CN213188184U - Body protection device capable of intelligently early warning falling and attacking of epilepsy - Google Patents
Body protection device capable of intelligently early warning falling and attacking of epilepsy Download PDFInfo
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- CN213188184U CN213188184U CN202022078117.5U CN202022078117U CN213188184U CN 213188184 U CN213188184 U CN 213188184U CN 202022078117 U CN202022078117 U CN 202022078117U CN 213188184 U CN213188184 U CN 213188184U
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- 230000001681 protective effect Effects 0.000 claims abstract description 141
- 210000000629 knee joint Anatomy 0.000 claims abstract description 136
- 238000012544 monitoring process Methods 0.000 claims abstract description 98
- 238000012545 processing Methods 0.000 claims abstract description 62
- 230000005540 biological transmission Effects 0.000 claims abstract description 50
- 230000001037 epileptic effect Effects 0.000 claims description 22
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- 238000004458 analytical method Methods 0.000 description 10
- 230000006378 damage Effects 0.000 description 6
- 230000003321 amplification Effects 0.000 description 5
- 238000003199 nucleic acid amplification method Methods 0.000 description 5
- 208000028329 epileptic seizure Diseases 0.000 description 4
- 230000001815 facial effect Effects 0.000 description 3
- 239000002243 precursor Substances 0.000 description 3
- 230000029058 respiratory gaseous exchange Effects 0.000 description 3
- 238000012986 modification Methods 0.000 description 2
- 230000004048 modification Effects 0.000 description 2
- 208000033001 Complex partial seizures Diseases 0.000 description 1
- 208000034308 Grand mal convulsion Diseases 0.000 description 1
- 206010061334 Partial seizures Diseases 0.000 description 1
- 208000037012 Psychomotor seizures Diseases 0.000 description 1
- 208000003443 Unconsciousness Diseases 0.000 description 1
- 230000005978 brain dysfunction Effects 0.000 description 1
- 230000002490 cerebral effect Effects 0.000 description 1
- 238000013461 design Methods 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
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- 208000037265 diseases, disorders, signs and symptoms Diseases 0.000 description 1
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- 230000001052 transient effect Effects 0.000 description 1
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Abstract
A body protection device capable of intelligently early warning falling and attacking of epilepsy comprises a brain wave monitoring cap, a body protection coat and protection trousers, and is characterized in that the brain wave monitoring cap comprises a sensing electrode, a brain wave processing module, a wireless data transmission module, a central data processing module, a control module and a power supply structure I; the protective coat comprises a protective coat controller, a head and face protective air bag and a head and face air pump, the controller receives data signals from the brain wave monitoring cap through the wireless data transmission module, and the controller controls the head and face air pump to inflate the head and face protective air bag; the protective trousers comprise a protective trousers controller, a knee joint protective air bag and a knee joint air pump, the knee joint protective air bag is arranged at the position, corresponding to the knee joint, of the protective trousers, the protective trousers controller receives data signals from the brain wave monitoring cap through the wireless data transmission module, and the protective trousers controller controls the knee joint air pump to inflate the knee joint protective air bag.
Description
Technical Field
The utility model belongs to the technical field of medical instrument, concretely relates to is a health protection device of intelligence early warning epileptic tumble attack.
Background
Epilepsy is one of the common diseases of the nervous system, is a transient brain dysfunction caused by sudden abnormal discharge of cerebral neurons, and has high prevalence rate. The clinical manifestations are: generalized tonic-clonic seizures (grand mal); absence episodes (small attacks); pure partial seizures; complex partial seizures (psychomotor seizures), etc. Some seizures are characterized by sudden loss of consciousness, loss of tension in trunk muscles that cannot ensure normal posture, and immediate falling down, leading to fatal harm, which is called catastrophic epilepsy or fatal epilepsy. There is currently no technique to prevent the falling episodes of such epilepsy or to protect against this level of damage caused by falls.
Before the epileptic seizure, some patients will have a precursor reaction, such as dizziness, special limb sensation, smelling a bad smell and the like, and some patients will not have a definite precursor reaction, and whether the precursor reaction exists or not, most epileptic patients have abnormal discharge in electroencephalogram for tens of seconds before the epileptic seizure, so that it is very meaningful to design a protection device for protecting the epileptic patients to avoid the life risk of the patients caused by falling down.
To the above problem, the utility model provides a health protection device that intelligence early warning epilepsy tumbled and was attacked.
SUMMERY OF THE UTILITY MODEL
In order to overcome the problem that provides among the background art, the utility model provides a body protection device that intelligence early warning epilepsy tumbled and was attacked.
A body protection device capable of intelligently early warning falling and attacking of epilepsy comprises a brain wave monitoring cap, a body protection coat and protection trousers, and is characterized in that the brain wave monitoring cap comprises a sensing electrode, a brain wave processing module, a wireless data transmission module, a central data processing module, a control module and a power supply structure I, the sensing electrode is arranged on the inner surface of the brain wave monitoring cap and is electrically connected with the brain wave processing module, and the power supply structure I is connected with the sensing electrode, the brain wave processing module and the wireless data transmission module through leads; the protective coat comprises a protective coat controller, a head and face protective air bag and a head and face air pump, the head and face protective air bag is arranged around the neckline of the protective coat, the controller receives data signals from the brain wave monitoring cap through the wireless data transmission module, and the controller controls the head and face air pump to inflate the head and face protective air bag; the protective trousers comprise a protective trousers controller, a knee joint protective air bag and a knee joint air pump, the knee joint protective air bag is arranged at the position, corresponding to the knee joint, of the protective trousers, the protective trousers controller receives data signals from the brain wave monitoring cap through the wireless data transmission module, and the protective trousers controller controls the knee joint air pump to inflate the knee joint protective air bag. The head and the knee joint of the epileptic can be protected from being damaged when the epileptic attacks by inflating the head and the face protection air bag and the knee joint protection air bag.
Furthermore, the head and face protection air bag comprises a head protection air bag and a face protection air bag, the face protection air bag is arranged below a front chest side neckline of the protection coat, and the head protection air bag is arranged below a back side neckline of the protection coat; one side of the face protection air bag is fixedly connected with the left front panel or the right front panel, and the other side of the face protection air bag is connected with the right front panel or the left front panel in a combined mode; the head protection air bag is fixedly connected with the protection coat. The arrangement can not delay the dressing of the patient, and the firmness of the head and face protection air bag is ensured to the maximum extent.
Furthermore, a connecting buckle is arranged on one side of the face protection air bag, a connecting ring connected with the connecting buckle in a combined mode is arranged at the position, corresponding to the left front panel or the right front panel, of the protection coat, and the connecting ring is connected with the connecting buckle in a combined mode. The arrangement realizes the combined connection of the face protection air bag and the protective coat, and the face protection air bag is combined and connected after the protective coat is worn, so that the wearing of the coat is not hindered.
Further, the face protection air bag is a circular air bag. The face protection air bag central authorities of this kind of setting are the cavity state, can not plug up patient's mouth and nose when the gasbag is in sufficient state, guarantee patient's normal breathing, and can not injure patient's face because of quick aerate.
Further, the head protection airbag comprises a headrest protection airbag, a head face left side protection airbag and a head face right side protection airbag, wherein the head face left side protection airbag and the head face right side protection airbag are arranged on two sides of the head face; the bottom of the headrest part protection air bag is fixedly connected with the protection coat. The head can be protected in an all-round way by the aid of the arrangement, and the head of a patient is prevented from being injured due to falling down.
Further, the first air pump of head and face portion includes air pump one and air pump two, air pump one with facial protection gasbag intercommunication and zonulae occludens, air pump one is located facial protection gasbag's bottom, air pump two and head protection gasbag intercommunication and zonulae occludens, air pump two sets up in the bottom of head protection gasbag, and air pump one sets up in the left front width or the right front width of the overcoat, and air pump two sets up the back dorsal part at the overcoat. This arrangement enables the face-protecting airbag and the head-protecting airbag to be supported upward during inflation to protect the head and face.
Further, the protective outer sleeve controller comprises a first controller and a second controller, the first controller is connected with the first air pump through a lead, and the first controller is arranged on one side of the first air pump; the second controller is connected with the second air pump through a lead, and the second controller is arranged on the back side of the protective outer sleeve.
Further, the first controller and the second controller both comprise wireless data transmission modules, and the first controller and the second controller receive signals from the brain wave monitoring cap through the wireless data transmission modules, so as to inflate the face protection airbag and the head protection airbag.
Further, the first air pump comprises a second power supply structure, the second air pump comprises a third power supply structure, the second power supply structure supplies power to the first air pump and the first controller, and the third power supply structure supplies power to the second air pump and the second controller.
Furthermore, a first pocket for containing the first air pump and the first controller is arranged on one side, provided with the first air pump and the first controller, of the protective outer sleeve, and the first pocket is fixedly connected with the protective outer sleeve. The air pump I and the controller I can be hidden by the arrangement, so that the protective outer sleeve is activated in daily life, and the patient is protected from dignity.
Furthermore, a second pocket for containing a second air pump and a second controller is arranged on the back side of the protective outer sleeve, and the second pocket is fixedly connected with the protective outer sleeve. The second air pump and the second controller can be hidden by the arrangement.
Furthermore, knee joint protection gasbag includes left side knee joint protection gasbag and right side knee joint protection gasbag, and left side knee joint protection gasbag corresponds with the position of left side knee joint and with the left side trouser legs fixed connection of protection trousers, and right side knee joint protection gasbag corresponds with the position of right side knee joint and with the right side trouser legs fixed connection of protection trousers. This arrangement serves to protect the knee joint of both legs of the patient.
Further, the knee joint air pump comprises an air pump III and an air pump IV, the air pump III is communicated with and closely connected with the knee joint protection air bag on the left side, the air pump III is located at the bottom of the knee joint protection air bag on the left side, the air pump IV is communicated with and closely connected with the knee joint protection air bag on the right side, and the air pump IV is located at the bottom of the knee joint protection air bag on the right side.
Further, the trousers protection controller comprises a third controller and a fourth controller, the third controller is connected with the air pump three through a lead, and the fourth controller is connected with the air pump four through a lead.
Further, the air pump III comprises a power supply structure IV, the air pump IV comprises a power supply structure V, the power supply structure IV supplies power to the air pump III and the controller III, and the power supply structure V supplies power to the air pump IV and the controller IV.
Furthermore, a third pocket for containing a third air pump and a third controller is arranged on the left trouser leg of the protective trousers, a fourth pocket for containing a fourth air pump and a fourth controller is arranged on the right trouser leg, and the third pocket and the fourth pocket are fixedly connected with the protective trousers. The air pump III, the air pump IV, the control III and the controller IV are hidden by the arrangement, so that the privacy and dignity of a patient are protected on one hand, and the appearance is attractive on the other hand.
Furthermore, the brain wave monitoring cap comprises a monitoring main body and a shell, and the outer wall of the monitoring main body is fixedly connected with the inner wall of the shell.
Furthermore, the brain wave processing module, the wireless data transmission module and the power supply structure are arranged on the outer side wall of the monitoring main body, and a cavity for accommodating the brain wave processing module, the wireless data transmission module and the power supply structure is arranged between the monitoring main body and the shell.
Furthermore, the sensing electrode is arranged on the inner wall of the monitoring main body and fixedly connected with the monitoring main body. When the brain wave sensor is used, the sensing electrodes collect brain waves of a patient.
Furthermore, the sensing electrode comprises a brain wave signal amplification module, and the brain wave signal is transmitted to the brain wave processing module after being amplified through operation.
Further, the brain wave processing module comprises a brain wave analysis module and a normal brain wave reference module, the brain wave analysis module analyzes signals transmitted by the sensing electrodes, compares the analyzed brain wave data with the brain wave data of the normal brain wave reference module, and finally, the central data processing module analyzes and judges the normal brain waves and the abnormal brain waves.
Further, a charging port for charging the power supply structure is arranged at the bottom of the brain wave monitoring cap.
Furthermore, the brain wave monitoring cap also comprises an alarm structure, when the central data processing module monitors abnormal brain waves, the central data processing module transmits signals to the control module, and the control module controls the alarm structure to alarm; the alarm structure is connected with the first power supply structure through a lead. This arrangement provides a reminder to the patient.
Further, the alarm structure is set to be a buzzer.
Compared with the prior art, the technical scheme of the utility model can real-time supervision patient's brain wave, then start air pump one when the unusual brain wave before the epileptic seizure appears and aerify for facial gasbag, air pump two aerifys for the head gasbag, three left sides knee joint protection airbags of air pump aerify, air pump four aerifys for right side knee joint protection airbag, plays fine guard action to patient's head face and knee joint, and alarm structure sounds simultaneously, reminds the patient in time to take safeguard measure.
Drawings
FIG. 1 is a schematic view of the overall structure of the utility model in an inflated state;
FIG. 2 is a schematic view of the overall structure of the utility model with the first, second and third air pumps not being stored;
FIG. 3 is a schematic view of the whole structure of the present invention in an uninflated state;
FIG. 4 is a schematic view of the back side structure of the head protection airbag in an inflated state according to the present invention;
FIG. 5 is a schematic structural view of the head protection airbag and the air pump IV in an inflated state of the present invention;
FIG. 6 is a schematic structural view of an uninflated head restraint airbag of the present invention;
fig. 7 is a schematic view of the whole structure of the brain wave monitoring cap of the present invention;
fig. 8 is a schematic view of the inner surface structure of the brain wave monitoring cap of the present invention;
fig. 9 is a schematic view of the overall structure of the monitoring body of the brain wave monitoring cap of the present invention;
fig. 10 is a schematic view of the inner surface structure of the monitoring body of the present invention;
FIG. 11 is a block flow diagram of the present invention;
in the figure, 1, a brain wave monitoring cap; 11. monitoring the subject; 12. a housing; 13. a sensing electrode; 14. a brain wave processing module; 15. a wireless data transmission module; 16. a central data processing module; 17. a control module; 18. a first power supply structure; 2. a protective outer sleeve; 21. a face protecting airbag; 211. a first air pump; 212. a first controller; 213. a first pocket; 22. a head-protecting airbag; 221. a second air pump; 222. a second controller; 223. a second pocket; 3. protecting the trousers; 31. a left knee joint protection airbag; 311. a third air pump; 312. a third controller; 313. a third pocket; 32. a right knee joint protection airbag; 321. an air pump IV; 322. a fourth controller; 323. and a fourth pocket.
Detailed Description
The technical solutions in the embodiments of the present invention will be described in detail below with reference to specific embodiments, and it should be understood that the described embodiments are only a part of the embodiments of the present invention, rather than all embodiments, and those skilled in the art can easily understand other advantages and effects of the present invention from the disclosure in the specification. The utility model discloses can also implement or use through other different concrete implementation manners, under the condition of conflict-free, the characteristics in following embodiment and the embodiment can make up each other, based on the embodiment in the utility model, all other embodiments that the ordinary skilled in the art obtained under the prerequisite of not making creative work all belong to the scope of protection of the utility model.
A body protection device capable of intelligently early warning falling and attacking of epilepsy comprises a brain wave monitoring cap 1, a body protection coat 2 and protection trousers 3, and is characterized in that the brain wave monitoring cap 1 comprises a sensing electrode 13, a brain wave processing module 14, a wireless data transmission module 15, a central data processing module 16, a control module 17 and a power supply structure I18, the sensing electrode 13 is arranged on the inner surface of the brain wave monitoring cap 1, the sensing electrode 13 is electrically connected with the brain wave processing module 14, and the power supply structure I18 is connected with the sensing electrode 13, the brain wave processing module 14 and the wireless data transmission module 15 through leads; the protective coat 2 comprises a protective coat 2 controller, a head and face protective air bag 21 and a head and face air pump, the head and face protective air bag 21 is arranged around the neckline of the protective coat 2, the controller receives data signals from the brain wave monitoring cap 1 through the wireless data transmission module 15, and the controller controls the head and face air pump to inflate the head and face protective air bag 21; the protective trousers 3 comprise a protective trousers 3 controller, a knee joint protective air bag and a knee joint air pump, the knee joint protective air bag is arranged at the position of the protective trousers 3 corresponding to the knee joint, the protective trousers 3 controller receives a data signal from the brain wave monitoring cap 1 through the wireless data transmission module 15, and the protective trousers 3 controller controls the knee joint air pump to inflate the knee joint protective air bag. The head face and the knee joint of the epileptic can be protected from damage at the time of the seizure by the head face protecting bag 21 and the knee joint protecting bag being inflated.
The head and face protection airbag 21 comprises a head protection airbag 22 and a face protection airbag 21, the face protection airbag 21 is arranged below a front chest side neckline of the protective coat 2, and the head protection airbag 22 is arranged below a back side neckline of the protective coat 2; one side of the face protection air bag 21 is fixedly connected with the left front panel or the right front panel, and the other side of the face protection air bag is connected with the right front panel or the left front panel in a combined mode; the head restraint airbag 22 is fixedly connected to the protective outer jacket 2. The arrangement does not delay the dressing of the patient, and the firmness of the head and face protection air bag 21 is ensured to the maximum extent.
The head and face air pump comprises a first air pump 211 and a second air pump 221, the first air pump 211 is communicated with the face protection air bag 21 and is tightly connected with the face protection air bag 21, the first air pump 211 is located at the bottom of the face protection air bag 21, the second air pump 221 is communicated with the head protection air bag 22 and is tightly connected with the head protection air bag, the second air pump 221 is arranged at the bottom of the head protection air bag 22, the first air pump 211 is arranged on the left front width or the right front width of the protection outer sleeve 2, and the second air pump 221 is arranged on the back side of. This arrangement enables the face-protecting airbag 21 and the head-protecting airbag 22 to be supported upward during inflation to protect the head face.
The controller of the protective outer sleeve 2 comprises a first controller 212 and a second controller 222, the first controller 212 is connected with the first air pump 211 through a lead, and the first controller 212 is arranged on one side where the first air pump 211 is located; the second controller 222 is connected with the second air pump 221 through a lead, and the second controller 222 is arranged on the back side of the protective outer casing 2.
The first controller 212 and the second controller 222 each include a wireless data transmission module 15, and the first controller 212 and the second controller 222 receive signals from the brain wave monitoring cap 1 through the wireless data transmission module 15, thereby inflating the face protecting airbag 21 and the head protecting airbag 22.
The first air pump 211 comprises a second power supply structure, the second air pump 221 comprises a third power supply structure, the second power supply structure supplies power to the first air pump 211 and the first controller 212, and the third power supply structure supplies power to the second air pump 221 and the second controller 222.
The knee joint protection airbag comprises a left knee joint protection airbag 31 and a right knee joint protection airbag 32, the left knee joint protection airbag 31 corresponds to the position of a left knee joint and is fixedly connected with left trouser legs of the protection trousers 3, and the right knee joint protection airbag 32 corresponds to the position of a right knee joint and is fixedly connected with right trouser legs of the protection trousers 3. This arrangement serves to protect the knee joint of both legs of the patient.
The knee joint air pump comprises an air pump III 311 and an air pump IV 321, the air pump III 311 is communicated and tightly connected with the left knee joint protection air bag 31, the air pump III 311 is located at the bottom of the left knee joint protection air bag 31, the air pump IV 321 is communicated and tightly connected with the right knee joint protection air bag 32, and the air pump IV 321 is located at the bottom of the right knee joint protection air bag 32.
The controller of the protective trousers 3 comprises a third controller 312 and a fourth controller 322, wherein the third controller 312 is connected with the third air pump 311 through a lead, and the fourth controller 322 is connected with the fourth air pump 321 through a lead.
The third air pump 311 comprises a fourth power supply structure, the fourth air pump 321 comprises a fifth power supply structure, the fourth power supply structure supplies power to the third air pump 311 and the third controller 312, and the fifth power supply structure supplies power to the fourth air pump 321 and the fourth controller 322.
The brain wave monitoring cap 1 comprises a monitoring main body 11 and a shell 12, wherein the outer wall of the monitoring main body 11 is fixedly connected with the inner wall of the shell 12.
The brain wave processing module 14, the wireless data transmission module 15 and the power supply structure are arranged on the outer side wall of the monitoring main body 11, and a cavity for accommodating the brain wave processing module 14, the wireless data transmission module 15 and the power supply structure is arranged between the monitoring main body 11 and the shell 12.
The sensing electrode 13 is arranged on the inner wall of the monitoring main body 11, and the sensing electrode 13 is fixedly connected with the monitoring main body 11. In use, the sensing electrodes 13 collect the brain waves of the patient.
The sensing electrode 13 comprises a brain wave signal amplification module, and the brain wave signal is transmitted to the brain wave processing module 14 after being amplified by operation.
The brain wave processing module 14 includes a brain wave analysis module and a normal brain wave reference module, the brain wave analysis module analyzes the signal transmitted from the sensing electrode 13, compares the analyzed brain wave data with the brain wave data of the normal brain wave reference module, and finally, the central data processing module 16 analyzes and judges the normal brain wave and the abnormal brain wave.
A charging port for charging the power supply structure is arranged at the bottom of the brain wave monitoring cap 1.
A body protection device capable of intelligently early warning falling and attacking of epilepsy comprises a brain wave monitoring cap 1, a body protection coat 2 and protection trousers 3, and is characterized in that the brain wave monitoring cap 1 comprises a sensing electrode 13, a brain wave processing module 14, a wireless data transmission module 15, a central data processing module 16, a control module 17 and a power supply structure I18, the sensing electrode 13 is arranged on the inner surface of the brain wave monitoring cap 1, the sensing electrode 13 is electrically connected with the brain wave processing module 14, and the power supply structure I18 is connected with the sensing electrode 13, the brain wave processing module 14 and the wireless data transmission module 15 through leads; the protective coat 2 comprises a protective coat 2 controller, a head and face protective air bag 21 and a head and face air pump, the head and face protective air bag 21 is arranged around the neckline of the protective coat 2, the controller receives data signals from the brain wave monitoring cap 1 through the wireless data transmission module 15, and the controller controls the head and face air pump to inflate the head and face protective air bag 21; the protective trousers 3 comprise a protective trousers 3 controller, a knee joint protective air bag and a knee joint air pump, the knee joint protective air bag is arranged at the position of the protective trousers 3 corresponding to the knee joint, the protective trousers 3 controller receives a data signal from the brain wave monitoring cap 1 through the wireless data transmission module 15, and the protective trousers 3 controller controls the knee joint air pump to inflate the knee joint protective air bag. The head face and the knee joint of the epileptic can be protected from damage at the time of the seizure by the head face protecting bag 21 and the knee joint protecting bag being inflated.
The head and face protection airbag 21 comprises a head protection airbag 22 and a face protection airbag 21, the face protection airbag 21 is arranged below a front chest side neckline of the protective coat 2, and the head protection airbag 22 is arranged below a back side neckline of the protective coat 2; one side of the face protection air bag 21 is fixedly connected with the left front panel or the right front panel, and the other side of the face protection air bag is connected with the right front panel or the left front panel in a combined mode; the head restraint airbag 22 is fixedly connected to the protective outer jacket 2. The arrangement does not delay the dressing of the patient, and the firmness of the head and face protection air bag 21 is ensured to the maximum extent.
A connecting buckle is arranged on one side of the face protection air bag 21, a connecting ring connected with the connecting buckle combination is arranged at the corresponding position of the left front width or the right front width of the protection coat 2, and the connecting ring is connected with the connecting buckle combination. The arrangement realizes the combined connection of the face protection air bag 21 and the protection coat 2, and the face protection air bag 21 is combined and connected after the protection coat 2 is worn, so that the wearing is not hindered.
The head and face air pump comprises a first air pump 211 and a second air pump 221, the first air pump 211 is communicated with the face protection air bag 21 and is tightly connected with the face protection air bag 21, the first air pump 211 is located at the bottom of the face protection air bag 21, the second air pump 221 is communicated with the head protection air bag 22 and is tightly connected with the head protection air bag, the second air pump 221 is arranged at the bottom of the head protection air bag 22, the first air pump 211 is arranged on the left front width or the right front width of the protection outer sleeve 2, and the second air pump 221 is arranged on the back side of. This arrangement enables the face-protecting airbag 21 and the head-protecting airbag 22 to be supported upward during inflation to protect the head face.
The controller of the protective outer sleeve 2 comprises a first controller 212 and a second controller 222, the first controller 212 is connected with the first air pump 211 through a lead, and the first controller 212 is arranged on one side where the first air pump 211 is located; the second controller 222 is connected with the second air pump 221 through a lead, and the second controller 222 is arranged on the back side of the protective outer casing 2.
The first controller 212 and the second controller 222 each include a wireless data transmission module 15, and the first controller 212 and the second controller 222 receive signals from the brain wave monitoring cap 1 through the wireless data transmission module 15, thereby inflating the face protecting airbag 21 and the head protecting airbag 22.
The first air pump 211 comprises a second power supply structure, the second air pump 221 comprises a third power supply structure, the second power supply structure supplies power to the first air pump 211 and the first controller 212, and the third power supply structure supplies power to the second air pump 221 and the second controller 222.
The knee joint protection airbag comprises a left knee joint protection airbag 31 and a right knee joint protection airbag 32, the left knee joint protection airbag 31 corresponds to the position of a left knee joint and is fixedly connected with left trouser legs of the protection trousers 3, and the right knee joint protection airbag 32 corresponds to the position of a right knee joint and is fixedly connected with right trouser legs of the protection trousers 3. This arrangement serves to protect the knee joint of both legs of the patient.
The knee joint air pump comprises an air pump III 311 and an air pump IV 321, the air pump III 311 is communicated and tightly connected with the left knee joint protection air bag 31, the air pump III 311 is located at the bottom of the left knee joint protection air bag 31, the air pump IV 321 is communicated and tightly connected with the right knee joint protection air bag 32, and the air pump IV 321 is located at the bottom of the right knee joint protection air bag 32.
The controller of the protective trousers 3 comprises a third controller 312 and a fourth controller 322, wherein the third controller 312 is connected with the third air pump 311 through a lead, and the fourth controller 322 is connected with the fourth air pump 321 through a lead.
The third air pump 311 comprises a fourth power supply structure, the fourth air pump 321 comprises a fifth power supply structure, the fourth power supply structure supplies power to the third air pump 311 and the third controller 312, and the fifth power supply structure supplies power to the fourth air pump 321 and the fourth controller 322.
The brain wave monitoring cap 1 comprises a monitoring main body 11 and a shell 12, wherein the outer wall of the monitoring main body 11 is fixedly connected with the inner wall of the shell 12.
The brain wave processing module 14, the wireless data transmission module 15 and the power supply structure are arranged on the outer side wall of the monitoring main body 11, and a cavity for accommodating the brain wave processing module 14, the wireless data transmission module 15 and the power supply structure is arranged between the monitoring main body 11 and the shell 12.
The sensing electrode 13 is arranged on the inner wall of the monitoring main body 11, and the sensing electrode 13 is fixedly connected with the monitoring main body 11. In use, the sensing electrodes 13 collect the brain waves of the patient.
The sensing electrode 13 comprises a brain wave signal amplification module, and the brain wave signal is transmitted to the brain wave processing module 14 after being amplified by operation.
The brain wave processing module 14 includes a brain wave analysis module and a normal brain wave reference module, the brain wave analysis module analyzes the signal transmitted from the sensing electrode 13, compares the analyzed brain wave data with the brain wave data of the normal brain wave reference module, and finally, the central data processing module 16 analyzes and judges the normal brain wave and the abnormal brain wave.
A charging port for charging the power supply structure is arranged at the bottom of the brain wave monitoring cap 1.
The brain wave monitoring cap 1 further comprises an alarm structure, when the central data processing module 16 monitors abnormal brain waves, signals are transmitted to the control module 17, and the control module 17 controls the alarm structure to alarm; the alarm structure is connected with the first power supply structure 18 through a lead. This arrangement provides a reminder to the patient.
A body protection device capable of intelligently early warning falling and attacking of epilepsy comprises a brain wave monitoring cap 1, a body protection coat 2 and protection trousers 3, and is characterized in that the brain wave monitoring cap 1 comprises a sensing electrode 13, a brain wave processing module 14, a wireless data transmission module 15, a central data processing module 16, a control module 17 and a power supply structure I18, the sensing electrode 13 is arranged on the inner surface of the brain wave monitoring cap 1, the sensing electrode 13 is electrically connected with the brain wave processing module 14, and the power supply structure I18 is connected with the sensing electrode 13, the brain wave processing module 14 and the wireless data transmission module 15 through leads; the protective coat 2 comprises a protective coat 2 controller, a head and face protective air bag 21 and a head and face air pump, the head and face protective air bag 21 is arranged around the neckline of the protective coat 2, the controller receives data signals from the brain wave monitoring cap 1 through the wireless data transmission module 15, and the controller controls the head and face air pump to inflate the head and face protective air bag 21; the protective trousers 3 comprise a protective trousers 3 controller, a knee joint protective air bag and a knee joint air pump, the knee joint protective air bag is arranged at the position of the protective trousers 3 corresponding to the knee joint, the protective trousers 3 controller receives a data signal from the brain wave monitoring cap 1 through the wireless data transmission module 15, and the protective trousers 3 controller controls the knee joint air pump to inflate the knee joint protective air bag. The head face and the knee joint of the epileptic can be protected from damage at the time of the seizure by the head face protecting bag 21 and the knee joint protecting bag being inflated.
The head and face protection airbag 21 comprises a head protection airbag 22 and a face protection airbag 21, the face protection airbag 21 is arranged below a front chest side neckline of the protective coat 2, and the head protection airbag 22 is arranged below a back side neckline of the protective coat 2; one side of the face protection air bag 21 is fixedly connected with the left front panel or the right front panel, and the other side of the face protection air bag is connected with the right front panel or the left front panel in a combined mode; the head restraint airbag 22 is fixedly connected to the protective outer jacket 2. The arrangement does not delay the dressing of the patient, and the firmness of the head and face protection air bag 21 is ensured to the maximum extent.
A connecting buckle is arranged on one side of the face protection air bag 21, a connecting ring connected with the connecting buckle combination is arranged at the corresponding position of the left front width or the right front width of the protection coat 2, and the connecting ring is connected with the connecting buckle combination. The arrangement realizes the combined connection of the face protection air bag 21 and the protection coat 2, and the face protection air bag 21 is combined and connected after the protection coat 2 is worn, so that the wearing is not hindered.
The face protecting airbag 21 is configured as a circular airbag. The face protection air bag 21 central authorities of this kind of setting are the hollow state, can not plug up patient's mouth and nose when the gasbag is in sufficient state, guarantee patient's normal breathing, and can not injure patient's face because of quick aerate.
The head protection airbag 22 comprises a headrest protection airbag, a head face left side protection airbag and a head face right side protection airbag, wherein the head face left side protection airbag and the head face right side protection airbag are arranged on two sides of the head face; the bottom of the headrest part protection air bag is fixedly connected with the protection coat 2. The head can be protected in an all-round way by the aid of the arrangement, and the head of a patient is prevented from being injured due to falling down.
The head and face air pump comprises a first air pump 211 and a second air pump 221, the first air pump 211 is communicated with the face protection air bag 21 and is tightly connected with the face protection air bag 21, the first air pump 211 is located at the bottom of the face protection air bag 21, the second air pump 221 is communicated with the head protection air bag 22 and is tightly connected with the head protection air bag, the second air pump 221 is arranged at the bottom of the head protection air bag 22, the first air pump 211 is arranged on the left front width or the right front width of the protection outer sleeve 2, and the second air pump 221 is arranged on the back side of. This arrangement enables the face-protecting airbag 21 and the head-protecting airbag 22 to be supported upward during inflation to protect the head face.
The controller of the protective outer sleeve 2 comprises a first controller 212 and a second controller 222, the first controller 212 is connected with the first air pump 211 through a lead, and the first controller 212 is arranged on one side where the first air pump 211 is located; the second controller 222 is connected with the second air pump 221 through a lead, and the second controller 222 is arranged on the back side of the protective outer casing 2.
The first controller 212 and the second controller 222 each include a wireless data transmission module 15, and the first controller 212 and the second controller 222 receive signals from the brain wave monitoring cap 1 through the wireless data transmission module 15, thereby inflating the face protecting airbag 21 and the head protecting airbag 22.
The first air pump 211 comprises a second power supply structure, the second air pump 221 comprises a third power supply structure, the second power supply structure supplies power to the first air pump 211 and the first controller 212, and the third power supply structure supplies power to the second air pump 221 and the second controller 222.
The knee joint protection airbag comprises a left knee joint protection airbag 31 and a right knee joint protection airbag 32, the left knee joint protection airbag 31 corresponds to the position of a left knee joint and is fixedly connected with left trouser legs of the protection trousers 3, and the right knee joint protection airbag 32 corresponds to the position of a right knee joint and is fixedly connected with right trouser legs of the protection trousers 3. This arrangement serves to protect the knee joint of both legs of the patient.
The knee joint air pump comprises an air pump III 311 and an air pump IV 321, the air pump III 311 is communicated and tightly connected with the left knee joint protection air bag 31, the air pump III 311 is located at the bottom of the left knee joint protection air bag 31, the air pump IV 321 is communicated and tightly connected with the right knee joint protection air bag 32, and the air pump IV 321 is located at the bottom of the right knee joint protection air bag 32.
The controller of the protective trousers 3 comprises a third controller 312 and a fourth controller 322, wherein the third controller 312 is connected with the third air pump 311 through a lead, and the fourth controller 322 is connected with the fourth air pump 321 through a lead.
The third air pump 311 comprises a fourth power supply structure, the fourth air pump 321 comprises a fifth power supply structure, the fourth power supply structure supplies power to the third air pump 311 and the third controller 312, and the fifth power supply structure supplies power to the fourth air pump 321 and the fourth controller 322.
The brain wave monitoring cap 1 comprises a monitoring main body 11 and a shell 12, wherein the outer wall of the monitoring main body 11 is fixedly connected with the inner wall of the shell 12.
The brain wave processing module 14, the wireless data transmission module 15 and the power supply structure are arranged on the outer side wall of the monitoring main body 11, and a cavity for accommodating the brain wave processing module 14, the wireless data transmission module 15 and the power supply structure is arranged between the monitoring main body 11 and the shell 12.
The sensing electrode 13 is arranged on the inner wall of the monitoring main body 11, and the sensing electrode 13 is fixedly connected with the monitoring main body 11. In use, the sensing electrodes 13 collect the brain waves of the patient.
The sensing electrode 13 comprises a brain wave signal amplification module, and the brain wave signal is transmitted to the brain wave processing module 14 after being amplified by operation.
The brain wave processing module 14 includes a brain wave analysis module and a normal brain wave reference module, the brain wave analysis module analyzes the signal transmitted from the sensing electrode 13, compares the analyzed brain wave data with the brain wave data of the normal brain wave reference module, and finally, the central data processing module 16 analyzes and judges the normal brain wave and the abnormal brain wave.
A charging port for charging the power supply structure is arranged at the bottom of the brain wave monitoring cap 1.
The brain wave monitoring cap 1 further comprises an alarm structure, when the central data processing module 16 monitors abnormal brain waves, signals are transmitted to the control module 17, and the control module 17 controls the alarm structure to alarm; the alarm structure is connected with the first power supply structure 18 through a lead. This arrangement provides a reminder to the patient.
The alarm structure is a buzzer.
Embodiment 4 body protection device of intelligence early warning epileptic tumble attack
A body protection device capable of intelligently early warning falling and attacking of epilepsy comprises a brain wave monitoring cap 1, a body protection coat 2 and protection trousers 3, and is characterized in that the brain wave monitoring cap 1 comprises a sensing electrode 13, a brain wave processing module 14, a wireless data transmission module 15, a central data processing module 16, a control module 17 and a power supply structure I18, the sensing electrode 13 is arranged on the inner surface of the brain wave monitoring cap 1, the sensing electrode 13 is electrically connected with the brain wave processing module 14, and the power supply structure I18 is connected with the sensing electrode 13, the brain wave processing module 14 and the wireless data transmission module 15 through leads; the protective coat 2 comprises a protective coat 2 controller, a head and face protective air bag 21 and a head and face air pump, the head and face protective air bag 21 is arranged around the neckline of the protective coat 2, the controller receives data signals from the brain wave monitoring cap 1 through the wireless data transmission module 15, and the controller controls the head and face air pump to inflate the head and face protective air bag 21; the protective trousers 3 comprise a protective trousers 3 controller, a knee joint protective air bag and a knee joint air pump, the knee joint protective air bag is arranged at the position of the protective trousers 3 corresponding to the knee joint, the protective trousers 3 controller receives a data signal from the brain wave monitoring cap 1 through the wireless data transmission module 15, and the protective trousers 3 controller controls the knee joint air pump to inflate the knee joint protective air bag. The head face and the knee joint of the epileptic can be protected from damage at the time of the seizure by the head face protecting bag 21 and the knee joint protecting bag being inflated.
The head and face protection airbag 21 comprises a head protection airbag 22 and a face protection airbag 21, the face protection airbag 21 is arranged below a front chest side neckline of the protective coat 2, and the head protection airbag 22 is arranged below a back side neckline of the protective coat 2; one side of the face protection air bag 21 is fixedly connected with the left front panel or the right front panel, and the other side of the face protection air bag is connected with the right front panel or the left front panel in a combined mode; the head restraint airbag 22 is fixedly connected to the protective outer jacket 2. The arrangement does not delay the dressing of the patient, and the firmness of the head and face protection air bag 21 is ensured to the maximum extent.
A connecting buckle is arranged on one side of the face protection air bag 21, a connecting ring connected with the connecting buckle combination is arranged at the corresponding position of the left front width or the right front width of the protection coat 2, and the connecting ring is connected with the connecting buckle combination. The arrangement realizes the combined connection of the face protection air bag 21 and the protection coat 2, and the face protection air bag 21 is combined and connected after the protection coat 2 is worn, so that the wearing is not hindered.
The face protecting airbag 21 is configured as a circular airbag. The face protection air bag 21 central authorities of this kind of setting are the hollow state, can not plug up patient's mouth and nose when the gasbag is in sufficient state, guarantee patient's normal breathing, and can not injure patient's face because of quick aerate.
The head protection airbag 22 comprises a headrest protection airbag, a head face left side protection airbag and a head face right side protection airbag, wherein the head face left side protection airbag and the head face right side protection airbag are arranged on two sides of the head face; the bottom of the headrest part protection air bag is fixedly connected with the protection coat 2. The head can be protected in an all-round way by the aid of the arrangement, and the head of a patient is prevented from being injured due to falling down.
The head and face air pump comprises a first air pump 211 and a second air pump 221, the first air pump 211 is communicated with the face protection air bag 21 and is tightly connected with the face protection air bag 21, the first air pump 211 is located at the bottom of the face protection air bag 21, the second air pump 221 is communicated with the head protection air bag 22 and is tightly connected with the head protection air bag, the second air pump 221 is arranged at the bottom of the head protection air bag 22, the first air pump 211 is arranged on the left front width or the right front width of the protection outer sleeve 2, and the second air pump 221 is arranged on the back side of. This arrangement enables the face-protecting airbag 21 and the head-protecting airbag 22 to be supported upward during inflation to protect the head face.
The controller of the protective outer sleeve 2 comprises a first controller 212 and a second controller 222, the first controller 212 is connected with the first air pump 211 through a lead, and the first controller 212 is arranged on one side where the first air pump 211 is located; the second controller 222 is connected with the second air pump 221 through a lead, and the second controller 222 is arranged on the back side of the protective outer casing 2.
The first controller 212 and the second controller 222 each include a wireless data transmission module 15, and the first controller 212 and the second controller 222 receive signals from the brain wave monitoring cap 1 through the wireless data transmission module 15, thereby inflating the face protecting airbag 21 and the head protecting airbag 22.
The first air pump 211 comprises a second power supply structure, the second air pump 221 comprises a third power supply structure, the second power supply structure supplies power to the first air pump 211 and the first controller 212, and the third power supply structure supplies power to the second air pump 221 and the second controller 222.
And a pocket I213 for accommodating the air pump I211 and the controller I212 is arranged at one side of the protective outer sleeve 2, which is provided with the air pump I211 and the controller I212, and the pocket I213 is fixedly connected with the protective outer sleeve 2. The arrangement can hide the air pump I211 and the controller I212, so that the protective outer sleeve 2 is activated daily, and a patient is protected from dignity.
And a second pocket 223 for accommodating the second air pump 221 and the second controller 222 is arranged on the back side of the protective outer sleeve 2, and the second pocket 223 is fixedly connected with the protective outer sleeve 2. This arrangement can hide the second air pump 221 and the second controller 222.
The knee joint protection airbag comprises a left knee joint protection airbag 31 and a right knee joint protection airbag 32, the left knee joint protection airbag 31 corresponds to the position of a left knee joint and is fixedly connected with left trouser legs of the protection trousers 3, and the right knee joint protection airbag 32 corresponds to the position of a right knee joint and is fixedly connected with right trouser legs of the protection trousers 3. This arrangement serves to protect the knee joint of both legs of the patient.
The knee joint air pump comprises an air pump III 311 and an air pump IV 321, the air pump III 311 is communicated and tightly connected with the left knee joint protection air bag 31, the air pump III 311 is located at the bottom of the left knee joint protection air bag 31, the air pump IV 321 is communicated and tightly connected with the right knee joint protection air bag 32, and the air pump IV 321 is located at the bottom of the right knee joint protection air bag 32.
The controller of the protective trousers 3 comprises a third controller 312 and a fourth controller 322, wherein the third controller 312 is connected with the third air pump 311 through a lead, and the fourth controller 322 is connected with the fourth air pump 321 through a lead.
The third air pump 311 comprises a fourth power supply structure, the fourth air pump 321 comprises a fifth power supply structure, the fourth power supply structure supplies power to the third air pump 311 and the third controller 312, and the fifth power supply structure supplies power to the fourth air pump 321 and the fourth controller 322.
A third pocket 313 for accommodating the third air pump 311 and the third controller 312 is arranged on the left trouser leg of the protective trousers 3, a fourth pocket 323 for accommodating the fourth air pump 321 and the fourth controller 322 is arranged on the right trouser leg, and the third pocket 313 and the fourth pocket 323 are fixedly connected with the protective trousers 3. The air pump three 311, the air pump four 321, the control three and the controller four 322 are hidden by the arrangement, so that the privacy and the dignity of a patient are protected on one hand, and the appearance is attractive on the other hand.
The brain wave monitoring cap 1 comprises a monitoring main body 11 and a shell 12, wherein the outer wall of the monitoring main body 11 is fixedly connected with the inner wall of the shell 12.
The brain wave processing module 14, the wireless data transmission module 15 and the power supply structure are arranged on the outer side wall of the monitoring main body 11, and a cavity for accommodating the brain wave processing module 14, the wireless data transmission module 15 and the power supply structure is arranged between the monitoring main body 11 and the shell 12.
The sensing electrode 13 is arranged on the inner wall of the monitoring main body 11, and the sensing electrode 13 is fixedly connected with the monitoring main body 11. In use, the sensing electrodes 13 collect the brain waves of the patient.
The sensing electrode 13 comprises a brain wave signal amplification module, and the brain wave signal is transmitted to the brain wave processing module 14 after being amplified by operation.
The brain wave processing module 14 includes a brain wave analysis module and a normal brain wave reference module, the brain wave analysis module analyzes the signal transmitted from the sensing electrode 13, compares the analyzed brain wave data with the brain wave data of the normal brain wave reference module, and finally, the central data processing module 16 analyzes and judges the normal brain wave and the abnormal brain wave.
A charging port for charging the power supply structure is arranged at the bottom of the brain wave monitoring cap 1.
The brain wave monitoring cap 1 further comprises an alarm structure, when the central data processing module 16 monitors abnormal brain waves, signals are transmitted to the control module 17, and the control module 17 controls the alarm structure to alarm; the alarm structure is connected with the first power supply structure 18 through a lead. This arrangement provides a reminder to the patient.
The alarm structure is a buzzer.
The utility model discloses a theory of operation does: the brain wave monitoring cap 1 is used for monitoring and collecting brain wave signals, when abnormal brain waves before epileptic seizure are monitored, the abnormal signals are simultaneously sent to the first controller 212, the second controller 222, the third controller 312 and the fourth controller 322, the first controller 212 controls the first air pump 211 to inflate the face protection air bag 21, the second controller 222 controls the second air pump 221 to inflate the head protection air bag 22, the third controller 312 controls the third air pump 311 to inflate the left knee joint protection air bag 31, and the fourth controller 322 controls the fourth air pump 321 to inflate the right knee joint protection air bag 32.
The above description of the embodiments is only intended to illustrate the present invention. It should be noted that, for those skilled in the art, without departing from the principle of the present invention, several modifications can be made to the present invention, and these modifications will fall within the protection scope of the claims of the present invention.
Claims (10)
1. A body protection device capable of intelligently early warning falling and attacking of epilepsy comprises a brain wave monitoring cap, a body protection coat and protection trousers, and is characterized in that the brain wave monitoring cap comprises a sensing electrode, a brain wave processing module, a wireless data transmission module, a central data processing module, a control module and a power supply structure I, the sensing electrode is arranged on the inner surface of the brain wave monitoring cap and is electrically connected with the brain wave processing module, and the power supply structure I is connected with the sensing electrode, the brain wave processing module and the wireless data transmission module through leads; the protective coat comprises a protective coat controller, a head and face protective air bag and a head and face air pump, the head and face protective air bag is arranged around the neckline of the protective coat, the controller receives data signals from the brain wave monitoring cap through the wireless data transmission module, and the controller controls the head and face air pump to inflate the head and face protective air bag; the protective trousers comprise a protective trousers controller, a knee joint protective air bag and a knee joint air pump, the knee joint protective air bag is arranged at the position, corresponding to the knee joint, of the protective trousers, the protective trousers controller receives data signals from the brain wave monitoring cap through the wireless data transmission module, and the protective trousers controller controls the knee joint air pump to inflate the knee joint protective air bag.
2. The body protecting device for intelligently early warning epileptic falling attacks as claimed in claim 1, wherein the head and face protecting airbag comprises a head protecting airbag and a face protecting airbag, the face protecting airbag is arranged below a front chest side collar of the protecting coat, and the head protecting airbag is arranged below a back side collar of the protecting coat; one side of the face protection air bag is fixedly connected with the left front panel or the right front panel, and the other side of the face protection air bag is connected with the right front panel or the left front panel in a combined mode; the head protection air bag is fixedly connected with the protection coat.
3. The body protection device for intelligently early warning epileptic falling attacks as claimed in claim 2, wherein the first head-face air pump comprises a first air pump and a second air pump, the first air pump is communicated with and tightly connected with the first face protection air bag, the first air pump is located at the bottom of the first face protection air bag, the second air pump is communicated with and tightly connected with the second head protection air bag, the second air pump is arranged at the bottom of the second head protection air bag, the first air pump is arranged at the left front panel or the right front panel of the protection outer sleeve, and the second air pump is arranged at the back side of the protection outer sleeve.
4. The body protecting device for intelligently early warning epileptic falling attack as claimed in claim 3, wherein the protective coat controller comprises a first controller and a second controller, the first controller is connected with the first air pump through a lead, and the first controller is arranged at one side of the first air pump; the second controller is connected with the second air pump through a lead, and the second controller is arranged on the back side of the protective outer sleeve.
5. The body protection device for intelligently early warning epileptic falling attacks as claimed in claim 1, wherein the knee joint protection airbag comprises a left knee joint protection airbag and a right knee joint protection airbag, the left knee joint protection airbag corresponds to the left knee joint and is fixedly connected with the left trouser legs of the protection trousers, and the right knee joint protection airbag corresponds to the right knee joint and is fixedly connected with the right trouser legs of the protection trousers.
6. The body protection device for intelligently early warning epileptic falling attack as claimed in claim 5, wherein the knee joint air pump comprises a third air pump and a fourth air pump, the third air pump is communicated with and closely connected to the left knee joint protection air bag, the third air pump is located at the bottom of the left knee joint protection air bag, the fourth air pump is communicated with and closely connected to the right knee joint protection air bag, and the fourth air pump is located at the bottom of the right knee joint protection air bag.
7. The body protecting device for intelligently early warning epileptic fall attacks as claimed in claim 6, wherein the protecting trouser controller comprises a third controller and a fourth controller, the third controller is connected with the third air pump through a lead, and the fourth controller is connected with the fourth air pump through a lead.
8. The body protecting device for intelligently early warning epileptic fall attacks as claimed in claim 1, wherein the brain wave monitoring cap comprises a monitoring body and a shell, and the outer wall of the monitoring body is fixedly connected with the inner wall of the shell.
9. The body protecting device for intelligently early warning epileptic fall attacks according to claim 8, wherein the brain wave processing module, the wireless data transmission module and the power supply structure are arranged on the outer side wall of the monitoring body, and a cavity for accommodating the brain wave processing module, the wireless data transmission module and the power supply structure is arranged between the monitoring body and the shell.
10. The body protecting device for intelligently early warning epileptic falling attacks as claimed in claim 9, wherein the brain wave monitoring cap further comprises an alarm structure, when the central data processing module monitors abnormal brain waves, the central data processing module transmits signals to the control module, and the control module controls the alarm structure to alarm; the alarm structure is connected with the first power supply structure through a lead.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022078117.5U CN213188184U (en) | 2020-09-21 | 2020-09-21 | Body protection device capable of intelligently early warning falling and attacking of epilepsy |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022078117.5U CN213188184U (en) | 2020-09-21 | 2020-09-21 | Body protection device capable of intelligently early warning falling and attacking of epilepsy |
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| CN213188184U true CN213188184U (en) | 2021-05-14 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN202022078117.5U Expired - Fee Related CN213188184U (en) | 2020-09-21 | 2020-09-21 | Body protection device capable of intelligently early warning falling and attacking of epilepsy |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113230011A (en) * | 2021-06-21 | 2021-08-10 | 谭卫卫 | Epileptic seizure protection suit for neurology |
| CN113712303A (en) * | 2021-09-23 | 2021-11-30 | 湖北航天化学技术研究所 | Protective life-saving air bag jacket |
-
2020
- 2020-09-21 CN CN202022078117.5U patent/CN213188184U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113230011A (en) * | 2021-06-21 | 2021-08-10 | 谭卫卫 | Epileptic seizure protection suit for neurology |
| CN113712303A (en) * | 2021-09-23 | 2021-11-30 | 湖北航天化学技术研究所 | Protective life-saving air bag jacket |
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