JP3105073U - Distraction device - Google Patents

Abstract

A distraction device configured by assembling a small vibrator on a hat, which is generated from sweatiness in the hat due to sweating and attached sweat when the cap is covered and a treatment is performed to eliminate stress of mind and body. An unpleasant odor is effectively removed, and a small vibrator attached to the outer surface of the hat is stably held at the attached position.
A front fabric 4b of a hat 4 is made of a fabric having good air permeability such as a knitted mesh, and a back fabric 4a is woven by fibers produced by kneading a powder of a mineral emitting negative ions into a raw material of artificial fibers. In the inner surface of the opening of the hem of the hat 4, various types of fiber yarns of different thicknesses are superposed and woven in multiple layers, with a thick capillary space inside and a thin capillary space outside. A band made of a knitted fabric that moves water in one direction from the inside toward the outside is folded back so that the side having the thick capillary space is the inner side of the hat 4.
[Selection diagram] FIG.

Description

  According to the present invention, a plurality of small vibrators that generate micro-vibration when energized are attached in parallel to a predetermined arrangement pattern between the inner surface of the hat or the front fabric and the back fabric, so that stress is accumulated. When used, it is used to distract by putting on the hat, making each vibrator finely vibrate according to a certain rhythm by a switch operation or randomly, and letting the fine vibration sound be heard through the scalp About improvement about distraction device.

  The distraction device (relaxation device) of the above-described embodiment includes a head distraction device having a configuration of which the applicant of the present application has filed and registered as Utility Model Registration No. 3077345.

  As shown in FIG. 1, the head distraction device A extends in a four-circumferential shape on a film substrate 10 formed in a seat plate shape having a size to be placed on the top of the head of a human body. A plurality of band-like film substrates 11 are connected to form a mounting member 1, and a CPU box 2 provided with a CPU substrate is assembled to a seat plate-like film substrate 10 of the mounting member 1, and a band-like shape is formed. As shown in FIGS. 2 and 3, a small motor M and an eccentric weight 32 rotated by an output shaft 31 of the small motor M are provided at each end of the film substrate 11. The vibrator 3 which generates vibration by rotating the rotor 33 by energization is constructed by assembling the vibrator 3 with the cylindrical case 30 provided on the outer peripheral surface thereof. At the leading end of the film substrate 11, A control box 21 for controlling each operation of the aforementioned small motors M is connected in the middle of the cord 20 connected to the CPU box 2. An AC adapter 22 connected to a commercial power supply is connected to the end of the.

  Next, the mounting member 1 to which the vibrators 3 are attached as described above is put on the cloth of the hat 4 as shown in FIG. 4 and fastened by a suitable means such as a hook-and-loop fastener t. A hook-and-loop fastener t provided on the outer surface of the skirt of the hat 4 with a decorative cap 9 placed thereon is engaged with a hook-and-loop fastener t provided on the inner surface of the skirt of the decorative cap 9, whereby FIG. Assemble into distraction device A.

Then, when used, the cap 23 is put on, the decorative cap 9 is put on the cap 4, and the plug 23 provided on the AC adapter 22 at the tip of the cord 20 pulled out from between the hat 4 and the decorative cap 9 is attached. By plugging into a commercial power outlet and operating a switch on the control box 21 to activate the small vibrators 3 attached to the outer surface of the cap 4, the micro-vibration of a predetermined rhythm operation or random operation is generated. By giving it to almost the entire surface of the department and continuing this for a certain period of time, the tension of mind and body is relieved.
Japanese Utility Model Registration No. 307734

  The distraction device A of the above-mentioned form is a multiplicity of small vibrators attached to the outer surface of the hat 4 by wearing the hat 4 and putting on the makeup cap 9 from above when the stress accumulates for distraction. 3 is activated by energization, and a state in which a slight vibration sound is heard from the outer skin of the head is continued for a certain period of time, so that it is used for distraction. There is a problem that the inside of the head sweats due to sweat from the outer skin of the head, causing unevenness and causing discomfort.

  In addition, since the sweat that has been sweated adheres to the inner surface of the hat 4, there is a problem that when the hat 4 is left to be used next time, an unpleasant odor is generated due to deterioration of the attached sweat.

  In addition, a large number of small vibrators 3 arranged in a predetermined arrangement pattern over substantially the entire outer surface of the head and assembled on the outer surface of the cap 4 are housed in a cylindrical case 30. Are rotated at high speed by the motor M to obtain micro-vibration, the small vibrators 3... Are formed in a cylindrical shape. There is a problem that disconnection is easily caused by moving out of position from the string-shaped film substrate 11 and moving around.

  The present invention has been made in order to solve the above-mentioned problem occurring in a distraction device having a configuration in which a small vibrator is assembled to this conventional hat. When performing a treatment to eliminate the problem, the inside of the hat 4 due to sweating and the unpleasant odor generated from the attached sweat are effectively removed, and the small vibrator 3 attached to the outer surface side of the hat 4 is effectively removed. ... is intended to provide a new means for stably holding... In the attached position.

  The distraction device according to the present invention for achieving the above-mentioned object has a large number of small vibrators 3 which are finely vibrated by energization arranged in a predetermined pattern between a front cloth 4b and a back cloth 4a of a hat 4. In the distraction device A to be incorporated, the front cloth 4b of the hat 4 is made of a knitted mesh or the like with good air permeability, and the back cloth 4a is formed by kneading a powder of a mineral that emits negative ions into a raw material of an artificial fiber. And various types of fiber yarns of different thicknesses are layered in layers on the inner surface of the open mouth of the hem of the hat 4 to form a thick capillary space on the inside and a thin capillary space on the outside. And a band-like body 5 made of a knitted fabric that moves water in one direction from the inside to the outside, and is attached in a folded edge shape in a state where the side having a thick capillary space is the inner surface side of the hat 4. Keep The features.

  As described above, the distraction device according to the present invention attaches the small vibrators 3 that vibrate finely by energization between the front fabric 4b and the back fabric 4a of the hat 4 and covers the hat 4 to form a rhythmic. When distraction is performed by listening to the microvibration sound through the scalp, the outer cloth 4b of the hat 4 is made of a highly permeable cloth such as a knitted mesh, and the back cloth 4a emits negative ions. Since the fabric 5 is woven from fibers and the inside of the opening of the hat 4 is folded back with the belt-shaped body 5 made of a good absorbent material, it is possible to suppress perspiration and to prevent discomfort in a comfortable state. In addition, since the vibrator 3 is stored in the flat box-shaped case 70 and attached to the hat 4, distraction by rhythmic fine vibration sound can be performed in a stable state.

6 to 20 show one embodiment of the distraction device according to the present invention.
In the distraction device according to the present invention, a number of small vibrators 3 are arranged in a predetermined pattern so as to be scattered over substantially the entire outer surface of the head of the human body, and can be freely shaped to follow the outer surface of the head. By attaching and holding the mounting member 1 made of a cloth, a film substrate, etc., which is deformed into a shape, and inserting the mounting member 1 between the front fabric 4b and the back fabric 4a of the hat 4, the hat 4 is sewn. The assembly and assembly of the hat 4 with a large number of small vibrators 3... Are similar to those of the conventional head distraction device in Utility Model Registration No. 307734 shown in FIGS. May be.

  However, as for the configuration of the hat 4 to which a large number of small vibrators 3 are assembled and mounted, the surface cloth 4b is made of a cloth having good air permeability such as a knitted mesh, for example, and the cap is covered. Occasionally, sweat and moisture from the scalp diffuse and release the moisture and moisture trapped in the hat 4 to the outside.

  The backing cloth 4a can be woven with fibers produced by mixing various kinds of powders of minerals that emit negative ions, such as tourmaline, granite, feldspar, quartz, rare element ore, and kneading the raw materials of artificial fibers. A special cloth is used, so that the negative ions radiated from the cloth perform the deodorization and sterilization of the sweat impregnating the backing cloth 4a. In the embodiment, a plain weave fabric of polyester is used in which six kinds of powders of minerals that emit negative ions are mixed and kneaded with a polyester resin, and fibers produced therefrom are knitted.

  At this time, the outer cloth 4b of the hat 4 is divided into inner and outer two layers a and b as shown in FIG. The side fabric is a tricot plain woven fabric b, and the knitted mesh fabric a and the tricot plain woven fabric b are superimposed in two layers to form the outer fabric 4b. The diffusion and release of dampness and moisture to the outside are effectively performed, and the contact of the surface cloth 4b with a large number of small vibrators 3 attached to and held by the attachment member 1 is prevented. It is effective to use a smooth inner layer cloth made of tricot plain weave cloth b.

  Further, the distraction device A according to the present invention means, when applied with the hat 4 applied thereto, as a processing means for sweating from the scalp, a portion of the forehead where sweating when the hat 4 is worn is most active, Since it is on the inner side of the open mouth of the hem of the hat 4, the band-shaped body 5 provided in a folded edge shape in this portion is formed by laminating two or three layers of various types of fiber yarns having different thicknesses. The band is formed by using a knitted material having a knitting structure in which a thick capillary space is provided inside and a thin capillary space is provided outside, and moisture is moved in one direction from the inside to the outside. 5 is located on the inner surface side where the side having the thick capillary space is adhered to the outer surface of the head that covers the hat 4, and the outer surface side where the side having the thin capillary space contacts the inner surface of the backing material 4 a of the hat 4 Wear it as it is and sweat during application The perspiration is absorbed by the band 5 and moved toward the backing material 4a of the hat 4 which is in contact with the outer surface of the band 5, so that sweating is concentrated when the cap 4 is worn and applied. It is possible to effectively absorb the sweat of the forehead portion and transfer it from the backing fabric 4a of the hat 4 to the outer fabric 4b side of the outside of the hat 4 so as to diffuse and emit the same to the outside. The structure that improves the diffusion and release of the retained moisture and humidity to the outside can be made more effective.

  Further, in the present invention, the band-like body 5 to be attached to the inside of the skirt of the hat 4 in the form of a folded edge for the purpose of perspiration is cut off at the rear side of the hat 4 so that one side as shown in FIG. A hook-and-loop fastener 6a is connected to the free end of the hatch, and the hat 4 has the stitched front and back fabrics 4b and 4a constituting the hat 4 cleaved on the above-mentioned rear side, and the cleaved portion is formed. By opening 4c, the two free ends of the strip 5 attached to the inner surface side in the form of a folded edge are separated from each other, and the diameter of the opening of the hat 4 is increased. With the two free ends of the band-shaped body 5 held with both hands, the head was tightened and the head was tightened. Fastener 6b sewn on the side opposite to the side By joining the outer surface, so that the state of clamping the outer surface of the head to fit close the cleavage 4c, utilizes this strip 5 in tightening band hat 4 for mounting.

  Further, in the present invention, the small vibrator 3 attached to the attachment member 1 and mounted between the front cloth 4b and the back cloth 4a of the hat 4, as shown in FIGS. A vibrator 3 comprising a small flat box-shaped case 70 made of a resin material, and a rotor 33 having a small motor M and an eccentric weight 32 rotated by an output shaft 31 thereof is provided in the case 70. Assemble them.

  At this time, the case 70 is, as shown in FIG. 8, a portion where two partition walls 71, 71 along the longitudinal direction are brought to the left and right (up and down in the figure) both sides in the lumen on the body 70a side thereof. Are divided into a central chamber 72 having a slightly wide width and left and right side chambers 73, 73 having a small width. The central chamber 72 includes a small motor M and an output shaft 31 thereof. The rotor 33 provided with the rotating eccentric weight 32 is assembled so that the axial direction thereof is along the longitudinal direction of the case 70, and the left and right side chambers 73 are provided with a balance weight 74 formed in a shaft rod shape. 74 is fitted and assembled, and a lid 70b formed in the same manner as the main body 70a of the case 70 is joined and closed to form a flat box-shaped case 70 in which the small vibrator 3 is incorporated. It can be assembled.

  The flat box-shaped case 70 in which the small vibrator 3 is stored is attached to and held by the attachment member 1 and attached to the outer surface of the backing cloth 4a of the hat 4.

  In this embodiment, the mounting member 1 is formed in a seat plate shape as shown in FIG. 10 and a seat plate-shaped film substrate 10 provided with a CPU circuit, and shown in FIGS. 11, 12, and 13. As shown in FIG. 14, a film substrate 11 is formed in a flat box shape on a seat plate-shaped film substrate 10 and a CPUIC is provided therein. The assembled CPU box 2 is divided into a main body side 2a and a bottom body side 2b, and they are closed so as to sandwich the CPUIC film substrate 10 from above and below. Are connected to each other, and a hook-and-loop fastener 2c is stuck on the outer surface of the bottom body 2b of the closed CPU box 2, and this is attached to the backing material 4a of the hat 4. Face to be sewn on the top of As in Figure 15 by causing engaged to listener 2d · 2d attached to the outer surface of the fabric back 4a hat 4.

  The flat box-shaped case 70 in which the small vibrator 3 described above is stored is separated into a main body 70a and a lid 70b, and the CPU box 2 is attached to the top of the backing material 4a of the hat 4. The ends of the band-shaped film substrates 11 extending downward from the film substrate 11 are sandwiched from above and below, and the connection terminals of the motor M to be stored are connected to the wiring printed on the film substrate 11 so as to be closed, thereby closing the film substrate 11. In this state, the case 70 is attached to the outer surface of the backing material 4a as shown in FIG. 15 by inserting the case 70 into a rubber band 75 having both ends sewn to the outer surface of the backing material 4a of the hat 4. Like that.

  FIG. 16 shows a hat 8 constituting a distraction device A and a cap 8 formed separately, and a rayon knit knitted by a yarn kneaded with four kinds of mineral powders of rare earth minerals emitting negative ions. The fabric is formed into a night cap shape with a rubber cord 80 passed through the hem. Before covering the hat 4 constituting the distraction device A, cover the hair so as to bind the hair, and cover the hat 4 thereon. Used to be worn on the head.

  FIG. 17 shows that, when the distraction device A is applied by wearing the hat 4 on the head, in order to avoid unsightlyness when facing the other person, the makeup cap 9 put on from the top of the worn hat 4 is avoided. Is shown. The decorative cap 9 is a knitted mesh cloth used as the outer cloth 4b of the hat 4 having good air permeability, and is formed in a Turkish cap shape.

  Next, FIG. 18 shows a control box 21 connected to the cord 20. This is provided with a power switch 210 and a start switch 211, and internally includes a timer circuit 212, a switching power supply unit 213, an operation program switching unit 214, and a rechargeable battery 215 as shown in FIG. , A charging circuit 216 are incorporated.

  As shown in FIG. 19, the control box 21 is connected to the CPU circuit 215 and the vibrator 3 in the CPU box 2 to be mounted on the seat plate-like film substrate 10 of the mounting member 1. Is connected to

  FIG. 20 shows a longitudinal section of the distraction device A constructed and assembled as described above. In FIG. 20, reference numeral 4 denotes a hat composed of a front cloth 4b and a back cloth 4a, 2 denotes a CPU box, and 2a denotes a CPU box. Reference numeral 2 denotes a main body side, 2b denotes a bottom body side of the CPU box 2, 10 denotes a seat plate-shaped film substrate sandwiched between the main body side 2a and the bottom body side 2b, 11 denotes a band-shaped film substrate, and 3 denotes a vibrator. , 70 is a case to which the vibrator 3 is assembled, 75 is a rubber band for holding the case 70, c is a clip for holding the CPU box 2, 4 c is a cleavage portion provided at the hem of the hat 4, 5 is a hem of the hat 4 The band 9 provided is a decorative cap to be put on the hat 4.

It is explanatory drawing of the state before assembling of the conventional small vibrator assembled to the conventional head distraction device. It is a vertical side view of the small vibrator same as the above. It is a vertical front view of a vibrator same as the above. It is explanatory drawing of the assembly process of the conventional head distraction device. It is a perspective view of the whole head distraction device same as the above. FIG. 2 is a partially cutaway perspective view of the distraction device according to the present invention. FIG. 3 is a partially broken perspective view of the same cap as seen from the rear side. It is a cross-sectional plan view of the small vibrator part of the above. It is a vertical front view of the small vibrator part same as the above. FIG. 3 is a plan view of the seat plate-shaped film substrate of the above. It is a top view of a band-like film substrate same as the above. It is a top view of a band-like film substrate same as the above. It is a top view of a band-like film substrate same as the above. It is the perspective view seen from the back side of the state where the same small vibrator was attached to the attachment member. It is a perspective view of the state where the small vibrator same as the above is attached to the back cloth of a hat. FIG. 2 is a perspective view of a cap to be worn before wearing the above hat. FIG. 2 is a perspective view of a makeup cap to be worn after wearing the same hat. It is a top view of a control box same as the above. It is a development view of an electric circuit same as the above. It is a vertical front view of the assembled distraction device.

Explanation of reference numerals

  A: distraction device, M: motor, a: knitted mesh fabric, b: tricot plain weave fabric, c: clip, t: hook-and-loop fastener, 1: mounting member, 10: seat plate-like film substrate, 11: band strap 2 ... CPU box, 2a ... body side, 2b ... bottom body side, 2c ... face fastener, 2d ... face fastener, 20 ... code, 21 ... control box, 210 ... power switch, 211 ... start switch, 212 ... Timer circuit, 213 ... Switching power supply unit, 214 ... Operation program switching unit, 215 ... Charging battery, 216 ... Charging circuit, 22 ... AC adapter, 23 ... Plug, 3 ... Vibrator, 30 ... Cylindrical case, 31 ... Output shaft, 32: Eccentric weight, 33: Rotor, 34: Fitting groove, 4: Hat, 4a: Back fabric, 4b: Front fabric, 4c: Cleavage part, 40: Fass -, 41 ... opening, 5 ... strip, 6a ... hook-and-loop fastener, 6b ... hook-and-loop fastener, 70 ... case, 70a ... body, 70b ... lid, 71 ... partition wall, 72 ... central chamber, 73 ... both side chamber, 74 ... balance weight, 75 ... rubber band, 8 ... cap, 80 ... rubber string, 9 ... decorative cap.

Claims (7)

  In a distraction device A in which a number of small vibrators 3... That vibrate finely by energization are arranged in a predetermined pattern between the front cloth 4b and the back cloth 4a of the hat 4, the front cloth 4b of the hat 4 is knitted. The backing cloth 4a is made of a material having good air permeability, such as a mesh, and the backing cloth 4a is made of a fiber produced by kneading a mineral powder emitting negative ions into a raw material of an artificial fiber. In addition, various types of fiber yarns of different thicknesses are layered and woven in layers, with a thick capillary space inside and a thin capillary space outside to move moisture in one direction from inside to outside. A distraction device characterized in that a band-like body 5 made of a knitted fabric is folded and attached in a state where a side having a thick capillary space is an inner surface side of the hat 4.   2. The distraction device according to claim 1, wherein the outer fabric 4b of the hat 4 has a two-layer structure including a knitted mesh fabric a as an outer fabric and a tricot plain woven fabric b as an inner fabric.   A cleavage portion 4c for expanding and contracting the diameter of the opening of the hat 4 is provided on the hem on the rear side of the hat 4, and the rear surface of the band 5 provided in a folded edge on the inner surface of the opening of the hem of the hat 4 is A hook-and-loop fastener 6a is connected to one free end side of the strip 5 at the cleavage portion 4c, and a hook-and-loop fastener 6a is attached to the outer surface side of the hat 4 at a position corresponding to the other free end side of the strip 5. The distraction device according to claim 1, wherein a hook-and-loop fastener (6b) is provided so that the band member (5) for absorbing sweat becomes a tightening band for attaching the hat (4).   A small motor M for assembling a small vibrator 3 interposed between the front cloth 4b and the back cloth 4a of the hat 4 at a central portion of a lumen of a case 70 formed in a small flat box shape by a resin material; The rotor 33 having the eccentric weight 32 rotated by the output shaft 31 thereof, and the balance weights 74, 74 assembled on both sides of the inner cavity of the case 70 are enclosed in a flat box-shaped case 70. The distraction device according to claim 1, wherein the distraction device is stored in a state.   The small vibrator 3 interposed between the front cloth 4b and the back cloth 4a of the hat 4 is stored in a small flat box-shaped case 70 made of a resin material. The connection terminals of the motor M of the vibrator 3 to be stored are connected to the wiring of the film substrate 11 at each end of a band-like film substrate 11 extending four times from the CPU box 2 attached to the top by the hook-and-loop fastener 2d and hanging down. The vibrator 3 is mounted on the outer surface of the backing material 4a by inserting the case 70 into a rubber band 75 having both ends fastened to the outer surface of the backing material 4a of the hat 4 continuously. The distraction device according to claim 1 or 4, wherein the distraction device is used.   A small vibrator 3 was interposed between a front cloth 4b made of a cloth having good air permeability and a back cloth 4a woven with fibers produced from artificial fiber raw material into which a mineral powder emitting negative ions was kneaded. A hat 4 and a night-cap-shaped cap 8 that is put on the hair 4 before the hat 4 is worn so that the hair is adjusted. The cap 8 is made of a synthetic fiber material kneaded with a powder of a mineral that emits negative ions. A distraction device characterized by being formed by a fabric woven with the generated fibers.   A small vibrator 3 was interposed between a front cloth 4b made of a cloth having good air permeability and a back cloth 4a woven with fibers produced from artificial fiber raw material into which a mineral powder emitting negative ions was kneaded. A hat 4, a night cap-shaped cap 8 that is previously worn so as to trim hair before wearing the hat 4, and a makeup cap 9 that is worn over the hat 4 after wearing the hat 4. A distraction device comprising a fabric woven from fibers produced from artificial fiber raw material into which a powder of a mineral emitting negative ions is kneaded, and a decorative cap 9 formed from a fabric having good air permeability.

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