JP2011083453A - Embossed perfume capsule roll and automatic aroma generator using the same - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an embossed perfume capsule roll with which stress relaxing effect or relaxing effect of aroma is easily and effectively used according to purpose, and also to provide an automatic aroma generator using the same. <P>SOLUTION: Embossing capsules encapsulating perfume are made into a roll as a belt-like continuous sheet and are supplied automatically. The capsules are crushed between a supply roll 50 and a crush roll 40 by using shape change of a shape memory alloy wire 70 as driving force, and the perfume is dropped. The perfume generates aroma by means of heat of the shape memory alloy wire 70. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to an embossed fragrance capsule roll that can easily and effectively utilize the stress relaxation effect, relaxation effect, concentration improvement effect, and the like possessed by a fragrance, and an automatic fragrance generation device using the embossed fragrance capsule roll. is there.

  Conventionally, as a method of providing fragrance indoors, it is configured to diffuse any fragrance to the outside by transferring and supplying an appropriate amount of fragrance from a fragrance container such as a bottle to the fragrance chamber, and exerting its effect. is doing. In addition, there are increasing expectations for the use of fragrance effects in various fields, and there are requests for fragrance use by means of communication with external devices such as game machines and computers, as well as for indoor use and automobiles. It is coming.

In addition, a method is used in which a microcapsule fragrance is applied on a flat surface or mixed with ink and printed, and the fragrance is released by breaking the microcapsules with friction or pressure.
Attempts have been made to generate a scent by moving a disintegrator one-dimensionally or two-dimensionally with a high-precision control system in order to destroy an arbitrary fragrance capsule applied on a flat surface.

As known techniques related to the present invention, Patent Document 1 and Patent Document 2 by the applicant of the present application, and Patent Document 3 as other application techniques can be cited.

Japanese Patent Laid-Open No. 2005-034585 JP 2005-237935 A JP 09-327506 A

In the case of a scent generator using a plurality of fragrance containers such as bottles, the apparatus becomes bulky, causing a problem in the installation location for in-vehicle use.

In the method of generating a scent as a scent card by applying a microcapsule fragrance on a flat surface, the amount of fragrance contained in the capsule is too small, so a large area fragrance capsule is applied to accommodate the size of the space And a large one-dimensional or two-dimensional disintegrator movement control system is required for capsule collapse at an arbitrary position. Therefore, when trying to use a small disintegrator movement control system, the fragrance is generated for a very short time.
In addition, a system that controls movement in one or two dimensions and drives the disintegrator is inevitably expensive.
When trying to scent multiple fragrances with a fragrance card with a fragrance applied on a flat surface, the area allocated to one fragrance will be small, and if you use up the most frequently used fragrance, there will be many other fragrances. Even if it remains, it will not be able to satisfy the demand to generate the specified fragrance, so there is a problem that the fragrance card must be discarded and replaced with a new fragrance card, and valuable fragrance will be consumed wastefully. This is not a preferable method from the viewpoint of resource protection.
Until now, soft capsule fragrances have been established with the technology to encapsulate fragrances with an extremely thin film, but the capsule parts are punched out and used as individual soft capsules. There was nothing that could supply and generate a scent.

  The present invention has been made in view of such a problem, and can provide an arbitrary scent automatically for a long time with a simple, compact and low-cost device from a small space to a wide space, indoors, in a vehicle, or from the outside by communication means. An apparatus capable of diffusing an arbitrary scent according to the command is provided.

When trying to provide many types of fragrance upon request, the bulk of the fragrance container such as a bottle provided for each fragrance will be a factor that affects the size of the fragrance generating device. Therefore, an embossed fragrance capsule roll that is easy to handle, easy to attach to the fragrance unit, easy to supply automatically, and excellent in portability is adopted. (Details of embossed fragrance capsule roll will be described later)
Since the embossed fragrance capsule roll is mounted and used for each required fragrance, each fragrance can be used up to the end, which is a preferable method from the viewpoint of resource protection.
The embossed fragrance capsule can seal the fragrance contained, so it can be given heat resistance by selecting the capsule film material not only for indoor use but also for high temperatures in the car in the summer, and containers such as bottles Since the air layer is not included, the oxidative deterioration of the fragrance is reduced even in a high temperature environment, and it is suitable for long-term use and storage of the fragrance.
Select the required number of capsules from one capsule to several capsules according to the size of the space to release the scent, press the crushing claw against the capsule film and pressurize it in order to discharge the fragrance in the capsule. Control the temperature to control the amount of scent volatilization so that the required strength and amount of scent can be provided.

A shape memory alloy wire is used as a drive source to drive each component to reduce the size of the scent unit, and the shape memory transformation is performed by increasing the temperature by controlling energization of the shape memory alloy wire having self-resistance. The driving force is changed.
Pressurized crushing roll with claw claw on the sheet part pulled out from the embossed fragrance capsule roll by rotating the drive lever by shape memory deformation that reduces the length of the shape memory alloy wire, rotating the feed roll incorporating the one-way clutch forward Supply to the department.
Each of the supply roll and the pressure crushing roll has a gear portion at the end and is meshed with each other, so that the sheet portion of the embossed fragrance capsule roll sandwiched between the roll barrel portions can be fed and supplied by rotating the gear. .
When energization of the shape memory alloy wire is stopped, the temperature gradually decreases, and when the temperature falls below the shape memory transformation temperature, the shape memory alloy wire is restored to its initial state by the action of the return spring.
The drive lever connected at this time also returns to the initial state together with the supply roll shaft, but the supply roll shaft and the supply roll cylinder are connected with a built-in one-way clutch. The feeding roll and the pressure crushing roll are configured to hold the embossed fragrance capsule roll sheet portion at the feeding position and not to be fed back.
By repeating energization / stop control to the shape memory alloy wire, the embossed fragrance capsule sheet is fed and supplied. The embossed capsule is broken with the crushing claw of the pressure crushing roll, and the fragrance contained in the pressure barrel is reduced. Since the operation can be performed, the number of capsules to be crushed can be selected and controlled according to the size of the space for providing the scent and the preference.
By controlling energization, the shape memory alloy wire can control the heat generation temperature, and within the allowable temperature range of the shape memory alloy wire, the necessary amount of fragrance can be obtained within the temperature range suitable for fragrance evaporation. And heat transfer to the scent chamber.
Since the output of the shape memory alloy wire increases in proportion to the number of acting wires, a plurality of shape memory alloy wires are arranged to act until a necessary driving force is obtained.
Since the driving force and the temperature adjustment can be obtained simultaneously by the integrated energization control to the shape memory alloy wire, the mechanical component parts can be greatly reduced and simplified, and the fragrance unit can be downsized.

The embossed fragrance capsule roll sheet that has been scented is moved up and down by a swing arm having a cutting blade through the link from the driving force, and is sequentially cut at the capsule roll sheet feed terminal portion for each drive, and is collected into a collection box. Accommodate.

A plurality of miniaturized fragrance units are installed on the control unit, a blower unit is disposed at the rear thereof, and a plurality of scents are diffused and sent out to the front outside world by being placed on the blown air.
The control unit has a built-in control program and is equipped with a communication control port between the external device and an operation setting unit that sets the scent generation / stop / scent intensity / time, etc., and can be controlled remotely via a personal computer or other devices. Like that.
A control unit, a plurality of fragrance units, and a blower unit are the basic components.
When this scent generator is installed in a ventilation path such as another air conditioner, the ventilation unit may be omitted and the ventilation of the ventilation path may be used.

In general, a rotary punching method is well known as a method for producing soft capsule fragrances, and this method feeds a strip of capsule film from both sides between two rotating molds that rotate in close proximity, and discharges in conjunction with this. The inner solution is press-fitted with a pump, the coating is heated to an appropriate temperature, pressurized with a mold, heat-sealed, and punched into a capsule shape for production.
The embossed fragrance capsule roll uses one side of the rotating mold as a flat surface and forms an embossed shape on the other side. The capsules are produced in a continuous strip without punching them individually, and cut to a predetermined length to be attached to the fragrance unit. And it rolls up and uses it by making an embossed surface outside.
The cross-sectional shape of the embossed capsule part may be a hemispherical, semi-cylindrical, semi-elliptical sphere, etc. is there.
Accordingly, the fragrance can be diffused by supplying the capsule fragrance continuously and automatically by the automatic fragrance generator.
As the capsule coating material, gelatin, agar, starch, various natural gelling agents and the like can be used, and the heat resistance varies depending on the material.
Comparing the dissolution water temperature of capsule coating material Gelatin 35 ℃ <
Agar 80 ℃ <
Curdlan 100 ℃ <
Since the characteristics differ depending on the material, it can be selected and used according to the application environment of the embossed fragrance capsule roll.
For in-vehicle fragrance generators, there was a problem with the storage stability of the fragrance due to the effect of the temperature inside the car in the summer, and the use of high-quality fragrance was refrained. A simple perfume device facilitates the use of high quality perfume in automobiles.

As described above, the embossed fragrance capsule roll according to the present invention and the scent generating device using the same can be made into a low-priced and compact device, and can easily and quickly scent various scents. You can make use of the effective actions you have at any time.
When a long belt-like sheet encapsulating fragrance is rolled up and used, it is easy to handle, reduces the deterioration of the quality of the fragrance contained in the fragrance generator, and can be used successfully for a long time. All the fragrances can be used up without wasting them.
It is easy to impart heat resistance to capsules, and high-quality fragrances can be used in various environments.
Using the communication control port provided in the control unit, linked control with other devices becomes possible. For example, the scent of the arrival place is scented in conjunction with car navigation, the barcode reader and In conjunction with this, it is possible to bring out excellent effects such as instantly scenting the scent of the product described in the catalog and scenting the scent suitable for the video information in conjunction with the video equipment.

The cross-sectional side view (AA 'arrow cross section of FIG. 3) of the vicinity of the center part of the longitudinal direction of the fragrance | flavor unit of the automatic fragrance generator using the embossed fragrance | flavor capsule roll which concerns on embodiment of this invention is shown, 90 It is shown with a left rotation. The control unit is illustrated as a relative image. The cross section side view in the longitudinal direction of the fragrance unit and control unit shows the cross section near the right end, and is shown rotated 90 degrees counterclockwise. (B-B 'arrow cross section of FIG. 3 is shown) It is a top view of the fragrance | flavor unit part of the fragrance generator using the embossed fragrance | flavor capsule roll. It is bottom sectional drawing from the baseplate vicinity of the fragrance | flavoring unit part of the fragrance generator using the embossed fragrance | flavor capsule roll. (C-C ′ arrow cross-sectional view of FIG. 1) It is an expanded sectional view in the supply roll and pressure crushing roll part of a fragrance | flavor unit, and is D-D 'arrow expanded sectional view of FIG. 1, The embossed fragrance | flavor capsule sheet | seat is abbreviate | omitted and illustrated. The longitudinal cross-sectional side view of the fragrance unit and the control unit section shows the mechanical relationship in the drive state with movement arrows. It is a reduction | restoration whole structure perspective view which shows the basic structure of the state which mounted the fragrance | generator unit using the embossing fragrance | flavor capsule roll, and the several fragrance | flavor unit part (three sets in this figure) is mounted. It is an expanded disassembled sectional view which shows the cross section of the length direction of the sheet | seat part of an embossing fragrance | flavor capsule roll, and shows an example of the cross-sectional shape of an embossing capsule part. The embossed fragrance | flavor capsule roll which concerns on embodiment of this invention is a perspective schematic diagram, The roll part is shown with the dashed-two dotted line. The embossed capsule is an example of shape.

Embodiments of the present invention will be specifically described below with reference to the drawings. In the drawings used for description, the same or similar parts may be denoted by the same reference numerals and description thereof may be omitted.

FIG. 1 is a left side view showing a cross section of the fragrance generating unit 20 using the embossed fragrance capsule roll according to the embodiment and the central portion in the longitudinal direction of the control unit 81 rotated 90 degrees to the left. is showing. The scent unit 20 is box-shaped and is composed of a roll chamber 21, a scent area 22 and a collection area 23, and the collection area 23 is covered with a collection chamber lid 24. A partition plate is provided between the roll chamber 21 and the fragrance area 22, and a sheet supply port 27 is provided as an opening in the partition plate.
A roll shaft guide 25 is provided in the roll chamber 21 so that the embossed fragrance capsule roll 10 passed through the roll shaft 26 can be rotatably mounted. The embossed fragrance capsule roll 10 is set up by inserting it between the supply roll 50 and the crushing roll 40 in the drive crushing unit 31 described later in the aroma area 22 from the supply port 27.
A drive crushing unit 31 of a chemical-resistant high-strength resin material is installed in the fragrance area 22.
A capsule sheet inlet 32 is provided on the side plate on the capsule sheet supply side of the drive crushing unit 31, and an opening banner 33 made of a sheet-like flexible chemical-resistant material is attached to prevent the scattering of the fragrance. An outlet 34 opened to the side plate on the capsule sheet outlet side of the drive crushing unit 31 is provided, and an outlet banner 35 and a discharge upper guide 36 for guiding the capsule sheet are attached to prevent scattering.
A cutting lower blade 49 is attached to the lower side of the outlet 34.
The drive crushing unit 31 includes a fragrance chamber 30 formed in an inner chamber surrounded by a side plate and a fragrance chamber bottom plate, penetrating the supply side left and right side plates, and a crushing roll shaft 41 on the upper side and a supply roll shaft 51 on the lower side. The crushing roll 40 is rotatably attached to the crushing roll shaft 41, and the supply roll 50 is transmitted to the supply roll shaft 51 in only one direction in the capsule sheet supply direction via the one-way clutch. It is attached.
The capsule sheet 06 is crushed by the crushing roll 40, the inner flavor is squeezed out and fed out from between 50 parts of the supply roll to become a crushing sheet part 07, which is guided to the outlet 34 by the crushing sheet lower guide 39.
The crushing sheet portion 07 sent out from the outlet 34 is cut between the cutting blade 48 and the cutting lower blade 49 by moving the cutting blade 48 up and down to become the cut sheet 08, and is charged and collected in a collection box 28 installed on the discharge side.
As the cutting blade 48 and the cutting lower blade 49, a metal blade material or a ceramic blade material is used as a standard, but it may be a hot wire cutting type.
The embossed capsules were crushed and squeezed out and dropped into the aroma chamber 30 as droplets 90,
Volatilization and scent are carried out at the temperature of the scenting chamber front bottom plate 37, and part of the scent is attached to the crushing sheet portion and transferred, but is volatile and scented by the temperature in the scenting chamber 30 until the outlet 34 is reached.
The bottom plate of the scent chamber 30 is provided with a step between the scent chamber front bottom plate 37 and the scent chamber rear bottom plate 38, and the scent chamber front bottom plate 37 is used to contact the shape memory alloy wire 70 described later from the shape memory alloy wire 70. Receive heat transfer. The scent chamber rear bottom plate 38 is provided with a gap between the shape memory alloy wire 70 and heat dissipation of the shape memory alloy wire 70 is promoted. The contact member with the shape memory alloy wire is an insulating material.

FIG. 2 shows the right side plate in the longitudinal direction of the fragrance unit 20 of the scent generator using the embossed fragrance capsule roll and the control unit 81 in order to explain the mechanism part of the driving force by energization of the shape memory alloy wire 70 The side view seen from the cross-section of FIG.
A wire end stop plate 72 is fixed to the lower rear side of the rear bottom plate 38 of the scent chamber, and the shape memory alloy wire 70 is stretched between the wire hanging plate 65 and both ends are fixed by terminals 71. The terminal 71 is energized from the control unit.
The wire hooking plate 65 is provided with a plurality of wire hooking holes 67, through which the shape memory alloy wire 70 is passed and receives the stretching force. Wire hanging plate action fulcrums are provided on the side surfaces of the left and right ends of the wire hanging plate 65, and are connected to the wire hanging plate action holes 64 provided in the left and right drive levers 61 so as to be rotatable.
The drive lever 61 is integrated in a U shape at the drive lever connecting portion 60.
The drive lever 61 is provided with a wire hanging plate action hole 64, a drive fulcrum shaft hole, and a drive lever long hole 63,
The drive fulcrum shaft 62 is connected to the drive fulcrum shaft 62 provided on the side plate of the drive crushing unit 31 so as to be rotatable by the drive fulcrum shaft hole. The drive lever 61 is swung around the center.
A rotation lever 56 is attached and fixed to both ends of the supply roll shaft 51. A rotation action pin 57 and a link connection pin 59 are provided on the side surface of the rotation lever 56, and the drive lever long hole 63 is connected to the rotation action pin 57. The link connection pin 59 is connected to the link connection hole 76 provided at the lower end of the link 75 so as to be rotatable, and the link long hole 77 provided at the other end of the link 75 is provided in the middle of the cutting arm 46. Hang on the action pin 47 to link the action.
The starting point end of the cutting arm 46 is connected to the end of the crushing roll shaft 41 so as to be able to rotate. When the link 75 operates in the vertical direction, it is swung in the vertical direction by the cutting action pin 47 and required by the link long hole 77. The swing angle is adjusted. A cutting blade 48 is connected and fixed to the end of the cutting arm 46.

FIG. 3 is a plan view of the fragrance unit. The capsule sheet 06 unwound from the embossed fragrance capsule roll 10 is supplied and crushed by the crushing roll 40 and sent as a crushing sheet 07. A process is shown in which the scented chamber 30 is sent to the collection area 23, cut by the cutting blade 48, and loaded into the collection box 28 as a cut sheet 08.

FIG. 4 is a cross-sectional view seen from the bottom surface near the bottom plate of the fragrance unit of the scent generator, and illustrates the arrangement state of the shape memory alloy wire 70.
A wire end stop plate 72 is attached to the rear bottom plate 38 of the scent chamber, and the shape memory alloy wires 70 are arranged in four rows between the wire end stop plate 72 made of this insulating material and the wire hanging plate 65 made of the insulating material. , And both ends of the terminal are fixed by terminals 71 so that they can be energized.
A spring mounting seat 73 is attached to the rear bottom plate 38 of the scent chamber, and a return spring 74 is inserted and fixed between the wire hanging plate 65.
The shape memory alloy wire 70 is contracted when the temperature rises above the shape memory transformation temperature by energization, and the wire spring plate 65 is drawn while compressing the return spring 74, and at the same time, the drive lever 61 is drawn and driven.
When energization of the shape memory alloy wire 70 is stopped, the temperature gradually decreases, and when the temperature drops below the shape memory transformation temperature, the reduction operating force is released, so the rebound force of the return spring 74 returns to the initial state. To do.
The temperature of the shape memory alloy wire 70 is sensed and controlled by a temperature sensor (not shown).

FIG. 5 is an enlarged cross-sectional view at the position of the supply roll and the pressure crushing roll section of the fragrance unit, and the mechanism will be described in detail excluding the embossed fragrance capsule sheet.
A crushing roll shaft 41 is provided through the left and right aroma chamber side plates and is rotatably supported.
The crushing roll shaft 41 supports the crushing roll 40 in a rotatable manner.
The crushing roll 40 includes 42 parts of crushing roll cylinders that sandwich and send the flat sheet parts on both sides of the capsule sheet part 06 between the supply rolls 50, 44 parts of pressure cylinders that pressurize the embossed capsules 02 and squeeze out the fragrance contained therein, and embossing A crushing claw 43 for breaking the capsule 02 is provided around the outer periphery of the multi-row pressurizing cylinder 44, and a crushing roll gear 45 is provided on the side of the crushing roll cylinder 42.
Bearings 55 are provided on the left and right aroma chamber side plates below the crushing roll shaft 41, and the feed roller shaft 51 is passed through and supported rotatably.
A one-way clutch 53 that transmits rotation in one direction to the supply roll shaft 51 and idles in rotation in the reverse direction is attached, and a supply roll cylinder 52 is attached to the outer periphery of the supply roll shaft 51, and is configured integrally with the supply roll shaft 51.
The width of the supply roll cylinder 52 is adjusted to the width of the embossed fragrance capsule sheet, and the supply roll gear 54 is provided on the side thereof. The supply roll gear 54 and the crushing roll gear 45 interlock with each other at the same position in the width direction.
Rotating levers 56 having rotating action pins 57 planted to both ends of the supply roll shaft 51 are fixed.
A drive fulcrum shaft 62 is fixed to the left and right scent chamber side plates, and a drive lever 61 is rotatably connected to the left and right scent chamber side plates, and a rotation lever pin 57 is fitted into a drive lever elongated hole 63 provided on the upper end side of the drive lever 61. Are connected.
Both end portions of the wire hooking plate 65 are connected to the wire hooking plate action hole 64 of the drive lever 61, and the shape memory alloy wire 70 is passed over the wire hooking hole 67 of the wire hooking plate 65.

FIG. 6 shows a state in which the shape memory alloy wire 70 is energized from FIG.
When the shape memory alloy wire 70 rises in temperature and contracts in the direction of arrow S, the return spring 74 is compressed by the wire hanging plate 65 and the drive lever swings in the direction of arrow R1, and the rotation lever 56 is turned in the direction of arrow R2. The capsule sheet 06 part is supplied in the arrow X direction, and at the same time, the link 75 is lowered in the arrow Y direction, the cutting arm 46 is swung by the arrow R3 by adjusting the link long hole 77, and the crushing sheet part 07 is cut. The cut sheet 08 is loaded into the collection box 28.

FIG. 7 shows an entire scale-down showing a basic configuration of a state in which a plurality of (three sets in this figure) fragrance units are mounted on a control unit 81 of a fragrance generator using an embossed fragrance capsule roll, and a basic configuration of an air blower unit 82. FIG.
The blower unit 82 is installed on the rear side, and the roll chamber 21 of the fragrance unit 20 is installed on the control unit 81 with the collection area and the collection area behind. The embossed fragrance capsule roll 10 is set in the roll chamber 21 on the front side, and the fragrance preparation is completed easily.
The air blown by the blower unit 82 is represented by an arrow W, and the diffusion direction of the fragranced fragrance released to the outside by the blown air is represented by an arrow F.
The control unit 81 incorporates a control program and a power supply connection unit, and the illustration of the front operation setting unit is omitted, but the operation setting unit for setting scent generation / stop / scent intensity / time, etc. A communication control port is provided so that remote control can be performed by means of communication with a personal computer or other devices.
With the configuration according to the embodiment of the present invention, in utilizing the effect of fragrance, one or a plurality of fragrance units 20 of the fragrance unit 20 in which a favorite fragrance is set is selected, and a room for diffusing the fragrance or Depending on the size of the space, one or several capsules of the embossed capsule 02 are crushed, and temperature control using the shape memory alloy wire 70 as a heat source, the intensity of the desired fragrance, the desired fragrance pattern, the desired fragrance fluctuation By controlling the time for fragrance, the fragrance can be automatically diffused from the fragrance chamber 30. In addition, it is possible to provide a fragrance according to the situation quickly and timely in conjunction with an external device using the communication control port.

FIG. 8 is an example of an exploded cross-sectional view showing the lengthwise cross section of the sheet portion of the embossed fragrance capsule roll. The embossed capsule 02 is provided at regular intervals on the capsule sheet 01 as a film for providing the embossed portion and enclosing the fragrance. Then, the fragrance is injected as the encapsulated fragrance 04, and the sealing film 03 is overlaid and heat-sealed and sealed to produce an embossed fragrance capsule in a continuous band shape. The cross-sectional shape of the embossed capsule part may be a hemispherical, semi-cylindrical, semi-elliptical sphere, etc. is there.

FIG. 9 is an example of a schematic perspective view of an embossed fragrance capsule roll according to an embodiment of the present invention.
The rolled roll is indicated by a two-dot chain line.
The cross-sectional shape of the embossed capsule part may be a hemispherical shape, a semi-cylindrical shape, a semi-elliptical sphere shape, or a plurality of the embossed capsule portions arranged in the coating width direction. It is cut to a certain length with a length to be used in a roll and compactly wound up into a roll shape. It is not bulky and is gathered into a small roll shape. It has good fragrance preservation, portability, easy handling, and automatic It has created a form that can be easily supplied to generate fragrance.

06, capsule sheet
07, crushing sheet
10. Embossed fragrance capsule roll 20, fragrance unit 28, collection box
30, fragrance chamber
31, Drive crushing unit
37, front plate of fragrance chamber
40, crushing roll
43, crushing claw
44, pressure cylinder
45, crushing roll gear
46, cutting arm
48, cutting blade
50, supply roll
51, supply roll shaft
52, supply roll cylinder 53, one-way clutch 54, supply roll gear
56, rotating lever
61, drive lever
65, wire hanging plate
70, shape memory alloy wire
71, terminal 74, return spring
81, control unit
82, blower unit
90, dripping fragrance

Claims (3)

At least one fragrance unit with embossed fragrance capsule rolls of different fragrance types is provided, each fragrance unit is provided with a roll chamber, a fragrance area, and a collection area, and the fragrance is included in the capsule section in the roll chamber An embossed fragrance capsule roll is supported and installed on the roll shaft, and a drive crushing unit with a supply roll and a crushing roll built in reverse with a gear is installed in the fragrance area. A shape memory alloy wire and a return spring are arranged at the bottom of the bottom plate, and a driving force is obtained by using shape memory deformation by energization and heating to the shape memory alloy wire. The feed roll is rotated forward by force, the capsule sheet sandwiched between the crushing rolls is sent out, and the capsules are formed by a number of crushing claws provided on the crushing rolls. And squeezing the inclusion flavoring with the pressure cylinder of the crushing roll, dropping it into the fragrance chamber, transferring heat generated by energizing the shape memory alloy wire to the fragrance chamber, and scenting the fragrance. An automatic scent generating apparatus using an embossed fragrance capsule roll, wherein an arbitrary scent can be selected from a scent unit and scented. A set of embossed fragrance capsule rolls, a plurality of fragrance units that crush capsules with a driving force based on energization control to shape memory alloy wires, and an air blower unit that forcibly releases fragrant fragrances to the outside And a control unit for controlling the blower unit and the scent unit, and provided with a communication control port in the control unit part, designated by a play device such as a game machine, an external device such as a video game computer, and a communication means. 2. An automatic scent generator using an embossed fragrance capsule roll according to claim 1, wherein the scent can be scented. Using two strip-shaped coating materials, one or a plurality of concave embossed capsule portions such as a hemispherical shape, a semi-cylindrical shape, and a semi-elliptical spherical shape are provided in one coating material in the coating width direction. This concave mold part is formed at regular intervals in the band length direction, and the fragrance contained therein is sequentially injected and filled into the concave mold part, and another film material is overlaid and hermetically sealed by heat sealing. , Produced as a continuous belt-like embossed fragrance capsule sheet, cut into a predetermined length and wound up into a roll shape, so that the embossed capsule part is crushed and the included fragrance is discharged, so that the scent can be scented Embossed fragrance capsule roll characterized by

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