KR101055897B1 - Fully automatic remote control laundry dryer with negative ion generating lamp and mosquito control lamp - Google Patents

Abstract

The present invention relates to a laundry drying rack, and in particular, a negative ion generating lamp and a mosquito repelling lamp are installed on a fully automatic remote control laundry drying rack which can be attached to a ceiling and adjust the height of a drying rod by a remote controller, while blocking the source of the mosquito. The present invention relates to a fully-automatic remote control laundry dryer equipped with a negative ion generating lamp and a mosquito repelling lamp that can generate a large amount of negative ions to create a comfortable living environment.

Fully automatic remote control laundry drying rack equipped with anion generating lamp and mosquito repelling lamp according to the present invention is a fully automatic remote control laundry drying rack which can be attached to the ceiling and adjusts the height of the drying rod by the remote control. The eradication lamp is installed.

Clothes Dryer, Anion Generator Lamp, Mosquito Killer Lamp, Dryer, Blower

Description

Electronic automatic clothing drying apparatus with lamp to generate the nagative ion and lamp to repelling mosquito}

The present invention relates to a laundry drying rack, and in particular, a negative ion generating lamp and a mosquito repelling lamp are installed on a fully automatic remote control laundry drying rack which can be attached to a ceiling and adjust the height of a drying rod by a remote controller, while blocking the source of the mosquito. The present invention relates to a fully-automatic remote control laundry dryer equipped with a negative ion generating lamp and a mosquito repelling lamp that can generate a large amount of negative ions to create a comfortable living environment.

In the past, mosquitoes appeared only in the summer season and caused damage to humans. Recently, however, mosquitoes are frequently found indoors in apartments, even in winter, due to global warming and rising indoor temperatures.

Most people think that these mosquitoes ride up the apartment's elevator, but recent studies show that most of these mosquitoes live inside the apartments, especially when the moist and dirty porch or laundry room is the best place for mosquitoes. It provides an environment, which constantly causes mosquitoes to appear inside the apartment.

Even if spraying mosquito repellent to remove the mosquito larvae, the mosquito repellent has the effect of temporarily eliminating mosquitoes, but it does not play a role of removing the larvae at the source. Became.

On the other hand, due to the low outside temperature in winter, the interior of the apartment is not properly ventilated, so the air inside is easily contaminated by various harmful substances. In particular, apartments in the city will be a lot of cations, the presence of such cations adversely affects the human body. The problem is that this bad air not only directly affects the people living in the room, but is also easily absorbed by laundry containing lots of moisture in the laundry rack, and the harmful ingredients contained in the laundry become skin irritants. . In particular, the harmful ingredients left in children's clothes have a direct effect on children with weak skin, causing atopic dermatitis, allergy, and respiratory diseases.

Due to global warming and rising temperatures, mosquitoes are found indoors in apartments, even in winter, and these mosquitoes often breed on moist verandas or laundry rooms. So if you can fight mosquitoes on the veranda or in the laundry room, you can get rid of a lot of mosquitoes indoors.

Meanwhile, in winter, indoor ventilation is contaminated because ventilation is not properly performed. Hazardous ingredients resulting from such contaminated indoor air and detergent are attached to laundry, which affects children with weak skin, causing problems such as atopy.

Therefore, it was necessary to install a means for removing mosquitoes and a means for removing air pollutants while purifying the air by generating anions in the place where the laundry is dried.

The present invention has been invented to solve the above problems, the present invention is attached to the ceiling, the negative ion generating lamp and the mosquito repellent lamp is installed in the fully automatic remote control laundry drying rack that can adjust the height of the drying rod by the remote control to form the mosquito The purpose of the present invention is to provide a fully automatic remote control laundry dryer equipped with a negative ion generating lamp and a mosquito repelling lamp that can generate a large amount of negative ions while creating a comfortable living environment.

Fully automatic remote control laundry drying rack equipped with anion generating lamp and mosquito repelling lamp according to the present invention is a fully automatic remote control laundry drying rack which can be attached to the ceiling and adjusts the height of the drying rod by the remote control. The eradication lamp is installed.

According to another preferred feature of the invention, the automatic remote control laundry dryer is attached to the ceiling box-shaped body that includes a motor operated by the remote control therein; At least two folding protrusions protruding downward from both ends of the main body, the height of which is adjusted by the motor; At least two support frames connected to a lower portion of the individual folds; It includes a drying rod that is connected between the supporting frame and the laundry is caught, the anion generating lamp and the mosquito repellent lamp is installed toward the drying rod in the main body.

According to another preferred feature of the invention, the negative ion generating lamp has a base having a base for electrically connecting to the lamp socket; A lamp cover coupled to the lower case and having a metal fiber groove formed at an upper side thereof; A lower portion is connected to the lower case and an upper portion includes a LED lamp; A lower end is connected to the lower case and an upper end includes metal fibers formed to protrude to the outside by the metal fiber grooves formed in the lamp cover.

According to another preferred feature of the invention, the mosquito repellent lamp is a lower case formed with a base for electrically connecting to the lamp socket; A vacuum tube protruding to the other side of the lower case; It is installed in the lower case includes a direction cartridge for generating incense by using heat generated from the vacuum tube, the direction cartridge is installed on the other side of the lower case through the coupling means so that one end is adjacent to the vacuum tube The other end is opened to be filled with a refill container filled with a fragrance stock solution, a porous absorbent rubber having a predetermined thickness to be combined while being inserted into the open portion of the refill barrel and absorbing the fragrance stock solution, and the resorption to be disposed outside the porous absorbent rubber. It is fitted into the opening of the pencil case, and includes packing rubber with perforated micro holes.

According to another preferred feature of the invention, the aroma stock solution is prepared from buckthorn or vinegar.

According to another preferred feature of the present invention, a blower is provided inside the main body, and a blower is formed in the main body to discharge the wind of the blower toward the drying rod.

Since the laundry dryer according to the present invention is operated by a fully automatic remote controller, it is possible to save labor in the drying process of the laundry, which consumes a lot of labor.

In addition, since the laundry drying rack in the present invention has a mosquito repellent lamp, because the mosquito in the main habitat of the mosquito can not live without a separate additional device, it is the method that can effectively remove the mosquitoes indoors. In addition, since the aromatic liquid is volatilized using the heat of the lamp emitted into the atmosphere, there is no loss of energy.

In addition, since the laundry drying rack according to the present invention includes an anion generating lamp, it is possible to improve the air quality by releasing anions which are frequently found in the forest and absolutely insufficient in the city, and removes contaminants attached to the laundry. To perform. In addition, the veranda usually grows a lot of pots, when the laundry drying rack according to the present invention is installed on the veranda, a large amount of negative ions are released, thereby promoting the growth of plants.

In addition, by using the wind through the vents, the negative ions and mosquito scents generated from the anion generating lamp and the mosquito repellent lamp penetrate deeply into the fabric, and the clothes are boiled, and the fabric is activated. Furthermore, negative ions and mosquito scents can be spread evenly inside the bed, so that the effect can be spread widely.

The laundry drying rack according to the present invention has an anion generating lamp and a mosquito repelling lamp installed on a fully automatic remote control clothes drying rack that can be attached to the ceiling to control the height of the drying rod by the remote control, and is warm and dirty due to the mosquito repelling lamp. It is characterized by the fact that it is possible to remove harmful substances while generating a large amount of negative ions by the negative ion generating lamp while blocking the habitat of mosquitoes in the laundry room.

Hereinafter, the configuration and the effect according to the preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

In the present invention, there is no particular limitation on the laundry drying rack, but it is preferable that the laundry drying rack in the present invention uses a fully automatic remote control laundry drying rack that can adjust the height of the drying rod by a remote controller in consideration of convenience.

1 is a schematic diagram of a fully automatic laundry dryer according to the present invention. As shown in Figure 1, one embodiment of the fully automatic remote control laundry drying rack 10 according to the present invention is the main body 11, folding fold 12, support frame 14, drying rod 15, remote control 18 It includes.

The main body 11 has a box shape attached to the ceiling, and includes a motor (not shown) that is used to automatically increase and decrease the folding section 12. The motor is operated by the remote control 18.

The folds 12 protrude from both ends of the main body 11, and two are normally installed. Fold 12 has a bellows shape, the length of which is adjusted by a motor. Two or more folds may be installed as needed.

The support frame 14 is attached to the lower portion of the folding section 12, the drying rod 15 is connected to the support frame 14. Therefore, the support frame 14 serves to connect the drying rod 15 and the folding section 12.

The drying rod 15 is a part connected between the two support frames 14, and the laundry is actually worn over this part. The drying rod 15 may further install an auxiliary drying rod extending laterally as needed.

The remote controller 18 controls the operation of the motor to adjust the height of the folding section 12.

In the automatic remote control laundry drying rack according to the present invention, a negative ion generating lamp and a mosquito repelling lamp are installed in the laundry drying rack. Hereinafter, the anion generating lamp and the mosquito repelling lamp will be described.

2 is a perspective view of the negative ion generating lamp, Figure 3 is an exploded perspective view of the negative ion generating lamp. As shown in Figure 2 and 3, the negative ion generating lamp 100 is composed of a lower case 110, lamp cover 120, the circuit portion 130, the metal fiber 140.

The lower case 110 has a base 114, which is a fastening means for electrically connecting the lamp socket to the lower side, and forms a power supply 113 inward.

A quadrangular heat dissipation groove 111 and the coupling groove 112 formed at a predetermined interval toward the side is formed.

In addition, the lamp cover 120 to form a coupling portion 121 to the lower inner side to be coupled to the coupling groove 112 of the lower case 110, and forms a metal fiber groove 122 to the upper side.

The lower case 110 and the lamp cover 120 may be combined by screwing or fitting, which is a general coupling method, but more preferably by fitting for easy coupling and separation.

In addition, the circuit unit 130 is formed to be coupled between the lower case 110 and the lamp cover 120, the lower side is connected to the power supply 113 formed inside the lower case 110, the upper side To configure the LED lamp 131 for generating a mood-type light and heat.

In addition, the metal fiber 140 is connected to an anion generating circuit (not shown in the drawing) which has a lower end directly connected to the power supply unit 113 formed inside the lower case 110, and the upper end of the metal fiber 140. It is formed to protrude to the outside through the metal fiber groove 122 formed in the lamp cover 120 to emit.

The metal fiber 140 is coated with silver nano, and a portion formed inside the lamp cover 120 is coated without being protruded to the outside.

When power is applied, the negative ion generating circuit receives power from the power supply 113 formed inside the lower case 110 and is connected to the negative ion generating circuit to protrude out of the lamp cover 120 to form the metal fiber 140. Large amounts of negative ions are emitted from.

At the same time, the circuit unit 130 receives power from the power supply unit 113 and the LED lamp 131 formed on the upper side of the circuit unit 130 emits heat together with light.

When the light and heat is continuously emitted from the LED lamp 131 as described above, and the gas molecule is activated by heat, heat is released through the heat dissipation groove 111 formed at a predetermined interval in the lower case 110. Anion radiated from the metal fiber 140 is diffused into the room.

Thus, negative ions from diffusing into the room is the anion molecular oxygen (O ^2-) by reaction with molecular oxygen (O2), molecular oxygen anion (O ^{2 -)} is created in, the surrounding water molecules clutching cluster anion (O ^{2 -} to form a (H ₂ O) _n) to thereby cleaning the room air in a wide range.

Next, a mosquito repellent lamp is demonstrated. The mosquito repellent lamp volatilizes the mosquito repellent component of the aromatic cartridge by the heat generated by the lamp. 4 is an exploded perspective view of the mosquito repellent lamp. For this operation as shown in Figure 4 the mosquito repellent lamp in the present invention includes a case 210, a vacuum tube 220, a directional cartridge 230.

The case 210 is provided to cover the opening of the lower case 212 and the lower case 212, which is provided with a base 211 as a fastening means at the lower side to be coupled to the socket associated with the external power source. The plurality of through holes 214 are distinguished from the upper cover 213 through which the vacuum tube 220 is coupled through.

The ends of the vacuum tubes 220 are installed to be sealed while being connected to a ballast (not shown) built in the case 210, and they protrude to the other side of the case 210 through the through hole 214 of the upper cover 213. Are arranged. In the present invention, three vacuum tubes 220 bent in a U shape are arranged to pass through holes 214 to maintain a triangular shape.

On the other hand, the aroma cartridge 230 is for dissipating the fragrance by using the heat generated in the vacuum tube 220, disposed in the space between them adjacent to the vacuum tube 220 and the refill barrel filled with the directional raw liquid therein ( 231, a porous absorbent rubber 232, a packing rubber 233, and a natural cork stopper 234 coupled to sequentially block the opening of the refill container 231.

Refill barrel 231 is one end is installed on the other side of the case 210 through the coupling means 240, the other end thereof is made of a synthetic resin cylinder is filled with the direction of the liquid in the interior. It is preferable to prepare the fragrance stock solution filled in the refill container 231 so that the fragrance volatilization rate is significantly higher at a higher temperature than at room temperature. It was prepared to be. The coupling means 240 is not particularly limited and may use a screw.

Aroma stock solution is harmless to the human body to show the effects of mosquito repellent, and further inhibits the growth of mosquitoes using ingredients that have the effect of preventing larvae breeding. To this end, the mosquito repellent in the present invention uses those obtained from Japanese vinegar or bark.

The Japanese herb is a deciduous shrub belonging to the Unhyang family. Its height is 3-4m, and the leaves and leaves are irregularly thorns due to the change of deciduous leaves on the stems and branches. It is fragrant and there are about 10 serrated bumps on the edge of the leaf. Sancho is characterized by a bite of leaves or fruit stems, and has no taste. The bark of Sancho fruit is also known as Cheoncho. The spice is named after the unripe blue berries, but medicinal is harvested when the fruit is ripe and split. It is used for indigestion, planting, gastric and sewage, gastric dilatation, vomiting, dysentery, diarrhea, cough relief, and roundworm.

Choco trees are called differently depending on the province. It is also called as the hibiscus tree (North), echidna tree (Gyeongsang-do), zenpi tree (Jeollado), zipi tree, red pepper tree, and zinnia tree. Chopwood is not used for squeezing oil, but because of its unique aroma and tangy taste, it is used as a spice, food additive, and seasoning. The spicy ingredients and fragrances of the bark tree are rarely toxic to humans, but they are very toxic to insects such as mosquitoes, flies, and animals such as fish, pigs and ducks. Barkwood contains a powerful antibacterial substance that is highly effective in eradicating small insects and larvae. In other words, there is a significant effect on harmful bacteria or microbial sterilization.

A method of preparing a mosquito repellent aroma stock solution from the bark tree will be briefly described. When the fruit of the peach tree grows from green to october, it becomes light red and the bark surrounding the seeds ripens black. At this time, extract and dry naturally in the shaded place to separate the peel and fruit. At this time, extract only the shell and put it in the extractor soaked in water and sancho fruit at a ratio of 1-1, and then raised to a temperature of 120-125 degrees and boiled for 7 hours to squeeze in a hydraulic pressure to prepare the mosquito repellent stock solution. A certain amount of the prepared mosquito repellent aroma stock solution is injected into the cardlage. In the same manner, mosquito repellents are prepared from Japanese herb.

Porous absorbent rubber 232 is inserted into the opening of the refill container 231 to absorb the aromatic liquid while the volatilization, which is cut to have a predetermined thickness after foaming the mixed raw material mixed with the silicone rubber, the accelerator and the blowing agent, etc. It is done.

That is, the porous absorbent rubber 232 is a mixture of 40 to 55% silicone rubber, 5 to 10% accelerator, 15 to 25% blowing agent, 5 to 10% per branch, 1 to 2.5% oil, etc. After foaming it was produced, it consists of a porous. When the porous absorbent rubber 232 is inserted into the open end of the refilling container 231, the directional stock solution is prevented from leaking but gradually absorbs the directional stock solution.

In addition, the packing rubber 233 blocks the open end of the refilling container 231 in a double manner, and a microhole 233a having a diameter of 0.05 to 1 mm is perforated vertically in the center thereof. Accordingly, the fragrance volatilized in the porous absorbent rubber 232 is released to the outside through the fine holes 233a of the packing rubber 233. The micro holes 233a may be variously designed and changed in diameter and number depending on the kind and degree of volatilization of the direction liquid.

In addition, a natural cork stopper 234 is fitted to the open end of the refill container 231 to be disposed outside the packing rubber 233. The cork stopper 234 is made of a natural cork (cork) in the form of a circular stopper, and performs a function of gradually volatilizing while retaining its own characteristics.

Accordingly, in an embodiment of the present invention, the porous absorbent rubber 232 at the open end of the refill container 231 filled with the directional stock solution, the packing rubber 233 having the fine holes 233a punctured therein, and a natural cork stopper 234. ) Is inserted and combined sequentially, it is possible to effectively prevent the leakage of the direction liquid.

In the laundry drying rack according to the present invention, a blower is formed at a coupling portion where the anion generating lamp and the mosquito repellent lamp are coupled to the main body, and a blower blows out through the blower to dry the laundry quickly, and mosquito repellent incense and negative ions. It penetrates deep into the fabric's fibers to sterilize harmful bacteria and activate the fabric's fabric without having to boil the fabric. In FIG. 1, the negative ion generating lamp 100 is coupled to the negative ion generating lamp coupler 110 at the main body 11, and the mosquito repelling lamp 200 is connected to the mosquito repelling lamp fitting 210 at the main body 11. Is bound to In this case, a blower is formed in the negative ion generating lamp coupler 110 and the lamp coupler 210 for mosquito repelling. The blower may be installed inside the main body 11 or may be installed outside, but it is preferable to install the blower inside the main body for convenience.

In addition, although the tuyeres may be formed in the negative ion generating lamp coupler 110 and the lamp coupler 210 for mosquito repelling as shown in FIG. 1, a separate tuyeres 300 may be made as shown in FIG. 5. 5 is a perspective view of a laundry dryer according to the present invention having a separate blower. As shown in Figure 5, the main body 11 is formed with a separate blower 300 other than the negative ion generating lamp 100 and the mosquito repellent lamp 200.

The negative ion generating lamp, the mosquito repellent lamp and the blower in the present invention may be turned on / off by a separate switch, but for convenience, it may be turned on / off by a remote controller.

Although the present invention has been shown and described with reference to certain preferred embodiments, the present invention is not limited to the above-described embodiments and the general knowledge in the technical field to which the present invention belongs without departing from the technical spirit of the present invention. Of course, various changes and modifications are possible by those who have.

1 is a schematic view of a fully automatic laundry dryer according to the present invention,

2 is a perspective view of an anion generating lamp,

3 is an exploded perspective view of the anion generating lamp;

4 is an exploded perspective view of a mosquito repellent lamp;

5 is a perspective view of a laundry dryer according to the present invention having a separate blower.

<Description of the major symbols for the main parts of the drawings>

10: Fully automatic remote control clothes dryer

100: negative ion generating lamp

200: mosquito repellent lamp

300: blower

Claims (6)

In the fully automatic remote control laundry drying rack attached to the ceiling and the height of the drying rod can be adjusted by the remote control, Fully automatic remote control laundry drying rack is installed in the negative ion generating lamp and the mosquito repellent lamp is installed in the automatic remote control laundry drying rack. The laundry machine according to claim 1, wherein the automatic remote control laundry dryer A box-shaped body attached to the ceiling and including a motor operated by the remote controller therein; At least two folding protrusions protruding downward from both ends of the main body, the height of which is adjusted by the motor; At least two support frames connected to a lower portion of the individual folds; It is connected to the support frame and includes a drying rod to be washed, And the negative ion generating lamp and the mosquito repellent lamp are installed on the main body so as to face the drying rod. The method of claim 1, wherein the negative ion generating lamp A lower case having a base for electrically connecting to the lampholder; A lamp cover coupled to the lower case and having a metal fiber groove formed at an upper side thereof; A lower portion is connected to the lower case and an upper portion includes a LED lamp; A lower end is connected to the lower case and the upper end is a fully automatic remote control laundry dryer installed with an anion generating lamp and a mosquito repelling lamp comprising a metal fiber protruding to the outside by the metal fiber groove formed in the lamp cover. According to claim 1, wherein the mosquito repellent lamp A lower case having a base for electrically connecting to the lampholder; A vacuum tube protruding to the other side of the lower case; Is installed in the lower case includes a direction cartridge for generating incense by using the heat generated from the vacuum tube, The directional cartridge is installed on the other side of the lower case through the coupling means so as to be adjacent to the vacuum tube and the other end is open, the refilling barrel is filled in the direction of the raw liquid is inserted into the opening of the refilling barrel is coupled to the direction An anion generating lamp comprising a porous absorbent rubber having a predetermined thickness for absorbing the stock solution, and a packing rubber fitted to the opening of the refill container so as to be disposed outside the porous absorbent rubber, and having a perforated microhole. Fully automatic remote control clothes dryer with mosquito control lamp. The method of claim 4, wherein the fragrance solution is a fully automatic remote control laundry drying rack is installed with an anion generating lamp and a mosquito repellent lamp, characterized in that made from vinewood or Japanese vinegar. The negative ion generating lamp and the mosquito repellent of claim 2, wherein a blower is installed inside the main body, and a blower is formed in the main body to discharge the wind of the blower toward the drying rod. Fully automatic remote control laundry rack with lamp.

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