CN207804863U - speed and sensitivity cognitive training system - Google Patents
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- CN207804863U CN207804863U CN201721923010.8U CN201721923010U CN207804863U CN 207804863 U CN207804863 U CN 207804863U CN 201721923010 U CN201721923010 U CN 201721923010U CN 207804863 U CN207804863 U CN 207804863U
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- 238000012549 training Methods 0.000 title claims abstract description 58
- 230000035945 sensitivity Effects 0.000 title claims abstract description 18
- 230000001149 cognitive effect Effects 0.000 title claims abstract description 17
- 238000007619 statistical method Methods 0.000 claims abstract description 33
- 230000002452 interceptive effect Effects 0.000 claims abstract description 13
- 238000003491 array Methods 0.000 claims abstract description 5
- 238000004458 analytical method Methods 0.000 claims description 12
- 230000003993 interaction Effects 0.000 claims description 2
- 238000006073 displacement reaction Methods 0.000 abstract description 3
- 238000012360 testing method Methods 0.000 description 18
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- 230000000638 stimulation Effects 0.000 description 3
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- 230000004044 response Effects 0.000 description 2
- 208000024827 Alzheimer disease Diseases 0.000 description 1
- 208000018737 Parkinson disease Diseases 0.000 description 1
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Abstract
The utility model discloses a kind of speed and sensitivity cognitive training system, including soft ground cushion, control terminal and the display screen being connect with the control terminal；Engagement pad equipped with the setting of several arrays in the soft ground cushion is equipped with several sensors in engagement pad, for acquiring kinematic parameter of the user when contact mat exercises and exporting to the control terminal；The control terminal includes：User interactive module and statistical analysis module.The utility model by sensor acquire user the mat exercises of soft ground exercise data, and motion result and setting motion scheme are calculated according to exercise data by control terminal, therefore, either for professional athlete or common sports fan, it can be trained by using the whole field of the utility model complete independently, compared to manual time-keeping and calculating, and artificial subjective judgement, training apparently more science is carried out using the utility model, and it is more efficient, it is more advantageous to user and improves displacement ability.
Description
Technical field
The utility model is related to training fields, and in particular to a kind of speed and sensitivity cognitive training system.
Background technology
In sports items, the training method of science and good training condition directly affect the hair of a user in the future
Exhibition.The professional training of existing user is commanded and timing usually in a fixed venue by coach, to obtain the use
The kinematic parameter at family, and simple computation is carried out according to the kinematic parameter, with information such as the speed and the jumping heights that obtain the user.
But some are fixed for the teenager user that coach is instructed or ordinary movement fan, only
It can voluntarily be trained, usually put some barriers on the ground and carry out supplemental training, and voluntarily carry out timing and result calculating,
Its training effectiveness is very low, and effect is not notable.
Utility model content
The main purpose of the utility model is to provide a kind of speed and sensitivity cognitive training system, it is intended to solve existing
Training method the problem of not being suitable for most of sporters.
In order to solve the above technical problems, the utility model proposes a kind of speed and sensitivity cognitive training system, including it is soft
Property ground cushion, control terminal and set on the display screen soft ground cushion arbitrary side and connect with the control terminal；It is described soft
Property ground cushion in equipped with several arrays setting engagement pad, and the engagement pad in be equipped with several sensors, the sensor and institute
Control terminal connection is stated, it is whole to the control for acquiring kinematic parameter and output of the user when contact mat exercises
End；The control terminal includes：
User interactive module, the motion scheme for user to be arranged；
Statistical analysis module for the kinematic parameter that each sensor of statistical analysis is got, and exports analysis result.
Preferably, the speed and sensitivity cognitive training system further include RFID reader and RFID electronic label,
In, the RFID electronic label is carried with user, and the RFID reader is connect with the control terminal, and the control terminal is also
Including identification module, for reading RFID electronic label information, the user identity is identified and according to the user identity,
Generate corresponding training program.
Preferably, the statistical analysis module includes：
It marks time analytic unit, the kinematic parameter statistical analysis user's that remains where one is for being got according to sensor marks time
Ability；
Memorizing rate analytic unit, the user movement speed parameter in predetermined distance for being got according to sensor
The memorizing rate ability of statistical analysis user；
Skip capability analytic unit, the saltation velocity Parameter statistical analysis skip capability for being got according to sensor；
Capability analysis unit is turned, the swivel speed parameter statistical analysis for being got according to sensor turns ability；
And/or
Sense of pace analytic unit, the movement deadline for being got according to sensor and number statistical analysis speed
Consciousness.
Preferably, the user interactive module includes user defined logic interface, and the user defined logic interface includes：
Menu creating unit creates training program for providing dialog box for user；
Moving line planning unit, the training program programming movement route for being created according to user；Or provide user
Interactive interface is for user's input motion route；
The statistical analysis module further includes self-defined analytic unit, the kinematic parameter for getting sensor and use
The customized kinematic parameter in family is compared and exports comparison result.
Preferably, the user interactive module includes：
Training program matching unit, for according to user identity, random acquisition and the matched instruction that prestores of the user identity
Practice scheme；And/or
Statistical analysis user completed training result before this, regenerates corresponding training program.
The utility model by sensor acquire user the mat exercises of soft ground exercise data, and by control terminal root
Motion result and setting motion scheme are calculated according to exercise data, therefore, either for professional athlete or common fortune
For dynamic fan, it can be trained by using the whole field of the utility model complete independently, compared to manual time-keeping and calculating, and
Artificial subjective judgement carries out training apparently more science using the utility model, and more efficient, is more advantageous to use
Improve displacement ability in family.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model speed and one embodiment of sensitivity cognitive training system；
Fig. 2 is the structural schematic diagram of the utility model speed and the another embodiment of sensitivity cognitive training system.Attached drawing mark
Number explanation：
| Label | Title | Label | Title |
| 1000 | Soft ground cushion | 2210 | It marks time analytic unit |
| 1100 | Engagement pad | 2220 | Memorizing rate analytic unit |
| 1200 | Sensor | 2230 | Skip capability analytic unit |
| 2000 | Control terminal | 2240 | Turn capability analysis unit |
| 2100 | User interactive module | 2250 | Sense of pace analytic unit |
| 2110 | User defined logic interface | 2260 | Self-defined analytic unit |
| 2111 | Menu creating unit | 2300 | Identification module |
| 2112 | Moving line planning unit | 3000 | Display screen |
| 2120 | Training program matching unit | 4000 | RFID reader |
| 2200 | Statistical analysis module | 5000 | RFID electronic label |
Specific implementation mode
The embodiments of the present invention are described below in detail, examples of the embodiments are shown in the accompanying drawings, wherein from beginning
Same or similar element or element with the same or similar functions are indicated to same or similar label eventually.Below by ginseng
The embodiment for examining attached drawing description is exemplary, it is intended to for explaining the utility model, and should not be understood as to the utility model
Limitation, be based on the embodiments of the present invention, those of ordinary skill in the art are without creative efforts
The every other embodiment obtained, shall fall within the protection scope of the present invention.
The utility model proposes a kind of speed and sensitivity cognitive training system, as shown in Figure 1 and Figure 2, including soft ground cushion
1000, control terminal 2000 and set on the display soft ground cushion 1000 arbitrary side and connect with the control terminal 2000
Screen 3000；Engagement pad 1100 equipped with the setting of several arrays in the soft ground cushion 1000, and be equipped in the engagement pad 1100
Several sensors 1200, the sensor 1200 are connect with the control terminal 2000, for acquiring user in the engagement pad
Kinematic parameter when being moved on 1100 is simultaneously exported to the control terminal 2000；The control terminal 2000 includes：
User interactive module 2100, the motion scheme for user to be arranged；
Statistical analysis module 2200 for the kinematic parameter that each sensor of statistical analysis 1200 is got, and exports
Analysis result.
In the utility model embodiment, a set of motion scheme is arranged by the user interactive module 2100 in user, by institute
It states display screen 3000 and shows that training image or report training voice, the user are then instructed according to the moving image or voice
Practice.The statistical analysis module 2200 then receives user that the sensor 1200 being arranged in soft ground cushion 1000 is detected soft
The parameters moved on ground cushion 1000, such as contact time, duration of passage, and according to the items kinematic parameter carry out statistics and
Analysis, to obtain the training result of the user.
The utility model is training test and the tool movement of a kind of human-machine interaction, using 3000 vision of display screen or is listened
The parameters felt stimulation, acquire user's contact sensor 1200, and training result is exported after the analysis of control terminal 2000,
Training report is formed to be presented to the user.Tradition is the average speed simply referred to from A points to B points for the definition of speed, still
In actual match, user is not that the whole match all keeps a speed, or cycle spurt.His sensitivity, outburst
Property and quick-reaction capability decide the achievement of his the whole match, and that is user should also handle vision, sense of hearing etc. well for this
Under the conditions of stimulation to kinaesthesia, and obtain information from these motion perceptions to control body.The utility model is exactly based on pair
User's vision repeatedly and auditory stimulation its kinaesthesia, come indices such as reaction speed, the locomitivities of tempering user, to improve
This ability.
In addition, either for professional athlete or common sports fan, it can be by using this practicality
The novel whole field training of complete independently, and manual time-keeping and calculating are not needed, whole to acquire exercise data by sensor, control is eventually
End calculates motion result and setting motion scheme according to exercise data, and compared to the judgement of artificial subjectivity, the utility model is aobvious
So more science, therefore carry out training using the utility model, more efficient, more science, is more advantageous to user's raising
Displacement ability.
Preferably, console or tablet computer can be used in the control terminal 2000, or both combination, the control
Platform is electrically connected with the sensor 1200 in the engagement pad 1100, and the tablet computer is connected with the console by wireless network
It connects.The sensor 1200 is the high-precision sensor 1200 for being accurate to 0.001 second, and the display screen 3000 can directly be hung on
Metope, or 1000 side of soft ground cushion is stayed at by holder branch, in order to which user's viewing is advisable.
The soft ground cushion 1000 is a monoblock or is spliced by several pieces of homogeneous penetrating PVC floors, if being provided with
Stem grafting touch pad 1100, the engagement pad 1100 is interior to be equipped with interlayer, sensor 1200 is then arranged in interlayer, the engagement pad 1100 is in
Array arrangement, and with number or alphabetical number consecutively, the instruction to user movement route and label in the motion scheme
When, to refer to 1100 position of each engagement pad.
Preferably, the soft ground cushion 1000 includes 12 pieces of engagement pads 1100, wherein four pieces of engagement pads 1100 are in field
Font arranges and positioned at 1000 center of the soft ground cushion, remaining eight pieces are enclosed by 3 × 3 arrays set on four pieces of engagement pads 1100
Surrounding.Preferably, 12 pieces of engagement pads 1100 are sequentially connected in series, and sensor 1200 therein is connected by terminal box
It is connected to the control terminal 2000；Or 12 pieces of engagement pads 1100 are parallel with one another, and by terminal box by biography therein
Sensor 1200 is connected to the control terminal 2000.Preferably, the edge of the soft ground cushion 1000 is equipped with towards ground
Slope, the end on the slope is concordant with the ground, to reduce the difference in height between soft mat edgings and surrounding ground.
In a preferred embodiment, as shown in Fig. 2, the speed and sensitivity cognitive training system further include RFID read-write
Device 4000 and RFID electronic label 5000, wherein the RFID electronic label 5000 is carried with user, the RFID reader
4000 connect with the control terminal 2000, and the control terminal 2000 further includes identification module 2300, for reading
5000 information of RFID electronic label identifies the user identity and according to the user identity, generates corresponding training program.
In the utility model embodiment, equipped with the data for including each user identity archives in the control terminal 2000
Library, the files on each of customers include the information such as subscriber identity information, history records of training.Each RFID electronic label 5000 includes pair
The electronic information for answering one of user identity, when the RFID electronic label 5000 is close to the RFID reader 4000,
4000 automatic identification of the RFID reader electronic information, and send search instruction, institute to the identification module 2300
It states identification module 2300 and then retrieves and extract corresponding files on each of customers from the database, and according to the use in archives
The information such as identity information, the history records of training at family generate corresponding training program.The utility model can also by account and
The mode of password login is directly entered the files on each of customers.
In a preferred embodiment, as shown in Fig. 2, the statistical analysis module 2200 includes：
1) it marks time analytic unit 2210, the kinematic parameter statistical analysis that remains where one is for being got according to sensor 1200
The ability of marking time of user；The kinematic parameter that remains where one is include the user on soft ground cushion 1000 frequency of marking time (it is secondary/
Second), the foot-operated step number of mark time sum, left/right, left/right foot are averaged duration of passage and left/right foot is averaged contact time.For surveying
The explosive force of examination and training user, starting capability, are conducive to exercise muscle strength.
2) memorizing rate analytic unit 2220, the user in predetermined distance for being got according to sensor 1200 transport
The memorizing rate ability of dynamic speed parameter statistical analysis user；Before test, display screen 3000 plays the instruction in the training program
Practice image and/or audio, the training image includes passage, letter, number or color picture etc., and the user is specified to exist
Motion test is sequentially completed in each target engagement pad 1100, user need to remember them before testing, and once being tested, show
Image and audio in display screen 3000 disappear, and when being tested, user need to be complete successively according to the order of the field in display image
At.The movement velocity parameter includes test deadline, test errors, target sum and movement total distance, the mesh
Mark sum refers to 1100 sum of the target engagement pad sequentially contacted.It can be applied to Parkinson or Alzheimer's disease patient
Rehabilitation is taken exercise, and is conducive to temper user's memory capability and is moved decision-making capability.
3) skip capability analytic unit 2230, the saltation velocity Parameter statistical analysis for being got according to sensor 1200
Skip capability；Skip test includes different test content：Hop and both legs are jumped.One whole secondary skip test can be contacted at one
It completes, can also be jumped from an engagement pad 1100 toward another engagement pad 1100 on pad 1100.Test method is：The fixed testing time
Interior calculating jump frequency or fixed number of skips calculate hopping time.The saltation velocity parameter includes：It jumps in test secondary
Number, average height, average duration of passage and average contact time, are mainly used in the explosive force of test user, are conducive to take exercise
User's muscular strength of lower limb.
4) swivel capability analysis unit 2240, the swivel speed parameter statistical analysis for being got according to sensor 1200
Swivel ability；When test, user needs to shuttle between multiple engagement pads 1100, while instruction is shown on display screen 3000
The training image that the user is moved, or the audio for indicating that the user is moved is played, user is according to the image
Or audio is trained.The swivel speed parameter includes that total reaction time, left/right foot of the user in this training correctly touch
Ground number, left/right foot average reaction time, left/right foot minimum response time and left/right foot highest response time.
5) sense of pace analytic unit 2250, the movement deadline for being got according to sensor 1200 and number system
Meter analysis sense of pace ability.User integrates a variety of training program editors according to actual demand, carries out globality training, speed
Test deadline, test errors in this training of consciousness analytic unit 2250 statistics, 1100 sum of target engagement pad
And movement total distance.This test is suitable for the matrixes project trainings such as basketball, football, vollyball.
In a preferred embodiment, as shown in Fig. 2, the user interactive module 2100 includes user defined logic interface
2110, the user defined logic interface 2110 includes：
Menu creating unit 2111 creates training program for providing dialog box for user；
Moving line planning unit 2112, the training program programming movement route for being created according to user；Or it provides
For user interface for user's input motion route, the user interface is editable interface；
The statistical analysis module 2200 further includes self-defined analytic unit 2260, for get sensor 1200
Kinematic parameter is compared with user-defined kinematic parameter and exports comparison result.
In the utility model embodiment, the user can be the subject for receiving test and training, or described in auxiliary
The coach of subject's training.The coach has the permission for creating, changing, selecting training program.For ease of statement, below
User all refers to receive the subject of test and training.The user-defined kinematic parameter, refers to according to the user's
The kinematic parameter that practical capacity and its desired target voluntarily determine, the parameter are generally determined by coach, and are equal to or are omited
Micro- actual motion ability higher than the user, to have the function that maintenance and reinforcement.
The self-defined analytic unit 2260 is then to receive user's sensor 1200 when moving in engagement pad 1100 to be adopted
The kinematic parameter of collection, and be compared with user-defined target component, and export comparison result.
In a preferred embodiment, as shown in Fig. 2, the user interactive module 2100 includes：
Training program matching unit 2120, for according to user identity, random acquisition to be matched pre- with the user identity
Deposit training program；And/or
Statistical analysis user completed training result before this, regenerates corresponding training program.
In the utility model embodiment, the control terminal 2000 is equipped with training program database, for storing for each
The training program of kind identity and demand, after the control terminal 2000 identifies user identity, the training program matching unit
2120 from the training program database at random extraction with the matched training program of the user identity, for institute user join
According to training.
Or after the control terminal 2000 identifies user identity, the files on each of customers is extracted, and according in the files on each of customers
The history training result of storage plans new correspondence training program again.
In summary the technology contents in all embodiments, the utility model speed make with sensitivity cognitive training system
It is with step：
Step 1：It obtains and identifies subscriber identity information；In the utility model embodiment, packet is equipped in control terminal 2000
Database containing each user identity archives, and the identification module 2300 of user identity for identification, the user
Archives include the information such as subscriber identity information, history records of training.
Step 2：According to the user identity, corresponding training program is generated, specially：
1) random to obtain and the matched training program that prestores of the user identity according to user identity；That is, the control is eventually
The training program that corresponding different user identity and demand are prestored in end 2000, when the control terminal 2000 identifies user identity
Afterwards, can directly extract prestore with the matched training program of the user identity
And/or 2) statistical analysis user completed training result before this, regenerate corresponding training program；That is, working as
After the control terminal 2000 identifies user identity, the history training result in the files on each of customers is extracted, and instruct according to the history
Practice result and generates new training program.
Step 3：After detecting that the user triggers movement instruction, is acquired and used by the sensor being arranged on soft ground cushion
Family kinematic parameter simultaneously exports；Control terminal 2000 collects the user movement ginseng that sensor 1200 is acquired on soft ground cushion 1000
Number, such as contact time, duration of passage, swivel reaction time.
Step 4：The kinematic parameter that each sensor of statistical analysis is got, and export analysis result.At the end of training,
Control terminal 2000 carries out statistics and analysis further according to the kinematic parameter, obtains this motion result, and defeated to the user
Go out the motion result.
Step 5：Dialog box is provided and creates training program for user；The dialog box is editable window, and user can pass through
It is manually entered word, image, or chooses the option that prestores in the control terminal 2000 to create training program, the training side
Case includes that user needs the sports events completed and it is expected the target component obtained when completing the sports events.
Step 6：The training program programming movement route created according to user；Or step 7：User interface is provided to supply
User's input motion route；After user is autonomous or control terminal 2000 cooks up moving line according to training program, user according to
The moving line is moved on soft ground cushion 1000.
Step 8：The kinematic parameter that sensor is got is compared with user-defined kinematic parameter and exports ratio
To result.Sensor 1200 in motion process in engagement pad 1100 then obtains kinematic parameter, and reports to the control terminal
2000, control terminal 2000 compares the practical kinematic parameter obtained with above-mentioned target component, and exports comparison result,
The result indicates whether user reaches expectation target, or the gap between expectation target, to formulate next training side accordingly
Case.
Above 8 can freely be exchanged using the sequencing of step according to actually required.
It is to be appreciated that the technical solution between each embodiment of the utility model can be combined with each other, but must be with
Those of ordinary skill in the art can be implemented as basis, should when the combination of technical solution appearance is conflicting or cannot achieve
The combination of artificial this technical solution is not present, also not within the scope of the requires of the utility model is protected.
Above-described is only the part of the utility model or preferred embodiment, and either word or attached drawing all cannot be because
The range of this limitation the utility model protection utilizes the utility model under every design with one entirety of the utility model
Equivalent structure transformation made by specification and accompanying drawing content, or directly/be used in other related technical areas indirectly and include
In the range of the utility model is protected.
Claims (5)
1. a kind of speed and sensitivity cognitive training system, which is characterized in that including soft ground cushion, control terminal and set on described
The display screen soft ground cushion arbitrary side and connect with the control terminal；Equipped with the setting of several arrays in the soft ground cushion
Engagement pad, and several sensors are equipped in the engagement pad, the sensor is connect with the control terminal, for acquiring user
Kinematic parameter when the contact mat exercises is simultaneously exported to the control terminal；The control terminal includes：
User interactive module, the motion scheme for user to be arranged；
Statistical analysis module for the kinematic parameter that each sensor of statistical analysis is got, and exports analysis result.
2. speed as described in claim 1 and sensitivity cognitive training system, which is characterized in that further include RFID reader with
RFID electronic label, wherein the RFID electronic label is carried with user, and the RFID reader connects with the control terminal
It connects, the control terminal further includes identification module, for reading RFID electronic label information, identification user identity and basis
User identity generates corresponding training program.
3. speed as described in claim 1 and sensitivity cognitive training system, which is characterized in that the statistical analysis module packet
It includes：
It marks time analytic unit, the energy of marking time of the kinematic parameter statistical analysis user that remains where one is for being got according to sensor
Power；
Memorizing rate analytic unit, the user movement speed parameter in predetermined distance for being got according to sensor count
Analyze the memorizing rate ability of user；
Skip capability analytic unit, the saltation velocity Parameter statistical analysis skip capability for being got according to sensor；
Capability analysis unit is turned, the swivel speed parameter statistical analysis for being got according to sensor turns ability；And/or
Sense of pace analytic unit, the movement deadline for being got according to sensor and number statistical analysis sense of pace
Ability.
4. speed as described in claim 1 and sensitivity cognitive training system, which is characterized in that the user interactive module packet
User defined logic interface is included, the user defined logic interface includes：
Menu creating unit creates training program for providing dialog box for user；
Moving line planning unit, the training program programming movement route for being created according to user；Or provide user's interaction
Interface for users input motion route；
The statistical analysis module further includes self-defined analytic unit, and the kinematic parameter for getting sensor and user are certainly
The kinematic parameter of definition is compared and exports comparison result.
5. the speed as described in any one of claim 1-4 and sensitivity cognitive training system, which is characterized in that the use
Family interactive module includes：
Training program matching unit, for according to user identity, random acquisition and the matched training side that prestores of the user identity
Case；And/or
Statistical analysis user completed training result before this, regenerates corresponding training program.
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| CN107970556A (en) * | 2017-12-29 | 2018-05-01 | 深圳市瀚翔生物医疗电子股份有限公司 | speed and sensitivity cognitive training system and method |
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| CN107970556A (en) * | 2017-12-29 | 2018-05-01 | 深圳市瀚翔生物医疗电子股份有限公司 | speed and sensitivity cognitive training system and method |
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