KR20220081039A - Clean house - Google Patents

Abstract

According to the present invention, the internal space is divided into a separate collection space and a garbage collection space, and a monitor box equipped with a monitoring camera and a monitor is provided in the separate collection space to monitor the separate collection and provide information such as fine dust display. start house.

Description

Clean House {CLEAN HOUSE}

The present invention relates to a clean house, and more particularly, the interior is divided into a separate collection space and a garbage collection space, and a monitor box equipped with a monitoring camera and a monitor is provided in the separate collection space to monitor separate collection and display fine dust, etc. It is about a clean house that can provide the same information.

In general, in the case of a public housing complex such as an apartment, a separate clean house is installed to separate and discharge household waste, ie, recycling waste, waste for disposal, food waste, etc. generated at home.

An example of such a clean house is disclosed in Korean Patent Registration Nos. 10-1263366 and 10-1049733.

Referring to this, the conventional clean house is provided with a plurality of separate collection boxes and food containers inside. Accordingly, recyclable waste is separated and collected through a recycling bin, and food waste is collected through a food bin.

However, the conventional clean house has a problem in that it does not have a function of providing various information such as fine dust display to residents. In addition, the conventional clean house has a problem that the function of monitoring illegal dumping, etc. is insignificant because the face is not easily seen because the surveillance camera is far away.

1) Republic of Korea Patent No. 10-1263366 (Registration Date: May 13, 2013), Title of Invention: "Clean House with Renewable Energy Power Supply and Food Waste Odor Removal" 2) Republic of Korea Patent No. 10-1049733 (Registration Date: July 11, 2011), Title of Invention: "Clean House Integrated Management Method" 3) Republic of Korea Patent Registration No. 10-1153445 (Registration Date: May 30, 2012), Title of Invention: "Clean House" 4) Republic of Korea Patent No. 10-0962713 (registration date: June 03, 2010), title of invention: "Clean house with plastic bottle and can processing device"

The present invention has been proposed to improve the above problems, the purpose of which is that the inside is divided into a separate collection space and a garbage collection space, and the separate collection space is equipped with a monitor box equipped with a monitoring camera and a monitor, so that illegal dumping and separate collection are provided. The purpose of this is to provide a clean house to monitor and provide various information such as fine dust indication.

The above object is, in a clean house having a structure in which side walls are erected on both sides, rear walls are erected at the rear, a roof is covered, and an inner space open to the front is formed therein, the inner space is divided into a bulkhead A separate collection space is formed on one side and a garbage collection space is formed on the other side. is configured to selectively open and close, and a monitor box is rotatably installed around a column on one side of the front side of the separate collection space, and the monitor box provides various information such as a monitoring camera for monitoring separation and fine dust display. A monitor is installed, a solar panel for obtaining solar energy is installed on a part of the roof, and a battery for storing electricity by being electrically connected to the solar panel is installed inside the monitor box, and the electricity stored in the battery is monitored by a monitoring camera And a control unit for supplying and controlling the monitor is provided, and rotation control means for fixing the monitor box in a required direction and rotated position around the pillar is achieved by a clean house, characterized in that it is configured.

And the rotation control means is fixedly installed on the lower part of the column and the monitor box is inserted into the column through a coupling hole penetrating up and down to support the lower surface of the monitor box when it is rotatably assembled; A keyway formed from the upper part to the middle in the longitudinal direction, and assembled to be fitted to the pillar through an assembly hole in the center and seated on the upper surface of the monitor box, and the key inserted into the keyway in the assembly hole is assembled so as not to protrude inward and rotate, A fixing plate in which an insertion hole is formed vertically through the upper surface portion, a plurality of fixing holes that correspond to the insertion hole of the fixing plate, and are formed radially around the coupling hole on the upper surface of the monitor box, and the insertion hole and any one of the fixing holes are coupled to fit It is composed of a fixing pin that limits the rotation of the monitor box, and after removing the fixing pin, rotating the monitor box, and then inserting the fixing pin again, it is characterized in that it is configured to rotate and fix the monitor box.

In addition, the rotation control means is fixedly installed on the lower part of the column, and the monitor box is inserted into the column through a coupling hole penetrating up and down to support the lower surface of the monitor box when it is rotatably assembled, and the monitor; A support bracket fixed to the bottom surface inside the box and extending upward and having a female screw hole formed therethrough in a portion thereof, a male screw portion corresponding to the female screw hole is formed on the outer peripheral surface and fastened to pass through the female screw hole of the support bracket, the screw; It consists of a pressure pad integrally fixed to the front end of the rod to selectively press the column, and a handle integrally coupled to the rear end of the screw rod to manually rotate the screw rod, and when the screw rod moves backward by rotating the handle, the pressure pad The monitor box can be rotated while falling off the column, and when the screw rod advances by rotating the handle in the opposite direction, the pressure pad presses the column to limit the rotation of the monitor box.

In addition, the rotation control means is fixedly installed on the lower part of the column and the monitor box is inserted into the column through a coupling hole penetrating up and down and is rotatably assembled into a support plate for supporting and supporting the lower surface of the monitor box, and the column A mounting plate installed to protrude from a portion of the mounting plate, a driving motor fixedly installed on the mounting plate and operated by receiving electricity stored in a battery, a switch for selectively turning on/off the driving motor, and a shaft of the driving motor It consists of a driving gear coupled to the and a driven gear fixed to the upper surface of the monitor box, installed through a pillar, and engaged with the driving gear, and the driving gear rotates when the switch is turned on to operate the driving motor. Power is transmitted to the driven gear, and the monitor box to which the driven gear is fixed is characterized in that it is configured to automatically rotate.

Since the inside of the clean house according to the present invention is divided into a separate collection space and a garbage collection space, the space can be managed neatly. It has the effect of monitoring collection and providing various information such as fine dust indication.

In addition, since the clean house according to the present invention supplies power to the monitor box through renewable energy through solar heat, it is eco-friendly and has the effect of increasing power efficiency.

1 is a front view showing a clean house according to the present invention;
2 is a rear view showing only the monitor box applied to the clean house according to the present invention,
3 is a rear view showing only the monitor box applied to the clean house according to the present invention,
4 is an upper separated perspective view for explaining an embodiment of the rotation control means applied to the present invention;
5 is a lower front sectional view showing another embodiment of the rotation control means applied to the present invention;
Figure 6 is an upper front view showing another embodiment of the rotation control means applied to the present invention.

The present invention will be described in detail with reference to the accompanying drawings as follows.

1 to 4, the clean house according to the present invention has a structure in which side walls 10 are erected on both sides, a rear wall 20 is erected at the rear, and a roof 30 is covered on the upper surface. Accordingly, an internal space open to the front is formed inside. And the inner space is partitioned by a partition wall 40 so that a separate collection space 60 is formed on one side and a waste collection space 50 is formed on the other side. In addition, a plurality of separate collection boxes 70 are provided in the separate collection space 60 , and a front door 52 is installed on the front of the garbage collection space 50 to selectively open and close the garbage collection space 50 .

In addition to this configuration, the present invention is characterized in that the monitor box 100 is installed on one side of the front of the separate collection space 60 .

The monitor box 100 applied to the present invention is assembled and rotatably installed on the pillar 200 installed vertically on the front side of the separate collection space 60 . Of course, the pillar 200 is fixedly installed between the roof and the ground, and the monitor box 100 is configured to maintain a fixed state in a rotated position through a rotation control means to be described later.

On the front of the monitor box 100, a monitoring camera 110 for monitoring unauthorized dumping and separate collection is installed at the top, and a monitor 120 providing various information such as fine dust display is installed in the middle. And the back side of the monitor box 100 is configured to be able to install the advertisement board (130).

And the monitor box 100 is configured to operate the monitoring camera 110 and the monitor 120 through solar energy. That is, a solar panel 300 for obtaining solar energy is installed on a part of the roof 30 , and a battery 310 that is electrically connected to the solar panel 300 and stores electricity inside the monitor box 100 . is provided, and a control unit 320 for supplying and controlling electricity stored in the battery 310 to the monitoring camera 110 and the monitor 120 is provided. Therefore, the battery 310 is charged with solar energy and the monitoring camera 110 and the monitor 120 are configured to operate through the electric energy of the battery 310 .

The monitor box 100 is configured to be rotated and fixed in a rotated position in a required direction through a rotation control means. Of course, the case of rotating the monitor box 100 is applied when the monitor 120 does not secure a view due to sunlight, when a direction change is required for camera measurement or fine dust measurement, or when a rear advertisement is displayed. .

Here, one embodiment of the rotation control means is fixedly installed on the lower part of the column 200 and the monitor box 100 is inserted into the column 200 through the coupling hole 102 penetrating up and down when assembled rotatably. A support plate 400 for supporting and supporting the lower surface of the monitor box 100, a keyway 210 formed from the upper part of the column 200 to the middle along the longitudinal direction, and an assembly hole 412 in the center of the column 200 through It is assembled to fit and seated on the upper surface of the monitor box 100, and the key 414 inserted into the keyway 210 in the assembly hole 412 protrudes inwardly so as not to rotate. A fixing plate 410 formed through a plurality of fixing holes 418 formed radially around the coupling hole 102 on the upper surface of the monitor box 100 and corresponding to the insertion hole 416 of the fixing plate 410, and insert It is coupled to fit the ball 416 and any one of the fixing holes 418 is composed of a fixing pin 419 to limit the rotation of the monitor box (100). At this time, a bearing may be interposed between the support plate 400 and the monitor box 100 and the fixed plate 410 and the monitor box 100 so as to smoothly rotate.

Therefore, after removing the fixing pin 419, rotating the monitor box 100, and then inserting the fixing pin 419 back into the other fixing hole 418, the monitor box 100 is rotated and fixed in the rotated position. be able to

In addition, the rotation control means may be configured to be fixed by a pressing method as shown in FIG. 5 as well as the above-described pin fixing method.

Referring to FIG. 5 , another embodiment of the rotation control means is fixedly installed on the lower part of the column 200 , and the monitor box 100 is inserted into the column 200 through the coupling hole 102 penetrating up and down and can be rotated. A support plate 400 that supports and supports the lower surface of the monitor box 100 when assembled in a manner that is fixed to the bottom surface in the interior of the monitor box 100 and extends upward, and a female threaded hole 422 is formed through a portion of the support The bracket 420, the male screw portion corresponding to the female screw hole 422 is formed on the outer circumferential surface, and the screw rod 430 fastened to penetrate the female screw hole of the support bracket 420, and the front end of the screw rod 430 integrally It is fixed and consists of a pressure pad 432 for selectively pressing the column 200, and a handle 434 integrally coupled to the rear end of the screw rod 430 to manually rotate the screw rod 430. At this time, it is preferable that the screw rod 430, the pressure pad 432 and the handle 434 are configured in four places, east, west, north, and south around the pillar 200 to ensure pressure, and the rear door formed in the rear of the monitor box 100 It may be configured to open the 104 and operate the handle 434 .

Therefore, when the screw rod 430 is moved backward by rotating the handle 434, the pressure pad 432 falls off the column and the monitor box 100 can be rotated, and the screw rod 430 is rotated by rotating the handle 434 in the opposite direction. ) moves forward, the pressure pad 432 presses the column 200 to limit the rotation of the monitor box 100 .

Here, the rotation control means may be configured by merging the above-described embodiment and other embodiments.

On the other hand, although the above-described rotation control means is configured manually, it may be configured automatically as shown in FIG. 6 .

Referring to FIG. 6 , another embodiment of the rotation control means is fixedly installed on the lower part of the column 200 , and the monitor box 100 is inserted into the column 200 through the coupling hole 102 penetrating up and down and rotates. A support plate 400 that supports and supports the lower surface of the monitor box 100 when assembling possible, a mounting plate 440 installed to protrude from a part of the pillar 200, and a battery installed fixedly on the mounting plate 440 A driving motor 450 operated by receiving electricity stored in 310 , a switch 456 for selectively turning on/off the driving motor 450 , and a driving gear 452 coupled to the shaft of the driving motor 450 . ) and a driven gear 454 fixed to the upper surface of the monitor box 100 and installed to penetrate the pillar 200 and coupled to the driving gear 452 to be meshed with each other. Of course, although not shown, a gearbox may be installed between the shaft of the driving motor 450 and the driving gear 452 .

Therefore, when the switch 456 is turned on to operate the driving motor 450, the driving gear 452 rotates while transmitting power to the driven gear 454, and the monitor box 100 to which the driven gear 454 is fixed is automatically activated. will rotate to

Since the inside of the clean house according to the present invention configured as described above is divided into a separate collection space 60 and a garbage collection space 50, the space can be managed neatly, and the separate collection space 60 has a monitoring camera 110. Since the monitor box 100 in which the and monitor 120 is installed is provided, it is possible to monitor illegal dumping and separate collection and provide various information such as fine dust display.

Of course, the monitor box 100 can be rotated and fixed in the rotated position through the rotation control means, so when the monitor 120 does not secure a view due to sunlight, the direction is changed for camera measurement or fine dust measurement When this is necessary, when it is necessary to display the back advertisement, the monitor box 100 can be rotated to change the angle.

On the other hand, the present invention has an antibacterial, deodorizing and neutralizing action from harmful components in the air, shielding electromagnetic waves to remove harmful elements, and at the same time to provide a wave energy beneficial to the human body by coating the neutralization composition on the outer surface of the monitor box 100 good night.

To this end, the composition for neutralization is a first step of crushing the reduced metal silicon lumps with a crusher and then pulverizing them again in a roller crusher into powder; a second step of collecting the powder prepared in the first step and then pulverizing it into a nano-pulverizer; A third step of making a gelled composition by mixing the nanopowder prepared through the second step, titanium dioxide powder, liquid sodium silicate as a binder, and water in a weight ratio of 4:1:1:4;

The gel composition made in this way is coated or fixed on the outer surface of the monitor box to realize antibacterial deodorization, neutralization of harmful ingredients, electromagnetic wave shielding functions, and characteristics of emitting wavelengths that are good for human health.

At this time, the metal silicon, which is the main component of the present invention, has the following characteristics. Pure silicon (Si), which accounts for 99% of silicon metal, is a tetravalent metalloid, which is less reactive than carbon and more reactive than germanium. It is produced in the form of , quartz, feldspar, granite, etc., and has a strong affinity for oxygen, so it is mainly in the form of silicon dioxide or silicate, so pure silicon produced in nature is not easily found.

Pure silicon is a metalloid element with four valence electrons that can be shared with other atoms and can form various chemical bonds. Silicon is included in the same Group 4 as carbon, but silicon has about 1.5 times greater covalent bonding than carbon. In addition, in electronegativity, silicon has less tendency to form double and triple bonds than carbon, and has a greater tendency to attract electrons from other atoms because it has an empty orbital that is not present in carbon.

It can be seen that silicon and carbon have the same atomic angle, but the covalent radius of silicon is larger. There is a component called trimethylsilane in silicon, and research is being conducted to extract it and use it as a fuel in the future. The silicon fuel using this combines with nitrogen, which accounts for 80% of the air, to generate energy, and then emits a substance called silium. will do

However, it has already been announced at conferences in Norway and Germany that psyllium can be used as a fertilizer for plant growth or can be reused as fuel if ammonia is recovered. Secondary batteries are also under development, and silicon is a representative material for semiconductors used in computers and solar cells. Recently, it has been confirmed that silicon emits vibration energy equivalent to terahertz vibrating one trillion times per second, that is, a vibration energy that is halfway between radio waves and far-infrared rays.

However, because silicon has a strong affinity for oxygen, it is produced in the form of sand, quartz, marble, etc., and is in the form of silicon dioxide or silicate, but it is extremely difficult to find in a pure form in nature. should be returned At this time, silica sand may be extracted from sand or marble, and carbon may be reduced using coke or gum coal. That is, when silica sand, coke or gum coal is put into an arc furnace and a high current is applied to raise it to a high temperature, a reduction reaction occurs and liquid silicon is formed, carbon dioxide and silica vapor are produced as by-products, and when the molten silicon is solidified, the purity is 96-99% of metallic silicon is obtained.

In the present invention, it is preferable to use the reduced metal silicon, that is, metal silicon, to improve the antibacterial and deodorizing power, and to increase the powder uniformity, improve the mixing efficiency, and to make the nano-powder to increase the functional expression.

On the other hand, titanium dioxide is a white powder, tasteless and odorless, as a molecule in which one titanium atom, which is a transition metal, and two oxygen atoms are combined. When titanium is exposed to air, it readily reacts with oxygen to form a titanium dioxide film. Titanium dioxide exists in the homogeneous polyphase form of pantitanium, anatase, rutile, and titanium dioxide of a desired size can be obtained after calcining and growing titanium dioxide particles at 800~1000℃. Titanium dioxide has an excellent ability to absorb light and oxidize other materials, and moreover, it is non-toxic and does not affect living things, which is a big advantage. It absorbs light in the ultraviolet region, and especially uses light with a wavelength of 385 nm. In addition, titanium dioxide decomposes and removes various volatile organic compounds, such as formaldehyde, which cause sick house syndrome and old house syndrome. Since it can decompose and remove pollutants spread all over the earth, it is actively used to decompose and remove organic matter and air pollutants. In addition, since hydrogen and oxygen can be obtained from water through the photolysis reaction, which is another representative reaction of the photocatalytic reaction, research on the photocatalytic reaction is expected to provide answers to next-generation energy and environmental problems.

In addition, air purifier technology that efficiently removes fine dust in the air using the high removal efficiency of photocatalyst, water purifier technology that decomposes surfactants or organic substances in water, and technology that removes odors from various home appliances. Photocatalytic reactions such as utilization are currently being actively applied in various fields.

In addition, liquid sodium silicate mixes well with water as an inorganic binder, and makes the metal silicon nanopowder sticky and gels. The reason for the gelation is to increase the binding properties with the mixed-added transition metals.

In addition, an additive may be further added to the gel composition, and the additive is mixed with 10 parts by weight of vinyl oxymosilane, polyoxyethylene and coffee powder in a ratio of 6:4 to 100 parts by weight of the gel composition. 4.5 parts by weight of a mixture, 6.5 parts by weight of a mixture of liquid silicone and sweet potato starch in a weight ratio of 4:1, 8 parts by weight of fine zeolite, and 2.5 parts by weight of 2-(2'-hydroxy-5'methylphenyl)benzotriazole are further added. can do.

At this time, vinyl oxymosilane (Vinyl Oximeino Silane) is added to maximize the fixing stability to the adherend by increasing the bonding and adhesion of the gel composition.

And, a mixture of polyoxyethylene and coffee powder in a ratio of 6:4 is added to prevent spoilage of water added for deodorization, neutralization and gelation. In particular, polyoxyethylene, as a kind of anionic surfactant, dissolves in water and has excellent emulsification, foaming, and dispersing properties, and exhibits efficacy in adsorption of oil components among foreign substances.

In addition, a mixture of liquid silicone and sweet potato starch in a weight ratio of 4:1 is added to improve adhesion and fixability while increasing foreign matter adhesion inhibition.

In addition, fine zeolite is a kind of aluminum silicate mineral, also known as zeolite, is a representative far-infrared emitting material, and is a material having ion exchange properties. Therefore, it has excellent deodorization and purification properties.

In addition, 2-(2'-hydroxy-5'methylphenyl)benzotriazole is added to block UV rays and prevent deformation.

As described above, the present invention has been shown and described in relation to specific embodiments, but it is known in the art that various modifications and changes are possible without departing from the spirit and scope of the invention as defined by the claims. When you grow up, everyone will know easily.

10: side wall 20: rear wall
30: roof 40: bulkhead
50: garbage collection space 60: separate collection space
100: monitor box 110: surveillance camera
120: monitor 130: billboard
200: pillar 300: solar panel
310: battery 320: control unit
400: base plate 410: fixed plate
419: fixing pin 420: support bracket
430: screw rod 440: mounting plate
450: drive motor

Claims (4)

In a clean house having a structure in which side walls are erected on both sides, a rear wall is erected at the rear, a roof is covered on the upper surface, and an internal space open to the front is formed therein,
The interior space is partitioned by a partition wall to form a separate collection space on one side and a waste collection space on the other side,
A plurality of separate collection boxes is provided in the separate collection space,
A front door is installed on the front of the garbage collection space to selectively open and close the garbage collection space,
A monitor box is rotatably installed around a column on one side of the front side of the separate collection space, and a monitoring camera for monitoring separation and collection and a monitor providing various information such as fine dust display are installed in the monitor box,
A solar panel for obtaining solar energy is installed on a part of the roof, and a battery for storing electricity by being electrically connected to the solar panel is provided inside the monitor box, and the electricity stored in the battery is supplied to the monitoring camera and the monitor, A control unit to control is provided,
A clean house, characterized in that the rotation control means configured to rotate the monitor box in the required direction around the pillar and to fix it at the rotated position.
According to claim 1,
The rotation control means,
A support plate that is fixedly installed on the lower part of the column and supports the lower surface of the monitor box when the monitor box is inserted into the column through a coupling hole penetrating up and down and is rotatably assembled;
a keyway formed from the upper part of the pillar to the middle along the longitudinal direction;
It is assembled to be fitted to the pillar through the central assembly hole and seated on the upper surface of the monitor box, and the assembly hole is assembled so that the key inserted into the key groove protrudes to the inside and does not rotate.
A plurality of fixing holes corresponding to the insertion holes of the fixing plate and radially formed around the coupling holes on the upper surface of the monitor box;
Consists of a fixing pin that is coupled to be fitted into the insertion hole and any one of the fixing holes to limit the rotation of the monitor box,
Clean house, characterized in that it is configured to rotate and fix the monitor box in a manual method of removing the fixing pin, rotating the monitor box, and then inserting the fixing pin again.
According to claim 1,
The rotation control means,
A support plate that is fixedly installed on the lower part of the column and supports the lower surface of the monitor box when the monitor box is inserted into the column through a coupling hole penetrating up and down and is rotatably assembled;
A support bracket fixed to the bottom surface inside the monitor box and extending upward and having a female screw hole formed therethrough in a portion thereof;
a screw rod having a male screw portion corresponding to the female screw hole formed on an outer circumferential surface and fastened to penetrate the female screw hole of the support bracket;
a pressure pad integrally fixed to the tip of the screw rod to selectively press the column;
It is integrally coupled to the rear end of the screw rod and consists of a handle for manually rotating the screw rod,
When the screw rod moves backward by rotating the handle, the pressure pad falls off the column and the monitor box can be rotated. Features a clean house.
According to claim 1,
The rotation control means,
A support plate that is fixedly installed on the lower part of the column and supports the lower surface of the monitor box when the monitor box is inserted into the column through a coupling hole penetrating up and down and is rotatably assembled;
a mounting plate installed to protrude from a part of the pillar;
a driving motor fixedly installed on the mounting plate and operated by receiving electricity stored in a battery;
a switch for selectively turning on/off the driving motor;
a driving gear coupled to the shaft of the driving motor;
It is fixed to the upper surface of the monitor box, is installed to penetrate the column, and is composed of a driven gear coupled to the driving gear and teeth,
When the switch is turned on to operate the driving motor, the driving gear rotates while transmitting power to the driven gear, and the monitor box to which the driven gear is fixed automatically rotates.

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