and emission control circuit (32); Impacting bag (1) is the tablet with thickness; This impacts bag (1) and is made up of printing opacity top layer (10), elastic layer (11), illuminator fixed bed (12), bottom (13) and a plurality of illuminator LED; The be composed of a fixed connection bag of hollow of the edge of bottom (13) and printing opacity top layer (10); Said illuminator fixed bed (12) and elastic layer (11) all are positioned at the bag of this hollow; Said illuminator fixed bed (12) contacts with bottom (13), and elastic layer (11) is positioned between illuminator fixed bed (12) and printing opacity top layer (10); All closely contacts between said each layer; Be distributed with a plurality of indicating areas (110) that impact on the elastic layer (11); Each impacts and is evenly equipped with some loopholes (111) in the indicating area (110), and the center of a plurality of loopholes (111) is parallel to each other, and belongs to the perpendicular elastic layer (11) that runs through in plane with printing opacity top layer (10); All have groove or through hole (120) impacting on the corresponding illuminator fixed bed (12) in indicating area (110) with each, this groove or through hole are fixed with illuminator LED in (120); The electric connecting relation of said electric control gear (3) is: the control signal input of each illuminator LED connects a luminous signal output of illuminator drive circuit (31), and the led control signal input of illuminator drive circuit (31) connects the led control signal output of emission control circuit (32).

2. dynamic response according to claim 1 impacts the target bag, it is characterized in that, each illuminator LED also is provided with an illuminator protective sleeve (141) outward.

3. dynamic response according to claim 1 impacts the target bag, it is characterized in that, the said edge that impacts bag (1) evenly distributes and is fixed with the fixture (4) more than 3 or 3.

4. dynamic response according to claim 1 impacts the target bag; It is characterized in that; Said emission control circuit (32) is realized by random code maker and signal delay control circuit; This random code maker is used to produce the random code signal and exports to the signal delay control circuit, and this signal delay control circuit is used for the random code signal of input is exported illuminator drive circuit (31) as the illuminator control signal, and this signal delay control circuit also is used to keep its output signal sets time.

5. dynamic response according to claim 1 impacts the target bag, it is characterized in that, solidifies information such as the luminous sequential of one or more illuminators, rhythm in the said single-chip microcomputer.

6. dynamic response according to claim 1 impacts the target bag; It is characterized in that; Said impacting in the bag (1) also comprises a plurality of microswitch KEY, in impacting the corresponding illuminator fixed bed (12) in indicating area (110) with each, is fixed with a microswitch KEY; Each microswitch KEY is used to gather the deformation signal of place hitting region, and the signal output part of each microswitch KEY connects a switching signal input of emission control circuit (32).

7. dynamic response according to claim 1 impacts the target bag; It is characterized in that; Also comprise a plurality of power sensors (14) in the said electric control gear (3); In impacting the corresponding illuminator fixed bed (12) in indicating area (110) with each, be fixed with a power sensor (14), the force signal output of each power sensor (14) connects a force signal input of emission control circuit (32).

8. dynamic response according to claim 1 impacts the target bag; It is characterized in that; Also comprise serial line interface drive circuit (34) in the said electric control gear (3); This serial line interface drive circuit (34) is connected with the serial line interface of emission control circuit (32), is used to provide emission control circuit (32) and outside serial data communication port.

9. dynamic response according to claim 1 impacts the target bag; It is characterized in that; Said electric control gear (3) also comprises emission of radio frequency signals device (36), radiofrequency signal receiving circuit (35); The signal output part of said radiofrequency signal receiving circuit (35) connects the RF signal input end of emission control circuit (32), and said emission of radio frequency signals device (36) is used to launch illuminator and selects signal.

10. dynamic response according to claim 1 impacts the target bag; It is characterized in that; Said emission of radio frequency signals device (36) selects circuit (362) to form by emission of radio frequency signals circuit (361) and illuminator; Said illuminator selects circuit (362) to comprise button inputting circuits (3621) and coding circuit (3622); The output signal of said button inputting circuits (3621) connects the signal input part of coding circuit (3622), and the signal output part of said coding circuit (3622) connects emission of radio frequency signals circuit (361).

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