KR102098823B1 - Insect net structure - Google Patents

Abstract

The present invention relates to an insect screen structure, which is installed on a window or door of a building and is capable of repelling pests with an electric current impact through a conductive network member through which current flows, as well as preventing pests from entering the interior of the building, as well as preventing pests from entering. It can be effectively removed as a member.

Description

Insect net structure {INSECT NET STRUCTURE}

The present invention relates to an insect screen structure.

In general, screens are installed on the windows or doors of a building to block insects from entering the building's interior and allow air to pass through.

Conventional insect screens are provided in a dense net form of metals including holes of about 500-600 um in size to prevent inflow into the building against general large dust or worms.

Pests can transmit harmful diseases or cause serious damage to farmhouses, and not only disgust people, but also cause fires, power outages, and other damage to buildings.

However, conventional insect screens are simply made of a net and only serve to block pests such as mosquitoes from entering the interior of the building.

As a method of combating pests, spray-type insecticides are sprayed, or liquid or solid-type insecticides are dissipated using electric currents, or methods of attracting and trapping using bright light or substances that pests like are widely used. Is known.

This method of exterminating pests is very inefficient in catching mosquitoes flying in front of them, and the rate of mosquito and pest extermination is extremely low. There is a problem that is bad for hygiene.

In order to solve this problem, current-type pest extermination has been proposed.

Korean Patent Publication No. 10-2017-0024459 'Portable Current Pest Control' has been proposed as a current-type pest control.

Korean Patent Publication No. 10-2017-0024459 'Portable current pest extermination' requires the user to combat pests by holding and wiping the hand, including the repellent part and the handle part through which current flows.

That is, Korean Patent Publication No. 10-2017-0024459 'Portable Current Pest Control' has the inconvenience of combating pests while the user holds it by hand and swings it.

In addition, Korean Patent Publication No. 10-2017-0024459 'Portable Current Pest Control' is used only when a user finds a pest and has a problem in that it is not possible to combat an undiscovered pest. There is a problem in that it is not possible to eradicate pests in the region, and it is not possible to combat pests that fly high.

Korean Patent Publication No. 10-2017-0024459 'Portable current pest extermination' (released on March 7, 2017)

In order to solve the present invention, it is mounted on a window or a door of a building, and provides a technology for an insect screen structure capable of removing pests into a room while removing pests with a current shock.

In addition, the present invention provides a technology for an insect screen structure that can prevent a failure caused by rain and can be safely used for a long period of time by detecting the rain and blocking the current when it is raining.

In addition, the present invention provides a technology for an insect screen structure capable of increasing utilization with a folding structure that is expanded and folded to be solved.

Insect screen structure according to an embodiment of the present invention is a conductive mesh member including a mesh structure through which air flows as a conductive material for conducting electricity, and is manufactured in a form in which air passes through an insulating material to be positioned to cover one surface of the conductive mesh member. A first insulating cover member, a second insulating cover member made of an air-permeable insulating material and positioned to cover the other surface of the conductive network member, the conductive network member, the first insulating cover member, and the second insulating cover It characterized in that it comprises a door frame member surrounding the outer circumference of the member.

Insect screen structure according to an embodiment of the present invention, the first insulating cover member and the second insulating cover member includes a network structure through which air can pass, between the conductive network member and the first insulating cover member, the A gap maintaining member positioned between the conductive mesh member and the second insulating cover member to maintain a gap between the conductive mesh member and the first insulating cover member and a gap between the conductive mesh member and the second insulating cover member. It may further include.

In the present invention, the gap maintaining member may be formed in a grate shape.

In the present invention, the gap maintaining member may have an orange or yellow color.

In the present invention, the gap-maintaining member is a pest-avoiding fragrance-generating member that emits a fragrance avoiding pests therein, and a plurality of fragrance-discharging outlets capable of discharging fragrance generated from the pest-avoiding fragrance-generating member may be located. have.

The screen structure according to an embodiment of the present invention may further include a network vibrating unit located inside the door frame member to generate vibrations in the conductive network member.

In the present invention, the door frame member may be provided with a current supply unit of the conductive network member, and an on-off switch unit capable of turning on / off the current supplied to the conductive network member.

In the present invention, a solar cell module for supplying current to the conductive network member may be located on the door frame member.

The screen structure according to an embodiment of the present invention further includes a rain sensor that detects rain, and the rain sensor transmits a detection signal to the control unit when it detects rain, and the control unit receives the detection signal from the rain sensor. The current supplied to the conductive network member may be blocked by receiving the transmission.

In the present invention, an upper portion of the door frame member may be positioned to protrude a cornice that can prevent rain from entering the conductive net member.

In the present invention, on the door frame member, a pest receiving member capable of receiving and storing pests removed by hitting the conductive network member on the lower side of the conductive network member may be located.

In the present invention, the door frame member may be inserted into the inside from the lower side of the conductive network member and drawn out.

In the present invention, on the front surface of the drawer member for storing pests, a pest support member capable of receiving and storing the pests removed by hitting the conductive net member may be located.

The screen structure according to an embodiment of the present invention may further include a mesh reel member that is rotatably positioned on the upper side of the conductive network member inside the door frame member to wind and store the conductive network member.

In the present invention, a first power terminal portion is positioned at a lower end of the conductive network member to be connected to a current supply unit to supply current power to the conductive network member, and the first power terminal portion is seated under the door frame member. A second power terminal unit that is electrically connected and is electrically connected to the current supply unit may be positioned.

In the present invention, the electromagnet portion is positioned on the second power terminal portion, and a magnetic body that can be magnetically attached to the electromagnet portion is located on the first power terminal portion.

The screen structure according to an embodiment of the present invention further includes a rain sensor that detects rain, and when the rain sensor detects rain and the detection signal is transmitted to the control unit, the control unit receives the current of the electromagnet unit. By blocking and operating the rotating motor, the conductive mesh member can be wound around the mesh winding member and stored.

In the present invention, the first insulating cover member may be a vertical blind that adjusts the angle of the louver by rotating a plurality of louvers.

The screen structure according to an embodiment of the present invention includes a plurality of screen screen doors, a door hinge part rotatably connecting the two screen screen doors, and the screen screen is a conductive material through which air flows. Conductive mesh member having a structure, a first insulating cover member made of an insulating material to pass through the air, and positioned to cover one surface of the conductive mesh member, made of an insulating material through air, and the other surface of the conductive mesh member It characterized in that it comprises a second insulating cover member positioned to cover the, the conductive network member, the first insulating cover member, a door frame member surrounding the outer circumference of the second insulating cover member.

According to an embodiment of the present invention, the present invention is a conductive network member through which current flows, so that the pest can be repelled by a current impact, thereby preventing pests from entering the interior of the building and effectively removing the pest with a conductive network member. There is.

In addition, according to an embodiment of the present invention, the present invention has an effect that the decorative taste is increased in the form of a traditional grate and the insects can be more effectively combated by releasing a fragrance avoided by the pest.

In addition, according to an embodiment of the present invention, the present invention has an effect that can prevent the failure and short circuit accident caused by rain by turning off the operation of the conductive network member when it rains, and can be safely used for a long time.

In addition, according to an embodiment of the present invention, the present invention prevents rain-related failures and short-circuit accidents by preventing the rain from contacting the conductive network member by winding or storing the conductive network member when it rains or covering the front surface of the conductive network member. It has the effect of being preventable and safe to use for a long time.

In addition, according to an embodiment of the present invention, the present invention has an effect of improving satisfaction and productability in use by increasing utilization with a folding structure that is unfolded and folded.

1 is an exploded perspective view showing an embodiment of an insect screen structure according to the present invention.
Figure 2 is a perspective view showing an embodiment of the screen structure according to the present invention.
Figure 3 is a cross-sectional view showing an embodiment of the screen structure according to the present invention.
Figure 4 is a front view showing various shapes of the screen structure according to the present invention.
Figure 5 is a perspective view showing another embodiment of the screen structure according to the present invention.
Figure 6 is a cross-sectional view showing another embodiment of the screen structure according to the present invention.
7 is a cross-sectional view showing another embodiment of the screen structure according to the present invention.
8 is a perspective view showing another embodiment of the screen structure according to the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art to which the present invention pertains may easily practice. However, the present invention can be implemented in many different forms and is not limited to the embodiments described herein. The same reference numerals are used for similar parts throughout the specification.

1 is an exploded perspective view showing one embodiment of the screen structure according to the present invention, FIG. 2 is a perspective view showing one embodiment of the screen structure according to the present invention, and FIG. 3 is one of the screen structure according to the present invention. It is a sectional view showing an embodiment.

1 to 3, the screen structure according to the present invention includes a conductive network member 100 having a network structure through which air passes through a conductive material through which current can flow.

The conductive network member 100 is connected to a current supply unit 400b that supplies current. When a current is flowing through the conductive network member 100, if the pest contacts, the pest is electric shocked by the current impact.

The conductive network member 100 is made of a conductive material through which current can flow, such as a metal material, and has a network structure, so that air passes through and blocks pests from entering the room.

On both sides of the conductive network member 100, a first insulating cover member 200 and a second insulating cover member 300 that are made of an insulating material such as a synthetic resin material, that is, a material that does not conduct current, and cover the conductive network member 100 ) Respectively. The first insulating cover member 200 and the second insulating cover member 300 prevent accidents of electric shock when a user contacts the conductive network member 100 on both sides of the conductive network member 100. For example, the first insulating cover member 200 and the second insulating cover member 300 have a network structure through which air can pass.

The first insulating cover member 200, the second insulating cover member 300, and the conductive network member 100 may block air from passing and pests entering the room.

The conductive network member 100, the first insulating cover member 200, and the second insulating cover member 300 are installed and supported inside the door frame member 400. Door frame member 400 is a conductive mesh member 100, the first insulating cover member 200 and the second insulating cover member 300, the inner surface of the conductive net member 100, the first insulation It is connected to the outer periphery of the cover member 200 and the second insulating cover member 300.

As an example, the door frame member 400 has a rectangular frame structure used for a window, and may be implemented in various modifications according to the shape of a window or door to be installed.

Meanwhile, the screen structure according to the present invention is located between the conductive network member 100 and the first insulating cover member 200, and between the conductive network member 100 and the second insulating cover member 300, respectively. The apparatus 100 may further include a gap maintaining member 500 that maintains the gap between the first insulating cover member 200 and the conductive net member 100 and the second insulating cover member 300.

The gap maintaining member 500 maintains the gap between the conductive mesh member 100 and the first insulating cover member 200 or the gap between the conductive mesh member 100 and the second insulating cover member 300 so that the user can perform the first insulating. When the cover member 200 or the second insulating cover member 300 is pressed, the user's skin contacts the conductive network member 100 to prevent an electric shock from occurring.

The gap maintaining member 500 is formed in the form of a lattice so as to increase the decorative beauty.

That is, the gap maintaining member 500 is positioned between the conductive mesh member 100 having the network structure and the insulating mesh member by applying various types of grate applied in the traditional windows and doors of Korea to improve the decorative beauty. You can.

4 is a front view showing various shapes of the insect screen structure according to the present invention. Referring to FIG. 4, the gap maintaining member 500 is formed in the shape of a traditional window such as chrysanthemum, octagonal, aza, and turtle back flesh. It is possible to realize a unique decoration and greatly improve the satisfaction when using it by greatly increasing the decoration.

Referring again to FIGS. 1 to 3, the gap maintaining member 500, the first insulating cover member 200, and the second insulating cover member 300 have a color that the pest does not like, such as orange or yellow, to minimize the access of pests. can do. However, only the first insulating cover member 200 located on the outside may be formed in a color hated by pests. In addition, a red-yellow 615nm wavelength LED, which hates pests, is installed on the door frame member 400 to prevent pests from approaching.

In addition, a pest-avoiding fragrance generating member 600 is provided in the gap-holding member 500 to emit a fragrance avoided by pests. Accordingly, the pest-avoiding fragrance generating member 600 is disposed inside the empty space-holding member 500. In addition, a plurality of fragrance discharge ports 510 that connect the inside and the outside are formed in the gap maintaining member 500 so that the fragrance of the pest-avoiding fragrance generating member 600 located therein is discharged. Through the fragrance of the insect repellent fragrance generating member 600 directed to the gap maintaining member 500 through the fragrance outlet 510, it is possible to minimize the access of the pest to the insect screen structure.

The screen structure according to the present invention may further include a network vibrating unit 700 positioned inside the door frame member 400 to generate vibrations in the conductive network member 100.

A pest that is electrocuted by an electric shock may be attached to the conductive network member 100. Accordingly, the user has the inconvenience of periodically cleaning the conductive network member 100.

Thus, the network vibrating unit 700 is in contact with the conductive network member 100 so as to remove the pests that are electrocuted by an electric shock from the conductive network member 100. The mesh vibration unit 700 periodically generates vibrations in the conductive mesh member 100 to drop pests attached to the conductive mesh member 100 so that it can be easily removed from the conductive mesh member 100.

The door frame member 400 may be provided with a current supply unit 400b of a replaceable conductive network member 100 such as a battery, and an on-off switch unit 400a capable of turning on / off the current of the conductive network member 100. Can be located.

In addition, the solar cell module 410 is positioned on the door frame member 400 and a rechargeable battery is positioned inside to supply current to the conductive network member 100 through the solar cell module 410 and the rechargeable battery.

The solar cell module 410 is a well-known technology used for photovoltaic power generation, and a detailed description thereof will be omitted.

The rechargeable battery may be connected to a control unit that controls the operation of the solar cell module 410 and the conductive network member 100 to supply current to the conductive network member 100.

In addition, the solar cell module 410 may be connected to a control unit that controls the operation of the conductive network member 100 to supply current to the conductive network member 100.

The current supply unit 400b supplies current to the network vibration unit 700 and the control unit can control the operation of the network vibration unit 700 so that the operation of the network vibration unit 700 can be periodically performed.

The control unit may turn on or off the operation of the conductive network member 100 by blocking or supplying current to the conductive network member 100 by the operation of the on-off switch unit 400a.

In addition, the screen structure according to the present invention may further include a rain sensor 1000 that can detect the rain and stop the operation of the conductive network member 100 when rain is detected.

The rain sensor 1000 is a known sensor capable of detecting rain through infrared rays, and further detailed description is omitted.

Rain sensor 1000 is located on the door frame member 400, when it detects that rain is transmitted to the control signal, the control unit receives the detection signal from the rain sensor 1000 is supplied to the conductive network member 100 The current is cut off to prevent current from flowing through the conductive network member 100 when it rains.

Accordingly, when the rain is rained, the operation of the conductive network member 100 stops, thereby preventing rain from falling to the conductive network member 100, and during operation, the conductive network member 100 is wet with rain, that is, water and malfunctions. It can be prevented from occurring.

5 is a perspective view showing another embodiment of an insect screen structure according to the present invention, and referring to FIG. 5, an eave part that can block rain from entering the conductive net member 100 at the top of the door frame member 400 420 may be positioned to protrude.

The eaves 420 is positioned to protrude from the upper side of the conductive mesh member 100 to the front of the door frame member 400 to prevent rain from entering the conductive mesh member 100.

The solar cell module 410 is positioned on the upper surface of the eaves 420 to efficiently generate electric power in solar heat.

In addition, the door frame member 400 may be located on the lower side of the conductive mesh member 100, the pest bearing member 430 that can receive and store the pests removed by hitting the conductive mesh member 100.

As an example, the pest support member 430 is formed in a box shape in which a pest storage space opened to the upper side is located inside and protrudes to the front of the door frame member 400.

In addition, a drawer member 440 for storing pests that is inserted into the door frame member 400 from the lower side of the conductive network member 100 and that can be drawn out may be located.

The pest storage drawer member 440 is inserted into the door frame member 400 and positioned on the lower side of the conductive network member 100 to receive and store the pest removed from the conductive network member 100.

The pest storage drawer member 440 may be separated from the door frame member 400 to remove pests stored therein and then assembled to the door frame member 400 to be used.

In addition, a pest support member 430 that can receive and store the pests that have been removed by hitting the conductive net member 100 may be located on the front of the drawer member 440 for storing pests.

The drawer member 440 for storing pests is placed inside the door frame member 400 on the lower side of the door frame member 400, is placed in contact with the conductive network member 100, is removed, and receives and stores pests that fall. The pest support member is positioned to protrude on the outer surface of the door frame member 400 and is removed after being in contact with and removed from the conductive network member 100 to receive and store the pest.

Pests that are dropped after being in contact with the conductive network member 100 are stored and stored in the pest storage drawer member 440 and the pest support member 430, respectively, and the pest storage drawer member 440 is a door frame member ( 400), it is possible to simply clean the pest, thereby increasing convenience in use, and to prevent the surrounding environment from becoming dirty by dead pests.

6 and 7 are cross-sectional views showing another embodiment of the screen structure according to the present invention.

Referring to Figure 6, the screen structure according to the present invention is a mesh reel member that is rotatably positioned on the upper side of the conductive network member 100 inside the door frame member 400 to wind and store the conductive network member 100. (1100) may be further included.

Although not shown, the mesh winding reel member 1100 is connected to the rotating motor and rotated in both directions by the operation of the rotating motor to wind up the conductive mesh member 100 or unwind the stored conductive mesh member 100 to return it to its original position. You can.

In addition, the mesh winding reel member 1100 is connected to the rotating shaft and includes a rotating lever part (not shown) that is rotatably exposed to the outside of the door frame member 400, and is manually operated to rotate in both directions to conduct the conductive network member 100. It can be rolled up or unrolled and the stored conductive net member 100 can be returned to its original position.

When the rain sensor 1000 detects rain, the control unit operates a rotary motor to wind the conductive mesh member 100 around the mesh winding member 1100 to prevent rain from getting wet on the conductive mesh member 100. You can.

In addition, when the rain sensor 1000 detects that rain is coming, the control unit notifies it by a lamp or a sound, and the user manually operates the rotary lever to wind the conductive mesh member 100 around the mesh winding member 1100 and store it. It is possible to prevent an accident getting wet with the conductive network member 100.

Even when the conductive network member 100 is wound around and stored in the mesh winding reel member 1100, air passes through the first insulating cover member 200 and the second insulating cover member 300 having a network structure, and pests enter. Can be blocked. On the other hand, since the conductive mesh member 100 is wound and stored at a time when pests do not occur, only the first insulating cover member 200 and the second insulating cover member 300 are located on the door frame member 400, so ventilation is smoothly performed. You can.

At the lower end of the conductive network member 100, a first power terminal unit 1200 is connected to the current supply unit 400b to allow current power to be supplied to the conductive network member 100.

In addition, a second power terminal unit 1300 may be positioned at the lower portion of the door frame member 400, the first power terminal unit 1200 may be seated and electrically connected to the current supply unit 400b.

When the conductive network member 100 is unfolded and the first power terminal unit 1200 is seated on the second power terminal unit 1300 and is electrically connected to the second power terminal unit 1300, the conductive network member 100 is provided with current. It is connected to the supply unit 400b and can be operated to flow current supplied from the current supply unit 400b.

The gap maintaining member 500 is mounted on the inner surface of the first insulating cover member 200 and the inner surface of the second insulating cover member 300, respectively, and is spaced apart from the conductive network member 100 so that the conductive network member 100 ) Is not caught in the conductive network member 100 when it is wound or released.

Also, an electromagnet portion 1310 may be located in the second power terminal portion 1300, and a magnetic material that may be magnetically attached to the electromagnet portion 1310 may be located in the first power terminal portion 1200.

The magnetic body can be securely fixed to the position of the conductive network member 100 that is attached and unfolded by magnetic force by the electromagnet 1310.

In addition, the magnetic body is attached to the magnetic force by the electromagnet unit 1310 so that the terminal of the first power terminal unit 1200 and the terminal of the second power terminal unit 1300 can be connected at the correct position.

That is, when rain is detected by the rain sensor 1000 and the detection signal is transmitted to the control unit, the control unit cuts off the electric current of the electromagnet unit 1310 and operates a rotating motor to retract the conductive network member 100 from the network. (1100) and keep it. At this time, the first power terminal unit 1200 is spaced apart from the second power terminal unit 1300 and power supply to the conductive network member 100 is cut off.

Then, when the rain stops, the control unit operates the rotating motor to rotate the mesh winding reel member 1100 in a direction opposite to the direction in which the conductive mesh member 100 is wound, thereby releasing the conductive mesh member 100 and operating the electromagnet unit 1310. The first power terminal unit 1200 may be attached to the second power terminal unit 1300 by magnetic force.

The first power terminal unit 1200 is magnetically attached to the second power terminal unit 1300 so that the conductive network member 100 can be fixed to the unfolded position and electrically connected to the current supply unit 400b. The current power is supplied to the mesh member 100 again so that current flows through the conductive mesh member 100 to operate.

The conductive network member 100 is unfolded so that the first power terminal unit 1200 is seated on the second power terminal unit 1300 and is electrically connected to the current supply unit 400b, supplied with current, and operated to flow current, thereby causing pests again. It is positioned to help fight them.

7 is a cross-sectional view showing another embodiment of the screen structure according to the present invention, referring to FIG. 7, the first insulating cover member 200 rotates a plurality of louvers 211 to form a louver 211 It may be a vertical blind 210 to adjust the angle.

The vertical blind 210 is a curtain-style blind that vertically hangs the louver 211 on a special special rail and adjusts the angle of the opening and closing of the louver 211 and the angle of the louver 211, which is wound around the carrier and the screw rod. The detailed description is omitted.

That is, referring to FIG. 7 (a), in normal weather where there is no rain, the louver 211 of the vertical blind 210 is horizontally positioned to allow air to pass through and to expose the front surface of the conductive network member 100 as much as possible. Through the conductive network member 100, it is possible to combat pests.

And, referring to (b) of FIG. 7, when the rain is rained, the vertical blind 210 is positioned at an inclined downward direction to prevent air from passing and rainwater flowing into the conductive network member 100.

It is noted that the vertical blind 210 may be electrically operated or may be manually operated by the user.

The electric vertical blind 210 may be variously modified and implemented in a known configuration, and thus a detailed description thereof will be omitted.

The electric vertical blind 210 is positioned horizontally on the louver 211 of the vertical blind 210 in normal weather where it does not rain as shown in FIG. 7 (a).

Then, when rain is sensed by the rain sensor 1000 and the detection signal is transmitted to the control unit, the control unit operates the electric blind to cause the louver 211 to rotate downward to be inclined to be positioned at an angle capable of blocking rain. Block the entry into the mesh member 100.

Then, when the rain stops, the control unit returns the louvers 211 of the vertical members to the original position horizontally and side by side.

Figure 8 is a perspective view showing another embodiment of the screen structure according to the present invention includes a plurality of screen screen door body 10, the door hinge portion 20 for rotatably connecting the two screen screen door body 10 And, the screen screen door body 10 is made of a conductive network member 100 having a network structure through which air is made of a conductive material through which current flows, and is made of an insulating material through air to cover one surface of the conductive network member 100 The first insulating cover member 200, the second insulating cover member 300, and the conductive network member 100, which are made of an insulating material and are positioned to cover the other surface of the conductive network member 100. , The first insulating cover member 200, may include a door frame member 400 surrounding the outer circumference of the second insulating cover member 300.

Insect screen door body 10 can effectively combat pests by including a conductive network member 100 capable of combating pests with a current impact when current flows and the pests are in contact.

In addition, an embodiment of the screen member 10 of the screen including the conductive network member 100, the first insulating cover member 200, the second insulating cover member 300, and the door frame member 400 is shown in FIGS. 1 to 7 It can be carried out as an embodiment of the screen structure according to the present invention described with reference to, it is revealed that it is omitted as a duplicate description.

A plurality of insect screen door body 10 is connected to the door hinge portion 20 can be folded and unfolded, so it can be installed as a simple door in a doorway such as a restaurant or used as a partition, and can be folded and stored when not in use. .

A plurality of screen screens can be easily stored in a small space when folded when not in use, and can be used for various purposes because they can be freely adjusted in size as only the necessary number can be used when used.

According to an embodiment of the present invention, the present invention can exterminate pests with a current impulse with a conductive network member 100 through which current flows, thereby preventing pests from entering the interior of a building as well as preventing pests from entering the conductive network member 100 ).

In addition, according to an embodiment of the present invention, the present invention can increase the decorative beauty in the form of a traditional grate and release the scent avoided by pests to more effectively combat pests.

In addition, according to an embodiment of the present invention, the present invention can turn off the operation of the conductive network member 100 when it rains, thereby preventing rain failure and short circuit accident, and can be safely used for a long time.

In addition, according to an embodiment of the present invention, the present invention prevents rain from coming into contact with the conductive network member 100 by covering the front of the conductive network member 100 by winding or storing the conductive network member 100 when it rains. By doing so, it is possible to prevent rain failures and short circuit accidents and to be used safely for a long time.

In addition, according to an embodiment of the present invention, the present invention can improve the satisfaction and the productability in use by increasing the utilization of the folded and folded structure.

The preferred embodiments of the present invention have been described in detail above, but the scope of the present invention is not limited to this, and various modifications and improvements of those skilled in the art using the basic concept of the present invention defined in the following claims are also provided. It belongs to the scope of rights.

10: insect screen door body 20: door hinge
100: conductive network member 200: first insulating cover member
210: vertical blind 211: louver
300: second insulating cover member 400: door frame member
400a: on-off switch unit 400b: current supply unit
410: solar cell module 420: eaves
430: pest support member 440: pest storage drawer member
500: gap maintaining member 510: fragrance outlet
600: pest-avoiding fragrance generating member 700: network vibration part
1000: rain sensor 1100: mesh winding reel member
1200: first power terminal unit 1300: second power terminal unit
1310: electromagnet

Claims (19)

It is made of a conductive material through which current can flow, and has a network structure, through which air passes and prevents pests from entering the room.
A first insulating cover member covering a surface of the conductive network member and including a network structure through which air can pass, and made of an insulating material that does not conduct current,
A second insulating cover member that covers the other surface of the conductive network member and includes a network structure through which air can pass, and is made of an insulating material that does not conduct current,
Located between the conductive network member and the first insulating cover member, and between the conductive network member and the second insulating cover member, the inside is empty, and a plurality of fragrance outlets connecting the inside and the outside are formed, It is formed of any one of the traditional windows and doors, such as chrysanthemum, octagonal, and tortoiseshells, to maintain the gap, thereby embodying decorative beauty
A door frame member surrounding an outer circumference of the conductive network member, the first insulating cover member, and the second insulating cover member,
A mesh vibrator located inside the door frame member to periodically generate vibrations in the conductive mesh member,
A rain sensor disposed on the door frame member and transmitting a detection signal to a control unit when detecting rainwater, so that the control unit cuts off the current supplied to the conductive network member,
A pest-avoiding fragrance generating member disposed inside the gap-holding member and emitting a fragrance avoided by a pest through the fragrance outlet,
A red-yellow 615nm wavelength LED installed on the door frame member and preventing pest access.
A current supply unit disposed on the door frame member and supplying current to the conductive network member and the network vibration unit
Screen structure comprising a. In claim 1,
The gap-holding member is an insect screen structure that maintains the gap between the conductive mesh member and the first insulating cover member and the gap between the conductive mesh member and the second insulating cover member. delete In claim 1,
The gap maintaining member, the first insulating cover member, and the first insulating cover member have an orange or yellow color. delete delete In claim 1,
An insect screen structure further comprising an on-off switch unit capable of turning on and off the current of the conductive network member. delete delete In claim 1,
An insect screen structure disposed on the door frame member and protruding, and further comprising a cornice to block rainwater from entering the conductive network member. delete In claim 1,
Insect screen structure further comprises a drawer member for storing pests that can be inserted or withdrawn from the door frame member to the lower side of the conductive net member. In claim 12,
The insect repellent structure formed on the front of the drawer member for storing pests, and further comprising a pest support member through which the pests falling into the conductive network member can be introduced and stored. In claim 1,
An insect repellent net structure further comprising a mesh reel member which is rotatably located on an upper side of the conductive mesh member and can wind and store the conductive mesh member. In claim 14,
A first power terminal unit disposed at a lower end of the conductive network member and connected to a current supply unit to supply current to the conductive network member;
A second power terminal portion disposed under the door frame member and connected to the first power terminal portion and electrically connected to a current supply portion
Screen structure further comprising a. In claim 15,
The second power terminal portion, the electromagnet portion is located, the first power terminal portion is a magnetic screen structure that can be attached to the electromagnet magnetically located in the screen structure. In claim 16,
The rain sensor detecting rainwater transmits a detection signal to a control unit, and the control unit cuts off the electric current of the electromagnet and operates a rotating motor to wind and store the conductive network member on the reel winding member to store the insect screen structure. In claim 1,
The first insulating cover member is a vertical blind structure that is a vertical blind that adjusts the angle of the louver by rotating a plurality of louvers. A plurality of insect screen door bodies;
It includes a door hinge portion for rotatably connecting the two screens door body,
The screen screen door body,
It is made of a conductive material through which current can flow, and has a network structure, through which air passes and prevents pests from entering the room.
A first insulating cover member covering a surface of the conductive network member and including a network structure through which air can pass, and made of an insulating material that does not conduct current,
A second insulating cover member that covers the other surface of the conductive network member and includes a network structure through which air can pass, and is made of an insulating material that does not conduct current,
A plurality of scent outlets formed in the shape of a lattice, positioned between the conductive network member and the first insulating cover member, and between the conductive network member and the second insulating cover member, each having an empty interior and connecting the inside and the outside. The gap maintaining member is formed,
A door frame member surrounding an outer circumference of the conductive network member, the first insulating cover member, and the second insulating cover member,
A mesh vibrator located inside the door frame member to periodically generate vibrations in the conductive mesh member,
A rain sensor disposed on the door frame member and transmitting a detection signal to a control unit when detecting rainwater, so that the control unit cuts off the current supplied to the conductive network member,
A pest-avoiding fragrance generating member disposed inside the gap-holding member and emitting a fragrance avoided by a pest through the fragrance outlet,
A red-yellow 615nm wavelength LED installed on the door frame member and preventing pest access.
A current supply unit disposed on the door frame member and supplying current to the conductive network member and the network vibration unit
Containing
Screen structure.

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