JP4191700B2 - Sleep promotion bed - Google Patents

Description

  The present invention relates to a sleep promoting bed.

  In recent years, political instability such as terrorism and rising geopolitical risks politically, worsening social environment such as frequent cruel crimes, and economic deflation, restructuring, recession Due to economic instability such as worsening human relations in the workplace and at home, the number of people who complain of lack of sleep and insomnia, especially middle-aged and older people, is increasing due to increased stress.

  As a method of resolving such sleep deprivation and insomnia, there are some people who drink alcohol or use sleeping pills, but these are all addictive, and the amount of drinking and sleeping pills gradually increases. There is a tendency to increase, causing health hazards.

Therefore, conventionally, devices described in Patent Documents 1 to 5 below are known as devices for promoting sleep, and those described in Patent Document 6 are known as devices for relieving stress.
No. 5-6999 JP 2002-17516 A No. 49-27804 Microfil Japanese Utility Model 52-109904 Microfil JP 2001-187147 A JP-A-8-89579

In Patent Literature 1, a plate (horizontal bed) on which a person lies is swung up and down or left and right by a plurality of cams, and a sleep effect is obtained by flowing in-vehicle noise and music while producing a vibration effect. Is disclosed,
Patent Document 2 discloses a swing-type bed that can swing a bed floor in a swing shape by an arm suspended on a suspension rod.
Furthermore, Patent Document 3 discloses a bed in which the mat base is swung back and forth and alternately raised and lowered.
Furthermore, Patent Document 4, the self upset sliding bed with by rotating the eccentric cam by the motor of the rocker to rocking bed is disclosed.

Patent Document 5 discloses a sleep apparatus that integrates the action of sound and fragrance,
Patent Document 6 discloses a relaxation device that relieves tension of the heart by a synergistic effect of aroma, music, and foot temperature.

  By the way, human beings are generally insensitive to left and right shaking and swinging, and may feel comfortable, but on the other hand, they react sensitively to up and down vibrations and up and down and feel uncomfortable and anxious. For example, when a person experienced a magnitude 3-4 earthquake at bedtime, he was relatively insensitive to left and right swings, but was uprising in response to up and down swings. Everyone is experiencing, and people respond sensitively to up and down vibrations, swings, and ups and downs, whether they go to bed or stand up, for example, rapid lowering of elevators, aircraft Everyone has experienced feelings of discomfort and anxiety about sudden descents and ship swaying at sea.

  Therefore, in consideration of the above circumstances, the inventors of the present application have conducted research and study. As a result, even on the bed, the vertical vibration, vertical rocking, and raising / lowering of the head of the person on the bed promotes sleep. I did not get good results but rather disturbed my sleep.

  However, in both of Patent Documents 1 and 2, the bed is swung left and right and up and down, and the head of the person swings left and right and repeats up and down as well. Documents 3 and 4 are systems in which the head and feet are alternately raised and lowered. Therefore, all of Patent Documents 1 to 4 are described in “Elevation of the human important head”. It lacked the basic requirement, most important for promoting sleep, to “suppress as much as possible” and was not satisfactory as a sleep promotion bed.

  The present invention has been made in view of such circumstances, so that the body is able to greatly promote sleep by giving the body a comfortable swing necessary for sleep while suppressing the vertical swing of an important human head as much as possible. An object of the present invention is to provide a novel bed for promoting sleep.

  In addition, the present invention provides a novel bed for promoting sleep, which has a “synergistic effect” by combining the swing suitable for the body with aroma, music, and suggestive talk to further enhance the sleep promoting effect. It is for other purposes.

In order to achieve the above object, the present invention according to claim 1 includes a support frame, a bed floor supported by the support frame so as to be swingable, and a swing driving means for swinging the bed floor. A bed for promoting sleep, wherein the bed floor is swung to promote sleep of a user who is lying on the bed floor,
The bed floor is characterized in that it swings left and right around a swing center axis passing through the head of a user lying on the bed in the vertical direction.

In order to achieve the above object, the present invention according to claim 2 comprises: a support frame; a bed floor supported by the support frame so as to be swingable; and swing drive means for driving the bed floor to swing. A bed for promoting sleep, wherein the bed floor is swung to promote sleep of a user who is lying on the bed floor,
The bed floor is swingable in a horizontal direction about a vertical swing center axis passing through a user's head lying on the bed floor, and the swing center existing below the user's head. The rear portion of the bed floor that can tilt in the form of a seesaw in the vertical direction around the swing center point on the axis is on the center axis in the front-rear direction of the bed floor. Guided by left and right guide rails that incline upward and downward from the valley in the left-right direction, the left and right ends of the bed floor swing in the left-right direction with gentle up-and-down movement in the opposite direction. It is characterized by being.

  In order to achieve the above object, the present invention according to claim 3 is the one according to claim 1 or 2, wherein the left and right direction of the user who is supine on the bed floor is horizontal. And a horizontal position fixing means for receiving the detection signal of the horizontal position detecting means to fix the bed floor in the horizontal state, and after the bed floor swing operation is stopped The upper surface of the bed floor is fixed in the horizontal state.

To achieve the above object, the present invention according to claim 4, in what the claim 1, wherein, in base Ddofuremu, support frame pivotally supported in the vertical direction, the support frame The bed floor is swingably supported, and the support frame has a state in which a height direction of a user who lies on the upper surface of the bed floor is horizontal and a user's head side. It is characterized by being able to take a state of being inclined downward to the foot side.

  In order to achieve the above object, the present invention as set forth in claim 5 can arbitrarily adjust and control the rocking speed and the rocking operation time of the bed floor according to the above-mentioned claim 1, 2, 3 or 4. It is characterized by having a remote control switch as described above.

  In order to achieve the above object, the present invention according to claim 6 is characterized in that the fragrance is generated near the head of the user who is supine on the bed floor in the above-mentioned claim 1, 2, 3, 4 or 5. Means, music generating means, and implicit talk generating means.

  To achieve the above object, the present invention according to claim 7 comprises the alarm time setting means for setting an alarm time according to claim 1, 2, 3, 5 or 6, and the alarm time setting. According to the wake-up time set by the means, the bed floor is swung to perform a wake-up operation to wake the user from sleep, and the bed bed swing speed during the wake-up operation is the sleep promotion It is characterized in that the speed is increased compared to that during operation.

  To achieve the above object, the present invention according to claim 8 comprises the alarm sound generating means for generating an alarm sound for a user to wake up from sleep according to the above-mentioned claim 7, wherein the alarm sound generating means is set. According to the alarm time, the alarm sound generating means is operated to generate an alarm sound.

  In order to achieve the above object, the present invention according to claim 9 is the one according to claim 1, 2, 3, 4, 5, 6, 7 or 8, wherein the rear part of the bed floor is provided on a bed floor. A foot temperature means for warming the user's foot is provided.

  According to the invention described in the claims, the bed floor swings left and right around the swing center axis passing through the head of the user who lies on the bed in the vertical direction. There is almost no up-and-down up-and-down rocking, the body can be given a comfortable left-right rocking, and sleep can be promoted.

  According to the second aspect of the present invention, the user swings in the left-right direction while keeping the head in a horizontal state and the foot is gently tilted in the vertical direction with a seesaw shape. A comfortable rocking can be given to the body, and sleep can be further promoted.

  Furthermore, according to the third aspect of the present invention, after the bed floor swing operation is stopped, the upper surface of the bed floor is fixed in a horizontal state, so that the safety of the user is ensured, and this sleep promotion is facilitated. A bed is available.

  Furthermore, according to the invention described in claim 4, since the user can take a state of being inclined downward from the head side to the foot side, the burden of blood flow on the user's foot can be reduced. And can further promote a good night's sleep.

  Furthermore, according to the fifth aspect of the present invention, the user can adjust the swinging width, swinging speed, and swinging operation time to suit the user.

  Furthermore, according to the invention described in claim 6, the user listens to music for sniffing the scent, calming the mind and body while receiving the comfortable left-right swing from the bed floor, and further suggesting stress relief. Listen to the talk and get a deep sleep in a short time.

Furthermore, according to the invention of claim 7,8, wherein, since the performing alarm by swinging the beds de bed can give reliably awaken from sleep without stimulating the user. In particular, by speed higher than during the sleep-promoting the swing speed of the bed floor at the time of alarm operation, because the alarm, other sleep-promoting the rocking of the bed floor, Ru can also be used for alarm.

  Furthermore, according to the eighth aspect of the invention, since the alarm is performed by swinging the bed floor and the alarm sound, the user can be more surely awakened from sleep.

  Furthermore, according to the ninth aspect of the present invention, the user can warm the feet as necessary, such as in winter and in cold regions.

  DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of the present invention will be specifically described below based on examples of the present invention shown in the accompanying drawings.

  FIGS. 1-16 shows the 1st Example of this invention, FIG. 1 is the partially broken whole side view of the bed for sleep promotion, FIG. 2 is a case where the bed for sleep promotion is tilted up and down FIG. 3 is a partially broken overall perspective view of the sleep promoting bed, FIG. 4 is a partially broken plan view of the sleep promoting bed shown by arrow 4 in FIG. 1, and FIG. FIG. 6 is a partially broken front end view of the sleep promoting bed along line 5-5 in FIG. 1, FIG. 6 is a partially broken rear end view of the sleep promoting bed along line 6-6 in FIG. FIG. 8 is an enlarged cross-sectional view taken along line 7-7 in FIG. 1, FIG. 8 is an enlarged view of a portion surrounded by a virtual line in FIG. 7, FIG. 9 is a cross-sectional view taken along line 9-9 in FIG. FIG. 11 is a sectional view taken along line 11-11 in FIG. 10, FIG. 12 is a view taken in the direction of arrow 12 in FIG. 11, and FIG. 13 is an enlarged view taken in the direction of arrow 13 in FIG. Is 1 in FIG. Sectional view taken along the -14 line, Figure 15 is a front view of a remote control switch, FIG. 16 is a connection diagram of the drive control of the bed sleep-promoting.

  As shown in FIGS. 1 to 3, the bed frame F of the sleep promoting bed integrally connects the plate-like front and rear frames 1 and 2 erected in the vertical direction and the front and rear frames 1 and 2. A substantially horizontal bottom frame 3 and a concave shape in side view are formed. A support frame S, which will be described later, is supported in the bed frame F so as to be tiltable in the vertical direction. Further, a bed floor B, which will be described in detail later, is supported on the support frame S around the vertical swing center axis L1-L1. Are supported to be swingable in the left-right direction. In addition, casters 29 for allowing the bed frame F to freely travel are provided at the four corners of the lower surface of the bed frame F, respectively.

  As shown in FIG. 3, the support frame S is formed in a rectangular frame shape, and is disposed above the bottom frame 3 between the front and rear frames 1 and 2 of the bed frame F. A support shaft 5 fixed to the front end of the support frame S via a pair of bearings 4 and 4 is rotatably mounted on the left and right of the inner surface of the front frame 1 so as to be rotatable. It can tilt up and down around 5. A pair of support arms 6 and 6 extending rearward are integrally provided in a cantilever manner on the left and right sides of the rear end of the support frame S. As shown most clearly in FIG. , 6 are fixed to the weld nuts n, n, respectively, and the weld nuts n, n are slidably passed through the vertical guide holes 8, 8 provided in the rear frame 3. Screws 7, 7 are screwed. Therefore, after loosening the pair of adjusting screws 7, 7, the support frame S is tilted up and down around the support shaft 5 by moving the rear end of the support frame S up and down along the guide holes 8 and 8. As shown in FIG. 2, the support frame S can be tilted downward toward the rear (the user's foot lying on the bed floor B). Further, the support frame S can be fixed at a predetermined position by tightening the adjusting screws 7.

  As shown in FIGS. 1 to 5, a gas spring 9 is connected between the rear end intermediate portion of the support frame S and the bed frame F, and the above-described tilt adjustment of the support frame S is performed by this gas spring. 9 is supported by the spring action 9 and can be performed lightly, slowly and easily.

  As shown in FIG. 1, the support frame S has a state in which the height direction of the user M lying on the upper surface of the bed floor B is horizontal, and a head H of the user M as shown in FIG. In the inclined state of FIG. 2, the user M on the bed bed B assists the flow of blood to the foot Le. can do.

  As shown in FIGS. 1 to 3, the bed floor B includes a swing frame 11 having a square dish shape, and a cushion body 33 including an elastic body such as a sponge mat accommodated on the swing frame 11. And a mat mat 34 such as a low-resilience mat laid on the cushion body 33. On the bed mat 34 of the bed floor B, the user M is heeled with the head H facing the front frame 1 side.

The bed floor B has a front portion (on the head H side of the user M) left and right around a swing center axis L1-L1 in the vertical direction at the front portion of the support frame S via a bearing support means SB described later. The rear portion (the user's foot side) is supported by a rear portion of the support frame S so as to be slidable in the left-right direction via rail guide support means SL described later.

  As shown in FIGS. 1 to 3 and 5, the bearing support means SB includes a self-aligning bearing 12 and a vertical support shaft 13 supported by the bearing 12. The upper and lower support shafts 13 are integrally suspended at the center of the front portion of the swing frame 11 of the bed floor B in the left-right direction. Therefore, the center in the left-right direction of the front portion of the bed floor B is supported by the front portion of the support frame S so as to be swingable in the left-right direction around the swing center axis L1-L1 in the vertical direction via the bearing support means SB. The

  Further, as shown in FIG. 5, the center C of the self-aligning bearing 13 passes on the swing center axis L1-L1, and the bed floor B is vertically moved with the center C as the swing center point. Tilt in a seesaw shape is allowed.

  Also, as shown in FIGS. 1 to 3 and 6, the rail guide support means SL includes a guide rail 38 that is fixed to the rear end of the support frame S and extends substantially horizontally in the horizontal direction, and the rear of the bed floor S. A pair of rollers 39, 39 are rotatably supported on the left and right sides via brackets 40, 40. These rollers 39, 39 can roll on the guide rail 38.

  As shown in FIGS. 1, 2, and 4, when the user M lies on the bed floor B, the swing center axis L <b> 1-L <b> 1 in the vertical direction of the bed floor B, that is, the center axis of the vertical support shaft 13 is The user M passes the head of the user M in the vertical direction. Therefore, when the bed floor B swings in the left-right direction around the swing center axis L1-L1, the user M The head is hardly swung in the vertical direction, and is swung in the left-right direction around the head H. The rocking locus between the head H and the foot Le is the head in the plan view of the bed B. The foot portion Le has the largest fan shape centered on H (see FIG. 4).

  Thus, when the bed floor B swings in the left-right direction around the vertical swing center axis L1-L1, the seesaw-shaped vertical direction around the center of the self-aligning bearing 13, that is, the swing center point C, is obtained. Therefore, the bed floor B can be smoothly swung in the left-right direction without applying an excessive force to the movable part.

  As shown in FIGS. 1 to 3, the bed frame F is provided with a sleep promoting bed in addition to an original switch 81 connected to a power source, a foot temperature means described later, that is, an outlet 80 for foot temperature kotatsu HE. Control device E for swing control, timers T1 to T12, swing count storage means K1 to K3, alarm time storage means K4, clock means CL for outputting the current time, inverter for variably controlling the rotational speed of the brake motor 15, etc. Is provided with a control panel 10, music, that is, a BGM player 30, and a whisper player 31.

The bed floor B is forcibly oscillated in the left-right direction around the oscillating center axis L1-L1 in the vertical direction with respect to the support frame S by the oscillating driving means D.

  Next, the configuration of the swing drive means D will be described in detail with reference to FIGS. 1 to 3 and 7 to 9. A brake motor is connected to the cross member at the intermediate portion of the support frame S via a bracket 14. 15 is fixedly supported. The brake motor 15 is conventionally known, and an inverter is connected so that the number of revolutions can be variably controlled. In addition, the brake is applied when the brake motor 15 is stopped. An eccentric plate 17 is fixed to the deceleration output shaft 16 of the brake motor 15. An eccentric shaft 18 is connected to the eccentric plate 17 so that the amount of eccentricity can be adjusted steplessly. That is, as shown in FIGS. 8 and 9, a guide block 19 is fixed to the outer surface of the eccentric plate 17, and an ant convex portion 21 integral with the eccentric shaft 18 is formed in a radial dovetail groove 20 formed in the guide block 19. Is fitted to the dovetail convex portion 21, and an adjustment bolt 22 provided rotatably on the guide block 19 is screwed into the dovetail projection 21. Therefore, the eccentric amount of the eccentric shaft 18 can be adjusted by the rotation control of the adjusting bolt 22. One end of the connecting rod 23 is rotatably connected to one end of the eccentric shaft 18, and the lower end of the swing arm 25 that is integrally suspended from the center of the cross member of the bed floor B is connected to the other end of the connecting rod 23. A pin connection 24 is rotatably provided. By driving the brake motor 15, the bed floor B can be driven to swing left and right with a predetermined amplitude (about 120 mm) via the eccentric plate 17, the eccentric shaft 18, the connecting rod 23 and the swing arm 25. The amplitude amount can be adjusted steplessly by controlling the rotation of the adjusting bolt 22. Further, since the brake is applied when the brake motor 15 is stopped, even if an external force is applied to the swing frame S, it can be prevented that the brake motor 15 swings unnecessarily.

As shown in FIG. 7, a pair of horizontal position detecting proximity switches 26a and 26b suspended from the support frame S are disposed on the left and right sides of the swing arm 25, and these proximity switches 26a and 26a The position of the bed floor B is detected. When the time elapsed by timers T1, T5, and T6 described later is reached, or when the swing stop key S5 is pressed, the swing speed is reduced, and the position of the bed floor B is set by these proximity switches 26a and 26b. The brake motor 15 for swing driving is detected and the brake motor 15 is braked, and the bed floor B is stopped in a horizontal position.

  Thus, the horizontal position detecting proximity switches 26a and 26b constitute a horizontal position detecting means. The proximity switch 26a and 26b, and the swing driving brake motor 15 are detected by the detection signals of the proximity switches 26a and 26b. The control device E that performs stop control constitutes a horizontal maintenance detection stop mechanism, and further, a horizontal position fixing means is constituted by the brake of the brake motor 15, and further, the eccentric plate 17, the eccentric shaft 18, and the adjusting bolt 22 are arranged. Thus, the swinging width adjusting device A is configured.

  As shown in FIGS. 1 to 4, a pillow unit P is provided at the left and right center of the front portion on the bed floor B. The pillow unit P is fixed to both side surfaces of the front portion of the swing frame 11 of the bed floor B with a plurality of fixing brackets 41.

  Next, the configuration of the pillow unit P will be described with reference to FIGS. 1, 2, and 10-12. The pillow unit P includes a horizontal portion Ph that supports the head H of the user M, and sleeping devices. And a vertical portion Pv to be attached to the outer peripheral surface of the pillow body 43 made of a low-resilience urethane resin and covered with a skin 44 made of a cloth cover. An entrance / exit 45 is opened on the back surface of the vertical portion Pv of the pillow unit P, and a soft, gel-like cooling mat 46 is inserted into the pillow main body 43 through the entrance / exit 45 so as to be able to enter and exit. The cooling mat 46 (used for cooling in a refrigerator, a freezer compartment, etc., and does not become hard at −20 ° to −25 °) is configured by enclosing a coolant in a soft bag. The entrance / exit 45 is closed by a lid 47 which is hinged 48 so as to be freely opened and closed on the back surface of the pillow body 43. As shown in FIG. 11, an open / close cover 49 that covers the lid 47 is provided on the back surface of the skin 44 of the pillow unit P so as to be opened and closed by the chuck 50, and after the open / close cover 49 is opened, the lid 47 Is opened, the cooling mat 46 can be taken in and out of the pillow unit P.

  Note that the cooling mat 46 is not used at low temperatures such as in winter.

On the left and right of the vertical portion Pv of the pillow unit P, a pair of aroma generating means SM, a music generating means MU for generating BGM, and an implied talk generating means WI for generating sounds such as “whispering / relaxing”, respectively. It is arranged in tandem vertically. The fragrance generating means SM includes a fragrance 60 such as a therapy fragrance and a blower fan 61, and the fragrance 60 is accommodated in a slot 42 opened on the upper surface of the pillow unit P so as to be freely inserted and removed. The blower fan 61 is disposed on the back surface thereof. According to the driving of the blower fan 61, the fragrance emanating from the fragrance 60 is diverged toward the bed floor B from the diverging opening opened in front of the vertical portion Pv of the pillow unit P.

The music generating means MU includes a speaker 63 connected to a BGM player 30 (see FIG. 1) provided on the support frame S, and the BGM flowing from the speaker 63 is opened in front of the vertical portion Pv of the pillow unit P. It flows toward the bed floor B from the generated outlet. Further, the implied talk generating means, that is, the “whisper / relaxation” generating means WI includes another speaker 65 connected to the “whisper / relaxation” player 31 (see FIG. 1). “Easy” voice flows toward the bed floor B from another generating port opened in front of the vertical portion Pv of the pillow unit P.

  Thus, the music generating means, that is, the BGM generating means MU constitutes an alarm sound generating means according to the present invention.

  At the rear of the bed floor B, a foot temperature means HE for warming the user's M foot Le on the bed floor B is provided.

Next, the structure of the foot temperature means HE will be described with reference to FIGS. 1, 2, 13, and 14. In this embodiment, the foot temperature means HE is composed of a foot temperature kotatsu, and the foot temperature box 71 includes: It arrange | positions at the bed floor B and it is detachably fixed to the both sides | surfaces of the rocking | fluctuation frame 11 with the some fixing metal 70. FIG. The foot temperature box 71 is formed in a box shape that is long in the lateral direction by a hard board plate, and an entrance / exit 72 of the foot portion Le is opened toward the front surface thereof, that is, toward the user M side. A heat insulating material 73 made of rock wool is lined on the inner surface of the foot temperature box 71, and a coiled heater 75 made of coated nichrome wire is piped inside the heat insulating material 73 through an aluminum foil 74 for heat insulation. ing. The heater 75 is covered with a non-combustible cloth 76 via an aluminum plate 77, and heat from the heater 75 is uniformly transmitted to the non-combustible cloth 76 via the aluminum plate 77, and the heat insulation in the foot temperature box 71 is maintained. The room is kept warm. A flexible covering cloth 78 made of a non-combustible cloth is suspended from the upper part of the foot entrance / exit 72 so as to cover the foot entrance / exit 72. As shown in FIGS. 1 and 3, an outlet 80 for a foot temperature kotatsu HE is provided at the rear end of the bottom frame 3 of the support frame S , and an original switch 81 connected to a power source is provided (see FIGS. 1 and 3). ).

As shown by the chain line in FIGS. 1, 2, and 14, the user M who lies on the bed floor B can heat his / her foot Le by inserting it into the warming room of the foot temperature kotatsu HE.

In addition, this foot temperature kotatsu HE is removed from the bed floor B when unnecessary, such as summer. 1 and 2, reference sign BL is a blanket covering the user M.

  A remote control box 28 is provided on the front side of the bed frame F. The remote control box 28 detachably accommodates a remote control 32 for controlling the operation of the sleep promotion bed. M holds the remote control 32 and appropriately operates the sleep promoting bed.

  The remote controller 32 can be operated by a person other than the user M of the sleep promoting bed, for example, the user M who needs care.

  As shown in FIG. 15, the following keys are provided on the operation surface of the remote controller 32.

DSP: Display
Displays each setting value (minutes, times / minutes, etc.).

S1: First program key
The first program can be started.

S2: Second program key
The second program can be started.

S3: Link key
In the first and second programs, the BGM player 30, the whisper player 31, and the aroma fan 61 are pressed when the bed floor B is stopped at the same time as the swinging of the bed floor B is stopped.

S4: Oscillation start key
The swing of the bed floor B can be started.

S5: Oscillation stop key
The swing of the bed floor B can be stopped. Also, when the program is pressed during execution of the first and second programs, it will stop completely. Furthermore, when pressed during the alarming operation described later, all stops.

S6: BGM start key
The BGM player 30 can be started.

S7: BGM stop key
The BGM player 30 can be stopped.

S8: Whisper start key
The whisper player 31 can be started.

S9: Whisper stop key
The whisper player 31 can be stopped.

VR1: BGM volume controller
This operation is performed when the volume of the BGM speaker 63 is adjusted.

VR2: Whisper volume controller
This operation is performed when the volume of the whispering player 65 is adjusted.

S10: Fragrance start key
The aromatic fan 61 can be operated.

S11: Fragrance stop key
The aroma fan 61 can be stopped.

S12: Foot temperature kotatsu "ON" key
Foot temperature kotatsu HE can be included.

S13: Foot temperature Kotatsu “Cut” key
You can cut foot temperature HE.

S14: Increase key
The numerical value to be set can be increased.

S15: Decrease key
The numerical value to be set can be decreased.

S16: Oscillation time key
Press to set the swing operation time t1, t5, t9 at which the bed floor B swings.

S17: BGM time key
Press to set the BGM operating time t2, t6, t10 during which the BGM player 30 operates.

S18: Whisper time key
Press to set the whispering operation time t3, t7, t11 for the whispering player 31 to operate.

S19: Fragrance time key
Press to set the fragrance fan operating time t4, t8, t12 during which the fragrance fan 61 operates.

S20: Oscillation frequency key
Press to set the number of swings k1, k2, k3 (times / minute) of the bed floor B.

S21: Setting key
Press to start various settings.

S22: Enter key
Press to determine various setting values.

S23: Clear key
Press to clear the key input at the time of setting.

S24: Alarm “ON” key
Alarm time can be set.

  S25: Time key The wake-up time can be displayed on the display DSP.

S26: Minute key
Press to change the minute of the alarm time.

  Thus, the alarm “on” key S24, hour key S25, minute key S26, increase key 14, decrease key S15, and display DSP cooperate to constitute the alarm time setting means according to the present invention.

  Next, the timers T1 to T12 and the swing number storage means K1 to K3 will be described.

T1: Timer
When the swing start key S4 is pressed, the actual swing operation time is detected.

T2: Timer
When the BGM start key S6 is pressed, the BGM actual operation time is detected.

T3: Timer
When the whisper start key S8 is pressed, the whispering actual operation time is detected.

T4: Timer
When the aroma start key S10 is pressed, the actual operating time of the aroma fan is detected.

T5: Timer
When the first program key S1 is pressed, the actual swing operation time is detected.

T6: Timer
When the first program key S1 is pressed, the BGM actual operation time is detected.

T7: Timer
When the first program key S1 is pressed, a whispering actual operating time is detected.

T8: Timer
When the first program key S1 is pressed, the actual operating time of the aroma fan is detected.

T9: Timer
When the second program key S2 is pressed, the actual swing operation time is detected.

T10: Timer
When the second program key S2 is pressed, the BGM actual operation time is detected.

T11: Timer
When the second program key S2 is pressed, a whispering actual operating time is detected.

T12: Timer
When the second program key S2 is pressed, the actual operating time of the aroma fan is detected.

K1: oscillating frequency storage means
The number of swings k1 when the swing start key S4 is pressed is stored.

K2: Swing frequency storage means
The number of swings k2 when the first program key S1 is pressed is stored.

K3: oscillating number storage means
The number of swings k3 when the second program key S2 is pressed is stored.

K4: Alarm time storage means
The alarm time k4 is stored.

  Next, a procedure for setting various times and the number of oscillations will be described.

  First, the case where the times t1 to t12 set in the timers T1 to T12 are “000” will be described.

  When “000” is set in the swing operation time t1 of the timer T1, the swing of the bed floor B is continuously operated when the swing start key S4 is pressed.

  When “000” is set as the BGM operating time t2 of the timer T2, the BGM player 30 operates continuously when the BGM start key S6 is pressed.

  When “000” is set in the whispering operation time t3 of the timer T3, the whispering player 31 operates continuously when the whispering start key S8 is pressed.

  When “000” is set as the aroma fan operating time t4 of the timer T4, the aroma fan 61 operates continuously when the aroma start key S10 is pressed.

  When “000” is set in the swing operation time t5 of the timer T5, the bed B does not swing when the first program key S1 is pressed without the interlock key S3 being pressed.

  When “000” is set as the BGM operating time t6 of the timer T6, the BGM player 30 does not operate when the first program key S1 is pressed without pressing the interlock key S3.

  When “000” is set for the whispering operation time t7 of the timer T7, the whispering BGM player 31 is not operated when the first program key S1 is pressed without the interlocking key S3 being pressed.

  When “000” is set in the aroma fan operating time t8 of the timer T8, the aroma fan 61 does not operate when the first program key S1 is pressed without the interlock key S3 being pressed.

  When “000” is set to the swing operation time t9 of the timer T9, the bed B does not swing when the second program key S2 is pressed without pressing the interlock key S3.

  When “000” is set as the BGM operating time t10 of the timer T10, the BGM player 30 does not operate when the second program key S2 is pressed without pressing the interlock key S3.

  When “000” is set for the whispering operation time t11 of the timer T11, the whispering player 31 does not operate when the second program key S2 is pressed without pressing the interlock key S3.

  When “000” is set to the aroma fan operating time t12 of the timer T12, the aroma fan 61 does not operate when the second program key S2 is pressed without pressing the interlock key S3.

  When the first program key S1 or the second program key S3 is pressed after the interlock key S3 is pressed, it will be described in “Explanation of operation” described later.

1. Procedure for setting swing operation time t1 when swing start S4 is pressed
(1) Press the set key S21. Thereby, “setting” is displayed on the display DSP.

  (2) Next, press the swing time key S16. As a result, the swing operation time t1 currently set in the timer T1 is displayed on the display DSP. For example, when the currently set swing operation time t1 is 90 minutes, “set swing operation time: 090 minutes” is displayed on the display DSP.

  (3) Next, the increase key S14 or the decrease key S15 is pressed to display the desired swing operation time on the display DSP. For example, when the desired swing operation time is 120 minutes, the increase key S14 is pressed to display “set swing operation time: 120 minutes” on the display DSP.

  (4) Next, press the enter key S22. As a result, the display on the display DSP disappears.

  Thus, the time displayed in (3) is set to the swing operation time t1 of the timer T1. For example, the swing operation time t1 is updated to 120 minutes.

2. Procedure for setting the BGM operating time t2 when the BGM start key S6 is pressed
(1) Press the set key S21. Thereby, “setting” is displayed on the display DSP.

  (2) Next, the BGM time key 17 is pressed. As a result, the BGM operating time t2 currently set in the timer T2 is displayed on the display DSP. For example, when the currently set BGM operating time t2 is 80 minutes, “BGM operating time setting: 080 minutes” is displayed on the display DSP.

  (3) Next, the increase key S14 or the decrease key S15 is pressed to display the desired BGM operating time on the display DSP. For example, if the desired BGM operating time is 110 minutes, the increase key S14 is pressed to display “BGM operating time setting: 110 minutes” on the display DSP.

  (4) Next, press the enter key S22. As a result, the display on the display DSP disappears.

  Thus, the time displayed in (3) is set to the BGM operating time t2 of the timer T2. For example, the BGM operating time t2 is updated to 110 minutes.

3. Procedure for setting whispering operation time t3 when whispering start key S8 is pressed
(1) Press the set key S21. Thereby, “setting” is displayed on the display DSP.

  (2) Next, the whisper time key S18 is pressed. As a result, the whispering operation time t3 currently set in the timer T3 is displayed on the display DSP. For example, when the currently set whispering operation time t3 is 70 minutes, “whispering operation time setting: 070 minutes” is displayed on the display DSP.

  (3) Next, the increase key S14 or the decrease key S15 is pressed to display the desired whispering operation time on the display DSP. For example, when the desired whispering operation time is 100 minutes, the increase key S14 is pressed to display “whispering operation time setting: 100 minutes” on the display DSP.

  (4) Next, press the enter key S22. As a result, the display on the display DSP disappears.

  Thus, the time displayed in (3) is set to the whispering operation time t3 of the timer T3. For example, the whispering operation time t3 is updated to 100 minutes.

4). Procedure for setting the aroma fan operating time t4 when the aroma start key S10 is pressed
(1) Press the set key S21. Thereby, “setting” is displayed on the display DSP.

  (2) Next, the fragrance time key S19 is pressed. Thereby, the aroma fan operating time t4 currently set in the timer T4 is displayed on the display DSP. For example, when the currently set fragrance fan operating time t4 is 60 minutes, “fragrance fan operating time setting: 060 minutes” is displayed on the display DSP.

  (3) Next, the increase key S14 or the decrease key S15 is pressed to display the desired aromatic fan operating time on the display DSP. For example, if the desired fragrance fan operating time is 90 minutes, the increase key S14 is pressed to display “fragrance fan operating time setting: 090 minutes” on the display DSP.

  (4) Next, press the enter key S22. As a result, the display on the display DSP disappears.

  As described above, the time displayed in (3) is set to the aroma fan operating time t4 of the timer T4. For example, the fragrance fan operating time t4 is updated to 90 minutes.

4). Procedure for setting the number of swings k1 when the swing start key S4 is pressed
(1) Press the set key S21. Thereby, “setting” is displayed on the display DSP.

  (2) Next, press the rocking frequency key S20. As a result, the swing number k1 currently set in the swing number storage means K1 is displayed on the display DSP. For example, when the currently set number of swings k1 is 10 times / minute, “Set number of swings: 010 times / minute” is displayed.

  (3) Next, the increase key 14 or the decrease key 15 is pressed to display the desired number of oscillations on the display DSP. For example, when the desired number of swings is 7 times / minute, the decrease key S15 is pressed to display “set number of swings: 7 times / minute” on the display DSP.

  (4) Next, press the enter key S22. As a result, the display on the display DSP disappears.

  As described above, the number of times displayed in (3) is set as the number of swings k1 in the swing number storage means K1. For example, the swing count k1 is updated to 7 times / minute.

5. Procedure for setting swing operation time t5, BGM operation time t6, whispering operation time t7, aroma fan operation time t8, and swing frequency k2 when the first program key S1 is pressed
(1) Press the set key S21. Thereby, “setting” is displayed on the display DSP.

  (2) Next, press the program key S1. As a result, “first program setting” is displayed on the display DSP.

  (3) Next, press the swing time key 16. As a result, the swing operation time t5 currently set in the timer T5 is displayed on the display DSP. For example, when the currently set swinging operation time t5 is 90 minutes, “swinging operation time setting: 090 minutes” is displayed.

  (4) Next, the increase key S14 or the decrease key S15 is pressed to display the desired swing operation time on the display DSP. For example, when the desired swing operation time is 120 minutes, the increase key S14 is pressed to display “set swing operation time: 120 minutes” on the display DSP.

  (5) Next, the BGM time key S17 is pressed. As a result, the BGM operating time t6 currently set in the timer T6 is displayed on the display DSP. For example, if the currently set BGM operating time t6 is 80 minutes, “BGM operating time setting: 080 minutes” is displayed.

  (6) Next, the increase key S14 or the decrease key S15 is pressed to display the desired BGM operating time on the display DSP. For example, when the desired BGM operating time is 110 minutes, the increase key S14 is pressed to display “BGM operating time setting: 110 minutes” on the display DSP.

  (7) Next, the whisper time key S18 is pressed. As a result, the whispering operation time t7 currently set in the timer T7 is displayed on the display DSP. For example, when the currently set whispering operation time t7 is 70 minutes, “whispering operation time setting: 070 minutes” is displayed.

  (8) Next, the increase key S14 or the decrease key S15 is pressed to display the desired whispering operation time on the display DSP. For example, when the desired whispering operation time is 100 minutes, the increase key S14 is pressed to display “whispering operation time setting: 100 minutes” on the display DSP.

  (9) Next, the fragrance time key S19 is pressed. Thereby, the aroma fan operating time t8 currently set in the timer T8 is displayed on the display DSP. For example, when the currently set aroma fan operating time t8 is 60 minutes, “Aroma fan operating time setting: 060 minutes” is displayed.

  (10) Next, the increase key S14 or the decrease key S15 is pressed to display the desired aromatic fan operating time on the display DSP. For example, if the desired fragrance fan operating time is 90 minutes, the increase key S14 is pressed to display “fragrance fan operating time setting: 090 minutes” on the display DSP.

  (11) Next, the swing number key S20 is pressed. As a result, the swing number k2 currently set in the swing number storage means K2 is displayed on the display DSP. For example, when the currently set number of swings k2 is 10 times / minute, “Set number of swings: 010 times / minute” is displayed.

  (12) Next, the increase key S14 or the decrease key S15 is pressed to display the desired number of swings on the display DSP. For example, if the desired number of swings is 7 times / minute, the decrement key S15 is pressed to display “set number of swings: 7 times / minute” on the display DSP.

  (13) Next, the enter key S22 is pressed. As a result, the display on the display DSP disappears.

  Thus, the time displayed in (4) is set to the swing operating time t5 of the timer T5, the time displayed in (6) is set to the BGM operating time t6 of the timer 6, and is displayed in (8). The time is set to the whispering operation time t7 of the timer T7, the time displayed in (10) is set to the aroma fan operation time t8 of the timer T8, and the number of times displayed in (12) is the oscillation number storage means K2. Is set as the number of swings k2.

  For example, the swing operation time t5 is updated to 120 minutes, the BGM operation time t6 is updated to 110 minutes, the whisper operation time t7 is 100 minutes, the aroma fan operation time t8 is updated to 90 minutes, and the swing frequency k2 is updated to 7 times / minute. .

6). Procedure for setting swing operation time t9, BGM operation time t10, whispering operation time t11, aroma fan operation time t12, and swing count k3 when the second program key S2 is pressed. (2) is the same as 5 above except that instead of pressing the first program key S1, the first program key S2 is pressed.

  In this case, “1” in (2) is “second”, “T5” and “T9” in (3) are “t5” and “t9”, respectively. , (5) has “T6” and “t6”, respectively, “T10” and “t10”, and (7) has “T7” and “t7”, “T11” and “t11”. (9) includes “T8” and “t8”, respectively, “T12” and “t12”, respectively, and (11) includes “K2” and “k2”, respectively. It shall be read as “k3”.

  Thus, the time displayed in (4) is set to the swing operation time t9 of the timer T9, the time displayed in (6) is set to the BGM operation time t10 of the timer 10, and the time displayed in (8). Is set to the whispering operation time t11 of the timer T11, the time displayed in (10) is set to the aroma fan operation time t12 of the timer T12, and the number of times displayed in (12) is stored in the swing number storage means K3. It is set as the number of swings k3.

7). Procedure for storing alarm time k4 in alarm time storage means K4
(1) Press the hour key S25. As a result, the alarm time k4 currently stored in the alarm time storage means K4 is displayed on the display DSP. For example, if the currently stored alarm time k4 is 6:00 am, “alarm time 06:00” is displayed on the display DSP.

  (2) Next, the setting key 21 is pressed.

  (3) Next, the increase key S14 and the decrease key S15 are pressed to display the "hour" of the desired alarm time on the display DSP. For example, when the desired wake-up time is 5:30 am, the decrement key S15 is pressed to display “wake-up time 05:00” on the display DSP.

  (4) Next, press the minute key S26.

  (5) Next, the increase key S14 or the decrease key S15 is pressed to display the "minute" of the desired alarm time on the display DSP. For example, when the desired wake-up time is 5:30 am, the increase key 14 is pressed to display “wake-up time 05:30” on the display DSP.

  As described above, the alarm time displayed in (5) is stored as the alarm time k4.

  Next, the operation of operating the sleep promoting bed using the remote controller 32 will be described.

[In case of multiple starts]
1. When the first program is executed When the first program key S1 is pressed, the bed floor B starts swinging at the swing frequency k2 and the BGM player 30, whisper player 31 and the fragrance fan 61 start operating, and BGM and whispering As a result, diffusion of the volatile components of the fragrance by the fragrance fan 61 starts, and the “first program” is displayed on the display DSP. Thereby, the sleep promotion operation | movement for promoting the user M going into sleep is performed.

When the aroma fan operating time t8 has elapsed since the first program key S1 was pressed, the aroma fan 61 stops, and when the whispering operating time t7 has elapsed, the whispering player 31 stops and the BGM operating time t6 has elapsed. When the BGM player 30 stops and the swing operation time t5 elapses, the swing of the bed floor B stops. When all of them stop, the “first program” display on the display DSP disappears.

2. When the second program key S2 is pressed, when the second program key S2 is pressed, the bed floor B starts swinging at the swing frequency k3, and the BGM player 30, whisper player 31 and the fragrance fan 61 start operating, and BGM and whispering The diffusion of the volatile components of the fragrance by the fragrance fan 61 starts, and the “second program” is displayed on the display DSP. Thereby, the sleep promotion operation | movement for promoting the user M going into sleep is performed.

Then, when the aroma fan operating time t12 elapses from when the second program key S2 is pressed, the aroma fan 61 stops, and when the whispering operating time t11 elapses, the whispering player 31 stops and the BGM operating time t10 elapses. Then, the BGM player 30 stops, and when the swing operation time t9 has elapsed, the swing of the bed floor B stops.

  When all of them stop, the display of “second program” on the display DSP disappears.

3. When the interlocked first program is executed When the first program key S1 is pressed after the interlock key S3 is pressed, the bed floor B starts swinging at the swing frequency k2, and the BGM player 30, the whispering player 31 and the aroma fan 61 are activated. BGM and whispers flow, diffusion of the volatile components of the fragrance by the fragrance fan 61 begins, and the “linked first program” is displayed on the display DSP. Thereby, the sleep promotion operation | movement for promoting the user M going into sleep is performed.

  Then, when the swing operation time t5 has elapsed since the first program key S1 was pressed, the swing of the bed floor B, the BGM player 30, the whisper player 31, and the fragrance fan 61 are stopped, and the "interlocking" of the display DSP is performed. The “first program” display disappears.

  For example, when 120 minutes is set as the swing operation time t5 and 110 minutes is set as the BGM operation time t6, the BGM player 30 stops when 120 minutes set as the swing operation time t5 has elapsed. . If the swing operation time t5 is set to 120 minutes and the BGM operation time t6 is set to “000”, the BGM player 30 starts to operate when the first program key S1 is pressed after the interlock key S3 is pressed. , BGM flows. Then, the BGM player 30 stops when 120 minutes set as the swing operation time t5 have elapsed.

4). When executing the second interlocking program When the second program key S2 is pressed after pressing the interlocking key S3, the bed floor B starts swinging at the swing frequency k3 and the BGM player 30, the whispering player 31 and the fragrance fan 61 are The operation starts, whispering BGM, the diffusion of the volatile components of the fragrance by the fragrance fan 61 starts, and the “linked second program” is displayed on the display DSP. Thereby, the sleep promotion operation | movement for promoting the user M going into sleep is performed.

Then, when the swing operation time t10 has elapsed since the second program key S1 was pressed, the swing of the bed floor B , the BGM player 30, the whisper player 31, and the fragrance fan 61 are stopped, and the "interlocking" of the display DSP is performed. “Second program” disappears.

  For example, if 90 minutes is set for the swing operation time t9 and 80 minutes is set for the BGM operation time t10, the BGM player 30 stops after 90 minutes set for the swing operation time t9. . If the swing operation time t9 is set to 90 minutes and the BGM operation time t10 is set to "000", the BGM player 30 starts operating when the second program key S2 is pressed after the interlock key S3 is pressed. , BGM flows. Then, the BGM player 30 stops when 90 minutes set as the swing operation time t9 have elapsed.

[For single start]
1. When swinging the bed floor B
(1) When the swing start key S4 is pressed, the bed floor B starts swinging with the swing count k1, and “swing” is displayed on the display DSP. Thereby, the sleep promotion operation | movement for promoting the user M going into sleep is performed.

  (2) Then, when the swing operation time t1 has elapsed from when the swing start key S4 is pressed, the swing of the bed floor B is stopped, and the “swing” display on the display DSP disappears.

  When the setting of the swing operation time t1 is “000”, “continuous swing” is displayed on the display DSP (1). Next, when the rocking stop key S5 is pressed, the rocking of the bed floor B is stopped, and the “continuous rocking” display on the display DSP disappears.

2. When playing BGM
(1) When the BGM start key S6 is pressed, the BGM player 30 starts operation, BGM flows, and “BGM” is displayed on the display DSP. Thereby, the sleep promotion operation | movement for promoting the user M going into sleep is performed.

  (2) When the BGM operating time t2 has elapsed since the BGM start key S6 was pressed, the BGM player 30 is stopped and the “BGM” display on the display DSP disappears.

  When the setting of the BGM operating time t2 is “000”, “continuous BGM” is displayed on the display DSP (1). Next, when the BGM stop key S7 is pressed, the BGM player 30 is stopped and the “continuous BGM” display on the display DSP disappears.

3. When playing whisper
(1) When the whispering start key S8 is pressed, the whispering player 31 starts operation and "whispering" flows, and "whispering" is displayed on the display DSP. Thereby, the sleep promotion operation | movement for promoting the user M going into sleep is performed.

  (2) Then, when the whispering operation time t3 has elapsed since the whisper start key S8 was pressed, the whisper player 31 is stopped and the “whispering” display on the display DSP disappears.

  When the setting of the whispering operation time t3 is “000”, “continuous whisper” is displayed on the display DSP (1). Next, when the whispering stop key S9 is pressed, the whispering player 30 is stopped, and the “continuous whispering” display on the display DSP disappears.

4). When fragrant
(1) When the fragrance start key S10 is pressed, the fragrance fan 61 starts to operate and diffusion of the volatile components of the fragrance begins, and “fragrance” is displayed on the display DSP. Thereby, the sleep promotion operation | movement for promoting the user M going into sleep is performed.

  (2) When the aroma fan operating time t4 has elapsed since the aroma start key S10 was pressed, the aroma fan 61 is stopped and the “fragrance” indication on the display DSP disappears.

  When the setting of the fragrance fan operating time t4 is “000”, “continuous fragrance” is displayed on the display DSP (1). Next, when the fragrance stop key S11 is pressed, the fragrance fan 61 is stopped and the “continuous fragrance” display on the display DSP disappears.

5. When the foot temperature kotatsu is turned on When the foot temperature kotatsu “ON” key S12 is pressed, energization of the foot temperature kotatsu HE starts and “foot temperature kotatsu” is displayed on the display DSP. Thereby, the sleep promotion operation | movement for promoting the user M going into sleep is performed.

  When the foot temperature kotatsu “off” key S13 is pressed, the energization of the foot temperature kotatsu HE is stopped, and the “foot temperature kotatsu” display on the display DSP disappears.

  Note that the foot temperature kotatsu “ON” key S12 and the foot temperature kotatsu “OFF” key S13 can energize and stop energizing the foot temperature kotatsu HE regardless of the operation of the other keys S1 to S11.

[To start a single unit and have multiple units operating]
The swing start key S4, the BGM start key S6, the whisper start key S8, and the aroma start key S10 can be activated by pressing a plurality of them. For example, when the swing start key S4 and the BGM start key S6 are pressed, the bed floor B swings, and the BGM player 30 is activated and BGM can flow. Thereby, the sleep promotion operation | movement for promoting the user M going into sleep is performed.

[When alarming]
(1) Press the hour key S25. As a result, the alarm time k4 currently stored in the alarm time storage means K4 is displayed on the display DSP. For example, when the currently stored alarm time k4 is 6:00 am, “alarm time 06:00” is displayed on the display DSP.

  (2) Next, when the desired alarm time is the same as the time displayed on the display DSP in (1) above, the alarm “ON” key S24 is pressed. Thereby, the time displayed on the display device DSP in (1) is set as the wake-up time. For example, the “wake-up time 06:00” displayed on the display device DSP in (1) is set as the wake-up time.

  (3) In the above (2), when the desired wake-up time is different from the time displayed on the display DSP in (1), the above-mentioned “7. Wake-up time k4 is stored in the wake-up time storage means K4. After the desired alarm time is displayed on the display DSP in the “procedure”, the alarm “ON” key S24 is pressed. As a result, the time displayed on the display DSP immediately before pressing the alarm “ON” key S24 is set as the alarm time.

  (4) When the wake-up time is set by pressing the wake-up “ON” key in (2) or (3), the set wake-up time continues to be displayed on the display DSP.

(5) Then, the current time output by the clock means CL is equal to or set alarm time, flows BGM BGM player 30 with beds de bed B starts swinging brake motor 15 is started to drive it began operations A wake-up action is performed. The swing speed of the bed floor B at the time of this wake-up operation is normally set to a speed higher than that at the time of the sleep promotion operation. For example, the swing speed of the bed floor B during the sleep promoting operation is set to 10 times / minute, while the swing speed of the bed floor B during the wake-up operation is set to 20 times / minute.

  (6) The user M who has woken up from sleep by the wake-up operation or a third person who has confirmed the wake-up of the user M, such as a caregiver, presses the rocking stop key S5 to stop the wake-up operation. Thereby, the alarm time displayed on the display DSP disappears.

  Below, the procedure which uses the bed for sleep promotion concerning this invention is demonstrated.

  The user M performs the following operations in order before rising on the bed floor B.

  (1) Insert a cooling mat 46 that has been cooled in advance into the pillow unit P so that the head H can be cooled.

  (2) Insert a volatile fragrance 60 such as a therapeutic fragrance into the inlet 42 at the top of the pillow unit P.

  (3) Next, before going to bed, the remote controller 32 is operated to adjust the number of swings, the swing speed, and the swing angle of the bed floor B to values that serve as a guideline for the bed B.

  (4) Next, the user M repeatedly gets on and off the bed floor B and adjusts the number of swings, the swing speed, and the swing angle of the bed floor B to optimum values.

  Such adjustment is troublesome at first, but once the optimum value is set, no significant adjustment is required thereafter.

  (5) When the above adjustment is completed, the user M, as shown in FIG. 1, lies on the bed floor B, hangs the blanket BL, and uses the remote control switch 32 to move the swing operation time (for example, 90 minutes). After setting 120 minutes), for example, when the first program key S1 is pressed, the bed floor B repeats a gentle rocking motion based on the set value.

  In order to perform the alarm operation, the operation described in the above-mentioned “when alarm operation is performed” is performed to set the alarm time, and then, for example, the first program key S1 is pressed.

  By the way, according to the first embodiment, the swing center axis L1-L1 of the bed floor B passes through the head H of the user M in the vertical direction. The bed floor B is swayed to the left and right and the body is also swayed in a state where there is almost no swing in the direction, and the user M can be urged to sleep comfortably in a short time.

  FIG. 4 shows a specific example of the swinging mode of the bed floor B. According to this specific example, the swing center axis L1-L1 of the bed floor B passes through the center Hc of the head H of the user M in the vertical direction, and the rollers 39, 39 are arranged in front of and behind the bed floor B. It moves about 60 mm each from the central axis L2-L2 in the direction to the left and right (total of about 120 mm). The total movement is about 100 mm).

  By the way, the user M who is ready to go to bed lies on the bed floor B, and cools the head H with the cooling mat 46 of the pillow unit P, and his / her preference flowing from the speaker 63 of the BGM generating means MU. While listening to the light melody, sniff the fragrance generated from the fragrance generating means SM, and at the ear of it, by means of implied talk generating means, that is, "peaceful whisper" generating means, the joy and sweet memories of the user M In addition, the essences of the selected cases are gently summarized by preliminary questionnaire surveys on the sports and hobbies that the person is good at, and the talks of skilled men of the opposite sex with each other are female for men and men for women. For example, “You are a good boy.” If small is talk that feelings such as you will "be popular with young women is fun and uplifting, great help to eliminate temporary stress, it is possible to encourage sleep.

  As described above, select the most suitable swing width and number of swings, sniff your favorite fragrance, listen to the familiar BGM and whispering that sometimes makes you happy. It becomes possible by entering a sleep state.

  Further, during the winter season or cold, the foot is heated by the foot temperature means HE.

  When the wake-up time is set, the wake-up operation is performed when the current time output from the clock means CL coincides with the wake-up time.

It should be noted that the swing speed of the bed floor B during the wake-up operation may be fixed to one value, and can be set to the swing speed of the bed floor B desired by the user M with the remote controller 32. it may be, may be gradually increased speed from the start of swinging at a swinging velocity of beds de bed B during sleep promoting operation.

As shown in FIG. 15, the control panel 10 provided in the support frame S is connected to a main switch 81 connected to an AC 100V power source and a foot temperature means (foot temperature kotatsu) outlet 80, and on the input side thereof. The remote control 32 is connected, and on its output side, the BGM speaker 63, the implicit talk speaker 25, the fragrance fan 61, the BGM player 30, the implicit talk player 31, the brake motor (swing motor) 15, the horizontal detection sensor (proximity) Switch) 26 and foot temperature heater 75 are respectively connected.

  Next, a second embodiment of the present invention will be described with reference to FIG.

  FIG. 17 is a diagram corresponding to FIG. 6 according to the second embodiment, and the same reference numerals are given to the same elements as those in the first embodiment.

  The second embodiment is different from the first embodiment in the configuration of the rail guide support means SL that supports the bed floor B on the support frame S. That is, as shown in FIG. 17, the guide rail 138 of the guide support means SL has a gentle upward slope from the valley V existing in the central axis L2-L2 in the front-rear direction of the bed B toward the outer side in the left-right direction of the bed B. The left and right guide rails 138L and 138R are inclined to each other. On the left and right guide rails 138L, 138R, a pair of left and right rollers 39, 39 supported on the lower surface of the bed floor B via brackets 40, 40 are mounted so as to roll freely. Therefore, when the bed floor B is driven to swing left and right around the swing center axis L1-L1 in the vertical direction by the operation of the swing drive means D, the bed floor B is the center of the self-aligning bearing 12, that is, The seesaw is tilted up and down around the swing center C. As a result, the pair of rollers 39 and 39 roll on the left and right guide rails 138L and 138R. As a result, the bed floor B is guided to the left and right guides. Guided by the rails 138L and 138R, the left and right ends of the rail swing in the left-right direction with the up-and-down movement in the opposite direction.

  Therefore, in the second embodiment, the user M on the bed floor B has an important head H in a horizontal state, and the foot Le is in the guide locus of the left and right guide rails 138L and 138R. Along a gentle seesaw-like vertical tilt along the left and right sides, it is swung in the left and right directions, and comfortable sleep is further promoted.

  As mentioned above, although the Example of this invention was described, this invention is not limited to the Example, A various Example is possible within the scope of the present invention.

Partially broken side view of sleep promotion bed Partially broken side view when the sleep promoting bed is tilted up and down Partially broken perspective view of sleep-promoting bed FIG. 1 is a partially broken plan view of the sleep promoting bed as viewed in the direction of arrow 4 FIG. 1 is a partially broken front end view of the sleep promoting bed taken along line 5-5 in FIG. FIG. 1 is a partially broken end view of the sleep promoting bed taken along line 6-6 in FIG. Expanded sectional view along line 7-7 in FIG. Enlarged view of the imaginary line enclosure in FIG. Sectional view along line 9-9 in FIG. FIG. 10 arrow enlarged view Sectional drawing which follows the 11-11 line of FIG. 12 arrow view of FIG. FIG. 13 arrow enlarged view Sectional drawing which follows the 14-14 line of FIG. Front view of remote control switch Connection diagram of drive control for sleep promotion bed FIG. 6 correspondence diagram according to the second embodiment of the present invention.

Explanation of symbols

15 ... Horizontal position fixing means (brake motor)
26 ... Horizontal position detection means (proximity switch)
32 ... Remote control switch 138L ... Left guide rail 138R ... Right guide rail A ... Oscillation width adjusting device C ... Oscillation center point S ... ··· Support frame D ··· Swing drive device B ··· Bed floor F · · · Bed frame H · · · Head Le · · · Foot M ... User V ... Valley SM ... Fragrance generating means MU ... BGM generating means WI ... Implicit talk generating means L1-L1 ... Oscillation center axis L2-L2 in the vertical direction of the bed floor ··· Center axes S14, S15, S23, S25, S26, DSP in the longitudinal direction of the bed floor ··· Alarm time setting means BGM ··· Generation of alarm sound means

Claims (9)

Use of a support frame, a bed floor that is swingably supported by the support frame, and swing drive means for swinging and driving the bed floor, and swinging the bed floor on the bed floor A sleep promotion bed designed to promote sleep for the elderly,
The bed for sleep promotion, wherein the bed floor swings left and right around a swing center axis passing through a head of a user who is lying on the bed in the vertical direction. Use of a support frame, a bed floor that is swingably supported by the support frame, and swing drive means for swinging and driving the bed floor, and swinging the bed floor on the bed floor A sleep promotion bed designed to promote sleep for the elderly,
The bed floor is swingable in the left-right direction around the swing center axis in the vertical direction passing through the user's head lying on the bed floor, and the swing center point located below the user's head The rear part of the bed floor that can be tilted up and down around the bed floor and receives the user's foot on the bed floor rises from the valley on the central axis in the front-rear direction of the bed floor to the outside in the left-right direction. Guided by left and right guide rails inclined in a gradient, the left and right ends of the bed floor swing in the left and right direction while slowly moving up and down in the opposite direction, for promoting sleep bed.   The horizontal position detecting means for detecting that the left and right direction of the user who is supine on the bed floor is in a horizontal state on the upper surface of the bed floor and receiving the detection signal of the horizontal position detecting means, the bed floor is The sleep according to claim 1 or 2, wherein a horizontal position fixing means is provided for fixing to a horizontal state, and the upper surface of the bed floor is fixed to the horizontal state after the bed bed swing operation is stopped. Promotional bed. The base Ddofuremu, support frame pivotally supported in the vertical direction, the and the bed floor supporting frame is swingably supported, said support frame, said bed floor top surface, supine on the upper surface The height direction of the user to be leveled and the state of being inclined downward from the user's head side to the foot side can be taken. Or the bed for sleep promotion of 3.   The sleep promoting device according to claim 1, 2, 3 or 4, further comprising a remote control switch capable of arbitrarily adjusting and controlling a rocking speed and a rocking operation time of the bed floor. bed.   The fragrance generating means, the music generating means and the implicit talk generating means are provided near the head of the user who is supine on the bed floor, according to claim 1, 2, 3, 4 or 5. Sleep promotion bed.   An alarm time setting means for setting an alarm time is provided, and according to the alarm time set by the alarm time setting means, an alarm operation is performed to wake the user from sleep by swinging the bed floor, The sleep promoting bed according to claim 1, 2, 3, 4, 5 or 6, wherein the bed bed swing speed during the wake-up operation is increased more than during the sleep promoting operation. .   A wake-up sound generating means for generating a wake-up sound for waking the user from sleep is provided, and the wake-up sound generating means is operated to generate a wake-up sound according to the set wake-up time. The sleep promoting bed according to claim 7.   A foot temperature means for warming a user's foot on the bed floor is provided at a rear portion of the bed floor, characterized in that the above-mentioned claim 1, 2, 3, 4, 5, 6, 7 or 8 is provided. Bed for sleep promotion as described.

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