CN105747718A - Full-duplex self-adaption pillow and use method thereof - Google Patents
Full-duplex self-adaption pillow and use method thereof Download PDFInfo
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- CN105747718A CN105747718A CN201510570756.4A CN201510570756A CN105747718A CN 105747718 A CN105747718 A CN 105747718A CN 201510570756 A CN201510570756 A CN 201510570756A CN 105747718 A CN105747718 A CN 105747718A
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Abstract
The invention relates to a full-duplex self-adaption pillow and a use method thereof. The full-duplex self-adaption pillow consists of a pillow body, a connecting wire tube, a host and a remote controller, wherein the pillow surface consists of a group of single pillow strips; each pillow strip corresponds to a single telescopic air bag and a synchronous vertical ascending and descending frame, so that an ascending and descending system inside the pillow body is formed; each of the pillow body and the host is provided with an inserting and connecting opening; each inserting and connecting opening comprises a group of circuit interfaces and a group of air tube interfaces; electronic equipment in the pillow body is connected with a single chip microcomputer in the host by the connecting wire tube through the inserting and connecting openings, so that each air bag in the pillow body is connected with corresponding units in a sensor array and an electromagnetic valve array in the host. According to pressure distribution mapping and extreme value differences of each air bag during lying on the back and lying on the side of people, different sleeping postures can be automatically recognized by a data collecting and control technology of the single chip microcomputer in the host; each air bag realizes inflating and exhaust control, so that the self adaption of the pillow shape is realized. A serial port Wi-Fi (wireless fidelity) module is embedded in the single chip microcomputer, so that the full-duplex data information transmission with peripheral equipment is realized.
Description
Technical field
The invention belongs to daily living article field, particularly relate to a kind of novel full duplex self adaptation medicated pillow and using method.Full duplex (FullDuplex) is a term of communication transfer, refers to that the data message between single-chip microcomputer and ancillary equipment can transmit in the two directions simultaneously.
Background technology
Medicated pillow is the article that people will use every day, and the quality of its performance directly influences the quality of life of people.The sleeping position that people are correct includes lying on the back and lying on one's side two kinds, and converts randomly in sleep procedure.Gaining knowledge according to ergonomic, the shape (including height and the curved surface distribution etc. of medicated pillow) of medicated pillow is required that difference is huge by sleeping position two kinds different.Simultaneously as the difference of everyone build, the requirement of pillow shape is shown personalized feature especially.And in the information age, people are except to the traditional functional requirement of medicated pillow, have increasing need for medicated pillow to have and the New function of peripheral data information transmission, the monitoring and diagnosis of every sign data information and increase other service functions during to realize sleep state.
At present, traditional medicated pillow cannot meet the function automatically adapted to data information transfer of above-mentioned shape.
Summary of the invention
The main purpose of the present invention is to provide a kind of full duplex self adaptation medicated pillow, and it can realize the automatic adaptation of pillow shape (espespecially the curved surface distribution etc. of the height of medicated pillow and pillow top).
For achieving the above object, the present invention takes following design:
A kind of full duplex self adaptation medicated pillow, including a pillow, described pillow is made up of pillow top and pillow base combination；Wherein, described pillow pedestal includes:
One device that can realize pillow top lifting, including the single-body type extension airbag of one group of laid out in parallel, each extension airbag and one can keep its upright horizontal flexible synchronous vertical crane to be connected；
Be provided with a pillow plug receptacle in the side of described pillow or rear, this pillow plug receptacle includes set of circuits interface and one group of air pipe interface, and with the set of circuits interface in main frame plug receptacle and one group of air pipe interface one_to_one corresponding；
The monomer pillow bar combination that described pillow top is independently arranged by one group and mutually comes together is constituted, each monomer pillow corresponding synchronous vertical crane of bar and being installed on the support beam on this synchronous vertical crane top, and can with this support beam for rotate axle make two to rotation；
Peripheral hardware one main frame, utilize connection spool to make the electronic equipment in pillow be connected with the single-chip microcomputer in main frame by pillow with the plug receptacle of main frame, make each extension airbag in pillow be connected with corresponding unit in the sensor array in main frame and electromagnetic valve array respectively simultaneously.
In described full duplex self adaptation medicated pillow, described synchronous vertical crane is by the vertical telescopic guide rail laying respectively at extension airbag both sides for a pair and is positioned at the support beam combination on extension airbag top and constitutes.
In described full duplex self adaptation medicated pillow, arrange synchronizer for each synchronous vertical crane；This synchronizer may is that 1) synchronizer of gear structure: combined by a pair wire and sleeve pipe, a pair rack and pinion, the base plate line of rabbet joint etc. and constitute；The pair of local is cased with the wire of sleeve pipe and is arranged in the inside of above-mentioned a pair vertical telescopic guide rail respectively, and is connected with supporting beam on top, and the other end is connected with a pair tooth bar being placed on the base plate line of rabbet joint respectively；Above-mentioned a pair tooth bar can line of rabbet joint left and right sliding along base plate, and the mutual toe joint of gear being fixed on base plate by position.2) scissor structural formula synchronizer: at least arrange the scissor structural formula lock unit device of more than a group in the side of each extension airbag, the top of this scissor structural formula lock unit device and bottom are fixing with the top of corresponding extension airbag and bottom respectively to be connected；If arrange plural scissor structural formula lock unit device in the side of each extension airbag, then connect with synchronized links bar being positioned at being slidably connected of each notch of homonymy horizontal direction.
In described full duplex self adaptation medicated pillow, being provided with threeway in the trachea within main frame, the connection spool UNICOM that a path is corresponding with from extension airbag, two other path is connected with sensor array and electromagnetic valve array corresponding unit respectively；After the single-chip microcomputer in the main frame signal processing by collection, control the work of air pump and electromagnetic valve array each unit.
In described full duplex self adaptation medicated pillow, the single-chip microcomputer of main frame embeds serial ports Wi-Fi module so that it is have and the function of ancillary equipment full-duplex data information transmission.
In described full duplex self adaptation medicated pillow, also there is at least one in techniques below feature:
A) remote controller is arranged for main frame；
B) pillow back or side is provided with at least one electronic equipment in speaker, microphone, alarm button and earphone jack；
C) being provided with the Human Physiology index collection software function module based on pressure transducer in the single-chip microcomputer of main frame, described Human Physiology index is at least one in breathing, heart rate, blood pressure and pulse；
D) alarm software functional module is installed in the single-chip microcomputer of main frame；
E) in the single-chip microcomputer of main frame, it is also equipped with music audio signal control software design functional module；
F) each extension airbag has fold lines that is extensible or that shrink；
G) on described wire, the sheathed position, local of sleeve pipe is located at guide wire line corner and the juncture area passed from vertical telescopic guide rail.
Described main frame is additionally provided with collection, process and computing sensor data signal single-chip microcomputer, for airbag aeration air pump and regulate air pump watt level converter etc..
It is a further object of the present invention to provide the using method of a kind of medicated pillow.
For achieving the above object, the present invention takes following design:
Some independent extension airbags and synchronous vertical crane collectively constitute the jacking system within pillow, and by connecting the spool plug receptacle by pillow and main frame, make each extension airbag in pillow be connected with corresponding unit in the sensor array in main frame and electromagnetic valve array；Single-chip microcomputer according to people when lying on the back and lie on one's side, the pressure distribution of each air bag maps the difference with extreme value, automatically different sleeping position is identified, and the packet of Real-time Collection and storing is arranged packet corresponding to different sleeping position compare computing, each air bag closed by instruction air pump and electromagnetic valve each unit, inflate or the control of aerofluxus, it is achieved the automatic adaptation of pillow shape.
In the using method of described medicated pillow, when using first, main frame is first connected by connecting spool by user with pillow, and main frame is placed ANTU；The external power supply plug of main frame is connected power supply；By what hand-held remote controller started that main frame presses remote controller again, key is set, the setting of each extension airbag barometric information bag when completing to lie on the back or lie on one's side, and preset the tolerance interval value of corresponding data in each packet, this data message is stored in the single-chip microcomputer of main frame as the standard data message of comparison；
When using subsequently, first main frame external power supply plug is connected power supply；Pressing power supply of remote controller key, make main frame and power on, each electronic equipment enters duty；The electric data signal that in single-chip microcomputer Real-time Collection sensor array, each unit produces because of extension airbag air pressure inside, and compare computing with the standard data message stored, identify the sleeping position that user is instant；When the single-chip microcomputer of main frame recognizes user conversion sleeping position, transfer packet corresponding under this sleeping position that user has arranged and stored to compare to analyze residual quantity, and instruction air pump and electromagnetic valve array each unit work, each extension airbag is closed, inflates or gas exhaust inspecting, make pillow shape automatically change to reach height and the curved surface distribution of medicated pillow under this sleeping position.
In the using method of described medicated pillow, described transfer under this sleeping position that user has arranged and stored corresponding packet and compare, and make command adapted thereto and each extension airbag is closed, inflates or the concrete grammar of gas exhaust inspecting is: 1. when the tolerance interval value of corresponding data in having data less than the packet stored in the packet gathered, implement the instruction of booster air pump, and implement to open the air inlet instruction of electromagnetic valve array corresponding unit electromagnetic valve simultaneously；2., when the tolerance interval value of corresponding data in having data more than the packet stored in the packet gathered, implement to open the air vent instruction of electromagnetic valve array corresponding unit electromagnetic valve；3., when the packet data of the packet gathered with storage is completely in tolerance interval value, implement close air pump and close electromagnetic valve instruction.
In the using method of described medicated pillow, with memory storage function；When arranging, respectively the medicated pillow status data value allowing user sensation best under every kind of sleeping position of lying on the back or lie on one's side is stored；During use, the single-chip microcomputer of main frame, for the control instruction of the real-time sleeping position output correspondence of user, makes pillow shape tend to this optimum state.
The present invention can adapt to different sleeping position and individual requirement automatically, and can carry out the transmission of full-duplex data information with ancillary equipment.
The invention have the advantage that
1, pillow shape (height and curved surface distribution) can adapt to the different sleeping positions of user and the requirement of personalization features automatically, can promote sleep quality and the comfort level of people and the generation of pre-preventing cervical spondylosis.
2, SCM Based data acquisition and control technology, embed serial ports Wi-Fi module and arrange the functional module of auxiliary, the data information transfer of medicated pillow and ancillary equipment can be realized, the diagnostic monitoring of physical signs when both can provide sleep state for user, it is also possible to a kind of channel externally sought help is provided when the state of emergency for user (such as solitary old man, invalid crowd etc.).
3, use the design of single-body type pillow bar and extension airbag, the distribution of pillow top curved surface can be made more compliant, comfortable；
4, relatively prior art, the function of pillow of the present invention is perfect, and can meet the demand of use crowd greatly possibly.
Accompanying drawing explanation
Fig. 1 is full duplex self adaptation pillow structure schematic diagram of the present invention.
Fig. 2 is the pillow structural representation (outward appearance) of the present invention.
Fig. 3 is the internal partial structurtes schematic diagram of pillow of the present invention.
Fig. 4 is synchronous vertical crane one example structure schematic diagram of the present invention (only illustrating a unit, for the synchronizer of gear structure).
Fig. 5 is that another example structure schematic diagram of synchronous vertical crane of the present invention (only illustrates a unit, not shown vertical lift frame；For scissor structural formula synchronizer).
Fig. 6 is that the another example structure schematic diagram of synchronous vertical crane of the present invention (only illustrates a unit, the vertical lift frame of not shown both sides and middle part single-body type extension airbag；For scissor structural formula synchronizer).
Fig. 7 is connecting line tubular construction schematic diagram of the present invention.
Fig. 8 is the structure principle chart of main frame of the present invention.
Fig. 9 is the data transmission schematic diagram of single-chip microcomputer of the present invention and ancillary equipment.
Figure 10 is telecontrol panel schematic diagram of the present invention.
In figure:
1-pillow；11-pillow top；111-monomer pillow bar；112-connecting line；12-rests the head on pedestal；2-main frame；3-speaker；4-microphone；5-single-body type extension airbag；6-pillow plug receptacle；7-alarm button；8-earphone jack；9-vertical lift frame；91-supports beam；92-vertical telescopic guide rail；10-gear；13-wire and sleeve pipe；14-installing plate；15-the first tooth bar；16-the second tooth bar；The 17-line of rabbet joint；18-base plate；19-connects spool；20-remote controller；21-circuit connection；22-gas main；23-gas-distributing pipe；24-main frame plug receptacle；25-trachea；26-external power supply plug；29-remote controller display lamp；30-flat type square tube；31-shearing fork telescopic support；32-synchronized links bar.
Below in conjunction with drawings and the specific embodiments, the present invention is described in further details.
Detailed description of the invention
Consulting the preferred embodiment shown in Fig. 1 and Fig. 2, full duplex self adaptation medicated pillow of the present invention is directly constituted with main frame 2 combination of the pillow 1 of human contact and peripheral hardware by one.A pillow plug receptacle 6 can be provided with in the side of pillow 1 or rear, by this pillow plug receptacle 6 and connection spool 19, the main frame 2 of pillow 1 and peripheral hardware is connected, to realize the main frame control to pillow.
As shown in Figure 2, pillow 1 of the present invention mainly includes pillow top 11 and pillow pedestal 12, it is also possible to arrange some electronic equipments, as can be be provided with speaker 3 and microphone 4 in pillow lower rear both sides, alarm button 7 and earphone jack 8 also can be provided with below pillow side, etc..
The chief creating point of the present invention is in that:
Described pillow pedestal has lowering or hoisting gear, single-body type extension airbag 5 (merely illustrating a monomeric unit in figure) including one group of laid out in parallel, each single-body type extension airbag and one can keep its upright horizontal flexible vertical lift frame 9 to be connected, and the bottom of each single-body type extension airbag 5 and the associated vertical lift frame 9 connect all is also secured on installing plate 14；Pillow plug receptacle 6 is provided with set of circuits interface and a component air pipe interface, and with the set of circuits interface in main frame plug receptacle 24 and a component air pipe interface one_to_one corresponding.
The single-body type extension airbag 5 of one group of laid out in parallel correspond to one group of vertical lift frame 9, and each vertical lift frame is to be made up of the support beam 91 of top transverse direction, the combination of edge-on a pair vertical telescopic guide rail 92.Referring to shown in Fig. 3 and Fig. 4, the two ends supporting beam are connected with the top of a pair vertical telescopic guide rail respectively, and the bottom of each vertical telescopic guide rail is fixing on a mounting board.And be that each vertical lift frame arranges synchronizer (such as Fig. 4, Fig. 5 and Fig. 6).Embodiment illustrated in fig. 4 has illustrated the synchronizer of gear structure, this synchronizer adopts a pair wire and sleeve pipe 13, a pair tooth bar and at least one gear 10, a part for a pair wire and sleeve pipe is arranged in the inside of above-mentioned a pair vertical telescopic guide rail respectively, and is connected with supporting beam on top.The other end of above-mentioned a pair wire is connected with a pair tooth bar (first tooth bar 15 and the second tooth bar 16) respectively.Above-mentioned a pair tooth bar can the line of rabbet joint along base plate 18 17 (with supporting Liangping row) left and right sliding, connect transmission by gear between tooth bar, described gear 10 position is fixed on base plate.Shown in Fig. 5 and Fig. 6 is all that two embodiments of scissor structural formula synchronizer are (in each embodiment, simply the position of scissor structural formula lock unit device and the difference of quantity are set), in this scissor structural formula lock unit device, mainly combined by flat type square tube 30, shearing fork telescopic support 31 and synchronized links bar 32 and constitute；Described flat type square tube is for being connected with the support beam of top, and another is fixing on a mounting board；The top of aforementioned extension airbag is connected with two flat type square tubes 30 of upper-lower position respectively with bottom；The sidewall of above-mentioned flat type square tube all has notch；Above-mentioned shearing fork telescopic support is respectively placed in the one or both sides of flat type square tube；Each shearing fork telescopic support and each flat type square tube have two junction points, and one of them junction point position is fixed on sidewall, and another junction point is placed in the notch of sidewall, can along the left and right sliding of notch direction；If be provided with multiple shearing fork telescopic support in the one or both sides of flat type square tube, then each self-cleaning contact being positioned at same flat type square tube homonymy notch is connected by synchronized links bar.Above-mentioned flat type square tube can also be slot stick.In embodiment described in Fig. 5, it is be provided with a scissor structural formula lock unit device in the side of extension airbag.In embodiment described in Fig. 6, it is be provided with two scissor structural formula lock unit devices in the both sides of extension airbag and every side.
Arrange synchronous vertical crane in order that prevent extension airbag in filling exhaust process, and the movement of human body head in sleep procedure, cause skew and the inclination of pillow top both sides.Wherein: (1) vertical telescopic guide rail can ensure that extension airbag is in filling exhaust process, support beam to keep vertically lifting, it is prevented that skew before and after occurring；(2) can ensure that support beam keeps level lifting by the synchronizer of gear structure or scissor structural formula lock unit device, it is prevented that occur.Such as: in the synchronizer of gear structure, when support on the right side of beam downward-sloping time, downward power is conducted through wire and sleeve pipe, the first tooth bar is promoted to slide to the left, gear rotates in the counterclockwise direction, drives the second tooth bar to slide to the right, and wire and sleeve pipe through being connected with the second tooth bar conduct, the left side supporting beam is formed downward pulling force, promotes to support beam and keep level.In scissor structural formula lock unit device, when using single shearing fork telescopic support, there is because of the symmetry of itself feature of horizontal synchronization lifting；When using multiple shearing fork telescopic support, will be located in being slidably connected in the same flat type each notch of square tube homonymy and connect with synchronized links bar, promote junction point in notch inter-sync displacement, drive and support beam horizontal synchronization lifting.
Pillow top 11 of the present invention is rested the head on bar 111 by multiple monomers and is formed, and can connect with connecting line 112 between each monomer pillow bar.Each monomer pillow bar 111 is arranged on the support beam 91 on vertical lift frame 9 top, and can carry out the two of certain angle to rotation with this support beam for rotating axle.Support beam 91 and be arranged on the top of extension airbag.Each monomer extension airbag is provided with multiple tracks fold lines, and is connected with corresponding air pipe interface in pillow plug receptacle by gas-distributing pipe at lower position.By by predetermined design scheme each extension airbag being filled gas exhaust inspecting, make each extension airbag fold along fold lines to stretch or shrink, the monomer pillow bar 111 driving correspondence position moves up and down, thus realizing whole pillow top 11 distribution in curved surface, to meet the individual demand of user.
Described pillow plug receptacle 6 is fixing on a mounting board, it is possible to be designed as tang and mate, referring to Fig. 7, connects by connecting spool 19.The number of electronic devices such as pillow plug receptacle comprises multiple circuit interface and air pipe interface, the described circuit interface quantity speaker, microphone, alarm button and the earphone jack that arrange internal with pillow match；Described air pipe interface quantity matches with the internal extension airbag quantity of pillow.
Fig. 8 illustrates the main machine structure schematic diagram of one embodiment of the invention.The master machine control unit of the present invention includes: main frame plug receptacle 24, sensor array, electromagnetic valve array, signal processing unit, single-chip microcomputer and Wi-Fi module, converter, air pump, connection trachea, circuit connection 21 and external power supply plug 26 etc..
Described sensor array is connected by air pipe interface extension airbag each with pillow is corresponding by gas main 22 (comprising some gas-distributing pipes 23) with electromagnetic valve array each unit.The pressure data signal of each sensor unit collection sends single-chip microcomputer to.Above-mentioned single-chip microcomputer is provided with the storage of jacking system pressure data, computing and thus draws the software function module of instruction.The packet that described single-chip microcomputer is pre-set by data operation and user compares, identify the different sleeping positions of user, show that instruction controls being turned on and off and the size of opening amount of air pump with the pressure data bag of corresponding sleeping position again, control the switching of the closedown of each corresponding unit in electromagnetic valve array, air vent or air inlet simultaneously.Realize pillow shape and automatically adapt to the purpose of different sleeping position.
Described it is mainly based upon following experimental result by computing identification difference sleeping position: same user is in the different sleeping positions lain on the back and lie on one's side, and pressure extreme point and the pressure mapping distribution of pillow top are presented difference by head.Under normal circumstances, put the pressure to pillow top after brain of lying on the back and present maximum and the pressure mapping distribution successively decreased in the form of a ring to the periphery centered by maximum of points.The each barometric information in each extension airbag barometric information bag corresponding when lying on the back or lie on one's side of setting that user is prestored presets tolerance interval；Using the information of these acquisitions as comparison standard storage in the single-chip microcomputer of main frame；Wherein, described tolerance interval refers to: the normal barometric pressure in extension airbag adds certain error amount, this error amount can by demarcating after testing or artificial preset (general selected error amount is ± 10mm, or depending on making the tolerance appropriateness of employment strengthen a little scopes).
The automatic adaptation principle of pillow shape of the present invention: when single-chip microcomputer is to be in different sleeping position according to human body, lie on the back point and the other point of ear of the lying on one's side difference to pillow top pressure extreme value after brain, it is different from the pressure mapping lain on one's side with pillow top pressure mapping being distributed in the form of a ring when lying on the back and is distributed this experimental result, by each extension airbag barometric information bag of in use sensor acquisition, the pressure data bag of lying on the back and lie on one's side pre-setting storage with user carries out computing comparison, automatically the sleeping position of user is identified, and according to the packet corresponding to sleeping position identified, air pump and electromagnetic valve array each unit are sent control instruction, thus each extension airbag is carried out real-time closedown, inflation or gas exhaust inspecting, realize the automatic adaptation of pillow shape.Specific as follows: 1. when the tolerance interval value of corresponding data in having data less than the packet stored in the packet gathered, implement the instruction of booster air pump, and implement to open the air inlet instruction of electromagnetic valve array corresponding unit electromagnetic valve simultaneously；2., when the tolerance interval value of corresponding data in having data more than the packet stored in the packet gathered, implement to open the air vent instruction of electromagnetic valve array corresponding unit electromagnetic valve；3., when the packet data of the packet gathered with storage is completely in tolerance interval value, implement close air pump and close electromagnetic valve instruction.During data operation comparison, time delay can be adopted average, set up the mode that data tolerance is interval, identify mistake to avoid sporadic action to cause.
In described main frame, single-chip microcomputer embeds serial ports Wi-Fi module, it is possible to be provided with the software function module of the storage of sleep info record, computing and transmission.By the mode being wirelessly transferred, sleep info is sent to ancillary equipment, as shown in Figure 9.Above-mentioned ancillary equipment includes at least one in terminal computer and mobile phone.
Single-chip microcomputer in described main frame embeds serial ports Wi-Fi module, and can be provided with alarm software functional module.By the mode being wirelessly transferred, warning message being sent to default programmed emergency, and conversed by speaker and microphone, it can realize for prior art, does not repeat herein.
Single-chip microcomputer in described main frame embeds serial ports Wi-Fi module, and can be provided with the Human Physiology index collection software function module based on pressure transducer.The physical signs information such as breathing during by the mode that is wirelessly transferred sleep quality state, heart rate, blood pressure and pulse are sent to ancillary equipment.
Single-chip microcomputer in described main frame embeds serial ports Wi-Fi module, and is provided with music audio signal control software design functional module.According to the melody of music, rhythm and the strong and weak size regulating air pump power and electromagnetic valve array column unit air valve, it is achieved medicated pillow rises and falls with music in waking function and dances, and improves and wakes efficiency.
The present invention utilizes serial ports Wi-Fi module that microcontroller serial port data are converted into wireless communication data.When data are sent to single-chip microcomputer by Wi-Fi module by ancillary equipment, wireless data is converted into again the serial data that microcontroller communication uses by serial ports Wi-Fi module, it is achieved the data information transfer between single-chip microcomputer and ancillary equipment.
In sum, the present invention utilizes existing sensor, single-chip microcomputer and software controlling technique, the present invention can be made to realize following functions: (a) is storing user's length of one's sleep of record, duration of lying on the back and lie on one's side in single-chip microcomputer, the sleep info such as sleeping position number of transitions are sent to ancillary equipment, understand for user；B () alarm button by pillow, can be sent to ancillary equipment the warning message prestored, understand for programmed emergency (relatives, Community Doctor etc.), and call function when can realize the state of emergency；Breathing when () is the user's sleep state gathered c, heart rate, the physical signs such as blood pressure and pulse are sent to ancillary equipment, set up Human Physiology information monitoring LAN.D () is audio signals such as the melody of music, tone, rhythm and powers, it is transformed into electricity frequency control signal, it is transferred on the single-chip microcomputer of the present invention, by the control to converter and electromagnetic valve array, the present invention can be made to become the medicated pillow of the meeting " dancing " risen and fallen with music in waking function.
Arrange a remote controller for main frame, referring to Figure 10, be operated with remote controller, more convenient.
The various embodiments described above can in addition some changes without departing from the scope of the invention, therefore description above is comprised and the structure shown in accompanying drawing should be regarded as exemplary, and are not used to the protection domain of restriction the present patent application patent.
Claims (10)
1. a full duplex self adaptation medicated pillow, including a pillow, it is characterised in that:
Described pillow is made up of pillow top and pillow base combination；Wherein, described pillow pedestal includes:
One device that can realize pillow top lifting, including the single-body type extension airbag of one group of laid out in parallel, each extension airbag and one can keep its upright horizontal flexible synchronous vertical crane to be connected；
Be provided with a pillow plug receptacle in the side of described pillow or rear, this pillow plug receptacle includes set of circuits interface and one group of air pipe interface, and with the set of circuits interface in main frame plug receptacle and one group of air pipe interface one_to_one corresponding；
The monomer pillow bar combination that described pillow top is independently arranged by one group and mutually comes together is constituted, each monomer pillow corresponding synchronous vertical crane of bar and being installed on the support beam on this synchronous vertical crane top, and can with this support beam for rotate axle make two to rotation；
Peripheral hardware one main frame, utilize connection spool to make the electronic equipment in pillow be connected with the single-chip microcomputer in main frame by pillow with the plug receptacle of main frame, make each extension airbag in pillow be connected with corresponding unit in the sensor array in main frame and electromagnetic valve array respectively simultaneously.
2. medicated pillow as claimed in claim 1, it is characterised in that:
Described synchronous vertical crane is by the vertical telescopic guide rail laying respectively at extension airbag both sides for a pair and is positioned at the support beam combination on extension airbag top and constitutes.
3. medicated pillow as claimed in claim 2, it is characterised in that arrange synchronizer for each synchronous vertical crane；This synchronizer is the one of having structure form:
1) synchronizer of gear structure: combined by a pair wire and sleeve pipe, a pair rack and pinion, the base plate line of rabbet joint etc. and constitute；The pair of local is cased with the wire of sleeve pipe and is arranged in the inside of above-mentioned a pair vertical telescopic guide rail respectively, and is connected with supporting beam on top, and the other end is connected with a pair tooth bar being placed on the base plate line of rabbet joint respectively；Above-mentioned a pair tooth bar can line of rabbet joint left and right sliding along base plate, and the mutual toe joint of gear being fixed on base plate by position；
2) scissor structural formula synchronizer: at least arrange the scissor structural formula lock unit device of more than a group in the side of each extension airbag, the top of this scissor structural formula lock unit device and bottom are fixing with the top of corresponding extension airbag and bottom respectively to be connected；If arrange plural scissor structural formula lock unit device in the side of each extension airbag, then connect with synchronized links bar being positioned at being slidably connected of each notch of homonymy horizontal direction.
4. medicated pillow as described in any one in claims 1 to 3, it is characterized in that: in the trachea within main frame, be provided with threeway, the connection spool UNICOM that one path is corresponding with from extension airbag, two other path is connected with sensor array and electromagnetic valve array corresponding unit respectively；After the single-chip microcomputer in the main frame signal processing by collection, control the work of air pump and electromagnetic valve array each unit.
5. medicated pillow as claimed in claim 4, it is characterised in that: in the single-chip microcomputer of main frame, embed serial ports Wi-Fi module so that it is have and the function of ancillary equipment full-duplex data information transmission.
6. such as medicated pillow as described in any one in claim 1 to 5, it is characterised in that also have at least one in techniques below feature:
A) remote controller is arranged for main frame；
B) pillow back or side is provided with at least one electronic equipment in speaker, microphone, alarm button and earphone jack；
C) being provided with the Human Physiology index collection software function module based on pressure transducer in the single-chip microcomputer of main frame, described Human Physiology index is at least one in breathing, heart rate, blood pressure and pulse；
D) alarm software functional module is installed in the single-chip microcomputer of main frame；
E) in the single-chip microcomputer of main frame, it is also equipped with music audio signal control software design functional module；
F) each extension airbag has fold lines that is extensible or that shrink；
G) on described wire, the sheathed position, local of sleeve pipe is located at guide wire line corner and the juncture area passed from vertical telescopic guide rail.
7. the using method of a medicated pillow, including just like the medicated pillow described in claim 1 to 6, it is characterized in that method is as follows: some independent extension airbags and synchronous vertical crane collectively constitute the jacking system within pillow, and by connecting the spool plug receptacle by pillow and main frame, make each extension airbag in pillow be connected with corresponding unit in the sensor array in main frame and electromagnetic valve array；Single-chip microcomputer according to people when lying on the back and lie on one's side, the pressure distribution of each air bag maps the difference with extreme value, automatically different sleeping position is identified, and the packet of Real-time Collection and storing is arranged packet corresponding to different sleeping position compare computing, each extension airbag closed by instruction air pump and electromagnetic valve array each unit, inflate or the control of aerofluxus, it is achieved the automatic adaptation of pillow shape.
8. the using method of medicated pillow as claimed in claim 7, it is characterised in that:
When using first, main frame is first connected by connecting spool by user with pillow, and main frame is placed ANTU；The external power supply plug of main frame is connected power supply；By what hand-held remote controller started that main frame presses remote controller again, key is set, the setting of each extension airbag barometric information bag when completing to lie on the back or lie on one's side, and preset the tolerance interval value of corresponding data in each packet, this data message is stored in the single-chip microcomputer of main frame as the standard data message of comparison；
When using subsequently, first main frame external power supply plug is connected power supply；Pressing power supply of remote controller key, make main frame and power on, each electronic equipment enters duty；The electric data signal that in single-chip microcomputer Real-time Collection sensor array, each unit produces because of extension airbag air pressure inside, and compare computing with the standard data message stored, identify the sleeping position that user is instant；When the single-chip microcomputer of main frame recognizes user conversion sleeping position, transfer packet corresponding under this sleeping position that user has arranged and stored to compare to analyze residual quantity, and instruction air pump and electromagnetic valve array each unit work, each extension airbag is closed, inflates or gas exhaust inspecting, make pillow shape automatically change to reach height and the curved surface distribution of medicated pillow under this sleeping position.
9. the using method of medicated pillow as claimed in claim 8, it is characterized in that: described in transfer under this sleeping position that user has arranged and stored corresponding packet and compare, and make command adapted thereto and each extension airbag is closed, inflates or the concrete grammar of gas exhaust inspecting is: 1. when the tolerance interval value of corresponding data in having data less than the packet stored in the packet gathered, implement the instruction of booster air pump, and implement to open the air inlet instruction of electromagnetic valve array corresponding unit electromagnetic valve simultaneously；2., when the tolerance interval value of corresponding data in having data more than the packet stored in the packet gathered, implement to open the air vent instruction of electromagnetic valve array corresponding unit electromagnetic valve；3., when the packet data of the packet gathered with storage is completely in tolerance interval value, implement close air pump and close electromagnetic valve instruction.
10. the using method of medicated pillow as claimed in claim 8, it is characterised in that: with memory storage function；When arranging, respectively the medicated pillow status data value allowing user sensation best under every kind of sleeping position of lying on the back or lie on one's side is stored；During use, the single-chip microcomputer of main frame, for the control instruction of the real-time sleeping position output correspondence of user, makes pillow shape tend to this optimum state.
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| CN201510570756.4A CN105747718B (en) | 2015-09-09 | 2015-09-09 | Full-duplex self-adaption pillow and use method thereof |
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| CN201510570756.4A CN105747718B (en) | 2015-09-09 | 2015-09-09 | Full-duplex self-adaption pillow and use method thereof |
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| CN105747718B CN105747718B (en) | 2017-05-10 |
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| CN107374220A (en) * | 2017-08-16 | 2017-11-24 | 上海朝成物联网科技有限公司 | A kind of intelligent alarm pillow and its control method |
| CN107822414A (en) * | 2017-12-07 | 2018-03-23 | 温四妹 | A kind of pillow for being classified regulation height |
| CN108937420A (en) * | 2018-05-29 | 2018-12-07 | 鄺重平 | Adjustable pillow, pillow test macro and its test method |
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| CN115299756A (en) * | 2021-05-07 | 2022-11-08 | 黄大淼 | Lifting pillow with height adjusted by line |
| CN114668276A (en) * | 2022-05-24 | 2022-06-28 | 张弘毅 | Pillow and VR equipment |
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