JP3153365U - Perfume spraying equipment - Google Patents

Abstract

There is provided a fragrance spraying device that has almost no noise and vibration and that feeds compressed air without using a compressor and sprays fragrance from a two-fluid nozzle. SOLUTION: A box body 1, a pneumatic feeding device 2, and a spray nozzle built-in type particle generation container 3 are provided, and an upper lid having a discharge port 1a 'is provided on an end surface of the box upper portion 1a, and an upper box body 1b is formed in the middle portion of the box body. A relay member 1d for connecting the lower box 1c and an embedded member 1e provided with an illuminating device for displaying the operating status of the apparatus are integrally fitted, and a pneumatic feeder 2 is provided on the bottom bottom of the box. The base cone 1f to be installed and the outer peripheral part of the base are divided into left and right parts, and a frustoconical device mounting member superposed and adhered to the inner peripheral surface of the lower box is fixed, and the spray nozzle built-in type particulate generation The container is attached to a replenishing port 3b for replenishing a mixture of fragrance and water in the upper part, a container main body 3a provided with an air supply inlet on the lower side surface and spray nozzles 3f and 3g inside, and a replenishing port part 3b of the container main body. And a discharge pipe provided so that the discharge direction of the fine particles can be adjusted. [Selection] Figure 6

Description

  The present invention relates to a perfume spraying device.

    Conventionally, perfumes are broadly divided into flavors (food perfumes) that are food additives that give food a part of the scent and taste, and fragrances (cosmetic perfumes) that perfume things other than food. Made by blending many natural fragrances extracted from various plants and some animals. These are called blended fragrances regardless of flavor or fragrance. However, the fragrance | flavor used for the fragrance | flavor spraying apparatus of this invention is an essential oil extracted from the plant with the natural fragrance | flavor.

    And according to the fragrance | flavor spraying apparatus until now, the compressor was required as an apparatus for compressing air. However, in order to install the compressor, a certain space is required, and further, there are problems such as noise and vibration.

    Therefore, in order to solve the above problems, there is almost no noise and vibration, and early development of a perfume spraying device that feeds compressed air and sprays perfume from a two-fluid nozzle without using a compressor is desired.

For reference, patent documents of perfume spraying devices that have been filed so far are introduced (see Patent Documents 1 to 3).
Japanese Utility Model 5-10826 JP-A-6-174264 JP 2002-282231 A

    Therefore, in order to solve the above-mentioned problems, the present invention is to develop and provide a perfume spraying device that sends compressed air without using a compressor and sprays perfume from a two-fluid nozzle without using noise or vibration. .

    As means for solving this problem, a box divided into three parts, mainly an upper part, a middle part, and a lower part, a pneumatic feeder for generating compressed air, a mixture of fragrance and water, and a compressed air are sucked. A spray nozzle built-in type particle generation container for discharging ultrafine mist-like micromist, and an upper lid having a discharge port for discharging ultrafine mist-like micromist is provided on the upper end surface of the box, In the middle of the box body, a relay member that connects the upper box body and the lower box body and a burying member that can embed a lighting fixture such as a light emitting diode for displaying the operating status of the device are integrally fitted and provided For mounting the equipment in the shape of a truncated cone with a base for installing a pneumatic feeder on the bottom bottom of the box and a left and right split into the outer periphery of the base and overlapping the inner periphery of the lower box A member is fixedly provided, and the spray nozzle is built-in type The particle generation container is equipped with a replenishing port for replenishing a mixture of fragrance and water in the upper part, a container main body provided with an air inlet and a spray nozzle in the lower side, and a replenishing port part of the container main body to be attached to the replenishing port. Consists of a discharge pipe with adjustable discharge direction. When used, mixed water containing healing oil is injected into the cylindrical container, and contains compressed air and healing oil pumped by a pneumatic feeder. The mixed water is jetted from the tip of the nozzle and collides with the inner wall of the cylindrical container to discharge the microscopic mist of micro mist.

    In addition, a wall plate portion for generating ultrafine particles is provided above the spray nozzle provided inside the container body.

    As an effect of this device, mainly a box divided into three parts at the upper part, middle part and lower part, a pneumatic feeder for generating compressed air, a mixture of fragrance and water are injected, and compressed air is sucked to form ultrafine particles. It consists of a spray nozzle built-in type particle generation container for discharging mist-like micromist, and an upper lid having a discharge port for discharging mist-like micromist of ultrafine particles is provided on the upper end surface of the box, and the middle part of the box In the box, a relay member that connects the upper box and the lower box and an embedded member that can be embedded with a lighting device such as a light emitting diode for displaying the operating status of the apparatus are integrally fitted, A base for installing the pneumatic feeder and an outer peripheral part of the base are divided into left and right parts on the bottom of the bottom, and a frustoconical equipment mounting member that is superposedly adhered to the inner peripheral surface of the lower box is fixed. The spray nozzle built-in type particulate generator The top of the replenishment port replenishes the fragrance and water mixture, the lower side of the container body has an air inlet and a spray nozzle inside. It consists of a discharge pipe that can be provided, and in use, mixed water containing healing oil is injected into the cylindrical container, and mixed water containing compressed air and oil pumped by a pneumatic feeder is used at the tip of the nozzle. It can be sprayed from the inside and collided with the inner wall of the cylindrical container to discharge the mist-like micro mist of ultrafine particles, allowing the fragrance to drift over a wide area in a short time, and enjoying the fragrance for a long time with peace of mind Things are possible. In addition, by generating negative ions, synergistic effects with healing oils help to relax and refresh the mind and body, and since no heat source is used, there is no worry of fire or burns, rooms with small children, etc. However, it can be used with peace of mind and has extremely beneficial effects.

    As the best mode for carrying out this device, the shape and internal parts of the main body of the device are considered to be excellent in safety, stability, operability, durability, aesthetics, etc. in consideration of quality, function, and cost. It is important to finish.

    Therefore, one embodiment of the present invention will be described in detail with reference to FIGS. 1 to 7. Compressed air is fed into the spray nozzle built-in container via the piping at the center bottom of the cylindrical container, and the spray nozzle built-in container In the spraying device for diffusing the perfume in the form of ultrafine particles using capillary phenomenon into the air, the mixed water containing essential oils such as essential oil or aroma oil provided in the The box (1) divided into three parts, the pneumatic feeding device (2) for generating compressed air (CA), the mixed water (W) of fragrance and water, and the compressed air (CA) are sucked in. It consists of a spray nozzle built-in microparticle generation container (3) for discharging ultrafine mist micromist (M), and an ultrafine mist micromist (M) on the upper end surface of the box (1). Discharge outlet ( An upper lid (1a) having a ') is provided, and the operation state of the relay member (1d) connecting the upper box (1b) and the lower box (1c) and the operation status of the device is displayed in the middle of the box (1). A burying member (1e) provided with an illuminating device (L) such as a light emitting diode is integrally fitted and provided, and a base for installing a pneumatic feeding device (2) on the bottom bottom of the box A base conical device mounting member (1g), which is divided into left and right parts on the base (1f) and the outer peripheral part of the base and is superposed and adhered to the inner peripheral surface of the lower box (1c); The fine particle generation container (3) with a built-in spray nozzle includes a replenishment port (3b) for replenishing a mixture of fragrance and water (W) at the top, an air supply port (3c) at the lower side, and a spray nozzle (3f) inside. ) (3g) provided in the container main body (3a) and the replenishment port (3b) of the container main body, the direction of discharging the fine particles It consists of a discharge pipe (3a) provided so as to be adjustable, and in use, mixed water (W) containing healing oil (O) is injected into the inside of the cylindrical container and is pumped by the pneumatic feeding device (2). The mixed water (W) containing the compressed air (CA) and the healing oil (O) is sprayed from the tip of the nozzle and collides with the wall (3d) inside the cylindrical container to form an ultrafine mist-like micro It is comprised from the fragrance | flavor spraying device characterized by discharging mist (M).

    The fragrance spraying device is characterized in that a wall plate portion (3d) for generating ultrafine particles is provided above the spray nozzles (3f) (3g) provided inside the container body (3a). The

    Next, the structure of the present invention will be described. As shown in FIGS. 5 to 7, this apparatus has an outer size of about 87 mm in diameter and about 263 mm in height, and is divided into an upper part, an intermediate part, and a lower part. A box (1), a pneumatic feeding device (2) provided with a combination of a rotating means such as a motor and a fan on the upper surface inside the base (1f) of the device, and compressed air (2) at the center bottom of the container body (3a) CA) is provided with a pipe passage opening (3c), and a projection-like wall (3d) is provided in the middle of the inside for generating a microscopic mist of ultrafine particles (M). It consists of a fine particle generator (3) provided with a diffusion upper cover (3e) installed in the replenishing port (3b). The two-part device mounting member (1g) provided by being overlapped on the inner surface of the relay member (1d) and the lower box (1c) of the box is fixed by a locking member such as a screw. Further, a ring for preventing the relay member (1d) from coming out is provided on the outer periphery of the upper end, and when the upper box (1b) is fitted to the relay member (1d), as shown in FIG. If it is inserted so that the positions in the left and right direction of (YM) and (YM) match, it can be fitted smoothly and reliably. Further, a rubber plate (1b ′) for preventing damage is adhered to the inner peripheral surface of the upper box (1b) so that the container body (3a) does not touch and damage the container body (3a).

    Further, the pneumatic feeding device (2) is fixed by a mounting plate (2b) and a support member (2c) provided by screwing with a locking member such as a screw at the center of the upper surface of the base (1f), and A printed circuit board for controlling the operation of the apparatus is provided on the front side of the device mounting member (1g) provided by being in close contact with the inner peripheral surface of the lower box (1c), and the front of the lower box (1c). On the side, a speed adjustment switch (SW3), a timer setting switch (SW2), and a repeated operation switch (SW1) are provided, respectively, for supplying electricity to the back side of the lower box (1c). An insertion device (C) for connecting an AC adapter (AD) is provided.

    In addition, a soft rubber bushing (1d ") for mounting the fine particle generating container (3) is fitted in the center of the upper surface of the relay member (1d) provided at the upper and lower intermediate portions of the apparatus, and the On the inner peripheral surface of the relay member (1d), a substantially cylindrical burying member (1e) provided with a plurality of illuminating devices (L) such as light emitting diodes so as to be embedded is integrally fitted.

    The air discharge port (2a) provided in the upper part of the pneumatic feeder (2) and the air introduction pipe port (3c) provided in the lower side surface of the particulate generator (2) are connected by a connection hose made of silicon rubber. ing.

    Next, the outline of the mechanism for generating ultrafine particles of the present invention will be described. First, the compressed air (CA) discharged from the pneumatic feeding device (2) is passed through the connection hose (JH) to the fine particle generator ( 3) Air is exhausted vigorously from the air discharge side injection nozzle (3f) provided inside, and at the same time, the mixed water (W) (essential oil or aroma oil) is blown off from the fragrance discharge side injection nozzle (3g) by capillary action. Then, mist-like micromist is generated and further collided with the projecting wall of the container body to further generate ultrafine micromist. The generated ultrafine particles are diffused into the atmosphere via a diffusion upper lid (3e) provided at the upper part of the container body (3a).

    Next, the operation method and function of this device will be described. First, an AC adapter (AD) is first connected to the fragrance spraying device body, and the plug is inserted into an outlet. When the lowest power / speed adjustment switch (SW3) is pressed, the power is turned on and the pink lamp is lit. Each time the switch (SW3) is pressed once, the speed is repeatedly switched in the order of Low (weak) → Mid (medium) → Hi (strong) → Off (power). Therefore, it is possible to adjust the intensity of the scent with this switch (SW3).

    Next, each time the intermediate setting switch (SW2) is pressed once, the continuous operation time changes in the order of 30 minutes → 60 minutes → 90 minutes → 120 minutes → Off, and at the same time a pink lamp Since the lighting position moves in conjunction with it, the setting status can be confirmed by looking at the lighting position.

    Next, when the uppermost interval (repeated operation) switching switch (SW1) is pressed, the operation of about 5 minutes of operation → stop for about 8 minutes is repeated, and when pressed again, the operation is switched to the continuous operation. At this time, the pink lamp lights during operation, and the pink lamp blinks during stoppage.

    The fragrance spraying device of this device has almost no noise and vibration, and it can be used industrially because it contributes to many markets by supplying compressed air and spraying fragrance from a two-fluid nozzle without using a compressor. Have sex.

1 is a front view showing an embodiment of the present invention. An example of this device is shown and is a right side view. One Example of this invention is shown, (A) is a top view, (B) is a bottom view. An example of this device is shown and is a rear view. 1 shows an embodiment of the present invention and is a cross-sectional view taken along the line aa in FIG. One Example of this device is shown and it is a bb arrow sectional view of FIG. One Example of this invention is shown, and it is cc arrow sectional drawing of FIG. It is a fragrance | flavor spraying state figure which shows the usage example of this device.

DESCRIPTION OF SYMBOLS 1 Box 1a Box upper part 1a 'Outlet 1a "Pull-out prevention ring 1b Upper box 1b' Damage prevention rubber plate 1c Lower box 1d Relay member 1d 'Pull-out prevention ring 1d" Bushing for attaching particulate generation container 1e Embedded member 1f Base 1g Device mounting member 2 Pneumatic feeder 2a Air outlet 2b Mounting plate 2c Support member 3 Particulate particle generator 3a Container body 3a 'Locking projection 3b Replenishment port 3c Piping path port 3d Projection wall 3e Diffusion Upper lid 3e 'Fixed member 3f Injection nozzle (air discharge side)
3g spray nozzle (fragrance discharge side)
AD AC Adapter B Locking Screw C Insertion Tool CA Compressed Air JH Connection Hose K Printed Circuit Board L Light Emitting Diode M Mist Mist O Healing Oil SW1 Switch (for Power / Speed Control)
SW2 switch (for timer setting)
SW3 switch (for repeated operation)
W Mixed water YM Arrow mark

Claims (2)

The compressed air through the piping path of the central bottom portion of the cylindrical vessel fed to the spray nozzle built vessel, a mixed water containing soothing oils such essential or aromatic oil provided to the spray nozzle built in the container, the capillary In a spraying device that diffuses perfume in the form of ultrafine particles using the phenomenon into the air, the device mainly generates a box (1) divided into three parts: upper part, middle part, and lower part, and compressed air (CA). Pneumatic feeding device (2), generation of fine particles with built-in spray nozzle that injects mixed water (W) of fragrance and water, sucks compressed air (CA) and discharges microscopic mist (M) of ultrafine particles An upper lid (1a) comprising a container (3) and having a discharge port (1a ′) for discharging a microscopic mist (M) of ultrafine particles is provided on the upper end surface of the box (1), and the box (1) Upper box in the middle A burying member (1e) provided with an illuminating device (L) such as a light emitting diode for displaying the operating state of the apparatus and a relay member (1d) for connecting the body (1b) and the lower box (1c). The lower box (1c) is provided by being integrally fitted, and divided into a left and right divided into a base (1f) for installing the pneumatic feeding device (2) on the bottom bottom of the box and an outer periphery of the base. A frustoconical device mounting member (1 g) that is superposed and adhered to the inner peripheral surface is fixedly provided, and the spray nozzle built-in type particle generation container (3) has a mixture of perfume and water ( W) a replenishing port (3b) for replenishing, an air supply port (3c) on the lower side surface, a container body (3a) provided with spray nozzles (3f) (3g) inside, and a replenishing port (3b) for the container body It consists of a discharge pipe (3a) that is attached to the part and is provided so that the discharge direction of the fine particles can be adjusted. Water (W) containing healing oil (O) is injected into the inside of the vessel, and compressed water (CA) pumped by the pneumatic feeding device (2) and water containing healing oil (O) (W) ) Is sprayed from the tip of the nozzle, and is made to collide with the wall (3d) inside the cylindrical container to discharge the microscopic mist (M) of ultrafine particles. The perfume spraying device according to claim 1, wherein a wall plate (3d) for generating ultrafine particles is provided on an upper part of a spray nozzle (3f) (3g) provided inside the container body (3a). .

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