CN104307171A - Body sensing recognition device - Google Patents
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- CN104307171A CN104307171A CN201410676115.2A CN201410676115A CN104307171A CN 104307171 A CN104307171 A CN 104307171A CN 201410676115 A CN201410676115 A CN 201410676115A CN 104307171 A CN104307171 A CN 104307171A
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Abstract
The invention provides a body sensing recognition device. The body sensing recognition device comprises an information sensing module, a signal receiving module, a storage module, a display module, a physical agility detection module, an alarm module, a prompt module and a processing module. The processing module is connected with the storage module, the signal receiving module, the physical agility detection module, the prompt module and the display module, and used for generating a corresponding actual movement image according to actual movement information received by the signal receiving module, controlling the display module to display the actual movement image and a standard movement image corresponding to the actual movement image, and controlling the prompt module to generate a prompt signal. Besides, the processing module can compare actual physical agility information with a standard physical agility range, and can control the alarm module to give an alarm signal when the actual physical agility information exceeds the standard physical agility range. Users compare the actual movement image with the standard movement image through the body sensing recognition device, so that the effect of correcting actions and postures of the users is achieved.
Description
Technical field
The present invention relates to body sense technical field, be specifically related to a kind of body sense recognition device.
Background technology
Body sense technology, is that people very directly can use limb action, with device or the environment interaction of periphery, and without the need to using the control appliance of any complexity.Just people can be allowed to do interaction with content with being personally on the scene.At present, body sense technology has applied in game, achieves human-computer interaction, makes people obtain game experiencing on the spot in person.How body sense technology is applied in the actual motion of reality, and the exercise attitudes of specification people becomes this area technical problem urgently to be resolved hurrily.
Summary of the invention
The object of the invention is to improve a kind of body sense recognition device, this body sense recognition device can apply in sports, and user can according to the display of described body sense recognition device and information corrective exercise posture.
To achieve these goals, the invention provides a kind of body sense recognition device, described body sense recognition device comprises:
Information Perception module, for the actual motion information of perception user;
Signal receiving module, this signal receiving module is connected with described information Perception module, for receiving the actual motion information of described information Perception module institute perception;
Memory module, for storing at least one standard movement image and standard body energy range;
Display module, for showing actual motion image and standard movement image, sees actual motion image, standard movement image and surrounding objects to make user simultaneously;
Physical efficiency detection module, for detecting the actual physical ability information of user;
Alarm module, for generation of alarm signal;
Reminding module, for generation of cue to point out user's corrective exercise posture;
Processing module, this processing module is connected with display module with memory module, signal receiving module, physical efficiency detection module, reminding module respectively, actual motion information for receiving according to described signal receiving module generates corresponding actual motion image, and control described display module display actual motion image and the standard movement image corresponding with actual motion image, control described reminding module simultaneously and produce cue; Further, described actual physical ability information can compare with described standard body energy range by described processing module, and when described actual physical ability information exceeds described standard body energy range, described processing module can control described alarm module and send alarm signal.
Preferably, described processing module can generate the difference images between actual motion image and the standard movement image corresponding with this actual motion image, store the information corresponding with described difference images in described memory module, described processing module can control described reminding module according to described information and generate cue.
Preferably, described cue is included in the difference images shown by described display module, and the color of described difference images is all different from the color of described standard movement image and described actual motion image; And/or
Described cue comprises the rectification voice signal corresponding with described difference images.
Preferably, the standard movement image of described display module display is different from the color of actual motion image.
Preferably, described body sense recognition device also comprises the power module for powering.
Preferably, the standard movement image corresponding to multiple different motion is stored in described memory module, described body sense recognition device also comprises selection module, this selection module is connected with described memory module, to select between different standard movement images, selected standard movement image can be sent to described processing module by described selection module, controls the selected standard movement image of display module display to make described processing module.
Preferably, described actual motion information comprises relative position information between the multiple position of user's health and movement velocity, and described information Perception module comprises the multiple inertial sensors for being worn on the multiple position of user's health.
Preferably, described inertial sensor comprises gravity sensitive device and gyroscope, and described gravity sensitive device is all connected with described signal receiving module with described gyroscope.
Preferably, described information Perception module also comprises wireless signal transmission part, for described actual motion information is sent to described signal receiving module.
Preferably, described body sense recognition device also comprises housing, and described signal receiving module, described memory module, described alarm module, described reminding module and described processing module are integrated in described enclosure interior.
Preferably, described housing is outer, described information Perception module is outer and be provided with watertight composition outside described physical efficiency detection module.
Preferably, described housing comprises the portion that wears for wearing and the display part for showing.
Preferably, described display part comprises the display for providing image for user's single eyes.
Preferably, described display part comprises the projection part for projecting and the reflecting element for reflecting, and the image that described projection part projects can be reflexed to the eyes of user by this reflecting element.
Preferably, described display part comprises transparent display panel.
Preferably, described memory module can store the actual motion image that described processing module generates, and described processing module can control described display module shows the actual motion image that described memory module stores.
Preferably, described actual physical ability information comprise in actual heart rate information, actual blood pressure information and actual body temperature information any one, described standard body energy range comprises standardized heart rate scope, standard blood scope and standard body temp scope, described physical efficiency detection module comprise in heart rate sensor, pre ure tra ducer and body temperature trans any one.
Preferably, described actual physical ability information also comprises actual Muscle tensility information, described standard body energy range also comprises standard Muscle tensility scope, described physical efficiency detection module comprises the Muscle tensility detection sub-module of the predetermined position that can be fixed on user's health, for detecting the actual Muscle tensility information of described predetermined position
Described Muscle tensility detection sub-module comprises stimulation part, and when described actual Muscle tensility information exceeds described standard Muscle tensility scope, the stimulation part that described processing module can control described Muscle tensility detection sub-module produces vibration.
Preferably, described body sense recognition device also comprises the locating module be integrated in described housing, for detecting the positional information at user place, described locating module comprises transmitting terminal, and this transmitting terminal is used for described positional information to be sent to the receiving system that can receive this positional information.
Preferably, described processing module according to the distance of user's movement in the described positional information calculation scheduled time, and can control the display of described display module with described apart from corresponding numerical value.
Body sense recognition device in the present invention can apply in sports, can find out, user can see oneself actual motion image and standard movement image in athletic activities simultaneously, and the exercise attitudes of self can be adjusted according to the prompting of reminding module, until actual motion image and standard movement image match, reach the object of corrective exercise posture.In addition, when the actual physical ability information of user exceeds standard body energy range, alarm module can give the alarm to remind user to have a rest, healthy advantageously in user.
Accompanying drawing explanation
Accompanying drawing is used to provide a further understanding of the present invention, and forms a part for description, is used from explanation the present invention, but is not construed as limiting the invention with detailed description of the invention one below.In the accompanying drawings:
Fig. 1 is the structural representation of body sense recognition device in embodiments of the present invention;
Wherein, Reference numeral is: 10, information Perception module; 20, signal receiving module; 30, memory module; 40, display module; 50, processing module; 60, module is selected; 70, physical efficiency detection module; 71, Muscle tensility detection sub-module; 80, alarm module; 90, reminding module.
Detailed description of the invention
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is described in detail.Should be understood that, detailed description of the invention described herein, only for instruction and explanation of the present invention, is not limited to the present invention.
The invention provides a kind of body sense recognition device, as shown in Figure 1, described body sense recognition device comprises:
Information Perception module 10, for the actual motion information of perception user;
Signal receiving module 20, this signal receiving module 20 is connected with information Perception module 10, for receiving the actual motion information of information Perception module 10 perception;
Memory module 30, for storing at least one standard movement image and standard body energy range;
Display module 40, for showing actual motion image and standard movement image, can see actual motion image, standard movement image and surrounding objects to make user simultaneously;
Physical efficiency detection module 70, for detecting the actual physical ability information of user;
Alarm module 80, for generation of alarm signal;
Reminding module 90, for generation of cue to point out user's corrective exercise posture;
Processing module 50, this processing module 50 is connected with display module 40 with memory module 30, signal receiving module 20, physical efficiency detection module 70, reminding module 90 respectively, actual motion information for receiving according to signal receiving module 20 generates corresponding actual motion image, and control display module 40 and show actual motion image and the standard movement image corresponding with this actual motion image, control reminding module 90 simultaneously and produce cue; Further, described actual physical ability information can compare with described standard body energy range by processing module 50, and when described actual physical ability information exceeds described standard body energy range, processing module 50 can control alarm module 80 and send alarm signal.
User sees described actual motion image, described standard movement image and surrounding objects simultaneously, do not refer to that display module 40 shows actual motion image, standard movement image, surrounding objects simultaneously, as long as but display module 40 shows actual motion image and standard movement image, user can see surrounding objects while observation display module 40.Such as, display module 40 can provide actual motion image and standard movement image for single the eyes of user, make the other eye observation surrounding objects of user, thus reach the effect simultaneously seeing actual motion image, standard movement image and surrounding objects.
Body sense recognition device in the present invention can apply in sports, information Perception module 10 can the actual motion information of perception user in motion process, processing module can generate corresponding actual motion image according to described actual motion information, and controls display module 40 and show actual motion image and be stored in the standard movement image corresponding with actual motion image in memory module 30.On the one hand, user can see described actual motion image and described standard movement image simultaneously, thus by the exercise attitudes of adjustment self, until actual motion image and standard movement image match, thus can reach the effect of posture of correcting a mistake; On the other hand, reminding module 90 can produce cue, and user corrects further according to the exercise attitudes of this cue to self; Again on the one hand, when the actual physical ability information of user exceeds standard body energy range, alarm module 80 can send alarm signal, shows that the situations such as overdraw appear in the muscle power of user, suitably has a rest to remind user.
Such as, the standard movement image for tennis in memory module 30, can be stored, user when carrying out tennis, the actual motion information of information Perception module 10 perception user, e.g., the action etc. of the action of wrist, the action of ankle, head.Processing module 50 generates corresponding actual motion image according to actual motion information, therefore under the control of processing module 50, actual motion image when user can see that oneself plays tennis by display module 40, and the standard movement image of tennis, once there is difference in two images, then illustrate that the action of user is lack of standardization, need adjustment further, until two images are consistent.
The cue that reminding module 90 produces can be corresponding with the difference between actual motion image and standard movement image.Processing module 50 can generate the difference images between actual motion image and the standard movement image corresponding with this actual motion image, the information corresponding with described difference images is stored in memory module 30, processing module 50 can control reminding module 90 according to described information and generate cue, and user can correct the actual motion posture of self according to this cue.
Particularly, described cue can be included in the difference images shown by display module, and the color of described difference images is all different from the color of described standard movement image and described actual motion image; And/or
Described cue comprises the rectification voice signal corresponding with described difference images.
Such as, described cue comprises described difference images, time inconsistent between actual motion image and standard movement image, processing module 50 controls display module 40 and shows described difference images, the difference between actual motion image and standard movement image is can clearly be seen that for the ease of user, display module 40 can highlight described difference images, e.g., utilizes difference images described in more obvious red display;
Again such as, described cue comprises rectification voice signal, this rectification voice signal can be stored in advance in memory module 30, in addition, people's nonstandard example image common at the volley and the sample voice signal corresponding with often kind of example image can be stored in advance in memory module 30, when the actual motion image of user is with when wherein a kind of example image is consistent, reminding module 90 can produce the sample voice signal (namely as described rectification voice signal) corresponding with this example image.For the action of shooting in basketball, the nonstandard example image of common one can be: both hands palm embraces ball relatively, and sample voice signal is correspondingly the voice recorded in advance: one hand toss, and another hand embraces ball.The actual motion image moved once user is also the image of " both hands palm embraces ball relatively ", then processing module 50 controls the voice signal that reminding module 90 plays " one hand toss, another hand embraces ball ".
Wherein, memory module 30 can be random access memory (Random access memory, RAM), and processing module 50 can for the central processing unit (Center Processing Unit, CPU) used in this area.
The difference of actual motion image and standard movement image is clear that for the ease of user, display module 40 can show actual motion image and standard movement image in a different manner, such as, standard movement image can be made different with the brightness of actual motion image; Or make standard movement image different with the color of actual motion image; Also standard movement image can be made only to show the lines of outline of humanoid figure's picture, and actual motion image then shows the whole region of humanoid figure's picture.Preferably, the standard movement image different from the color of actual motion image (and also different with described difference images) that display module 40 shows, as, standard movement image is shown as yellow, actual motion image is shown in green, difference images are shown in red, thus are clear that the difference between three kinds of images.
Be understandable that, described body sense recognition device can also comprise for the above-mentioned power module (not shown) for each module for power supply, and this power module can be lithium ion battery, is reused by repeatedly discharge and recharge.
Body sense recognition device of the present invention can be applied to multiple different sports occasion, correspondingly, standard movement image that is corresponding and multiple different motion can be stored in memory module 30, as shown in Figure 1, described body sense recognition device can also comprise selects module 60, module 60 is selected to be connected with memory module 30, to select between different standard movement images, select module 60 selected standard movement image can be sent to processing module 50, control display module 40 to make processing module 50 and show selected standard movement image.
Such as, in memory module 30, store the standard movement image of basketball movement, the standard movement image of tennis, standard movement image of swimming exercise etc.When user prepares swimming, can first by selecting the standard movement image of the selected swimming of module 60 and showing at display module 40, when user swims, display module 40 can show the standard movement image of swimming and the actual motion image of user's swimming in the lump.
The mode of the present invention to the actual motion information of information Perception module 10 perception user does not do concrete restriction, such as, the motion image of human body can be obtained, the physical parameter such as acceleration, angular speed at the multiple position of mode human body also can detected by inertia by the mode of optical detection.
As a kind of detailed description of the invention of the present invention, described actual motion information comprises relative position information between the multiple position of user's health and movement velocity, information Perception module 10 comprises the multiple inertial sensors for being worn on the multiple position of user's health, the mode detected by inertia obtains relative position between multiple position and speed, and processing module 50 can calculate according to the relative position between multiple position and speed and simulation draws the profile information of human body.
Inertial sensor can be worn at the main portions of health, as, head, wrist, ankle, knee, elbow portion and waist etc., after the position at each position and speed are determined, processing module 50 can draw the image of whole human body according to the position calculation at these positions.
Particularly, described inertial sensor can comprise gravity sensitive device and gyroscope, described gravity sensitive device is all connected with signal receiving module 20 with described gyroscope, the signal that described gravity sensitive device and gyroscope detect is sent to processing module 50 by signal receiving module 20, processing module 50 according to detect each wear the position of inertial sensor acceleration, angular speed and position.
The holding wire for signal transmission can be utilized between information Perception module 10 with signal receiving module 20 to be connected, and preferably, information Perception module can also comprise wireless signal transmission part 11, for actual motion information is sent to signal receiving module 20.Adopt the mode of wireless signal transmission and reception can avoid the use of holding wire, be convenient to wearing of user.
As noted before, memory module 30 can be RAM, and processing module 50 can be CPU, and alarm module 80 can comprise the sheet that shakes that the loudspeaker for exporting sound maybe can vibrate, and reminding module 90 can comprise the loudspeaker for output audio.For the ease of assembling, described body sense recognition device can also comprise housing, and signal receiving module 20, memory module 30, processing module 50, alarm module 80 and reminding module 90 can be integrated in described enclosure interior, reduces the space shared by modules.Such as, housing can be made into and be worn on user's loins, or housing is made into the shape of cap, to be worn on user's head.
Normally described body sense recognition device can also be used when carrying out sub aqua sport to make user, further, watertight composition is provided with outside described housing and outside information Perception module 10, therefore, described body sense recognition device can not be affected when working under water, user can wear described body sense recognition device and carry out the motions such as swimming, thus improves the widespread popularity of described body sense recognition device.
In the present invention, housing can be worn on user's head, housing can comprise the portion that wears for wearing and the display part for showing, and is understandable that, display part is a part for display module 40.Such as, the shape wearing portion can be identical with the frame shape of safety goggles, and display part is arranged on the position for installing eyeglass of safety goggles.When the integrated level of signal receiving module 20, memory module 30 and processing module 50 is higher, housing can be made and become less volume, lighter to make user wear.
In order to not affect the proper motion of user, as the first embodiment of the present invention, described display part can adopt the mode of liquid crystal display or Light-Emitting Diode display, and described display part can comprise the display for providing image for user's single eyes.Described display can only be arranged on single drawing axis, another eyes can be observed surrounding environment object, thus make user can also see the object of surrounding environment while the actual motion image seen shown by display module 40 and standard movement image, to carry out proper motion.
As the second embodiment of the present invention, described display part can adopt the mode of Projection Display, particularly, described display part can comprise the projection part for projecting and the reflecting element for reflecting, and the image that described projection part projects can be emitted to the eyes of user by this reflecting element.When processing module 50 control display module 40 show time, described projection part is by corresponding image projection extremely described reflecting element, image is reflexed to the eyes of user by this reflecting element again, due to the image that this image is virtual, user still can see the object of surrounding through this image, thus does not affect proper motion.Certainly, display part can also comprise the convex lens be arranged between user's eyes and described reflecting element, is realized the amplification of image by the refraction of convex lens, makes user see larger image more clearly.
As the third embodiment of the present invention, described display part can adopt the mode of Transparence Display, described display part can comprise transparent display panel, this transparent display panel can show described actual motion image and described standard movement image, and user can see surrounding objects through described transparent display panel, thus carry out proper motion.
Multiple different standard movement image can be stored in above-mentioned memory module 30, further, can also the actual motion image that generates of stores processor module 50 in memory module 30, and processing module 50 can control display module 40 shows the actual motion image that memory module 30 stores.User is when moving, the actual motion image of memory module 30 couples of users stores, thus, after motion terminates, processing module 50 controls display module 40 and shows the actual motion image stored in memory module 30, so that user observes repeatedly, thus find oneself deficiency at the volley, reach the effect of corrective exercise posture.
It will be understood by those skilled in the art that, the standard movement image stored in memory module 30 is not the image in vision meaning, the data of standard movement image can be represented, as the gray value of image, processing module 50 demonstrates corresponding image according to the Data Control display module 40 of these images.Same, the actual motion image stored in memory module 30 is also the data representing actual motion image.Particularly, after processing module 50 receives the movable information of the user of information Perception module 10 perception, this movable information is converted to the data representing actual motion image, on the one hand, processing module 50 controls display module 40 and shows the actual motion image corresponding with the data of these actual motion images, on the other hand, the data of these actual motion images are sent to memory module 30 store, when user needs to review actual motion image, processing module 50 can read the data of the actual motion image in memory module 30, and control display module 40 and show.
In the present invention, the actual physical ability information that physical efficiency detection module 70 detects can have different forms, as long as can embody the certain health of user.Correspondingly, described standard body energy range also can have different forms.
Described standard body energy range refers to: when user is when moving, when health does not suffer damage, every physical signs scope, as blood pressure, heart rate etc.When alarm module 80 sends alarm signal, then the actual physical ability information that explanation user is current has exceeded standard body energy range, is not suitable for continuing motion, thus reminds user to have a rest.
Particularly, described actual physical ability information can comprise in actual heart rate information, actual blood pressure information and actual body temperature information any one, described standard body energy range comprises standardized heart rate scope, standard blood scope and standard body temp scope, physical efficiency detection module 70 comprise in heart rate sensor, pre ure tra ducer and body temperature trans any one.
Such as, physical efficiency detection module 70 comprises heart rate sensor, described standardized heart rate scope is set to 70 ~ 140 times per minute, when described heart rate sensor detect the actual heart rate information of user lower than per minute 70 times or higher than 140 times per minute time, alarm module 80 sends alarm signal, to remind user's pause motion.
Further, described actual physical ability information also comprises actual Muscle tensility information, described standard body energy range can also comprise standard Muscle tensility scope, physical efficiency detection module 70 comprises the Muscle tensility detection sub-module of the predetermined position that can be fixed on user's health, Muscle tensility detection sub-module 71 is for detecting the Muscle tensility information of described predetermined position, Muscle tensility detection sub-module 71 can comprise stimulation part, when described actual Muscle tensility information exceeds described standard Muscle tensility scope, the stimulation part that processing module 50 can control Muscle tensility detection sub-module 71 produces vibration, massage with the muscle parts detected Muscle tensility detection sub-module.When moving, Muscle tensility detects the index whether muscle tic occurs, therefore, when detect actual Muscle tensility information exceed standard Muscle tensility scope time, by the vibration of described stimulation part, can massage muscle, thus alleviate the phenomenon of jerk.Especially when user moves under water, effectively can alleviate jerk to the massage of muscle, and then avoid drowned danger occurs.
Described predetermined position can be both legs and the both arms position of user, the relevant acupuncture point place of the stimulation location of Muscle tensility detection sub-module 71 on both legs and both arms can be made when wearing, when described stimulation part is vibrated, can massage acupuncture point, to alleviate jerk phenomenon.
Similar with information Perception module 10, physical efficiency detection module 70 and alarm module 80 outside also can be provided with watertight composition, and when carrying out sub aqua sport to make user, physical efficiency detection module 70 and alarm module 80 can normally work.
Further, described body sense recognition device can also comprise the locating module be integrated in described housing, for detecting the positional information at user place, this locating module comprises transmitting terminal, and this transmitting terminal is used for described positional information to be sent to the receiving system that can receive this positional information.Described locating module can according to global positioning system (Global Position System, GPS) principle, send a signal to multiple known satellite, and the signal received by the acceptance division of locating module calculates the particular location at locating module place.Described receiving system can be the mobile phone of other users, and when the user of described body sense recognition device meets accident, other users can find user according to described more specific location information.
Further, the distance of user's motion in the positional information calculation scheduled time that processing module 50 can measure according to described locating module, and control display module 40 and show numerical value corresponding to described distance, user can learn the distance of movement in the given time by the numerical value shown by display module 40.
It is carry out (namely in real time that described locating module detects positional information, time per unit detects once), such as, user is when running, locating module can measure the position of current time each second, and processing module 50, by calculating the distance between current time and the position at last user in second place, can calculate the distance of user's movement in the scheduled time, thus be convenient to the exercise intensity that user understands self, reasonable arrangement is had a rest.
Above-mentioned is description to body sense recognition device provided by the invention, can find out, user can see oneself actual motion image and standard movement image in athletic activities simultaneously, and the exercise attitudes of self can be adjusted according to the prompting of reminding module, until actual motion image and standard movement image match, reach the object of corrective exercise posture.In addition, when the actual physical ability information of user exceeds standard body energy range, alarm module can give the alarm to remind user to have a rest, healthy advantageously in user.
Be understandable that, the illustrative embodiments that above embodiment is only used to principle of the present invention is described and adopts, but the present invention is not limited thereto.For those skilled in the art, without departing from the spirit and substance in the present invention, can make various modification and improvement, these modification and improvement are also considered as protection scope of the present invention.
Claims (20)
1. a body sense recognition device, is characterized in that, described body sense recognition device comprises:
Information Perception module, for the actual motion information of perception user;
Signal receiving module, this signal receiving module is connected with described information Perception module, for receiving the actual motion information of described information Perception module institute perception;
Memory module, for storing at least one standard movement image and standard body energy range;
Display module, for showing actual motion image and standard movement image, sees actual motion image, standard movement image and surrounding objects to make user simultaneously;
Physical efficiency detection module, for detecting the actual physical ability information of user;
Alarm module, for generation of alarm signal;
Reminding module, for generation of cue to point out user's corrective exercise posture;
Processing module, this processing module is connected with display module with memory module, signal receiving module, physical efficiency detection module, reminding module respectively, actual motion information for receiving according to described signal receiving module generates corresponding actual motion image, and control described display module display actual motion image and the standard movement image corresponding with actual motion image, control described reminding module simultaneously and produce cue; Further, described actual physical ability information can compare with described standard body energy range by described processing module, and when described actual physical ability information exceeds described standard body energy range, described processing module can control described alarm module and send alarm signal.
2. body sense recognition device according to claim 1, it is characterized in that, described processing module can generate the difference images between actual motion image and the standard movement image corresponding with this actual motion image, store the information corresponding with described difference images in described memory module, described processing module can control described reminding module according to described information and generate cue.
3. body sense recognition device according to claim 2, it is characterized in that, described cue is included in the difference images shown by described display module, and the color of described difference images is all different from the color of described standard movement image and described actual motion image; And/or
Described cue comprises the rectification voice signal corresponding with described difference images.
4. body sense recognition device according to claim 3, is characterized in that, the standard movement image of described display module display is different from the color of actual motion image.
5. body sense recognition device according to claim 1, is characterized in that, described body sense recognition device also comprises the power module for powering.
6. body sense recognition device according to claim 1, it is characterized in that, the standard movement image corresponding to multiple different motion is stored in described memory module, described body sense recognition device also comprises selection module, this selection module is connected with described memory module, to select between different standard movement images, selected standard movement image can be sent to described processing module by described selection module, controls the selected standard movement image of display module display to make described processing module.
7. body sense recognition device as claimed in any of claims 1 to 6, it is characterized in that, described actual motion information comprises relative position information between the multiple position of user's health and movement velocity, and described information Perception module comprises the multiple inertial sensors for being worn on the multiple position of user's health.
8. body sense recognition device according to claim 7, it is characterized in that, described inertial sensor comprises gravity sensitive device and gyroscope, and described gravity sensitive device is all connected with described signal receiving module with described gyroscope.
9. body sense recognition device as claimed in any of claims 1 to 6, is characterized in that, described information Perception module also comprises wireless signal transmission part, for described actual motion information is sent to described signal receiving module.
10. body sense recognition device as claimed in any of claims 1 to 6, it is characterized in that, described body sense recognition device also comprises housing, and described signal receiving module, described memory module, described alarm module, described reminding module and described processing module are integrated in described enclosure interior.
11. body sense recognition devices according to claim 10, is characterized in that, described housing is outer, described information Perception module is outer and be provided with watertight composition outside described physical efficiency detection module.
12. body sense recognition devices according to claim 10, is characterized in that, described housing comprises the portion that wears for wearing and the display part for showing.
13. body sense recognition devices according to claim 12, is characterized in that, described display part comprises the display for providing image for user's single eyes.
14. body sense recognition devices according to claim 12, it is characterized in that, described display part comprises the projection part for projecting and the reflecting element for reflecting, and the image that described projection part projects can be reflexed to the eyes of user by this reflecting element.
15. body sense recognition devices according to claim 12, it is characterized in that, described display part comprises transparent display panel.
16. body sense recognition devices as claimed in any of claims 1 to 6, it is characterized in that, described memory module can store the actual motion image that described processing module generates, and described processing module can control described display module shows the actual motion image that described memory module stores.
17. body sense recognition devices as claimed in any of claims 1 to 6, it is characterized in that, described actual physical ability information comprise in actual heart rate information, actual blood pressure information and actual body temperature information any one, described standard body energy range comprises standardized heart rate scope, standard blood scope and standard body temp scope, described physical efficiency detection module comprise in heart rate sensor, pre ure tra ducer and body temperature trans any one.
18. body sense recognition devices according to claim 17, it is characterized in that, described actual physical ability information also comprises actual Muscle tensility information, described standard body energy range also comprises standard Muscle tensility scope, described physical efficiency detection module comprises the Muscle tensility detection sub-module of the predetermined position that can be fixed on user's health, for detecting the actual Muscle tensility information of described predetermined position
Described Muscle tensility detection sub-module comprises stimulation part, and when described actual Muscle tensility information exceeds described standard Muscle tensility scope, the stimulation part that described processing module can control described Muscle tensility detection sub-module produces vibration.
19. body sense recognition devices according to claim 10, it is characterized in that, described body sense recognition device also comprises the locating module be integrated in described housing, for detecting the positional information at user place, described locating module comprises transmitting terminal, and this transmitting terminal is used for described positional information to be sent to the receiving system that can receive this positional information.
20. body sense recognition devices according to claim 19, is characterized in that, described processing module according to the distance of user's movement in the described positional information calculation scheduled time, and can control the display of described display module with described apart from corresponding numerical value.
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
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