CN207836804U - A kind of intelligent body-building clothing - Google Patents
A kind of intelligent body-building clothing Download PDFInfo
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- CN207836804U CN207836804U CN201721877874.0U CN201721877874U CN207836804U CN 207836804 U CN207836804 U CN 207836804U CN 201721877874 U CN201721877874 U CN 201721877874U CN 207836804 U CN207836804 U CN 207836804U
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Abstract
The utility model discloses a kind of intelligent body-building clothing, the intelligent body-building clothing includes fitness coat ontology, controller and control terminal, multiple conductive labels are provided on the fitness coat ontology, the conductive label is electrically connected with the controller, and the electrocardiosignal for acquiring user in real time is simultaneously transmitted to controller；The controller is connect with the control terminal, for the electrocardiosignal is amplified be filtered after output to control terminal, and receive physical therapy file that control terminal is pushed according to the electrocardiosignal and it parsed to export corresponding pulse signal；Wherein, the physical therapy file includes control command and massage script；The conductive label is additionally operable to conduct the pulse signal to waiting for massage part.The electrocardiosignal of user can not only be monitored in real time, corresponding massage therapy program can be also fed back according to the electrocardiosignal, and user directly wears fitness coat and electrocardiosignal monitoring and massage functions can be completed, and effectively improves body-building effect.
Description
Technical Field
The utility model relates to a physiotherapy equipment technical field, in particular to intelligence body-building clothing.
Background
With the development of society, the pace of life of people is faster and faster, the working pressure is higher and higher, more and more people are in sub-health state, on one hand, because many people can not leave computers or mobile phones while working, cervical vertebra, lumbar vertebra and the like have diseases in different degrees due to long-term sitting or standing; on the other hand, heavy work leads to less and less exercise time for all people, and more obese young groups.
Along with the increasing attention of people to body health, the body-building group is increasing at present, however, during exercise and fitness, the heart rate monitoring mode of a user is usually to wear a heart rate belt or a heart rate watch, the mode can only simply display the current heart rate and cannot provide corresponding exercise advice or feedback, and meanwhile, massage physiotherapy cannot be carried out according to the current exercise state, so that the muscle soreness phenomenon after exercise is relieved.
Thus, the prior art has yet to be improved and enhanced.
SUMMERY OF THE UTILITY MODEL
In view of the weak point of above-mentioned prior art, the utility model aims to provide an intelligence body-building clothing, its simple structure portable can not only real-time supervision user's electrocardiosignal, still can be according to the corresponding physiotherapy massage program of this electrocardiosignal feedback, and electrocardiosignal monitoring and massage function can be accomplished to the direct body-building clothing of wearing of user, effectively improves body-building effect.
In order to achieve the purpose, the utility model adopts the following technical proposal:
an intelligent fitness garment comprises a fitness garment body, a controller and a control terminal, wherein a plurality of conductive patches are arranged on the fitness garment body; wherein,
the conductive patch is electrically connected with the controller and used for acquiring electrocardiosignals of a user in real time and transmitting the electrocardiosignals to the controller;
the controller is connected with the control terminal and is used for amplifying, filtering and outputting the electrocardiosignals to the control terminal, receiving and analyzing a physiotherapy file pushed by the control terminal according to the electrocardiosignals so as to output corresponding pulse signals; wherein the physiotherapy file comprises a control command and a massage script;
the conductive patch is also used for transmitting the pulse signal to the part to be massaged.
In the intelligent fitness clothes, an input interface used for being connected with the controller and a wire used for being connected with the input interface and the conductive patch are further arranged on the fitness clothes body.
In the intelligent fitness garment, the controller comprises:
the electrocardio detection unit is used for receiving the electrocardio signals and carrying out amplification and filtering processing on the electrocardio signals;
a memory for storing the physiotherapy file;
the processor is used for analyzing the corresponding massage script according to a preset rule according to the control command in the physiotherapy file and outputting a corresponding pulse signal;
the electrocardio detection unit and the memory are both connected with the processor.
In the intelligent fitness garment, the electrocardio detection unit comprises a preamplifier, a wave trap, a first compensator, a linear isolation amplifier and a second compensator which are sequentially connected, and the preamplifier is further connected with the conductive patch.
In the intelligent fitness clothes, a mode key for switching massage modes and a force key for adjusting massage force are arranged on a shell of the controller.
In the intelligent fitness clothes, an indicator light used for prompting the working state of the controller and a display screen used for displaying the current real-time heart rate, massage mode and force are further arranged on the shell of the controller.
In the intelligent fitness garment, the processor is EFM32HG in model.
In the intelligent fitness clothes, the waveform of the pulse signal is square wave, sine wave and/or triangular wave.
Compared with the prior art, in the intelligent fitness coat provided by the utility model, the intelligent fitness coat comprises a fitness coat body, a controller and a control terminal, wherein a plurality of conductive pastes are arranged on the fitness coat body, and the conductive pastes are electrically connected with the controller and used for acquiring electrocardiosignals of a user in real time and transmitting the electrocardiosignals to the controller; the controller is connected with the control terminal and is used for amplifying, filtering and outputting the electrocardiosignals to the control terminal, receiving and analyzing a physiotherapy file pushed by the control terminal according to the electrocardiosignals so as to output corresponding pulse signals; wherein the physiotherapy file comprises a control command and a massage script; the conductive patch is also used for transmitting the pulse signal to the part to be massaged. The portable electrocardiosignal monitoring device is simple in structure and convenient to carry, can monitor electrocardiosignals of a user in real time, can feed back corresponding physiotherapy massage programs according to the electrocardiosignals, and can finish electrocardiosignal monitoring and massage functions by directly wearing the fitness clothes, so that the fitness effect is effectively improved.
Drawings
Fig. 1 is a schematic structural view of a fitness clothes body in the intelligent fitness clothes provided by the utility model;
fig. 2 is a schematic structural view of a controller in the intelligent fitness garment provided by the present invention;
FIG. 3 is a block diagram of the controller in the intelligent fitness garment provided by the present invention;
FIG. 4 is a block diagram of the electrical detection unit of the intelligent fitness clothing center provided by the present invention;
fig. 5 is a schematic diagram of the pulse signal outputted by the controller in the intelligent fitness clothing.
Detailed Description
The utility model provides an intelligence body-building clothing, its electrocardiosignal that can not only real-time supervision user still can be according to the corresponding physiotherapy massage procedure of this electrocardiosignal feedback, and electrocardiosignal monitoring and massage function can be accomplished to the direct body-building clothing of wearing of user, effectively improves the body-building effect.
In order to make the objects, technical solutions and effects of the present invention clearer and clearer, the following description of the present invention will refer to the accompanying drawings and illustrate embodiments. It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the invention.
Please refer to fig. 1 and 2, the utility model provides an intelligence body-building clothing includes body-building clothing body 10, connecting wire 11, controller 12, electrode line 13 and control terminal (not shown in the figure), be provided with a plurality of electrically conductive pastes 142 on body-building clothing body 10, wherein, controller 12 passes through connecting wire 11 is connected with control terminal, electrically conductive paste 142 is connected with controller 12 electricity through electrode line 13, preferably, controller 12 also through predetermineeing the port and set up the input interface 141 lug connection on body-building clothing body 10, and then realize and electrically conductive the electricity between pasting, can carry out communication connection through wireless connection modes such as bluetooth, wifi between controller 12 and the control terminal this moment to save numerous and diverse wiring, bring the convenience for the user.
After the body-building garment body 10 is worn by a user, the conductive patch 142 is in contact with the skin of the user and used for acquiring an electrocardiosignal of the user in real time and transmitting the electrocardiosignal to the controller 12, the controller 12 is used for amplifying, filtering and outputting the electrocardiosignal to the control terminal, and receiving and analyzing a physiotherapy file pushed by the control terminal according to the electrocardiosignal so as to output a corresponding pulse signal, wherein the physiotherapy file comprises a control command and a massage script; then the pulse signal is transmitted to the part to be massaged through the conductive paste 142, and the electrocardiosignal detection and the massage effect of pushing the physiotherapy warm sister aiming at the ground are realized.
Specifically, interfaces such as one end accessible micro usb of connecting wire 11, Lighting, Type-C are connected with The control terminal who has OTG (On-The-Go) function, and The other end then is connected with controller 12 to realize controller 12's The electricity of getting and The data interchange demand, controller 12 passes through can begin to work after connecting wire 11 is connected with control terminal, receive The physiotherapy file of control terminal output and output corresponding pulse signal, later will through electrode line 13 pulse signal output to electrically conductive subsides 142, by electrically conductive subsides 142 with pulse signal conduction to treating The massage position, The muscle of massage position is treated in The amazing reaches The purpose that slows down fatigue. The utility model provides a simple structure and small and exquisite portable of controller in intelligence body-building clothing, the control terminal cooperation that uses with the user and hand-carry can carry out body-building rhythm of the heart and detect and the physiotherapy massage anytime and anywhere to, with built-in fixed single massage script in the present physiotherapy equipment, only output control command calls the different of built-in fixed script mode when massage control, the utility model discloses in when transmitting massage file, transmitted control command and massage script simultaneously, not only be limited to fixed single script file on the physiotherapy equipment promptly, can realize abundant diversified massage mode according to the physiotherapy file of control terminal output, greatly richened body-building clothing's function.
Specifically, the electrode wire 13 includes a first electrode interface 131 and a second electrode interface 132, the first electrode interface 131 and the second electrode interface 132 are electrically connected to the conductive patch 142, and in cooperation therewith, the body of the body-building garment 10 is further provided with an input interface 141 connected to the first electrode interface 131 and the second electrode interface 132, and a lead 143 for connecting the input interface 141 and the conductive patch 142.
That is, the first electrode interface 131 and the second electrode interface 132 are respectively a positive electrode interface and a negative electrode interface, and after being electrically connected with the input interface 141 on the fitness clothes body 10, the conductive patch 142 is in contact with the skin of the user, so that the pulse signal is conducted to the human body and forms a loop to act on the muscle and the nerve, the muscle is contracted according to the principle of bioelectric pulse, and the pumping action of the muscle starts to act. During relaxation, blood is infused in large amounts, and during contraction, blood containing metabolism is exported. The action is repeated circularly, so that smooth blood running and smooth blood circulation can be promoted, and finally, the massage effect is achieved.
Further, the control terminal comprises an acquisition unit, an analysis unit and a matching and pushing unit, wherein the acquisition unit, the analysis unit and the matching and pushing unit are sequentially connected, and the acquisition unit is used for acquiring the electrocardiosignals fed back by the controller and the motion parameters of the current user; the analysis unit is used for analyzing the heart rate data of the electrocardiosignals and the motion parameters; the matching pushing unit is used for matching the corresponding massage scheme according to the analysis result and pushing the physiotherapy file corresponding to the massage scheme to the controller. Namely, the utility model provides an among the intelligent fitness clothing, can not only implement feedback user's electrocardiosignal to control terminal through electrically conductive subsides 142 and controller 10, control terminal is after having acquireed this electrocardiosignal, still can combine current user's motion parameter to carry out rhythm of the heart data analysis, thereby according to rhythm of the heart analysis result output motion suggestion information and match the massage scheme that corresponds, and with physiotherapy file propelling movement to controller 12 that this massage scheme corresponds, the intellectuality has been realized, there is corresponding massage, the muscle fatigue phenomenon when effectively releiving user's motion body-building.
Specifically, the exercise parameters include height, weight, age, gender and target heart rate, for example, after the user wears the fitness clothing body 10, personal information such as height, weight, age, gender and the like of the user is set on the control terminal, the target heart rate without exercise effect can be obtained according to the personal information, and then after the real-time heart rate of the user is obtained, the real-time heart rate is compared with the target heart rate to judge whether the current user achieves the exercise effect required by the user, and then corresponding exercise suggestion information is output.
For example, aerobic exercise has a certain target heart rate without exercise effect, and when the actual heart rate is within the target heart rate range, aerobic exercise can be considered effective and normal; and when the actual heart rate falls below or exceeds the target heart rate, aerobic exercise is ineffective or dangerous. The target heart rates under different exercise effects can be calculated through corresponding formulas, specifically, for people with poor health conditions, the target heart rate of aerobic exercise = (200-age) × (60% -80%), wherein 60% -70% of the target heart rates are mainly used for fat reduction, and 70% -80% of the target heart rates are mainly used for improving the cardio-pulmonary function; aiming at the common population, the target heart rate of aerobic exercise = (220-age) × (60% -80%), wherein 60% -70% of the target heart rate is mainly used for reducing fat, and 70% -80% of the target heart rate is mainly used for improving the cardio-pulmonary function; aiming at the population with higher physical quality, the target heart rate of aerobic exercise = (220-age-resting heart rate) × (65% -85%) + resting heart rate, wherein 65% -75% is mainly used for fat reduction, and 75% -85% is mainly used for improving the cardio-pulmonary function; therefore, before the user exercises, the user can select the exercise effect which is expected to be achieved according to the requirement and the body condition of the user, the target heart rate is obtained through selection and calculation of the user, and then whether the current exercise is effective or appropriate is judged according to the detected actual heart rate, so that the user can adjust timely according to the heart rate condition, and the exercise effect is improved to the maximum extent.
Further, referring to fig. 3, the controller 12 includes a battery 21, a memory 22, a processor 23, a boost circuit 24, and an electrocardiograph detection unit 25, where the battery 21, the memory 22, the boost circuit 24, and the electrocardiograph detection unit 25 are all connected to the processor 23, the electrocardiograph detection unit 25 is configured to receive the electrocardiograph signal and perform amplification and filtering processing on the electrocardiograph signal, and the memory 22 is configured to store the physiotherapy file; the processor 23 is configured to analyze a corresponding massage script according to a preset rule according to a control command in the physiotherapy file and output a corresponding pulse signal; the boost circuit 24 is used for boosting the output voltage of the control terminal to a preset voltage. In this embodiment, the boost circuit 24 may adopt a mature boost circuit in the prior art, the processor 22 adopts the MCU with the model of EFM32HG, and of course, in other embodiments, other processors 22 with the same function may also be adopted, which is not limited by the present invention.
Specifically, referring to fig. 4, when performing electrocardiographic signal detection, because an electrocardiographic signal belongs to a natural signal under a low-frequency, weak and strong noise background, the electrocardiographic signal obtained by the conductive patch needs to be further processed, so as to accurately extract the signal, amplify the signal and eliminate interference noise, and transmit the extracted electrocardiographic signal to a control terminal without distortion, the electrocardiographic detection unit 25 includes a preamplifier 261, a wave trap 262, a first compensator 263, a linear isolation amplifier 264 and a second compensator 265, the preamplifier 261, the wave trap 262, the first compensator 263, the linear isolation amplifier 264 and the second compensator 265 are sequentially connected, the preamplifier 261 is further connected to the conductive patch 142, preferably, the conductive patches 142 located at the left hand and the right hand of a user, or two conductive patches 142 at the negative pole of the heart are used as signal extraction points, the electrocardiosignal of the user is collected in real time, then the collected electrocardiosignal is amplified through the preamplifier 261, the collected signal is screened through the wave trap 262, then the screened electrocardiosignal is compensated through the first compensator 263, the screened electrocardiosignal is amplified again through the linear isolation amplifier 264, the second compensator 265 is compensated again, and finally the data are output to the screen of the controller 12, and the data can be transmitted to other control terminals in a wireless or wired mode, so that the user can not only monitor the electrocardiosignal in real time, but also can feed back a corresponding physiotherapy massage program according to the electrocardiosignal, the electrocardiosignal monitoring and massage functions can be completed by directly wearing a fitness garment, and the fitness effect is effectively improved.
Preferably, the utility model provides an intelligence body-building clothing can provide two kinds of mode, online mode and offline mode, when being in online mode, controller 12 accessible connecting wire 11 is connected with control terminal and is realized getting electricity and physiotherapy file transmission, perhaps be connected with wireless mode such as bluetooth with control terminal, be its power supply by built-in battery 21 during wireless connection, the user can use APP among the smart machine to send the physiotherapy file to controller 12 through wireless mode such as bluetooth this moment, this physiotherapy file includes control command and massage script, wherein control command is mainly: intelligent detection, massage mode selection, massage start and stop and the like; the massage scripts are written by developers in advance, massage data are stored in the memory 22, different low-frequency pulse group waves are used for stimulating corresponding parts of a human body to achieve the effect of treating symptoms such as chronic pain, muscle soreness and paralysis, the processor 23 analyzes the corresponding massage scripts according to preset rules according to control commands in the physiotherapy file during subsequent work, corresponding pulse signals are output according to the analysis data of the massage scripts, and the voltage boosting circuit 24 boosts the output voltage of the control terminal to a preset voltage according to the amplitude of the current pulse signals to achieve the voltage required by physiotherapy and improve the physiotherapy effect.
When the portable physiotherapy equipment is in an off-line working mode, the portable physiotherapy equipment is powered by the built-in battery 21 or is connected with the mobile power supply through the connecting line 11 to obtain power supply support, and then the portable physiotherapy equipment can directly operate the controller 12 through the entity keys on the controller 12 without APP control, so that the control can be carried out according to existing physiotherapy files in the memory 22 in the controller 12.
Furthermore, the physiotherapy file can be stored in memory 22, also can save in the APP, can also save the cloud platform, and after control terminal networking, the user can download by oneself, transmits the massage program of cloud platform to the APP in, and the rethread wired or wireless mode is transmitted to in the intelligence body-building clothing, further expanded the variety of massage program.
Preferably, the memory 22 includes a first storage unit for storing a preset fixed physiotherapy file and a second storage unit; the second storage unit is used for storing temporary physical therapy files output by the control terminal.
That is to say, first memory cell is fixed memory space, and the APP on the predetermined fixed physiotherapy file that stores in this space need not to start control terminal can be controlled and used through the entity button on the controller, during the concrete implementation, be provided with the mode key 121 that is used for switching massage mode on the shell of controller, mode key 121 switches output to processor 23 predetermine fixed physiotherapy file and accomplish the mode switch, for example, the controller can default when leaving the factory and embed three predetermined fixed physiotherapy files to first memory cell, and these three predetermined fixed physiotherapy files are rewritten to the user accessible APP, and the start-up and the switching accessible of these three massage procedures mode key 121 operates for the user also can realize the use of physiotherapy equipment under the off-line mode.
The second storage unit is an erasable storage space and can only store one temporary physiotherapy file each time, when the preset fixed physiotherapy file in the first storage unit cannot meet the massage requirement of the user, the body-building clothes body 10 can be connected with the control terminal in a wireless or wired way to enter the on-line working module, in the on-line working mode, when the user needs to use a physiotherapy program, the physiotherapy file on the control terminal APP can be transmitted to the second storage unit of the controller 12 in a wired or wireless mode, further analyzing and outputting the physical therapy file, wherein the physical therapy file is a temporary physical therapy file, when the user needs to use another physical therapy program on the APP, and transmitting the other physical therapy file to the second storage unit, automatically erasing the previous temporary physical therapy file, analyzing and outputting the newly stored physical therapy file, and realizing the switching of the massage modes.
By arranging two storage units, the basic requirements of a user can be guaranteed, more expandability can be provided, and when the user does not want to use the APP to control the controller 12, the massage program in the first storage unit can be directly used through the keys on the controller 12; and when the user thinks that the massage program on the first memory cell can't satisfy oneself demand, can transmit the massage program that oneself liked to the second memory cell in real time through APP, thereby use the procedure that oneself liked, and the procedure of first memory cell does not have any influence moreover, and the user can also rewrite the massage program of fixed storage in the first memory cell according to the actual demand of oneself, set up it into massage program commonly used, make and need not to open APP and can begin the massage, the use habit of the user of laminating more.
Particularly, the utility model provides an in the intelligence body-building clothing, the massage script includes at least one part section data, and every part section data includes a plurality of unit block data, treater 23 specifically is arranged in according to the command parameter in every unit block data and the command parameter in every part section data in the control command analysis corresponding massage script to output corresponding pulse signal. Every unit block data and every part section data all have corresponding command parameter promptly, through the analysis to the command parameter to obtain the pulse signal combination that corresponds, during the concrete implementation, the command parameter includes number of repetition number, pulse width, interval time, single pulse in pulse frequency and/or the pulse cluster, through the different command parameter of setting to every unit block data and every part section data, makes the utility model provides a massage script is not the physiotherapy file of single mode, and can realize the combination of multiple massage mode, has greatly enriched physiotherapy equipment's function.
For example, take a 16-system writing massage script as an example, where the command parameters are defined as R (repeat, number of repetitions), P (pulse width), I (interval), F (frequency), C (number of single pulses in a pulse cluster), each unit block data is composed of pulses with specific frequency and width, plus the interval between pulses and the number of repetitions of the whole, and the part between two "|" in the program script, such as | R2P64F1|, refers to the pulse with 100 μ sec pulse width and 1Hz frequency repeated 2 times; and each part section data consists of a plurality of blocks, the interval between the blocks and the overall repetition number are added, and parts between the blocks are referred to as { }' in the program script, such as { R12C | F64P32C12C | R6Pc8F2C1 }.
When the script is analyzed, taking V1D16{ R12C | F64P32C12C | R6Pc8F2C1} as an example, the program only has one partial section data, which contains two unit block data, i.e., | F64P32C12C | and | R6Pc8F2C1|, wherein the R or I parameter in each partial section data controls the whole partial section data, but not a single unit block data, e.g., { R12C here, means that the section is repeated 300 times; i F64P32C12C I is the first block, representing pulses of 50 microseconds in width and 100Hz in frequency, and the total number of such pulses is 300 (similar to kneading) in the whole pulse cluster; r6Pc8F2C1 is a second block, which represents a pulse with the width of 200 microseconds and the frequency of 2Hz, and in the whole pulse cluster, the number of the pulses is only 1, and the pulse cluster is repeated for 6 times (similar to hammering), and corresponding pulse signals can be obtained by analyzing command parameters in the massage script, so that diversified combinations of different single massage modes are realized, diversified physical therapy experiences are brought to users, and the current situation that the current physical therapy equipment mode is single and boring is broken through.
In this embodiment, the output amplitude of the pulse signal is not defined in the massage script, the user can adjust the output amplitude through the APP or the force key 122 arranged on the housing of the controller 12, and the housing of the controller 12 is further provided with an indicator light 123 for prompting the working state of the controller 12, and a display screen 124 for displaying the current massage mode, the force and the real-time heart rate. The controller 12 can preset three or more massage modes when leaving the factory, the user can change the massage mode through APP, and also can realize mode switching by short pressing the mode key 121, and switch to the standby state if long pressing, and adjust the massage strength in real time through the strength key 122, and short pressing the "+" key massage strength and adding one gear, long pressing the "+" key massage strength and continuously adding one gear, short pressing the "-" key massage strength and reducing one gear, and long pressing the "+" key massage strength and continuously reducing the gear. Each massage mode or working state has a corresponding color indicator light 123 corresponding to it, and the display screen 124 can display the current massage mode, force and state, so that the user can simply and conveniently control the massage process and know the massage state in real time.
Specifically, the pulse signal output by the controller 12 may be a square wave, a sine wave, a triangular wave, etc., the pulse width, the period and the amplitude are adjustable, the pulse width adjustment range is 0-300uS ± 20%, the output amplitude adjustment range is 5-100Vpp ± 20%, the output frequency adjustment range is 1-1200Hz ± 20%, the massage time is determined by the massage mode, each massage mode includes a plurality of groups of different waveforms, the group wave is composed of pulse waves of a single period as shown in fig. 4, the total amplitude h of the group wave can be controlled by the force key 122 or a related function key on APP, the period T and the pulse widths P1, P2 are determined by massage data, the user cannot adjust the pulse width by himself, different massage modes are synthesized by the group wave, the output of a plurality of electric pulses is realized, and different massage requirements of the user are met.
Preferably, the utility model provides an in the intelligence body-building clothing, the controller still includes the acoustic control unit (not shown in the figure), the acoustic control unit is connected with treater 23 for gather speech information and carry out speech recognition, and export corresponding regulation instruction to treater 23 according to the recognition result, the user of being convenient for realizes the massage through pronunciation and adjusts, for example, the user can say out the content of wanting the regulation and control, the speech information of user's current input is gathered and discerned to the acoustic control unit, later match built-in semantic analysis according to the recognition result, export corresponding regulation instruction and control, the content of can regulating and control includes but not limited to the start-up of physiotherapy procedure, pause, the dynamics increases, the dynamics is paused, mode switch etc., further improve the intelligent degree of physiotherapy equipment.
Further preferably, in order to realize multiple safety protection and improve the safety of the intelligent fitness garment, the controller 12 forces the lowest amplitude output when the garment is started, and the output intensity needs to be slowly adjusted by a user according to the user experience during the use process; and provide no load protection, when the user has not pasted the conductive paste 142 to the skin, the machine automatically waits for 5 seconds, namely detects the loop between the conductive pastes 142, if can't detect the loop within 5 seconds, then automatically waits for; furthermore, a high-voltage limit is further set to prevent the burning phenomenon, in the embodiment, the single-side highest amplitude of the output pulse does not exceed 62V, and certainly, in other embodiments, the single-side highest amplitude can be modified according to the requirement; furthermore, the controller is also provided with massage energy limitation, when the pulse width is increased, the output voltage is automatically reduced along with the increase of the output energy, and multiple protection measures comprehensively ensure the safety of users in use.
To sum up, in the intelligent fitness suit provided by the utility model, the intelligent fitness suit comprises a fitness suit body, a controller and a control terminal, wherein a plurality of conductive pastes are arranged on the fitness suit body, and the conductive pastes are electrically connected with the controller and used for acquiring electrocardiosignals of a user in real time and transmitting the electrocardiosignals to the controller; the controller is connected with the control terminal and is used for amplifying, filtering and outputting the electrocardiosignals to the control terminal, receiving and analyzing a physiotherapy file pushed by the control terminal according to the electrocardiosignals so as to output corresponding pulse signals; wherein the physiotherapy file comprises a control command and a massage script; the conductive patch is also used for transmitting the pulse signal to the part to be massaged. The portable electrocardiosignal monitoring device is simple in structure and convenient to carry, can monitor electrocardiosignals of a user in real time, can feed back corresponding physiotherapy massage programs according to the electrocardiosignals, and can finish electrocardiosignal monitoring and massage functions by directly wearing the fitness clothes, so that the fitness effect is effectively improved.
It should be understood that equivalent alterations and modifications can be made by those skilled in the art according to the technical solution of the present invention and the inventive concept thereof, and all such alterations and modifications should fall within the scope of the appended claims.
Claims (8)
1. An intelligent fitness garment is characterized by comprising a fitness garment body, a controller and a control terminal, wherein a plurality of conductive patches are arranged on the fitness garment body; wherein,
the conductive patch is electrically connected with the controller and used for acquiring electrocardiosignals of a user in real time and transmitting the electrocardiosignals to the controller;
the controller is connected with the control terminal and is used for amplifying, filtering and outputting the electrocardiosignals to the control terminal, receiving and analyzing a physiotherapy file pushed by the control terminal according to the electrocardiosignals so as to output corresponding pulse signals; wherein the physiotherapy file comprises a control command and a massage script;
the conductive patch is also used for transmitting the pulse signal to the part to be massaged.
2. The intelligent fitness garment of claim 1, wherein the fitness garment body is further provided with an input interface for connecting the controller, and a wire for connecting the input interface and the conductive patch.
3. The intelligent fitness garment of claim 1, wherein the controller comprises:
the electrocardio detection unit is used for receiving the electrocardio signals and carrying out amplification and filtering processing on the electrocardio signals;
a memory for storing the physiotherapy file;
the processor is used for analyzing the corresponding massage script according to a preset rule according to the control command in the physiotherapy file and outputting a corresponding pulse signal;
the electrocardio detection unit and the memory are both connected with the processor.
4. The intelligent fitness garment of claim 3, wherein the electrocardio detection unit comprises a preamplifier, a wave trap, a first compensator, a linear isolation amplifier and a second compensator which are connected in sequence, and the preamplifier is further connected with the conductive patch.
5. The intelligent fitness garment of claim 1, wherein a mode key for switching massage modes and a force key for adjusting massage force are arranged on the housing of the controller.
6. The intelligent fitness garment of claim 1, wherein an indicator light for prompting the working state of the controller and a display screen for displaying the current real-time heart rate, massage mode and force are further arranged on the shell of the controller.
7. The intelligent gym suit of claim 4, wherein the processor is of the type EFM32 HG.
8. The intelligent fitness garment of any one of claims 1-7, wherein the waveform of the pulse signal is a square wave, a sine wave, and/or a triangular wave.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201721877874.0U CN207836804U (en) | 2017-12-28 | 2017-12-28 | A kind of intelligent body-building clothing |
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| CN201721877874.0U CN207836804U (en) | 2017-12-28 | 2017-12-28 | A kind of intelligent body-building clothing |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109588798A (en) * | 2018-11-14 | 2019-04-09 | 杭州创屹机电科技有限公司 | A kind of body-building clothes of output low frequency pulse |
| CN111341432A (en) * | 2020-02-11 | 2020-06-26 | 深圳智裳科技有限公司 | Intelligent body shaping clothing control method and device, computer equipment and storage medium |
-
2017
- 2017-12-28 CN CN201721877874.0U patent/CN207836804U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109588798A (en) * | 2018-11-14 | 2019-04-09 | 杭州创屹机电科技有限公司 | A kind of body-building clothes of output low frequency pulse |
| CN111341432A (en) * | 2020-02-11 | 2020-06-26 | 深圳智裳科技有限公司 | Intelligent body shaping clothing control method and device, computer equipment and storage medium |
| CN111341432B (en) * | 2020-02-11 | 2024-04-30 | 深圳智裳科技有限公司 | Intelligent body-shaping clothes control method and device, computer equipment and storage medium |
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