CN104840052A - Full-automatic ultra-silence ecological pillow - Google Patents

Abstract

The invention discloses a full-automatic ultra-silence ecological pillow and relates to sleeping articles for use. The full-automatic ultra-silence ecological pillow comprises a sleeping posture signal detecting and transmitting system, a control and power system, an executing system and a noise-reduction vibration-proof system. The control and power system is isolated from the pillow part, and measures of sound insulation and vibration resistance are taken to achieve ultra-silence effect of the pillow body. With changing of modern life and working habit, ratio of patients with cervical vertebra increases gradually, if a user sleeps on their back by a high pillow, that is, the user works in the daytime with the head low and sleeps at night still with the head low, and natural radian of the cervical vertebra of the user straightens to cause cervical diseases, however, existing pillows cannot well solve this problem. The headrest part and the neck rest part of the pillow are independently controlled, and the problem that heights of the headrest part and the neck rest part of the common pillow cannot be automatically adjusted along with sleeping posture of the user is solved. The full-automatic ultra-silence ecological pillow has the auxiliary treatment and healthcare rehabilitation function for patients with cervical spondylosis.

Description

A kind of full-automatic super-silent ecological pillow

Technical field

The present invention relates to a kind of sleep articles for use, particularly relate to a kind of full-automatic super-silent ecological pillow.

Background technology

When people adopts and sleeps on one's back with side sleeping position gesture in sleep, head and cervical vertebra two positions are required to have different height and difference in height respectively.When sleeping in side due to the supporting role in shoulder width direction, longitudinal natural, ecological straight line is kept for making human vertebra, and make to feel comfortable during sleep, the height of head bolster must be improved, and people is when sleeping on one's back, for keeping the natural, ecological radian of human cervical spine, then need to adopt lower pillow height.Due to the change that the live and work of modern is accustomed to, most people use the liquid crystal display such as computer or viewing mobile phone by day for a long time, under this working environment of bowing for a long time, many people are caused to create cervical spondylopathy, if adopt high pillow when people sleeps on one's back in night sleep, just be equivalent to work of bowing daytime, state that be still in the evening in bed " bowing ", because at this moment the head of people is still in forward-lean state.If the cervical vertebra of people is in this forward-lean state for a long time, cervical vertebra radian will be caused to reduce, even occur that cervical vertebra is counter and bend phenomenon.If we adopt lower pillow to sleep on one's back, make cervical vertebra hypsokinesis, cervical vertebra radian just can be made to be recovered in sleep, ceruical uertebra part wounded tissue is repaired, because the sleeping position of people in sleep is random, it is all unfixed for sleeping or sleep on one's back in side, and existing pillow all can not address this problem very well.

In existing technology, relevantly the method for automatic adjustable pillow grease head highness can mainly there is following problem in that has announced: one is that the cervical section of people head rest and people when sleeping can not regulate to meet the differing heights requirement of people under different sleep state respectively simultaneously; Two is the varying of body shape due to the plasticity of human body, the uncertainty of sleeping position position in sleep, the uncertainty of arm placement location and people, this is for sleeping posture information gathering and correctly judge to add difficulty, cause existing various sleeping position detection method reliability not high, side sleep and sleep on one's back erroneous judgement probability higher; Three is that prior art all fails to solve the noise problem that in pillow, various fluid, electromechanics etc. send, because of people sleep time head pad on pillow, sometimes ear is directly fitted in pillow top, all can be directly transferred in the ear of people for the very faint sound sent in pillow, thus affect the ortho of user, particularly can be larger on personnel's impact with sleeping problems.

Summary of the invention

Object of the present invention: one is solve its pillow height automatically to regulate problem with the sleeping position of people.Two is solve people its ceruical uertebra part and head requirement when sleeping to have different balance heights, and ceruical uertebra part and head also require the problem with different bearing height differences when sleeping in side and sleeps on one's back; Three is solve the noise problem that the electromechanics of the automatic adjustable pillow heads such as existing various electronic, pneumatic or machine driving or fluid send; Four is the problems be on the increase for current cervical spondylopathy patient quantity, and the present invention is provided with the function of user's cervical section being carried out to health-care recovery; Five is that the sleeping position utilizing this invention to adopt detects wireless launcher and settles bag, or utilizes the sleeping position detecting pad that is placed under human body shoulder, incidentally sets up a middle cartridge bag or Chinese medicated pad respectively, directly contacts to play human body nurse one's health and health-care effect with human body skin.

The present invention implements in the following manner:

Described full-automatic super-silent ecological pillow, is made up of four major parts such as sleeping position signal detection and transmission system, control and dynamical system, executive system and noise reduction anti-shock systems.Wherein sleeping position signal detection and transmission system are provided with three kinds of embodiments: one is that use angle switch detects and wireless transmitting system, and this system forms a wireless launcher, and two is use pressure pad to detect, and three is use width switch to detect.Angle switch detects and in wireless transmitting system, the timing controlled mode of transmitter is divided into again dual time base Timer Controlling or hydraulic control pipe delay switch control mode.Control and dynamical system and executive system (pillow part) split independent design, be provided with double bolloon (liquid bag) or monosaccate (liquid bag) control circuit.Executive system is provided with headrest air bag and neckpillow air bag two parts.Noise reduction anti-shock system is provided with double-deck soundproof room or individual layer soundproof room structure, and inlet, outlet muffler.

Described full-automatic super-silent ecological pillow, its sleeping position signal detection and transmission system, scheme one uses the wireless transmitting system (this System's composition wireless launcher) with angle switch.Wherein wireless transmitting system is on existing wireless remote control emitter basis, increases and has 2 groups with the Angle ambiguity switch of dual time base timer, to realize the point operation control to original remote control circuitry.Dual time base timer adopts two groups of list time base circuits to compose in parallel, often organize time base circuit parameter identical, often organize time base circuit all on the monostable flipflop circuit base of NE555 integrated circuit formation, add the output circuit be made up of a resistance and a photoelectrical coupler, and add one group of circuits for triggering be made up of a triode, two resistance and an electric capacity.

Described full-automatic super-silent ecological pillow, its sleeping position signal detection and transmission system, when using the wireless transmitting system with angle switch, its wireless transmitting system or on existing wireless remote control emitter basis, increase the hydraulic control pipe delay switch (hydraulic control pipe) that is placed in (in box or outside box) on wireless launcher box, to realize detecting human body sleeping position (angle), and point operation control is realized to original remote control circuitry.Hydraulic control pipe two ends have plug or close, there are three pieces of dividing plates centre, the bottom of three pieces of dividing plates is equipped with damping hole, hydraulic control pipe is divided into four cavitys by three pieces of dividing plates, and hydraulic control pipe is built with conduction liquid, and horizontal positioned, lower end in hydraulic control pipe is provided with an electrode (connecing positive source), in the cavity of two, the left and right of hydraulic control pipe, near left and right, two dividing plate places are respectively provided with an electrode respectively, these two electrodes are interconnected to constitute an output; In two cavitys of the centre of hydraulic control pipe, be respectively provided with an electrode near central dividing plate place, these two electrodes are interconnected to constitute another output, and two outputs are connected with the control button contact of two in remote control transmitter circuit respectively.

Described full-automatic super-silent ecological pillow, when its sleeping position signal detection and transmission system use the wireless transmitting system with angle switch, its angle switch uses the normally closed switch be composed in series by two mercoid switches (or ball switch), both press 120-150 ° of longitudinal symmetrical placement, for detecting the state of user when sleeping on one's back.Simultaneously with the normal open switch that two mercoid switches compose in parallel, both press 120-150 ° of longitudinal symmetrical placement, for detecting the state of user when sleeping in side.

The detection of sleeping position signal, or use ball angle switch to complete the function of above-mentioned mercury angle switch.The shell of ball angle switch is cylindrical, square or cross-sectional perimeter is closed cylinder, make with insulating materials, be provided with two semicircular electrodes above, be conductive ring below, above conductive ring, be provided with conduction ball, during level, ball does not all contact with two semicircular electrodes above.

Described full-automatic super-silent ecological pillow, its sleeping position signal detection and transmission system, scheme two uses to be connected with pressure switch, and inside is filled with the closed hose pressure detecting pad of antifreezing liquid or gas.Closed hose spreads in the middle of the interlayer of pressure detecting pad, and during use, pressure detecting pad place mat is under sleeper's shoulder, for detecting sleeping posture.

Pressure detecting pad or by being connected with pressure switch, the pressure bag with height limit band is formed, during use by its place mat under sleeper's shoulder, for detecting sleeping posture.

Described full-automatic super-silent ecological pillow, its sleeping position signal detection and transmission system, scheme three is the width Switch detection system formed with 2-3 block switching mat, and the detecting pad be made up of this detection system is laid under the shoulder of user, for detecting sleeping posture.Every block switching mat is separate by least 6 groups, and form by (often opening) switch that certain spacing (human body transverse direction or width) arranges, often organize switch by 2-3 parallel connection and (often opening) switch along human body longitudinal arrangement form, number of switches on every block switching mat is all identical with arrangement mode, distance between every block switching mat can adjust, to adapt to the requirement of different users's shoulder width, on adjacent two switching mats, the switches set of from left to right (or from right to left) corresponding sequence is connected mutually.

When sleeping position signal detection and transmission use the wireless transmitting system with dual time base timer or the time delay of pilot-controlled switch pipe, its transmitter (box) is placed on one and settles in bag, bag fixed band is settled to tie up to human abdomen, bag is settled to be divided into upper and lower two pockets, upper lower bag mouth is respectively provided with slide fastener or hidden discount, downside (or upside) pocket place transmitter, opposite side pocket for place can nurse one's health human body in cartridge bag, during use, arrangement pocket facing is combined in human abdomen.

Sleeping position signal detection and transmission use the pressure detecting pad of place mat under user's shoulder, or during width switch detecting pad, one piece of medicine pad that can change can be equipped with at these two kinds of detecting pad upper surfaces, the effect of relief of symptoms and health-care recovery can be played cervical vertebra or the problematic user of shoulder.

Head bearing (head rest) and the neck supporting part (neckpillow part) of pillow of the present invention are carried out and are controlled separately, the height of head rest and neckpillow part has three kinds of state of a controls respectively: one is can carry out cervical-vertebra health care at the sleep initial stage to user, radian traction (choice for use) is carried out to neck, at this moment head rest height is low level, neckpillow part is high-order (or in a high position---between meta, intermittent cyclic switches), two is sleep the stage in sleep side, at this moment headrest and neckpillow part are a high position, three is the stages of sleeping on one's back, at this moment head rest is low level, neckpillow part is meta.

Sleeping position signal detection of the present invention and transmission use the wireless transmitting system of band angle switch, and its executive system adopts a two pneumatic die cushion (headrest, a neckpillow) structure time, overall structure has four parts, one is wireless launcher recited above, two is wireless receivers, this wireless receiver has four groups of contacts of contactor switches for outputing signal control circuit, the wherein ability of posture control contact switch corresponding signal of sleeping on one's back that performs an action in corresponding wireless launcher of one group of contacts of contactor switch, there is on-delay function, sleep ability of posture control contact switch corresponding signal in its excess-three group contacts of contactor switch side in corresponding wireless launcher that performs an action, these three groups of contact synchronization actions.Three is control and dynamical system, comprises control circuit, air pump, air bleeding valve, reversal valve and pressure valve etc.Four is executive systems, comprises a headrest air bag and a neckpillow air bag and pipeline muffler.

Noise reduction anti-shock system design of the present invention comprises: one is use independently to control dynamical system, and the microphone devices such as contactor, valve and air pump thereof that control and power sections of the present invention is all are all independently settled with pillow spaced-apart.Two is use the soundproof room with sound insulation function as controlling and the machine box of dynamical system, this soundproof room has 2 layers or 1 layer of puigging, outermost one deck is totally-enclosed heavy amount sound proofing enclosure, be made up of thickness 0.3-2mm steel plate, outer casing inner wall is adhesive with sticky resistive material, there is in the inner side of sound proofing enclosure internal sound insulation layer (double-deck puigging), there is admission air silencer and muffler of giving vent to anger in the outside of shell.On internal sound insulation layer bottom surface, and below internal sound insulation layer bottom surface and shell bottom surface above between be provided with resilient cushion member.Three is control the air bag induction noise in executive system of the present invention, and air bag air inlet adopts throttle silencer with multiple holes or adopts the air inlet of tracheae multiple exit, to reduce the induction noise of pneumatic die cushion.

The invention has the beneficial effects as follows:

First, the multiple sleeping position signal detecting method that the present invention uses, be suitable for multiple personnel's choice for use, for the elderly, because limb activity scope each in sleep procedure is relatively little, can the relatively low pressure pad of alternative costs or switching mat structure, can the wireless launcher structure of select tape angle switch for other staff; Secondly, the present invention is owing to have employed multiple noise reduction precautions against earthquakes, all microphone devices are all placed in bilayer or individual layer soundproof room, and control and dynamical system carry out split independently arrange, separate completely with pillow part, pillow part and noise source are isolated, and pillow partial noise, lower than 20dB, meets the instructions for use comprising all personnel of sleep-disorder personnel completely; Again, because headrest of the present invention and neckpillow part carry out independent control, the head of user when sleeping on one's back and sleep in side and the different ecological requirement of neck can be met well.Meanwhile, the cervical vertebra radian traction function that the present invention is provided with, can make the problematic personnel of cervical vertebra in sleep, progressively recover cervical vertebra nature radian, overall safety and having no side effect, to releasing neck fatigue, and cervical-vertebra health care Be very effective.

Accompanying drawing explanation

Fig. 1: this invention illustrative view of functional configuration.

Fig. 2: wireless launcher uses the dual time base timer construction schematic diagram with angle switch.

Fig. 3: wireless launcher uses hydraulic control pipe to detect sleeping position structure chart.

Fig. 4: for detecting the combination mercury angle switch structural representation of posture of sleeping on one's back.

Fig. 5: for the combination mercury angle switch structural representation of detection side sleeping position gesture.

Fig. 6: for the ball angle switch structural representation of detection side sleeping position gesture.

K-K sectional view in Fig. 7: Fig. 6.

I-I sectional view in Fig. 8: Fig. 6.

Fig. 9: for detecting the ball angle switch structural representation of posture of sleeping on one's back.

Figure 10: bag schematic diagram settled by remote control transmitter and cartridge bag thereof.

Figure 11: sleeping position detects and uses closed hose pressure pad structure principle chart.

Figure 12: sleeping position detects and uses pressure bag pressure pad structure principle chart.P-P sectional view in Figure 12-1: Figure 12.

Figure 13: sleeping position detects and uses width switching mat structure principle chart.

Figure 14: functional schematic when this invention pillow is in rehabilitation respectively, human body is slept on one's back and sleep in side.

Figure 15: wireless transmission, receiver and two pneumatic die cushion structure control circuit theory diagrams thereof.

Figure 16: use pressure pad or width switching mat to detect two pneumatic die cushion control circuit figure of sleeping position.

Figure 17: use pressure pad or width switching mat to detect single pneumatic die cushion control circuit figure of sleeping position.

Figure 18: soundproof room structure chart.

Figure 19: air bag air inlet noise reduction schematic diagram one.

Figure 20: air bag air inlet noise reduction schematic diagram two.

Figure 21: air bag shakeproof layer structure chart.

Figure 22: pillow transverse sectional view.

D-D sectional view (head rest uses monosaccate structure chart) in Figure 23: Figure 22.

Figure 24: head rest uses double-air sac structure schematic diagram.

Pillow support frame structure schematic diagram in Figure 25: Figure 24.

Detailed description of the invention

As shown in Figure 1, described full-automatic super-silent ecological pillow, be made up of four major parts such as sleeping position signal detection and transmission system 1, control and dynamical system 2, executive system 3 and noise reduction anti-shock systems 4, wherein sleeping position signal detection and transmission system are provided with three kinds of embodiments: one is that angle switch detects and wireless transmitting system 1a (this System's composition wireless launcher), two is that pressure pad detects 1b, and three is that width switch detects 1c.Angle switch detects and in wireless transmitting system 1a, the timing controlled mode of transmitter is divided into again dual time base timer 1d to control, or hydraulic control pipe 1f control mode.Control and dynamical system 2 and executive system 3 split independent design, be provided with single head pillow air bag (liquid bag) control circuit 2a or headrest, neckpillow double bolloon control circuit 2b.Executive system 3 is provided with headrest air bag 3a and neckpillow air bag 3b two parts, and the air bag 3a that wherein rests the head on divides again monosaccate or double-air sac structure.Noise reduction anti-shock system 4 is provided with double-deck soundproof room or individual layer soundproof room structure.

Fig. 2 is the dual time base timer construction schematic diagram that wireless launcher uses with angle switch.Wherein wireless remote control emitter Circuits System, on existing wireless remote control emitter 8 basis, increase by two Angle ambiguity switches 6,7, and realize controlling the crawl (time delay 1 second) of original remote control circuitry by the dual time base timer 1d set up.In figure, 8 ports of NE555 integrated circuit are respectively: 1 pin external power supply negative terminal, 2 pin low triggering ends, 3 pin outputs, 4 pin clear terminals, 5 foot control voltage ends, 6 pin high-triggering ends, 7 pin discharge ends, 8 pin external power supply ends.In figure, 6,7 is angle switch, and wherein angle switch 6 controls to sleep on one's back posture, and angle switch 7 controls side sleeping position gesture.In Fig. 2, in wireless remote control emitter 8 (existing market product), 8a is power cathode, 8b is positive source, 8c is push-button contact, control wireless receiver output relay contact k31, k32, k33 (see Figure 15), 8d is another push-button contact, controls wireless receiver output time relay contact kt2.

Because people always has certain time interval when sleeping between a kind of sleeping position and another kind of sleeping position, operationally no matter which kind of sleeping position people adopts to remote control circuitry, wherein two angle switch 6, 7 always have one is in opening state, that is, original remote control transmitter circuit 8 will be in energising duty after power switch S1 opens always, greatly will reduce the service life of battery like this, its components and parts can produce larger heat, also the service life of remote control transmitter will be had a strong impact on, therefore, how improving remote control transmitter battery (extending working time) will be the major issue that this invention will solve.

Remote control transmitter in use, operating time (start-up time) t that action button is pressed requires the shortest t >=0.2 second, maximum duration is set as t=1 second, time too short-range missile cause transmitter and can not normally start, time is oversize causes the too much loss of battery electric quantity, and for this reason, set remote control transmitter is after angle switch 6 or 7 is connected, automatically will be closed by transmitter power within time 0.2-1 second, the method that this power supply automatic time delay disconnects is provided with two kinds of solutions:

One is use dual time base timer.

In Fig. 2, dual time base timer adopts two groups of list time base circuits 5a, 5b to compose in parallel, and often organizes time base circuit parameter identical.For circuit 5a in Fig. 2 (time base circuit of the first half), this circuit is on the monostable flipflop time base circuit 5c basis that NE555 integrated circuit, electric capacity C1, C2, resistance R1 are formed, increase the output circuit be made up of resistance R2, photoelectrical coupler TD11, and the circuits for triggering be made up of triode Q1, resistance R3, R4, electric capacity C3.Be connected with photoelectrical coupler TD11 input 1 after the output 3 series resistance R2 of NE555 integrated circuit, another input 2 ground connection of photoelectrical coupler TD11, the output 4 of photoelectrical coupler is connected with power switch S1, coupler output 3 is connected with triode Q1 colelctor electrode c, NE555 ic power port 8 is connected with the colelctor electrode c of triode Q1, and be connected with the action button port 8d of former remote controller 8, the base stage b of triode Q1 is connected with the low triggering end mouth 2 of NE555 integrated circuit through resistance R3, and the emitter e of triode Q1 is connected with the port a of angle switch 6.Dual time base timer uses original remote control transmitter 12V battery supply, the port g1 of timing circuit connects the positive source 8b port of former remote control circuitry 8, the earth point of timing circuit is connected with the power cathode 8a of former remote control circuitry, the port e1 of timing circuit is output port, is connected to former remote control transmitter 8 control button 8d.In figure, time base circuit 1d is after angle switch 6 is just connected, triode Q1 base stage b is by base resistance R3, by electric capacity C3 conducting over the ground, make the conducting of triode Q1 colelctor electrode, triode Q1 collector supply is powered to the VCC (8 port) of NE555 integrated circuit, voltage on NE555 integrated circuit input end mouth 2 is identical with the cathode voltage of electric capacity C3, when electric capacity C3 charges, voltage progressively rises by 0, according to the single-shot trigger circuit characteristic that NE555 integrated circuit is formed, when input 2 provides signal voltage to be less than 1/3 supply voltage, circuit output end 3 exports high level (transient state), duration t=1.1C1R1, export high level through resistance R2, to the input 1 of photoelectrical coupler TD11, make photoelectrical coupler TD11 output 3, 4 conductings, no matter (trigger action) triode Q1 is conducting or cut-off afterwards, all do not affect the duty of time base circuit, this circuit transient state time (high level lasting time) is about 1 second, that is, no matter angle switch 6 time of connecting how long, about on remote controller 8, the turn-on time of control button 8d was for 1 second, both ensure that the stable transmission of signal, transmitter power is closed in time after making again signal send, this circuit is (output is low level) when stable state, due to NE555 time base circuit power-off, thus whole circuit power consumption is minimum.

First scheme: use hydraulic control pipe.

In Fig. 3,1f is for being placed in the hydraulic control pipe of (in box or outside box) on wireless launcher box, and 19 is shell, and 18, 18a is hydraulic control pipe plug, 21, 21a, 21b is three pieces of central dividing plates, and the bottom of central dividing plate is equipped with damping hole 27, 27a, 27b, the upper end of central dividing plate is equipped with return-air hole 34, and hydraulic control pipe is divided into four cavitys 20 by three pieces of central dividing plates, 22, 22a, 20a, at the left end of hydraulic control pipe and two cavitys 20 of right-hand member, the lower end of 20a is respectively equipped with filling block 23a, 23, at hydraulic control pipe built with conduction liquid 25, the freezing point of this conduction liquid is lower, can not solidify when-10 DEG C, the height of hydraulic control inner conductive tube liquid and filling block 23a, the height of 23 is identical or lower than filling block height 0-2mm, the lower end in hydraulic control pipe, from dividing plate 21 to the lower end aperture 27 of dividing plate 21b, be provided with electrode 28 between 27b, be connected with external port c, in the left cavity 20 of hydraulic control pipe, near dividing plate 21 place, be provided with electrode 24a, in the 4th cavity 20a of hydraulic control pipe, at close dividing plate 21b place, be provided with electrode 24, electrode 24a is connected with external port a after being connected with 24, in the second left cavity 22 of hydraulic control pipe, electrode 26 is being provided with near dividing plate 21a place, in the 3rd cavity 22a of hydraulic control pipe, electrode 26a is being provided with near dividing plate 21a place, be connected with external port b after electrode 26,26a are interconnected, the height of both electrode 24a, 24 is identical, and its lower extreme point is higher than hydraulic control inner conductive tube liquid height 1-3mm, the height of electrode 26,26a is also identical, and its lower extreme point is higher than hydraulic control inner conductive tube liquid height 2-5mm.When hydraulic control pipe turns right, conduction liquid in cavity 22 is collected at the lower right corner, electrode 26 and electrode 28 are connected, after 0.5-1 time second, liquid declines and electrode is disconnected, when hydraulic control pipe is returned to horizontal level from right bank position, liquid in 20a cavity is collected at the lower left corner, electrode 24 and 28 conducting, after 0.5-1 time second, liquid declines and electrode is disconnected.The situation that hydraulic control pipe turns left is similar to situation about turning right.Hydraulic control pipe output port a is connected with the push-button contact 8d of remote control transmitter 8, and control to sleep on one's back posture, hydraulic control pipe output port b is connected with the push-button contact 8c of remote control transmitter 8, controls side sleeping position gesture.In order to prevent hydraulic control pipe electrode conduction when oppositely placing from producing malfunction, each electrode is only exposed in end, and electrode remaining surface all has insulating barrier.

As shown in Figure 4, described full-automatic super-silent ecological pillow, when its sleeping position signal detection and transmission system use the wireless transmitting system with angle switch, its angle switch uses the normally closed switch be composed in series by two mercoid switch 6A (or ball switch), both press fixed support 11 angle α (120-150 °) longitudinal symmetrical placement in figure, for detecting the state of user when sleeping on one's back.

As shown in Figure 5, the normal open switch composed in parallel by two mercoid switch 7A (or ball switch), both press fixed support 11a angle β (120-150 °) longitudinal symmetrical placement in figure, for detecting the state of user when sleeping in side.

Ball angle switch 17 structural representation that Fig. 6, Fig. 7, Fig. 8 use when being human body side sleeping position gesture.In figure, 17c is the cylindrical switch shell made with insulating materials, above two semicircular electrodes 13,14, be conductive ring 15 below, 16 for conduction ball.During posture detection when sleep in side in sleep for people, this angle switch is horizontally disposed with by shown in Fig. 6, wherein binding post a, c of electrode 13,14 are connected with wire 12, form the normal open switch of a, b two terminals, during use, when human body changes side sleeping position gesture (turning an angle to the left or to the right) into by posture of sleeping on one's back, ball 16 contacts electrode 13 or 14 respectively, and switch transfers connection to by disconnection.

As shown in Figure 9, when for sleep on one's back posture detection time, Fig. 6 switch is inverted (overturning 180 °), and the b terminals of electrode 15 is put sky, use 13,14 two binding posts a, c.When human body be in side sleep state time, when this switch (center line) and vertical line angle of inclination are 90 ° of-γ (γ is ball 16 rotary balance angle), switch is for leaving, when human body from side sleeping position gesture change into sleep on one's back posture time, human body progressively diminishes from maximum flip angle, when flip angle reaches γ (15-30 °), ball 16 rotates and electrode 13,14 is connected.

As shown in Figure 10, the riding position of sleeping position control transmitter, requirement can the accurate various sleeping position of human body, and do not affect again the sleep of people and various limb activity, best scheme is the abdominal region using fixed band to be placed in human body.Fixed band 29 is connected with arrangement bag 30, bag 30 is settled to be divided into upper and lower two pockets, upper lower bag mouth is respectively provided with slide fastener or hidden discount 31, 32, lower side-seam pkt. 30a (or upper side-seam pkt.) places transmitter, opposite side pocket for place can nurse one's health human body in cartridge bag (in this, cartridge bag is provided by medical department, for existing disclosed traditional Chinese medicine ingredients and formula, the needs different according to person in middle and old age personnel are selected, the elderly is based on longevity, a middle-aged person is with relieving fatigue, it is main for improving inferior health), during use, the arrangement pocket facing that cartridge bag in transmitter and conditioning is housed is combined near the belly navel of human body, it is human body lower elixir field herein, comprise Guan Yuan, Qihai, Shenque, the acupuncture points such as the gate of vitality, transmitter (box) is placed on herein, both precisely can detect human body sleeping money, people can be made again in sleep to carry out conditioning health care by acupuncture point herein.

The fixed band 29 of sleeping position control transmitter, or be directly connected with the shell of remote control transmitter, fixing position is also human abdomen.

Scheme two: use pressure pad.

As shown in Figure 11, the program uses the inside being connected with pressure switch k0 to be filled with the closed hose 36 of antifreezing liquid or gas, closed hose 36 spreads on pressure detecting pad 1ba in the middle of underlayer, pressure detecting pad place mat under sleeper's shoulder, for detecting sleeping posture.

From Figure 12, Figure 12-1, the inside that pressure detecting pad or use are connected with pressure switch k0 is filled with antifreezing liquid or gas, can the pressure bag 1bb of deformation, the pressure detecting pad place mat be made up of this pressure bag under sleeper's shoulder, for detecting sleeping posture.In order to the height of controlled pressure bag, on two bag faces 35d, 35f up and down of pressure bag inner chamber, be provided with equidistant arrangement, for limiting the check strap 35b of pressure bag top and bottom distance, the width n of check strap 35b determines the height (thickness) of pressure bag, as n=0, represent the check strap 35b cancelling pressure bag, the upper and lower surface of pressure bag is directly bonded together.No matter be adopt with check strap 35b or the scheme that the upper and lower surface of pressure bag is directly bonded together, all continue to employ space 35c in the edge of pressure bag.

Scheme three, uses width switching mat.

As shown in Figure 13, described full-automatic super-silent ecological pillow, its sleeping position signal detection and transmission system, or the width switching mat 1c using 2 pieces of (or 3 pieces) switching mats 33,33a to form, this pad is laid under the shoulder of user, for detecting sleeping posture.Every block switching mat is separate by least 6 groups, equidistant transversely arranged normal open switch K1, K2, K3 ... form, often organize switch to be made up of 2-3 in parallel (routine K1 and c1 parallel connection, K2 and c2 parallel connection etc.) (often opening) switch along human body longitudinal arrangement, number of switches on two pieces of switching mats 33,33a is all identical with arrangement mode, distance S between every block switching mat can adjust, to adapt to the requirement of different users's shoulder width.On adjacent two switching mats, from left to right the switches set of (or from right to left) corresponding sequence is connected mutually, and (routine K1 switches set is connected with k1 switches set, both spacing are that L1, K2 switches set is connected with k2 switches set, and both spacing are L2 etc.).When people is when sleeping on one's back, human body shoulder width is greater than L1 (L2, L3 ...) time, loop a, b connect, and when sleeping in people side, shoulder width is less than L1, and loop a, b disconnect.

During the detecting pad that sleeping position detects and Signal transmissions uses place mat under user's shoulder, one piece of medicine pad that can change can also be laid at such detecting pad upper surface, the one side (below) of this medicine pad is provided with nylon Paste button, paste fixing with detecting pad, this medicine pad is on cloth, use has anti-inflammatory, expelling wind and clearing away cold, the medicine impregnation process of the effect such as promoting blood circulation and removing obstruction in channels, or on cloth, be coated with such drug ingedient, or use the middle cartridge bag that this effect is housed to be laid on (drug ingedient and formula are existing medical public technology) between the shoulder of human body and detecting pad, the effect of relief of symptoms and health-care recovery can be played to cervical vertebra or the problematic user of shoulder.Another effect of this medicine pad is exactly make people psychologically can not feel trouble because the shoulder when sleeping has detecting pad.

In fig. 14, U is the state of pillow when being in the cervical-vertebra health care stage, and wherein height of headrest 54a is low level, and neckpillow height 54b is high-order (or by a high position within the health care time---between meta, intermittent cyclic switches); V is the pillow height state that user is in when sleeping on one's back, and wherein height of headrest 54a is low level, and neckpillow height 54b is meta; W is the pillow height state that personnel are in time sleeping in side, and wherein height of headrest 54a and neckpillow height 54b is a high position.

Figure 15 is wireless transmission, receiver, control and dynamical system and two pneumatic die cushion mechanism principle figure thereof.This figure has four major parts, and in figure, 8 is wireless transmitting system, and 37 is wireless receiver, and 2ba is for controlling and dynamical system, and 3 is executive system, and executive system comprises a headrest air bag 3a and neckpillow air bag 3b and pipeline muffler 46a, 46b.Wireless receiver 37 uses existing product on market (matching with wireless launcher 8), by four groups of contacts of contactor switches kt2, k31, k32, K33 to control and dynamical system signal transmission, wherein kt2 is controlled by the ability of posture control contact 8d that sleeps on one's back in wireless launcher 8, there is on-delay function, after energising, time delay disconnects for 1 minute, k31, k32, K33 are controlled by the ability of posture control contact 8c that sleeps of side in wireless launcher 8, three groups of contact synchronization actions.Wireless receiver 37 is by 220V ac power supply, after the signal that reception wireless launcher 8 is sent, be transferred to control and dynamical system 2ba by contacts of contactor switch kt2, k31, k32, K33, control and dynamical system carry out inflating or being vented to the headrest air bag 3a and neckpillow air bag 3b performing part 3 respectively.

In fig .15, contactor coil with contacts of contactor switch symbols corresponding relation is: KT1 corresponding kt1, KT3 corresponding kt31, kt32.In figure, each components and parts relation is as follows:

Control and dynamical system 2ba are made up of A, B, C, F, G, H, I, J eight groups of circuit, and this partial circuit is by 12V DC power supply.

Set of circuits A is composed in series (KT3 module has on-delay, or in setting-up time, have switching intermittent cyclic function) by power switch k2 and time relay module KT3, opens use when k2 is neckpillow health care.

Second group of circuit B is composed in series by time relay contact switch kt31, wireless receiver contact switch k32, pressure switch SP2 and air bleeding valve YV2.

3rd group of circuit C is composed in series by pressure switch SP1, time relay KT1.

4th group of circuit F is composed in series by contactor output contact kt2, the air bleeding valve YV1 on wireless receiver 37.

5th group of circuit G is composed in series by contactor output contact k31, the reversal valve YV3 on wireless receiver 37.

Above-mentioned the first to the five group of circuit A, B, C, F, G are connected in parallel, and two-port connects power positive cathode respectively.

6th group of circuit H is composed in series by the contactor output contact k33 on wireless receiver 37, time relay contact kt1, air pump PM.

7th group of circuit I is made up of time relay contact kt32, and this circuit is in parallel with the relay contact k33 in the 6th group of circuit H.

6th group is connected with 220V AC power (positive pole) switch k1 with one end (parallel connected end) of the 7th group of circuit H, I, and another end line of the air pump PM in the 6th group of circuit connects the negative pole (circuit J) of AC power.

Adding thick line 38a, 38b in Figure 15 is tracheae (being then hydraulic tube when adopting hydraulic structure).

Figure 16 is that two pneumatic die cushions that sleeping position detects when using pressure pad or width switching mat structure control power (electrical equipment, gas circuit) schematic diagram.This figure control and dynamical system 2bb in air path part identical with gas circuit in Figure 15, circuit part has then done suitable adjustment on Figure 15 basis: cancel the wireless receiver 37 (and corresponding wireless launcher 8 part) in Figure 15, increase D, E two circuit, wherein D circuit is made up of the Signal transmissions switch k0 in width switching mat or pressure pad, relay K 3, E circuit is made up of relay contact k31 and time relay K T2, D, E circuit and A, B, C circuit in parallel.D circuit breaker in middle k0 and relay K 3 are equivalent to the function controlling contact 8d, 8c in Figure 15 in wireless launcher 8, and in E circuit, time relay KT2 is equivalent to the timing function of wireless receiver 37 upper contact kt2 in Figure 15.Figure 16 repeat circuit (coil) with closing between corresponding contact is: K3 corresponding k31, k32, k33, other are identical with Figure 15.

Now for Figure 16 (sleeping position detects the two pneumatic die cushion structures using pressure pad or width switching mat), analyze its pair of pneumatic die cushion structural circuit and executing agency's operation principle.The course of work of the pillow control section of two pneumatic die cushion structure is: the cervical-vertebra health care stage (time 5-50 minute), now human body is in the state of sleeping on one's back, head rest is in low level, neckpillow part is in a high position (or at height---between meta, intermittent cyclic switches), if this stage human body changes side into and to sleep state by sleeping on one's back, then headrest and neckpillow are a high position simultaneously.The ortho stage: time sleeping in side, headrest and neckpillow are a high position, and when sleeping on one's back, neckpillow part is meta, and head rest is low level.

1, the cervical-vertebra health care stage (5-50 minute):

Primary condition: the switch k2 that keeps healthy in ac power switch k1, A circuit closes, and in D circuit, signaling switch k0 connects, relay module KT3 energising (on-delay 5-50 minute or switching intermittent cyclic switching in setting-up time).

(1) the air bleeding valve YV1 in F circuit opens: and k0 conjunction → K3 is logical → k31 conjunctions → time relay KT2 is logical → and kt2 closes (regularly 1 minute) → air valve YV1 and opens → rest the head on air bag 3a and be vented.

(2) air bleeding valve (the corresponding neckpillow air bag 3b) YV2 in B circuit closes: k2 closes after energising, and relay module KT3 energising → kt31 opens (now k32 conjunction, SP2 disconnect), and → air bleeding valve YV2 closes.

(3) the reversal valve YV3 that often opens in G circuit closes: close → lead to the gas passage closedown of headrest air bag 3a because K3 energising → k31 conjunction → reversal valve YV3 is energized, air pump PM gas only leads to neckpillow air bag 3b.

(4) air pump PM works: A circuit relay module KT3 energising (5-50 minute) → I circuit kt32 conjunction → air pump PM energising → neckpillow air bag 3b inflation, as neckpillow air bag 3b air pressure p >=pressure switch SP1 setting pressure p1, kt1 time delay 0-3 in pressure switch SP1 connection → time relay KT1 energising → contact opens after second → and air pump PM quits work, pressure now in neckpillow air bag 3b is p1, when neckpillow intracapsular pressure p is lower than p1, pressure switch SP1 opens again → and air pump PM works, circulating with this keeps pressure in neckpillow air bag 3b to fluctuate (when relay module KT3 is logical in setting-up time up and down at p1 all the time, during disconnected intermittent cyclic switch mode, in air bag 3b, pressure is then at p1---intermittent cyclic conversion between p2).

If within the treatment and health time, user changes side into by sleeping on one's back and sleeps, and now k0 disconnects, and time relay module KT3 continues energising, at this moment requires that neckpillow air bag 3b keeps p1 pressure, and headrest air bag 3a is inflated to p1 pressure.Control procedure is:

(1) time relay contact kt31 is still open mode, and air bleeding valve YV2 continues to close.

(2) k0 disconnection → K3 power-off → k31 open → KT2 power-off → kt2 opens → air bleeding valve YV1 closes.

(3) k31 opens → reversal valve YV3 power-off, and this is often opened air valve and lead to → leads to headrest air bag 3a pipeline and lead to.

(4) now relay contact kt32, kt1 is on-state, and air pump PM energising is inflated in air bag 3a, 3b.As 3a, 3b internal gas pressure p >=p1 → SP1 connection → KT1 energising → kt1 opens (time delay disconnects 0-3 second, frequently beats with gas prevention pump generation break-make) → air pump PM and quits work.

2, the ortho stage

(1) the health care time to after continue to sleep on one's back.Primary condition is k0 is closed, and the time relay contact kt31, kt32 are returned to original state.Now require that headrest air bag 3a does not inflate (low level), neckpillow air bag 3b pressure reduces to p2 (neckpillow is in meta) by p1.

A, air pump quit work: after the health care time arrives, and owing to continuing to sleep on one's back, k0 continues contact k33 in closed → K3 energising → H circuit and opens, simultaneously relay module KT3 setting-up time to rear its contact kt32 recovery open → air pump PM power-off do not work.

In b, KT3 setting-up time to rear → B circuit, contact kt31 reverts to closed, k0 is closed → and K3 energising → k32 closes, pressure switch SP2 is also now logical (in neckpillow air bag 3b pressure p > p2), air bleeding valve YV2 is energized be vented, when the pressure p in air bag 3b reaches p2 (p1 > p2), pressure switch SP2 leaves, and air valve YV2 stops exhaust, and the pressure p in 3b maintains p2 value (neckpillow is in meta).

(2) change side into by sleeping on one's back to sleep.Primary condition be k0 for opening, the time relay contact kt31, kt32 reply as original state.Now require in air bag 3a, 3b, all to keep p1 pressure (air bag height is all in a high position).

A, air valve YV1 close: k0 opens, K3 power-off → k31 for opening → KT2 no power → kt2 opens → air bleeding valve YV1 resets closedown.

B, air valve YV2 close: k0 opens → K3 power-off → B circuit in k32 open (now pressure switch SP2 is for connecting) → air bleeding valve YV2 and to reset closedown.

C, reversal valve YV3 revert to logical: k0 opens → K3 power-off → E circuit in contact k31 open → G circuit in reversal valve YV3 power-off restoration, be in normal open state.

D, air pump PM work: k0 opens → K3 power-off → H circuit in contact k33 recover normal open state → air pump PM and to be energized inflation, after in air bag 3a, 3b, pressure reaches p1, kt1 disconnection in pressure switch SP1 connection → time relay KT1 energising → H circuit in C circuit (time delay disconnection 0-3 second) → air pump PM quits work, and the air pressure in air bag 3a, 3b remains on p1 level (high position).

(3) slept to change into again by side and sleep on one's back.Primary condition is k0 is conjunction, and now require that in headrest air bag 3a, gas is discharged (low level) completely, in neckpillow air bag 3b, pressure reduces to p2 (meta) by p1.

A, air pump quit work: k0 is closed → K3 energising → H circuit in contact k33 open (now time relay contact kt32 is for opening) → air pump PM power-off and do not work.

B, headrest air bag 3a and neckpillow air bag 3b gas circuit separate: k0 is closed → K3 energising → E circuit in k31 conjunction → G circuit reversal valve YV3 energising valve closing → air bag 3a and 3b gas circuit separate.

C, headrest air bag 3a exhaust: k0 be closed → K3 energising → E circuit in the k31 conjunction → time relay KT2 energising → F circuit of contact contact kt2 conjunction (on-delay 1 minute) → air bleeding valve YV1 air bag 3a that is energized → rests the head on be vented.

D, neckpillow air bag 3b are vented: k0 is closed → K3 energising → B circuit in contact k32 close, pressure switch SP2 is now "on" position, air bleeding valve YV2 is energized be vented, when the pressure p in neckpillow air bag 3b reaches p2, pressure switch SP2 leaves, air valve YV2 stops exhaust, and the pressure p in air bag 3b maintains p2 value (meta).

Figure 17 is that single pneumatic die cushion that sleeping position detects when using pressure pad or width switching mat structure controls and dynamical system 2a schematic diagram.Owing to eliminating neckpillow air bag 3b, execution part only has headrest air bag 3a, and the function of corresponding neckpillow cell parts is all cancelled, and relative to Figure 16, only has C, D, E, F, J, H six circuit in circuit.The course of work is: when sleeping on one's back, and k0 conjunction → relay K 3 is energized → contact k31 conjunction → time relay KT2 energising → contact kt2 closes (on-delay 1 minute) → vent valve YV1 and be vented, while contact k33 open → air pump PM quits work; Time sleeping in side, k0 opens → and normally-closed contact k33 replys conjunctions → air pump PM work and inflate to air bag 3a, when pressure p in headrest air bag 3a reaches p1 → pressure switch SP1 conjunction → time relay KT1 energising → contact kt1 disconnection (delay power 0-3 second) → air pump PM quits work.

Figure 18 is soundproof room structure in noise reduction anti-shock system, and in figure, 40 is totally-enclosed heavy amount sound proofing enclosure, is made up of thickness 0.3-2mm steel plate, 39 is damping layer, adopt sticky resistive material to paste surface in the enclosure, 41 is internal sound insulation layer (double-deck puigging), selects density at 0.5-3g/cm ³sheet material manufacture, this layer is mainly used in isolation and absorbs high-frequency noises, such as actuating of relay noise, when adopting solid-state relay (circuit) or suitably reducing noise requirements standard, this layer can be cancelled, between (shell) damping layer 39 and internal sound insulation layer 41, there is space 39a, there is in the outside of shell 40 admission air silencer 43 and muffler 46 of giving vent to anger, air is from air inlet 42 air inlet of admission air silencer, by muffler 43, 44 lead to soundproof room 41 inner chamber by the road, air pump gas by the road 45, (single pneumatic die cushion has a muffler of giving vent to anger to muffler 46, two pneumatic die cushion has two mufflers of giving vent to anger), pipeline 47 leads to pneumatic die cushion air bag.In figure, 48,49 is resilient cushion member, and wherein 49 is the components and parts carrying isolation cushions such as air pump, and 48 is isolation cushion between inside and outside two-layer housing.The microphone devices such as the contactor that in the present invention, control and power sections is all, valve and air pump thereof are all placed in soundproof room.

Figure 19 is air bag air inlet principle of noise reduction schematic diagram, and in figure, 38 is air inlet pipe, and air bag 3a is headrest air bag, and 51 is air inlet throttle silencer with multiple holes.

As shown in Figure 20, air inlet pipe 38 is divided into 2 (or two or more) and exports 52,53, to reduce the induction noise of pneumatic die cushion after entering headrest air bag 3a.

As shown in Figure 21, the outer wall of air bag 3b (or 3a) is adhesive with one deck elastic shock attenuation layer 65a.

Figure 22 is the transverse sectional view of this invention pillow, and wherein 54 is pillow, and 55 is lower support, and 56 is lower buffer layer.

Figure 23 is D-D sectional view in Figure 22 (head rest of the present invention is the structure of single air bag), and because head rest only has an integral gasbag 3a, the airbag aeration time of this structure is longer, and noise is relatively large.

In Figure 24, head rest is set as 2 3aa, 3ab air bags, be located at the two ends of pillow length direction respectively, a bracing frame 58 is provided with above 2 headrest air bags 3aa, 3ab, be pillow 54 above bracing frame 58, be communicated with tracheae 57 between 2 headrest air bags, because head rest uses two air bags, and be distributed in the both ends of pillow, under normal circumstances pneumatic die cushion from human body ear distance relatively away from, in air bag, the impact of noise on human body also can be less, and this structural balloon inflationtime is shorter.

As shown in Figure 25, bracing frame 58 is that the support bar 58a of equidistant arrangement is formed by flattening rear transverse direction, and support bar 58a is fixed on cloth 58b, or with braid serial connection chaining row shapes such as cotton ropes, longitudinally has rigidity and laterally can convolution.User when sleeping, if human body shoulder be pressed onto pillow 54 above time, the support bar 58a be forced into can be depressed, and the support bar away from this position then keeps original height constant.

Claims (9)

1. a full-automatic super-silent ecological pillow, it is characterized in that: this pillow is by signal detection and transmission system (1), control and dynamical system (2), executive system (3) and noise reduction anti-shock system (4) four major part composition, wherein signal detection and transmission system (1) are by being provided with angle switch (6, 7) dual time base timer (1d) and wireless transmitting system (8) form (transmitter), or be made up of (transmitter) hydraulic control pipe (1f) and wireless transmitting system (8), or by being provided with the pressure pad (1ba of pressure switch (36a), 1bb) form, or be made up of width switching mat (1c), control and power sections (2) comprises control circuit (2ba, 2bb, 2a), air pump (PM), air bleeding valve (YV1, YV2), reversal valve (YV3) and pressure valve (SP1, SP2), executive system (3) is provided with headrest air bag (3a) and neckpillow air bag (3b) two parts, the height (54a) of head rest controls with the height (54b) of neckpillow part is independent, and be provided with three kinds of control models: be low level in its height of headrest of the cervical-vertebra health care stage (54a), neckpillow height (54b) is high-order or in a high position---between meta, intermittent cyclic switches, user be in sleep on one's back time its height of headrest (54a) be low level, neckpillow height (54b) is meta, when sleeping in side, height of headrest and neckpillow height are a high position.

2. by full-automatic super-silent ecological pillow according to claim 1, it is characterized in that: described dual time base timer adopts two groups of list time base circuits to compose in parallel, often organize single time base circuit parameter identical, often organize circuit (5a) all at NE555 integrated circuit, electric capacity (C1, C2), on monostable flipflop circuit (5c) basis that resistance (R1) is formed, increase by resistance (R2), the output circuit that photoelectrical coupler (TD11) is formed, and by triode (q1), resistance (R3, R4), the circuits for triggering that electric capacity (C3) is formed, two groups of list time base circuit (5a, in output circuit 5b), photoelectrical coupler (TD11, TD12) output (3) respectively with the control button port (8d in wireless transmitting system (8), 8c) be connected, triode (Q1 in two groups of circuits for triggering, Q2) emitter stage (e) respectively with two angle switch (6, 7) two output port (a, c) be connected.

3. by full-automatic super-silent ecological pillow according to claim 1, it is characterized in that: described hydraulic control pipe (1f), be provided with shell (19), hydraulic control pipe two ends have plug (18, 18a) or close, there are three pieces of dividing plates (21 centre, 21a, 21b), the bottom of three pieces of dividing plates is equipped with damping hole (27, 27a, 27b), hydraulic control pipe is built with conduction liquid (25), lower end in hydraulic control pipe is provided with electrode (28) and forms output (c), electrode (24a, 24) output (a) is formed, electrode (26, 26a) form output (b), output (c) is connected with power supply pole (8b) in wireless transmitter circuits (8), output (a) is connected with the control button port (8d) of wireless transmitter circuits (8), output (b) is connected with the control button port (8c) of wireless transmitter circuits (8).

4. by full-automatic super-silent ecological pillow according to claim 1, it is characterized in that: the normally closed switch (6A) that described angle switch (6,7) is composed in series by two mercoid switches (or ball switch), and the normal open switch (7A) to be composed in parallel by two mercoid switches forms, or by one just put, an inverted ball angle switch (17) forms.

5. by full-automatic super-silent ecological pillow according to claim 1, it is characterized in that: described transmitter is fixed on human abdomen position by the arrangement bag (30) that has fixed band (29), settle in bag and place transmitter and body-care conditioning cartridge bag; At pressure pad (1ba, 1bb), or on width switching mat (1c), being provided with one piece has the user of illness to play the medicine pad of relief of symptoms and health-care recovery effect to cervical vertebra or shoulder, is provided with nylon Paste button between medicine pad and pressure pad.

6., by full-automatic super-silent ecological pillow according to claim 1, it is characterized in that: described pressure pad (1ba) is provided with underlayer, between upper underlayer, be provided with the closed hose (36) being filled with antifreezing liquid or gas; Or described pressure pad (1bb) is provided with can the pressure bag of deformation, antifreezing liquid or gas is filled with in pressure bag, on two bag faces (35d, 35f) up and down of pressure bag inner chamber, be provided with the check strap (35b) of equidistant arrangement.

7. by full-automatic super-silent ecological pillow according to claim 1, it is characterized in that: described width switching mat (1c) is made up of 2 pieces of (or 3 pieces) switching mats (33,33a), every block switching mat is separate by least 6 groups, and the switch of equidistant arrangement is formed, often organize switch to be made up of 2-3 paralleling switch, number of switches on every block switching mat is all identical with arrangement mode, and on adjacent two switching mats, the switches set of corresponding sequence is connected mutually.

8. by full-automatic super-silent ecological pillow according to claim 1, it is characterized in that: control and contactor in dynamical system (2), the microphone device such as valve and air pump thereof is all independently settled with pillow spaced-apart, use soundproof room (40, 41) as the machine box of control and power sections, this soundproof room has 2 layers or 1 layer of puigging, outermost one deck is totally-enclosed heavy amount sound proofing enclosure, outer casing inner wall is adhesive with sticky resistive material (39), there is in the inner side of sound proofing enclosure internal sound insulation layer (double-deck puigging), there is in the outside of shell admission air silencer (43) and muffler of giving vent to anger (46), resilient cushion member (49 is provided with in puigging, 48), air bag air inlet in executive system adopts throttle silencer with multiple holes (51) or adopts tracheae multiple exit air inlet (52,53), buffer layer (65a) is equipped with outside all air bags.

9. by full-automatic super-silent ecological pillow according to claim 1, it is characterized in that: the headrest air bag of described pillow is provided with monosaccate (3a) structure, or double bolloon (3aa, 3ab) structure, bracing frame (58) is provided with in the top of air bag (3aa, 3ab), be pillow (54) above bracing frame, be communicated with tracheae (57) between 2 air bags (3aa, 3ab).