JP3229994U - Air-conditioned mosquito net - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an air-conditioned mosquito net capable of creating a comfortable space including air whose temperature and humidity are controlled by utilizing the advantages of an inexpensive, power-saving and other mosquito net which is one of the traditional summer nightwear. SOLUTION: This is an air-conditioned mosquito net composed of a square hanging mosquito net 1 and an air purifier S, and the original mosquito net 1 is called an insecticide-free pest control by using the purifying air of the corona silent discharge type air purifier S. In addition to the features, the outside air controlled by the air conditioner flows into the room, which, combined with the purifying wind, makes the inside of the mosquito net 1 a comfortable space. Furthermore, the outside air from the blower fan or air conditioner is taken in and discharged from the injection port in the mosquito net 1 toward the bed surface to create a space in which the temperature of the mosquito net 1 is consciously controlled, and purified air is added to this space all year round. Use a self-contained air-conditioned mosquito net or canopy bed that can be used. [Selection diagram] Fig. 1

Description

The present invention relates to an air-conditioned mosquito net.

Mosquito nets, which were once used as a feature of summer nights, are mainly aimed at preventing damage from pests such as mosquitoes without using chemicals or smoke, but they also have secondary effects such as preventing children from getting cold. Was widely used as. Currently, mosquito nets are no longer used due to changes in the living environment and the spread of air conditioners due to the rise in outside temperature, but it is recommended to replace the air once every 2-3 hours when using the air conditioner for a long time.
However, it is almost impossible to use the air conditioner to replace the air once every two to three hours during sleep such as tropical nights, although there are individual differences.
The main reason for recommending this air replacement is the positive ions generated when the air is blown by the blower fan and generated by the friction that increases in the air passage, and although it is unavoidable due to the structure of the air conditioner, the positive ions are unavoidable for humans. It contributes to the creation of unpleasant air along with the exhaled carbon dioxide. In addition to the measures against unpleasant air, some people use a corona silent discharge type air purifier that does not use a fan and an air conditioner, which is said to be effective against pollinosis, PM2.5, and influenza.
Due to the above circumstances, in addition to the original functions of mosquito nets, the wind has a large amount of negative ions that give a refreshing feeling while reducing the effects of minute ozone and positive ions that have bactericidal power emitted by the corona silent discharge type air purifier. There was a voice expecting that it would be effective against influenza, pollinosis and PM2.5 by releasing (hereinafter, this is referred to as purifying wind) from the radiation port provided in the mosquito net.

Japanese Unexamined Patent Publication No. H10-286303

Kyoritsu Electric Industry Co., Ltd. Salil Catalog

The present invention is an inexpensive, power-saving, chemical-free insect repellent measure for mosquito nets, which is one of the traditional summer nightwear that is now being forgotten due to changes in the living environment and rising outside temperatures. In order to take advantage of this, the mosquito net is made by utilizing the fact that the temperature and humidity controlled wind (hereinafter referred to as the outside air) by the air conditioner, which is now used in many ordinary households, flows in due to the structure of the mosquito net. By releasing the purified air from the air purifier inside, the result is a comfortable space containing air whose temperature and humidity are controlled. In addition, even if there is no air conditioner, the mosquito net should be made into a comfortable space with only the purified air from the air purifier.
Furthermore, the outside air is actively taken in by the outside air receiver, and the purifying air is added to the outside air to make the inside of the mosquito net a comfortable space that can be used all year round.
Another object of the present invention is to have an effect on pollinosis, PM2.5, and influenza in the mosquito net by the bactericidal effect of a small amount of ozone and the effect of a large amount of negative ions contained in the purified wind.
Furthermore, the canopy bed using the mosquito net should be a comfortable personal space that can be used all year round.

The present invention uses the purifying air of a corona silent discharge type air purifier, which makes it easy for the user to enter and exit, requires a small area to enter and exit, has a predetermined air inflow and outflow effect, and does not require an insecticide. In addition to the original feature of the mosquito net, which is the countermeasure against pests, the outside air whose temperature or humidity is controlled by the air conditioner flows into the room, and the purified wind makes the inside of the mosquito net a comfortable space.
Furthermore, the outside air emitted by the air conditioner is discharged from the injection port inside the mosquito net toward the bed surface, which will be described later, to make the inside of the mosquito net a space whose temperature and humidity are intentionally controlled, and the purifying air is added to this to be used all year round. Use an air-conditioned mosquito net.
In addition, the air-conditioned mosquito net that can be used all year round is attached to the canopy bed to make it a canopy bed that has a comfortable space that can be used all year round.

The present invention does not specify the size, shape, mesh size, or material used of the mosquito net. Therefore, any shape may be used as long as it has a dome-shaped or other mosquito net function.
Furthermore, it may be a traditional hemp mesh or a modern mosquito net using non-woven fabric or chemical fiber.
In addition, in order to prevent the intrusion of dust and promote the circulation of air inside the mosquito net, it is prohibited to use a cloth other than the mesh mosquito net, that is, a cloth that is less permeable to air than the mesh mosquito net or a non-ventilated cloth on the ceiling or the upper part of the vertical surface of the mosquito net. Absent.
Furthermore, the method of the air purifier is not specified. Therefore, any material having the same effect as the corona silent discharge method may be used.
In addition, the method and shape of the air conditioner to be used are not specified. Therefore, a product having only a temperature control function, a product equipped with a filter, or a product having a sterilization function may be added.
Furthermore, the method of the air receiver for air intake and ventilation of the air conditioner is not specified. Therefore, if it is for the purpose, it can be received and blown by any method.

The present invention makes the inside of the mosquito net a comfortable space by the bactericidal power and comfort of the purifying wind discharged into the space of the mosquito net. Furthermore, by taking in the outside air whose temperature and humidity are controlled by the air conditioner and releasing it from the spout provided in the mosquito net and adding the purifying air of the air purifier, the sterilizing effect by a small amount of ozone and the positive ion by a large amount of negative ions It is effective in obtaining a comfortable space with less influence of. In addition, a mosquito net with the above effects will be added to the canopy bed to create a comfortable space that can also serve as an evacuation site for hay fever patients.

A perspective view showing the whole picture of an air-conditioned mosquito net equipped with a corona silent discharge type air purifier on a traditional ceiling-mounted mosquito net. FIG. 1 is an opening view showing the internal state of the mosquito net showing the state of the purified air outlet of the air purifier and the SWs in the cross-sectional view of XX'in FIG. A perspective view of a corona silent discharge type air purifier having through holes for ceiling straps at both ends. A perspective view showing an overall image of a self-supporting mosquito net in which a mosquito net is attached to a square space composed of four pillars standing in a square, a beam connecting the pillars, and a lower plate. FIG. 4 is an opening view showing a purified air outlet of the air purifier and an outside air outlet of 2 Gm in FIG. 4 in a cross-sectional view of YY'in FIG. 3D view which shows the whole image of the canopy bed 3 which has the air-conditioned mosquito net of Example 2.

Examples of the present invention will be described below with reference to the accompanying drawings.

The square hanging type air-conditioning mosquito net 1 of the first embodiment of FIG. 1 has four hanging strings using square edge mounting holes (hole symbols omitted) provided in the upper four corners ABE, BCE, CDE, and DAE on the ceiling side. A, B, and 2 are hung using hooks (not shown) at high places in the room, and the four vertical surfaces of the mosquito net A, B. A hem W that extends continuously is attached to the lower part of C and D. The ends Abe and Dae of the air purifier are attached to the above ABE and DAE and share the string through hole, and the string A is connected to the AC adapter (not shown) dedicated to the air purifier. Is wrapped around.
FIG. 2 shows the forms of the two purification air injection ports SH1 and SH2 of the air purifier in the mosquito net, SW1 of the power supply SW, SW2 of the strength control SW, and the pilot lamp (numbering omitted). It is a cross-sectional opening view of. In the first embodiment, for example, a user who turns the hem of a mosquito net and enters the mosquito net presses SW1 of the power supply SW to turn it on, and then turns the strength control SW2 strong or weak. (Note that the power supply SW1 is a repetitive type of ON / OFF, and the strength control SW2 is a repetitive type of strong with one push and weak with two pushes.)
As a result, the user can sleep comfortably on the bed (not shown) provided in the mosquito net, which is a comfortable space filled with purified wind.
In addition, the square hanging mosquito net has a hem W that is common to the A, B, C, and D surfaces. If you turn the lower part to the extent that a crouched human body can slip in and out quickly, mosquitoes and other pests can move in and out. Since intrusion can be prevented, there is no problem in use even if there is no doorway.
Furthermore, when the temperature and humidity of the room where the electronic mosquito net is hung is adjusted by the air conditioner, the outside air in the room where the temperature and humidity of the air conditioner is controlled flows into the mosquito net, which makes the inside of the mosquito net more comfortable in combination with the above purification wind. It becomes a space.

The air-conditioned mosquito net 2 (FIG. 3) of the second embodiment has four columns 2PA, 2PB, 2PC, 2PD and four upper beams 2AB, 2BC, 2CD, 2DA and four lower plates 2Ab connecting the columns. A self-supporting mosquito net 21 is provided in a square space formed by 2Bc, 2Cd, 2Da (not shown), and a fan 2G having a cooling / heating switching function and an outside air receiver Gn on the outside side of the mosquito net surface A. An outside air blower hose 2 Gp is provided. In order to prevent dust from entering from the ceiling side of this mosquito net 2, a soft cloth is used for the top surface E and the rectangular 4 hanging surfaces 2Ak, 2Bk, 2Ck, and 2Dk with a width of 20 cm each connected to the top surface. ing.
Further, the mosquito net 2 is attached to a beam 2AB and 2DA using an L-shaped wide aluminum thin plate and a thin L-shaped beam 2BC and 2DA (not shown). An air purifier S is attached to the outside of the beam 2AB, and the purification air emission ports SH1, SH2, SW1 and SW2 are exposed inside the mosquito net, and the inside of the internal hanging surface 2Dk in close contact with the beam 22DA is inside. An outside air blower hose 2Gp extending to the inner 2/3 length is attached, and an outside air injection port 2Gm opens downward in the 1/2 angle direction at a right angle formed by the top surface E and the mosquito net surface D. ..
According to the above, under the high summer temperature, the cold air of the external blower fan 2G is sent from the receiver 2Gm through the hose 2Gp and discharged downward from the radiation port 2Gm to make the inside of the mosquito net a comfortable space together with the purification wind.

As a result, when the person sleeps on the bed with the C side facing the head under high temperature, cold air is mainly sent to the upper body side to become a head cold state, and a comfortable sleep can be obtained in combination with the purified wind. In the cold season, stop the outside air and use an electric blanket or a blanket, or take in warm air from a blower fan 2G that has a warm air function and release warm air from the radiation port 2GM (not shown) that has moved to the foot side of the bed. Since the foot can be heated, it becomes the comfortable space throughout the four seasons.
Alternatively, if the outside air receiver is connected to the air conditioner and blown, it becomes an ideal comfortable space of outside air plus purified air with temperature and humidity control throughout the four seasons.
Further, this comfortable space also has the above-mentioned comfort effect as an escape place for pollinosis patients during the pollen season, for example.

FIG. 5, the canopy bed 3 of the third embodiment has a form in which the self-supporting mosquito net 2 of the second embodiment is provided in the canopy bed. That is, the ceiling portion E of the mosquito net 2 of the second embodiment is brought into close contact with the lower inner surface of the canopy 3E of the canopy bed, and the upper hanging surfaces 2Ak, 2Bk, 2Ck of the mosquito net 2 are attached to the frame portions EA, EB, EC, ED of the canopy. A part of 2Dk is fixed (not shown) to form a canopy bed 3 with a mosquito net 2.
Since the above fixing causes inconvenience in entering and exiting the mosquito net, the vertical surfaces A to D of the mosquito net are made into a curtain shape that fits the canopy bed to facilitate entry and exit, but the description of other parts overlapping with the second embodiment is omitted. To do.
Similar to Example 2, the canopy bed can be used as a bed that provides a comfortable space throughout the year, and if lighting is brought in or installed, it becomes a comfortable personal space that can be used throughout the year. During the pollen season, patients with hay fever It is also a comfortable evacuation site.

1 ... Suspended mosquito net of Example 1 2 ... Free-standing mosquito net of Example 2 3 ... Canopy bed with mosquito net of Example 3 ... Vertical surface A of mosquito net (common to Examples 1 to 3) )
B ... Vertical surface B of mosquito net (common to Examples 1 to 3)
C ... Vertical surface C of mosquito net (common to Examples 1 to 3)
D ... Vertical surface D of mosquito net (common to Examples 1 to 3)
E ... Top surface or ceiling surface of mosquito net (common to Examples 1 to 3)
W: Surplus part of mosquito nets A to D (common to Examples 1 to 3)
ABE ・ ・ ・ Mosquito net corner AB Upper holed square edge BCE ・ ・ ・ Mosquito net corner BC Upper holed square edge CDE ・ ・ ・ Mosquito net corner CD Upper holed square edge DAE ・ ・ ・ Mosquito 1 corner Perforated square edge Abe on the upper part of the DA ... It is overlaid on the ABE at the end of the air purifier.
Dae: Overlaid on the DAE at the end of the air purifier.
B ... Hanging string Iro ... Hanging string Roha ... Hanging string H2 ... Hanging string 2 Q ... Power cord S ... Air purifier SH1 ... Purifying air radiant port 1
SH2 ・ ・ ・ Purification air emission port 2
SW1 ・ ・ ・ Power SW of air purifier
SW2 ・ ・ ・ Strength control SW of air purifier
SK ... Cover 2A of the power supply unit and SW unit of the above S ... Pillar A of the second embodiment
2B ... Pillar B of Example 2
2C ... Pillar C of Example 2
2D ... Pillar D of Example 2
2AB ... Beam A of Example 2
2BC ... Beam B of Example 2
2CD ... Beam C * of Example 2
2DA ... Beam D * of Example 2
2Ab ... Lower plate A * of Example 2
2Bc ... Lower plate B * of Example 2
2Cd ... Lower plate C * of Example 2
2Da ... Lower plate D * of Example 2
2Ak ・ ・ ・ Vertical surface A at the top of the mosquito net
2Bk ・ ・ ・ Vertical surface B at the top of the mosquito net
2Ck ・ ・ ・ C * on the upper part of the mosquito net
2Dk ・ ・ ・ Vertical surface D at the top of the mosquito net
2G ... Blower fan (equivalent to air conditioner)
2Gn ・ ・ ・ Outside air receiver 2Gp ・ ・ ・ Blower hose 2Gm ・ ・ ・ Outside air injection port 3N ・ ・ ・ ・ Bed The above * marks are for explanation and are not entered on the drawing.

Claims (3)

It is an air-conditioned mosquito net consisting of a square mosquito net and air-conditioning equipment. It has a silent discharge type air purifier above the outside of at least one side of the square hanging mosquito net. An air-conditioned mosquito net that has a mosquito net with a radiation port that emits ionized wind due to decomposition action consisting of a cylindrical electrode on the plus side and a discharge pin on the minus side in the center, and a control unit. The outside air whose temperature or temperature and humidity are controlled to be blown from an air conditioner or a device having a function equivalent to that of an air conditioner is blown diagonally downward inside the mosquito net from the radiation port at the tip of the hose provided inside the upper part of the square mosquito net via the blower hose outside the mosquito net. The air-conditioned mosquito net according to claim 1, wherein the outside air is released. A canopy bed comprising the air-conditioned mosquito net according to claim 1 or 2.