JP2015027329A - Light source for sleeping and sound source supply device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a directional light source for sleeping and a sound source supply device, releasing a sleeper from stress of causing trouble for a surrounding sleeper, and allowing the sleeper to obtain a comfortable sleep start, a deep sleep, and awakening in relaxed environment in time of bedding, during the sleeping, or at the time of uprising of the sleeper.SOLUTION: A directional light source for sleeping and a sound source supply device 1 include: superdirectional speakers 4 sending sound or music; directional LED illumination lamps 6 radiating illumination; a speaker control part 5 controlling the sound or the music of the superdirectional speakers 4; an LED illumination control part 7 controlling the illumination of the directional LED illumination lamps 6; a storage part 9 storing a pattern of the sound or the music sent from the superdirectional speakers 4, or a pattern of the illumination radiated from the directional LED illumination lamps 6; and a pattern control part 8 making a sleeper present a preselected pattern from the patterns stored in the storage part 9 when the sleeper goes to bed, while sleeping, or when uprising.

Description

  The present invention relates to a sleeping light source and a sound source supply device, and in particular, supplies a light source and a sound source only to a predetermined sleeping person without disturbing other sleeping persons around the sleeping bed when sleeping, sleeping, and getting up. The present invention relates to a sleeping light source and a sound source supply device.

  For modern people who receive a lot of stress in daily life, relaxing at bedtime, falling asleep while sleeping, waking up comfortably when waking up is extremely important for living a healthy life without accumulating stress It is becoming important. In view of this, for example, a device that induces sleep by generating various stimuli at the time of going to bed or a device that gives a stimulus when waking up and awakens from sleep has been devised.

  Patent Document 1 discloses a sleep inducing device that can induce sleep efficiently by generating multiple types of stimuli in combination and can be used easily. Here, a red lamp and a blue lamp, an effect machine that projects a fantastic pattern using light, a fragrance generating device that emits fragrance into the room, and a CD player are arranged in a casing. The The housing includes a control unit. Under the control of the control unit, the red lamp and the blue lamp emit light at the respective intensities in the respective periods, and the effect machine has the predetermined light intensity and the predetermined in the predetermined period. It is described that a star-shaped pattern is projected at a rotation speed, the fragrance generating device emits a scent during a predetermined period, and the CD player generates a sound from a speaker at a predetermined volume during a predetermined period.

  Patent Document 2 discloses a device that adjusts sleep / wake rhythm by light whose color and intensity are adjusted to promote good sleep and smooth awakening. Here, by setting the bedtime and wake-up time with an alarm clock, red to yellow light is lit from the light emitting device at the time of sleep introduction, and this is gradually weakened, so smooth sleep introduction and good quality sleep When waking up, a smooth awakening can be obtained by gradually increasing the blue to white light from the light emitting device from a certain time before the scheduled wake-up time, and a wake-up sound will sound at the set wake-up time According to the above, it is described that the sleep / wake rhythm is awakened by sleeping well.

  On the other hand, as society becomes more complex, or as lifestyles diversify, individual differences in bedtime and wake-up time will increase, and you will have to go to bed, go to bed, and wake up at a time different from the sleepers around you. The number of cases that must not be increased. For example, if you go to bed without waking up an already sleeping family, or go to golf without waking up the family early in the morning, you can sleep for a short time without disturbing others in the sauna sleeping room. If you want to wake up without disturbing the passengers in the Shinkansen at night, or if you want to wake up just before you get off the station without disturbing the passengers around you, If you are staying in a large number of people and want to sleep later than others, or if you want to get up early.

  Patent Document 3 discloses an alarm device that reliably awakens only a specific person without waking up a roommate. Here, the ceiling is equipped with directional arousal stimulating means that gives awakening stimulating directionally to awaken only to people sleeping in a limited area, and the awakening stimulation causes the audible sound by interfering with ultrasonic waves mutually It is described that it is a combination of a sound from a directional speaker that generates light and an illumination light from an illuminating lamp having directivity.

JP-A-6-121839 JP 2011-107111 A Japanese Patent No. 2721536

  The situation of disturbing other sleeping people at bedtime is not only caused by the alarm clock sounding when waking up. When you take an action such as listening to music without going to bed at bedtime, listening to TV or radio, playing a game with an application such as a mobile terminal, or talking with a friend on a mobile terminal, The surrounding sleepers are inconvenienced by the light. If you endure not to generate the sound and light, you will be stressed and you will not be able to sleep more and more. Such stress affects sleep and prevents deep sleep. Also, if the alarm of the alarm clock does not set the wake-up time or the volume of the alarm is lowered, it will be stressed that it will not be able to wake up the next morning, which will affect sleep and hinder deep sleep.

  In other words, generating noise and light when trying to relieve the stress of being unable to sleep when going to bed will disturb the sleepers around, and setting the alarm clock alarm to relieve the stress of being unable to get up when waking up If the volume is increased, it will cause trouble for the sleepers around. As described above, there is a need for a measure for obtaining a comfortable sleep, deep sleep, and awakening in a more relaxed environment without excessive stress at the time of going to bed, which should be relieved from stress for modern people.

  On the other hand, there are ear-hole type and ear-mounted type alarm clocks that make it difficult for sound to leak to the outside and notify the specific person that it is the wake-up time without disturbing the surrounding people. However, installing a speaker in the ear canal while sleeping or placing a device on the ear is stressful for the user, and there is a problem that comfortable sleep, deep sleep, and awakening cannot be obtained in a relaxed environment. is there. In addition, there is a wristwatch equipped with a vibration directional alarm function to notify only a specific person that it is time to wake up without disturbing the surrounding people. Wearing the equipment is stressful for the user, and there is a problem that comfortable sleep, deep sleep, and awakening cannot be obtained in a relaxed environment.

  The purpose of the present application is to solve such a problem, to release the stress of causing trouble to the surrounding sleeper at bedtime, during bedtime, or when waking up, and to supply a directional light source and sound source for bedtime. Is to provide a device.

  In order to achieve the above object, a sleeping directional light source and a sound source supply device according to the present invention are a sleeping directional light source and a sound source supply device installed around a bed of a sleeping person, and are set on the bed. A super-directional speaker that transmits voice or music with a spatial range as an acoustic region, a directional LED illumination lamp that illuminates with a spatial range set on the bed as an irradiation region, and the super-directional speaker's voice or A speaker control unit that controls music, an LED illumination control unit that controls illumination of the directional LED lighting, and a voice or music pattern transmitted from a superdirectional speaker or a directional LED lighting A superdirective speed pattern is stored in the storage unit for storing the illumination pattern and a pattern pre-selected from the patterns stored in the storage unit when the sleeping person is asleep, sleeping, or awake. Characterized in that it comprises a pattern control unit to provide a car or through a directional LED lighting in sleeping person, the.

  With the above configuration, using a directional speaker and a directional LED illumination lamp, directing the sound area and irradiation area set around one bed without disturbing the sleepers around You can go to bed, sleep, or get up. That is, the super-directional speaker supplies appropriate voice and music at the time of going to bed, at the time of sleeping or at the time of waking up within the range where the person goes to sleep. In addition, the directional LED illumination lamp supplies appropriate illumination at the time of bedtime, at the time of sleep, or at the time of waking up within the range where the person goes to sleep. Thereby, the sleeping person can go to bed, sleep or wake up at bedtime without disturbing other sleeping persons around.

  Further, the storage unit stores a pattern of voice or music transmitted from the super-directional speaker, or a pattern of illumination emitted from the directional LED illumination light, and the sleeping person is bedtime, sleeping, Alternatively, a pattern is selected in advance from the patterns stored in the storage unit when waking up. Then, the pattern control unit provides the selected pattern to the sleeping person via the super-directional speaker or the directional LED illumination light at the time of going to bed, sleeping, or getting up. As a result, the sleeping person can obtain a comfortable sleep, deep sleep, and awakening in a relaxed environment by using voice, music, or lighting of a pattern programmed at bedtime, during bedtime, or at bedtime.

  Further, the sleeping directional light source and the sound source supply device are preset by the sleeping person at bedtime, during sleeping, or at the time of waking up, with respect to the sound or music transmitted from the superdirectional speaker by the speaker control unit. The volume and sound quality are controlled, and the LED lighting control unit controls the light intensity and color tone set in advance by the sleeping person at bedtime, during sleeping, or at the time of waking up, with respect to the illumination emitted from the directional LED lamp. It is preferable. Thereby, the sleeping person can program various controls in advance regarding the super-directional speaker and the directional LED lighting, and can sleep comfortably in a relaxed environment according to the physical condition and mood, deep sleep, You can get awakening.

  In addition, the sleeping directional light source and the sound source supply device are configured by an operation unit installed at the bedside of the sleeping person and two right and left device units connected to the operation unit, and each device unit includes a super-directional speaker and A directional LED lighting is mounted, the height position of the device unit is set by a post that expands and contracts in the height direction from the operation unit, and the left and right positions of the device unit are set by arms provided in the horizontal direction above the post In addition, it is preferable that the device unit further includes a mechanism that is rotatable in two directions, and the acoustic area of the super-directional speaker or the irradiation area of the directional LED illumination lamp is adjusted. By setting the positions of the left and right mounting parts by making full use of such a mechanism, the variation in the direction of the super directional speaker and directional LED illuminating lamp increases, and the degree of freedom and the appropriate acoustic area and irradiation are increased. Regions can be formed. Then, it is possible to obtain effective sleep, deep sleep, and awakening by the sound source and the light source.

  Moreover, it is preferable that the directional light source for sleeping and the sound source supply device transmit sound or music edited into stereophonic sound from the superdirective speaker of the two device units from the superdirective speaker. Thereby, a three-dimensional stereo sound can be provided, and effective sleep, deep sleep, and awakening can be obtained.

  Also, in the sleeping directional light source and the sound source supply device, the pattern control unit synchronizes the voice or music pattern transmitted from the superdirectional speaker and the illumination pattern irradiated from the directional LED lamp. Preferably it is provided. As a result, the synergistic effect of the sound source and the light source makes it possible to fall asleep, sleep well, and wake up without giving stress to the sleeper. Moreover, even if it is a case where sound and light leak to the person who is sleeping around, even if it is a case, the effect which continues sleep without giving stress is given.

  In addition, the sleeping directional light source and the sound source supply device can download from the portable terminal, PC, etc. the voice or music pattern transmitted from the super-directional speaker, or the illumination pattern emitted from the directional LED lighting. It is preferable that As a result, a voice or music pattern transmitted from a super-directional speaker or an illumination pattern irradiated from a directional LED illumination light can be easily obtained from a portable terminal or the like, and a light source and a sound source according to one's preference You can select and set the pattern.

  Further, in the sleeping directional light source and the sound source supply device, it is preferable that the directional LED illumination lamp enhances the directivity by a directional lens. As a result, an LED illumination lamp having a higher directivity than a general fluorescent lamp can obtain a stronger directivity by the directional lens, and an effective alarm function can be exhibited.

  As described above, according to the directional light source for sleeping and the sound source supply device according to the present invention, it is possible to release from the stress of causing trouble to surrounding sleepers at the time of bedtime, during bedtime, or when waking up. In addition, it is possible to provide a sleeping directional light source and a sound source supply device that can provide comfortable sleep, deep sleep, and awakening in a relaxed environment.

It is a block diagram which shows schematic structure of one Embodiment of the directional light source for sleeping which concerns on this invention, and a sound source supply apparatus. It is a front view which shows one Example of a directional light source for sleeping and a sound source supply apparatus. It is a side view which shows one Example of a directional light source for sleeping and a sound source supply apparatus. FIG. 3 is an enlarged AA cross-sectional view of FIG. 2 showing details of a post connecting an operation unit and a device unit. It is the expanded sectional view which shows the connection method of an apparatus part and an arm, and a rotation mechanism. It is explanatory drawing which shows the acoustic area | region and irradiation area | region by a directional light source for sleeping and a sound source supply apparatus.

(Configuration of sleeping directional light source and sound source supply device)
The sleeping directional light source and sound source supply device 1 according to the present invention will be described below in detail with reference to the drawings. FIG. 1 is a block diagram showing a schematic configuration of one embodiment of a sleeping directional light source and sound source supply device 1 according to the present invention.

  In the present embodiment, the sleeping directional light source and sound source supply device 1 includes an operation unit 2 installed at a bedside of a sleeping person and two right and left device units 3a and 3b connected to the operation unit 2. The The operation unit 2 includes a speaker control unit 5, an LED illumination control unit 7, a pattern control unit 8, a storage unit 9, a display unit 10, a timer 11, and an input unit 12. The device units 3a and 3b are equipped with super-directional speakers 4a and 4b and directional LED illumination lights 6a and 6b, respectively. In the present embodiment, the number of the device units 3 is two because they are arranged on the left and right. However, the number is not limited to this, and may be one, or three or more. Here, directivity refers to a property in which the intensity (energy per unit solid angle) varies depending on the direction when sound, radio waves, and an optical window are output to space.

  Superdirective speakers 4a and 4b are also called parametric speakers, and are speakers that can send sound only to a limited range. This characteristic is realized by transmitting an audible sound using ultrasonic waves as a carrier. That is, the ultrasonic wave has a higher directivity than the audible sound, and forms a sharp beam of the audible sound by utilizing the straightness of the ultrasonic wave. The super-directional speakers 4a and 4b are utilized as means for providing audio information to a spot area as a spotlight of sound. As shown in FIG. 6, the super-directional speaker 4 transmits voice or music toward an acoustic area 21 set around one bed 20. In addition, the superdirective speakers 4a and 4b may transmit sound or music edited in stereophonic sound from the superdirective speakers 4a and 4b of the two device units 3a and 3b. Thereby, it is possible to listen to voice or music as so-called stereo sound. The speaker control unit 5 is provided in the operation unit 2, and the sound volume set in advance by the sleeping person at bedtime, during sleeping, or at the time of waking up with respect to the sound or music transmitted from the superdirective speakers 4a and 4b. Control the sound quality.

  As shown in FIG. 6, the directional LED illuminators 6 a and 6 b irradiate illumination by directing the irradiation area 22 set around one bed 20. LED illumination is illumination using a light emitting diode (LED chip), and a P-type semiconductor and an N-type semiconductor are PN-coupled, and a current flows only in one direction (forward direction). When a voltage is applied in this forward direction, electrons and holes move in the LED chip, but the electrons collide with holes in the middle of the process, and a part of the energy held by the electrons becomes light energy. Lights when converted. Thus, the direction in which the LED illumination emits light is limited, and the irradiation angle is limited to a predetermined direction. That is, LED lighting has directivity. Furthermore, if the LED illumination is provided with a directional lens that is a convex lens, the directivity is further enhanced. And the LED illumination control part 7 controls the light quantity, color tone, etc. which were preset by the sleeper at the time of going to bed, during sleeping, or at the time of getting up about the illumination irradiated from the directional LED lightings 6a and 6b. .

  The storage unit 9 stores voice or music patterns transmitted from the superdirective speakers 4a and 4b, or illumination patterns emitted from the directional LED illumination lights 6a and 6b. Then, the pattern control unit 8 selects a pattern pre-selected from the patterns stored in the storage unit 9 when the sleeper is going to bed, sleeping, or getting up, as superdirective speakers 4a, 4b or directional LED lighting lamps. The sleeping person is provided via 6a and 6b. The sound or music pattern transmitted from the super-directional speakers 4a and 4b or the illumination pattern emitted from the directional LED lamps 6a and 6b is distributed via the Internet and can be downloaded from a portable terminal or the like. It is. Thereby, the pattern of the sound or music transmitted from the super-directional speakers 4a and 4b or the illumination pattern irradiated from the directional LED lighting lamps 6a and 6b can be easily obtained from the portable terminal or the like, and the user's preference The light source and sound source patterns can be set to match

  As described above, the sleeping directional light source and the sound source supply device 1 according to the present invention is that the sleeping person disturbs other sleeping persons at the time of sleeping, that is, at bedtime, during sleeping, or at the time of waking up. It is used to get comfortable sleep, deep sleep and awakening in a relaxed environment free from stress. Here, “at bedtime” refers to the time period from bedtime to waking up. For example, a person who has a habit of reading a book at bedtime can enjoy comfortable reading with the directional LED lightings 6a and 6b. In addition, those who are not able to fall asleep at bedtime can sleep well while listening to healing music using the super-directional speakers 4a and 4b. Also, when the set bedtime is reached at bedtime, the sound and lighting are faded out to announce that the bedtime is in a relaxed state. It is also possible to warn in a relaxed state that it is a wake-up time by fading in. As described above, the sleeping directional light source and the sound source supply device 1 can be used as a means for inducing or awakening from sleep, and a comfortable sleep, deep sleep, and awakening can be obtained in a relaxed environment.

  And the pattern control part 8 can provide the pattern of the audio | voice or music transmitted from the super-directional speaker 4a, 4b, and the pattern of the illumination irradiated from the directional LED lamps 6a, 6b in synchronization. it can. That is, it is possible to determine the rhythm of the voice or music and the lighting cycle, which are individually selected, and output them in synchronization with each other. For example, the pattern control unit 8 can gradually fade out by synchronizing the sound and the lighting when going to bed, and can gradually fade in by synchronizing the sound and the lighting when getting up. Or, during sleep, the sound and lighting can be synchronized with the rhythm of the living body and increased or decreased like a wave. By synchronizing the sound and the illumination, effective sleep, deep sleep, and awakening can be obtained by the synergistic effect of the sound source and the light source.

(Examples of sleeping directional light source and sound source supply device)
FIG. 2 is a front view of one embodiment of the sleeping directional light source and sound source supply apparatus 1, and FIG. 3 is a side view of one embodiment of the sleeping directional light source and sound source supply apparatus 1. FIG. 4 shows details of the posts 28a and 28b connecting the operation unit 2 and the device units 3a and 3b in the AA cross section of FIG. Further, FIG. 5 shows a method of connecting the device unit 2 and the arm 15 and a rotation mechanism. The sleeping directional light source and sound source supply device 1 shown in FIGS. 1 to 5 is one embodiment, and the present invention is not limited to this.

  The operation unit 2 includes a time display unit 10a, a liquid crystal display unit 10b, an input unit 12, a volume adjustment dial 14, and a sound quality adjustment dial 16. The bedridden performs data input such as setting the bedtime and setting the wake-up time by using the input unit 12 while viewing the display on the time display unit 10a. The sleeping person inputs data such as voice or music pattern input or illumination pattern input by the input unit 12 while viewing the display on the liquid crystal display unit 10b. The operation unit 2 is not limited to these functions and may be provided with other functions.

(Height position adjustment mechanism)
As shown in FIGS. 2 and 3, the post 28 rises from the operation unit 2 to the connection unit 13. In this post, as shown in the cross section of FIG. 4, the upper tubular post 28b is inserted into the lower tubular post 28a. This post 28 is provided with a screw-in type stopper 17, and when the screw of the stopper 17 is loosened, the upper post 28 b can be expanded and contracted with respect to the lower post 28 a. And if it sets to an appropriate height and the screw of the stopper 17 is tightened, it will be fixed to the height position (Z). As described above, the post 28 includes a position adjusting mechanism in the height direction (Z). The position adjustment mechanism in the height direction (Z) may be a mechanism other than this mechanism as long as the height position of the connecting portion 13 is variable.

(Upward angle (Θx) adjustment mechanism)
And as shown in FIG. 4, the rotation hinge 29 is provided between the upper post 28b and the connection part 13, and the connection part 13 can incline toward the front. As described above, the connecting portion 13 is provided with the elevation angle adjusting mechanism that can tilt the device portions 3a and 3b in the rotation direction (Θx). Two arms 15a and 15b are fixed to the connecting portion 13, respectively. As shown in FIG. 5, the arms 15 a and 15 b project in the lateral direction to support the connecting portion 19 slidably, and the device portions 3 a and 3 b are attached to the connecting portion 19, respectively. Therefore, the device portions 3a and 3b are inclined by the same angle in conjunction with the inclination of the connecting portion 13 in the elevation angle direction (Θx).

(Horizontal overhang position adjustment mechanism)
As described above, the device units 3a and 3b can move independently of each other along the two arms 15a and 15b via the connection unit 19. As shown in FIG. 5, end stoppers 31 for preventing the connection portions 19 of the device portions 3a and 3b from falling off are fitted into both ends of the arms 15a and 15b. The device portions 3a and 3b are slid in the projecting direction (Xa and Xb) with respect to the two arms 15a and 15b by the connecting portion 19, and are fixed by the stopper 18 at an appropriate position. In this way, the device units 3a and 3b are each provided with a position adjustment mechanism that projects in the lateral direction (Xa, Xb).

(Swing angle (Θz) adjustment mechanism)
As shown in FIG. 5, a rotary hinge 30 is provided between the device portions 3a and 3b and the connection portion 19, and the device portions 3a and 3b are each independently in the swing angle (Θz) direction around the Z axis. Can be tilted. Thus, it is possible to slide in the height direction (Z) and the projecting direction (Xa, Xb) of the device parts 3a, 3b and to incline in the elevation angle (Θx) direction and the swing angle (Θz) direction. Thereby, the acoustic area of a super-directional speaker or the irradiation area of a directional LED illuminating lamp can be adjusted. Note that the slide in the Y-axis direction (Y) and the inclination around the Y-axis (Θy) are not considered in this embodiment because the necessity for the function is low, but these functions may be provided.

(Sound area and irradiation area by sleeping directional light source and sound source supply device)
FIG. 6 shows an embodiment of the acoustic region 21 and the irradiation region 22 by the sleeping directional light source and the sound source supply device 1 according to the present invention. Although three sleeping beds 20 are illustrated in FIG. 6, the present invention is not limited to this, and the present invention is also applicable to one, two, or three or more sleeping beds 20. Each bed 20 has a bedding such as a pillow 25, a comforter 26, and a mattress 27, but it may be either a Japanese-style room or a Western-style room, or a bedroom with a bed. Furthermore, for example, it may be a sleeping room of a sauna, a seat on a bullet train, an aircraft seat, and the like.

  In FIG. 6A, the sleeping directional light source and the sound source supply device 1 are placed on the head side of the bed 20, the device portions 3a and 3b are placed in contact with the connecting portion 13 without sliding, and the post 28 is sufficiently high. An acoustic region 21 and an irradiation region 22 are shown. 6B shows the acoustic region 21 and the irradiation region when the sleeping directional light source and the sound source supply device 1 are placed on the head side of the bed 20, the device unit 3 is sufficiently slid, and the post 28 is lowered. 22 is shown. Further, FIG. 6C shows that the sleeping directional light source and the sound source supply device 1 are placed on the side of the bed 20 and the inclinations of the left and right device portions 3a and 3b are changed so that the acoustic region 21 and the irradiation are located at the position of the pillow 25. A case where the regions 22 are combined is shown.

  As described above, the sleeping directional light source and the sound source supply device 1 includes the installation position with respect to the bed 20, the sliding amount in the height direction (Z) of the connecting portion 13 and the device portion 3, and the lateral direction (Xa) of the device portions 3a and 3b. , Xb), the acoustic region 21 and the irradiation region 22 can be adjusted according to the inclination angle of the connecting portion 13 in the elevation angle direction (Θx) and the inclination angle of the swing angle direction (Θz) of the device portions 3a and 3b. it can. As a result, at the time of bedtime of the sleeping person, at bedtime, or at the time of waking up, it is freed from the stress of causing trouble to surrounding sleeping persons. Further, the sleeping directional light source and the sound source supply device 1 sleeps adjacently by devising, for example, the installation position with respect to the bed 20 and the inclination angle of the swing angle direction (Θz) of the device units 3a and 3b. People can also share voice or music patterns and lighting patterns.

  DESCRIPTION OF SYMBOLS 1 Sleeping directional light source and sound source supply device, 2 operation unit, 3 device unit, 3a first device unit, 3b second device unit, 4 super directional speaker, 4a first super directional speaker, 4b second super directional Directional speaker, 5 speaker control unit, 6 directional LED illumination light, 6a first directional LED illumination light, 6b second directional LED illumination light, 7 LED illumination control unit, 8 pattern control unit, 9 storage unit, 10 display Part, 10a time display part, 10b liquid crystal display part, 11 timer, 12 input part, 13 connection part, 14 volume control dial, 15, 15a, 15b arm, 16 sound quality adjustment dial, 17, 18 stopper, 19 connection part, 20 Bedding, 21 Acoustic area, 22 Irradiation area, 24 Mobile terminal, 25 Pillow, 26 Quilt, 27 Quilt, 28 Post, 28a Lower post , 28b Upper post, 29, 30 Rotating hinge, 31 End stopper, Xa, Xb Lateral direction, Z height direction, Θx Inclined direction around X axis, Θz Inclined direction around Z axis.

Claims (7)

A sleeping directional light source and a sound source supply device installed around a bed of a sleeping person,
A super-directional speaker that transmits voice or music using the range of the space set in the bed as an acoustic area;
A directional LED illumination lamp that illuminates illumination with the range of the space set in the bed as an irradiation area;
A speaker control unit for controlling voice or music of the super-directional speaker;
An LED illumination control unit for controlling illumination of the directional LED illumination lamp;
A storage unit for storing a pattern of voice or music transmitted from a super-directional speaker, or a pattern of illumination irradiated from a directional LED lighting;
A pattern control unit that provides a sleeper with a pattern pre-selected from patterns stored in the storage unit when the sleeper is going to bed, sleeping, or getting up via a super-directional speaker or a directional LED illumination light; ,
A directional light source for sleeping and a sound source supply device comprising:   The directional light source for sleeping and the sound source supply device according to claim 1, wherein the speaker control unit sleeps at bedtime, during bedtime, or every time it wakes up with respect to voice or music transmitted from a superdirectional speaker. The LED lighting control unit is preset by the sleeping person at bedtime, during sleeping, or every time he wakes up with respect to the illumination emitted from the directional LED lighting lamp. A sleeping directional light source and a sound source supply device, characterized by controlling the light amount and the color tone.   3. A sleeping directional light source and a sound source supply device according to claim 1 or 2, comprising an operation unit installed at a bedside of a sleeping person and two right and left device units connected to the operation unit. The unit is equipped with a super-directional speaker and a directional LED lamp, the height of the device is set by a post that expands and contracts in the height direction from the operation unit, and an arm that is provided laterally above the post The right and left positions of the device unit are set by the above, and the device unit further includes a mechanism that can rotate in two directions, and the acoustic region of the super-directional speaker or the irradiation region of the directional LED illumination lamp is adjusted. A directional light source for sleeping and a sound source supply device.   4. The sleeping directional light source and the sound source supply device according to claim 3, wherein sound or music edited into stereophonic sound is transmitted from the superdirective speakers of the two device units from the superdirective speaker. A sleeping directional light source and a sound source supply device.   5. The sleeping directional light source and the sound source supply device according to claim 1, wherein the pattern control unit includes a voice or music pattern transmitted from the superdirectional speaker, and directional LED illumination. A directional light source for sleeping and a sound source supply device characterized in that a pattern of illumination emitted from a lamp is provided in synchronization.   6. The sleeping directional light source and sound source supply device according to claim 1, wherein the directional light source and the sound source supply device are emitted from a voice or music pattern transmitted from a super-directional speaker or a directional LED illumination light. A directional light source for sleeping and a sound source supply device, wherein the illumination pattern can be downloaded from a portable terminal or the like.   The sleeping directional light source and the sound source supply device according to any one of claims 1 to 6, wherein the directional LED illuminating lamp enhances the directivity by a directional lens. And a sound source supply device.

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