CN104492049A - Laser type super-equal-length hammer throw equipment vibration core stabilizing strength training and information feedback trainer - Google Patents
Laser type super-equal-length hammer throw equipment vibration core stabilizing strength training and information feedback trainer Download PDFInfo
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- CN104492049A CN104492049A CN201410841279.6A CN201410841279A CN104492049A CN 104492049 A CN104492049 A CN 104492049A CN 201410841279 A CN201410841279 A CN 201410841279A CN 104492049 A CN104492049 A CN 104492049A
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Abstract
The invention discloses a laser type super-equal-length hammer throw equipment vibration core stabilizing strength training and information feedback trainer, relates to a hammer throw equipment trainer, and aims to solve the problems that training speed for the final force of a hammer throw and throwing strength cannot be measured due to the absence of a training device capable of directly reinforcing and stimulating a throwing arm in combination with specific strength training vibration, conventional vibration training effects are not obvious enough although combined vibration training devices for modern high-level specific hammer throw strength training appear and that specific hammer throw equipment strength vibration training and projection information storage monitoring devices capable of realizing the effective training and monitoring of optimal time of fast strength do not appear. The trainer comprises a heavy object holding training component, a shaking bracket, a main vibration component, a vibration component, a fixed plate, a bracket vibration component, a balance training platform mechanism with an information feedback function, an information feedback mechanism and a laser speed sensor. The trainer is applied to hammer throw strength training.
Description
Technical field
The present invention relates to hammer apparatus exercising machine, be specifically related to the stability force amount training of laser type hammer apparatus vibration core and information feed back exercising machine.
Background technology
Each sports events strengthens the attention to specific strength in recent years, and the ratio of strength in training obviously increases, and more and more recognizes the crucial effect effect of specific strength to sports achievement.Introduce new training theory means in conjunction with special action, it is improve the effective ways of specific strength training quality that optimum organization training produces synergistic effect.
Modern high-level hammer specific strength training, also be particular about and adopt through the custom-designed strengthening exercise device close to special action and vibration training device, but existing vibration specific strength training device is that player stands practises on shaking platform, vibratory stimulation is comparatively remarkable to sportsman's lower limb, hip, waist muscle group, and the throwing arm muscle group vibratory stimulation relatively needing reinforcing stimulus to train is obviously not enough.This is because vibration is via lower limb, hip, waist, trunk upwards conducts, the vibration arriving throwing arm is partially absorbed, oscillation intensity decays, belong to indirect stimulation, training effect is not good, strength when can not measure the practice speed of hammer final force and sell, in track and field throwing event, the assurance of the Best Times of quick strength lacks effective exercise and monitoring means, direct reinforcing stimulus throwing arm can be vibrated in conjunction with specific strength training, effective exercise of the Best Times of the quick strength of optimum organization core stable strength and the trainer of monitoring means also do not occur.
Summary of the invention
The present invention solves the trainer that can vibrate direct reinforcing stimulus throwing arm in conjunction with specific strength training also not occur, strength when can not measure the practice speed of hammer final force and sell, modern high-level hammer specific strength training has had the exercise apparatus of some combination of vibrations, but existing vibration training effect is obvious not, and can effectively practise and monitor the hammer specific strength apparatus vibration training of quick strength Best Times and projection information and store supervising device and also there is no produced problem, and then provide laser type hammer apparatus to vibrate the training of core stability force amount and information feed back exercising machine.
The present invention solves the problems of the technologies described above the technical scheme taked to be: described exercising machine comprises the hand-held heavy component of training, rock support, main vibration assembly, vibration component, fixed head, support rocks assembly, with the balance training platform mechanism of information feed back, information feed back mechanism and laser speed sensor, information feed back mechanism comprises projecting apparatus, video recorder, body of wall display screen, department of computer science unifies pressure sensor, support rocks assembly and comprises support and rock motor, support rocks motor cam and counterpart, rock support and comprise block dynamometry assembly, annular slab, multiple baffle ring, multiple jack-up block, the supporting leg that multiple length is different, multiple first spring, multiple supporting leg Connection Block and multiple connecting cross beam, each supporting leg also comprises upper rack posts, pole cover and bearing pin, main vibration assembly comprises lifting frame, main vibration motor, main vibration motor cam and two leads, hand-held heavy component is trained to be arranged on the upper surface of annular slab, the lower surface of annular slab and horizontal plane angulation are R, R is acute angle, overlook and see that the two centre that annular slab is counterclockwise looked by least significant end to the most significant end of annular slab is provided with laser speed sensor, and the terminating end emitter of laser speed sensor is positioned on the vertical centre axis of annular slab incline direction, the initiating terminal emitter of laser speed sensor is arranged between the least significant end of annular slab and this terminating end emitter, and the spacing between this initiating terminal emitter and this terminating end emitter is L, the numerical value of L is 50cm, the initiating terminal emitter of laser speed sensor is corresponding with initiating terminal receiving system to be arranged, the terminating end emitter of laser speed sensor is corresponding with terminating end receiving system to be arranged, initiating terminal emitter and terminating end emitter are arranged on the outer edge of annular slab upper surface, initiating terminal receiving system and terminating end receiving system are arranged on the inside edge of annular slab upper surface, vibration component is fixedly mounted on the hand-held heavy component of training, pressure sensor is fixedly mounted on the hand-held heavy component of training, block pressure sensor and pressure sensor are connected a signal input part of computer system respectively, the signal output part of computer system is connected with the signal input part of projecting apparatus, the signal output part of projecting apparatus is connected with the signal input part of video recorder, projecting apparatus projects to body of wall display screen, multiple supporting leg Connection Block is uniform to be fixedly mounted on the lower surface of annular slab, the bottom of the top of each upper rack posts and a supporting leg Connection Block is hinged, adjacent two poles cover is fixedly connected with by a connecting cross beam, the lateral wall of pole cover is vertically processed with multiple bearing pin vertically through hole, upper rack posts bottom is arranged on pole cover in through bearing pin through hole by bearing pin, the bottom of each pole cover is installed with baffle ring, the bottom of each pole cover is equipped with first spring, the bottom that top and the pole of the first spring are overlapped is fixedly connected with, the bottom of the first spring is fixedly mounted on fixed head, balance training platform mechanism with information feed back is arranged on the fixed head upper surface below annular slab, support rocks assembly and is arranged on the upper surface of fixed head, the output shaft that support rocks motor is installed with a support and rocks motor cam, the output shaft that support rocks motor is vertically arranged, and support level between the motor supporting leg adjacent with of rocking is provided with a counterpart, one end of counterpart is fixedly mounted on the outer surface of a supporting leg, counterpart rocks motor cam near support and arranges, two leads are all vertically inserted on lifting frame, and the bottom of each lead is fixedly connected with the upper surface of fixed head, a jack-up block is vertically provided with between the lower surface of each baffle ring and lifting frame, the bottom of jack-up block is fixedly mounted on lifting frame, main vibration motor is fixedly mounted on fixed head, the rotating shaft of main vibration motor is provided with main vibration motor cam, main vibration motor cam is arranged on the below of lifting frame, block dynamometry assembly is fixedly mounted on annular slab, block dynamometry assembly is provided with block pressure sensor,
Balance training platform mechanism with information feed back comprises training station and controller, and described training station comprises framework type base, balancer, acceleration transducer and four bracing or strutting arrangements; Described framework type base is made up of two pairs of elongate steel plate and four feets, described two pairs of orthogonal frame structures of elongate steel plate, be respectively arranged with a feet below four angles of described rectangular frame structure, the outside at four angles of described rectangular frame structure is provided with a bracing or strutting arrangement; Each bracing or strutting arrangement is made up of a U-shaped spring support and second spring, and a sidewall of described U-shaped spring support is fixedly connected with rectangular frame, and the inner side of another sidewall of described U-shaped spring support is fixedly connected with one end of the second spring; The shape of balancer is identical with the shape of rectangular frame structure, the outside at each angle of balancer all arranges a fixed block, four fixed blocks of described balancer are fixedly connected with the other end of the second spring of four bracing or strutting arrangements respectively, make balancer be suspended in directly over framework type base; The center connection being positioned at the second spring of two bracing or strutting arrangements at balancer diagonal angle overlaps with corresponding balancer diagonal, and acceleration transducer is fixed on the center of balancer bottom surface; Controller comprises signal conditioning circuit and voltage driven displays, the signal input part of the signal output part connection signal modulate circuit of acceleration transducer, and the signal output part of signal conditioning circuit connects the signal input part of voltage driven displays.
The invention has the beneficial effects as follows: 1, invention makes sportsman overcome labile state and keeps correct firmly posture, stablize having an effect of balance and motion, specific strength of the present invention is practised in conjunction with special action, makes training quality higher; 2, vibration of the present invention directly stimulates throwing arm muscle group, improves explosive force; 3, the present invention can raise more polymyarian meat fiber and, to carry out exercise for power, make more contraction of muscle generation peak power; 4 and measured the practice speed of hammer final force by laser speed sensor 60, measure strength when the hand-held heavy component 1 of training is finally sold by the pressure sensor of block dynamometry assembly 2-1; 5, directly stimulate throwing arm muscle group and the optimum organization of core stable strength to train by the present invention in conjunction with the vibration of specific strength training and produce the effective means that synergistic effect improves specific strength training quality; 6, force value curve measured by the pressure sensor 44 on handle 22, and the information cloud of body of wall display screen 43 Projection Display information and video recorder 42 stores; 7, video recorder 42 is connected with computer system 45, carries out data processing and data message is carried out to high in the clouds storing the object reaching information feed back by computer system 45 pairs of data; 8, the force value curve at every turn practised according to sportsman, responsiveness data such as time, impulsive force movement locus of exerting oneself find out the optimum matching relation of indices, and then realize effective exercise and the monitoring of quick strength Best Times.
Accompanying drawing explanation
Fig. 1 is the integrally-built front view of the present invention, Fig. 2 is the A direction view of Fig. 1, Fig. 3 is the front view that vibration component 17 is arranged on the hand-held heavy component 1 of training, the front view of Fig. 4 eccentric wheel 19, Fig. 5 is the sectional view of B-B in Fig. 1, Fig. 6 is the top view that the outside at each angle of balancer 29-1 all arranges a fixed block 29-5, and Fig. 7 is D-D direction view in Fig. 6, and Fig. 8 is of the present invention with the control principle drawing in the balance training platform of information feed back.
Detailed description of the invention
Detailed description of the invention one: composition graphs 1-Fig. 8 illustrates present embodiment, the laser type hammer apparatus vibration core stability force amount training of present embodiment and information feed back exercising machine, it is characterized in that: described exercising machine comprises the hand-held heavy component 1 of training, rock support 2, main vibration assembly 3, vibration component 17, fixed head 15, support rocks assembly 70, with the balance training platform mechanism 29 of information feed back, information feed back mechanism 40 and laser speed sensor 60, information feed back mechanism 40 comprises projecting apparatus 41, video recorder 42, body of wall display screen 43, computer system 45 and pressure sensor 44, support rocks assembly 70 and comprises support and rock motor 73, support rocks motor cam 71 and counterpart 72, rock support 2 and comprise block dynamometry assembly 2-1, annular slab 6, multiple baffle ring 8, multiple jack-up block 9, the supporting leg 28 that multiple length is different, multiple first spring 20, multiple supporting leg Connection Block 5 and multiple connecting cross beam 27, each supporting leg 28 also comprises upper rack posts 16, pole cover 7 and bearing pin 25, main vibration assembly 3 comprises lifting frame 4, main vibration motor 10, main vibration motor cam 11 and two leads 12, hand-held heavy component 1 is trained to be arranged on the upper surface of annular slab 6, the lower surface of annular slab 6 and horizontal plane angulation are R, R is acute angle, overlook and see that the two centre that annular slab 6 is counterclockwise looked by least significant end to the most significant end of annular slab 6 is provided with laser speed sensor 60, and the terminating end emitter 60-2 of laser speed sensor 60 is positioned on the vertical centre axis of annular slab 6 incline direction, the initiating terminal emitter 60-1 of laser speed sensor 60 is arranged between the least significant end of annular slab 6 and this terminating end emitter 60-2, and the spacing between this initiating terminal emitter 60-1 and this terminating end emitter 60-2 is L, the numerical value of L is 50cm, the initiating terminal emitter 60-1 of laser speed sensor 60 is corresponding with initiating terminal receiving system 60-4 to be arranged, the terminating end emitter 60-2 of laser speed sensor 60 is corresponding with terminating end receiving system 60-3 to be arranged, initiating terminal emitter 60-1 and terminating end emitter 60-2 is arranged on the outer edge of annular slab 6 upper surface, initiating terminal receiving system 60-4 and terminating end receiving system 60-3 is arranged on the inside edge of annular slab 6 upper surface, vibration component 17 is fixedly mounted on the hand-held heavy component 1 of training, pressure sensor 44 is fixedly mounted on the hand-held heavy component 1 of training, block pressure sensor and pressure sensor 44 are connected a signal input part of computer system 45 respectively, the signal output part of computer system 45 is connected with the signal input part of projecting apparatus 41, the signal output part of projecting apparatus 41 is connected with the signal input part of video recorder 42, projecting apparatus 41 projects to body of wall display screen 43, on the uniform lower surface being fixedly mounted on annular slab 6 of multiple supporting leg Connection Block 5, the top of each upper rack posts 16 and the bottom of a supporting leg Connection Block 5 hinged, adjacent two poles cover 7 is fixedly connected with by a connecting cross beam 27, the lateral wall of pole cover 7 is vertically processed with multiple bearing pin vertically through hole 26, upper rack posts 16 bottom is arranged on pole cover 7 in through bearing pin through hole 26 by bearing pin 25, the bottom of each pole cover 7 is installed with baffle ring 8, the bottom of each pole cover 7 is equipped with first spring 20, the bottom that top and the pole of the first spring 20 overlap 7 is fixedly connected with, the bottom of the first spring 20 is fixedly mounted on fixed head 15, balance training platform mechanism 29 with information feed back is arranged on fixed head 15 upper surface below annular slab 6, support rocks assembly 70 and is arranged on the upper surface of fixed head 15, the output shaft that support rocks motor 73 is installed with a support and rocks motor cam 71, the output shaft that support rocks motor 73 is vertically arranged, and support level between motor 73 supporting leg 28 adjacent with of rocking is provided with a counterpart 72, one end of counterpart 72 is fixedly mounted on the outer surface of a supporting leg 28, counterpart 72 rocks motor cam 71 near support and arranges, two leads 12 are all vertically inserted on lifting frame 4, and the bottom of each lead 12 is fixedly connected with the upper surface of fixed head 15, a jack-up block 9 is vertically provided with between the lower surface of each baffle ring 8 and lifting frame 4, the bottom of jack-up block 9 is fixedly mounted on lifting frame 4, main vibration motor 10 is fixedly mounted on fixed head 15, the rotating shaft of main vibration motor 10 is provided with main vibration motor cam 11, main vibration motor cam 11 is arranged on the below of lifting frame 4, block dynamometry assembly 2-1 is fixedly mounted on annular slab 6, block dynamometry assembly 2-1 is provided with block pressure sensor,
Balance training platform mechanism 29 with information feed back comprises training station and controller 90, and described training station comprises framework type base, balancer 29-1, acceleration transducer 80 and four bracing or strutting arrangements, described framework type base is made up of two pairs of elongate steel plate and four feet 29-2, described two pairs of orthogonal frame structures of elongate steel plate, be respectively arranged with a feet 29-2 below four angles of described rectangular frame structure, the outside at four angles of described rectangular frame structure is provided with a bracing or strutting arrangement, each bracing or strutting arrangement is made up of an a U-shaped spring support 29-3 and one second spring 29-4, a sidewall of described U-shaped spring support 29-3 is fixedly connected with rectangular frame, and the inner side of another sidewall of described U-shaped spring support 29-3 is fixedly connected with one end of the second spring 29-4, the shape of balancer 29-1 is identical with the shape of rectangular frame structure, the outside at each angle of balancer 29-1 all arranges a fixed block 29-5, four fixed block 29-5 of described balancer 29-1 are fixedly connected with the other end of the second spring 29-4 of four bracing or strutting arrangements respectively, make balancer 29-1 be suspended in directly over framework type base, the center connection being positioned at the second spring 29-4 of two bracing or strutting arrangements at balancer 29-1 diagonal angle overlaps with corresponding balancer 29-1 diagonal, and acceleration transducer 80 is fixed on the center of balancer 29-1 bottom surface, controller 90 comprises signal conditioning circuit 92 and voltage driven displays 93, the signal input part of the signal output part connection signal modulate circuit 92 of acceleration transducer 80, the signal output part of signal conditioning circuit 92 connects the signal input part of voltage driven displays 93, voltage driven displays 93 described in present embodiment is display unit that a kind of voltage signal drives, size according to the voltage signal of input shows corresponding numerical value, the numerical value of its display is directly proportional to the voltage signal of input, the vibration frequency of vibration component 17 is 26Hz-120Hz, the amplitude of vibration component 17 is 1mm-3mm, projecting apparatus 41 in present embodiment, video recorder 42, body of wall display screen 43, computer system 45, block pressure sensor and pressure sensor 44 are prior art.
Detailed description of the invention two: composition graphs 1 and Fig. 8 illustrate present embodiment, the stability force amount training of laser type hammer apparatus vibration core and information feed back exercising machine, described controller 90 also comprises zeroing circuit 91, a/d converter 95 and communication drive circuit 94, the zeroed signal input of the signal output part connection signal modulate circuit 92 of described zeroing circuit 91, the signal output part of the input end of analog signal connection signal modulate circuit 95 of a/d converter 95, the digital signal output end of this a/d converter 95 connects the signal input part of communication drive circuit 94
Present embodiment adds zeroing circuit 91, and in actual applications, before balance training platform uses, first platform remains static, and is adjusted the initial show value of voltage driven displays 93 by zeroing circuit 91.And then platform is come into operation, and then ensure the degree of accuracy of the poised state that voltage driven displays 93 shows,
Present embodiment adds communication drive circuit 94, first ad converter is adopted to convert the analog signal that signal conditioning circuit exports to data signal, then, by communication drive circuit, this data signal is sent, achieve the long-distance transmission of the poised state of platform, the said communication drive circuit 94 of present embodiment can also be able to be radio communication circuit for wire communication circuit.Wire communication circuit can for adopting existing conventional serial communication circuit, and other is identical with embodiment one.
Detailed description of the invention three: composition graphs 1-Fig. 3 illustrates present embodiment, the stability force amount training of laser type hammer apparatus vibration core and information feed back exercising machine, the hand-held heavy component of described training 1 comprises connecting rod 24, handle 22, fixed block 14 and multiple weight 13, connecting rod 24 is ' L ' shape body of rod, one end of connecting rod 24 is fixed with multiple weight 13 by fixed block 14, handle 22 is fixedly mounted on the other end of connecting rod 24, and pressure sensor 44 is arranged on handle 22, and other is identical with embodiment one.
Detailed description of the invention four: composition graphs 1-Fig. 3 illustrates present embodiment, the stability force amount training of laser type hammer apparatus vibration core and information feed back exercising machine, described vibration component 17 involving vibrations assembly motor 18, eccentric wheel 19, slide rheostat 21 and portable power source 23, vibration component motor 18, eccentric wheel 19, slide rheostat 21 and portable power source 23 are installed on connecting rod 24, and vibration component motor 18, slide rheostat 21 and portable power source 23 outside are provided with shell, eccentric wheel 19 is fixedly mounted in the rotating shaft of vibration component motor 18, portable power source 23 is connected with vibration component motor 18 by slide rheostat 21, other is identical with embodiment one.
Detailed description of the invention five: composition graphs 1-Fig. 4 illustrates present embodiment, the stability force amount training of laser type hammer apparatus vibration core and information feed back exercising machine, described eccentric wheel 19 also comprises eccentric wheel spring 19-3, groove lid 19-5 and multiple eccentric wheel weight 19-4, one end of eccentric wheel 19 is processed with groove 19-1, the other end of eccentric wheel 19 is processed with motor axis hole 19-2, eccentric wheel spring 19-3 is arranged on the bottom land of groove 19-1, multiple eccentric wheel weight 19-4 is arranged in groove 19-1, groove lid 19-5 is fixedly mounted on groove 19-1, other is identical with embodiment four.
Detailed description of the invention six: composition graphs 1 and Fig. 5 illustrate present embodiment, the stability force amount training of laser type hammer apparatus vibration core and information feed back exercising machine, described lifting frame 4 is processed with two connecting plate 4-1, each connecting plate 4-1 is fitted with a lead 12, other is identical with embodiment one.
Detailed description of the invention seven: composition graphs 1 and Fig. 7 illustrate present embodiment, the stability force amount training of laser type hammer apparatus vibration core and information feed back exercising machine, the signal that described acceleration transducer 80 exports is voltage signal, the frequency of acceleration transducer 80 is 0.5-5Hz, and other is identical with embodiment one.
Operation principle
When carrying out hammer core stable strength building and quantification monitoring exercise, under trainer stands in and plays pendulum with above the balance training platform mechanism 29 of information feed back, and combine and rock support 2 through optimal design close to hammer specific strength feature final force, grasp the handle 22 of hammer trainer, carry out the exercise of final force, by the axis of rotation of vibration motor 10 main on main vibration assembly 3, the rotating shaft of main vibration motor 10 drives main vibration motor cam 11 to rotate, by main vibration motor cam 11, lifting frame 4 is risen, make to rock support 2 and carry out elevating movement under the effect of the first spring 20, open vibration component motor 18 switch of vibration component 17 simultaneously, the rotating band movable eccentric wheel 19 of vibration component motor 18 rotates in handle 22, band fixed handle 22 rocks, balance training platform mechanism 29 with information feed back starts working, measure the amplitude that balanced controls swing, the quantification treatment of the information of carrying out, to balance realtime monitoring during Athletes, and change into support that the signal of telecommunication and support rock assembly 70 accordingly and rock motor 73 and be connected, produce interactive, along with the raising of trainer's balanced capacity, balanced controls tend to be steady when trainer practises, the support that now balanced controls generation signal of telecommunication startup support rocks assembly 70 rocks motor 73, make to rock support 2 and produce swing, to increase new exercise difficulty, and the practice speed of hammer final force is measured by laser speed sensor 60, the force value that trainer is held the change of pressure registration and block pressure sensor on handle 22 by pressure sensor 44 is passed on projecting apparatus 41, the force value of the change of the pressure registration of pressure sensor 44 and block pressure sensor is projected on body of wall display screen 43 by projecting apparatus 41, and the change of the pressure registration of pressure sensor 44 is stored in video recorder 42 by projecting apparatus 41, carry out data processing by computer system 45 pairs of data and data message carried out to high in the clouds storing the object reaching information feed back.Trainer overcomes labile state and keeps correct firmly posture, needs to coordinate to transfer by waist, pelvis, hip joint machine lower limb to raise the meat fiber activating more multi-core position and participate in stablizing having an effect of balance and action.
Claims (6)
1. the amount training of laser type hammer apparatus vibration core stability force and information feed back exercising machine, it is characterized in that: described exercising machine comprises the hand-held heavy component of training (1), rock support (2), main vibration assembly (3), vibration component (17), fixed head (15), support rocks assembly (70), with the balance training platform mechanism (29) of information feed back, information feed back mechanism (40) and laser speed sensor (60), information feed back mechanism (40) comprises projecting apparatus (41), video recorder (42), body of wall display screen (43), computer system (45) and pressure sensor (44), support rocks assembly (70) and comprises support and rock motor (73), support rocks motor cam (71) and counterpart (72), rock support (2) and comprise block dynamometry assembly (2-1), annular slab (6), multiple baffle ring (8), multiple jack-up block (9), the supporting leg (28) that multiple length is different, multiple first spring (20), multiple supporting leg Connection Blocks (5) and multiple connecting cross beam (27), each supporting leg (28) also comprises upper rack posts (16), pole cover (7) and bearing pin (25), main vibration assembly (3) comprises lifting frame (4), main vibration motor (10), main vibration motor cam (11) and two leads (12), hand-held heavy component (1) is trained to be arranged on the upper surface of annular slab (6), the lower surface of annular slab (6) and horizontal plane angulation are R, R is acute angle, overlook and see that the two centre that annular slab (6) is counterclockwise looked by least significant end to the most significant end of annular slab (6) is provided with laser speed sensor (60), and the terminating end emitter (60-2) of laser speed sensor (60) is positioned on the vertical centre axis of annular slab (6) incline direction, the initiating terminal emitter (60-1) of laser speed sensor (60) is arranged between the least significant end of annular slab (6) and this terminating end emitter (60-2), and the spacing between this initiating terminal emitter (60-1) and this terminating end emitter (60-2) is L, the numerical value of L is 50cm, the initiating terminal emitter (60-1) of laser speed sensor (60) is corresponding with initiating terminal receiving system (60-4) to be arranged, the terminating end emitter (60-2) of laser speed sensor (60) is corresponding with terminating end receiving system (60-3) to be arranged, initiating terminal emitter (60-1) and terminating end emitter (60-2) are arranged on the outer edge of annular slab (6) upper surface, initiating terminal receiving system (60-4) and terminating end receiving system (60-3) are arranged on the inside edge of annular slab (6) upper surface, vibration component (17) is fixedly mounted in the hand-held heavy component of training (1), pressure sensor (44) is fixedly mounted in the hand-held heavy component of training (1), block pressure sensor and pressure sensor (44) are connected a signal input part of computer system (45) respectively, the signal output part of computer system (45) is connected with the signal input part of projecting apparatus (41), the signal output part of projecting apparatus (41) is connected with the signal input part of video recorder (42), projecting apparatus (41) projects to body of wall display screen (43), on multiple uniform lower surface being fixedly mounted on annular slab (6) of supporting leg Connection Block (5), the top of each upper rack posts (16) and the bottom of a supporting leg Connection Block (5) hinged, adjacent two poles cover (7) are fixedly connected with by a connecting cross beam (27), the lateral wall of pole cover (7) is vertically processed with multiple bearing pin vertically through hole (26), upper rack posts (16) bottom is arranged on pole cover (7) in through bearing pin through hole (26) by bearing pin (25), the bottom of each pole cover (7) is installed with baffle ring (8), the bottom of each pole cover (7) is equipped with first spring (20), (7) are overlapped on the top of the first spring (20) bottom with pole is fixedly connected with, the bottom of the first spring (20) is fixedly mounted on fixed head (15), balance training platform mechanism (29) with information feed back is arranged on fixed head (15) upper surface of annular slab (6) below, support rocks assembly (70) and is arranged on the upper surface of fixed head (15), the output shaft that support rocks motor (73) is installed with a support and rocks motor cam (71), the output shaft that support rocks motor (73) is vertically arranged, and support level between motor (73) supporting leg (28) adjacent with of rocking is provided with a counterpart (72), one end of counterpart (72) is fixedly mounted on the outer surface of a supporting leg (28), counterpart (72) rocks motor cam (71) near support and arranges, two leads (12) are all vertically inserted on lifting frame (4), and the bottom of each lead (12) is fixedly connected with the upper surface of fixed head (15), a jack-up block (9) is vertically provided with between the lower surface of each baffle ring (8) and lifting frame (4), the bottom of jack-up block (9) is fixedly mounted on lifting frame (4), main vibration motor (10) is fixedly mounted on fixed head (15), the rotating shaft of main vibration motor (10) is provided with main vibration motor cam (11), main vibration motor cam (11) is arranged on the below of lifting frame (4), block dynamometry assembly (2-1) is fixedly mounted on annular slab (6), block dynamometry assembly (2-1) is provided with block pressure sensor,
Balance training platform mechanism (29) with information feed back comprises training station and controller (90), and described training station comprises framework type base, balancer (29-1), acceleration transducer (80) and four bracing or strutting arrangements; Described framework type base is made up of two pairs of elongate steel plate and four feets (29-2), described two pairs of orthogonal frame structures of elongate steel plate, be respectively arranged with a feet (29-2) below four angles of described rectangular frame structure, the outside at four angles of described rectangular frame structure is provided with a bracing or strutting arrangement; Each bracing or strutting arrangement is made up of a U-shaped spring support (29-3) and second spring (29-4), a sidewall of described U-shaped spring support (29-3) is fixedly connected with rectangular frame, and the inner side of another sidewall of described U-shaped spring support (29-3) is fixedly connected with one end of the second spring (29-4); The shape of balancer (29-1) is identical with the shape of rectangular frame structure, the outside at balancer (29-1) each angle all arranges a fixed block (29-5), four fixed blocks (29-5) of described balancer (29-1) are fixedly connected with the other end of second spring (29-4) of four bracing or strutting arrangements respectively, make balancer (29-1) be suspended in directly over framework type base; The center connection being positioned at second spring (29-4) of two bracing or strutting arrangements at balancer (29-1) diagonal angle overlaps with corresponding balancer (29-1) diagonal, and acceleration transducer (80) is fixed on the center of balancer (29-1) bottom surface; Controller (90) comprises signal conditioning circuit (92) and voltage driven displays (93), the signal input part of the signal output part connection signal modulate circuit (92) of acceleration transducer (80), the signal output part of signal conditioning circuit (92) connects the signal input part of voltage driven displays (93).
2. laser type hammer apparatus vibration core stability force amount is trained and information feed back exercising machine according to claim 1, it is characterized in that: the hand-held heavy component of described training (1) comprises connecting rod (24), handle (22), fixed block (14) and multiple weight (13), connecting rod (24) is ' L ' shape body of rod, one end of connecting rod (24) is fixed with multiple weight (13) by fixed block (14), handle (22) is fixedly mounted on the other end of connecting rod (24), and pressure sensor (44) is arranged on handle (22).
3. laser type hammer apparatus vibration core stability force amount is trained and information feed back exercising machine according to claim 1, it is characterized in that: described vibration component (17) involving vibrations assembly motor (18), eccentric wheel (19), slide rheostat (21) and portable power source (23), vibration component motor (18), eccentric wheel (19), slide rheostat (21) and portable power source (23) are installed on connecting rod (24), and vibration component motor (18), slide rheostat (21) and portable power source (23) outside are provided with shell, eccentric wheel (19) is fixedly mounted in the rotating shaft of vibration component motor (18), portable power source (23) is connected with vibration component motor (18) by slide rheostat (21).
4. laser type hammer apparatus vibration core stability force amount is trained and information feed back exercising machine according to claim 3, it is characterized in that: described eccentric wheel (19) also comprises eccentric wheel spring (19-3), groove lid (19-5) and multiple eccentric wheel weight (19-4), one end of eccentric wheel (19) is processed with groove (19-1), the other end of eccentric wheel (19) is processed with motor axis hole (19-2), eccentric wheel spring (19-3) is arranged on the bottom land of groove (19-1), multiple eccentric wheel weight (19-4) is arranged in groove (19-1), groove lid (19-5) is fixedly mounted on groove (19-1).
5. laser type hammer apparatus vibration core stability force amount is trained and information feed back exercising machine according to claim 1, it is characterized in that: described lifting frame (4) is processed with two connecting plates (4-1), each connecting plate (4-1) is fitted with a lead (12).
6. laser type hammer apparatus vibration core stability force amount is trained and information feed back exercising machine according to claim 1, it is characterized in that: the signal that described acceleration transducer (80) exports is voltage signal, and the frequency of acceleration transducer (80) is 0.5-5Hz.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410841279.6A CN104492049B (en) | 2014-12-30 | 2014-12-30 | Laser type super-equal-length hammer throw equipment vibration core stabilizing strength training and information feedback trainer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410841279.6A CN104492049B (en) | 2014-12-30 | 2014-12-30 | Laser type super-equal-length hammer throw equipment vibration core stabilizing strength training and information feedback trainer |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104492049A true CN104492049A (en) | 2015-04-08 |
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Cited By (2)
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| CN108888915A (en) * | 2018-08-01 | 2018-11-27 | 曲功春 | A kind of sportsman's shatter-resistant training device |
| CN110025945A (en) * | 2019-05-09 | 2019-07-19 | 西藏大学 | A kind of dragon and lion dance training device |
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| CN101066498A (en) * | 2007-06-12 | 2007-11-07 | 中国海洋大学 | Hammer technique and strength trainer |
| CN201091780Y (en) * | 2007-06-12 | 2008-07-30 | 中国海洋大学 | Hammer throw specific technique and strength trainer |
| CN102000427A (en) * | 2010-12-27 | 2011-04-06 | 哈尔滨师范大学 | Vibration isometric multi-angle hammer ball specific-strength training and monitoring device |
| JP2013066541A (en) * | 2011-09-21 | 2013-04-18 | National Institute Of Fitness & Sports In Kanoya | Device for measuring and imaging tension in exercise including swing movement |
| CN202983120U (en) * | 2012-12-18 | 2013-06-12 | 黑龙江司法警官职业学院 | Specific plyometric hammer strength training device |
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| CN101066498A (en) * | 2007-06-12 | 2007-11-07 | 中国海洋大学 | Hammer technique and strength trainer |
| CN201091780Y (en) * | 2007-06-12 | 2008-07-30 | 中国海洋大学 | Hammer throw specific technique and strength trainer |
| CN102000427A (en) * | 2010-12-27 | 2011-04-06 | 哈尔滨师范大学 | Vibration isometric multi-angle hammer ball specific-strength training and monitoring device |
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| CN108888915A (en) * | 2018-08-01 | 2018-11-27 | 曲功春 | A kind of sportsman's shatter-resistant training device |
| CN108888915B (en) * | 2018-08-01 | 2020-08-14 | 台州云造智能科技有限公司 | Athlete anti-falling training device |
| CN110025945A (en) * | 2019-05-09 | 2019-07-19 | 西藏大学 | A kind of dragon and lion dance training device |
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