CN203694522U - One-dimensional balance training device having quantified monitoring function - Google Patents
One-dimensional balance training device having quantified monitoring function Download PDFInfo
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- CN203694522U CN203694522U CN201320882415.7U CN201320882415U CN203694522U CN 203694522 U CN203694522 U CN 203694522U CN 201320882415 U CN201320882415 U CN 201320882415U CN 203694522 U CN203694522 U CN 203694522U
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Abstract
The utility model provides a one-dimensional balance training device having a quantified monitoring function, belongs to the technical field of physical training devices, particularly relates to a sports facility for balance training and aims at solving the problem that an existing balance training device has not an information feedback function and accordingly a trainer cannot know his/her own state at any time. A balance base is fixed under a flat-plate-shaped pedal, the bottom face of the balance base is a cambered surface with the R radius, and two distance measuring sensors are fixed on the bottom face of the pedal and respectively located on two sides of the cambered surface of the balance base. A balance display circuit comprises a comparator and a voltage driving displayer, the measurement signal output ends of the distance measuring sensors are respectively connected with two voltage signal input ends of the comparator, and a comparison result output end of the voltage comparator is connected with the driving signal input end of the voltage driving displayer. The one-dimensional balance training device is suitable for balance training of professional athletes.
Description
Technical field
The application belongs to physical training equipment technical field, is specifically related to a kind of balance training sports equipment.
Background technology
Along with the development of sports technology, the classification of existing physical training is more and more thinner, and the foundational skills of physical culture is divided into three major types: technical performance, balance technical ability and integrating skills.Technical performance refers to people's ability from one place to another, and it has comprised to walk, jogged and has sprinted, and also comprises swimming.Utilize minimum support to reach the ability of body steadiness thereby balance technical ability refers in motion, balance is the most important factor of motion, is the foundational skills of a lot of sports events.Integrating skills is that sportsman controls health by the comprehensive motion of trick, comprises and throws and impact.
Balanced capacity is the assurance of execution.Balanced capacity can be divided into static balancing ability and dynamic equilibrium ability, and static balancing ability refers to the ability that under static state keeps balance, as poised state while standing on one leg.Dynamic equilibrium ability refers to the ability that keeps at the volley balance and control health.
In current training, inadequate to the attention of balancing exercise, exercise means are also few.Conventional apparatus comprises balance beam, balance plate and Bo Su ball etc., and it lacks the quantification monitoring to balancing exercise.Utilize athletic action message to carry out to athletic technique drill process the developing direction that health monitoring is Modern Physical Education sentific training.
Utility model content
The function that there is no information feedback in order to solve existing balance training, makes trainer can not know at any time the problem of the state of oneself, and the utility model provides a kind of one dimension balance training with quantification monitoring.
One dimension balance training with quantification monitoring described in the utility model, it comprises pedal and balance base, it also comprises two distance measuring sensors and balance display circuit, pedal is tabular, the bottom surface of balance base is that radius is the cambered surface of R, and the end face of described balance base is plane, and the end face of described balance base is fixedly connected with the bottom surface of pedal, on described pedal bottom surface, be fixed with two distance measuring sensors, two distance measuring sensors lay respectively at the both sides of the cambered surface of balance base;
Balance display circuit comprises comparator and voltage driving display, the measuring-signal output of two distance measuring sensors connects respectively two voltage signal inputs of comparator, and the comparative result output of described voltage comparator connects the driving signal input of voltage driving display.
Above-mentionedly can also comprise zeroing circuit with the balance display circuit in the one dimension balance training of quantification monitoring, the signal output part of described zeroing circuit connects the zeroing signal input part of comparator.
Above-mentionedly can also comprise amplifier with the balance display circuit in the one dimension balance training of quantification monitoring, described amplifier is connected on the comparative result output of comparator, for the compare result signal of comparator output is amplified.
Above-mentioned balance display circuit can also comprise A/D converter and communication drive circuit, the input end of analog signal of described A/D converter connects the signal output part of amplifier, and the digital signal output end of described A/D converter connects the data input pin of communication drive circuit.
Above-mentioned is serial communication drive circuit or radio communication drive circuit with the communication drive circuit in the one dimension balance training of quantification monitoring.
The above-mentioned one dimension balance training with quantification monitoring can also comprise base and multiple spacing arc, described base upper surface is provided with the groove corresponding with balance base, the bottom surface of described groove is cambered surface, and the radius of this cambered surface is greater than the radius of balance base, described multiple spacing arc superposes successively and is placed in groove, the inner arc radius of described multiple spacing arcs dwindles successively, and the radius of the cambered surface of adjacent two spacing arc joints equates; In described arc-shaped limit plate, the action of the circular arc of the arc-shaped limit plate of internal diameter minimum is greater than 0.2 times of height of balance base, and the action of the circular arc of the arc-shaped limit plate of internal diameter maximum is less than 0.6 times of balance base; Described balance base is placed in the spacing arc that is positioned at topmost.
The above-mentioned one dimension balance training with quantification monitoring can also comprise base and one or more pairs of stopping means, being with above of described base is fluted, described balance base is embedded in described groove, every pair of stopping means is symmetricly set on the left and right sides of groove, the amplitude that described stopping means swings in limiting balance base, described stopping means is fixed on the upper surface of base; The height of described stopping means is adjustable, described stopping means is made up of fixed cover, adjustable supporting dagger and latch, described fixed cover is columnar structured, described fixed cover embeds and is fixed on the surface of base, on described fixed cover, be provided with locating hole, adjustable supporting dagger is provided with multiple limiting through hole along its length, described adjustable supporting dagger inserts from the upper end of fixed cover, and any one limiting through hole of described adjustable supporting dagger is corresponding with the locating hole on fixed cover, and latch inserts the locating hole on this limiting through hole and fixed cover simultaneously.
The balance base of the above-mentioned one dimension balance training with quantification monitoring is hollow structure.
The above-mentioned outer surface with the described balance base in the one dimension balance training of quantification monitoring is evenly distributed with some projections.
Balance training with information feedback described in the utility model, in training process, can show in real time poised state, and then allow trainer know the state of its training, and then adjust in real time its attitude.
Balance training with information feedback described in the utility model can also send to the information such as remote computer to read by communication port or radio communication circuit the balancing information in training process and set, and then can be for analyzing and training person's physical training condition, and then provide the valid data of formulating drill program for coach.
Accompanying drawing explanation
Fig. 1 is the structural representation of the frame for movement part of a kind of one dimension balance training with quantification monitoring described in the specific embodiment one; Fig. 2 is the upward view of Fig. 1; Fig. 3 is the side view of Fig. 1.
Fig. 3 is the principle schematic of the electric part of the one dimension balance training with quantification monitoring described in the specific embodiment one.
Fig. 4 is the principle schematic of the electric part of the one dimension balance training with quantification monitoring described in the specific embodiment two.
Fig. 5 is the structural representation of the frame for movement part of a kind of one dimension balance training with quantification monitoring described in the specific embodiment three.
Fig. 6 is the structural representation of the one dimension balance training with quantification monitoring described in the specific embodiment eight.
Fig. 7 is the structural representation of the one dimension balance training with quantification monitoring described in the specific embodiment seven.
Fig. 8 is the structural representation of the one dimension balance training with quantification monitoring described in the specific embodiment nine.
Fig. 9 is the structural representation of the one dimension balance training with quantification monitoring described in the specific embodiment ten.
Figure 10 is the structural representation of the one dimension balance training with quantification monitoring described in the specific embodiment 12.
Figure 11 is the structural representation of the one dimension balance training with quantification monitoring described in the specific embodiment 16.
Figure 12 is the partial enlarged drawing with stopping means 10 parts in the one dimension balance training of quantification monitoring described in the specific embodiment 17.Figure 13 is the cutaway view of Figure 12.Figure 14 is the A-A cutaway view of Figure 12.
Figure 15 is the structural representation of the one dimension balance training with quantification monitoring described in the specific embodiment 19.
Figure 16 is the top view with the base in the one dimension balance training of quantification monitoring described in the specific embodiment 20.
Figure 17 is the structural representation of the one dimension balance training with quantification monitoring described in the specific embodiment 21.Figure 18 is the top view of base 9 in Figure 17.
Figure 19 is the structural representation of the L shaped rod member described in the specific embodiment specific embodiment 21.
Figure 20 is the structural representation of the door font rod member described in the specific embodiment specific embodiment 21.
Figure 21 is the perspective view of the frame for movement part of a kind of one dimension balance training with quantification monitoring described in the specific embodiment one.
The specific embodiment
The specific embodiment one: referring to Fig. 1 to 3 explanation present embodiment.The one dimension balance training with quantification monitoring described in present embodiment comprises pedal 1, balance base 2, two distance measuring sensors 3 and balance display circuits 4, pedal 1 is tabular, the bottom surface of balance base 2 is that radius is the cambered surface of R, the end face of described balance base 2 is plane, the end face of described balance base 2 is fixedly connected with the bottom surface of pedal 1, described pedal is fixed with two distance measuring sensors 3 on 1 bottom surface, two distance measuring sensors lay respectively at the both sides of the cambered surface of balance base 2;
Balance display circuit 4 comprises comparator 41 and voltage driving display 42, the measuring-signal output of two distance measuring sensors 3 connects respectively two voltage signal inputs of comparator 41, and the comparative result output of described voltage comparator 41 connects the driving signal input of voltage driving display 42.
In present embodiment, what described distance measuring sensor 3 was exported is voltage signal.
The balance training that has information feedback function described in present embodiment is in the time of practical application, balance base 2 is placed in to smooth region, the single pin of trainer or both feet stand on pedal 1, after training starts, in the time of pedal 1 run-off the straight, two signal differences that distance measuring sensor 3 is exported, the voltage differential signal that obtains two distance measuring sensor 3 output signals by comparator 41 sends to voltage driving display 43, this voltage driving display 43 is exported the voltage signal receiving by numeral, and then show intuitively the difference of two distance measuring sensor 3 measurement results, this difference has reflected the poised state of pedal 1.
The specific embodiment two: present embodiment is described referring to Fig. 4.The difference of the one dimension balance training with quantification monitoring described in present embodiment and the specific embodiment one is, described balance display circuit 4 also comprises zeroing circuit 45, and the signal output part of described zeroing circuit 45 connects the zeroing signal input part of comparator 41.
Present embodiment has increased zeroing circuit 45, before reality is used, first the balance training described in present embodiment is placed on smooth ground, then keep pedal 1 in plateau, now, the show value of adjusting voltage driving display by zeroing circuit 45 is zero.After carrying out aforementioned work, then start training, can guarantee that the demonstration information of voltage driving display output represents the poised state of pedal 1 more accurately.
The specific embodiment three: present embodiment is described referring to Fig. 5.The difference of the one dimension balance training with quantification monitoring described in present embodiment and the specific embodiment one or two is, described balance display circuit 4 also comprises amplifier 46, described amplifier 46 is connected on the comparative result output of comparator 41, amplifies for the compare result signal that comparator 41 is exported.
The amplifier 46 that this enforcement side increases is connected on the comparative result output of comparator 41, amplify processing for compared result, that is: the small voltage signal of comparator output can be amplified, make voltage driving display can reflect the small voltage of comparator output, that is: display can show the fine difference of two distance measuring sensors, can increase the sensitivity that shows poised state.
The specific embodiment four: present embodiment is described referring to Fig. 4.The difference of the one dimension balance training with quantification monitoring described in present embodiment and the specific embodiment one or two is, described balance display circuit 4 also comprises A/D converter 43 and communication drive circuit 44, the input end of analog signal of described A/D converter 43 connects the comparative result output of comparator 41, and the digital signal output end of described A/D converter 43 connects the data input pin of communication drive circuit.
Present embodiment increases A/D converter 43 and communication drive circuit 44, the analog signal that comparator 41 can be exported converts data signal to, and then by communication drive circuit 44, this comparative result is exported again, can be connected with existing various digital devices in actual applications, in training process, obtain the real time data of training, for analyzing and training result and the drill program of carrying out next step have very important reference role.Described digital device is the conventional intelligent digital equipment such as serial data memory device, palm PC or computer.
The specific embodiment five: present embodiment is described referring to Fig. 5.The difference of the one dimension balance training with quantification monitoring described in present embodiment and the specific embodiment three is, described balance display circuit 4 also comprises A/D converter 43 and communication drive circuit 44, the input end of analog signal of described A/D converter 43 connects the signal output part of amplifier 46, and the digital signal output end of described A/D converter 43 connects the data input pin of communication drive circuit.
Present embodiment increases A/D converter 43 and communication drive circuit 44, the analog signal that comparator 41 can be exported converts data signal to, and then by communication drive circuit 44, this comparative result is exported again, can be connected with existing various digital devices in actual applications, in training process, obtain the real time data of training, for analyzing and training result and the drill program of carrying out next step have very important reference role.Described digital device is the conventional intelligent digital equipment such as serial data memory device, palm PC or computer.
Communication drive circuit 44 described in the specific embodiment four or five can be existing various serial communication drive circuit or radio communication drive circuit.Described serial communication drive circuit is USB serial communication drive circuit, RS485 serial communication drive circuit, RS232 serial communication drive circuit or network service drive circuit.
The specific embodiment six: the difference of the one dimension balance training with quantification monitoring described in present embodiment and the specific embodiment one is, described balance training also comprises base 8, described base 8 upper surfaces are provided with the groove corresponding with balance base 2 81, and described balance base 2 is placed in this groove 81.
Present embodiment has increased the base 8 with fluted 81, in actual use, balance base 2 is placed in and described groove 81 in, be convenient to fixed position, and the sidewall of described groove 81 can play spacing effect.Can carry out the amplitude that limiting balance base 2 swings by width or the degree of depth of adjusting groove 81, make it be more suitable for beginner.
The specific embodiment seven: referring to 7 explanation present embodiments.The difference of the one dimension balance training with quantification monitoring described in present embodiment and the specific embodiment six is, the bottom surface of described groove 81 is plane.
Shown in Figure 7, the bottom surface of described groove 81 is plane, can be applicable to the balance base 2 without radius, and versatility is stronger.The amplitude that the pedal 1 that can set as required swings, the degree of depth of design groove 81 obtains height.Under the constant condition of the degree of depth of groove 81, the width maximum angle a wider, that pedal 1 can swing of described groove 81 is larger; In like manner, when under the constant condition of the width at groove 81, the degree of depth of described groove 81 is darker, and the maximum angle a that pedal 1 can swing is less.
The specific embodiment eight: referring to 6 explanation present embodiments.The difference of the one dimension balance training with quantification monitoring described in present embodiment and the specific embodiment six is, the bottom surface of described groove 81 is the combination of plane and cambered surface, and the cambered surface that described cambered surface is corresponding with balance base 2 outer arcs, and the radius of this cambered surface is greater than the radius of balance base 2, the action of described circular arc be balance base 2 height 0.02 to 0.1 between.
The shape of groove 81 bottom surfaces described in present embodiment, more easily make when balance base 2 is placed in groove 81, described balance base 2 is positioned at groove 81 and is loaded with middle position, balance base 2 is equated apart from the distance of groove 81 left and right sidewalls, and then the spacing angle that balance base 2 swings in groove 81 is equated.
The specific embodiment nine: referring to 8 explanation present embodiments.The difference of the one dimension balance training with quantification monitoring described in present embodiment and the specific embodiment six is, the bottom surface of described groove 81 is cambered surface, and the radius of this cambered surface is greater than the radius of balance base 2, the action of described circular arc be balance base 2 height 0.2 to 0.6 between.
In present embodiment, the bottom surface of described groove 81 is cambered surface, more easily guarantees that balance base 2 is positioned at the centre position of groove 81, makes its amplitude that swings identical.
The specific embodiment ten: present embodiment is described referring to Fig. 9.The difference of the one dimension balance training with quantification monitoring described in present embodiment and the specific embodiment nine is, described balance training also comprises multiple spacing arcs 82, described multiple spacing arc 82 superposes and is placed in groove 81 successively, the inner arc radius of described multiple spacing arcs 82 dwindles successively, and minimum inner arc radius is greater than the radius of balance base 2, the radius of the cambered surface of adjacent two spacing arc 82 joints equates.
In present embodiment, increase arc-shaped limit plate 82, the radius difference of multiple arc-shaped limit plates, shown in Figure 9, be equivalent to change groove 81 degree of depth and width, and then realize the object of adjusting the pedal 1 maximum angle a that can swing.Present embodiment is applicable to the trainer without demand to use.
The specific embodiment 11: the difference of the one dimension balance training with quantification monitoring described in present embodiment and the specific embodiment ten is, in described arc-shaped limit plate, the action of the circular arc of the arc-shaped limit plate of internal diameter minimum is greater than 0.2 times of height of balance base 2, and the action of the circular arc of the arc-shaped limit plate of internal diameter maximum is less than 0.6 times of balance base 2.
The specific embodiment 12: present embodiment is described referring to Figure 10.The difference of the one dimension balance training with quantification monitoring described in present embodiment and the specific embodiment one is, described balance training also comprises base 9 and one or more pairs of stopping means 10, above described base 9, be with fluted 91, described balance base 2 is embedded in described groove 91, every pair of stopping means 10 is symmetricly set on the left and right sides of groove, the amplitude that described stopping means 10 swings for limiting balance base 2, described stopping means 10 is fixed on the upper surface of base 9.
In present embodiment, increase with fluted 9 base, and on base, be provided with stopping means 10, realized the object of the restriction of the maximum angle a that can swing to pedal 1.
The specific embodiment 13: the difference of the one dimension balance training with quantification monitoring described in present embodiment and the specific embodiment 11 is, the bottom of described groove 91 is plane.
The specific embodiment 14: the difference of the one dimension balance training with quantification monitoring described in present embodiment and the specific embodiment 11 is, the bottom surface of described groove 91 is the combination of plane and cambered surface, and the cambered surface that described cambered surface is corresponding with balance base 2 outer arcs, and the radius of this cambered surface is greater than the radius of balance base 2, the action of described circular arc be balance base 2 height 0.02 to 0.1 between.
In present embodiment, the centre of confinement groove 9 bottom surfaces is cambered surface, more easily make when balance base 2 is placed in groove 91, described balance base 2 is positioned at groove 91 and is loaded with middle position, and balance base 2 is equated apart from the distance of the stopping means of the left and right sides.
The specific embodiment 15: the difference of the one dimension balance training with quantification monitoring described in present embodiment and the specific embodiment 11 is, the bottom surface of described groove 91 is cambered surface, and the radius of this cambered surface is greater than the radius of balance base 2, the action of described circular arc be balance base 2 height 0.2 to 0.6 between.
In present embodiment, confinement groove 9 bottom surfaces are cambered surface, more easily make in the centre position that balance base 2 is positioned to groove 91, and balance base 2 is equated apart from the distance of the stopping means of the left and right sides.
The specific embodiment 16: present embodiment is described referring to Figure 11.The difference of the one dimension balance training with quantification monitoring described in present embodiment and the specific embodiment 11 is, the height of described stopping means 10 is adjustable.
In present embodiment, described stopping means 10 adopts adjustable for height structure, and then realizes the object of the restriction of adjusting the pedal 1 maximum angle a that can swing.
The specific embodiment 17: referring to Figure 12,13 and 14 explanation present embodiments.The difference of the one dimension balance training with quantification monitoring described in present embodiment and the specific embodiment 16 is, described stopping means 10 is by fixed cover 101, adjustable supporting dagger 102 and latch 103 form, described fixed cover 101 is columnar structured, described fixed cover 101 embeds and is fixed on the surface of base 9, on described fixed cover 101, be provided with locating hole, adjustable supporting dagger 102 is provided with multiple limiting through hole 104 along its length, described adjustable supporting dagger 102 inserts from the upper end of fixed cover 101, and any one limiting through hole 104 of described adjustable supporting dagger 102 is corresponding with the locating hole on fixed cover 101, latch 103 inserts the locating hole on this limiting through hole 104 and fixed cover 101 simultaneously.
Present embodiment defines adjustable for height structure concrete in, and this kind of structure adopts the mode of latch to realize location, just does convenient and swift.
The specific embodiment 18: the difference of the one dimension balance training with quantification monitoring described in present embodiment and the specific embodiment 12 is, the spacing of every pair of stopping means 10 is adjustable.
The spacing of the stopping means 10 in present embodiment is adjustable, and then can adjust by adjusting distance between stopping means the object of the restriction of the maximum angle a that pedal 1 can swing.
The specific embodiment 19: present embodiment is described referring to Figure 15.The difference of the one dimension balance training with quantification monitoring described in present embodiment and the specific embodiment 16 is, is socket connection between described stopping means 10 and base 9.
The specific embodiment 20: present embodiment is described referring to Figure 16.The difference of the one dimension balance training with quantification monitoring described in present embodiment and the specific embodiment 16 is, the upper surface of described base 9 is provided with multipair symmetrical spacing hole 92, the bottom of each stopping means 10 be described in inserted link inserted link be plugged in described spacing hole, realize fixing.
In present embodiment, multiple spacing holes 92 are set on base, that is: define several fixed dimensions of stopping means 10 spacing, that is: define several concrete data of the maximum angle a that pedal 1 can swing, in use, select as required corresponding gear.In addition, the distance adjustment mode in present embodiment adopts connected structure, when adjustment, by plug positioner, convenient to operation.
The specific embodiment 21: referring to Figure 17 and 18 explanation present embodiments.The difference of the one dimension balance training with quantification monitoring described in present embodiment and the specific embodiment 16 is, described each stopping means 10 comprises an one slide rail, fore-set 14, pin 13 and a multipair limited block 12; Described slide rail is fixedly connected with the upper surface of base; Described fore-set 14 is fixed on the slide block of slide rail; In the both sides of slide rail, have multipair positive stop 12 along its glide direction spaced set, on every pair of positive stop 12, be provided with pin holddown groove, described pin holddown groove is used for placing pin.
Stopping means 10 described in present embodiment adopts the mode of slideway to realize the adjustment of spacing, realize the effect of fixed position by positive stop being set in slideway side, easy to operate, quick, and the height of stopping means 1 is remained unchanged, the uniformity of the maximum angle a that the pedal 1 that more can guarantee to limit at each gear can swing.
The specific embodiment 22: referring to Figure 19 and 20 explanation present embodiments.The difference of the one dimension balance training with quantification monitoring described in present embodiment and the specific embodiment 15 is, described pin 13 is L shaped rod member or door font rod member.
The specific embodiment 23: the further restriction of present embodiment and aforementioned all embodiments, in present embodiment, described balance base 2 is hollow structure, adopts rubber to manufacture.Can inflation, water-filling or prevents the fluids such as sand in the inside of the balance base 2 in present embodiment, makes bottom more stable.
The specific embodiment 24: the further restriction of present embodiment and aforementioned all embodiments, in present embodiment, the outer surface of described balance base 2 is evenly distributed with some projections.For anti-skidding.
Pin 13 shown in Figure 19 is L shaped rod member, and the pin 13 shown in Figure 20 is door font rod member.The structure of these two kinds of rod members can both guarantee the accuracy of pin 13 placement locations and place stability afterwards.
The concrete structure of the one dimension balance training with quantification monitoring of the present invention is not limited to the described concrete structure of above-mentioned various embodiment, can also make the reasonable combination of the technical characterictic that above-mentioned each embodiment records.
The concrete structure of the one dimension balance training with quantification monitoring described in the utility model is not limited to the described concrete structure of above-mentioned various embodiment, can also make the reasonable combination of the technical characterictic that above-mentioned each embodiment records.
Claims (10)
1. with the one dimension balance training of quantification monitoring, it comprises pedal (1) and balance base (2), it is characterized in that, it also comprises two distance measuring sensors (3) and balance display circuit (4), pedal (1) is tabular, the bottom surface of balance base (2) is that radius is the cambered surface of R, the end face of described balance base (2) is plane, the end face of described balance base (2) is fixedly connected with the bottom surface of pedal (1), described pedal (1) is fixed with two distance measuring sensors (3) on bottom surface, two distance measuring sensors lay respectively at the both sides of the cambered surface of balance base (2),
Balance display circuit (4) comprises comparator (41) and voltage driving display (42), the measuring-signal output of two distance measuring sensors (3) connects respectively two voltage signal inputs of comparator (41), and the comparative result output of described voltage comparator (41) connects the driving signal input of voltage driving display (42).
2. the one dimension balance training with quantification monitoring according to claim 1, it is characterized in that, described balance display circuit (4) also comprises zeroing circuit (45), and the signal output part of described zeroing circuit (45) connects the zeroing signal input part of comparator (41).
3. the one dimension balance training with quantification monitoring according to claim 1 and 2, it is characterized in that, described balance display circuit (4) also comprises amplifier (46), described amplifier (46) is connected on the comparative result output of comparator (41), for the compare result signal of comparator (41) output is amplified.
4. the one dimension balance training with quantification monitoring according to claim 1, it is characterized in that, described balance display circuit (4) also comprises A/D converter (43) and communication drive circuit (44), the input end of analog signal of described A/D converter (43) connects the comparative result output of comparator (41), and the digital signal output end of described A/D converter (43) connects the data input pin of communication drive circuit.
5. the one dimension balance training with quantification monitoring according to claim 3, it is characterized in that, described balance display circuit (4) also comprises A/D converter (43) and communication drive circuit (44), the input end of analog signal of described A/D converter (43) connects the signal output part of amplifier (46), and the digital signal output end of described A/D converter (43) connects the data input pin of communication drive circuit.
6. the one dimension balance training with quantification monitoring according to claim 5, is characterized in that, communication drive circuit (44) is serial communication drive circuit or radio communication drive circuit.
7. according to claim 1, 2, 4, the one dimension balance training with quantification monitoring described in 5 or 6 any one claims, it is characterized in that, described balance training also comprises base (8) and multiple spacing arc (82), described base (8) upper surface is provided with the groove (81) corresponding with balance base (2), the bottom surface of described groove (81) is cambered surface, and the radius of this cambered surface is greater than the radius of balance base (2), described multiple spacing arcs (82) superpose successively and are placed in groove (81), the inner arc radius of described multiple spacing arcs (82) dwindles successively, and the radius of the cambered surface of adjacent two spacing arcs (82) joint equates, in described arc-shaped limit plate, the action of the circular arc of the arc-shaped limit plate of internal diameter minimum is greater than 0.2 times of height of balance base (2), and the action of the circular arc of the arc-shaped limit plate of internal diameter maximum is less than 0.6 times of balance base (2), described balance base (2) is placed in the spacing arc (82) that is positioned at topmost.
8. according to claim 1, 2, 4, the one dimension balance training with quantification monitoring described in 5 or 6 any one claims, it is characterized in that, described balance training also comprises base (9) and one or more pairs of stopping means (10), above described base (9), be with fluted (91), described balance base (2) is embedded in described groove (91), every pair of stopping means (10) is symmetricly set on the left and right sides of groove, the amplitude that described stopping means (10) swings for limiting balance base (2), described stopping means (10) is fixed on the upper surface of base (9), the height of described stopping means (10) is adjustable, described stopping means (10) is by fixed cover (101), adjustable supporting dagger (102) and latch (103) composition, described fixed cover (101) is columnar structured, described fixed cover (101) embeds and is fixed on the surface of base (9), described fixed cover is provided with locating hole on (101), adjustable supporting dagger (102) is provided with multiple limiting through hole (104) along its length, described adjustable supporting dagger (102) inserts from the upper end of fixed cover (101), and any one limiting through hole (104) of described adjustable supporting dagger (102) is corresponding with the locating hole on fixed cover (101), latch (103) inserts the locating hole on this limiting through hole (104) and fixed cover (101) simultaneously.
9. according to the one dimension balance training with quantification monitoring described in claim 1,2,4,5 or 6 any one claims, it is characterized in that, described balance base (2) is hollow structure.
10. according to the one dimension balance training with quantification monitoring described in claim 1,2,4,5 or 6 any one claims, it is characterized in that, the outer surface of described balance base (2) is evenly distributed with some projections.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201320882415.7U CN203694522U (en) | 2013-12-30 | 2013-12-30 | One-dimensional balance training device having quantified monitoring function |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201320882415.7U CN203694522U (en) | 2013-12-30 | 2013-12-30 | One-dimensional balance training device having quantified monitoring function |
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| CN203694522U true CN203694522U (en) | 2014-07-09 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110124268A (en) * | 2019-06-11 | 2019-08-16 | 张宗帅 | A kind of balance on a plank |
| CN111013094A (en) * | 2019-12-30 | 2020-04-17 | 合肥辩日医疗科技有限公司 | Bag type balance training device |
| AT525981A4 (en) * | 2022-02-16 | 2023-10-15 | Dieter Seebacher | Balance training device |
-
2013
- 2013-12-30 CN CN201320882415.7U patent/CN203694522U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110124268A (en) * | 2019-06-11 | 2019-08-16 | 张宗帅 | A kind of balance on a plank |
| CN111013094A (en) * | 2019-12-30 | 2020-04-17 | 合肥辩日医疗科技有限公司 | Bag type balance training device |
| AT525981A4 (en) * | 2022-02-16 | 2023-10-15 | Dieter Seebacher | Balance training device |
| AT525981B1 (en) * | 2022-02-16 | 2023-10-15 | Dieter Seebacher | Balance training device |
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