JP2006008103A - On-vehicle spray with illumination - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an on-vehicle spray to make liquid into particulates by the ultrasonic vibration mix the particulates in air and spray the mixture into a cabin of a car or the like. <P>SOLUTION: The spray comprises a body casing 1 having a window part 1d, a bottom lid 2 having an air circulation unit 2a, a fan 3, an inner cylinder 4, a liquid guide means 5 having a liquid feed unit 5a and an ultrasonic vibration unit 5b, a liquid tank 6, an air circulation passage cylinder 7 having an air outlet 7a, a particulate circulation cylinder 8 which has an air inlet 8a and a particulate outlet 8b and houses the ultrasonic vibration unit 5b, an air direction rib 8c, an illumination means 9, a particulate selection and reception unit 10 which is formed immediately above the ultrasonic vibration unit 5b on the inner side of the particulate circulation cylinder 8 to allow particulates in the air flow to flow out of an opening part 10a for particulates to flow out. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  TECHNICAL FIELD The present invention relates to a sprayer with an on-vehicle illumination that sprays liquid by making it into fine particles by ultrasonic vibration in a vehicle such as an automobile, and more specifically, in a vehicle such as an automobile, the inside of a main casing. The present invention relates to a nebulizer with illumination that is provided with an illumination means for color illumination while allowing fine particles rising from an ultrasonic vibration section to be seen through a window portion of a transparent member on the front surface.

  Conventionally, humidifiers are used when the air is dried in general residences and offices, and generally, an ultrasonic oscillator is installed inside and tap water or the like is sprayed in a liquid tank. However, even though the interior of a car or the like is a closed space that is easily affected by the outside environment, a certain amount of fragrance, deodorant, or the like has been placed.

  However, many conventional sprayers, which are humidifiers, spray only fine particles of water generated by ultrasonic vibration from the upper part of the main body casing like steam, and have only a humidifying effect. Therefore, in recent years, research on making water that is effective for the body and the environment by working on the water itself is in progress.

For example, as a method of using a liquid effective for the body and the environment, for example, in the ultrasonic vibration water generation method, first, an electric vibration is generated by an oscillation circuit, and the high-frequency electric vibration is applied to the ultrasonic vibrator. Then, the ultrasonic vibration of the ultrasonic transducer is transmitted to the tip of the vibration magnifying horn to increase the amplitude, and the tip of the vibration magnifying horn has a substantially inverted cone. Water that has been supplied along the surface of the funnel part having an inclined surface and whose supply amount is controlled is dropped. (Refer to Patent Document 1), and as a newly revived oxidation / reduction substance, it becomes an aqueous solution in which dolomite hydroxide and alumina are mixed and stays in the reactor, and the hydrogen atoms become molecules H2. The free electrons released from HnO and aluminum become the driving force of the reduction power, and the mixed solution is named HRM. After about 24 hours, the solid part is precipitated, and the supernatant water is named HRW. The thing utilized as a redox material (refer patent document 2) etc. are disclosed.
JP 2000-140728 A JP 2003-300701 A

  However, in the ultrasonic vibration water generation method, first, an electric vibration is generated by an oscillation circuit, and an ultra-high frequency electric vibration is applied to an ultrasonic vibrator to generate an ultrasonic vibration, and then the ultrasonic vibration is generated. The ultrasonic vibration of the child is transmitted to the tip of the vibration magnifying horn to increase the amplitude, and is supplied to the tip of the vibration magnifying horn while rotating along the surface of the funnel part having a substantially inverted conical inclined surface. Water that has been controlled in volume and dropped onto the vibration magnifying horn is sprayed with water that oscillates when directly supplied with energy from the vibration magnifying horn. However, it is unsuitable for a vehicle-mounted device because it is a large-scale device.

  Furthermore, as a newly revived oxidation / reduction substance, an aqueous solution in which dolomite hydroxide and alumina are mixed is retained in the reactor, and hydrogen atoms are released as molecules H2 and released from HnO and aluminum. Free electrons become a driving force for reducing power, and the mixed solution is named HRM. After about 24 hours, the solid part precipitates, and the supernatant water is named HRW, and each is used as a redox material. However, it is not suitable for in-vehicle use.

  In view of the above problems, the spraying method for the sprayer with illumination according to the present invention has been provided with a window having a top surface, a bottom opening, a fine particle discharge port, and a transparent member stretched on the front surface as a result of intensive study. A cylindrical main body casing, a bottom lid body fitted with a bottom portion of the main body casing and provided with an air circulation portion, a fan fixed to the bottom lid body, a lower end abutting the bottom lid body so as to surround the fan, and the main body An inner cylinder to be installed under the casing, a liquid guiding means provided with a liquid supply unit and an ultrasonic vibration unit fixed to the inner cylinder, a liquid tank for flowing a fixed amount to the liquid supply part of the liquid guiding means, and a liquid Fine particles that are arranged in parallel with the tank and have an air flow outlet and circulate air from the fan, and an air flow passage that is arranged in parallel with the air flow passage cylinder and communicates with the air flow outlet and communicates with the fine particle discharge port Ultrasonic waves forming the outlet A fine particle distribution cylinder formed of a transparent member disposed so as to enclose the moving part, a wind direction rib standing above and below an air inlet of the fine particle distribution cylinder, an illumination means for illuminating the fine particle distribution cylinder, and a fine particle distribution cylinder A fine particle selection receiving portion that is formed so as to cover the ultrasonic vibration portion on the inner side of the inside and collides with the fine particles obtained by atomizing the liquid and that flows out from the fine particle outflow openings formed on both sides. Furthermore, the power source uses a cigarette lighter socket equipped in the vehicle, and further, the main body casing is inserted and placed in a drink holder equipped in the vehicle.

  The spraying method for the on-vehicle illuminated sprayer of the present invention includes a window portion in which a transparent member is stretched on the front surface of a cylindrical downsized main body casing, and an illumination means is provided inside the main body casing. By providing an ultrasonic vibration part inside the main body casing, the lighting means can illuminate the rising fine particles atomized by the ultrasonic vibration part, and it becomes like a sea of clouds that rises up, and it becomes a window on the front of the main body casing. It can be seen from the inside, and it can be made by using color lighting as the illumination means, soaking in the fantastic world and having a healing effect, and furthermore, turning on the power from the cigarette lighter socket installed in the vehicle In addition, by using a drink holder equipped on the vehicle, it can be stably placed even on a vehicle with intense vibration, and if a deodorant or deodorant is used, Odor deodorizing effect can be expected, a high innovative, practical invention.

  The present invention relates to a sprayer with an in-vehicle illumination that sprays liquid by making it into fine particles by ultrasonic vibration in a vehicle such as an automobile, and more specifically, the interior of the main body casing 1 in a vehicle such as an automobile. The fine particles rising from the ultrasonic vibration part 5b are visually observed through the window part 1d of the transparent member on the front surface, and relate to an illuminated sprayer provided with illumination means 9 for color illumination. The on-vehicle illuminated sprayer includes a cylindrical main body casing 1 having a top surface 1a, a bottom portion 1b opened, a fine particle discharge port 1c above and a window portion 1d with a transparent member stretched on the front surface, and the main body. A bottom lid body 2 provided with an air circulation portion 2a that is fitted to the bottom portion 1b of the casing 1 and takes in air in the interior of the vehicle, a fan 3 that is fixed to the bottom lid body 2 and blows air, and the fan 3 In this manner, the lower end of the bottom cover 2 is brought into contact with the lower end of the main body casing 1 and the inner cylinder 4 is disposed, and the liquid supply part 5a fixed above the inner cylinder 4 and the liquid are atomized into fine particles. A liquid guiding means 5 provided with an ultrasonic vibration section 5b; a liquid tank 6 inserted in a detachable manner to fill the liquid supply section 5a of the liquid guiding means 5 with a spraying liquid and flow out to a fixed amount; and the liquid An air flow passage cylinder 7 provided in parallel with the tank 6 and provided with an air outlet 7a above the air flow passage cylinder 7 is arranged in parallel with the air flow passage cylinder 7 and communicates with the air outlet 7a upward. A fine particle distribution cylinder 8 formed of a transparent member provided with an air inlet 8a and forming a fine particle outlet 8b communicating with the fine particle discharge port 1c and including the ultrasonic vibration portion 5b; Air inlet 8a of the flow tube 8 A vertical airflow direction rib 8c that blows air up and down and prevents liquid from flowing out during lighting, illumination means 9 that illuminates the fine particle flow tube 8, and the inside of the fine particle flow tube 8 A fine particle selection receiving portion which is formed so as to cover directly above the ultrasonic vibration portion 5b, and which collides with the fine particles obtained by atomizing the liquid and allows the fine particles to flow out from the respective fine particle outflow openings 10a formed on both sides. 10.

  Furthermore, the sprayer with in-vehicle illumination according to claim 2 is the sprayer with in-vehicle illumination according to claim 1, wherein the power source uses a cigarette lighter socket equipped in the vehicle.

  Furthermore, the sprayer with an on-vehicle illumination according to claim 3 is the sprayer with an on-vehicle illumination according to claim 1 or 2, wherein the main body casing 1 is inserted and placed in a drink holder equipped in the vehicle. It is characterized by this.

  1 is a perspective view of a main body casing of an embodiment of the illuminated sprayer of the present invention, and FIG. 2 is an illumination of the present invention. FIG. 3 is an exploded perspective view of an internal mechanism of an embodiment of the sprayer with an attachment, FIG. 3 is an exploded perspective view of the bottom of the embodiment of the sprayer with an on-vehicle illumination of the present invention, and FIG. It is a section explanatory view explaining the inside of an example.

  In other words, the on-vehicle illuminated sprayer of the present invention atomizes the liquid by the ultrasonic vibration unit 5b to spray fine particles, humidifies the atmosphere in the vehicle such as an automobile, and provides the illumination means 9 to color the fine particles. For decoration and enjoyment, liquids generally intended for humidification use tap water, distilled water, etc., but the antibacterial or antifungal effect or antifungal effect of natural vegetable or organic composites By using an aqueous solution in which the odor effect is used alone or in combination, an effective liquid for antibacterial, antifungal and deodorizing purposes, or water processed water may be sprayed.

  As shown in the figure, the main body casing 1 is formed of a synthetic resin with a cylindrical shape having a top surface 1a and an opening at the bottom 1b, and upwardly discharges fine particles to be described later together with air into the atmosphere of the vehicle. A window 1d with a transparent member is provided below the particle outlet 1c on the front surface of the main casing 1, and a top surface 1a is connected to a power source (not shown). An electrically connected on / off switch 1e is provided.

  Next, the bottom lid body 2 is detachably fitted to the opened bottom portion 1b of the main casing 1 to close the lid, and a pair of ridges having engaging ridges on opposing outer peripheral edges of the bottom lid body 2 are provided. The fitting rib 2b is erected, and a groove for engagement is formed in the bottom 1b of the main casing 1 so as to be fitted by the elasticity of the material characteristics. In the center side of the bottom lid body 2, a large number of air circulation portions 2 a for taking air in the atmosphere in the vehicle into the main body casing 1 are provided.

  Next, the fan 3 has a DC of about 5 V and is 0.5 W, and is electrically connected to the on / off switch 1e. The fan 3 takes in air from the air circulation part 2a of the bottom lid 2 and is described later. The air is blown to the cylinder 7 and is fixed to the upper surface of the bottom lid 2 with screws in the embodiment.

  Further, the inner cylinder 4 is cylindrical and has a lower end abutting on the bottom lid 2 and is provided below the main body casing 1. The fan 3 is provided so as to surround the outer periphery, and will be described later. The liquid guiding means 5 and the illuminating means 9 are assembled.

  Furthermore, the liquid guiding means 5 is supplied in an upper liquid supply portion 5a supplied with a liquid for spraying from a liquid tank 6 to be described later, and flows in from the liquid supply portion 5a through a flow passage so that the liquid is sprayed by an ultrasonic vibrator. The ultrasonic vibration part 5b located below is provided, and is fixed to the upper side of the inner cylinder 4.

  The liquid tank 6 is made of plastic or light metal, and is filled with a spraying liquid for spraying, and a flow valve that discharges the filled spraying liquid to a fixed amount at the mouth of the liquid tank 6. In order to replenish the atomizing liquid to be atomized, the liquid tank 6 forms an insertion recess in an air flow passage cylinder 7 to be described later, and is detachably inserted so that the main body casing 1 is inserted. It is removed and stored in an exchangeable manner from above.

  Next, the air flow passage cylinder 7 is formed with a bowl-shaped insertion recess so that the liquid tank 6 can be inserted and removed in the longitudinal direction, and an air inlet 8a of a fine particle distribution cylinder 8 which will be described later is formed above. An air outlet 7a that communicates with the air outlet 7a is provided, and the air from the fan 3 is circulated from the lower side to the upper air outlet 7a.

  Next, the fine particle distribution cylinder 8 is formed of a transparent member such as plastic, and is arranged side by side with the air flow path cylinder 7, and an air inlet 8 a communicating with the air outlet 7 a of the air flow path cylinder 7 is located above. Furthermore, a fine particle outlet 8b communicating with the fine particle discharge port 1c of the main body casing 1 is provided above the opposite side of the air inlet 8a, and is disposed so as to contain the ultrasonic vibration part 5b. The fine particles rising from the ultrasonic vibration part 5b in the vicinity of the window part 1d are visible from the outside.

  The airflow direction rib 8c blows air to the upper and lower sides of the air inflow port 8a below the fine particle flow tube 8, and when the sprayer is turned over, the wind direction rib 8c is liquid to the fan 3, the lighting means 9 described later, and the electrical wiring. In order to prevent the liquid from flowing out of the fine particle distribution tube 8, the upper part is long and has an inclined surface at the tip, and the lower part is shortened so as to prevent the liquid from flowing out.

  Next, the illuminating means 9 illuminates the fine particle distribution cylinder 8 from below, and is mounted on the upper side of the inner cylinder 4, and is provided with a plurality of LEDs and the like, white, green, blue, red And the like, and is electrically connected to a power source via the on / off switch 1e. That is, the illumination means 9 is placed on the air flowing inside the fine particle distribution cylinder 8 formed of a transparent member. It illuminates fine particles atomized by liquid.

  Further, the fine particle selection receiving portion 10 is formed so as to protrude inside the fine particle flow tube 8 and to form a rounded top side so as to cover directly above the ultrasonic vibration portion 5b and to incline downward. Then, the fine particles whose liquid is atomized by the ultrasonic vibration unit 5b are collided and the large particles are dropped downward to be reduced to the liquid guiding means 5, and only the fine fine particles are placed on the air flow and formed on both sides. Each fine particle outflow opening 10a is circulated by being placed in air inside the fine particle distribution cylinder 8.

  Furthermore, the power source of the on-vehicle illuminated sprayer according to the present invention is taken from a cigarette lighter socket equipped in a vehicle such as an automobile, and the power supply is connected via an on / off switch 1e provided on the top surface 1a of the main body casing 1. The sound wave oscillating portion 5b, the fan 3, and the illumination means 9 are electrically connected to each other.

  And the main body casing 1 of the sprayer with a vehicle-mounted illumination according to the present invention is inserted and placed in a drink holder equipped in a vehicle.

  That is, the on-vehicle illuminated sprayer of the present invention is inserted and placed in the drink holder of the vehicle, the power is taken from the cigarette lighter socket, the liquid tank 6 filled with the spray liquid is inserted, and the on / off switch 1e is pressed. Then, the fan 3 is driven to take in air in the atmosphere, and further, the liquid for spraying is sprayed into fine particles by the ultrasonic vibration unit 5b, and the fine particle distribution cylinder 8 is circulated on the air flow. Since the means 9 is lit, the particles flowing from the window portion 1d to the particle distribution cylinder 8 can be visually observed, and the interior of the vehicle is humidified by discharging the particles together with air from the particle discharge port 1c.

  Therefore, according to the present invention, the in-vehicle illuminated sprayer can be used as a nightlight in a car that can create a fantastic atmosphere by being illuminated, and can be humidified in addition to an antibacterial effect, antifungal effect. The present invention provides a nebulizer with an on-vehicle illumination that makes it possible to obtain an effect and a deodorizing effect.

FIG. 1 is a perspective view of a main casing of an embodiment of an illuminated sprayer according to the present invention. FIG. 2 is an exploded perspective view of the internal mechanism of the embodiment of the illuminated sprayer according to the present invention. FIG. 3 is an exploded perspective view of the bottom of the embodiment of the on-vehicle illuminated sprayer according to the present invention. FIG. 4 is a cross-sectional explanatory view for explaining the inside of the embodiment of the on-vehicle illuminated sprayer of the present invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Main body casing 1a Top surface 1b Bottom part 1c Fine particle discharge port 1d Window part 1e On-off switch 2 Bottom cover body 2a Air circulation part 2b Fitting rib 3 Fan 4 Inner cylinder 5 Liquid guide means 5a Liquid supply part 5b Ultrasonic vibration part 6 Liquid Tank 7 Air flow passage cylinder 7a Air outlet 8 Particulate flow cylinder 8a Air inlet 8b Particulate outlet 8c Wind direction rib 9 Illuminating means 10 Particulate selection receiving part 10a Particulate outflow opening

Claims (3)

  A cylindrical main body casing having a top surface, a bottom opening, a fine particle discharge port above and a window portion with a transparent member stretched on the front surface, and a bottom portion of the main body casing fitted into the bottom of the main body casing. A bottom lid provided with an air circulation part for taking in air; a fan fixed to the bottom lid for blowing air; and a lower end abutting the bottom lid so as to surround the fan; An inner cylinder to be installed; a liquid supply unit fixed above the inner cylinder; and an ultrasonic vibration unit that converts the liquid into atomized fine particles; and a liquid supply unit for spraying the liquid supply unit. A liquid tank that is removably inserted to fill and flow out to a certain amount, an air flow passage cylinder that is arranged in parallel with the liquid tank and has an air outlet at the upper side thereof to circulate air from the fan, and the air flow The air outlet is located above the road tube A fine particle distribution tube formed of a transparent member provided with a communicating air inlet and forming a fine particle flow outlet communicating with the fine particle discharge port and including the ultrasonic vibration unit; and Air that stands up and down above the air inlet is blown downward and prevents the liquid from flowing out during lighting, illumination means that illuminates the fine particle flow tube, and the inside of the fine particle flow tube A fine particle selection receiving portion that is formed so as to cover directly above the ultrasonic vibration portion and collides with the fine particles obtained by atomizing the liquid, and causes the fine particles to flow out from the respective fine particle outflow openings formed on both sides. An on-vehicle illuminated sprayer characterized by comprising:   The in-vehicle illuminated sprayer according to claim 1, wherein a cigarette lighter socket mounted on the vehicle is used as the power source. The in-vehicle illuminated sprayer according to claim 1 or 2, wherein the main body casing is inserted and placed in a drink holder installed in a vehicle.

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