CN219049373U

CN219049373U - Intelligent massage cushion

Info

Publication number: CN219049373U
Application number: CN202222629270.1U
Authority: CN
Inventors: 白林; 郭海
Original assignee: Kunshan Guanxiang Electronic Technology Co ltd
Current assignee: Kunshan Guanxiang Electronic Technology Co ltd
Priority date: 2022-10-08
Filing date: 2022-10-08
Publication date: 2023-05-23
Anticipated expiration: 2032-10-08

Abstract

The utility model discloses an intelligent massage cushion which comprises a cushion body, an inflator pump, a control system, an operation end and a power supply device, wherein at least two air bag distribution areas are arranged in the cushion body in a partition mode, at least one supporting air bag is densely distributed in each air bag distribution area, the inflator pump is respectively communicated with the supporting air bags in each air bag distribution area through pipelines, the control system controls the inflator pump to alternately inflate and deflate the supporting air bags in different air bag distribution areas so that each air bag distribution area on the cushion body circularly alternates between high and low, the power supply device supplies power for the control system and the inflator pump, and the operation end can perform signal transmission with the control system.

Description

Intelligent massage cushion

Technical Field

The utility model relates to a cushion, in particular to an intelligent massage cushion.

Background

The cushion is comfortable to use and has a decorative effect, the shape of the cushion is square, round and oval, the material is cotton cloth, flannelette, brocade, nylon or linen, the most comfortable cushion material at present is memory cotton material, and different using groups can generate more requirements on the intelligent degree, comfort and functionality of the cushion along with the progress of scientific technology and the improvement of the standard of living of people.

In order to increase the pressure equalizing effect for the cushion, the fatigue of the sedentary person is reduced, and the air cushion type cushion, the mechanical massage cushion and the like are sequentially pushed out.

The air cushion type cushion is filled with air by injecting air into the air cushion, so that the comfort of the cushion is improved. However, the existing cushion type cushion can only improve the softness of the cushion and can not massage and ventilate and cool the user.

The mechanical massage cushion adopts the movement of a mechanical structure to realize massage, and as the mechanical mechanism has higher hardness, the sitting comfort is poor, and the internal parts are easy to age and damage, so that the massage effect is affected.

Disclosure of Invention

In order to overcome the defects, the utility model provides the intelligent massage cushion which is soft and comfortable and is more in accordance with ergonomic design.

The utility model adopts the technical scheme for solving the technical problems: the utility model provides an intelligence massage cushion, includes cushion body, pump, control system, operation end and power supply unit, this internal partition arrangement of being equipped with two at least gasbag distribution areas of cushion, every gasbag distribution area is internal to be densely covered has at least one supporting airbag, the pump respectively with each supporting airbag in the gasbag distribution area passes through the pipeline intercommunication, control system control pump is in turn for the supporting airbag in the different gasbag distribution areas to inflate and the gassing makes each gasbag distribution area circulation on the cushion body alternate height fluctuation, power supply unit supplies power to control system and pump, the operation end can carry out signal transmission with control system.

The cushion body is formed by laminating upper and lower layers of soft materials optimally, a plurality of air bag distribution areas are formed in the cushion body, a plurality of small supporting air bags are arranged in each air bag distribution area, the small supporting air bags are formed into a hollow design, an inflator pump is used for respectively inflating or deflating each small supporting air bag through a pipeline, air flows or is stored in the small supporting air bags, the plurality of small supporting air bags are connected through the pipeline to form an air bag distribution area, the supporting air bags in each air bag distribution area can realize synchronous inflation and deflation and air flow, and because the supporting air bags in different air bag distribution areas are inflated and deflated independently through different pipelines, the height of a certain air bag distribution area on the cushion can be changed, and the contact area of a human body is changed, so that the stress of each part of the human body is also changed; the inflatable cushion can be inflated and deflated simultaneously, the muscle stress part is slowly changed in the mode, and the air bags are made of soft materials, the air bags are inflated and deflated internally, so that the whole inflation and deflation process is realized, the inflatable cushion has very soft and comfortable and continuous massage experience, because the plurality of small supporting air bags in the cushion body form an air bag distribution area, the small supporting air bags in each air bag distribution area can be inflated and deflated synchronously, the muscle stress change amplitude of a user during inflation and deflation massage is increased, the user feeling is improved, the defect that the massage effect of the same type of product is not felt is overcome, each air bag distribution area is formed by arranging a plurality of small supporting air bags, the small supporting air bags can be fully contoured according to the pressure distribution of the human body contact part, so that the stress is balanced, gaps exist among the small supporting air bags, the gaps are beneficial to the flow of air, the effects of heat dissipation and ventilation can be achieved, the inflation pumps for supporting the air bags in each air bag distribution area can be one, the inflation and deflation control of each air bag distribution area can be carried out through different electromagnetic valves, and the inflation and deflation control can be carried out by independent pumps for different air bag distribution areas respectively, and inflation and deflation areas can be carried out by people according to the actual technology.

As a further improvement of the utility model, at least one air blowing pipeline is also arranged in the cushion body, the air blowing pipeline is communicated with an inflator pump or an independent air blowing pump, the air blowing pipeline extends to the surface of each air bag distribution area, and a plurality of air blowing holes are formed on the side wall of the air blowing pipeline. The air pump communicated with the air blowing pipeline can be shared with the supporting air bags in the air bag distribution area, the air blowing start and stop can be controlled by the electromagnetic valve, the air blowing pipeline can also realize independent air supply of the air blowing pipeline through the independent air blowing pump, when the independent air blowing pump is used for supplying air to the air blowing pipeline, the air blowing strength can be regulated through the air blowing pump, after the air blowing function is started, the air can be continuously and softly blown out to the surface of the cushion through the air blowing pipeline and the air holes on the air blowing pipeline, so that the air circulation speed between the cushion and a human body is increased, the heat dissipation, the ventilation and the dehumidification are greatly enhanced, the air bag is suitable for sedentary people, and particularly for people who cannot walk for a long time and need sedentary people, and the air bag is greatly assisted in preventing and relieving bedsore parts.

As a further improvement of the utility model, the air blowing pipeline comprises an air blowing main pipeline and air blowing branch pipelines, wherein the air blowing main pipeline is communicated with an air pump or an air blowing pump, one end of each air blowing branch pipeline is communicated with the air blowing main pipeline, the other end of each air blowing branch pipeline extends to different air bag distribution areas respectively, and air blowing holes are arranged on the side walls of the air blowing main pipeline and the air blowing branch pipeline at intervals. Through main pipeline and pump or the pump intercommunication air feed of blowing, then blow towards different gasbag distribution area surfaces respectively through each branch pipeline of blowing for blow evenly blows out on the cushion surface, avoids the concentrated one point of air current, perhaps the air current is too big etc. to cause human uncomfortable to feel, can also not establish the branch pipe of blowing, and extend in the gasbag distribution area and between the gasbag distribution area meander through the main pipeline of blowing, the venthole setting is on the main pipeline lateral wall of blowing, this is the equivalent design scheme that this technical staff thinks very easily according to this patent, belongs to this patent protection scope.

As a further improvement of the utility model, a control cabin is arranged in the cushion body, the control system, the air pump and the air pump are fixedly arranged in the control cabin in a distributed manner, the power supply device is at least one of a power socket arranged on the control cabin and a battery box positioned in the control cabin, the power socket can be communicated with an external power supply through a circuit, a battery can be arranged in the battery box in a conductive manner, and the power socket and the battery in the battery box can be respectively connected with the control system, the air pump and the air pump for supplying power through the circuit. The control bin is optimally arranged at one corner of the cushion body, hard parts such as a circuit board, an inflator pump, an air blowing pump and a battery box of the control system are integrated into a whole, the control device is prevented from being hung outside the cushion, the control bin is hidden at one corner inside the cushion body, the overall attractiveness of the cushion is improved, the cushion is convenient to carry out, and the cushion can be placed at any position and is convenient to control.

As a further improvement of the utility model, a charging circuit is also arranged in the control cabin, the charging circuit is connected and conducted with the power socket and the battery box through a circuit, and an external power supply can charge a rechargeable battery in the battery box through the charging circuit. Through setting up charging circuit, charge for rechargeable battery by external power supply, bring to any place use after making this cushion chargeable, also can charge by treasured that charges with power socket connection, prolonged the work duration of cushion greatly.

As a further improvement of the utility model, the operation end comprises one or more of an operation switch, a remote controller, a computer and an intelligent electronic product, wherein the operation switch is fixedly arranged on the outer side of the seat cushion body, the operation switch is in electric connection communication with the control system through a circuit, and the remote controller, the computer and the intelligent electronic product respectively perform signal transmission with the control system through a signal receiving and transmitting device. The control system is optimally realized through various operation ends to carry out communication control with the control system, different crowds and different conditions are realized, if the operation switch is used for the old people to select on-off, massage on and massage modes, blow on and blow size and the like, the massage control for people inconvenient to move in the home can also be realized through the operation of a remote controller by families, software or APP can also be installed on electronic equipment such as a computer, a mobile phone, a flat plate, an intelligent watch and the like, the control of the control system is realized through a Bluetooth and other signal transceiver, and further, the setting and the operation of the working time, the actuation sequence, the air pressure, the circulation times and the like of each air bag area and a blowing pipeline are realized, the cushion can be self-adjusted by utilizing software or APP according to different users in the use process, the muscle pressure of the contact part is perfectly dispersed, the massage is more gentle and comfortable, and the optimal experience is realized for the users.

As a further improvement of the utility model, the cushion body is also provided with a signal display lamp and a buzzer, the signal display lamp and the buzzer are respectively in electric connection and communication with a control system, and the control system controls the different signal display lamps to be on and off and controls the buzzer to generate prompt tones. Through set up the signal display lamp on the cushion body, be used for audio-visual state of demonstration cushion, massage mode etc. avoid causing user's massage uncomfortable because of massage mode is unsuitable, set up buzzer and carry out real-time alarm according to the system setting on the cushion and remind, the user of being convenient for knows cushion running situation in real time.

As a further improvement of the utility model, the cushion body is internally provided with an inflation and deflation main pipeline and an inflation and deflation branch pipeline, one end of at least two inflation and deflation main pipelines is communicated with each inflator pump in a one-to-one correspondence manner, the other end of each inflation and deflation main pipeline extends into each airbag distribution area of the cushion, the side wall of the other end of each inflation main pipeline is respectively connected with at least one inflation and deflation branch pipeline, and the inflation and deflation branch pipeline is respectively communicated with each supporting airbag.

The support air bags in different air bag distribution areas are supplied with air or deflated through different air filling and deflating main pipelines, independent air filling and deflating and air flowing operation of each air bag distribution area are achieved, each support air bag is respectively filled and deflated through the air filling and deflating branch pipelines, rapid air filling and deflating in the support air bags are achieved, obvious massage effects are achieved, the air filling and deflating pipeline design mode is convenient for a control system to control, system faults are avoided easily caused by too complex procedures, in addition, the air filling and deflating main pipelines can be arranged in the cushion, the support air bags in the same air bag distribution area are connected to the side wall of the air filling main pipeline, the air filling and deflating main pipelines can extend in the air bag distribution area in a winding mode, the air filling pump is communicated with each support air bag through a plurality of air pipes respectively, independent control of each support air bag is achieved, and the same is an equivalent design scheme which is easy to think by a person in the field according to the patent, and the air filling and deflating main air bag distribution area is protected by the patent.

As a further improvement of the utility model, four air bag distribution areas are distributed on the cushion body in a shape of a Chinese character 'tian', a plurality of supporting air bags are uniformly distributed in each air bag distribution area in an array shape, a plurality of air pipe joints are arranged on each air charging and discharging branch pipe at intervals, and the air pipe joints on each air charging and discharging branch pipe are respectively communicated with one row of supporting air bags.

Through setting up four gasbag distribution areas on the cushion, correspond human buttock and thigh root respectively and massage, it is good with human adaptability, can also set up more gasbag distribution areas in addition, correspond with human different positions respectively, if make the cushion big, form the mattress that supplies the human to lie down, form the gasbag distribution area that corresponds with human back, waist, arm, buttock, thigh, shank etc. above that, realize conforming to ergonomic whole body massage, such all are equivalent replacement structure that the person of skill in the art carries out according to this application and application difference, belong to this application protection scope.

As a further improvement of the utility model, at least one of a balloon pressure sensor and a timer is also arranged, wherein the balloon pressure sensor can sense the air pressure of the supporting air bags in each air bag distribution area, and the timer can time the inflation and deflation time of the supporting air bags in each air bag distribution area, and the balloon pressure sensor and the timer are respectively and electrically connected and communicated with the control system. In the process of inflation and deflation massage, inflation and deflation control can be performed in multiple modes such as time counting by a pressure sensor or a timer.

The beneficial effects of the utility model are as follows: according to the utility model, the plurality of air bag distribution areas are arranged in the cushion, the plurality of support air bags are arranged in each air bag distribution area, the air bags are made of soft materials, the air in the support air bags can flow in the areas, the air bags can be self-regulated according to different users and different postures in the use process, the muscle pressure of the contact part is perfectly dispersed, the cushion is more accordant with ergonomics, the massage is softer and more comfortable, the unique air bag distribution area design is adopted, the support air bags of the air bag distribution areas are distributed mainly in the whole area, the muscle stress variation amplitude of the users during inflation and deflation massage is greatly increased, the user experience is enhanced, the defect that the single-point air bag massage effect is not felt is overcome, the comfort is also increased, the effectiveness is improved, the cushion is very suitable for long-time use of people sitting for a long time, the comprehensive massage of the contact part is achieved in a relaxation mode, the air gaps among the air bags are also convenient to circulate, the air blowing function is further arranged, the cushion has the effects of heat dissipation, ventilation, dehumidification, decubitus prevention and the like, the cushion and the cushion are formed into a whole, the cushion is attractive, the cushion is convenient to charge and convenient, the cushion can be charged and charged to any place is charged and can be charged and charged conveniently. Compared with the traditional mechanical structure type massage products, the massage mode can be defined by the control of software or APP.

Drawings

FIG. 1 is a front view of the principle of the present utility model;

FIG. 2 is a front view of the control cabin structure principle of the present utility model;

FIG. 3 is a schematic diagram of the internal structure of the bin according to the present utility model.

Detailed Description

Examples: the following description of the embodiments of the present utility model will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present utility model, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the utility model without making any inventive effort, are intended to be within the scope of the utility model.

Referring to fig. 1-3, an intelligent massage cushion comprises a cushion body 1, a control cabin 2 is installed at one corner of the top of the cushion body 1, four independent air bag distribution areas are evenly distributed on the cushion body 1, the four independent air bag distribution areas are respectively a first air bag distribution area 3, a second air bag distribution area 4, a third air bag distribution area 5 and a fourth air bag distribution area 6, an air pump 12 is installed in the control cabin 2, the output end of the air pump 12 is communicated with four air inflation and deflation main pipelines 13, the air inflation and deflation main pipelines 13 respectively extend to the corresponding first air bag distribution area 3, the second air bag distribution area 4, the third air bag distribution area 5 and the fourth air bag distribution area 6, a plurality of air inflation and deflation branch pipelines 7 are connected to each air inflation and deflation main pipeline 13 through an air pipe joint, each air inflation and deflation branch pipeline 7 is communicated with a row of support air bags 17 in the air bag distribution area through an air pipe joint, air inflation main pipelines 15 which are independently connected with an air inflation pump are respectively led out from the main pipelines, the air inflation and deflation branch pipelines 18 respectively extend towards different air bag distribution areas in a uniform direction, and the surface of the cushion body is evenly blown.

The outside of control storehouse 2 is provided with the ventilation button switch 8 that is used for controlling the air pump, the position department that control storehouse 2 is close to ventilation button switch 8 is provided with ventilation pilot lamp 9, ship type area lamp switch 16 is installed to one end of control storehouse 2, start equipment through ship type area lamp switch 16 from taking the lamp to always light after starting, ventilation pilot lamp 9 always lights the green light, control system control pump 12 is inflated respectively first gasbag subregion 3, second gasbag subregion 4, third gasbag subregion 5 and fourth gasbag subregion 6, the interval time that every gasbag subregion was inflated can set up through software or APP, buzzer sends out the sound after four gasbag subregions are inflated, get into massage ventilation cycle after waiting 5 minutes, cycle is defined as: the supporting air bags 17 of the first air bag subsection 3 are deflated for 5s, then the supporting air bags of the first air bag subsection 3 are inflated and wait for 20s, the supporting air bags 17 of the second air bag subsection 4 are deflated for 5s, then the supporting air bags 17 of the second air bag subsection 4 are inflated and wait for 20s, the supporting air bags 17 of the third air bag subsection 5 are deflated for 5s, then the supporting air bags 17 of the third air bag subsection 5 are inflated and wait for 20s, the supporting air bags 17 of the fourth air bag subsection 6 are deflated and wait for 5s, then the order of deflation and inflation of the first, second, third and fourth air bag distribution areas can be set through software or APP, each cycle interval is 8-10 minutes, then cycle again, in the time interval of cycle, the electromagnetic valve connected with the air blowing pump can be opened through software control, the ventilation, moisture discharging and cooling effects are realized through the air blowing main pipeline 15 and the air blowing branch pipeline 18, and the ventilation switch can be closed according to the ventilation switch; when the electric quantity is lower than 10%, the buzzer gives out alarm prompt sound, and the equipment keeps a full-gas state and does not enter the massage ventilation cycle.

In this implementation, all include the single little supporting airbag 17 of multiunit even setting in first gasbag subregion 3, second gasbag subregion 4, third gasbag subregion 5 and the fourth gasbag subregion 6, supporting airbag in each gasbag subregion is evenly arranged state distribution, each supporting airbag communicates respectively by filling and deflating branch line 7 and fills on the gassing main line 13, and then realize intercommunication inflation and bleeder, realize automatic control through control system, adopt TYPE-C interface 10 as power socket on the control bin 2, and the position department that control bin 2 is close to TYPE-C interface 10 is provided with red green double-colored electric quantity pilot lamp 11, charge reserve as rechargeable battery through the battery, portable uses, control system that control bin 2's inside set up is through wire and ship's lamp switch, solenoid valve 14, ventilation button switch 8, ventilation pilot lamp 9, TYPE-C interface 10 and electric quantity pilot lamp 11 electricity are connected, realize automatic regulation and control, realize intelligent massage, the department that fills gassing main line 13 all is provided with the rubber fixing base, and the rubber fixing base is all installed on cushion body 1, be used for improving the stability that the whole cushion is used for improving or the translocation, and install alarm system through setting up alarm system, and warning system is connected with the warning system in real-time according to the buzzer, the setting up of the buzzer.

The working principle of the utility model is as follows: switching on the power supply (the device uses electric components to be powered by a storage battery), starting the device through the ship-shaped switch 16 with a lamp, enabling the ship-shaped switch 16 with the lamp to be always on after starting, enabling the ventilation indicator lamp to always light a green light to be on by 9, inflating the first air bag distribution area 3, the second air bag distribution area 4, the third air bag distribution area and the fourth air bag distribution area 6 by a controller, enabling the buzzer to send out sound after the four air bag distribution areas are inflated, enabling the buzzer to enter a massage ventilation cycle after waiting for 5 minutes, and defining the cycle: the first air bag distribution area 3 is deflated for 5s, then the first air bag distribution area 3 is inflated and waits for 20s, then the second air bag distribution area 4 is deflated for 5s, then the second air bag distribution area 4 is inflated and waits for 20s, then the third air bag distribution area 5 is deflated for 5s, then the third air bag distribution area 5 is inflated and waits for 20s, then the fourth air bag distribution area 6 is deflated for 5s, finally the fourth air bag distribution area 6 is inflated and waits for 20s, the order of deflation and inflation of the four air bag distribution areas can be set through software or APP, each cycle interval is 8-10 minutes, then the cycle is repeated, in the time interval of the cycle, the air blowing electromagnetic valve can be opened through software control, the air blowing pump is started to operate, the ventilation, the dehumidification and the cooling effects are realized through the air blowing main pipeline 15 and the air blowing branch pipeline, the ventilation switch is lightly pressed, and the ventilation function can be closed; when the electric quantity is lower than 10%, the buzzer gives out alarm prompt sound, and the equipment keeps a full-gas state and does not enter the massage ventilation cycle.

Although the present utility model has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that modifications may be made to the technical solutions described in the foregoing embodiments, or equivalents may be substituted for some of the technical features thereof, for example, parameters such as inflation and deflation, cycle time, etc. may be individually set by using bluetooth connection, and any modifications, equivalents, improvements, etc. within the spirit and principles of the present utility model should be included in the scope of the present utility model.

Claims

1. An intelligent massage cushion which is characterized in that: including cushion body, pump, control system, operation end and power supply unit, be equipped with two at least gasbag distribution areas of partition arrangement in the cushion body, every gasbag distribution is regional to be internal to be densely covered has at least one supporting airbag, the pump respectively with each supporting airbag in the gasbag distribution area passes through the pipeline intercommunication, control system control pump is in turn for supporting airbag in the different gasbag distribution areas to be inflated and gassing makes each gasbag distribution area circulation on the cushion body alternate the height fluctuation, power supply unit supplies power to control system and pump, and the operation end can carry out signal transmission with control system.

2. The intelligent massage cushion of claim 1, wherein: the cushion body is internally provided with at least one air blowing pipeline which is communicated with an inflator pump or an independent air blowing pump, the air blowing pipeline extends to the surface of each air bag distribution area, and a plurality of air blowing holes are formed in the side wall of the air blowing pipeline.

3. The intelligent massage cushion of claim 2, wherein: the air blowing pipeline comprises an air blowing main pipeline and air blowing branch pipelines, the air blowing main pipeline is communicated with an air pump or an air blowing pump, one end of each air blowing branch pipeline is communicated with the air blowing main pipeline, the other end of each air blowing branch pipeline extends to different air bag distribution areas respectively, and air blowing holes are arranged on the side walls of the air blowing main pipeline and the air blowing branch pipeline at intervals.

4. The intelligent massage cushion of claim 2, wherein: the cushion is characterized in that a control cabin is arranged in the cushion body, the control system, the air pump and the air pump are fixedly arranged in the control cabin in a distributed mode, the power supply device is at least one of a power socket arranged on the control cabin and a battery box arranged in the control cabin, the power socket can be communicated with an external power supply through a circuit, a battery can be arranged in the battery box in a conducting mode, and the power supply can be respectively connected with the control system, the air pump and the air pump through the circuit to supply power to the battery in the power socket and the battery box.

5. The intelligent massage cushion according to claim 4, wherein: and a charging circuit is further arranged in the control bin and is connected with the power socket and the battery box through lines, and an external power supply can charge a rechargeable battery in the battery box through the charging circuit.

6. The intelligent massage cushion of claim 1, wherein: the operation end comprises one or more of an operation switch, a remote controller, a computer and an intelligent electronic product, the operation switch is fixedly arranged on the outer side of the seat cushion body, the operation switch is in electric connection communication with the control system through a circuit, and the remote controller, the computer and the intelligent electronic product respectively perform signal transmission with the control system through a signal receiving and transmitting device.

7. The intelligent massage cushion of claim 1, wherein: the cushion body is also provided with a signal display lamp and a buzzer, the signal display lamp and the buzzer are respectively in electric connection communication with a control system, and the control system controls the different signal display lamps to be on or off and controls the buzzer to generate prompt tones.

8. The intelligent massage cushion of claim 1, wherein: the cushion is characterized in that an inflation and deflation main pipeline and inflation and deflation branch pipelines are arranged in the cushion body, one end of each inflation and deflation main pipeline is communicated with each inflator pump in a one-to-one correspondence manner, the other end of each inflation and deflation main pipeline extends into each air bag distribution area of the cushion, at least one inflation and deflation branch pipeline is connected to the side wall of the other end of each inflation main pipeline, and each inflation and deflation branch pipeline is communicated with each supporting air bag.

9. The intelligent massage cushion of claim 8, wherein: four air bag distribution areas are distributed on the cushion body in a shape like a Chinese character 'tian', a plurality of supporting air bags are uniformly distributed in each air bag distribution area in an array shape, a plurality of air pipe joints are arranged on each air charging and discharging branch pipe at intervals, and the air pipe joints on each air charging and discharging branch pipe are respectively communicated with one row of supporting air bags.

10. The intelligent massage cushion of claim 1, wherein: the air bag pressure sensor can sense the air pressure of the supporting air bags in each air bag distribution area, and the timer can time the inflation and deflation time of the supporting air bags in each air bag distribution area, and the air bag pressure sensor and the timer are respectively in electric connection communication with the control system.