CN207477310U - Pillow - Google Patents
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- CN207477310U CN207477310U CN201720136702.1U CN201720136702U CN207477310U CN 207477310 U CN207477310 U CN 207477310U CN 201720136702 U CN201720136702 U CN 201720136702U CN 207477310 U CN207477310 U CN 207477310U
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Abstract
The utility model discloses a kind of pillow and includes ontology and be arranged on the intrinsic physiological signal sensor, controller and tampering devic；The physiological signal of the physiological signal sensor acquisition human body is sent to the controller, and the controller controls the tampering devic output intervention signal.The utility model in the ontology of pillow by setting physiological signal sensor, then judge human body whether in sleep posture by the physiology signal of acquisition, only human body, which is in sleep posture, can just judge the sleep state of human body, the sleep quality state detected is more accurate, then preset Intervention Strategy is called to intervene the sleep state of human body further according to sleep state, intervention effect is more preferably.
Description
Technical field
The utility model is related to arrive sleep management field, a kind of pillow is especially related to.
Background technology
Existing Sleep intervention method, mainly intervenes human body snoring, and by shaking, shocking by electricity etc., modes stimulate human body, with
Achieve the effect that snore relieving, such as Intelligent bracelet, smartwatch etc..It is difficult correctly to sentence only by the wrist sensing rhythm of the heart and tossing
Whether in the state of holding and sleep interval is slept, some interference signals also easily make Intelligent bracelet or smartwatch etc. accidentally to disconnected human body
It is judged to human body and is in snoring state etc., influence the use of user.
Utility model content
The main purpose of the utility model is to provide a kind of pillow that can be effectively intervened sleep quality state.
In order to realize above-mentioned purpose of utility model, the utility model proposes a kind of pillow first, including ontology and setting
In the intrinsic physiological signal sensor, controller and tampering devic；
The physiological signal of the physiological signal sensor acquisition human body is sent to the controller, and controller is according to the life
Reason signal judges the sleep state of human body, and generates corresponding control command according to the sleep state and control the tampering devic
Export intervention signal.
Further, the physiological signal sensor includes piezoelectric membrane, and the piezoelectric membrane is including multiple, according to default
Shape is laid in the body outer surface or through the inside for being arranged on ontology.
Further, the tampering devic includes vibrator and/or audio player.
Further, the vibrator includes eccentric motor, linear motor, electromagnetic vibrator or the sound of flexible article package
Circle.
Further, the pillow further includes time set, and the time set is set in the ontology, and when sending
Between signal give the controller.
Further, the pillow further includes blue emitter, and the blue emitter is set to the outside of the ontology
Side；
When the time signal that the controller reception time set is sent to is the blue emission time, the blue light is controlled to send out
Emitter transmitting blue light promotes to secrete epiphysin during human body night.
Further, the pillow further includes wireless transmission/reception device, the wireless transmission/reception device with it is described
Controller connects.
Pillow provided by the utility model by setting physiological signal sensor in the ontology of pillow, then can lead to
The physiology signal for crossing acquisition judges whether human body (is oppressed on the ontology of pillow on head) in sleep posture, only human body
It can just judge the sleep state of human body in sleep posture, the sleep quality state detected is more accurate, then further according to sleeping
Dormancy state calls preset Intervention Strategy to intervene the sleep state of human body, and intervention effect is more preferably.
Description of the drawings
Fig. 1 is the structural schematic block diagram of the pillow of one embodiment of the utility model；
Fig. 2 is the structural schematic block diagram of the pillow of one embodiment of the utility model；
The utility model one embodiment in Fig. 3 positions carries out the flow diagram of Sleep intervention method using above-mentioned pillow.
The embodiments will be further described with reference to the accompanying drawings for the realization, functional characteristics and advantage of the utility model aim.
Specific embodiment
It should be appreciated that specific embodiment described herein is only used to explain the utility model, it is not used to limit this
Utility model.
With reference to Fig. 1, the utility model embodiment provides a kind of pillow, including ontology 10 and is arranged on the ontology 10
Interior physiological signal sensor 20, controller 30 and tampering devic 40；Above-mentioned physiological signal sensor 20 acquires the physiology of human body
Signal is sent to the controller 30, and controller 30 judges the sleep state of human body according to the physiological signal, and according to described
Sleep state generates corresponding control command and the tampering devic 40 is controlled to export intervention signal.
In the present embodiment, above-mentioned ontology 10 refers to the main body for carrying human body head, generally by flexible articles such as sponges
Composition, is then enclosed with pillowcase etc. made of flexible cloth etc. outside.Above-mentioned physiological signal sensor 20 refers to acquire
The sensor of body shake signal generally comprises the piezoelectric membrane being laid on ontology 10, processing circuit and microprocessor etc.,
The vibration signal of piezoelectric membrane acquisition human body head generation simultaneously converts thereof into electric signal, be then amplified by processing circuit,
The processing such as analog-to-digital conversion are transmitted to above-mentioned microprocessor and analyze and process etc., can above-mentioned vibration signal be resolved to reaction
The signal of Human Physiology, such as human body respiration signal, heart rate signal, tossing signal.Above-mentioned piezoelectric membrane is including multiple, according to pre-
If shape is laid in 10 outer surface of ontology or through the inside that is arranged on ontology 10 or webbed is wrapped in ontology 10
Outside etc..Above controller 30 generally comprises memory and processor, and memory is used to store the program that processor needs perform,
And physiology signal of the storage acquisition of physiological signal sensor 20 etc., processor can judge according to the physiological signal of human body
The sleep state of human body, wherein sleep state generally comprise snoring state, either shallow sleep state, deep sleep, quick eye
Dynamic sleep state waits for sleep state etc., and above-mentioned tampering devic 40 can also be controlled to export intervention signal.In the present embodiment, on
It can be same processor to state processor and microprocessor, or two different processors.Above-mentioned tampering devic 40
It can include vibrator and/or audio player etc., for example be shaken by the eccentric motor, linear motor, electromagnetism of flexible article package
Dynamic, voice coil etc. generates audio players such as vibrator or buzzer, the music player of mechanical shock etc..It is shaken when using
During device, good tactile experience can be not only generated, but also enough vibrations can be generated and perceived, and do not affect other people.
In the present embodiment, above-mentioned tampering devic 40 can include multiple vibrators, be separately positioned on the different positions of ontology 10
It puts, in order to which intervention signal preferably is passed to user.For example, 10 elongatedness direction of pillow body is divided into trisection,
The position of two cut-off rules is respectively arranged with shaking device, to ensure vibration signal passing to user.In a specific embodiment
In, the specific location of user's head can also be judged according to piezoelectric membrane of above-mentioned physiological signal sensor 20 etc., so as to basis
Head position controls corresponding vibrator to start.
With reference to Fig. 2, in the present embodiment, above-mentioned pillow further includes time set 50, and the time set 50 is set to described
In ontology 10, and time signal is sent to the controller 30.Above-mentioned time set 50 is generally made of precision interval clock crystal oscillator etc.,
Correct time information is obtained, is generally located on the inside of pillow body 10.As smartwatch, alarm clock etc., work as arrival
After the alarm time of setting, an electric signal can be sent to controller 30, controller 30 is then above-mentioned dry according to the control of alarm clock signal
Pre- device 40 sends out intervention signal and wakes the user slept on above-mentioned pillow.
With reference to Fig. 2, in the present embodiment, above-mentioned pillow further includes blue emitter, and the blue emitter is set to described
The outboard side edge of ontology 10；When the time signal that the reception time set 50 of controller 30 is sent to is the blue emission time, control
The blue emitter transmitting blue light promotes to secrete epiphysin during human body night.Above-mentioned blue emitter can emit blue light, early
On blue light stimulation can promote to secrete epiphysin during human body night, so as to adjust the night next time after human body more than ten hour
Sleep.The above-mentioned blue emission time is generally early morning, can be set by user, for example, being arranged to daily sun jump
Go out the horizontal time or be fixed on the time at daily 6 o'clock of early morning etc..The irradiation time length of blue light equally can be according to making
With requiring to be set.
In the present embodiment, above-mentioned pillow further includes wireless transmission/reception device, the wireless transmission/reception device and institute
Controller 30 is stated to connect.Wireless transmission/reception device is mainly used for wireless output data and uses, for example, physiological signal is sensed
The physiology signal that device 20 acquires is sent to host computer etc., and host computer can be the intelligent electronic devices such as computer, mobile phone.This reality
It applies in example, host computer can analyze the data received, then will generate corresponding control command according to analysis result
Controller 30 is sent to, then tampering devic 40 is controlled to work by controller 30, i.e., the process of data processing is by mobile phone etc.
Host computer carries out, and reduces the configuration requirement of controller 30.
With reference to Fig. 3, in the present embodiment, also a kind of Sleep intervention method is realized using above-mentioned pillow, including step：
S1, controller 30 obtain the physiological signal of human body by physiological signal sensor 20, and judge whether human body oppresses
In on the ontology 10 of the pillow；
S2, if so, judging the sleep state of human body according to the physiological signal；
S3, preset Intervention Strategy is called according to the sleep state, the tampering devic 40 is controlled to export intervention signal
Adjust the sleep state of human body.
As described in above-mentioned steps S1 to S3, before intervening the sleep of user, first determine whether human body oppresses
On the ontology 10 of pillow, only determine that human body compressing on pillow, can just carry out corresponding Sleep intervention.Whether judge human body
The method oppressed on the ontology 10 of pillow is generally, and judges whether the data that physiological signal sensor 20 acquires meet human body
Physiological signal for example, oppressing a book in pillow body 10, although compressing signal can be generated, will not generate similar human body
Physiological signal, so the data acquired by physiological signal sensor 20 can accurately judge whether human body is oppressed in pillow
Ontology 10 on.Above-mentioned sleep state generally comprises snoring state, either shallow sleep state, deep sleep, rapid eye movement and sleeps
Dormancy state waits for sleep state etc., and above-mentioned Intervention Strategy is default processing routine in the controller 30, is triggered any
Intervention Strategy then controls tampering devic 40 to send out corresponding intervention signal, for example, when judging that human body is in snoring state, then sends out
Go out the intervention signal of corresponding snore relieving strategy.In the present embodiment, sleep quality state is judged, it can be according to collected physiological signal
In breath signal, heart rate signal etc. estimated.
It is above-mentioned that preset Intervention Strategy is called according to the sleep state in the present embodiment, control the tampering devic 40
The step S3 that intervention signal adjusts the sleep state of human body is exported, including：
S31, when the sleep state of the human body is snoring state, detect the snoring intensity of human body；
S32, the corresponding control command control output of tampering devic 40 intervention signal is generated according to the snoring intensity
Intensity.
As described in above-mentioned steps S31 and S32, as a kind of Intervention Strategy, when the sleep state for judging human body is snoring
State then detects the snoring intensity of human body.In the present embodiment, the method whether detection human body snores generally passes through physiological signal
Sensor 20 obtains physiological signal during sleep quality, and judges the breath signal in physiology signal, wherein, breathing letter
The breath signal that the inspiration signal that generates and while exhaling generate when number including air-breathing；What is be superimposed on acquisition inspiration signal is specified
The specified range frequency being superimposed in the intensity of first vibration signal of range frequencies and the breath signal adjacent with inspiration signal
The second vibration signal intensity；According to preset method compare the first vibration signal intensity and the second vibration signal it is strong
Degree, judges whether human body is snoring state etc. according to comparison result.Whether human body accurately can be judged by the above method
Snoring, effectively reduces externalities.And the method for detecting the snoring intensity of human body, then can according to the intensity of breath signal into
Row judges that the intensity of general breath signal is bigger, and snoring intensity is also bigger.In other embodiments, it can also be passed by pickup
Whether the voice signal that sensor acquisition human body is sent out judges user in snoring state, and the intensity of voice signal is bigger, then illustrates
The snoring intensity of user is stronger.In the present embodiment, the intensity of corresponding intervention signal is exported according to the snoring intensity of human body, it can be with
Snore relieving is more effectively carried out, snoring intensity is stronger, and the intensity of the intervention signal of output can also be adjusted suitably by force.
It is above-mentioned to control the tampering devic 40 defeated according to the corresponding control command of the snoring intensity generation in the present embodiment
Go out the step S32 of the intensity of intervention signal, including：
The intervention signal intensity that S321, the control tampering devic 40 export becomes larger, while detect the snoring of human body step by step
State；
S322, when the state of snoring is eliminated, stop the tampering devic 40 and export intervention signal.
As described in above-mentioned steps S321 and S322, i.e. the gradually change of the output intensity of intervention signal from small to big in order to control
By force, it monitors the snoring state of human body in real time during becoming strong, after human body stops snoring, it is dry to stop the output of tampering devic 40
Pre-signal.Due to different people sleep when the condition that is waken up it is different, for example, it has often been said that, " sleep is light (feeling light) "
People is easily waken up, and the people of " sleep is dead (feeling weight) " is not easy to be waken up, if so encounter the people of " sleep is light (feeling light) ", it is defeated
May directly user be waken up the sleep for influencing user by going out the larger intervention signal of intensity, and intervention signal becomes strong step by step, no
But can effectively snore relieving, can also effective ground prevent from waking up the people of sleep.
In the present embodiment, the intervention signal intensity that the above-mentioned control tampering devic 40 exports becomes larger step by step, detects simultaneously
After the step S321 of the snoring state of human body, including：
S323, when the state of snoring is eliminated, record the intervention signal intensity that the tampering devic 40 exports and intervene for first
Signal strength；
S324, when detecting that human body is in snoring state again, control the tampering devic 40 with described first intervene
Signal strength exports, alternatively, the output intensity of series is specified to export to be less than the first intervention signal intensity.
As described in above-mentioned steps S323 and S324, after the snoring state of human body is prevented, it is also possible to after a period of time again
It is secondary to enter snoring state, so the first last intervention signal intensity is recorded, as preventing snoring next time
Beginning intervention signal intensity, can quickly complete snore relieving.It in another embodiment, can also be to be less than first intervention signal
Intensity specifies the output intensity of series to export, and prevents intervention signal intensity too strong and directly wakes up user.
In the present embodiment, the intervention signal intensity that the above-mentioned control tampering devic 40 exports becomes larger step by step, detects simultaneously
Include after the step S321 of the snoring state of human body：
S3211 when intervention signal fails effective snore relieving, sends corresponding signal to specified host computer, leads to user
It crosses host computer and understands intervention situation, to be set accordingly, in order to which snore relieving is effectively performed next time.
It is above-mentioned when detecting that human body is in snoring state again in the present embodiment, the tampering devic 40 is controlled with institute
The output of the first intervention signal intensity is stated, alternatively, the output intensity of series is specified to export to be less than the first intervention signal intensity
Step S324 before, generally further include：
S325, human body and the whether not same people of the previous human body into snoring state in detection body 10, if so, into
The step of row above-mentioned steps S324, if it is not, the step of then carrying out above-mentioned steps S321 and S322.
As described in above-mentioned steps S325, i.e., above-mentioned pillow can identify user, and method is generally collected by analysis
Physiology signal, for example, by the heart rate signal in collected physiological signal and respiratory rate signal etc. and the heart that has recorded
Rate signal and respiratory rate signal etc. are matched, and so as to judge the identity of the user using above-mentioned pillow, are called corresponding
Intervention signal output intensity, intervention effect more preferably, when intervening sleep quality state, reduce situation about directly waking up human body and send out
It is raw.
It is above-mentioned that preset Intervention Strategy is called according to the sleep state in the present embodiment, control the tampering devic 40
The step S3 that intervention signal adjusts the sleep state of human body is exported, including：
S33, enter preset alarm time section in when, if human body is in either shallow sleep state, control tampering devic
40 start；If human body is in deep sleep, the tampering devic 40 is controlled to start at the end of the alarm time section.
As described in above-mentioned steps S33, above-mentioned pillow has alarm clock function, but the time of alarm clock is a period, than
Time such as setting alarm clock was six o'clock, then alarm time section can add front and rear preset time span, as at 6 points
It is front and rear respectively to add 10 minutes, i.e. 50 to six point of alarm time Duan Weiwu points ten minutes.The effect for setting alarm time section is can to carry
The experience that high human body is waken is entering in alarm time section, before startup tampering devic 40 carries out waking user, first determines whether
The sleep state of human body mainly judges that human body is in either shallow sleep state or deep sleep, if slept in either shallow
State then starts tampering devic 40 and exports intervention signal wake-up user, if in deep sleep, continues to monitor immediately
The sleep state of human body, if monitoring that human body is transformed into either shallow sleep state by deep sleep in alarm time section,
Then start tampering devic 40 immediately and export intervention signal wake-up user, if monitoring human body depth always in alarm time section
Sleep state then at the end of alarm time section, starts tampering devic 40 and exports intervention signal wake-up user.I.e. when into default
Alarm time section in when, preferentially human body be in either shallow sleep when output intervention signal wake up user, if in alarm time
User is constantly in deep sleep in section, wakes up user finally can just export intervention signal, is waken up with improving user
When state more preferably.In the present embodiment, intervening output signal also can be from weak to being incremented by step by step by force, and can be according to residing for human body
Sleep state, the appropriate initial intensity for selecting intervention signal output, general user are in intervention signal during deep sleep
The initial intensity that intervention signal when the initial intensity of output is in either shallow sleep state higher than user exports.In other embodiments
In, when entering in preset alarm time section, if human body is in rapid-eye-movement sleep state, in the alarm time section
The tampering devic 40 is controlled to start during end, alternatively, controlling the intervention dress when human body terminates rapid-eye-movement sleep state
Put 40 startups.
It is above-mentioned that preset Intervention Strategy is called according to the sleep state in the present embodiment, control the tampering devic 40
The step S3 that intervention signal adjusts the sleep state of human body is exported, including：
S34, section control blue emitter transmitting blue light promotes to secrete epiphysin during human body night at the appointed time.
As described in above-mentioned steps S34, above-mentioned blue emitter can emit blue light, and the blue light stimulation in morning can promote people
Body secretes epiphysin during night, so as to adjust the nighttime sleep next time after human body more than ten hour.The above-mentioned blue emission time
Generally early morning can be set by user, be jumped out the horizontal time or fixed for example, being arranged to the daily sun
In the time at daily 6 o'clock of early morning etc..The irradiation time length of blue light can equally be set according to requirements.
It is above-mentioned that preset Intervention Strategy is called according to the sleep state in the present embodiment, control the tampering devic 40
The step S3 that intervention signal adjusts the sleep state of human body is exported, including：
S35, when the sleep state of the human body is waits for sleep state, control the specified section of the tampering devic 40 output
The vibration signal of rule and/or the sleeping intervention signal of music.
As described in above-mentioned steps S35, human body of the human body on pillow can be collected by physiological signal sensor 20 and is exhaled
It inhales signal, heart rate signal, toss about the physiological signals such as signal, can be judged human body whether in waiting sleep shape according to these signals
State, for example, when user is just by headrest on pillow, tossing about signal can be relatively more, after tossing signal is reduced to specified threshold,
It can be determined that human body is in and wait for sleep state, the vibration signal of assigned frequency, Yi Jiyou are then exported by tampering devic 40
Effect promotes human body to enter light music of sleep etc., user to be helped to rapidly enter sleep, when detecting that human body enters sleep, then by
The intensity of intervention signal output is gradually reduced, until stopping.
In one embodiment, it is set to each component in above-mentioned ontology 10 etc. and carries out fragmentation arrangement, to improve
Comfort level of the user when using above-mentioned pillow.Physiological signal sensor 20 in ontology 10 collects unexpected signal data and becomes
During change, start in detection body 10 whether someone lies down, if so, the then collected physiology signal of start time analysis,
To determine the sleep state of human body, when detecting that human body is in waiting sleep state, pass through tampering devic 40 and export specified frequency
The vibration signal and/or light music of rate promote human body to rapidly enter sleep；When detecting that human body is in snoring state, then people is judged
The identity of body if the identity has record, calls corresponding Intervention Strategy to carry out snore relieving, such as calls the identity last
The output intensity output intervention signal of intervention signal during snore relieving, intervention signal intensity becomes larger step by step, while detects the snoring of human body
State when the state of snoring is eliminated, stops the tampering devic 40 and exports intervention signal etc.；If above-mentioned identity does not determine,
Directly intervened using a relatively low intervention signal output intensity, and output intensity of enhancing intervention signal etc. step by step.Such as
Fruit snore relieving fails, then corresponding warning message is sent to host computer, in order to which user sets tampering devic 40 after wakeing up
It puts.After alarm time section is entered, if human body is in either shallow sleep state, starts tampering devic 40 at once and wake up use
Family, if human body starts at the end of alarm time section always in deep sleep and intervenes dress in alarm time section
40 wake-up users are put, the mark for waking up human body is that human body leaves pillow body 10.When the time for entering blue light illumination, such as clear
Emission control blue emitter carries out transmitting blue light when the morning sun rises, and promotes melatonin secretion during human body night, with
Adjustment adjusts next time nighttime sleep of the human body after more than ten hour.
The pillow that the utility model embodiment provides, by setting physiological signal sensor 20 in the ontology 10 of pillow,
Then judge whether human body is in sleep posture (oppressing on the ontology 10 of pillow on head) by the physiology signal of acquisition,
Only human body, which is in sleep posture, can just judge the sleep state of human body, and the sleep quality state detected is more accurate, then
Preset Intervention Strategy is called to intervene the sleep state of human body further according to sleep state, intervention effect is more preferably.
The above is only the preferred embodiment of the present invention, and it does not limit the scope of the patent of the present invention,
Every equivalent structure or equivalent flow shift made based on the specification and figures of the utility model, is directly or indirectly transported
Used in other related technical areas, it is equally included in the patent within the scope of the utility model.
Claims (7)
1. a kind of pillow, which is characterized in that including ontology and be arranged on the intrinsic physiological signal sensor, control
Device and tampering devic；
The physiological signal of the physiological signal sensor acquisition human body is sent to the controller, and the controller control is described dry
Pre- device exports intervention signal.
2. pillow according to claim 1, which is characterized in that the physiological signal sensor includes piezoelectric membrane, described
Piezoelectric membrane include it is multiple, be laid in the body outer surface or through the inside for being arranged on ontology according to preset shape.
3. pillow according to claim 1, which is characterized in that the tampering devic includes vibrator and/or audio plays
Device.
4. pillow according to claim 3, which is characterized in that the vibrator includes the bias electricity of flexible article package
Machine, linear motor, electromagnetic vibrator or voice coil.
5. pillow according to claim 1, which is characterized in that further include time set, the time set is set to institute
It states in ontology, and sends time signal to the controller.
6. pillow according to claim 5, which is characterized in that further include blue emitter, the blue emitter setting
In the outboard side edge of the ontology；
When the time signal that the controller reception time set is sent to is the blue emission time, the blue emitter is controlled
Transmitting blue light promotes to secrete epiphysin during human body night.
7. pillow according to claim 1, which is characterized in that further include wireless transmission/reception device, the wireless hair
Penetrate/reception device connect with the controller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720136702.1U CN207477310U (en) | 2017-02-15 | 2017-02-15 | Pillow |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720136702.1U CN207477310U (en) | 2017-02-15 | 2017-02-15 | Pillow |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207477310U true CN207477310U (en) | 2018-06-12 |
Family
ID=62483288
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720136702.1U Active CN207477310U (en) | 2017-02-15 | 2017-02-15 | Pillow |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109350826A (en) * | 2018-12-17 | 2019-02-19 | 珠海中科先进技术研究院有限公司 | A kind of sleeping and anti-apnea device |
-
2017
- 2017-02-15 CN CN201720136702.1U patent/CN207477310U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109350826A (en) * | 2018-12-17 | 2019-02-19 | 珠海中科先进技术研究院有限公司 | A kind of sleeping and anti-apnea device |
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Effective date of registration: 20190418 Address after: 215000 5th Floor, Building No. 78, Keling Road, Science and Technology City, Suzhou High-tech Zone, Jiangsu Province Patentee after: Suzhou Hongle Intelligent Technology Co., Ltd. Address before: 518000 Room D, 17th Floor, Guanghao International Center, Meilong Road and Meizhong Road Intersection, Minzhi Street, Longhua District, Shenzhen City, Guangdong Province Patentee before: Shenzhen Heyi health medical science and Technology Co., Ltd. |
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