CN111870495A - Body massage nursing system and method - Google Patents
Body massage nursing system and method Download PDFInfo
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- CN111870495A CN111870495A CN202010656139.7A CN202010656139A CN111870495A CN 111870495 A CN111870495 A CN 111870495A CN 202010656139 A CN202010656139 A CN 202010656139A CN 111870495 A CN111870495 A CN 111870495A
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- air bag
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
- A61H9/00—Pneumatic or hydraulic massage
- A61H9/005—Pneumatic massage
- A61H9/0078—Pneumatic massage with intermittent or alternately inflated bladders or cuffs
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
- A61H2201/00—Characteristics of apparatus not provided for in the preceding codes
- A61H2201/12—Driving means
- A61H2201/1238—Driving means with hydraulic or pneumatic drive
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Abstract
The embodiment of the invention provides a body massage nursing system and a method, wherein a main control unit air pump is used for alternately inflating and exhausting a plurality of telescopic air bag assemblies, so that air bag cavities of the plurality of inflatable air bags are stretched in a communication direction, extrusion pressure is generated in the communication direction, and the body of a human body is vertically extruded and massaged; aerify and exhaust in turn to fan-shaped deformation gasbag subassembly more than two sets of through the main control unit air pump, make a plurality of wing section gasbag intervals form fan-shaped, produce the clamping-force in fan-shaped deformation direction, carry out the kneading massage of parcel formula to the human body, aerify or carminative air current to flexible gasbag subassembly and fan-shaped deformation gasbag subassembly through air current distributor control, so, steerable aerifys and exhausts the gasbag subassembly of different forms in different positions, the realization has the kneading massage of parcel sense to the user's health, improve user's massage experience.
Description
Technical Field
The invention relates to the field of body massage nursing pads, in particular to a body massage nursing system and method.
Background
The body massage device in the prior art is mainly characterized in that massage rollers are arranged on the body massage device (such as a massage chair and a massage cushion), the back, the waist and other parts of a user are massaged by controlling the massage rollers, and the massage rollers are hard, so that the body is squeezed to enable some people to be not suitable for hard force during massage.
Disclosure of Invention
The embodiment of the invention provides a body massage nursing system and method, which can realize extrusion massage with wrapping feeling on the body of a user by controlling the inflation and the exhaust of different air bag assemblies, and improve the massage experience of the user.
The first aspect of the embodiment of the invention provides a body massage nursing system, which comprises a body massage nursing pad, a remote controller, a plurality of telescopic air bag assemblies, more than two groups of fan-shaped deformation air bag assemblies, an air flow distributor, an air pump and a main control unit, wherein the plurality of telescopic air bag assemblies, the more than two groups of fan-shaped deformation air bag assemblies, the air flow distributor, the air pump and the main control unit are arranged in the body massage nursing pad; wherein the content of the first and second substances,
the remote controller is used for receiving a first control command triggered by a user and sending the first control command to the main control unit;
the main control unit is used for controlling the air pump to alternately inflate and exhaust the plurality of telescopic air bag assemblies and the more than two groups of fan-shaped deformation air bag assemblies according to the first control command; the telescopic air bag assembly comprises a plurality of air-inflated air bags which are arranged in a stacked mode, air bag cavities of the air-inflated air bags are communicated, when the air pump alternately inflates and exhausts the telescopic air bag assembly, the air bag cavities of the air-inflated air bags are made to stretch in the communication direction, extrusion pressure is generated in the communication direction, and the human body is vertically extruded and massaged; the fan-shaped deformation air bag assembly comprises a plurality of wing-shaped air bags which are arranged in a stacked mode, each wing-shaped air bag comprises an air bag head and an air bag tail, air bag cavities of the wing-shaped air bags are communicated with the air bag heads, when the fan-shaped deformation air bag assembly is alternately inflated and exhausted by the air pump, the wing-shaped air bags are enabled to form a fan shape at intervals, clamping force is generated in the fan-shaped deformation direction, and a human body is subjected to wrapped kneading massage;
the main control unit is also used for controlling the airflow distributor to adjust the airflow for inflating or exhausting the plurality of telescopic airbag assemblies and the more than two groups of fan-shaped deformation airbag assemblies.
A second aspect of the embodiments of the present invention provides a body massage nursing method, which is applied to a body massage nursing system, wherein the nursing system includes a body massage nursing pad and a remote controller, a plurality of flexible airbag modules, two or more sets of fan-shaped deformable airbag modules, an air flow distributor, an air pump and a main control unit, the flexible airbag modules and the fan-shaped deformable airbag modules are arranged in the body massage nursing pad, the air pump is respectively connected with the flexible airbag modules and the fan-shaped deformable airbag modules through air pipes, the air flow distributor is respectively connected with the air pump, the flexible airbag modules and the fan-shaped deformable airbag modules through air pipes, and the air flow distributor and the air pump are respectively connected with the main control unit; the method comprises the following steps:
the remote controller receives a first control command triggered by a user and sends the first control command to the main control unit;
the main control unit controls the air pump to alternately inflate and exhaust the plurality of telescopic air bag assemblies and the more than two groups of fan-shaped deformation air bag assemblies according to the first control command; the telescopic air bag assembly comprises a plurality of air-inflated air bags which are arranged in a stacked mode, air bag cavities of the air-inflated air bags are communicated, when the air pump alternately inflates and exhausts the telescopic air bag assembly, the air bag cavities of the air-inflated air bags are made to stretch in the communication direction, extrusion pressure is generated in the communication direction, and the human body is vertically extruded and massaged; the fan-shaped deformation air bag assembly comprises a plurality of wing-shaped air bags which are arranged in a stacked mode, each wing-shaped air bag comprises an air bag head and an air bag tail, air bag cavities of the wing-shaped air bags are communicated with the air bag heads, when the fan-shaped deformation air bag assembly is alternately inflated and exhausted by the air pump, the wing-shaped air bags are enabled to form a fan shape at intervals, clamping force is generated in the fan-shaped deformation direction, and a human body is subjected to wrapped kneading massage;
the main control unit controls the air flow distributor to adjust the air flow for inflating or exhausting the plurality of telescopic air bag assemblies and the more than two groups of fan-shaped deformation air bag assemblies.
The embodiment of the invention has at least the following beneficial effects:
it can be seen that, with the body massage nursing system and method in the embodiments of the present invention, the air pump of the main control unit alternately inflates and deflates the plurality of inflatable air bag assemblies, so that the air bag chambers of the plurality of inflatable air bags are inflated and deflated in the communication direction, and an extrusion pressure is generated in the communication direction, thereby performing a vertical extrusion massage on the human body; aerify and exhaust in turn to fan-shaped deformation gasbag subassembly more than two sets of through the main control unit air pump, make a plurality of wing section gasbag intervals form fan-shaped, produce the clamping-force in fan-shaped deformation direction, carry out the kneading massage of parcel formula to the human body, aerify or carminative air current to flexible gasbag subassembly and fan-shaped deformation gasbag subassembly through air current distributor control, so, steerable aerifys and exhausts the gasbag subassembly of different forms in different positions, the realization has the kneading massage of parcel sense to the user's health, improve user's massage experience.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.
Fig. 1 is a schematic structural diagram of a body massage care system according to an embodiment of the present invention;
fig. 2 is a schematic structural diagram of a main control unit according to an embodiment of the present invention;
FIG. 3 is a schematic structural view of a retractable airbag module according to an embodiment of the present invention;
FIG. 4 is a vertical cross-sectional view of a fan-shaped morphing bladder assembly according to an embodiment of the present invention;
FIG. 5 is a top view of a fan-shaped morphing bladder assembly according to an embodiment of the present invention;
FIG. 6 is a schematic structural diagram of another body massaging and nursing system provided by an embodiment of the invention;
fig. 7 is a schematic structural diagram of a body massage nursing method according to an embodiment of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The terms "first," "second," and the like in the description and claims of the present invention and in the above-described drawings are used for distinguishing between different objects and not for describing a particular order. Furthermore, the terms "include" and "have," as well as any variations thereof, are intended to cover non-exclusive inclusions. For example, a process, method, system, article, or apparatus that comprises a list of steps or elements is not limited to only those steps or elements listed, but may alternatively include other steps or elements not listed, or inherent to such process, method, article, or apparatus.
Reference in the specification to "an embodiment" means that a particular feature, structure, or characteristic described in connection with the embodiment can be included in at least one embodiment of the invention. The appearances of the phrase in various places in the specification are not necessarily all referring to the same embodiment, nor are separate or alternative embodiments mutually exclusive of other embodiments. It is explicitly and implicitly understood by the person skilled in the art that the described embodiments of the invention can be combined with other embodiments.
Referring to fig. 1, fig. 1 is a schematic structural diagram of a body massage care system according to an embodiment of the present invention, where the schematic structural diagram of the body massage care system according to the present invention may include: the massage nursing pad comprises a body massage nursing pad 01 and a remote controller 02, wherein the body massage nursing pad 01 is internally provided with a plurality of telescopic air bag assemblies 11, more than two groups of fan-shaped deformation air bag assemblies 12, an air flow distributor 13, an air pump 14 and a main control unit 16, the air pump 14 is respectively connected with the telescopic air bag assemblies 11 and the fan-shaped deformation air bag assemblies 12 through air pipes 15, the air flow distributor 13 is respectively connected with the air pump 14, the telescopic air bag assemblies 11 and the fan-shaped deformation air bag assemblies 12 through the air pipes 15, and the air flow distributor 13 and the air pump 14 are respectively connected with the main control unit 16; wherein the content of the first and second substances,
the remote controller 02 is configured to receive a first control command triggered by a user, and send the first control command to the main control unit 16;
the main control unit 16 is configured to control the air pump 14 to alternately inflate and deflate the plurality of telescopic airbag assemblies 11 and the at least two groups of sector-shaped deformation airbag assemblies 12 according to the first control command; the telescopic airbag assembly 11 comprises a plurality of inflatable airbags which are arranged in a stacked manner, airbag cavities of the inflatable airbags are communicated, and when the air pump alternately inflates and exhausts the telescopic airbag assembly, the airbag cavities of the inflatable airbags are made to stretch in the communication direction, so that extrusion pressure is generated in the communication direction, and the human body is vertically extruded and massaged; the fan-shaped deformation air bag assembly comprises a plurality of wing-shaped air bags which are arranged in a stacked mode, each wing-shaped air bag comprises an air bag head and an air bag tail, air bag cavities of the wing-shaped air bags are communicated with the air bag heads, when the fan-shaped deformation air bag assembly is alternately inflated and exhausted by the air pump, the wing-shaped air bags are enabled to form a fan shape at intervals, clamping force is generated in the fan-shaped deformation direction, and a human body is subjected to wrapped kneading massage;
the main control unit 16 is further configured to control the airflow distributor 13 to regulate airflow for inflating or exhausting the multiple telescopic airbag modules 11 and the two or more fan-shaped deformation airbag modules 12.
In the specific work, the remote controller can send a first control command to the main control unit, the main control unit controls the air flow distributor and the air pump to be connected with the power supply according to the first control command, the air pump is controlled to alternately inflate and exhaust the plurality of telescopic air bag assemblies 11 and more than two groups of fan-shaped deformation air bag assemblies 12 which are distributed at different positions, the air flow distributor is controlled to adjust the direction and the size of the air flow, wherein, a plurality of air pipes 15 are used for communicating the air distributor 13 and the inflatable air bag component 11 which are distributed at different positions of the body massage nursing pad, the air distributor 13 and the fan-shaped deformation air bag component 12, the air pump 14 and the inflatable air bag component 11, the air pump 14 and the air distributor 13, and the air pump 14 and the fan-shaped deformation air bag component 12, it is possible to inflate and deflate the inflatable airbag module 11 and the fan-shaped deforming airbag module 12, and to control the flow of the inflating and deflating air.
Alternatively, as shown in fig. 2, fig. 2 is a schematic structural diagram of a main control unit according to an embodiment of the present invention, wherein the airflow distributor 13 and the air pump 14 are disposed inside the main control unit 16.
Alternatively, the body massage nursing pad may be a massage cushion for massaging the back and waist of the human body, or may also be a massage pad for massaging body parts such as arms, legs and neck, which is not limited in the present invention.
Optionally, an indicator light may be disposed on the remote controller, and the indicator light is used for identifying the working state of the body massage nursing pad, for example, when the body massage nursing pad is working, the indicator light may be controlled to be turned on to indicate that the body massage nursing pad is working.
It can be seen that in the embodiment of the invention, the air pump is controlled by the main control unit to alternately inflate and deflate the plurality of telescopic air bag assemblies, so that the air bag cavities of the plurality of inflatable air bags are stretched in the communication direction, extrusion pressure is generated in the communication direction, and the vertical extrusion massage is carried out on the human body; aerify and exhaust in turn fan-shaped deformation gasbag subassembly more than two sets of through main control unit control air pump, make a plurality of wing section gasbag intervals form fan-shaped, produce the clamping-force in fan-shaped deformation direction, carry out the kneading massage of parcel formula to the human body, aerify or carminative air current to flexible gasbag subassembly and fan-shaped deformation gasbag subassembly through air current distributor control, so, steerable aerifys and exhausts the gasbag subassembly of different forms in different positions, the realization has the kneading massage of parcel sense to the user's health, improve user's massage experience.
As shown in fig. 3, fig. 3 is a schematic structural view of a telescopic airbag module according to an embodiment of the present invention, wherein a communication hole is respectively formed in a middle position of each two adjacent inflatable airbags in the plurality of inflatable airbags, edges of the communication holes of the two adjacent inflatable airbags are connected, and when the telescopic airbag module is alternately inflated and deflated, gas flowing in from the gas pipe flows through the communication holes between the plurality of inflatable airbags and then flows to the gas pipe to be exhausted;
each telescopic air bag component comprises an air nozzle; the air flow distributor is connected with an air nozzle of the telescopic air bag assembly through the air pipe so as to inflate or exhaust the telescopic air bag assembly.
As shown in fig. 3, a communication hole 112 is formed in the middle of each two adjacent inflatable airbags 111, and the edges of the communication holes 112 of the two adjacent inflatable airbags 111 are connected, so that the airbag chambers of the plurality of inflatable airbags are communicated. Each airbag module 11 includes an air nozzle 113 disposed on the inflatable airbag at one end of the airbag module 11. The air tube 15 is connected to an air nozzle 113 of the inflatable airbag module 11 to inflate or deflate the inflatable airbag module 11.
Alternatively, the shape of each inflatable bladder in the telescopic bladder assembly may be circular, and may also be other shapes, such as a polygon, a lace shape, and the like, and the invention is not limited thereto.
Referring to fig. 4 and 5, fig. 4 is a vertical sectional view of a fan-shaped deformable airbag module according to an embodiment of the present invention, and fig. 5 is a top view of the fan-shaped deformable airbag module according to the embodiment of the present invention, wherein an area of an airbag head portion of the wing-shaped airbag 121 is smaller than an area of an airbag tail portion, the airbag head portion is oriented toward an inner side of the body massage care pad, the airbag tail portion is oriented toward an outer side of the body massage care pad, when the fan-shaped deformable airbag module 12 is inflated, an inflated volume of the airbag tail portion is larger than an inflated volume of the airbag head portion, and an extrusion force generated by the airbag tail portion is larger than an extrusion force generated by the airbag head portion, so that a fan-shaped deformation direction of the wing-shaped airbags is oriented toward the inner side of the body massage care pad;
the head parts of every two adjacent wing-shaped airbags of the plurality of wing-shaped airbags are respectively provided with a communication hole, the edges of the communication holes 122 of the two adjacent wing-shaped airbags 121 are connected, when the fan-shaped deformation airbag module 12 is alternately inflated and deflated, the gas flowing in from the gas pipe 15 flows among the wing-shaped airbags 121 through the communication holes 122 and then flows to the gas pipe 15 to be exhausted;
each sector-shaped deformation air bag assembly 12 comprises an air nozzle 123; the air flow distributor 13 is connected with an air nozzle 123 of the fan-shaped deformation air bag assembly 12 through the air pipe 15 so as to inflate or deflate the fan-shaped deformation air bag assembly 12;
each wing-shaped air bag 121 further comprises an air bag outer edge 1211, an air bag welding edge 1212 and an anti-inclination welding edge 1213, wherein the edges of every two adjacent wing-shaped air bags 121 are welded through the air bag welding edge 1212; the anti-tilt welding edges 1213 are circumferentially disposed outside the communication holes 122, the bag heads of every two adjacent wing-shaped air bags 121 are welded by the anti-tilt welding edges 1213, and the anti-tilt welding edges 1213 connect the peripheries of the communication holes 122 of the plurality of wing-shaped air bags 121 to each other, so that the plurality of wing-shaped air bags 121 are prevented from tilting sideways when the fan-shaped deformable air bag module 12 is alternately inflated.
As shown in fig. 4, in more than two groups of fan-shaped deformable airbag modules 12, the sizes of the fan-shaped deformable airbag modules 12 in different groups may be different, and the fan-shaped deformable airbag modules 12 in the same group have the same size and are symmetrically arranged. The acupuncture points of each part of the human body can be massaged by the plurality of telescopic air bag components 11 and at least two groups of air bag massage components 12 which are distributed at different positions.
The communicating holes 122 are respectively formed in the head portions of every two adjacent wing-shaped airbags 121 of the plurality of wing-shaped airbags 121, and the edges of the communicating holes 122 of the two adjacent wing-shaped airbags 121 are connected.
Wherein, the air tap 123 that each fan-shaped deformation gasbag subassembly 12 includes sets up on the wing gasbag of this fan-shaped deformation gasbag subassembly 12 one end, and trachea 15 is connected in order to aerify or the exhaust to fan-shaped deformation gasbag subassembly 12 with the air tap 123 of fan-shaped deformation gasbag subassembly 12.
As shown in fig. 5, the wing-shaped airbag 121 is prevented from being tilted toward the side of the fan-shaped deformation airbag module 12 when inflated by welding around the communication hole 122 of the airbag head portion by the anti-tilt welding edge 1213, so that the pressing direction of the fan-shaped deformation airbag module 12 to the human body is controlled to the fan-shaped deformation direction toward the body part, thereby providing a kneading massage with a wrapping feeling to the body part.
It is thus clear that because flexible gasbag subassembly 11 is different with fan-shaped deformation gasbag subassembly 12's form, flexible gasbag subassembly a plurality of gas cell 111 of aerifing when aerifing, the gasbag chamber can be at the perpendicular to back, stretch out and draw back in the direction of health parts such as waist, thereby massage the health in this vertical direction, a plurality of wing section gasbags 121 of fan-shaped deformation gasbag subassembly 12 are when aerifing, a plurality of wing section gasbag intervals produce fan-shaped deformation, extrude the massage in fan-shaped deformation direction, but be certain radian, produce the extrusion massage that has the parcel and feel to user's health, thereby, can realize the massage of different dynamics directions to different positions through flexible gasbag subassembly 11 and fan-shaped deformation gasbag subassembly 12.
Optionally, the body massage nursing pad further comprises a pressure sensor, and the pressure sensor is connected with the main control unit; wherein the content of the first and second substances,
the pressure sensor is used for detecting the pressure generated by the gas flowing out of the gas pump to obtain a pressure detection value; transmitting the pressure detection value to the main control unit;
the main control unit is further used for controlling the air pump to continuously inflate the telescopic air bag assembly and the fan-shaped deformation air bag assembly if the pressure detection value is smaller than a first preset pressure value when the air pump inflates the telescopic air bag assembly and the fan-shaped deformation air bag assembly; and if the pressure detection value is greater than or equal to the first preset pressure value, controlling the air pump to exhaust the telescopic air bag assembly and the fan-shaped deformation air bag assembly.
Wherein, the pressure sensor can be arranged at the position where the gas flows out from the air pump, the pressure sensor can detect the pressure generated by the gas flowing out from the air pump to obtain a pressure detection value, the gas flows to a plurality of telescopic air bag assemblies and more than two groups of fan-shaped deformation air bag assemblies after passing through the pressure sensor, because the parts are mutually communicated through the air pipes, when the gas flows to the plurality of telescopic air bag assemblies and more than two groups of fan-shaped deformation air bag assemblies, the extrusion pressure generated by the telescopic air bag assemblies and the clamping force generated by the fan-shaped deformation air bag assemblies can be represented by the pressure detection value, the larger the pressure detection value is, the larger the extrusion pressure generated by the telescopic air bag assemblies and the clamping force generated by the fan-shaped deformation air bag assemblies are represented, the smaller the pressure detection value is, the smaller the extrusion pressure generated by the telescopic, therefore, if pressure detection value is less than first preset pressure value, steerable air pump continues to inflate flexible gasbag subassembly and fan-shaped deformation gasbag subassembly, the clamping-force that extrusion pressure that makes flexible gasbag subassembly produce and fan-shaped deformation gasbag subassembly produced increases to suitable power way, if pressure detection value is greater than or equal to first preset pressure value, it says that the clamping-force that shows that the extrusion pressure that flexible gasbag subassembly produced and fan-shaped deformation gasbag subassembly produced has reached the power way of carrying out the massage, and then, can control the air pump right flexible gasbag subassembly with fan-shaped deformation gasbag subassembly exhausts, so, but the automatic control air pump is aerifyd in turn and is exhausted flexible gasbag subassembly 11 and fan-shaped deformation gasbag subassembly 12, avoids the aeration quality of flexible gasbag subassembly 11 and fan-shaped deformation gasbag subassembly 12 not enough or excessive.
Optionally, the remote controller is further configured to receive a second control command triggered by a user; sending the second control command to the main control unit;
the main control unit is also used for controlling the airflow distributor to adjust the airflow for inflating or exhausting the plurality of telescopic airbag assemblies and the more than two groups of fan-shaped deformation airbag assemblies, and comprises:
the main control unit is further used for determining a pressure adjustment amount according to the second control command; adjusting the first preset pressure value to a second preset pressure value according to the pressure adjustment amount; and controlling the airflow distributor to adjust the airflow for inflating or exhausting the plurality of telescopic airbag assemblies and the more than two groups of fan-shaped deformation airbag assemblies according to the pressure adjustment amount.
In specific implementation, when a user feels that the force of massaging the body massage nursing pad is small or large, a second control command for adjusting the force of the massage can be sent to the main control unit through the remote controller, for example, the second control command can be used for indicating the level or the gear of the force of the massage, so that the main control unit determines the level or the gear of the force of the massage according to the second control command, determines the pressure adjustment amount according to the level or the gear of the force of the massage, and controls the air flow distributor to adjust the size of the air flow according to the pressure adjustment amount, and therefore when the plurality of telescopic air bag assemblies and the more than two groups of fan-shaped deformation air bag assemblies are inflated, the generated extrusion pressure and the clamping force can be flexibly adjusted according to the requirements of the user.
Optionally, in the aspect of controlling the air flow distributor to adjust the air flow for inflating or exhausting the multiple telescopic air bag modules and the two or more fan-shaped deformation air bag modules according to the pressure adjustment amount, the main control unit is specifically configured to:
if the second control command is a control command for increasing the pressure, controlling the airflow distributor to adjust the airflow for inflating or exhausting the plurality of telescopic airbag assemblies and the more than two groups of sector deformation airbag assemblies according to the pressure adjustment amount to increase;
and if the second control command is a control command for reducing the pressure, controlling the airflow distributor to adjust the airflow for inflating or exhausting the plurality of telescopic airbag assemblies and the more than two groups of sector deformation airbag assemblies according to the pressure adjustment amount to reduce.
In a specific implementation, the user can send a second control command to increase the pressure or decrease the pressure through the remote control, wherein, when the user needs to increase the massage force, the extrusion pressure generated by the telescopic air bag component and the clamping force generated by the fan-shaped deformation air bag component need to be increased, when the user needs to reduce the force of massage, the extrusion pressure generated by the telescopic air bag component and the clamping force generated by the fan-shaped deformation air bag component need to be reduced, furthermore, the main control unit can control the airflow distributor to control the increase or decrease of the airflow for inflating or exhausting the plurality of telescopic airbag assemblies and the more than two groups of sector-shaped deformation airbag assemblies according to a second control command, the clamping force generated by the extrusion pressure generated by the telescopic air bag component and the fan-shaped deformation air bag component is increased or reduced, so that the force for massaging the body massage nursing pad can be flexibly adjusted.
Referring to fig. 6, fig. 6 is a schematic structural diagram of another body massage care system according to an embodiment of the present invention, where the body massage care cushion further includes a battery 17, a heating sheet 18, and a remote control code matching key 19, the body massage care system further includes a connection line 03, the main control unit 16 further includes a power supply interface 161, an air flow distributor interface 162, an air pump interface 163, a remote control code matching key interface 164, and a heating sheet interface 165, the battery 17 is connected to the main control unit, and the main control unit 16 is respectively connected to the air flow distributor 13, the air pump 14, the remote control code matching key interface 164, the heating sheet interface 165, and the connection line 03, the air flow distributor 14, the air pump 14, the remote control code matching key 19, and the heating sheet 18; wherein the content of the first and second substances,
the remote control code matching key 19 is used for carrying out wireless communication connection with the remote controller;
the power interface 161 is used for connecting the body massage nursing pad with the connecting line to charge the battery;
the main control unit is used for controlling the heating sheet to heat when the air pump is controlled to alternately inflate and exhaust, so that the body massage nursing pad can heat and massage the human body.
Wherein, the user can control the main control unit of the body massage nursing pad to be wirelessly communicated with the remote controller through the remote control code matching key 19, and control the main control unit to be disconnected with the remote controller.
Wherein, accessible connecting wire connects power source, charges the battery, and after the battery charges, is supplied power to health massage nursing pad by the battery. Optionally, the power supply can be directly connected with the body massage nursing pad through the connecting wire to supply power to the body massage nursing pad.
Wherein, the user can control the heating sheet of the body massage nursing pad to heat through the remote controller, so that the body massage nursing pad realizes heating massage.
The remote controller may be provided with a plurality of keys for controlling different functions, for example, the plurality of keys may include a leveling key, an operation key, a heating key, and a pause key.
In specific implementation, a user presses a leveling key, a remote controller sends a corresponding leveling control command to a main control unit, the main control unit controls an air flow distributor to be powered on, the air flow distributor controls the air flow to exhaust, so that the telescopic air bag assembly 11 and the fan-shaped deformation air bag assembly 12 exhaust, residual air in the telescopic air bag assembly 11 and the fan-shaped deformation air bag assembly 12 is exhausted, and the telescopic air bag assembly 11 and the fan-shaped deformation air bag assembly 12 of the body massage nursing pad are leveled.
The user presses the operation button, main control unit control air current distributor and air pump switch on the power, the flow direction of air current distributor control air current is for aerifing, the air pump begins to aerify a plurality of flexible gasbag subassemblies and fan-shaped deformation gasbag subassembly more than two sets of, treat that a plurality of flexible gasbag subassemblies and fan-shaped deformation gasbag subassembly more than two sets of aerify to first predetermine when aerifing the time length, the air pump stops aerifing, the flow direction of air current distributor control air current is for exhausting, it reaches first predetermined when exhausting time length to exhaust when long, the flow direction of air current distributor control air current is for aerifing, so repeated in turn aerifys and exhausts.
And pressing the operation key again, controlling the air pump to cut off the power supply by the main control unit, stopping inflating by the air pump, controlling the air flow distributor to continue operating by the main control unit, controlling the air flow direction to exhaust by the air flow distributor, and restoring the telescopic air bag assembly and the fan-shaped deformation air bag assembly to the original state.
The user presses the heating key, the main control unit controls the heating sheet to be powered on, and the heating sheet is heated, so that the temperature of the body massage nursing pad is increased; the user presses the heating button again, and the main control unit controls the heating piece to switch on, stops heating the heating piece.
When a user presses the pause key, the main control unit controls the airflow distributor to cut off the power supply, controls the air pump to continue to operate, and maintains the current inflation state of the telescopic air bag assembly and the sector deformation air bag assembly; the user presses the pause key again, the main control unit controls the air flow distributor to be powered on, and the air flow distributor continues to operate.
Optionally, the first preset inflation duration is longer than the first preset exhaust duration, so that the duration of the squeezing pressure for generating the massage by the telescopic airbag module and the sector-shaped deformation airbag module is longer.
It can be seen that in the embodiment of the invention, the air pump is controlled by the main control unit to alternately inflate and deflate the plurality of telescopic air bag assemblies, so that the air bag cavities of the plurality of inflatable air bags are stretched in the communication direction, extrusion pressure is generated in the communication direction, and the vertical extrusion massage is carried out on the human body; aerify and exhaust in turn fan-shaped deformation gasbag subassembly more than two sets of through main control unit control air pump, make a plurality of wing section gasbag intervals form fan-shaped, produce the clamping-force in fan-shaped deformation direction, carry out the kneading massage of parcel formula to the human body, through main control unit control heating plate switch on power, heat the heating plate, so, steerable aerifys and exhausts to the gasbag subassembly of different positions different forms, the realization has the kneading massage of parcel sense to user's health to and realize that health massage nursing pad heats the massage, improve user's massage experience.
Referring to fig. 7, fig. 7 is a schematic flow diagram of a body massage nursing method according to an embodiment of the present invention, and is applied to the body massage nursing system shown in fig. 1 and fig. 6, where the nursing system includes a body massage nursing pad and a remote controller, a plurality of flexible airbag modules, at least two sets of sector-shaped deformable airbag modules, an airflow distributor, an air pump and a main control unit, where the air pump is respectively connected to the flexible airbag modules and the sector-shaped deformable airbag modules through air tubes, the airflow distributor is respectively connected to the air pump, the flexible airbag modules and the sector-shaped deformable airbag modules through air tubes, and the airflow distributor and the air pump are respectively connected to the main control unit; the method comprises the following steps:
701. the remote controller receives a first control command triggered by a user and sends the first control command to the main control unit;
702. the main control unit controls the air pump to alternately inflate and exhaust the plurality of telescopic air bag assemblies and the more than two groups of fan-shaped deformation air bag assemblies according to the first control command; the telescopic air bag assembly comprises a plurality of air-inflated air bags which are arranged in a stacked mode, air bag cavities of the air-inflated air bags are communicated, when the air pump alternately inflates and exhausts the telescopic air bag assembly, the air bag cavities of the air-inflated air bags are made to stretch in the communication direction, extrusion pressure is generated in the communication direction, and the human body is vertically extruded and massaged; the fan-shaped deformation air bag assembly comprises a plurality of wing-shaped air bags which are arranged in a stacked mode, each wing-shaped air bag comprises an air bag head and an air bag tail, air bag cavities of the wing-shaped air bags are communicated with the air bag heads, when the fan-shaped deformation air bag assembly is alternately inflated and exhausted by the air pump, the wing-shaped air bags are enabled to form a fan shape at intervals, clamping force is generated in the fan-shaped deformation direction, and a human body is subjected to wrapped kneading massage;
703. the main control unit controls the air flow distributor to adjust the air flow for inflating or exhausting the plurality of telescopic air bag assemblies and the more than two groups of fan-shaped deformation air bag assemblies.
Wherein, the remote controller can send first control command to the main control unit, the main control unit is according to first control command control air current distributor and air pump switch on the power, the control air pump is aerifyd in turn and is discharged a plurality of flexible gasbag subassemblies and the fan-shaped deformation gasbag subassembly more than two sets of that distribute in different positions, the direction and the size of control air current distributor adjustment air current, wherein, will distribute in each different positions of health massage nursing pad air current distributor and aerify between the gasbag subassembly through a plurality of trachea, between air current distributor and the fan-shaped deformation gasbag subassembly, between air pump and the aeration gasbag subassembly, between air pump and the air current distributor, communicate between air pump and the fan-shaped deformation gasbag subassembly, can realize aerifing and discharging aeration gasbag subassembly and fan-shaped deformation gasbag subassembly, and the control is aerifyd and carminative air current.
It can be seen that in the embodiment of the invention, the air pump is controlled by the main control unit to alternately inflate and deflate the plurality of telescopic air bag assemblies, so that the air bag cavities of the plurality of inflatable air bags are stretched in the communication direction, extrusion pressure is generated in the communication direction, and the vertical extrusion massage is carried out on the human body; aerify and exhaust in turn fan-shaped deformation gasbag subassembly more than two sets of through main control unit control air pump, make a plurality of wing section gasbag intervals form fan-shaped, produce the clamping-force in fan-shaped deformation direction, carry out the kneading massage of parcel formula to the human body, aerify or carminative air current to flexible gasbag subassembly and fan-shaped deformation gasbag subassembly through air current distributor control, so, steerable aerifys and exhausts the gasbag subassembly of different forms in different positions, the realization has the kneading massage of parcel sense to the user's health, improve user's massage experience.
Optionally, the body massage nursing pad further comprises a pressure sensor, and the pressure sensor is connected with the main control unit; the method further comprises the following steps:
the pressure sensor detects the pressure generated by the gas flowing out of the gas pump to obtain a pressure detection value; transmitting the pressure detection value to the main control unit;
when the air pump inflates the telescopic air bag assembly, if the pressure detection value is smaller than a first preset pressure value, the main control unit controls the air pump to continue inflating the telescopic air bag assembly and the fan-shaped deformation air bag assembly; if the pressure detection value is larger than or equal to the first preset pressure value, the main control unit controls the air pump to exhaust the telescopic air bag assembly and the fan-shaped deformation air bag assembly.
Wherein, when the air pump inflates the telescopic air bag component and the fan-shaped deformation air bag component, the pressure generated by the gas flowing out from the air pump can be detected by the pressure sensor to obtain a pressure detection value, the gas flows to a plurality of telescopic air bag components and more than two groups of fan-shaped deformation air bag components after passing through the pressure sensor, because all the components are mutually communicated through the air pipe, the extrusion pressure generated by the telescopic air bag components and the clamping force generated by the fan-shaped deformation air bag components can be judged according to the pressure detection value, specifically, the larger the pressure detection value is, the larger the extrusion pressure generated by the telescopic air bag components and the clamping force generated by the fan-shaped deformation air bag components are, the smaller the pressure detection value is, the smaller the extrusion pressure generated by the telescopic air bag components and the clamping force generated by the fan-shaped deformation air bag components are, steerable air pump continues to inflate flexible gasbag subassembly and fan-shaped deformation gasbag subassembly, and the clamping-force that extrusion pressure that makes flexible gasbag subassembly produce and fan-shaped deformation gasbag subassembly increase to suitable power way, if pressure detection value is greater than or equal to first preset pressure value, shows that the clamping-force that extrusion pressure that flexible gasbag subassembly produced and fan-shaped deformation gasbag subassembly produced has reached the power way of carrying out the massage, and then, can control the air pump right flexible gasbag subassembly with fan-shaped deformation gasbag subassembly exhausts, so, but the automatic control air pump is aerifyd in turn and is exhausted flexible gasbag subassembly 11 and fan-shaped deformation gasbag subassembly 12, avoids the inflation volume of flexible gasbag subassembly 11 and fan-shaped deformation gasbag subassembly 12 not enough or excessive.
Optionally, the method further comprises:
the remote controller receives a second control command triggered by a user; sending the second control command to the main control unit;
the main control unit control the air current distributor adjusts the air current of aerifing or exhausting a plurality of flexible gasbag subassemblies and fan-shaped deformation gasbag subassembly more than two sets of, includes:
the main control unit determines a pressure adjustment amount according to the second control command; adjusting the first preset pressure value to a second preset pressure value according to the pressure adjustment amount; and the main control unit controls the air flow distributor to adjust the air flow for inflating or exhausting the plurality of telescopic air bag assemblies and the more than two groups of fan-shaped deformation air bag assemblies according to the pressure adjustment amount.
In specific implementation, when a user feels that the force of massaging the body massage nursing pad is small or large, a second control command for adjusting the force of the massage can be sent to the main control unit through the remote controller, for example, the second control command can be used for indicating the level or the gear of the force of the massage, so that the main control unit determines the level or the gear of the force of the massage according to the second control command, determines the pressure adjustment amount according to the level or the gear of the force of the massage, and controls the air flow distributor to adjust the size of the air flow according to the pressure adjustment amount, and therefore when the plurality of telescopic air bag assemblies and the more than two groups of fan-shaped deformation air bag assemblies are inflated, the generated extrusion pressure and the clamping force can be flexibly adjusted according to the requirements of the user.
Optionally, the main control unit controls the air flow distributor to adjust the air flow for inflating or exhausting the plurality of telescopic air bag assemblies and the more than two groups of fan-shaped deformation air bag assemblies according to the pressure adjustment amount, and the method includes:
if the second control command is a control command for increasing the pressure, the main control unit controls the airflow distributor to adjust the airflow for inflating or exhausting the multiple telescopic airbag assemblies and the more than two groups of fan-shaped deformation airbag assemblies according to the pressure adjustment amount to increase;
if the second control command is a pressure reduction control command, the main control unit controls the air flow distributor to adjust the air flow for inflating or exhausting the plurality of telescopic air bag assemblies and the more than two groups of fan-shaped deformation air bag assemblies according to the pressure adjustment amount so as to reduce the air flow.
In a specific implementation, the user can send a second control command to increase the pressure or decrease the pressure through the remote control, wherein, when the user needs to increase the massage force, the extrusion pressure generated by the telescopic air bag component and the clamping force generated by the fan-shaped deformation air bag component need to be increased, when the user needs to reduce the force of massage, the extrusion pressure generated by the telescopic air bag component and the clamping force generated by the fan-shaped deformation air bag component need to be reduced, furthermore, the main control unit can control the airflow distributor to control the increase or decrease of the airflow for inflating or exhausting the plurality of telescopic airbag assemblies and the more than two groups of sector-shaped deformation airbag assemblies according to a second control command, the clamping force generated by the extrusion pressure generated by the telescopic air bag component and the fan-shaped deformation air bag component is increased or reduced, so that the force for massaging the body massage nursing pad can be flexibly adjusted.
Optionally, the body massage nursing pad further comprises a battery, a heating sheet and a remote control code matching key, the body massage nursing system further comprises a connecting wire, the main control unit further comprises a power supply interface, an airflow distributor interface, an air pump interface, a remote control code matching key interface and a heating sheet interface, the battery is connected with the main control unit, and the airflow distributor, the heating sheet and the remote control code matching key are respectively connected with the airflow distributor, the air pump, the remote control code matching key and the heating sheet through the heating sheet interface, the remote control code matching key interface and the connecting wire; the method further comprises the following steps:
the remote control code matching key is in wireless communication connection with the remote controller;
the power interface connects the body massage nursing pad with the connecting line to charge the battery;
the main control unit controls the heating sheet to heat when controlling the air pump to alternately inflate and exhaust, so that the body massage nursing pad can heat and massage the human body.
Wherein, accessible connecting wire connects power source, charges the battery, and after the battery charges, is supplied power to health massage nursing pad by the battery. Optionally, the power supply can be directly connected with the body massage nursing pad through the connecting wire to supply power to the body massage nursing pad.
Wherein, the user can control the heating sheet of the body massage nursing pad to heat through the remote controller, so that the body massage nursing pad realizes heating massage.
In the specific implementation, firstly, the remote control code matching key is used for controlling the main control unit of the body massage nursing pad to be in wireless communication connection with the remote controller, and controlling the main control unit to be disconnected with the remote controller. A user sends a control command to the main control unit through the remote controller, so that the main control unit controls the air pump to alternately inflate and deflate the telescopic air bag assembly and the fan-shaped deformation air bag assembly, and controls the air flow distributor to adjust the air flow direction and the air flow size for alternately inflating and deflating the telescopic air bag assembly and the fan-shaped deformation air bag assembly; the main control unit control heating plate heats, so, steerable gasbag subassembly to different positions different forms is aerifyd and is exhausted, realizes having the kneading massage of parcel sense to user's health to and realize that health massage nursing pad heats the massage, improve user's massage and experience.
While the invention has been described with reference to a preferred embodiment, it will be understood by those skilled in the art that various changes in form and detail may be made therein without departing from the spirit and scope of the invention.
Claims (10)
1. A body massage nursing system is characterized by comprising a body massage nursing pad and a remote controller, wherein the body massage nursing pad comprises a plurality of telescopic air bag assemblies, more than two groups of fan-shaped deformation air bag assemblies, an air flow distributor, an air pump and a main control unit, the telescopic air bag assemblies, the air flow distributor, the air pump and the main control unit are arranged in the body massage nursing pad; wherein the content of the first and second substances,
the remote controller is used for receiving a first control command triggered by a user and sending the first control command to the main control unit;
the main control unit is used for controlling the air pump to alternately inflate and exhaust the plurality of telescopic air bag assemblies and the more than two groups of fan-shaped deformation air bag assemblies according to the first control command; the telescopic air bag assembly comprises a plurality of air-inflated air bags which are arranged in a stacked mode, air bag cavities of the air-inflated air bags are communicated, when the air pump alternately inflates and exhausts the telescopic air bag assembly, the air bag cavities of the air-inflated air bags are made to stretch in the communication direction, extrusion pressure is generated in the communication direction, and the human body is vertically extruded and massaged; the fan-shaped deformation air bag assembly comprises a plurality of wing-shaped air bags which are arranged in a stacked mode, each wing-shaped air bag comprises an air bag head and an air bag tail, air bag cavities of the wing-shaped air bags are communicated with the air bag heads, when the fan-shaped deformation air bag assembly is alternately inflated and exhausted by the air pump, the wing-shaped air bags are enabled to form a fan shape at intervals, clamping force is generated in the fan-shaped deformation direction, and a human body is subjected to wrapped kneading massage;
the main control unit is also used for controlling the airflow distributor to adjust the airflow for inflating or exhausting the plurality of telescopic airbag assemblies and the more than two groups of fan-shaped deformation airbag assemblies.
2. The system of claim 1, wherein the body massage nursing pad further comprises a pressure sensor, the pressure sensor being connected with the master control unit; wherein the content of the first and second substances,
the pressure sensor is used for detecting the pressure generated by the gas flowing out of the gas pump to obtain a pressure detection value; transmitting the pressure detection value to the main control unit;
the main control unit is further used for controlling the air pump to continuously inflate the telescopic air bag assembly and the fan-shaped deformation air bag assembly if the pressure detection value is smaller than a first preset pressure value when the air pump inflates the telescopic air bag assembly and the fan-shaped deformation air bag assembly; and if the pressure detection value is greater than or equal to the first preset pressure value, controlling the air pump to exhaust the telescopic air bag assembly and the fan-shaped deformation air bag assembly.
3. The system of claim 2, wherein the remote control is further configured to receive a second control command triggered by a user; sending the second control command to the main control unit;
the main control unit is also used for controlling the airflow distributor to adjust the airflow for inflating or exhausting the plurality of telescopic airbag assemblies and the more than two groups of fan-shaped deformation airbag assemblies, and comprises:
the main control unit is further used for determining a pressure adjustment amount according to the second control command; adjusting the first preset pressure value to a second preset pressure value according to the pressure adjustment amount; and controlling the airflow distributor to adjust the airflow for inflating or exhausting the plurality of telescopic airbag assemblies and the more than two groups of fan-shaped deformation airbag assemblies according to the pressure adjustment amount.
4. The system of claim 3, wherein in controlling the airflow distributor to adjust the airflow for inflating or deflating the plurality of flexible airbag modules and the at least two sets of sector-shaped airbag modules according to the pressure adjustment, the main control unit is specifically configured to:
if the second control command is a control command for increasing the pressure, controlling the airflow distributor to adjust the airflow for inflating or exhausting the plurality of telescopic airbag assemblies and the more than two groups of sector deformation airbag assemblies according to the pressure adjustment amount to increase;
and if the second control command is a control command for reducing the pressure, controlling the airflow distributor to adjust the airflow for inflating or exhausting the plurality of telescopic airbag assemblies and the more than two groups of sector deformation airbag assemblies according to the pressure adjustment amount to reduce.
5. The system of any one of claims 1-4, wherein the body massage nursing pad further comprises a battery, a heating sheet and a remote control code matching key, the body massage nursing system further comprises a connecting wire, the main control unit further comprises a power interface, an air flow distributor interface, an air pump interface, a remote control code matching key interface and a heating sheet interface, the battery is connected with the main control unit, and the main control unit is respectively connected with the air flow distributor, the air pump interface, the remote control code matching key interface, the heating sheet interface and the connecting wire through the air flow distributor interface, the air pump interface, the remote control code matching key interface, the heating sheet interface; wherein the content of the first and second substances,
the remote control code matching key is used for carrying out wireless communication connection with the remote controller;
the power interface is used for connecting the body massage nursing pad with the connecting line and charging the battery;
the main control unit is used for controlling the heating sheet to heat when the air pump is controlled to alternately inflate and exhaust, so that the body massage nursing pad can heat and massage the human body.
6. A body massage nursing method is characterized in that the body massage nursing method is applied to a body massage nursing system, the nursing system comprises a body massage nursing pad and a remote controller, a plurality of telescopic air bag assemblies, more than two groups of fan-shaped deformation air bag assemblies, an air flow distributor, an air pump and a main control unit are arranged in the body massage nursing pad, wherein the air pump is respectively connected with the telescopic air bag assemblies and the fan-shaped deformation air bag assemblies through air pipes, the air flow distributor is respectively connected with the air pump, the telescopic air bag assemblies and the fan-shaped deformation air bag assemblies through air pipes, and the air flow distributor and the air pump are respectively connected with the main control unit; the method comprises the following steps:
the remote controller receives a first control command triggered by a user and sends the first control command to the main control unit;
the main control unit controls the air pump to alternately inflate and exhaust the plurality of telescopic air bag assemblies and the more than two groups of fan-shaped deformation air bag assemblies according to the first control command; the telescopic air bag assembly comprises a plurality of air-inflated air bags which are arranged in a stacked mode, air bag cavities of the air-inflated air bags are communicated, when the air pump alternately inflates and exhausts the telescopic air bag assembly, the air bag cavities of the air-inflated air bags are made to stretch in the communication direction, extrusion pressure is generated in the communication direction, and the human body is vertically extruded and massaged; the fan-shaped deformation air bag assembly comprises a plurality of wing-shaped air bags which are arranged in a stacked mode, each wing-shaped air bag comprises an air bag head and an air bag tail, air bag cavities of the wing-shaped air bags are communicated with the air bag heads, when the fan-shaped deformation air bag assembly is alternately inflated and exhausted by the air pump, the wing-shaped air bags are enabled to form a fan shape at intervals, clamping force is generated in the fan-shaped deformation direction, and a human body is subjected to wrapped kneading massage;
the main control unit controls the air flow distributor to adjust the air flow for inflating or exhausting the plurality of telescopic air bag assemblies and the more than two groups of fan-shaped deformation air bag assemblies.
7. The method of claim 6, wherein the body massage nursing pad further comprises a pressure sensor, the pressure sensor being connected with the master control unit; the method further comprises the following steps:
the pressure sensor detects the pressure generated by the gas flowing out of the gas pump to obtain a pressure detection value; transmitting the pressure detection value to the main control unit;
when the air pump inflates the telescopic air bag assembly, if the pressure detection value is smaller than a first preset pressure value, the main control unit controls the air pump to continue inflating the telescopic air bag assembly and the fan-shaped deformation air bag assembly; if the pressure detection value is larger than or equal to the first preset pressure value, the main control unit controls the air pump to exhaust the telescopic air bag assembly and the fan-shaped deformation air bag assembly.
8. The method of claim 7, further comprising:
the remote controller receives a second control command triggered by a user; sending the second control command to the main control unit;
the main control unit control the air current distributor adjusts the air current of aerifing or exhausting a plurality of flexible gasbag subassemblies and fan-shaped deformation gasbag subassembly more than two sets of, includes:
the main control unit determines a pressure adjustment amount according to the second control command; adjusting the first preset pressure value to a second preset pressure value according to the pressure adjustment amount; and the main control unit controls the air flow distributor to adjust the air flow for inflating or exhausting the plurality of telescopic air bag assemblies and the more than two groups of fan-shaped deformation air bag assemblies according to the pressure adjustment amount.
9. The method of claim 8, wherein the main control unit controls the air flow distributor to adjust the air flow for inflating or deflating the plurality of flexible air bag modules and the two or more fan-shaped deformable air bag modules according to the pressure adjustment amount, and the method comprises the following steps:
if the second control command is a control command for increasing the pressure, the main control unit controls the airflow distributor to adjust the airflow for inflating or exhausting the multiple telescopic airbag assemblies and the more than two groups of fan-shaped deformation airbag assemblies according to the pressure adjustment amount to increase;
if the second control command is a pressure reduction control command, the main control unit controls the air flow distributor to adjust the air flow for inflating or exhausting the plurality of telescopic air bag assemblies and the more than two groups of fan-shaped deformation air bag assemblies according to the pressure adjustment amount so as to reduce the air flow.
10. The method according to any one of claims 6-9, wherein the body massage nursing pad further comprises a battery, a heating sheet and a remote control code matching key, the body massage nursing system further comprises a connection line, the main control unit further comprises a power supply interface, an air flow distributor interface, an air pump interface, a remote control code matching key interface and a heating sheet interface, the battery is connected with the main control unit, and the main control unit is respectively connected with the air flow distributor, the air pump interface, the remote control code matching key interface, the heating sheet interface and the connection line through the air flow distributor interface, the air pump interface, the remote control code matching key interface, the heating sheet interface and the connection line; the method further comprises the following steps:
the remote control code matching key is in wireless communication connection with the remote controller;
the power interface connects the body massage nursing pad with the connecting line to charge the battery;
the main control unit controls the heating sheet to heat when controlling the air pump to alternately inflate and exhaust, so that the body massage nursing pad can heat and massage the human body.
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| CN202010656139.7A CN111870495A (en) | 2020-07-09 | 2020-07-09 | Body massage nursing system and method |
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| CN202010656139.7A CN111870495A (en) | 2020-07-09 | 2020-07-09 | Body massage nursing system and method |
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Application publication date: 20201103 |
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