JP2002168486A - Fountain utilizing unit type device for making indoor atmosphere comfortable - Google Patents

Abstract

PROBLEM TO BE SOLVED: To lighten factors which bring about adverse effect on the health, such as abnormal drying of indoor air, inequality of room temperature distribution, air contamination caused by exhaust gas, smoke of cigarette, or building material, an offensive smell, increase of plus ions caused by electric products, mental stress, etc. SOLUTION: Using the device of a unit system which is equipped with a water reserving facility, a pump facility, a receiving pan facility, and a fountain facility, this device recovers the water with the receiving pan and water reserving facilities after receiving the reserved water with a pump and jetting it out into space above pan, thus this repeats the circulation, whereby this evaporates and humidifies the indoor air into natural atmosphere, and also catches and removes exhaust gas, dust, smoke of a cigarette, an offensive smell, an other harmful matter contained in the air by letting them adhere to the water molecules after jetting, and further this circulates air by fan thereby raising the contact efficiency with jet water and equalizing the room temperature distribution, and further this activates water by means of minus ion emitting material arranged in water environment within itself, and besides this makes interface into an activated matter, whereby this raises evaporation effect and an effect of adsorption of harmful matter, and emits minus ions into the air, and further this gives rise to atmosphere of recreation and relaxation by flowers arranged and a fountain and makes the interior of a room comfortable gently.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention mainly aims at making a room atmosphere comfortable. Specifically, the present invention provides a humidifying function, a purifying function, a deodorizing function, a negative ion releasing function, and a room temperature equalizing function for indoor air. The present invention relates to a unit-type indoor atmosphere comforting device utilizing a fountain, which has a function of bringing a fountain and a decoration function of giving peace of mind to flower arrangement and flower arrangement.

[0002]

2. Description of the Related Art This type of apparatus which has been provided to the Japanese market to date has various purposes such as a humidifier, an air purifier, a negative ion generator, and a fountain using various means together with a cooling and heating device. There was equipment. Humidifiers using ultrasonic waves have become popular for some time, but they are currently being shunned due to excessive humidification and white dust-like powder adhering to surrounding furniture. The mainstream is one that emits by evaporating using a heat source, and the simplest type is a type in which a water storage tank is provided above a petroleum fan heater and evaporated by combustion heat. As for air purification and negative ion generation, the typical ones are 3
A type that ionizes air by discharging a high voltage of 000 volts or more is provided under the brand name of an ion-type air purifier, but co-generates harmful substances such as ozone, knock, and active oxygen with negative ions. Because the problem is left. In addition, recently, a device incorporating a function of emitting negative ions in an air conditioner of a certain electric maker has appeared in a television commercial, but the technical content is unknown. However, in general, any device has a complicated structure, and accordingly, maintenance and management are troublesome, a failure is likely to occur, and initial costs and running costs tend to be high.

[0003] As for indoor tabletop fountains having a decorative function, there have been few types of indoor small fountains conventionally provided on the Japanese market, and at one time (around 1975), resin molding was carried out in a mass production system. A certain type of tabletop fountain device, in which parts are assembled, has been provided by a certain manufacturer, in which water is blown up with a predetermined nozzle or water is flowed down several stages in a column form as a plurality of strips. Since then, indoor tabletop fountains have not spread, and only some fountains using European porcelain or marble have been imported and sold. In addition, there is almost no publication or publication as a tabletop fountain device in the range searched after 1995 by the patent information providing service.

[0004]

Considering the effects of modern indoor environment on health, abnormal drying of air by heating and cooling equipment, uneven distribution of room temperature, contamination of air by exhaust gas and tobacco smoke, and chemicals by building materials are considered. There are many factors that have an adverse effect on health due to the contamination of substances and the increase of positive ions in the air due to electric appliances, and it is necessary to remove and improve these factors and make the indoor atmosphere more comfortable.

[0005] In particular, the space separated between a bedroom, a living room, a study, a study room for children, etc., has a vigorous air drying due to heating and cooling, and furthermore, a temperature difference between the ceiling and the floor occurs, so that the atmosphere is easy to catch a cold. There is a need to.

[0006] Considering the reason why the spread rate of the tabletop fountain device is low, from the viewpoint of the consumer, there is no fountain device that is ineffective only with decoration, poor in decorativeness, has little variety, and is inviting to purchase. The cause may be that there is no unique fountain device, the shape does not change, the user gets tired, does not match the atmosphere of the room, cannot be customized, and the price is high. However, the typical natural things that humans feel relaxed and relaxed are green and water,
The feeling of peace of mind from this natural object is unchanged.

However, considering the recent living environment, it has been found that the economic environment has been rapidly changing and becoming more severe, so that stress has increased in daily life of people, and accordingly, health consciousness has become stronger. In addition, the world has become a strong demand for healing of the heart, and the spread of the Internet has made it possible to directly promote and sell special products to customers in a wide area, and Western-style houses have increased. There has been a change in the tendency for consumers to prefer their personal belongings and to spend more on what consumers want.

[0008]

Means for Solving the Problems The inventor of the present invention eliminates and solves the above-mentioned problems as much as possible, and refreshes the indoor atmosphere by a humidifying function, an air purifying function, a deodorizing function, a negative ion releasing function and a room temperature equalizing function. At the same time, it is an object of the present invention to develop and provide a multifunctional, unit-type indoor atmosphere comforting device utilizing a fountain, which can provide a sense of ease in the indoor atmosphere by the decoration functions of a fountain and flower arrangement.

The basic structure of the indoor atmosphere comfort device of the present invention is as follows. A receiving tray is fixed on a water storage tank having a built-in submersible pump, water is sucked in the receiving tray or the water storage tank by the pump, and a nozzle is provided through a water pipe. To the distribution tank, or through the water pipe to the flow down device attached to the tip,
After the water spouts into the space and functions, it is collected in a saucer,
The cycle was repeated. Then, a table type and a floor type that can replace the unit type are provided, and steps are provided for the shape and size of the device. Further, the apparatus is systematized to standardize the specifications of each part and to provide compatibility.

In the basic structure of the apparatus, a land pump is used instead of the submersible pump, the water tank is replaced with a pump box, the land pump is housed in the pump box, and a tray is fixed on the pump box. A pump is used to suction the water stored in the tray, and to feed the water to a distribution tank having a nozzle through a water pipe or to a flow-down device attached to the tip of the pump through a water pipe. It is also possible to configure so as to collect and repeat the circulation.

The apparatus has a function of naturally evaporating and humidifying indoor air in accordance with room temperature and relative humidity, and a function of exhaust gas, dust, cigarette smoke, and other odors contained in air, and harmful substances emitted from building materials. Utilize the function of dissolving and removing water in the space by the water molecules of the effluent, and use these functions to make the indoor atmosphere comfortable.

Further, a substance that releases negative ions, such as tourmaline ore and a functional ceramic material, is disposed at a predetermined position in the water environment in the apparatus, and the stored water is activated to be converted into a surface-active substance. In addition to releasing negative ions, it is configured to further enhance the function of humidifying the air and the function of absorbing and removing harmful substances and odors.

Regarding the action of purifying tourmaline ore water, tourmaline ore has the function of a permanent electrode, decomposes water by a weak current emitted from the permanent electrode and alkalizes it, and further produces hydroxyl ions (H ₃ O ₂ ). This hydroxyl ion forms a monomolecular film, thereby generating a surfactant effect. In addition, the high voltage of the tourmaline ore decomposes the water clusters to return to a normal molecular state, thereby purifying and activating the water. By spouting this water into the space, the efficiency of spontaneous evaporation is improved, and the effect of adsorbing and removing fine substances and odors floating in the space is improved by the surface active effect and the negative ion effect.

The mechanism of the generation of negative ions in the air of tourmaline ore is such that when moisture in the air touches the electrons stored in the negative electrode of tourmaline, the electrons are instantaneously discharged. The decomposed hydroxyl ions combine with the surrounding water molecules and are converted into negatively charged hydroxyl ions. The hydroxyl ions released into the air are intercepted by the air, which is an insulator, and at the same time, because they have a negative charge, they are repelled from each other. By repeating this series of actions, hydroxyl ions continue to be generated and drift in the air. This is the negative air ion, which has been conventionally referred to. By arranging tourmaline in the water jetting environment of the device, the water molecules of the jetted water are discharged. To continuously release negative air ions.

As an example of a means for artificially generating negative ions, a functional ceramic material which is artificially synthesized and fused by mixing various natural metal oxides so as to have a composition ratio of granite and provided is provided. Have been. This functional ceramic material radiates electromagnetic waves to activate water and has an adsorption / deodorization effect, so that it can be disposed in the device and function similarly to the tourmaline ore. In addition, the functional ceramic material with the same function is a ceramic ball (part number SB-
007) is provided by a certain manufacturer, and a patent is apparently obtained as a method using a porous ceramic body moistened with water. Measured value of the negative ions is the per 100 count / 1 g (a unit of Note-negative ion .. pieces / cm ^3, the radiation alpha-beta
It has been confirmed that a line unit: uSv microsievert) and about 15 times (the same weight ratio) as tourmaline are output.

It has become common knowledge that negative air ions have a positive effect on the human body. Sunahachi,
Negative air ions affect the potential of the cell membrane to promote substance exchange and activate metabolism, thereby stabilizing the autonomic nerve and suppressing the action of the sympathetic nerve.
It is also believed that such a function suppresses causes such as inflammation.

If the apparatus is operated for a long period of time, the fountain will adsorb and dissolve harmful substances in the air, so that the water will be contaminated, bacteria will proliferate, and an unpleasant odor will drift. In order to suppress this as much as possible, a substance that has the function of purifying water such as activated carbon, coral fossil, barley stone, bincho charcoal, tourmaline, functional ceramic material, etc., is placed in the water in the saucer and water tank. It is arranged to purify stored water and to replace the stored water and the adsorbent purifying material in a timely manner to maintain the function of the device.

Among the substances having the function of purifying water, silver ions have a remarkable bactericidal effect on bacteria and Escherichia coli, and are widely used as a drinking water disinfection device from NASA's Apollo spacecraft to the space shuttle. In Japan, as a water purification device, a filtering material in which silver is plated on coral fossils is provided. According to the results of conducting an experiment by requesting a public organization for its sterilizing effect, the filtering material and activated carbon When tap water is stored for one year in a water purification device containing water, usually if the water is left for one year, bacteria will multiply and the water will spoil, but the water in the water purification device Has no evidence of odor, chromaticity, or turbidity changes, and has proved that no common bacteria or Escherichia coli have been found.

In order to solve the problem that activated carbon in a filter, which has recently become a social problem, adsorbs calcium in tap water, and conversely, Escherichia coli is propagated. Activated carbon plated with silver has been provided by several manufacturers for the purpose of deterring odors.

Barley stone has been used for activating water since ancient times. However, in the water purification action described in the document, it is porous and has a strong adsorptive action, and removes organic substances, germs, gas and odor from the water. It has been confirmed that it has the effect of adsorbing and removing water to prevent decay.

By combining various water purifying substances, a system having an excellent purifying effect is constructed.

Further, by installing and operating a small number of small fans of a predetermined number and performance on the outer periphery of the water storage tank of the device, the air in the room is circulated, and the air is brought into contact with the fountain as evenly as possible to humidify the water. In addition to effectively exerting the function of removing harmful substances, the air circulation further eliminates the temperature difference between the ceiling and floor caused by cooling and heating, creating an environment with an average room temperature distribution, making the indoor atmosphere more comfortable I do.

This device also has the function of a vase together with a fountain as a decorative function. A vase is erected in the center of the tray, and a support disk with a flower is mounted in the tray so that ikebana can grow by storing water. It is configured as follows. By matching fountains and ikebana in the saucer,
It has a fresher atmosphere, soothes the mind and comforts the indoor atmosphere. In addition, the enjoyment of daily ikebana replacement is born, and it can be enjoyed as a more familiar resting device.

Among the decoration functions of the device, lighting is
One means is to use a saucer made of translucent edged glass or colored glass, etc., install an illumination lamp at a predetermined position on the outer peripheral portion of the device, and pass a colored filter or the like toward the inside from the outer surface of the saucer. By irradiating the illumination light, not only the saucer but also the water surface, the fountain and the decorative body in the center can be lighted up to create a fantastic atmosphere.

Still another illuminating means is to draw the coated bundle of optical fibers inside from the side of the pump box and illuminate the same, and if necessary, disperse the filaments into a filament in the pan, and emit the light-emitting portions at the tips thereof on the pan. It is arranged at a predetermined position and is illuminated. The other end of the optical fiber uses a projector on the outside of the pump box and, if necessary, irradiates and receives light through a color filter or the like, so that it is decorated as if water fireflies are flying in the reservoir. I can do it. When many optical fiber terminals emit light in two or more colors at the same time, two or more sets of the above-mentioned components are provided.

If the lighting is performed by the above-described means, the charging section is located outside the apparatus, and the problems of electric leakage and heat generation in the apparatus which are problems of the prior art can be prevented.

In the means for producing and assembling the device, a common through hole is opened at a substantially central portion where the upper surface of the water storage tank and the bottom surface of the receiving tray overlap, and a set of multifunctional joints is inserted into the through hole to store the water. By using an assembly method of joining the tank and the tray by screwing, the pump box and the tray are joined, the water passage between them is laid, the joint between the two is waterproofed, and the mounting base for mounting components inside the tray The above four major assembling operations can be completed quickly, and it is easy to disassemble and change parts.

Further, a distribution tank having various jet ports and nozzles is selected and screwed to a mounting base provided at the upper end of the above-mentioned multi-function joint, and is erected at the center of the tray to provide a wide variety. Constructs a fountain spout.

A water supply pipe nipple for inflow water is mounted at the center of the bottom surface of the distribution tank having a spout, and the inner cylinder of the water supply pipe nipple also serves as a valve seat of a needle valve, and a distribution pipe facing the same. A screw hole with a predetermined diameter is provided at the center of the upper surface of the tank, and a screw rod having a role of a valve element of a needle valve with a sharpened lower end is screwed into the screw hole to provide an adjusting valve function, and the screw rod is provided. By deepening the screwing allowance, the lower end of the screw rod is combined so as to close the inner pipe of the water pipe nipple, and by adjusting the screwing allowance,
The amount of water flowing into the distribution tank is controlled, whereby the height of the fountain spouting from the spout is adjusted.

Further, at the upper end of the above-mentioned screw rod, a vase, an intermediate tray of an arch fountain, a support tower of a spreader, a fountain sculpture, a glass decoration, a ceramic decoration, an advertisement, a ceramic bowl, a clock, a humidity. Various components such as a thermometer, thermometer, storage table, etc. are individually joined and integrated, and they can be selected arbitrarily according to the purpose, and the lower end of the screw rod from the screw hole on the upper surface of the distribution tank Screw into the tray to function as an upright, and also serves as a handle for turning the screw rod to adjust the fountain height.

All the parts that make up the device, namely the pump, the water reservoir, the pump box, the pan, the multifunctional joint,
Distribution tanks, intermediate trays, down-flow devices, screw rods connecting various components, pumping tubes, water pipes, water pipe nipples, various filters, support boards, vases, flowers, fans, lighting equipment, water purification materials, negative ion generating materials The system has been standardized to make it easy to assemble, rearrange, and replace.In addition, a variety of parts have been prepared for each component, and the appropriate parts have been selected to create an original system. A unit-type indoor atmosphere comforting device can be assembled.

For example, among the component parts of the apparatus, the tray, which is the main part, is mainly hand-blown, which is excellent in decorativeness, can be produced in small quantities and in many kinds, and can be produced in a variety of shapes, colors and patterns. Manufactured using glass containers and handmade ceramics. Of course, it can also be manufactured by molding glass or ceramic products, or products using metal or resin.

In order to carry out the invention, it was planned to manufacture the tray of the fountain device with glass. However, raising the mold and manufacturing it is too large for a single production lot, and also for manufacturing a large-area tray. It was limited, costly and practically impossible. As an alternative, we focused on the hand-blown glass method. In the hand-blown glass manufacturing method, it was technically impossible to make an accurate hole in the bottom during the forming process.However, by developing a specially made diamond bit drilling tool, a circle with a predetermined diameter was formed at the bottom of the glass container. In the manufacturing process, the hole was successfully drilled, so that it was first molded and manufactured as a glass container, and after completion, a method was used in which a precise large common hole was opened at the bottom of the container. It became possible to utilize as. The use of the hand-blown glass method also enabled the manufacture of a saucer having a diameter of about 60 cm.

Since the inner and outer bottom surfaces of the hand-blown glass tray are not flat due to hand-made, in order to combine the tray and the water storage tank or the pump box in a well-balanced manner, a predetermined range of the inner peripheral portion of the common hole is smoothed with a special tool. Along with the polishing, the outer peripheral portion of the common hole is also polished in the same manner as the inner peripheral portion, or a flat annular groove having an outer diameter of about 80 mm is cut, and an O-ring or the like that serves as a spacer in the polished and cut portion is used. After fitting the waterproof packing, the common hole of the fountain tray and the common hole of the water storage tank are overlapped so that they communicate with each other, and an assembly method is used in which the joints are joined using a multifunctional joint.

In a hand blown glass tray,
It is possible to produce and use a variety of beautiful saucers that are colored, edged, or sandblasted, and when a glass saucer with many transparent parts is used, the movement of water flowing down the internal water surface and its inner surface In addition, the decorativeness can be further enhanced.

The saucer made of ceramics uses a variety of landscapes, flowers and figures, as well as Nishijin-ori patterns, familiar Disney production character patterns, and other popular character patterns. It is rich and individual, reflecting the times.

At the same time, a variety of different shapes, materials, colors and patterns of different sizes, which are made for other purposes, and are collected in a predetermined large dish-shaped or bowl-shaped container capable of storing water. By opening a predetermined common hole standardized in the device at the bottom of the container and modifying the tray of the device, a wider and original tray can be used.

When the device is operated in a place where power transmission is not performed by a power company, a solar cell that generates power exclusively for the device is used, and a battery stored in a storage battery in the daytime is used at night. . In this case, a DC motor is used for the pump.

When the apparatus is operated for a certain period of time in a place where there is no power supply or a place where a cable cannot be pulled out at a ceremony or the like, a storage battery having performance exclusive for the apparatus is charged in advance using a charger. , And can be operated using the power supply. In this case, the power source is converted into AC by a converter, or a DC motor is used for the pump motor.

[0040]

Embodiments of the present invention will be described with reference to the drawings. The assembling structure of the unit type indoor atmosphere comforting apparatus is systematized so that assembling and reassembling can be performed using various standardized parts, and the embodiment will be described while showing the recombining state.

FIG. 1 shows a basic embodiment of a tabletop type indoor atmosphere comforter 1 having a funnel-shaped structure of a fountain. The water tank 2 of the device 1 includes a submersible pump 3
Dimensions, that is, a minimum inner diameter of about 22 cm and a height of about 14 cm, and the material and manufacturing method are mainly made by spinning or pressing using a metal plate with a thickness of about 1 mm in consideration of strength and productivity. However, those made of resin can also be used. A common hole 2a having a standardized diameter of 60 mm is provided in the center of the upper surface of the water storage tank 2. The bottom cover 10 of the water storage tank 2 is a metal disk having a thickness of 3 mm and having a predetermined number of small screw holes on the outer peripheral portion thereof. 2 and a predetermined number of small screws and decorative nuts. Further, a drain cock 17 and a waterproof gland 18 for electric wires are attached to the lower side of the water storage tank 2.

The submersible pump 3 has a voltage of 100 V and a power consumption of 5
0 W, maximum flow rate 11 l / min, maximum head 1 m.

The tray 4 is a transparent and beautiful container made of blown glass having a diameter of about 45 cm and a depth of 12 cm. A common hole 4a having a diameter of 60 mm is provided at a predetermined position in the center of the bottom surface. Since the inner and outer bottom surfaces of the receiving tray 4 are not flat due to handmade, in order to combine the receiving tray 4 and the water storage tank 2 in a well-balanced manner,
The lock nut 5b of the joint 5 on the inner peripheral portion of the common hole 4a
The polishing area is smoothly polished and the common hole 4
a flat annular groove 11 having an outer diameter of about 80 mm
And a waterproof packing 12 such as an O-ring serving as a spacer is fitted in the annular groove 11 and then overlapped so that the common hole 4a of the fountain tray 4 and the common hole 2a of the water storage tank 2 communicate with each other. The common holes 2a, 4a
A set of multifunctional joints 5 having a water passage 5c and a joining port 5d for joining the fountain distribution tank 6 is inserted to form the water passage 5c and to form a multifunctional joint around the common holes 2a and 4a. The joint packing 5a and the O-ring packing 12 are sandwiched and tightened to prevent water leakage from the overlapping portion of the receiving tray 4 and the water storage tank 2. Further, a silicone soft waterproof material is injected into an inner space of the waterproof packing 12 such as an O-ring as needed. The multifunctional joint 5 is manufactured using metal or resin.

Next, the bottom plate 6a of the distribution tank 6 is connected to the upper end joint 5d of the multifunctional joint 5 for joining the distribution tank 6.
And the distribution tank 6 is screwed and joined. The distribution tank 6 has a 1.5 mm diameter jet port 7 at the outer periphery of the upper surface. C.
D40mm, 16 locations, inclined 10 degrees outward. Furthermore,
A water pipe nipple 9 is attached to the center of the bottom plate 6 a of the distribution tank 6, and the water outlet 3 of the submersible pump 3 is
Connect to a. The distribution tank 6 is manufactured using metal or resin.

Further, a screw hole 8a is provided at the center of the upper surface of the distribution tank 6 facing the water supply pipe nipple 9 attached to the bottom plate 6a. A beautiful vase 14 made of glass is joined to the screw hole 8a at the upper end, and a screw rod 8 having a sharpened lower end is screwed in, and the vase 14 stands upright in the center of the receiving tray. Then, by screwing the screw rod 8 deeper, the pointed lower end like a valve element of a needle valve is formed.
The inner pipe of the water pipe connection 9 is used as a valve seat to gradually close the inner pipe, and the screwing allowance controls the amount of water flowing into the distribution tank 6 so that the height of the fountain 15 can be adjusted. To be configured. After the adjustment, the screw rod 8 is fastened and fixed to the distribution tank 6 using the lock nut 8b.

In addition to the vase 14, an intermediate tray 32, a fountain sculpture image 39, a glass decorative body, a ceramic decorative body, an advertising body, a ceramic ball holder, a clock, a hygrometer, a thermometer, an object other than the vase 14 are provided at the upper end of the screw rod 8. A variety of various components such as a table are individually joined and integrated, and they are arbitrarily selected according to the purpose and screwed into the screw holes 8 a on the upper surface of the distribution tank 6, and are put into the tray 4. In addition to the function of standing up, it also serves as a handle for turning the screw rod 8 for adjusting the height of the fountain 15.

The device 1 also has a vase function,
Support plate 13 having predetermined number of flower beds 14a mounted in saucer 4
, The ikebana 20 can be grown by the water storage 19. The support plate 13 is fixed by the distribution tank 6, and a predetermined number of flower insertion holes 13 are provided at predetermined positions of the support plate 13.
a and the water holes 13b. If necessary, a porous sponge sheet 21 serving as a buffer and a filter for the falling fountain is spread over the central tray. Metal or resin is used for the material of the support plate 13 and the flower vine 14a.

In order to prevent clogging of the submersible pump 3 and the jet port 7 during operation due to contamination of the water storage 19 in the receiving tray 4, a resin or resin covering the entire surface of the water passage 5 c on the side of the multifunctional joint 5 is used. A metal porous coarse filter 22 is attached to the joint 5 in a bellows-like shape so as to filter water flowing into the water passage 5c.

In order to prevent the spout 7 from being clogged during operation due to contamination of the water storage 19 in the tray 4, a porous fine filter 23 having a mesh smaller than the spout 7 is installed in the fountain distribution tank 6. The water flowing from the water pipe connection 9 is filtered.

The substance 24 which emits negative ions is placed at a predetermined position in the vase 14, other trays 4 and the water tank 2.
For example, by disposing tourmaline ore or artificially synthesized ceramic material, negative ions are emitted to the surroundings to purify the air and improve the indoor atmosphere.

A molded part such as a vase, an intermediate saucer, and a sculptured image formed by using an artificial synthetic ceramic having negative ion release physical properties is joined to the upper end of the screw rod 8 to be erected in the saucer 4 to provide a decoration function. And an air purifying function.

If the apparatus is operated for a long period of time, the harmful substances in the air are adsorbed and dissolved by the fountain, so that the water is contaminated, bacteria grow, and an unpleasant smell is generated. In order to suppress this as much as possible, activated carbon, coral fossil, barley stone, bincho charcoal, tourmaline, functional ceramic materials, and other substances having an adsorptive purification effect are contained in the saucer 4 and the water storage 19 of the water tank 2. 25 to purify stored water.

When the apparatus 1 is in operation, the submersible pump 3
, The water 19 in the receiving tray 4 and the water storage tank 2 is sucked,
Water is supplied to the distribution tank 6 having the jet port 7 through the water supply pipe 16 to form the fountain 15 in the space. The fountain 15 is collected in the tray 4 and the circulation is repeated. By arranging flowers in 14a, it is possible to enjoy the beauty of both fountains and ikebana, and at the same time, to humidify the inside of the room, remove dust and harmful substances from the air, and release negative ions.

FIG. 2 shows an embodiment in which lighting equipment is combined with the apparatus 1 shown in FIG. 1. A predetermined number of lighting fixtures 27 are arranged so as to surround the water storage tank 2, and as necessary. The tray 4 is configured to be irradiated from the outer peripheral portion thereof through a color filter 28 or the like that changes color by being rotated by the deceleration motor 45. When the transparent saucer 4 is used, the water surface, the fountain 15 and the vase 14 and the like inside the saucer 4 are lit up by the transmitted light to decorate the atmosphere with a fantastic atmosphere. However, in this case, it is desirable to reduce the size of the support plate 13, or to make the support plate 13 and the flower cradle 14a made of a transparent resin, or to remove the support plate 13 and make it easier to transmit light. The lighting device 27 can be used for all the indoor atmosphere comfort devices that form fountains of various shapes.

FIG. 3 shows the apparatus 1 shown in FIG. 1 provided with an illuminating equipment using an optical fiber 29. The bundle of coated optical fibers 29 is drawn into the receiving tray 4 via the water tank 2 and illuminated. If necessary, the covering material is peeled off at a predetermined position to provide only the filaments 29a, and a predetermined number of the filaments 29a are individually wired in the receiving tray 4, and the ends thereof are fixed in a light projecting direction using a support member and illuminated. One end of the coated optical fiber bundle 29 is configured to irradiate and enter light from the cut surface of the bundle using the lighting fixture 27. By changing the projection color of the lighting fixture 27 by using a color filter 28 or the like that changes color by being rotated by the deceleration motor 45, it is possible to decorate the lighting fixture 27 more fantastically. It should be noted that water 1 is stored in the gap between the bundles of the filament 29a.
If it is necessary to prevent the water from leaking, the bundle of the covering material and the filament 29a at the peeled portion may be filled with a silicone sealing material and waterproofed, or once in the receiving pan 4 outside the water storage tank 2. Drain the water by raising it higher than the surface of the reservoir 19. This lighting device can be used for all the indoor atmosphere comforting devices that form fountains of various shapes.

FIG. 4 shows a fountain in which a part of the apparatus 1 shown in FIG. 1 is replaced with the apparatus 101 shown in FIG. 4 using parts standardized by the systemization of the present invention. 1 shows an embodiment of the device 101 having a structure to be formed.

The water tank 2 is replaced with a pump box 102, the submersible pump 3 is replaced with a land pump 103, the multifunctional joint 5 is replaced with a short multifunctional joint 105 having a bottom, and the glass tray 4 is placed at the center of the bottom. About 6
Beautiful ceramic saucer 1 with a common hole 4a of 0mm diameter
04, the distribution tank 6 is replaced by the distribution tank 106, and the support plate 13 is replaced with a predetermined number of nozzles 30 for forming a crown-shaped fountain.
And the support plate 113 incorporating the annular distribution pipe 31,
The supporting plate 113 is fixed to the upper part of the distribution tank 106 with small screws, the distribution tank 106 and the annular distribution pipe 31 are connected by the distribution pipe 33, and the screw rod 8 to which the vase 14 is further joined.
Is replaced with a screw rod 108 to which the middle tray 32 made of ceramic is joined.

The multifunctional joint 105 has a function of a waterproof partition wall 105e so that the water storage 19 in the tray 104 does not leak into the pump box 102. The waterproof partition wall 105e connects the water supply pipe 16 and the water absorption pipe 26 to each other. Attach.

A predetermined number of ventilation holes 48 are provided on the side of the pump box 102 for cooling the land pump 102.

Other components are the same as those shown in FIGS. 1, 2 and 3, and the description is omitted.

During operation, the apparatus 101 sucks the water 19 in the receiving tray 104 by the on-shore pump 103, sends the water to the distribution tank 106 through the water pipe 16, and further supplies the water to the distribution tank 106.
Water is supplied to the annular distribution pipe 31 having a pipe diameter of 16 mm and a circle diameter of 220 mm through a predetermined number of distribution pipes 33 from the number 6, and a diameter of 1.5 mm attached to the annular distribution pipe 31 at a pitch of about 20 mm.
From the 34 fountain nozzles 30 in a crown-like fountain
Is formed, then falls onto the intermediate tray 32, falls further down in a cascade from the periphery of the intermediate tray 32 to the tray 104, and repeats its circulation. The annular distribution pipe 31 is manufactured using a metal pipe or a resin pipe.

In particular, the crown-shaped fountain nozzle 30 attached to the annular distribution pipe 31 has a narrow interval between the nozzles 30 in order to form a beautiful fountain and improve the contact with the air, so that the spray angle can be adjusted and It is desirable to use a nozzle having a structure that allows easy operation for adjusting the angle and that can be easily attached and detached to remove dust clogged in the nozzle 30.

The nozzle 30 shown in FIGS. 4 and 5 is a miniaturized jet direction adjusting type used in a conventional water fountain device, and has a jet angle θ of 15 degrees or less and is mainly made of brass. . In the injection direction adjusting method, after the nozzle part 35 is directed in a predetermined injection direction, a hexagonal cap nut 46 is tightened and fixed with a tool, and the cap nuts 46 having a hexagonal surface of 13 mm are arranged at intervals of 20 mm. When it is set, the gap is 7
mm or less, which makes it difficult to tighten using a spanner tool. Further, adjusting the ejection direction of the 34 nozzles 30 requires more trouble and there is a concern that the user cannot perform perfect adjustment.

The two types of fountain nozzles 30 shown in FIGS.
a and 30b are designed to solve the concerns and allow the user to easily adjust. The nozzle 30a shown in FIG. 6 uses a metal or resin nozzle connection component 34a in which only one screw portion of the hexagon nipple is changed to a spherical shape, and the other one of the screw portions is formed of the annular distribution pipe 31. By providing a tapped hole on the upper surface and screwing and fixing the same, the spherical portions are arranged in parallel above the annular distribution pipe 31. Further, the spherical joint has a lower joint portion in the form of a cap made of elastic resin or rubber.
By using the nozzle part 35a of the above and fitting so as to cover the spherical part of the nozzle connecting part 34a from above, rubbing of the fitting part, waterproofing and detachment become possible, and by hand without using a tool, The fountain nozzle 30a can adjust the ejection angle θ up to 15 degrees. The nozzle connection part 34
The hexagonal surface portion a is a portion used to hang a wrench when assembling, and can be manufactured in another shape instead of the hexagonal surface. Alternatively, the screw portion may be formed in a pipe shape and joined to the hole of the annular distribution pipe 31 using an adhesive.

The nozzle 30b shown in FIG.
A nozzle connection part 34b made of an elastic resin or rubber, which is provided with a round hole on the upper surface of 1 and has a tapered shape with a stopper on the insertion side and a cap-shaped receiving member on one side, is inserted into the round hole. In parallel with the upper surface of the annular distribution pipe 31,
Further, by fitting the nozzle part 35b having a spherical joint at the lower part from above into the cap-shaped receiving body, the fitting part can be rubbed, waterproofed, and detached, and the operation for adjusting the ejection angle can be performed. Becomes easy arch fountain nozzle 30b. The nozzle 30b of this structure can adjust the ejection angle θ up to about 30 degrees.

FIG. 8 shows the parts of the apparatus 1 shown in FIG. 1 using the systematized standardized parts of the present invention.
FIG. 10 shows an embodiment of a unit type indoor atmosphere comforting apparatus 201 having a structure in which a water fluid is formed into a spherical shape, which is replaced with the apparatus 201 shown in FIG.

The water storage tank 2 is replaced with a water storage tank 202 having a water control valve 37 and a water pump 36 mounted on its side, and the submersible pump 3 is replaced with a submersible pump 203 having two discharge ports.
One outlet port 203a of submersible pump 203 and water control valve 3
7 is connected by a water supply pipe 216a, and the remaining one outlet 203b and the water supply pipe joint 9 are connected by a water supply pipe 216b.

The vase 14 supported by the screw rod 8 is removed and replaced with a sculpture image 39 having a spreader 38 at the upper end and a screw rod 208 at the lower end. The 2 mm jet port 207 is replaced with a distribution tank 206 provided at six locations.

At the upper end of the pumping pipe 36, a flow-down device 42 having a buffer substance 44, a flow straightening means 40 and a discharge hole 41 through which water can flow is held at a predetermined height just above the spreader 38. At the same time, the pumping pipe 36 is supported and fixed to the water storage tank 202 by the support fitting 43.

The flow-down device 42 needs to rectify the inflow water in a small space. The inflow pressure and the flow velocity of the water as a pre-treatment of the rectification means 40 are supplied to the inflow port of the pumping pipe 36 connected to the flow-down device 42. Attach buffer material 44 to be weakened.

During operation, the pump 203 sucks and pressurizes the water in the receiving pan 4 and the water storage tank 202 by the pump 203 and sends the water to two paths, one of which is the water pipe 216a, the water control valve 37, and the water pipe. The water is pumped to the flow-down device 42 through the buffer 36, and flows down onto the spreader 38 from the discharge hole 41 through the buffer substance 44 and the rectifying means 40, and flows down onto the tray 4 while forming a spherical membrane-like water fluid 215. Still another path is similar to the embodiment shown in FIG. 1, in which water is supplied to the distribution tank 206 through the water supply pipe 216 b, and the fountain 15 is formed from the fountain jet 207 toward the inside of the spherical film-shaped water fluid 215. It is configured to flow down onto the receiving tray 4 while repeating the circulation. Adjustment of the pumping amount to the downflow device 42 is performed by the water control valve 37.
Performed by

The spherical film-like water fluid 215 forms a wide water film surface in the space, and therefore has an excellent humidifying function in a room and a function of removing and adhering impurities in the air. Invisible, it looks like a thin glass ball swaying, and with a fantastic aesthetic and magical mystery, it has a decorativeness that surprises and distracts the viewer. However, at first glance, it is often not noticed that the spherical membrane-like water fluid 215 is a water flow, and the impression can be strengthened by forming a fountain inside to make a movement.

The other components are the same as those described in FIGS.

[0074]

The indoor atmosphere is refreshed by the humidifying function, the air purifying function, the deodorizing function, the negative ion releasing function, the indoor temperature equalizing function, etc., and the indoor atmosphere is relaxed by the fountain and ikebana decoration functions. To provide a multi-functional, multi-unit indoor atmosphere comfort device that can contribute to health.

In a modern room atmosphere, abnormal drying of air is likely to occur due to cooling and heating equipment. However, the device naturally and slowly evaporates and humidifies the room air according to the room temperature and relative humidity to make the room atmosphere comfortable. .

The modern indoor atmosphere is contaminated by exhaust gas, cigarette smoke, building materials and other chemicals. These vaporized substances are difficult to remove by a simple filter, but are trapped and adsorbed by water molecules when they come into contact with the fountain of the apparatus, and, although gradual, purify the air and make the indoor atmosphere comfortable.

In the modern indoor atmosphere, positive ions in the air due to electric appliances are increased, which is a factor that adversely affects health. By releasing negative ions, the indoor atmosphere is made comfortable.

In the modern indoor atmosphere, the temperature difference between the ceiling and the floor is apt to occur due to the cooling and heating equipment, and the head becomes hot and cold, which is a factor that adversely affects health. The room temperature is averaged to make the room atmosphere comfortable.

If the apparatus has been operated for a long period of time, the fountain will adsorb and dissolve harmful substances in the air, so that the water will be contaminated, bacteria will proliferate, and an unpleasant odor will drift. In order to suppress this as much as possible, by disposing a substance having an action of purifying water in the water in the receiving tray or the water tank, it is possible to purify the stored water and to support the comfort of the atmosphere.

As the economic environment has rapidly changed and become more severe, stress has also increased in the daily lives of people, and with this, the world has been strongly demanding healing of the mind. It is natural products that humans feel most relaxed and relaxed, and water and green are typical. The combination of fountain and ikebana of the device creates a synergistic effect on the freshness and gives a wonderful sense of comfort and a pleasant indoor atmosphere.

The water sound of the fountain falling on the surface of the water has a sound effect that calms the mind like the sound of a river.

At the bottom of the container manufactured by the hand blown glass method,
Successful drilling of a round hole with a predetermined diameter makes it possible to incorporate the device as a unit component of the device, and to produce a beautiful device. Further, it is possible to manufacture a glass tray having a diameter of up to about 60 cm, and the variety of varieties can be expanded.

The beautiful hand-blown glass pan can freely produce products of custom shapes, colors, and sizes, so that it can immediately respond to the needs of customers, and has a shorter delivery time and is original. It becomes a device and can provide a new feeling device.

The beautiful hand-blown glass saucer and the ceramic saucer on which the picture is drawn have decorative properties as an ornament even when the fountain is stopped, and can also be used as ikebana decoration by arranging ikebana. Make the atmosphere comfortable.

The system is designed so that the assembly parts of the apparatus are standardized and the assembly and rearrangement can be easily performed, so that the standard stock ratio of the parts can be reduced and the economic effect can be obtained.

The system is designed so that the assembly parts of the apparatus can be standardized and the assembly and re-assembly can be easily performed, so that it is possible to select and assemble the parts according to the demand of the customer, and to make the original apparatus by custom assembly. Can be provided.

The system is designed so that the assembly parts of the device can be standardized and the assembly and re-assembly can be easily performed, so that the device can be easily renewed according to the demand of the customer, and a continuous relationship with the user can be maintained. Can be.

For illumination, a saucer made of translucent edged glass or colored glass is used, and an illumination lamp is installed at a predetermined position on the outer peripheral portion of the device, and the inside of the saucer is colored inward from the outer surface of the saucer. By irradiating the illumination light through a filter or the like, it is not necessary to provide lighting equipment inside the tray, and it is possible to illuminate the water surface, the fountain, and the decorative body at the center, and to create a fantastic atmosphere. Lighting using optical fibers can also create a different atmosphere. If lighting is performed by this means, the charging section is located outside the apparatus, and it is possible to prevent the problems of electric leakage and heat generation in the apparatus, which are the problems of the prior art, and it is safe.

By using the devised nozzle (FIGS. 6 and 7), maintenance such as adjustment of the jetting direction of the fountain and repair of clogging of the nozzle can be easily performed without any trouble, which is safe.

In assembling the apparatus, a common through-hole is opened in the receiving pan and the water storage tank or the pump box, joined by a multifunctional joint, and all the mounting parts in the receiving pan are assembled using the multifunctional joint as a support base. By using the construction method, assembly and rearrangement can be easily performed, which is a great advantage in production planning and sales planning.

[0091]

[Brief description of the drawings]

FIG. 1 is a side sectional view (a pump is a side view) of a unit type indoor atmosphere comforting device (1) having a funnel-shaped structure of a fountain according to the present invention.

FIG. 2 is a side sectional view (a pump and lighting equipment are side views) of a unit-type indoor atmosphere comforting device (1) having a funnel-shaped structure of a fountain according to the present invention using lighting means.

FIG. 3 is a side cross-sectional view (a part of a pump and lighting equipment is a side view) of a unit-type indoor atmosphere comforting device (1) having a funnel-shaped structure of a fountain of the present invention using lighting means by an optical fiber. is there.

FIG. 4 is a side sectional view (a pump is a side view) of a unit-type indoor atmosphere comforting device (101) having a crown-shaped fountain according to the present invention.

FIGS. 5, 6, and 7 are cross-sectional views of the fountain nozzle of the present invention.

FIG. 8 is a side cross-sectional view (a side view of a pump and a pumping pipe facility) of a unit type indoor atmosphere comforting device (201) having a structure in which a water fluid is formed into a spherical film shape according to the present invention.

[Explanation of symbols]

1 Unit type indoor atmosphere comforter (Fig. 1) 2 Water tank 2a Common hole of water tank 3 Submersible pump 3a Discharge port of submersible pump 4 Receiving tray 4a Common hole of receiving tray 5 Multifunctional joint 5a Multifunctional joint packing 5b Multifunctional Lock nut of joint 5c Water passage of multifunctional joint 5d Upper joint of multifunctional joint 6 Distribution tank 6a Bottom plate of distribution tank 7 Spout 8 Screw rod 8a Screw hole 8b Lock nut of screw rod 9 Water pipe nipple 10 Bottom lid 10a Waterproof packing of bottom cover part 11 Annular groove surface 12 Waterproof packing 13 Supporting board 13a Flower insertion hole 13b Water hole 14 Vase 14a Flower 15 Fountain 16 Water pipe 17 Drain cock 18 Waterproof ground 19 Water storage 20 Flower arrangement 21 Sponge sheet 22 (Coarse) filter 23 (fine) filter 24 Substances that release eggplant ions 25 Substances that purify stored water 26 Water absorption pipes 27 Lighting fixtures 28 Color filters 29 Bundles of coated optical fibers 29a Optical fiber filaments 30 Fountain nozzles (conventional) 30a Fountain nozzles (invented) 30b Fountain nozzles ( Invented) 31 minute piping 32 Intermediate pan 33 Dispensing pipe 34 Nozzle connecting parts (conventional) 34a Nozzle connecting parts (conventional) 34b Nozzle connecting parts (conventional) 35 Nozzle parts (conventional) 35a Nozzle parts (Invented) 35b Nozzle parts (Invented) 36 Pumping pipe 37 Water control valve 38 Spreader 39 Engraved image 40 Rectifier 41 Discharge port 42 Flow-down device 43 Support bracket 44 Buffer body 45 Reduction motor 46 Cap nut 48 Vent hole 101 Indoor atmosphere comforter (structure that forms a fountain in a crown shape) (Fig. 4) 102 pump box
(Figure 4) 103 land pump
(Figure 4) 104 Pottery saucer
(Fig. 4) 105 Multifunctional joint (short)
(Figure 4) Packing of 105a multifunctional joint
(Fig. 4) 105b Lock nut of multifunctional joint
(Fig. 4) 105c
(Fig. 4) 105d Connection port at the top of multifunctional joint
(Fig. 4) 106 distribution tank (with a connection hole for the distribution pipe on the side)
(FIG. 4) 106a bottom plate
(Fig. 4) 108 screw rod (with intermediate tray attached)
(Fig. 4) 108a screw hole
(Fig. 4) 113 support board (incorporating flower arrangement and annular distribution pipe)
(Fig. 4) 201 Indoor atmosphere comfort device (having a structure that forms a water fluid into a spherical film) (Fig. 8) 202 Water reservoir (a hole is also provided on the side)
(Fig. 8) 203 submersible pump (with two outlets)
(Fig. 8) 206 distribution tank (spreader support in the center, six outlets around it (Fig. 8) 207 outlet
(FIG. 8) 208 screw rod (supported sculpture image with spreader)
(FIG. 8) 208a screw hole
(Fig. 8) 215 Spherical membrane water fluid
(Fig. 8) 216a Water pipe (to downflow device)
(Fig. 8) 216b Water pipe (to distribution tank)
(FIG. 8)

──────────────────────────────────────────────────の Continued on the front page (51) Int.Cl. ⁷ Identification code FI Theme coat ゛ (Reference) B05B 17/08 B05B 17/08 C02F 1/28 C02F 1/28 A 1/50 510 1/50 510A 520 520J 531 531E 540 540C 550 550B (72) Inventor Tadashi Fukami 1281-6 Arise, Igawaya-cho, Nishi-ku, Kobe-shi, Hyogo Pref. 4-201 F-term (reference) QQ11 4D020 AA09 AA10 BA23 CB34 CD03 4D024 AA06 AB01 AB04 AB07 BA02 BA03 BA05 BB07 BC01 4D074 AA02 AA08 BB03 EE03 EE13 EE30

Claims (17)

[Claims] In order to make the indoor atmosphere comfortable, specifically, air is naturally humidified, harmful substances contained in the air are captured and dissolved in water to purify the air, and odors in the air are absorbed and removed. Furthermore, for the purpose of decorating the room, the pump (3) sucks the water (19) in the device, squirts it into the space above the tray (4), and sprinkles water.
And a unit type indoor atmosphere comforter (1) configured to repeat the circulation. 2. A substance which emits negative ions to a predetermined position of the apparatus for the purpose of purifying the indoor air by releasing negative ions into the air in order to make the indoor atmosphere comfortable, in particular, for the purpose of purifying the indoor air. 2. The indoor atmosphere comforting device according to claim 1, wherein: 3. To make the indoor atmosphere comfortable, specifically, to circulate the indoor air to increase the efficiency of contact with the water in the spouted water in the space above the tray (4). The indoor atmosphere comfort device according to claim 1, wherein a predetermined number of small electric fans are provided on an outer peripheral portion of the tray (4) for the purpose of averaging the imbalance of the indoor temperature. 4. A water storage (1) for adsorbing contaminants in a water storage (19) in the apparatus, further suppressing generation of bacteria and odor.
9) The substance (25) having the function of purifying water is stored in the water (1).
9. The indoor atmosphere comforting device according to claim 1, wherein the device is arranged inside. 5. A vase (14) capable of arranging ikebana (20) at a predetermined position in a saucer (4) in order to make the indoor atmosphere comfortable, in particular, to enhance the decorative function of the device. 2) and a flower arrangement (14a) to add a function of flower arrangement. 6. A light-transmitting glass pan is used to make the room atmosphere comfortable, specifically, to enhance the decorative function of the device, and is directed toward the device from the outer surface thereof. The indoor atmosphere comfort device according to claim 1, wherein the device emits light. 7. A container in which water can be stored in order to manufacture a hand-blown glass tray (4) in which it is difficult to provide a common hole (4a) at a correct size and a correct position in a processing stage. 2. The indoor atmosphere comfort according to claim 1, wherein a tray (4) manufactured by a method of forming a common hole (4a) of a predetermined size with a special diabit tool is used at the bottom of the container after manufacturing in advance. Device. 8. A bundle (29) of a predetermined number of coated optical fibers is placed in a water storage tank (2) or a pump box in order to make the indoor atmosphere comfortable, in particular, to improve the decoration function of the device. The light is drawn into the tray (4, 104) from the side of (102) and illuminated, and is dispersed in a filament in the tray (4, 104) if necessary.
104) and are illuminated at respective predetermined positions. Furthermore, one end of the coated optical fiber bundle (29) is on the outer side of the pan (4, 104), using a predetermined number of luminaires (27) and, if necessary, a color filter (28).
The indoor atmosphere comforting device according to claim 1, wherein the device is configured to receive light through the device. 9. A receiving tray (4) is placed on a water storage tank (2) containing a submersible pump (3), and both are located at a substantially central position where the upper surface of the water storage tank (2) and the bottom surface of the receiving tray (4) overlap. And a function of joining the water storage tank (2) and the receiving tray (4) to the through hole (2a, 4a), and a communication between the water storage tank (2) and the receiving tray (4). A set of multifunctional joints (5) having a water function, a waterproof seal function between the water storage tank (2) and the pan (4), and a base function to support components mounted in the pan (4) is inserted to store water. Tank (2)
And a receiving tray (4), and a distribution tank (6) having a spout (7) is joined to the upper end joint port (5d) of the multifunctional joint (5), and further distributed to the pump (3). An indoor atmosphere comforting device (1), characterized in that the tanks (6) are connected by a water pipe (16), and furthermore, they are configured to be easily assembled and rearranged. 10. A pan (104) is placed on a pump box (102) containing a land pump (103),
A common through hole (2a,
4a), and in the through holes (2a, 4a),
The function of joining the pump box (102) and the tray (104), the function of flowing water between the water tank (102) and the tray (104), the function of waterproof sealing between the pump box (102) and the tray (104), and the tray (104) A set of multifunctional joints (1) having a base function to support components mounted in the
05), the pump box (102) and the tray (104) are joined and integrated, and the multifunctional joint (1) is inserted.
05), the distribution tank (106)
And a land pump (103) and a distribution tank (10
6) A room atmosphere comforting device (101) characterized by being configured to be connected by a water pipe (16), and further configured to be easily assembled and rearranged. 11. A receiving tray (4) is placed on a water storage tank (202) containing a submersible pump (203).
02) and a common through hole (2a, 4a) at the substantially center position where the upper surface of the tray 02 and the bottom surface of the tray (4) overlap,
The function of joining the water tank (202) and the tray (4) to the through holes (2a, 4a), the function of passing water between the water tank (202) and the tray (4), the function of the water tank (202) and the tray A pair of multifunctional joints (5) having a waterproof sealing function between (4) and a support base function for various components mounted in the tray (4) is inserted, and the water storage tank (202) and the tray (4) are inserted. )
And a distribution tank (206) having a spout (207) at the outer periphery of the upper surface is joined to the upper end connection port (5d) of the multifunctional joint (5).
6) An engraved image (39) having a spreader (38) at the upper end and a screw rod (208) at the lower end is erected in the screw hole (208a) at the center of the upper surface. A flow-down device (42) provided with a flow straightening means (40) and having a discharge port (41) through which water can flow is provided at a predetermined upper position opposite thereto and supported by a water pump (36). Submersible pump (20
According to 3), the water (19) in the water storage tank (202) and the receiving pan (4) is suctioned and pressurized and sent to two paths, one of which is provided with a water control valve (37) from a water pipe (216b). The water is pumped to the downflow device (42) through the pumping pipe (36), and the diverter (38) is discharged from the discharge port (41) through the rectifying means (40).
While forming a spherical membrane-like water fluid (215) flowing down,
It is configured to flow down onto the pan (4). Further, the other path supplies water to a distribution tank (206) having a water control valve function through a water supply pipe (216b), and receives a spherical film from a jet port (207) provided on the outer peripheral portion of the upper surface of the distribution tank (206). The fountain (15) is formed in a funnel shape toward the inside of the water fluid (215). Saucer (4) as above
And a fountain (15) is further formed inside the spherical film-like water fluid (215), and then collected in a tray (4). An indoor atmosphere comfort device (201), characterized in that it is configured to repeat circulation, and is further configured to be easily assembled and rearranged. 12. A screw hole (8a, 108a, 208a) having a predetermined diameter is formed at the center of the upper surface of the distribution tank (6, 106, 206).
Is provided, and a screw rod (8, 108, 208) having a lower end serving as a valve body of a valve is screwed into the screw hole, and further, the bottom plate (6a, 106a) of the distribution tank opposed thereto is screwed.
The water supply pipe nipple (9) to which the water supply pipes (16, 216b) are connected is joined, and the inner cylinder of the water supply pipe nipple (9) is used as a valve seat of the valve, and the screw rod (8, 108, 208) is used.
By changing the screwing allowance for the water pipes (16, 21)
6b) The function of a water control valve for controlling the amount of water flowing into the distribution tank (6, 106, 206) from the 6b), thereby adjusting the height of the fountain (15). 1,
12. The indoor atmosphere comfort device according to 9, 10, and 11. 13. A vase (14), an intermediate tray (32), a sculpture (39), a glass decoration, a ceramic decoration, an advertisement, a ceramic on the upper end of the screw rod (8, 108, 208). Bowl, clocks, hygrometer, thermometer,
Various components of the apparatus, such as a storage table, are individually joined and integrated.
6, 206) on the upper surface of the screw holes (8a, 108a, 208).
a) into the pan (4, 104) to allow the components to function as well as a handle for turning the screw rod (8, 108, 208). The indoor atmosphere comfort device according to claim 12, characterized in that: 14. The components of the device, such as the sculpture (39), the vase (14) and the intermediate tray (32), which are individually bonded to the upper ends of the screw rods (8, 108, 208), emit negative ions. 14. The indoor atmosphere comforting device according to claim 13, wherein the device is formed by using a material to be molded. 15. Regarding the nozzle (30a), a nozzle connection part (34a) in which one nozzle joining portion of a hexagon nipple is changed to a spherical shape and the other one is left as a screw is made of metal or resin. And a nozzle part (35) made of an elastic resin or rubber having a joining part in a cap shape.
a) is manufactured, and the cap-shaped portion is fitted so as to cover the spherical portion of the nozzle connecting part (34a), so that the fitting portion can be rubbed, waterproofed, and detached. Thus, the fountain nozzle (30a) can easily adjust the ejection angle θ up to 15 degrees. The hexagonal surface portion of the nozzle connecting part (34a) is a portion used to hang a wrench when assembling, and can be manufactured in another shape instead of the hexagonal surface. Alternatively, the screw portion may be formed into a pipe shape and joined to the hole of the water supply facility using an adhesive. 12. The indoor atmosphere comfort device according to claim 1, wherein the nozzle (30a) configured as described above is mounted. 16. A nozzle connecting part made of an elastic resin or rubber in which one nozzle joining part has a cap-shaped receiving body shape and the other connecting part has a tapered shape to prevent the nozzle (30b) from coming off. (34b), and further, a nozzle part (35b) having a spherical joint portion is made of metal or resin, and is fitted to the cap-shaped receiving body. The fountain nozzle (30b) is waterproof and detachable, and can easily adjust the jetting angle θ to 30 degrees even if it is small. 12. The indoor atmosphere comfort device according to claim 1, further comprising a nozzle (30b) configured as described above. 17. The system according to claim 1, wherein various constituent parts are standardized and assembled by systematized parts so that parts can be arbitrarily selected, assembled, rearranged, and replaced. An indoor atmosphere comfort device according to any one of claims 10 and 11.