JP6193522B1 - Fragrance equipment - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a fragrance device for further satisfying a user's request. A fragrance device for releasing a fragrance, comprising: an fragrance portion for preparing a fragrance from an fragrance source; and a drive portion for driving the fragrance portion, the fragrance portion damaging the fragrance source. The fragrance device includes a damage imparting section that releases fragrance, and the damage imparting section performs an operation of repeatedly damaging the same fragrance source with time. [Selection] Figure 1

Description

  The present invention relates to a fragrance device.

  Conventionally, as a fragrance device that diffuses a fragrance, for example, it is composed of a vessel and a scented bead contained in the vessel, and the scented bead is a solid that carries a fragrance component on silica gel, pulp material, gel material, etc. An aroma device made of a fragrance is disclosed (see Patent Document 1).

Japanese Patent Laid-Open No. 8-191883

  On the other hand, there is a wide variety of demand for fragrances by users, and there is still no fragrance device that can satisfy the requirements.

  The present invention has been made to solve the above-described problems, and an object thereof is to provide an fragrance device for more satisfying a user's request.

  Therefore, in order to solve the above-mentioned problems, an fragrance device according to the present invention is an fragrance device that diffuses fragrance, and includes an fragrance section that prepares fragrance from an fragrance source, and a drive section that drives the fragrance section. The fragrance portion includes a damage imparting portion that damages the fragrance source and releases the fragrance, and the damage imparting portion performs an operation of repeatedly damaging the same fragrance source with time. .

  The fragrance source may be a plant, and the damage imparting unit may release the fragrance by damaging the fragrance source by shaking a branch, a leaf, or a flower.

  The fragrance source may be a plant, and the damage imparting unit may release the fragrance by hitting the fragrance source to cause damage.

  The fragrance source is a plant, the fragrance portion includes a holding portion that holds the fragrance source, and the damage imparting portion presses the fragrance source held in the holding portion against the holding portion. The fragrance may be released by damaging it.

  The fragrance source may be a seed, and the damage imparting unit may release the fragrance by crushing and damaging the fragrance source.

  The fragrance source may be a cooked product, and the damage imparting unit may release the fragrance by pressing the fragrance source to cause damage.

  Moreover, the fragrance part may include an electric heating part for heating the fragrance source.

  Moreover, the fragrance part may include a steam part for steaming the fragrance source.

  The fragrance source may be a confectionery, and the damage imparting unit may release the fragrance by causing the fragrance sources to collide with each other and causing damage.

  Moreover, the fragrance part may include an electric heating part for heating the fragrance source.

  The fragrance source may be a liquid, and the damage imparting unit may release the fragrance by entangling air in the liquid.

  Moreover, you may include the ventilation part which accelerates | stimulates the flow of air.

  Moreover, you may include the heater which warms air.

  Moreover, you may include the fog spraying part which sprays fog.

  The fragrance may be visible from the outside.

  Moreover, you may discharge | release the sound when the said fragrance part discharge | releases a fragrance outside.

  Moreover, you may include the action | operation control part which controls the action | operation of the said fragrance part.

  A sensor unit including at least one of a human sensor, a temperature sensor, a humidity sensor, and an odor sensor; and a processing unit that gives a predetermined instruction to the operation control unit according to a detection result of the sensor unit. May be included.

  ADVANTAGE OF THE INVENTION According to this invention, the fragrance apparatus for satisfying a user's request | requirement more can be provided.

It is drawing which shows the structure of the fragrance apparatus which concerns on Embodiment 1. FIG. It is drawing which shows the structure of the fragrance apparatus which concerns on the modification 1 of Embodiment 1. FIG. It is drawing which shows the structure of the fragrance apparatus which concerns on the modification 2 of Embodiment 1. FIG. It is drawing which shows the structure of the fragrance apparatus which concerns on the modification 3 of Embodiment 1. FIG. It is drawing which shows the structure of the fragrance apparatus which concerns on the modification 4 of Embodiment 1. FIG. It is drawing which shows the structure of the fragrance apparatus which concerns on Embodiment 2. FIG. It is drawing which shows the control structure of the fragrance apparatus which concerns on Embodiment 2. FIG. It is drawing which shows the structure of the fragrance apparatus which concerns on Embodiment 3. FIG. It is drawing which shows the control structure of the fragrance apparatus which concerns on Embodiment 3. FIG. It is drawing which shows the control structure of the fragrance apparatus which concerns on the modification 1 of Embodiment 3. FIG. It is drawing which shows the structure of the fragrance apparatus which concerns on Embodiment 4. FIG. It is drawing which shows the structure of the fragrance apparatus which concerns on the modification 1 of Embodiment 4. FIG. It is drawing which shows the structure of the fragrance apparatus which concerns on the modification 2 of Embodiment 4. FIG.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. In the description of each embodiment (including modifications), the same reference numerals are given to the same parts, and the description thereof is omitted.

<Embodiment 1>
FIG. 1 is a diagram illustrating a configuration of an aroma apparatus 100 according to the first embodiment. The fragrance device 100 includes a first housing 101 and a second housing 102 that is detachably engaged with the first housing 101.

  In addition, the fragrance device 100 includes a power supply unit 1, a main motor 2, a heater 3, a blower fan 4, a mist spraying unit 5, and a fragrance unit 6, which include the first casing 101 and the first unit. The two housings 102 are arranged (accommodated).

  As an example, the first housing 101 accommodates the power supply unit 1 and the main motor 2. The first housing 101 has one surface (here, the upper surface) as a partition plate with the second housing 102, and is provided with a through hole for inserting a blower fan rotating shaft 22 and a damage imparting rotating shaft 23 described later. It is done. The second housing 102 is, for example, a lid that is open on one side (one side) and accommodates the heater 3, the blower fan 4, the mist spraying unit 5, and the fragrance 6. The second housing 102 is provided with an air inlet 103 and a fragrance outlet 104 which are through holes.

  The power supply unit 1 includes an external power supply, a battery, and the like. The main motor 2, the heater 3, and the mist spraying unit 5 are electrically connected to the power supply unit 1, and power is supplied from the power supply unit 1.

  The main motor 2 is for driving the blower fan 4 and the fragrance 6. Specifically, the blower fan rotating shaft 22 and the damage imparting rotating shaft 23 are interlocked with the output shaft 21 of the main motor 2, and the blower fan 4 and the fragrance portion 6 are driven. For example, as shown in the figure, gears are coupled to these shafts, and by rotating while the gears mesh with each other, the blower fan rotating shaft 22 and the damage imparting rotating shaft 23 rotate, and the blower fan 4 and the fragrance portion 6 are moved. Driven.

  The heater 3 is disposed in the vicinity of the air inlet 103 and warms the air flowing in from the air inlet 103. The heater 3 may include an accompanying power circuit.

  The blower fan 4 is disposed in the vicinity of the heater 3 and sends warmed air to the fragrance 6 and promotes inflow of air from the air inlet 103 (inhales air).

  The mist spraying unit 5 includes a spray nozzle 51, a spray pump 52, and a spray liquid container 53. The mist spraying part 5 is arrange | positioned at the other side of the ventilation fan 4, for example. The liquid (for example, water) in the spray liquid container 53 is sucked up by the spray pump 52 and sprayed from the spray nozzle 51 toward the fragrance 6.

  The fragrance portion 6 includes a damage imparting portion (also referred to as a “stimulus imparting portion”) 61, a holding portion 62, and an aroma case 63. Here, the damage imparting portion 61 is formed in a rod shape, and is provided with an insertion hole at the base and is attached to the damage imparting rotating shaft 23. The damage imparting portion 61 may be formed integrally with the damage imparting rotating shaft 23.

  As an example, the holding part 62 is a plurality of branch-like parts extending from the damage imparting part 61, and the fragrance source is set and held in the holding part 62 constituted by the plurality of branch-like parts as shown in the figure. The The holding unit may be any unit that holds the fragrance source.For example, the holding unit is formed in a plate-like body provided with a slit or a through hole, and the fragrance source is sandwiched in the slit or inserted into the through hole. May be.

  The fragrance case 63 is an open case, and the damage imparting portion 61 and the holding portion 62 are accommodated in the fragrance case 63. A plurality of intake ports 631 that are through holes are provided in the peripheral wall of the fragrance case 63. A through hole for inserting the damage imparting rotary shaft 23 is provided on the bottom surface of the fragrance case 63.

  For example, the fragrance portion 6 is arranged at a substantially central portion of the second housing 102, and air is taken in from the intake port 631 on the blower fan 4 side, and mist is taken in from the intake port 631 on the mist spraying unit 5 side. . As shown in the figure, the spray nozzle 51 may be inserted through one intake port 631 and the mist may be sprayed directly into the fragrance 6.

  Here, the flow up to the fragrance release will be described. For example, when the fragrance source (for example, rosemary) is set and held in the holding section 62 of the fragrance section 6 and the power supply section 1 is turned on, the power supply section 1 Electric power is supplied to the motor 2, and the blower fan rotation shaft 22 and the damage imparting rotation shaft 23 rotate. As a result, the blower fan 4 rotates and air is sucked from the air inlet 103. The sucked air is warmed by the heater 3 and sent upward by the blower fan 4. Moreover, electric power is supplied also to the mist spreading | diffusion part 5, and mist is spread | dispersed.

  The fragrance source in the fragrance portion 6 is rubbed vigorously by the rotation of the damage imparting portion 61 by the damage imparting rotation shaft 23 and the accelerated inflow of air, and the tissue of the fragrance source is damaged (cells are destroyed). E) and release fragrance. The released fragrance is mixed with air and mist to prepare a fragrance, is pushed up by the air that has flowed in, and is diffused from the fragrance discharge port 104 of the second housing 102.

  In other words, the fragrance unit 6 is a fragrance production unit, which releases a fragrance from a fragrance source and mixes it with air and mist to produce a natural aroma.

  By configuring the fragrance device 100 as described above, the fragrance can be easily enjoyed from the fragrance source. The aroma device 100 is particularly suitable for an aroma source that enjoys the scent of leaves and flowers on the stem, such as rosemary, basil, and thyme.

  The fragrance source is not necessarily a raw material, and may be a dried material, a processed material, or the like.

  Note that the spraying of mist also has the effect of preventing the fragrance source from drying and preventing deterioration. The power supply unit may include a storage battery or the like and be a charging method. Further, as will be described later, the operation units such as the heater, the blower fan, the mist spraying unit, and the fragrance unit may be operated at predetermined time intervals. For example, the mist spraying unit periodically operates in a short time to You may spray. Moreover, each operation part may operate in conjunction.

  Further, if the fragrance is always diffused, it becomes used and the scent is not felt. Therefore, the damage imparting portion may be operated intermittently, for example, by stopping for a predetermined time after operating for a predetermined time and operating again for a predetermined time. In this way, by providing strength and weakness, it is possible to approach the natural scent so that the scent changes in the direction of the wind.

  Further, since the fragrance released from the fragrance source decreases with the lapse of the operation time of the fragrance device, the operation time may be gradually increased and the stop time may be gradually decreased.

  Moreover, it is good also as a structure which shakes or strikes an aroma source by providing or attaching protrusions, such as a plate-shaped body, to the inner wall of an aroma case.

  Further, a plurality of fragrance portions 6 may be provided so that different fragrance sources (for example, rosemary and time) can be stored. Since humans get used to smelling the same scent continuously, it is possible to reset habituation by releasing different scents occasionally. For example, after a predetermined number of times (for example, 20 times), the first fragrance part (rosemary) is operated repeatedly after a certain period of time, and then the second fragrance part (time) is operated a predetermined number of times (operation of the first fragrance part). The number of times less than the number of times (for example, 2 times) is repeatedly operated at intervals. Thereafter, the operation returns to the operation of the first fragrance.

  When providing the some fragrance part 6, you may vary the operation time which discharge | releases fragrance by an fragrance part. For example, the operation time of the first fragrance (rosemary) is 3 minutes, and the operation time of the second fragrance (time) is 2 minutes.

<Modification 1 of Embodiment 1>
FIG. 2 is a diagram illustrating a configuration of the fragrance device 100a according to the first modification of the first embodiment. The fragrance device 100a is different from the first embodiment in the second housing 102a and the fragrance portion 6a. Moreover, the point which does not include a heater and a mist spreading | diffusion part, and Embodiment 1 differ.

  The second casing 102a includes a second casing main body 105a and a second casing lid 106a that is detachably engaged with the second casing main body 105a. The air inlet 103 and the fragrance outlet 104 are provided in the second housing lid 106a. A through hole for inserting the blower fan rotating shaft 22 and the damage-providing rotating shaft 23 is provided on one surface (the surface on the first housing 101 side) of the second housing body 105a.

  The fragrance portion 6a includes a damage imparting portion 61a and a holding portion 62a. The damage imparting part 61a and the holding part 62a are accommodated in the second housing body 105a. As an example, the damage imparting portion 61a is formed in a substantially conical shape, and the tip is disposed on the holding portion 62a side. The damage imparting portion 61 a is provided with an insertion hole at the base and is attached to the damage imparting rotating shaft 23. The damage imparting part 61a is provided with a convex part for effectively squeezing a fragrance source (for example, citrus fruits), and for example, as shown in the figure, a convex part protruding from a rod-like main body is provided. In addition, here, the damage imparting part 61a should just squeeze the fruit juice of an aroma source, and the shape etc. are not specifically limited. The damage imparting portion 61 a may be formed integrally with the damage imparting rotating shaft 23.

  The holding part 62a includes a holding body 621a and a holding and fixing part 622a that fixes the holding body 621a to the second housing body 105a. The holding body 621a is formed in a substantially hemispherical shape as shown in the figure, for example. The holding and fixing portion 622a is configured to include a spring, and the holding main body 621a can be advanced and retracted toward the damage imparting portion 61a. Therefore, it is possible to deal with fragrance sources of various sizes, and even when the damage imparting portion 61a is pushed into the fragrance source while being rotated, it can be received.

  The fragrance 6a is disposed in the lower part of the second housing body 105a, and the blower fan 4 is disposed in the vicinity of the upper air inlet 103, for example. The scented portion 6a may further contain fruit juice squeezed out including a saucer.

  Moreover, although not shown in figure, the aroma discharge | release may be promoted by providing the stirring part in the vicinity of the damage imparting part 61a, and stirring the fruit juice stored in the 2nd housing body 105a.

  Here, the flow up to the fragrance release will be described. A fragrance source (for example, fruit such as citrus fruits) is set and held in the holding body 621a of the fragrance 6a, and when the power supply 1 is turned on, the power supply 1 Electric power is supplied to the main motor 2, and the blower fan rotating shaft 22 and the damage imparting rotating shaft 23 rotate. Thereby, while the damage imparting part 61a rotates, it pushes into citrus fruits and squeezes fruit juice (releases fragrance). The squeezed fruit juice is accommodated in the lower part of the second housing body 105a.

  On the other hand, the blower fan 4 also rotates and air is sucked from the air inlet 103. The sucked air and fragrance (fragrance released in the process of squeezing, fragrance released from the stored fruit juice) are mixed and prepared by the blower fan 4 and diffused from the fragrance outlet 104.

<Modification 2 of Embodiment 1>
FIG. 3 is a diagram illustrating a configuration of the fragrance device 100b according to the second modification of the first embodiment. The fragrance device 100b is different from the first embodiment in the second housing 102b and the fragrance portion 6b. Moreover, the point which does not include a heater and a mist spreading | diffusion part, and Embodiment 1 differ. Moreover, the point from which the ventilation fan rotating shaft 22b and the damage imparting rotating shaft 23b rotate coaxially differs from Embodiment 1.

  The second housing 102b includes a second housing body 105b and a second housing lid body 106b. As an example, the second casing body 105b and the second casing lid body 106b are arranged separately with the fragrance 6b interposed therebetween. For example, as shown in the drawing, the second casing body 105b includes the fragrance 6b. It arrange | positions below and the 2nd housing | casing cover body 106b is arrange | positioned so that the opening may be covered above the fragrance part 6b. The air inflow port 103 is provided on the peripheral wall of the second housing body 105b, and the fragrance discharge port 104 is provided on the second housing lid body 106b.

  As for the 1st housing | casing 101, one surface (here upper surface) comprises a partition plate with the 2nd housing body 105b, and the through-hole for inserting the ventilation fan rotating shaft 22b and the damage imparting rotating shaft 23b is provided. . Here, the blower fan rotating shaft 22b and the damage imparting rotating shaft 23b are configured to rotate coaxially as illustrated. Further, the damage imparting rotating shaft 23b is formed in a screw shaft shape with a thread on the outer peripheral surface.

  The fragrance portion 6b includes a damage imparting portion 61b, a holding portion 62b, and an fragrance case 63b. The damage imparting section 61b includes a damage imparting main body 611b and a damage imparting base 612b. For example, as shown in the drawing, the damage imparting main body 611b is formed in a substantially ellipsoidal shape having a spiral convex portion on the outer peripheral surface, and is fixed to the tip of the damage imparting rotating shaft 23b. The damage imparting main body 611b only needs to be in contact with the inner wall side of the fragrance case 63b so as to push the fragrance source, and may have a spherical shape, a cylindrical shape, or the like.

  Further, the damage imparting main body 611b may be provided as a rod-shaped protrusion with a spring property or a flexible material on the damage imparting rotation shaft 23b. For example, a metal thin wire having a spring property or a protruding member made of rubber or plastic resin may be integrally formed on the damage imparting rotating shaft. The projecting member is temporarily stopped by the rotation of the fragrance source, etc., and when it is released and moved, the fragrance source is struck, causing damage to the fragrance source (stimulating the fragrance source). It becomes. It is especially effective for herbal aroma sources.

  The damage imparting base 612b is fixed to the bottom surface of the fragrance case 63b and provided with a through hole having a thread. The damage imparting main body 611b contacts the fragrance source while moving up and down in the fragrance case 63b by the damage imparting rotation shaft 23b passing through the damage imparting base 612b and moving up and down. Here, in the damage imparting portion 61b, the main motor rotates backward when the damage imparting main body 611b reaches the uppermost position, the damage imparting main body 611b moves downward, returns to the normal rotation when reaching the lowermost position, and then moves upward again. Repeat this operation. The up / down movement operation may be performed at predetermined intervals, such as stopping in one reciprocation and restarting after a predetermined time.

  The holding part 62b is a part that holds the fragrance source, and is formed, for example, in the shape of a plurality of ribs extending vertically on the inner wall of the fragrance case 63b. Preferably, the shape of the holding portion 62b is formed corresponding to the shape of the damage imparting main body 611b. Further, the holding portion 62b may be a rod-shaped protrusion formed of a material having springiness or flexibility. For example, the holding part 62b may be formed of a metal thin wire having a spring property or a protruding member made of rubber or plastic, and an aromatic source such as herb may be held between them. Here, since the holding part 62b is formed on the inner wall of the fragrance case 63b and the fragrance source may be held by the holding part 62b and the inner wall, in this case, the fragrance case 63 is also one of the holding parts. It can be said that it constitutes a part.

  The fragrance case 63b is a case with an open top, and a bottom surface is provided with a through-hole through which the damage imparting rotating shaft 23 is inserted. Further, a through hole for allowing air to flow in from the second housing body 105b is provided on the bottom surface of the fragrance case 63b. As shown in the drawing, the fragrance case 63b is arranged above the second housing body 105b in which the blower fan 4 is accommodated so that the blower fan 4 and the damage imparting portion 61b can be configured to rotate coaxially.

  Here, the flow up to the fragrance release will be described. When the fragrance source (for example, rosemary) is set and held in the holding section 62b of the fragrance section 6b and the power supply section 1 is turned on, the main motor 2 is driven by the power supply section 1. Electric power is supplied to the blower fan rotating shaft 22b and the damage imparting rotating shaft 23b. As a result, the blower fan 4 rotates and air is sucked from the air inlet 103. The sucked air is sent to the fragrance 6b by the blower fan 4.

  The fragrance source in the fragrance 6b is pressed into a narrow space and rubbed and damaged (cells are destroyed) by releasing the fragrance main body 611b slowly moving up and down to release the fragrance. The released fragrance is mixed with the supplied air to prepare a fragrance, is pushed up by the inflowing air, and is diffused from the fragrance outlet 104.

  The fragrance device 100b is particularly suitable for fragrance sources such as rosemary, basil and thyme that enjoy the scent of leaves and flowers on the stem and fragrance sources such as citrus peel.

<Modification 3 of Embodiment 1>
FIG. 4 is a diagram illustrating a configuration of the fragrance device 100c according to the third modification of the first embodiment. The fragrance device 100c is different from the fragrance portion 6 according to the first embodiment in the fragrance portion 6c. Moreover, the point which does not include a heater and a mist spreading | diffusion part, and Embodiment 1 differ. In addition, here, the main motor is not included, and the fragrance 6c and the blower fan 4 are each provided with an accompanying motor and driven by this.

  The fragrance portion 6c includes a damage imparting portion 61c and a holding portion 62c. The damage imparting portion 61c and the holding portion 62c are generally accommodated in the second housing. The fragrance portion 6c may further include a receiving tray to accommodate the cutting piece.

  The damage imparting portion 61c includes a damage imparting tip 611c, a damage imparting motor 612c, a damage imparting rotating arm 613c, a damage imparting rotating plate 614c, and a damage imparting auxiliary motor 615c. The damage imparting tip 611c is a portion that comes into contact with an aroma source (for example, citron, lemon, apple) and cuts it. The damage imparting motor 612c is for rotating the damage imparting tip 611c, and the damage imparting tip 611c is attached to the output shaft thereof. The damage imparting rotary arm 613c adjusts the position of the damage imparting tip 611c, and is configured in a latch structure. The damage imparting rotary arm 613c is supported by a coil spring in the vicinity of the root, operates with a structure that presses the fragrance source, and operates so as to always trace the fragrance source. The damage imparting rotation plate 614 adjusts the cutting position of the damage imparting tip 611c in conjunction with the damage imparting auxiliary motor 615c. The damage imparting rotation arm 613c is moved from the top to the bottom by the damage imparting rotation plate 614 and reaches the bottom, and then changes its direction and moves from the bottom to the top. And can be repeatedly moved up and down. In addition, when it moves down and reaches the lowest part, you may make it operate | move only in one direction by avoiding a contact with an aroma source and returning the damage imparting front-end | tip 611c to the uppermost part. Needless to say, the operating direction is not necessarily the vertical direction.

  The holding part 62c includes a first holding part 621c and a second holding part 622c. The first holding portion 621c is, for example, a portion disposed below the fragrance source, and is formed in a rod shape including a claw-shaped tip. Moreover, the 1st holding | maintenance part 621c is equipped with an incidental motor, and may be comprised so that rotation of the hold | maintained fragrance source is possible. The second holding part 622c is, for example, a part disposed above the fragrance source and includes a claw-like part at the tip. Moreover, the 2nd holding | maintenance part 622c is comprised so that adjustment of the distance with the 1st holding | maintenance part 621c is possible according to the magnitude | size of an aroma source, for example.

  Here, the flow up to the fragrance dissipation will be described. When the fragrance source (for example, citrus fruits such as citron) is set and held in the holding portion 62c of the fragrance portion 6c and the power supply portion 1 is turned on, the power supply portion 1 Electric power is supplied to the damage imparting motor 612c and the damage imparting auxiliary motor 615c, and the damage imparting tip 611c cuts the citrus peel. Moreover, the 1st holding | maintenance part 621c rotates by the motor incidental to the 1st holding | maintenance part 621c, an aroma source rotates, and the cut part is sent out previously.

  On the other hand, the blower fan 4 also rotates and air is sucked from the air inlet 103. The sucked air and fragrance (fragrance released in the cutting process, fragrance released from the cut piece to be stored) are mixed and prepared by the blower fan 4 and are diffused from the fragrance diffuser 104.

<Modification 4 of Embodiment 1>
FIG. 5 is a diagram illustrating a configuration of the fragrance unit 6d of the fragrance device 100d according to the fourth modification of the first embodiment. The description of other configurations is omitted here.

  The aroma portion 6d includes a damage imparting portion 61d, a holding portion 62d, and an aroma table 63d. The damage imparting portion 61d includes a damage imparting main body 611d, a damage imparting base 612d, a damage imparting motor 613d, and a damage imparting support post 614d. The damage imparting body 611d is a part that rotates and crushes the fragrance source with the damage imparting base 612. The damage imparting motor 613d drives the damage imparting main body 611d and is supported by the damage imparting support column 614d. The damage imparting post 614d includes a portion that supports the damage imparting motor 613d and a portion that connects the damage imparting main body 611d to the damage imparting motor 613d.

  The holding part 62d is a part that holds an aroma source (for example, yam, sesame, and coffee beans), and is formed in a funnel shape, for example, as shown in the figure, holds the aroma source, and an appropriate amount of the damage imparting body 611d. And the damage imparting base 612d.

  The aromatic table 63d is a part for placing the damage imparting part 61d. The aroma source crushed by the damage imparting portion 61d falls on the aroma table 63d and is stored. In addition, you may be comprised including the accommodating part for accommodating the squeezed fragrance source here.

  Here, the flow up to fragrance release will be described. When the fragrance source (for example, yam, sesame, coffee beans) is set and held in the holding portion 62d of the fragrance portion 6d and the power supply portion 1 is turned on, the power supply portion 1 Thus, electric power is supplied to the damage imparting motor 613d, and the damage imparting main body 611d rotates. Then, an appropriate amount of the fragrance source is supplied, is crushed between the damage imparting main body 611d and the damage imparting base 612d, and is stored in the fragrance base 63d. Then, the air sent by a blower fan (not shown) and the fragrance (fragrance released in the crushing process, fragrance released from the crushed fragrance source) are mixed and prepared and released from a fragrance outlet (not shown). The

  By configuring the fragrance device 100d as described above, the fragrance can be easily enjoyed from the fragrance source. The aroma device 100d is particularly suitable for an aroma source that enjoys the aroma of seeds. Here, the fragrance source may be a single type or a mixture of several types. By mixing several types, various aromas can be enjoyed.

<Embodiment 2>
FIG. 6 is a diagram illustrating a configuration of the fragrance device 100e according to the second embodiment. The fragrance device 100e further includes an operation unit 7 and a control unit 8.

  The fragrance device 100e includes a power supply unit 1, a main motor 2, a heater 3, a blower fan 4, a mist spraying unit 5, a fragrance unit 6, an operation unit 7, and a control unit 8. The first housing 101 and the second housing 102 are disposed (accommodated).

  The operation unit 7 includes an operation button 71 for the user to input a request, and a display panel 72 for presenting the input request and elapsed time to the user.

  The control unit 8 is a part for controlling the operation of the fragrance device 100e, and includes a control circuit. FIG. 7 is a block diagram showing a control configuration of the fragrance device 100e. Although not shown, each component is electrically connected to the power supply unit 1.

  The control unit 8 controls the start / stop of operation of the blower fan 4 and the fragrance unit 6, the rotation speed, and the like by controlling on / off of the main motor 2 and the number of rotations. Further, the control unit 8 controls the start / stop of operation of the mist spraying unit 5, the rotation speed, and the like by controlling on / off of the motor of the spray pump 52 of the mist spraying unit 5 and the rotation speed. The control unit 8 controls the start / stop of operation of the heater 3 by controlling on / off of the power supply circuit of the heater 3. Here, the control unit 8 includes a timer and can count the operation start time, the duration, and the like.

  When the user sets the operation time using, for example, the operation button 71 of the operation unit 7, the control unit 8 operates the blower fan 4 and the fragrance unit 6 for the set time through the control of the main motor 2, The heater 3 and the fog spreader 5 are operated for the set time. Further, here, it may be set so as to operate with time (for example, to operate repeatedly at regular intervals).

  In addition, when the user sets the operating speed using, for example, the operation button 71 of the operating unit 7, the control unit 8 operates the blower fan 4 and the fragrance unit 6 at the set speed through the control of the main motor 2. The mist spraying unit 5 is operated at a set speed.

  Moreover, a user may set so that only the main motor 2 may operate | move, for example, and the ventilation fan 4 and the aroma part 6 are driven by this, and the fragrance | flavor which does not contain fog is spread | diffused.

  By configuring the fragrance device 100e as described above, the user can easily control the operation time and speed, the presence or absence of mixing of mist, and the like.

  Furthermore, by selecting the set fragrance source with display and SW, you can control the operating conditions such as the timing and intensity at which each operates, or change the operating conditions by selecting the room size and time zone Or you may.

<Embodiment 3>
FIG. 8 is a schematic diagram illustrating an aroma device 100f according to the third embodiment.

  The fragrance device 100f includes a power supply unit 1, a main motor 2f, a blower unit 4f, a mist spraying unit 5f, a fragrance unit 6f, an operation unit 7f, a control unit 8f, and a sensor unit 9f. As described below, the fragrance 6f is detachably disposed on the fragrance device 100f main body composed of other portions.

  The main motor 2f is a motor for driving the fragrance 6f. A damage imparting rotary shaft 23f is attached to the output shaft of the main motor 2f, and the fragrance portion 6f is inserted into this.

  The blower 4f includes a blower fan and a heater. The blower fan is the same as that of the first embodiment except that an auxiliary motor is included, and the heater is the same as that of the first embodiment. The air blowing unit 4f is configured such that only the air blowing fan is operated to blow normal temperature air, or both the air blowing fan and the heater are operated to blow hot air.

  The mist spraying part 5f has the same configuration as that of the first embodiment. The mist spreading part 5f may be arranged outside the second housing 102 as shown in the figure.

  The fragrance portion 6f includes a damage imparting portion, a holding portion, and an fragrance case that accommodates them. The damage imparting part and the holding part can be configured as any damage imparting part and a retaining part according to the first embodiment and the modifications thereof. Here, the fragrance 6f is configured to be detachable from the fragrance device 100f main body.

  The operation unit 7f includes an operation button 71f and a display panel 72f. The operation button 71f is constituted by a button sensor or a touch sensor provided integrally with the display panel 72f.

  The controller 8f controls the operation of the fragrance device 100f. FIG. 9 is a block diagram showing a control configuration of the fragrance device 100f.

  The control unit 8f controls the operation start / stop and rotation speed of the main motor 2, the motor attached to the blower unit 4f, and the motor attached to the mist spraying unit 5f, and controls the power supply circuit of the blower unit 4f to operate these components. Can be controlled.

  The sensor part 9f is a part including various sensors for effectively dissipating the aroma. As an example, the sensor unit 9f includes a human sensor 91f, a temperature sensor 92f, a humidity sensor 93f, and an odor sensor 94f. The human sensor 91f is a sensor that detects a human location using infrared rays, ultrasonic waves, visible light, or the like. The temperature sensor 92f, the humidity sensor 93f, and the odor sensor 94f are sensors that detect temperature, humidity, and odor, respectively, in the installation environment. These sensors are attached to the first housing 101, for example.

  More specifically, the presence / absence of a person in the area is detected by the human sensor 91f, and the detection result is input to the control unit 8f. The controller 8f controls, for example, start / stop of the operation of the main motor 2 according to the detection result. For example, when the presence of a person is detected while the main motor 2 is stopped, the operation of the main motor 2 is started. Further, when the presence of a person is not detected in the operating state of the main motor 2, the operation of the main motor 2 is stopped.

  The ambient temperature in the area is detected by the temperature sensor 92f, and the detection result is input to the control unit 8f. The control unit 8f controls, for example, the blowing from the blowing unit 4f according to the detection result. For example, when an ambient temperature equal to or higher than a predetermined temperature is detected, normal temperature wind is blown from the blower 4f, and when an ambient temperature equal to or higher than the predetermined temperature is not detected, warm air is blown from the blower 4f.

  The humidity sensor 93f detects the environmental humidity in the area, and the detection result is input to the control unit 8f. The control unit 8f controls, for example, the mist spraying unit 5f according to the detection result. For example, in the state where the main motor 2 is operating, when the environmental humidity equal to or higher than a predetermined humidity is detected in the operating state of the mist spraying unit 5f, the operation of the mist spraying unit 5f is stopped. On the other hand, when the environmental humidity equal to or higher than the predetermined humidity is not detected, the operation of the mist spraying unit 5f is continued.

  The odor concentration in the area is detected by the odor sensor 94f, and the detection result is input to the control unit 8f. The controller 8f controls, for example, start / stop of the operation of the main motor 2 according to the detection result. For example, when the smell of a predetermined concentration or more is detected in the operating state of the main motor 2, the operation of the main motor 2 is stopped. On the other hand, when no odor exceeding the predetermined concentration is detected, the operation of the main motor 2 is continued.

  By configuring the fragrance device 100f as described above, the fragrance can be further diffused in accordance with the user's location environment.

  In addition, by selecting the set fragrance source with the display and SW, you can control the operating conditions such as the timing and intensity at which each operates, and the operating conditions are controlled by selecting the size of the room and the time zone. Or you may.

  Although not shown, the aroma source may be destroyed by vibration such as ultrasonic vibration on the damage imparting portion.For example, a herb is laid on a vibration plate, and a metal plate is placed on the vibration plate to vibrate the aroma source. The destruction effect may be promoted by destroying or adding vibration such as ultrasonic vibration to each damage imparting portion shown above.

<Modification 1 of Embodiment 3>
FIG. 10 is a block diagram illustrating a control configuration by the control unit 8g of the fragrance device 100g according to the first modification of the third embodiment.

  The control unit 8g includes an operation control unit 81g, a processing unit 82g, and a storage unit 83g.

  The operation control unit 81g controls the start / stop of operation and rotation speed of the main motor 2f, the motor attached to the air blowing unit 4f, and the motor attached to the mist spraying unit 5f according to the instruction of the processing unit 82g. The power supply circuit is controlled to control these operations.

  The processing unit 82g is a part that performs a predetermined process, and performs a predetermined process based on inputs from the operation unit 7f and the sensor unit 9f, and a predetermined instruction to the operation control unit 81g. The processing unit 82g is constituted by, for example, a microprocessor.

  The storage unit 83g is a part that stores predetermined information, and includes, for example, a RAM or the like. For example, the aroma source database 831g is stored in the storage unit 83g.

  Aroma sources, particularly natural aroma sources, vary greatly in the portion from which they are released and the intensity of the aroma. Therefore, it is necessary to use 6g of fragrance parts suitable for the fragrance source. For example, when the fragrance is released from the leaves and flowers on the stem, the fragrance part (leaf flower type) described in the first embodiment and the second modification of the first embodiment is used. When releasing fragrance, the fragrance part (fruit juice type) described in Modification 1 of Embodiment 1 is used, and when releasing fragrance from the skin, the fragrance part (fruit peel type) described in Modification 3 of Embodiment 1 is used. When the fragrance is released from the seed, the modification 4 (seed type) of the first embodiment is suitable. In addition, even with the same fragrance source, the operating speed, environmental temperature, and environmental humidity of the fragrance part suitable for fragrance preparation differ depending on the variety and collection time. The fragrance source database 831g stores information such as fragrance release site, fragrance part type, variety, sampling time, standard fragrance part operating speed, standard preparation environment temperature, standard preparation environment humidity, standard preparation concentration corresponding to the fragrance source. To do.

  First, the user attaches a predetermined fragrance-type fragrance portion 6f to the fragrance device 100g according to the fragrance source and the fragrance release site, and inputs the fragrance source (for example, fragrance source ID) from the operation portion 7f. Then, the sensor unit 9f detects the environmental temperature, the environmental humidity, and the environmental odor concentration, and the detection result is input to the processing unit 82g. Based on the input fragrance source, the processing unit 82g refers to the fragrance source database 831g, determines the fragrance operation speed as the standard fragrance operation speed, and instructs the operation control unit 81g.

  Further, the processing unit 82g refers to the aroma source database 831g based on the input aroma source, compares the input current environmental temperature with the standard preparation environmental temperature, and if the current environmental temperature is lower than the standard preparation environmental temperature. The operation control unit 81g is instructed to operate the heater of the air blowing unit 4f. When the current environmental temperature is equal to or higher than the standard preparation environmental temperature, the operation control unit 81g is instructed to stop the operation of the heater of the air blowing unit 4f.

  The processing unit 82g refers to the fragrance source database 831g based on the input fragrance source, compares the input current environmental humidity with the standard preparation environmental humidity, and if the current environmental humidity is lower than the standard preparation environmental humidity. The operation control unit 81g is instructed to operate the mist spraying unit 5f. In addition, when the current environmental humidity is equal to or higher than the standard preparation environmental humidity, the operation control unit 81g is instructed to stop the operation of the mist spraying unit 5f.

  Further, the processing unit 82g refers to the fragrance source database 831g based on the input fragrance source, and increases the concentration obtained by subtracting the environmental odor concentration at the start of the operation of the fragrance 6f from the input current environmental odor concentration and the standard preparation concentration If the increased concentration is equal to or higher than the standard preparation concentration, the operation control unit 81g is instructed to stop the operation of the fragrance unit 6f.

  The fragrance device 100g includes the processing unit 82g and the fragrance source database 831g, thereby preparing fragrance according to the fragrance source type and providing a stable fragrance.

  Further, the preferred concentration of aroma varies depending on the user. The fragrance device 100g may be configured such that the user can edit the fragrance source database 831g from the operation unit 7f according to preference.

  Further, the fragrance device 100g may be configured such that the fragrance unit 6f includes a lid, and the operation control unit 81g can control the opening and closing of the lid of the fragrance unit 6f in accordance with an instruction from the processing unit 82g.

  Further, if the fragrance is constantly diffused, it becomes used and the scent is not felt. Therefore, it may be operated intermittently, for example, by stopping for a predetermined time after operating for a predetermined time and operating again for a predetermined time. In this way, by providing strength and weakness, it is possible to approach the natural scent so that the scent changes in the direction of the wind.

  Moreover, since the fragrance apparatus of the said embodiment has characteristic movement, it looks interesting. A conventional fragrance device lacks in appearance. In the invention of the present application, the movements such as squeezing action, cutting action, peeling action, squeezing action, etc. are visually interesting, can appeal to the eyes, and promote the sense that aroma is produced by the movement, more A comfortable feeling can be created. Therefore, a part of the housing may be made permeable so that the portion of the aroma source is visible from the outside. Moreover, you may provide a window in the position where an aroma source can be seen.

  Further, since the motor is driven, the driving sound can be heard from the outside. In addition, the sound when the fragrance emits fragrance can be emitted to the outside. That is, since the fragrance source is physically damaged, it is possible to hear the sound of damage (the sound of the fragrance source being rubbed or burned) from the outside. By making the sound of the fragrance source (the sound of herb leaves scrubbing, the sound of squeezing citrus fruits, the sound of being baked) along with the fragrance, it creates the excitement and exhilaration of the sound, and the feeling of feeling from the fragrance It can promote improvement and create a more comfortable feeling.

  Note that a microphone that collects sound, an amplification device that amplifies the collected audio signal, and a speaker that outputs the amplified audio signal may be provided so that these sounds can be amplified and flowed to the outside. Then, the small sound produced from the fragrance source can be made sufficiently loud and output to the outside along with the fragrance. Alternatively, these sounds may be stored in advance, and reproduced to reproduce the sound.

<Embodiment 4>
FIG. 11 is a diagram illustrating a configuration of the fragrance device 100h according to the fourth embodiment. The aroma device 100h uses, for example, foods such as confectionery and cooked products as an aroma source, and provides an aroma device that can easily enjoy the aroma of food even when meals are restricted due to illness or injury. Is. Moreover, although the food sample is displayed at the store in restaurants and the like, it is possible to improve the customer-collecting effect by providing the scent together with the fragrance device 100h. The fragrance device 100h is different from the fragrance device in the fragrance portion 6h.

  The aromatic portion 6h includes a damage imparting portion 61h and a holding portion 62h. In addition, the fragrance portion 6h may further include an electric heating portion 64h and a container 65h. The damage imparting part 61 h and the holding part 62 h are disposed in the second housing 102.

  The damage imparting section 61h includes a damage imparting main body 611h and a damage imparting base 612h. The damage imparting main body 611h has a shape projecting to the holding part 62h side from the damage imparting base 612h. The damage imparting main body 611 can have various shapes in accordance with the fragrance source F at the contact portion with the fragrance source F. Here, for example, as shown in the figure, the contact portion with the fragrance source F may be formed in a shape having a plurality of teeth (projections).

  The damage imparting base 612h is connected to the damage imparting rotating shaft 23 at a portion that supports the damage imparting main body 611h. Further, a mechanism (not shown) for changing the rotation of the damage imparting rotary shaft 23 to a linear movement is disposed in the damage imparting base 612h.

  The holding part 62h includes a holding body 621h and a holding and fixing part 622h that fixes the holding body 621h to the second casing 102. The holding body 621h includes a recess formed to be recessed toward the holding and fixing portion 622h, and the fragrance source F is held in the recess. For the holding body 621h, for example, a material such as metal or stone is used.

  The holding and fixing unit 622h is attached to the second housing 102. The holding and fixing portion 622h may be configured to be solid or may be configured to be hollow as illustrated.

  The electric heating part 64h is arranged in the holding and fixing part 622h. In this case, the holding and fixing portion 622h is configured to be hollow. The electric heating unit 64 h is electrically connected to the power supply unit 1. The aroma source F held in the holding part 62h is heated by the electric heating part 64h.

  The container 65h is a member that directly stores the fragrance source F. When the fragrance source F is easily deformed or a collection of a plurality of granular portions, the fragrance source F can be easily held by providing the container 65h. Moreover, since the container 65h can be removed and cleaned, hygiene management is facilitated.

  Here, the flow up to fragrance release will be explained. Aroma source F (for example, grilled meat, grilled meat, steak, hamburger, eel, kabayaki, yakitori, fried chicken, etc.) When the power source unit 1 is turned on, the power is supplied from the power source unit 1 to the electric heating unit 64h. Thereby, the fragrance source F in the container 65h is heated and it becomes easy to release the fragrance. Further, power is supplied to the main motor 2 by the power supply unit 1, and the blower fan rotation shaft 22 and the damage imparting rotation shaft 23 rotate. Then, the rotation motion of the damage imparting rotation shaft 23 is outputted as a linear motion, and the damage imparting main body 611h comes into contact with the aroma source F and presses it to cause damage and release the aroma.

  On the other hand, the blower fan 4 also rotates and air is sucked from the air inlet 103. The sucked air and fragrance are mixed and prepared by the blower fan 4 and diffused from the fragrance vent 104.

  In other words, the fragrance part 6h is an fragrance production part, which releases fragrance from an fragrance source and mixes it with air to produce an aroma.

  If the fragrance is constantly diffused, the fragrance device 100h may become accustomed and no longer feel the fragrance. Therefore, the fragrance device 100h may be operated intermittently, for example, by operating the damage imparting unit for a predetermined time and then operating again for a predetermined time. . In this way, by providing strength and weakness, it is possible to approach the natural scent so that the scent changes in the direction of the wind.

<Modification 1 of Embodiment 4>
FIG. 12 is a diagram illustrating a configuration of a fragrance device 100 i according to the first modification of the fourth embodiment.

  The fragrance portion 6i of the fragrance device 100i includes a damage imparting portion 61, a holding portion 62i, and an electric heating portion 64h. Here, the electrothermal unit 64h is directly attached to the second housing 102.

  The holding part 62i is a hollow substantially spherical body provided with a plurality of fine holes (not shown). The holding part 62i includes an attachment / detachment port 623i. The holding part 62i is detachably attached to the damage imparting part 61 through the attachment / detachment port 623i. As an example, a female screw is provided in the attachment / detachment port 623i, a male screw is provided in the damage imparting portion 61, and the holding portion 62i is attached to the damage imparting portion 61 by screwing together. The attachment / detachment opening 623i is also an outlet for taking the fragrance source F into and out of the holding portion 62i. For the holding part 62i, for example, a material such as metal is used.

  Here, the flow up to the fragrance release will be described. The fragrance source F (for example, confectionery such as nuts or rice confectionery) is introduced into the holding unit 62i from the attachment / detachment port 623i, and the holding unit 62i is attached to the damage imparting unit 61. Then, when the power supply unit 1 is turned on, the power supply unit 1 supplies power to the electric heating unit 64h. As a result, the fragrance source F in the holding part 62i is heated and the fragrance is easily released. Further, power is supplied to the main motor 2 by the power supply unit 1, and the blower fan rotation shaft 22 and the damage imparting rotation shaft 23 rotate. As a result, the damage imparting part 61 rotates, and the holding part 62i attached thereto also rotates, and the fragrance sources F in the holding part 62i collide with each other and rub against each other to be damaged and release the fragrance.

  On the other hand, the blower fan 4 also rotates and air is sucked from the air inlet 103. The sucked air and fragrance are mixed and prepared by the blower fan 4 and diffused from the fragrance vent 104.

<Modification 2 of Embodiment 4>
FIG. 13 is a diagram illustrating a configuration of the fragrance device 100j according to the second modification of the fourth embodiment.

  The fragrance portion 6j of the fragrance device 100j includes a damage imparting portion 61h, a holding portion 62j, an electric heating portion 64h, a container 65h, and a steam portion 66j.

  The holding part 62j includes a holding body 621j and a holding and fixing part 622j. The holding body 621j includes a recess formed to be recessed toward the holding and fixing portion 622j, and the fragrance source F is held in the recess. For example, a material such as metal or stone is used for the holding body 621j. In addition, the holding main body 621j is provided with a plurality of through holes for allowing steam to pass through the contact surface with the holding and fixing portion 622j.

  The holding and fixing portion 622j is attached to the second housing 102. The holding and fixing part 622j is configured to be hollow, and the electric heating part 64h and the steam part 66j are disposed in the holding and fixing part 622j. The holding fixing portion 622j is provided with a through hole at a position corresponding to the through hole of the holding body 621j.

  The vapor | steam part 66j is a container which has the opening which accommodates a liquid, for example, raw materials, such as a metal, are used. The vapor portion 66j is provided above the electric heating portion 64h. When heated by the electric heating portion 64h, a part of the stored liquid becomes vapor and passes through the through holes of the holding and fixing portion 622j and the holding main body 621j. Flow into. In addition, it is good also as a structure provided with an electric heating part in steam part 66j itself instead of the electric heating part 64h.

  Here, the flow up to the fragrance release will be described. When the fragrance source F (for example, cooked food such as meat noodles) is placed in the container 65h of the fragrance portion 6j and set in the holding body 621j, and the power supply portion 1 is turned on, The power supply unit 1 supplies power to the electric heating unit 64h. Thereby, the liquid in the vapor | steam part 66j is heated, a vapor | steam flows in in the holding body 621j, the fragrance source F in the container 65h is steamed, and it becomes easy to discharge | release fragrance. Further, power is supplied to the main motor 2 by the power supply unit 1, and the blower fan rotation shaft 22 and the damage imparting rotation shaft 23 rotate. Then, the rotation motion of the damage imparting rotation shaft 23 is outputted as a linear motion, and the damage imparting main body 611h comes into contact with the aroma source F and presses it to cause damage and release the aroma.

  On the other hand, the blower fan 4 also rotates and air is sucked from the air inlet 103. The sucked air and fragrance are mixed and prepared by the blower fan 4 and diffused from the fragrance vent 104.

  As mentioned above, although embodiment of the fragrance apparatus which concerns on this invention was described, these are only examples of embodiment of this invention, and this invention is not limited to these. The present invention includes a combination of the above embodiments and various modifications.

  Aroma sources used in this embodiment are steamed buns such as Anman, meat bun, curry bun, pizza bun, hot spring bun, steamed bun, baked confectionery such as oyaki, taiyaki, dorayaki, doll ware, maple bun, cucumber, etc. It can be widely applied to vegetables such as carrots, radishes, potatoes and spinach, and fruits such as melon, watermelon and strawberry.

  The aroma source may be wine, beer, sake, whiskey, brandy and other alcoholic beverages. When these liquids are used as a fragrance source, they are periodically (or repeated at intervals) by a drive device that stirs the contents in the container, sends air, and transfers between the two containers. Damages (stimulates) the fragrance source and releases the scent. As a method for releasing the scent, vaporization may be promoted by using ultrasonic waves or high-frequency vibration agitation. For example, in addition to high-frequency vibration agitation of about 9000 times per minute, it was generated by electrolysis under vibration agitation. Nano / micro bubbles may be generated.

  The above embodiment can be applied not only to natural aroma sources but also to artificial aroma sources. In particular, even artificially produced fragrance sources can be moderately damaged (impact) by mixing, rubbing, or striking them regularly (or repeatedly after a while) if the fragrance is weak. A fragrance can be generated.

DESCRIPTION OF SYMBOLS 100 Fragrance apparatus 1 Power supply part 2 Main motor 3 Heater 4 Blower fan 5 Fog spray part 6 Fragrance part 61 Damage imparting part 62 Holding part 7 Operation part 8 Control part 9 Sensor part

Claims (17)

A fragrance device that dissipates fragrance,
A fragrance part for preparing a fragrance from a fragrance source;
A drive unit for driving the fragrance unit,
The fragrance portion includes a damage imparting portion that performs an operation of damaging the fragrance source and releasing the fragrance,
The damage imparting unit have a row the operation repeated at a time to the same of the aroma source,
The operation is performed intermittently after stopping for a predetermined stop time after operating for a predetermined operation time,
The scent device is characterized in that the predetermined operating time gradually increases .   The fragrance device according to claim 1,
  The predetermined stop time gradually decreases.
  A fragrance device characterized by that. A fragrance device that dissipates fragrance,
A fragrance part for preparing a fragrance from a fragrance source;
A drive unit for driving the fragrance unit,
The fragrance portion includes a damage imparting portion that performs an operation of damaging the fragrance source and releasing the fragrance,
The damage imparting unit repeatedly performs the operation with time for the same fragrance source,
The fragrance source is a seed;
The fragrance device, wherein the damage imparting unit releases the fragrance by crushing and damaging the fragrance source. A fragrance device that dissipates fragrance,
A fragrance part for preparing a fragrance from a fragrance source;
A drive unit for driving the fragrance unit,
The fragrance portion includes a damage imparting portion that performs an operation of damaging the fragrance source and releasing the fragrance,
The damage imparting unit repeatedly performs the operation with time for the same fragrance source,
The fragrance source is a cooked product,
The fragrance device, wherein the damage imparting unit releases the fragrance by pressing the fragrance source to cause damage. A fragrance device according to claim 4 ,
The fragrance unit includes a steam unit for steaming the fragrance source. A fragrance device that dissipates fragrance,
A fragrance part for preparing a fragrance from a fragrance source;
A drive unit for driving the fragrance unit,
The fragrance portion includes a damage imparting portion that performs an operation of damaging the fragrance source and releasing the fragrance,
The damage imparting unit repeatedly performs the operation with time for the same fragrance source,
The fragrance source is a confectionery,
The fragrance device, wherein the damage imparting unit releases fragrance by causing damage to the fragrance sources by colliding with each other. A fragrance device according to claim 4 or 6 ,
The fragrance unit includes an electric heating unit for heating the fragrance source. A fragrance device that dissipates fragrance,
A fragrance part for preparing a fragrance from a fragrance source;
A drive unit for driving the fragrance unit,
The fragrance source is a liquid;
The fragrance portion includes a damage imparting portion that performs an operation of releasing fragrance by entanglement of air by applying stirring or vibration to the liquid ,
The fragrance device is characterized in that the damage imparting unit repeatedly performs the operation with respect to the same fragrance source with a time interval .   A fragrance device according to any one of claims 3 to 8,
  The operation is performed intermittently after stopping for a predetermined stop time after operating for a predetermined operation time,
  The predetermined operating time gradually increases,
  The predetermined stop time gradually decreases.
  A fragrance device characterized by that.   A fragrance device according to any one of claims 1 to 9,
  The fragrance apparatus includes a plurality of the fragrance portions storing different fragrance sources,
  The operation is switched between a plurality of the fragrance portions.
  A fragrance device characterized by that. A fragrance device according to any one of claims 1 to 10 ,
A fragrance device comprising a blower for promoting air flow. The fragrance device according to any one of claims 1 to 11 ,
A fragrance device comprising a heater for warming air. A fragrance device according to any one of claims 1 to 12 ,
A fragrance device comprising a mist spraying section for spraying mist. A fragrance device according to any one of claims 1 to 13 ,
The fragrance device, wherein the fragrance portion is visible from the outside. A fragrance device according to any one of claims 1 to 14 ,
A microphone that collects sound and converts it into an acoustic signal;
An amplification device for amplifying the acoustic signal;
A speaker that converts the amplified acoustic signal into sound and outputs the sound;
A fragrance device, wherein the fragrance part amplifies a sound when the fragrance is released and releases the sound to the outside. A fragrance device according to any one of claims 1 to 15 ,
An scent device comprising an operation control unit for controlling the operation of the fragrance unit. A fragrance device according to claim 16 ,
A sensor unit including at least one of a human sensor, a temperature sensor, a humidity sensor, and an odor sensor;
A fragrance device comprising: a processing unit that gives a predetermined instruction to the operation control unit according to a detection result of the sensor unit.

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