JP2005144096A - Sprayer with illumination - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve the problems of being unable to continuously perform since a deodorizing component remains as it is, or being unable to easily, safely and surely perform since ozone has adverse influence on the human body, though antibacterial, funginert and deodorizing methods performed at present, spray by filling a medicine in a spray vessel, atomize by operating an ultrasonic wave, and spray an air flow including the ozone. <P>SOLUTION: This sprayer with illumination has a window part 1a stretched over a body casing 1, an illuminating means 2, a partition plate 6 for partitioning the front of a liquid tank 5, an air inflow hole 6a bored in the partition plate, and a particulate selecting cup 10 put on an ultrasonic wave oscillating means 3. The particulate selecting cup is formed in a substantially half-split frusto-conical shape. A particulate discharge opening part 10a is arranged on a front face and a side surface. A particulate receiving plate 10c is installed for colliding particulates. Liquid is formed of an aqueous solution having the antibacterial effect or the mildewproof effect or the deodorizing effect. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to an illuminated sprayer that sprays a liquid into fine particles by an ultrasonic oscillating means in an atmosphere, and more specifically, allows the fine particles rising from the ultrasonic oscillating means inside the main body casing to be visually observed from the front. The present invention relates to a nebulizer with illumination provided with illumination means so that it can be seen even at night.

  Conventionally, humidifiers are used when the air is dried in general residences or offices, and are generally equipped with an ultrasonic oscillator and sprayed with tap water in a liquid tank. .

  In addition, in residences, hotels, sparrows, pachinko parlors, yakiniku restaurants, etc., there are many places where there is a tendency to smell in the room, and antibacterial, antifungal, and deodorant are necessary.

  However, sprayers that are conventional humidifiers often oscillate liquid from the upper part of the main body casing to form fine particles and spray them like steam. The thing was not widespread, it was simply a box-like design, and there was no change.

For this purpose, as a method having deodorizing means, for example, a method for deodorizing odor components in the atmosphere, and an aqueous solution of deodorant capable of deodorizing odor components by ultrasonic oscillation The air flow with the atomization mist generated by ultrasonic oscillation is applied to the super particle selection plate arranged downward, and the coarse particle mist exceeding 3 microns is dropped by its own weight and removed from the air flow. Thus, an ultrafine particle mist of 3 microns or less is selected from the atomized mist and blown into an atmosphere to be deodorized together with the air flow (see Patent Document 1), or the next in the hypozinc acid aqueous solution storage section Ultrasonic waves are applied to the zinc oxalic acid aqueous solution by an ultrasonic vibrator to generate fine particles of the hypozincic acid aqueous solution at the fine particle generating portion, and these fine particles are discharged from the spray port into the atmosphere through the induction pipe. When Put the transport stream to be transmitted from the spray port provided directly under the spray nozzle which discharged is conveyed far the spray (see Patent Document 2) it has been disclosed.
Japanese Patent No. 3067089 (first page) JP 2003-169842 A (first page)

  In addition, currently used antibacterial, antifungal, and deodorizing methods include chemicals having antibacterial, antifungal, and deodorizing effects in the room, and a fragrance is added to the spray container, either alone or It is sprayed in combination, or sprayed as fine particles by applying ultrasonic waves as described above, or an air stream containing ozone is sprayed. The odor component remains as it is or cannot be implemented continuously, and the air flow that contains ozone adversely affects the human body. In particular, it is dangerous and undesired, and there is a demand for a device that can perform antibacterial, antifungal, and deodorizing easily and safely.

  As a result of diligent research, the present invention is directed to a lighted sprayer according to claim 1, wherein a main body casing, a window portion in which a transparent member is stretched on the main body casing, and an inner side of the main body casing above the window portion An illuminating means provided on the inside of the main body casing below the window, a liquid inflow means for injecting liquid into the ultrasonic oscillating means, and a liquid inflow means for supplying liquid A liquid tank, a partition plate that divides the front of the liquid tank, an air inflow hole that takes in air formed in the partition plate, a fan that blows an atmosphere to the air inflow hole, and an ultrasonic oscillation means for releasing fine particles A fine particle discharge portion, a fine particle flow path through which fine particles are a space between the fine particle discharge portion and the ultrasonic oscillation means, and a space between the window portion and the partition plate, and a fine particle that causes the ultrasonic oscillation means to discharge the fine particles Release An opening is obtained by a fine selection cup is opened.

  Further, the illuminated sprayer according to claim 2 is the illuminated sprayer according to claim 1, wherein the fine particle selection cup is formed in a substantially half-cracked truncated cone shape with the front and bottom surfaces open, A fine particle discharge opening having a concave portion formed on the side surface is provided, a mounting saddle portion is formed on the outer periphery of the bottom surface, and a fine particle receiving plate for colliding fine particles is mounted on the inner side of the top plate portion.

  Furthermore, the lighted sprayer according to claim 3 is the lighted sprayer according to claim 1 or 2, wherein the liquid is an antibacterial effect, antifungal effect or deodorant effect of a natural vegetable or organic complex. It is set as the aqueous solution which has these individually or in combination.

  The nebulizer with illumination of the present invention is provided with a window portion in which a transparent member designed on the front surface of the main body casing is stretched, an illumination means is provided inside the main body casing above the window portion, and the window portion. The ultrasonic oscillating means is provided on the inside of the main casing below the illuminating unit, so that the illuminating means can illuminate the ultrasonic oscillating means from above the window, and the air flowing from the air inflow hole formed in the partition plate The oscillating means oscillates to atomize the liquid, and the rising fine particles flow together to form a sea of clouds that can be seen from the window on the front of the main casing. In addition, it can be immersed in a fantastic world, and further, by providing an air inflow hole in the partition plate of the main body casing partition plate and the substantially semi-cracked truncated cone-shaped particle selection cup By using an aqueous solution that has antibacterial, antifungal, and deodorizing effects, the original atomizing effect and antibacterial effect are achieved. It is an epoch-making and highly practical invention that can obtain an antifungal effect and a deodorizing effect according to the intended use.

  The present invention relates to an illuminated sprayer that sprays a liquid into fine particles by an ultrasonic oscillating means in an atmosphere, and more specifically, allows the fine particles rising from the ultrasonic oscillating means inside the main body casing to be visually observed from the front. The illuminated sprayer according to claim 1, wherein the illuminated sprayer is provided with illumination means so as to be visible at night, and is a sprayer for atomizing a liquid in an atmosphere to spray fine particles, A casing 1; a window portion 1a in which a transparent member designed in the approximate center of the front surface of the main body casing 1 is stretched; an illumination means 2 provided inside the main body casing 1 above the window portion 1a; An ultrasonic oscillating means 3 provided inside the main casing 1 below the portion 1a, a liquid inflow means 4 for allowing the liquid to flow into the ultrasonic oscillating means 3 in an appropriate amount, and the liquid A liquid tank 5 that is detachably inserted to supply liquid to the inflow means 4, a partition plate 6 that partitions the front of the liquid tank 5, and an air inflow that takes in air in the atmosphere formed in the partition plate 6. A hole 6a, a fan 7 for blowing an atmosphere to the air inflow hole 6a, and fine particles obtained by atomizing the liquid by the ultrasonic wave oscillating means 3 and the atmosphere are mixed to enter the atmosphere from above or in front of the main body casing 1. The fine particle discharge part 8 opened for discharge, and the atomized fine particles which are spaces between the fine particle discharge part 8 and the ultrasonic oscillation means 3 and between the window part 1a and the partition plate 6 are formed. A fine particle flow passage 9 that circulates and a fine particle selection cup 10 having a fine particle discharge opening 10a that discharges atomized fine particles over the ultrasonic wave oscillating means 3 are provided.

  Furthermore, the illuminated sprayer according to claim 2 is the illuminated sprayer according to claim 1, wherein the fine particle selection cup 10 is formed in a substantially half-cracked truncated cone shape having an open front surface and a bottom surface, respectively. In addition, a fine particle discharge opening 10a having recesses formed on the side surfaces on both sides is provided, a mounting flange portion 10b having a slight width is formed on the outer periphery of the bottom surface, and the ultrasonic oscillation means 3 is formed on the inner side of the top plate portion. And a fine particle receiving plate 10c for colliding the fine particles obtained by atomizing the liquid.

  Furthermore, the lighted sprayer according to claim 3 is the lighted sprayer according to claim 1 or 2, wherein the liquid is used as an antibacterial effect or antifungal effect or deodorant of a natural vegetable or organic complex. The aqueous solution having the effect alone or in combination.

  1 is a front view of an embodiment of the illuminated sprayer according to the present invention, and FIG. 2 is a plan view of the illuminated sprayer according to the present invention. FIG. 3 is a plan view of an embodiment, FIG. 3 is a cross-sectional explanatory view illustrating the inside of the embodiment of the illuminated sprayer of the present invention, and FIG. 4 is a diagram of the partition plate of the embodiment of the illuminated sprayer of the present invention. FIG. 5 is a side view of the particulate selection cup of the embodiment of the illuminated sprayer of the present invention, and FIG. 6 is a front view of the particulate selection cup of the embodiment of the illuminated sprayer of the present invention.

  That is, the illuminated sprayer of the present invention atomizes the liquid to spray fine particles and humidifies the atmosphere. Generally, the liquid for the purpose of humidification is tap water, distilled water or the like. It doesn't matter.

  As shown in FIGS. 1 to 3, the main body casing 1 has a window portion 1a, which will be described later, as an inclined surface that extends downward, and left and right side surfaces have inclined surfaces that are slightly narrower upward, The bottom surface and the top surface have a substantially rectangular shape, and are generally shaped like a mountain, and are molded and bonded to an upper casing and a lower casing with plastic or the like. Is opened.

  Next, the window portion 1a is formed by pasting a transparent member such as an acrylic resin stretched substantially in the center of the front surface of the main casing 1, and in the embodiment, it is a substantially trapezoid curved outward so as to imagine Mount Fuji. However, it may be designed so as to be associated with something such as a mountain shape, a semicircular shape, and a semielliptical shape.

  Next, the illuminating means 2 is provided inside the main casing 1 above the window portion 1a, and is provided with a plurality of lamps, LEDs, etc., and emits light such as white, green, blue, red, etc. Yes, it is electrically connected to a power source via a control unit, which will be described later. That is, the illumination means 2 has atomized the liquid placed in the atmosphere flowing through the window portion 1a and the particulate flow passage 9, which will be described later. It illuminates fine particles.

  Further, the ultrasonic oscillating means 3 is provided inside the main casing 1 below the window portion 1a, and is used to atomize the liquid into fine particles by applying ultrasonic vibration to the liquid. A well-known device is provided with a saucer, and ultrasonically vibrates the liquid flowing into the saucer from below by an ultrasonic vibrator to atomize the liquid into fine particles. The ultrasonic oscillation means 3 is connected via a control unit described later. Are electrically connected to a power source (not shown).

  Furthermore, the liquid inflow means 4 allows the liquid to flow into an appropriate amount into the receiving tray of the ultrasonic oscillating means 3, and is connected to the liquid receiving tray below the outlet of the liquid tank 5 described later by a groove-shaped flow passage. The liquid to be discharged from the liquid tank 5 is allowed to flow into the ultrasonic wave oscillating means 3 for an appropriate amount.

  The liquid tank 5 is filled with a liquid formed of a cylindrical plastic or the like, and the mouth of the liquid tank 5 is provided with a flow valve 5a that discharges the filled liquid to a certain amount. In order to replenish the liquid to be atomized, the upper casing of the main body casing 1 is removed, the flow rate valve 5a is matched with the liquid inflow means 4 and placed, and the upper casing is covered from above, and inserted. An appropriate amount of liquid is supplied to the liquid inflow means 4.

  Furthermore, the partition plate 6 separates the front of the liquid tank 5 from a particulate flow passage 9 described later, and is erected so as to be curved symmetrically with the window portion 1a, and has edge portions formed on both sides. It is fixed to the edge of the window 1a with screws or the like, and atomized fine particles are distributed between the front of the partition plate 6 and the inside of the window 1a.

  Further, the air inflow hole 6a is used to create a swirl flow by mixing air in the atmosphere with atomized fine particles. In the embodiment, a long hole is formed above the partition plate 6 as shown in FIG. In addition, a plurality of small holes are drilled on both sides, but the size and shape of the nebulizer with illumination, the size and shape of the particulate flow passage 9 described later, and the air to be drilled depending on the flow to be created The position and size of the inflow hole 6a are slightly changed.

  Next, the fan 7 sends air in the atmosphere to the air inflow hole 6a. A motor (not shown) is mounted on the back side of the upper side of the main casing 1, and the fan 7 is rotated by being fixed to the rotating shaft of the motor. The air is blown from the air inflow hole 6a to the particulate flow passage 9 described later, and the motor is electrically connected to the power source via the control unit 11 described later.

  Next, the fine particle discharge portion 8 is opened so that the fine particles obtained by atomizing the liquid by the ultrasonic wave oscillating means 3 are put on the air and discharged from the fine particle flow passage 9 described later into the atmosphere. Although it is provided above the casing 1, depending on the overall design, it may be forward or diagonally forward.

  Next, the fine particle flow passage 9 is a space between the fine particle discharge portion 8 and the ultrasonic wave oscillating means 3 and between the window portion 1a and the partition plate 6, and the lower ultrasonic wave oscillating means 3 atomizes the liquid. The atomized fine particles become a space where the fine particles rise, and the atomized fine particles are mixed with the air sent from the air inflow hole 6a by the fan 7 and become a passage that is sent to the fine particle discharge portion 8 along the air flow. Is.

  The fine particle selection cup 10 selects the fine particles obtained by atomizing the liquid by the ultrasonic wave oscillating means 3, that is, the fine particles atomized by the ultrasonic wave oscillating means 3 are not fixed-sized particles, There are also small ones, large ones, small ones, fine particles mixed together, water drops and large ones fall immediately by gravity, small ones rise to some extent However, by covering the ultrasonic wave oscillating means 3 with the fine particle selection cup 10 having the fine particle discharge opening 10a opened, only fine particles rise upward from the fine particle discharge opening 10a, and small particles have a fine particle selection cup 10. The adhering small particles eventually collide with the inner surface of the liquid and become water droplets and are returned to the ultrasonic wave oscillating means 3 and the liquid inflow means 4.

  The fine particle selection cup 10 is formed in a substantially half-cracked conical shape with the front surface and the bottom surface opened, that is, the side surfaces on both sides, the rear surface connected to each side surface in a semicircular shape, and the upper side. The top plate part to be covered is connected and formed integrally, and the fine particle discharge opening 10a is formed by cutting out the side particle discharge recesses in a C shape on the front and both side surfaces, respectively, A mounting collar 10b is formed in a substantially C shape with a slight width on the outer periphery of the metal, and inside the top plate is a circle made of a metal such as stainless steel that collides with fine particles obtained by atomizing the liquid by the ultrasonic oscillation means 3. A fine particle receiving plate 10c formed in a plate shape is mounted.

  Furthermore, the liquid filled in the liquid tank 5 is an aqueous solution having an antibacterial effect, an antifungal effect or a deodorizing effect of a natural vegetable or organic composite agent alone or in combination. What was refine | purified by means, such as dry distillation and distillation, from more than 100 types of plants, such as a nettle, a fir, and a camellia, is suitably mix | blended and used according to the intended purpose.

  The power source of the illuminated sprayer of the present invention is taken from a commercial power source, but a small one may be equipped with a battery to serve as a power source, and the control unit 11 provided below the front of the main casing 1 includes An on / off switch, a controller for the intensity of the ultrasonic oscillation means 3 and the fan 7, a lighting switch for the illumination means 2, and the like are provided and are electrically connected to each other.

  That is, the finer particles sprayed from the illuminated sprayer are more suitable as the particles are smaller, and the sprayed fine particles are lost in the atmosphere and humidified with a smooth dry feeling.

  Therefore, the present invention can be used as a night light that can create a fantastic atmosphere by illuminating the sprayer, and can be humidified inherent to the sprayer. An illuminated nebulizer that can be obtained is provided.

  FIG. 1 is a front view of an embodiment of an illuminated sprayer according to the present invention.   FIG. 2 is a plan view of an embodiment of the illuminated sprayer of the present invention.   FIG. 3 is a cross-sectional explanatory view illustrating the inside of the embodiment of the illuminated sprayer of the present invention.   FIG. 4 is a front view illustrating the partition plate of the embodiment of the nebulizer with illumination according to the present invention.   FIG. 5 is a side view of a fine particle selection cup according to an embodiment of the illuminated sprayer of the present invention.   FIG. 6 is a front view of a fine particle selection cup according to an embodiment of the illuminated sprayer of the present invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Main body casing 1a Window part 2 Illumination means 3 Ultrasonic oscillation means 4 Liquid inflow means 5 Liquid tank 5a Flow valve 6 Partition plate 6a Air inflow hole 7 Fan 8 Fine particle discharge part 9 Fine particle flow path 10 Fine particle selection cup 10a Fine particle discharge opening 10b Placement part 10c Fine particle receiving plate 11 Control part

Claims (3)

  A sprayer for atomizing a liquid in an atmosphere to spray fine particles, wherein a main body casing, a window portion provided with a transparent member designed in the approximate center of the front surface of the main body casing, and an upper portion of the window portion Illuminating means provided inside the main body casing, ultrasonic oscillating means provided inside the main body casing below the window, and liquid inflow means for allowing the liquid to flow into the ultrasonic oscillating means in an appropriate amount; A liquid tank removably inserted to supply liquid to the liquid inflow means, a partition plate for partitioning the front of the liquid tank, an air inflow hole for taking in air in the atmosphere formed in the partition plate; A fan that blows the atmosphere to the air inflow hole, fine particles obtained by atomizing the liquid by the ultrasonic oscillation means, and the atmosphere are mixed and opened to be discharged into the atmosphere from above or in front of the main body casing. A particle emission part, a fine particle flow path through which atomized fine particles, which are spaces between the fine particle emission part and the ultrasonic oscillation means, and between the window part and the partition plate, and the ultrasonic oscillation means An illuminated nebulizer comprising: a fine particle selection cup having a fine particle discharge opening that discharges atomized fine particles.   The fine particle selection cup is formed in a substantially half-cracked cone shape with the front surface and the bottom surface opened, and provided with a fine particle discharge opening having a recess formed on each of the front surface and both side surfaces. 2. The illumination according to claim 1, wherein a mounting rack part having a width is formed, and a fine particle receiving plate for colliding the fine particles obtained by atomizing the liquid by ultrasonic oscillating means is mounted inside the top plate part. With sprayer.   The illuminated sprayer according to claim 1 or 2, wherein the liquid is an aqueous solution having an antibacterial effect, an antifungal effect or a deodorizing effect of a natural vegetable or organic composite agent alone or in combination. .

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