KR102255516B1 - Window system including multi-stage screening structure - Google Patents

Abstract

The present invention relates to a window and door system, comprising: a window and door portion formed in a rectangular shape to block the inflow of fine dust and pests from the outside into the inside; and an auxiliary connection for windows and doors for connecting a horizontal frame and a vertical frame of the window and door formed in the rectangular shape, respectively.

Description

Window system including multi-stage screening structure

The present invention relates to a window system, and more particularly, to a window system that simplifies the thickness of the window by allowing the fine dust network and the insect screen to be unwound and wound from one side.

In the building, the interior and exterior are separated, and windows are installed for lighting or ventilation. In general, a window consists of a square frame in which a plurality of frame members are combined, and an openable window and a screen provided on the square frame.

The frame members of the windows and doors are made of a metal material such as aluminum steel or a synthetic resin having strength, and are usually bonded to each other by screwing to form a square frame.

The screw connection method for forming such a square frame has the advantage of reducing the working time and improving the convenience of work when manufacturing windows and doors. However, when the operator forms the square frame by the screw connection method, the frame members are coupled to each other in a twisted state due to the characteristics of the coupling method and the operator's work characteristics, or a problem occurs in that the frame members are not rigidly coupled.

In addition, when assembling the frame members for the manufacture of windows by the screw connection method, due to the occurrence of a pulling phenomenon, when the corners of the frame members are open, a problem arises in that the completeness of the product is degraded because the corner must be filled with silicon. .

In general, a screen is installed on the windows of apartments or detached houses to prevent insects such as mosquitoes and flies from entering the interior of the house, which only blocks the influx of insects and could not block the inflow of ordinary fine dust and yellow dust. In addition, there was a problem that the security function could not be performed.

In recent years, as fine dust is known to be a factor that harms health, it has emerged as a serious social problem, and functional windows are being developed to block the inflow of fine dust.

However, in the case of functional windows for suppressing the inflow of fine dust, as the original window frame is configured to form a new window by combining a separate window for fine dust, installation inconvenience and inconvenience There was a problem that caused psychological frustration and increased manufacturing cost and city park price.

Korean Patent Registration No. 10-1593157

It provides a configuration that simplifies the thickness of the window by allowing the fine dust net and the insect screen to be unwound and wound from one side.

The present invention is a window part formed in a square shape to block the inflow of fine dust and pests from the outside; And an auxiliary connection part for windows and doors for connecting the horizontal frame and the vertical frame of the window part formed in a square shape, respectively.

In one embodiment, the window unit includes a fine dust blocking means for blocking the inflow of fine dust and pests from the outside, the fine dust blocking means, a detachable tube formed so that one side of the dust net frame is detachable; Insect screen frame formed in a square frame to be detachable to one side of the detachable pipe; Insect screens formed on one side of the screen frame to block the inflow of pests; Dust net frame formed in a square frame; A mesh case formed so as to have a mesh roller embedded in one side of the dust mesh frame, and formed to be detachably attached to the inside of the detachable pipe; An upper finishing cap formed above the dust mesh frame to fix the mesh roller on the mesh case; A lower finishing cap formed under the dust mesh frame to fix the mesh roller on the mesh case; Slide grooves formed on upper and lower surfaces of the dust net frame so that the net moving member formed on one side of the dust net can slide to be unrolled to one side of the dust net wound on the net roller; A mesh roller formed inside the mesh case to wind up or unwind the dust mesh; A net moving member formed in a vertical direction at one side of the dust net to move the dust net in one direction so as to be attached to and detached from the net fixing member; A dust net wound around a mesh roller to block the inflow of fine dust; When the dust net is unwound, a net moving member is formed to be detachably attached to one side of the dust net frame in order to fix the dust net in an unfolded state on the dust net frame.

In addition, the window unit includes a dust net winding means for winding the net in one direction or unwinding the net in the other direction, and the dust net winding means is a first formed inside the net case to wind up the dust net. 1 rotation axis; A second rotating shaft formed on the other side inside the net case to wind up the dust net; A net insertion groove formed in the axial direction of the first rotation shaft so that the side of the dust net is fixed to the first rotation shaft in order to wind the dust net around the first rotation shaft and the second rotation shaft; Shaft rotation motors respectively formed on one side of the first rotation shaft and the second rotation shaft to rotate the first rotation shaft and the second rotation shaft so that the dust net is wound up and unwound; A net stopper formed on the other side of the first rotation shaft and the second rotation shaft to stop unwinding and winding of the dust net according to the position of the unwound or wound dust net; A net control sensor formed on one side between the first and second rotation shafts to detect the winding and unwinding length of the dust net; A proximity sensor formed on one side of the dust net to detect a human body; It includes a safety alarm formed on one side of the dust net frame to notify a signal detected through the proximity sensor through sound.

In addition, the window unit includes a multi-stage screen reeling means formed to open and close an individual screen provided double, and the multi-stage screen reel reeling means is formed on one side inside the net case and is fixed by the upper and lower finish caps. A first winding shaft formed; A first winding network wound on the first winding shaft so that the slide is unwound in one direction or wound to an initial position; A first take-up motor formed at one side of the first take-up shaft so that the first take-up net is unwound in one direction by rotating the first take-up shaft or is wound to an initial position; A second winding shaft formed on the other side of the net case and fixedly formed by the upper and lower caps; A second winding network wound on the second winding shaft such that the slide is unwound in one direction or is wound to an initial position; A second take-up motor formed at one side of the second take-up shaft so that the second take-up net is unwound in one direction by rotating the second take-up shaft, or is wound to an initial position; A network guide roller fixedly formed on the roller fixing member at regular intervals on one side of the second winding shaft to prevent contact with the second winding when the first winding is unwound in one direction; A roller fixing member formed above and below the second winding shaft to fix the mesh guide roller on the second winding shaft; It includes an opening/closing sensor formed on one side of the net case to sense the opening/closing length of the first winding network and the second winding network that are unwound to one side.

In addition, the auxiliary connection for the window, the vertical frame formed vertically; A horizontal frame formed horizontally; A first member groove formed on one side of the vertical frame and one side of the horizontal frame so that the first insertion member is inserted; A second member groove formed at the center side of the vertical frame and the center side of the horizontal frame so that the second insertion member is inserted; A third member groove formed on the other side of the vertical frame and the other side of the horizontal frame so that the third insertion member is inserted; A frame member groove formed at one end of the vertical frame and the other end of the horizontal frame so that the frame fixing member is inserted; Protrusion grooves respectively formed on one side of the vertical frame and one side of the horizontal frame so that the fixing protrusion is inserted; A connecting member formed in the shape of an arrow to connect the vertical frame and the horizontal frame; A first insertion member having one side inserted into the first member groove formed in the vertical frame and formed at the upper one side and the other side with respect to the center of the connecting member so that the other side is inserted into the first member groove formed in the horizontal frame; A second insertion member having one side inserted into the second member groove formed in the vertical frame and formed at the center one side and the other side with respect to the center of the connecting member so that the other side is inserted into the second member groove formed in the horizontal frame; A third insertion member having one side inserted into the third member groove formed in the vertical frame and formed at the lower one side and the other side relative to the center of the connection member so that the other side is inserted into the third member groove formed in the horizontal frame; A frame member groove formed in the vertical frame and a frame fixing member formed at one end of the connecting member so as to be seated and coupled to the frame member groove formed in the horizontal frame, and the auxiliary connection part for windows and doors is attached to the horizontal frame and the vertical frame. It further comprises an opening and closing fixing means for, wherein the opening and closing fixing means, an opening and closing member hingedly rotated to one side and the other side of the lower connecting member so as to contact one side of the vertical frame and the horizontal frame; An opening/closing hinge formed to be rotatable when the connection member and the opening/closing member are connected; It includes a fixing protrusion formed on one side of the opening and closing member so as to be coupled to the protrusion groove formed on each side of the vertical frame and the horizontal frame, and the auxiliary connection part for the window is inserted into the vertical frame and the horizontal frame to prevent it from falling out, and The width fixing means further comprises: a first moving member formed at one side and the other side of the connecting member so as to be inserted into the first member groove, the second member groove, and the third member groove; The first moving member is moved in one direction with respect to the first moving member so that the first member groove, the second member groove, and the third member groove can be closely moved in a direction corresponding to the first moving member. 2 moving member; A member moving screw formed to be rotatable between the first moving member and the second moving member in order to move the second moving member in one direction based on the first moving member; A screw rotation gear having one side connected to one of the motor shaft or screw handle of the screw motor to rotate the member moving screw, and the other side being formed to mesh with the member moving screw; A screw handle formed on one side of the screw rotation gear to manually rotate the screw rotation gear; A screw motor formed on one side of the screw rotation gear to automatically rotate the screw rotation gear; A compression sensor formed on one side of the inner surface of the first member groove, the second member groove, and the third member groove so as to sense the pressure in close contact with the inner surfaces of the first member groove, the second member groove, and the third member groove when the second moving member moves to one side. ; It includes a sensor detection alarm formed on one side of the connecting member so as to detect the pressure to be in close contact and notify the user of the detected signal through sound.

By installing a roll screen screen that prevents the inflow of yellow dust and fine dust on the security net mounted in a sliding method and selectively using it, users can prevent the inflow of yellow sand and fine dust while securing the security function or secure the outdoor view. It provides the effect of improving the reliability of the product.

1 is a perspective view of the present invention window system.
Figure 2 is a view showing the fine dust blocking means of the present invention window system.
3 is a view showing a dust net winding means of the present invention window system.
4 is a detailed view of FIG. 3.
Figure 5 is a view showing a multi-stage window screen winding means of the present invention.
6 is a detailed view of FIG. 5.
7 is a view showing an auxiliary connection for a window of the present invention window system.
8 is a detailed view of FIG. 7.
Figure 9 is a view showing another embodiment of the opening and closing fixing means to the auxiliary connection for windows and doors of the present invention.
10 is a view showing another embodiment of the width fixing means to the auxiliary connection for windows and doors of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The detailed description of the present invention described below refers to the accompanying drawings, which illustrate specific embodiments in which the present invention may be practiced. These embodiments are described in detail sufficient to enable a person skilled in the art to practice the present invention. It should be understood that the various embodiments of the present invention are different from each other, but need not be mutually exclusive. For example, specific shapes, structures, and characteristics described herein may be implemented in other embodiments without departing from the spirit and scope of the present invention in connection with one embodiment. In addition, it should be understood that the location or arrangement of individual components within each disclosed embodiment may be changed without departing from the spirit and scope of the present invention. Accordingly, the detailed description to be described below is not intended to be taken in a limiting sense, and the scope of the present invention, if appropriately described, is limited only by the appended claims, along with all ranges equivalent to those claimed by the claims. Like reference numerals in the drawings refer to the same or similar functions over several aspects.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the drawings.

1 is a perspective view of the present invention window system 10, Figure 2 is a view showing the fine dust blocking means 110 of the present invention window system 10.

Referring to the drawing, the window system 10 includes a window unit 100.

The window part 100 is formed in a rectangular frame and is formed to block the inflow of fine dust and pests from the outside.

The window unit 100 includes a fine dust blocking means 110, and the fine dust blocking means 110 blocks fine dust from the outside and blocks the introduction of pests.

The fine dust blocking means 110 is a detachable pipe 111, a screen frame 120, a screen screen, a dust net frame 130, a net case 131, an upper closure cap 132, a lower closure cap 133, It includes a slide groove 134, a mesh roller 135, a mesh moving member 136, a dust mesh, and a mesh fixing member 138.

The detachable pipe 111 is formed so that one side of the dust net frame 130 is detachable, and the detachable pipe 111 is formed such that one side and the upper and lower portions thereof are opened.

The detachable pipe 111 is formed with a space so that one side of the dust net frame 130 can be detached, and the detachable pipe 111 is formed of a metal material having elasticity in order to be detachable by the user's force. It is characterized.

The screen frame 120 is formed to be detachable to one side of the detachable pipe 111, the screen frame 120 is characterized in that it is formed in a rectangular frame frame, and the screen is coupled to the screen frame 120 It is characterized in that it is formed.

The screen is formed to block the inflow of pests, the screen is characterized in that a plurality of fine grid grooves are formed, and the screen is formed to have a certain tension on the screen frame 120.

The dust net frame 130 is formed in a square frame, the dust net frame 130 is formed in a square frame to form a dust net, and one side is a net case of the same shape to be detachable to the detachable pipe 111 It is characterized in that (131) is formed.

The mesh case 131 is formed to have a mesh roller 135 built into one side of the dust mesh frame 130, and the mesh case 131 is inside the detachable pipe 111 so as to be detachable to the detachable pipe 111. It is characterized in that it is formed the same as the size.

Therefore, the outer surface of the net case 131 is closely coupled to the inner surface of the detachable pipe 111, and the detachable pipe 111 is formed of a material having a certain tension so that the net case 131 is attached and detached from the detachable pipe 111. It is characterized in that it is formed.

The upper closing cap 132 is formed to fix the mesh roller 135 on the mesh case 131, and the upper closing cam is coupled to an upper portion of the mesh case 131.

The upper closing cap 132 is formed to fix the upper portion of the mesh roller 135, and the mesh roller 135 is formed to be rotatable in the upper closing cap 132.

The lower closing cap 133 is formed to fix the mesh roller 135 on the mesh case 131, and the lower closing cap 133 is coupled to the lower portion of the mesh case 131.

The lower closing cap 133 is formed to fix the upper portion of the mesh roller 135, and the mesh roller 135 is formed to be rotatable in the lower closing cap 133.

The slide groove 134 is formed to unwind the dust net wound on the net roller 135 to one side, and the dust net is a dust net frame so that the net moving member 136 formed at one side can slide. (130) It is characterized in that it is formed in the upper and lower interior.

The mesh roller 135 is formed to wind up or unwind a dust net, and the mesh roller 135 is fixedly formed by an upper closing cap 132 and a lower closing cap 133 on the inside of the mesh case 131 It is characterized by being.

The net moving member 136 is formed on one side of the dust net, and the net moving member 136 is disposed in the slide groove 134 formed in the upper and lower portions of the dust net frame 120 and the upper portion of the net moving member 136 It is characterized in that the lower part is inserted and slides.

The dust net is formed to block fine dust by forming a plurality of fine lattice grooves, and the dust net is fixed and wound on one side of the net roller 135.

The dust net is characterized in that it is formed to be opened and closed by moving along the slide groove (134).

The mango fixing member 138 is formed to fix the dust net in an unfolded state on the dust net frame 130 when the dust net is unwound, and the mango fixing member 138 is formed to one side of the dust net frame 130. It is characterized in that the mesh moving member 136 that is formed and slides is inserted and formed to be detachable.

3 is a view showing a dust net winding means 140 of the window system 10 of the present invention, and FIG. 4 is a view showing in detail with respect to FIG. 3.

Referring to the drawings, the dust net winding means 140 is characterized in that it is formed to wind the net in one direction or unwind the wound net in the other direction.

The dust net winding means 140 includes a first rotation shaft 141, a second rotation shaft 142, a net insertion groove 143, a net rotation protrusion 144, a shaft rotation motor 150, a net stopper 160, It includes a network control sensor 161, a proximity sensor 170, and a safety alarm 171.

The first rotation shaft 141 is formed on one side inside the net case 131 to wind the dust net, and the first rotation shaft 141 rotates the dust net from one side to one side so that the dust net is wound. It is formed at a predetermined interval at a position corresponding to the second rotation shaft 142, and the first rotation shaft 141 is fixedly formed inside the net case 131 by the upper closure cap 132 and the lower closure cap 133. It is characterized by that.

The second rotation shaft 142 is formed on the other side inside the net case 131 to wind up the dust net, and the second rotation shaft 142 has a dust net in one direction, that is, the first rotation shaft 141 from the other side. It is formed at a predetermined interval at a position corresponding to the first rotating shaft 141 so that the dust net is wound by rotating in the direction of rotation, and the second rotating shaft 142 includes an upper closing cap 132 and a lower closing cap 133 It is characterized in that it is fixedly formed inside the net case 131 by.

The net insertion groove 143 is formed to wind the dust net on the first rotation shaft 141 and the second rotation shaft 142, and the net insertion groove 143 has one side of the dust net being a first rotation shaft 141 It is characterized in that it is formed in the axial direction on the first rotation shaft 141 to be fixed to.

The mesh rotation protrusion 144 is formed on the first rotation shaft 141 and the second rotation shaft 142 in plurality, and the mesh rotation projection 144 includes a dust net having a first rotation shaft 141 and a second rotation shaft ( It is characterized in that it is wound by preventing slipping on the first rotation shaft 141 and the second rotation shaft 142 during winding and unwinding on the 142), or formed to facilitate unwinding in one direction.

The mesh rotation protrusion 144 is characterized in that a plurality of the first rotation shaft 141 and the second rotation shaft 142 are formed on the upper, middle, and lower portions.

The shaft rotation motor 150 is formed to rotate the first rotation shaft 141 and the second rotation shaft 142 in one direction, and the shaft rotation motor 150 includes a first rotation shaft 141 and a second rotation shaft. (142) It is characterized in that each formed on one side.

The net stopper 160 is formed to stop the dust net unwound or wound by the shaft rotation motor 150 at the current position to be opened and closed, and the net stopper 160 includes the first rotation shaft 141 and The second rotation shaft 142 is characterized in that it is formed on the other side, respectively.

In addition, the net stopper 160 is characterized in that it may be formed in one side inside the net case 131.

The net control sensor 161 is formed to detect the length at which the dust net is wound or the length at which the dust net is unwound, and the net control sensor 161 includes a first rotation shaft 141 and a second rotation shaft 142 It characterized in that it is formed in one side between.

When the setting value input to the net control sensor 161 is reached according to the net control sensor 161, the net stopper 160 is operated to stop unwinding and winding of the dust net, and at the same time, the shaft rotation motor 150 is operated. It is characterized in that the first rotation shaft 141 and the second rotation shaft 142 are not rotated by operating.

The proximity sensor 170 is formed to detect the human body, is formed on one side of the dust net, and is sensed by calculating a current value that changes when the dust net is touched by flowing a certain current through the dust net. do.

In addition, sensing information is provided to the safety alarm 171 side to notify the user or intruder who touched the dust net, so that the user is alert to prevent a fall, and when detected by an intruder, the intruder is alerted with a notification around the perimeter. Characterized in that.

The safety alarm 171 is formed to notify through sound according to detection information provided from the proximity sensor 170, and the safety alarm 171 is formed on one side of the dust net frame 130. .

5 is a view showing a multi-stage insect repellent winding means 180 of the window system 10 of the present invention, and FIG. 6 is a view showing in detail with respect to FIG. 5.

Referring to the drawing, the window system 10 includes a multi-stage insect repellent net take-up means (180).

The multistage screen reeling means 180 is formed so that the double screens can be opened and closed individually, and one screen is operated, or two screens are simultaneously operated or individually operated.

The multistage insect repellent winding means 180 includes a first winding shaft 181, a first winding 182, a first winding motor 182a, a second winding 184, a second winding 184, and It includes a two-winding motor (184a), a mesh guide roller (185), a roller fixing member (186), an opening and closing sensor (187).

The first winding shaft 181 is formed on one side inside the net case 131, and the first winding shaft 181 is fixed by an upper closing cap 132 and a lower closing cap 133. do.

The first winding shaft 181 is formed on one side inside the net case 131 and is formed at a predetermined distance from the second winding shaft 184.

The first winding net 182 is characterized in that one side is fixed to the first winding shaft 181 to be wound or unwound.

The first winding net 182 is formed to be unwound in one direction by rotating in a clockwise direction.

The first winding motor 182a is for rotating the first winding shaft 181, and the first winding motor 182a moves the first winding shaft 181 in one direction or the other direction. It is formed to generate power for rotation, the first winding motor (182a) is characterized in that formed in one side of the first winding shaft (181).

The second winding shaft 184 is formed on the other side inside the net case 131, and the second winding shaft 184 is fixed by an upper closing cap 132 and a lower closing cap 133. do.

The second winding shaft 184 is formed on one side inside the net case 131 and is formed at a predetermined interval from the first winding shaft 181.

The second winding net 184 is characterized in that one side is fixed to the second winding shaft 184 to be wound or unwound.

The second winding net 184 is formed to be unwound in the same direction as the first winding net 182 by rotating counterclockwise.

The second take-up motor 184a is for rotating the second take-up shaft 184, and the second take-up motor 184a moves the second take-up shaft 184 in one direction or the other direction. It is formed to generate power for rotation, the second winding motor (184a) is characterized in that formed in one side of the second winding shaft (184).

Here, the first winding network 182 is rotated in a clockwise direction so that the first winding network 182 is unwound in one direction, and the second winding network 184 is rotated counterclockwise to the second winding network 184 It is characterized in that it is unwound in one direction.

That is, the first winding network 182 and the second winding network 184 are unwound in the same direction.

The net guide roller 185 is to prevent contact with the second take-up net 184 when the first take-up net 182 is unwound in one direction, and the net guide roller 185 is used for the second take-up. The shaft 184 is characterized in that it is formed fixed to the roller fixing member 186 at regular intervals to one side.

The roller fixing member 186 is formed to fix the mesh guide roller 185 on the second winding shaft 184, and the roller fixing member 186 is formed in the upper and lower portions of the second winding shaft 184. It is characterized in that it is formed, characterized in that it is formed to be rotatable between the roller fixing member 186 formed in the upper and lower.

The opening/closing sensor 187 is formed to sense the opening/closing length of the first winding network 182 and the second winding network 184 that are unwound to one side, and the opening and closing sensor 187 is one side of the network case 131 It is characterized in that each is formed to sense the opening and closing length of the first winding network 182 and the second winding network 184.

7 is a view showing an auxiliary connection unit 300 for windows of the window system 10 of the present invention, and FIG. 8 is a view showing in detail with respect to FIG. 7.

Referring to the drawings, the window system 10 includes an auxiliary connection unit 300 for windows and doors.

The auxiliary connection part for windows and doors 300 is characterized in that the frame formed vertically and the frame formed horizontally are mutually combined to form a rectangular frame.

The auxiliary connection part for windows and doors 300 is a vertical frame 310, a horizontal frame 320, a first member groove 321, a second member groove 322, a third member groove 323, a frame member groove 324 ), a protruding groove 330, a connecting member 350, a first insertion member 351, a second insertion member 352, a third insertion member 353, and a frame fixing member 354.

The vertical frame 310 is characterized in that it is a frame formed vertically among a rectangular frame.

The horizontal frame 320 is characterized in that it is a frame formed horizontally among a rectangular frame.

The first member groove 321 is formed so that the first insertion member 351 is inserted, and the first member groove 321 is formed at one side of each of the vertical frame 310 and the horizontal frame 320. It is characterized by that.

That is, the vertical frame 310 and the horizontal frame 320 are respectively formed at positions corresponding to each other.

The second member groove 322 is formed so that the second insertion member 352 is inserted, and the second member groove 322 is formed at one side of each of the vertical frame 310 and the horizontal frame 320. It is characterized by that.

That is, the vertical frame 310 and the horizontal frame 320 are respectively formed at positions corresponding to each other.

The third member groove 323 is formed so that the third insertion member 353 is inserted, and the third member groove 323 is formed at one side of each of the vertical frame 310 and the horizontal frame 320. It is characterized by that.

That is, the vertical frame 310 and the horizontal frame 320 are respectively formed at positions corresponding to each other.

The frame member groove 324 is formed so that the frame fixing member 354 is inserted, and the frame member groove 324 is formed at one side of each of the vertical frame 310 and the horizontal frame 320. do.

That is, the vertical frame 310 and the horizontal frame 320 are respectively formed at positions corresponding to each other.

The protrusion groove 330 is formed so that the fixing protrusion 363 is inserted, and the protrusion groove 330 is formed on one side of the vertical frame 310 and one side of the horizontal frame 320, respectively. do.

The fixing protrusion 363 inserted into the protrusion groove 330 is characterized in that it is formed to be detachable in a one-touch manner.

The connecting member 350 is formed to connect the vertical frame 310 and the horizontal frame 320, and the connecting member 350 has one side formed in an arrow shape so that a rectangular corner can be formed. It is characterized.

One side of the first insertion member 351 is inserted into the first member groove 321 formed in the vertical frame 310, and the other side is inserted into the first member groove 321 formed in the horizontal frame 320. As to be formed, the first insertion member 351 is characterized in that it is formed in the upper one side and the other side with respect to the center of the connection member (350).

That is, the first insertion member 351 on one side of the upper portion of the connecting member 350 is in the first member groove 321 formed in the vertical frame 310, and the first insertion member 351 on the other side of the upper connecting member 350 Is inserted into the first member groove 321 formed in the horizontal frame 320.

One side of the second insertion member 352 is inserted into the second member groove 322 formed in the vertical frame 310, and the other side is inserted into the second member groove 322 formed in the horizontal frame 320. The second insertion member 352 is characterized in that it is formed in one side and the other side of the central portion relative to the center of the connection member (350).

That is, the second insertion member 352 on the central side of the connection member 350 is in the second member groove 322 formed in the vertical frame 310, the second insertion member 352 on the other side of the upper connection member 350 Is inserted into the second member groove 322 formed in the horizontal frame 320.

The third insertion member 353 has one side inserted into the third member groove 323 formed in the vertical frame 310, and the other side inserted into the third member groove 323 formed in the horizontal frame 320. As to be formed, the third insertion member 353 is characterized in that it is formed in the lower one side and the other side with respect to the center of the connection member (350).

That is, the third insertion member 353 on one side of the lower side of the connection member 350 is in the third member groove 323 formed in the vertical frame 310, and the third insertion member 353 on the other side of the upper connection member 350 Is inserted into the third member groove 323 formed in the horizontal frame 320.

The frame fixing member 354 is formed so that one side is seated and coupled to the frame member groove 324 formed in the vertical frame 310, and the other side is seated and coupled to the frame member groove 324 formed in the horizontal frame 320 It is characterized in that the frame fixing member 354 is formed at both ends of one end of the connecting member 350.

9 is a view showing another embodiment of the opening and closing fixing means 360 to the auxiliary connection unit 300 for windows and doors of the present invention.

Referring to the drawing, the auxiliary connection unit 300 for windows and doors further includes an opening/closing fixing means (360).

The opening/closing fixing means 360 is for attaching and detaching the horizontal frame 320 and the vertical frame 310, and the opening/closing fixing means 360 is a hinged connection member 350 and a vertical frame 310, a connection member It is characterized in that it is formed to enable coupling between the 350 and the horizontal frame 320.

The opening/closing fixing means 360 includes an opening/closing member 361, an opening/closing hinge 362, and a fixing protrusion 363.

The opening and closing member 361 is formed to surround one side of the vertical frame 310 and the horizontal frame 320, and the opening and closing member 361 is hinged toward the vertical frame 310 and the horizontal frame 320. It characterized in that it is formed to be open and close.

The opening and closing hinge 362 is formed to be rotatable when the connection member 350 and the opening and closing member 361 are connected, and the opening and closing hinge 362 is formed to be connected between the connection member 350 and the opening and closing member 361 , One side of the opening and closing member 361 is rotated to contact one side of the horizontal frame 320 and the vertical frame 310, respectively, and the connection member 350 is formed to be fixed.

The fixing protrusion 363 is formed to be inserted into the protrusion groove 330 formed on one side of the vertical frame 310 and the horizontal frame 320, respectively, the fixing protrusion 363 to one side of the opening and closing member 361 It is characterized in that it is formed in a position corresponding to the projection groove 330 formed on one side of the horizontal frame 320 and the vertical frame 310.

10 is a view showing another embodiment of the width fixing means 370 to the auxiliary connection unit 300 for windows and doors of the present invention.

Referring to the drawings, the auxiliary connection part for windows and doors 300 further includes a width fixing means 370.

The width fixing means 370 is formed to be inserted into the vertical frame 310 and the horizontal frame 320 so as not to be easily removed, and is formed to be closely fixed when the vertical frame 310 and the horizontal frame 320 are inserted. It is characterized by that.

The width fixing means 370 includes a first moving member 371, a second moving member 372, a member moving screw 373, a screw rotating gear 374, a screw handle 375, a screw motor 376, It includes a compression sensor 377 and a sensor detection alarm 378.

The first moving member 371 is formed to be inserted into the first member groove 321, the second member groove 322, and the third member groove 323, and the first moving member 371 is a connecting member (350) It characterized in that it is formed in one side and the other side.

In more detail, the connecting member 350 is formed on one side in one direction and one side in the other direction of the connecting member 350, the first member groove 321, the second member groove 322, and the third member groove ( It is characterized in that it is a member that becomes a reference when inserted into 323).

The second movable member 372 is formed to move in one direction with respect to the first movable member 371, and the second movable member 372 includes a first member groove 321 and a second It is characterized in that the member groove 322 and the third member groove 323 is formed to be adjusted so as to be in close contact with the other inner side of each.

The member moving screw 373 is formed so that the second moving member 372 can slide in one direction based on the first moving member 371, and the member moving screw 373 and the second moving member It is characterized in that the second moving member 372 is moved in one direction when the member moving screw 373 is rotated because 372 is coupled in a screwing manner.

The screw rotating gear 374 is for rotating the member moving screw 373, and the screw rotating gear 374 is a worm gear type that engages so as to be parallel to the member moving screw 373, and the screw rotating gear 374 The rotational force of the member moving screw 373 is provided to the member moving screw 373 to rotate, and the screw rotation gear 374 is applied to any one of the screw motor 376 or the screw handle 375 The connection is formed, and is connected to the screw handle 375 to manually move the second moving member 372, and connected to the screw motor 376 to automatically move the second moving member 372. It is characterized by that.

The screw handle 375 is formed on one side of the screw rotation gear 374, and generates rotational power manually by rotating the screw handle 375, and the member moving screw 373 is rotated by receiving the rotational power. It is characterized by that.

The screw motor 376 is formed on one side of the screw rotation gear 374, and the member moving screw 373 is rotated by receiving rotational power generated by the screw motor 376. The screw motor 376 is automatically stopped according to the detection of the compression sensor 377, and is stopped when the pressure exceeds a certain pressure, and the screw motor 376 is continuously operated while maintaining the certain pressure.

The compression sensor 377 controls the pressure that the second moving member 372 moving in one direction is in close contact with the inside of the first member groove 321, the second member groove 322, and the third member groove 323. It is formed to detect, and when a pressure higher than the pressure set by the pressure received through the compression sensor 377 is generated, a signal is provided to the screw motor 376 to stop.

The sensor detection alarm 378 is formed to receive a signal having a pressure higher than a certain pressure from the compression sensor 377 and notify the user through sound, and the sensor detection alarm 378 is formed on one side of the connecting member 350. It is characterized by that.

The above-described embodiments are for illustrative purposes only, and those of ordinary skill in the art to which the above-described embodiments belong can easily transform into other specific forms without changing the technical spirit or essential features of the above-described embodiments. You can understand. Therefore, it should be understood that the above-described embodiments are illustrative and non-limiting in all respects. For example, each component described as a single type may be implemented in a distributed manner, and similarly, components described as being distributed may also be implemented in a combined form.

The scope to be protected through the present specification is indicated by the claims to be described later rather than the detailed description, and should be interpreted as including all changes or modified forms derived from the meaning and scope of the claims and the concept of equivalents thereof. .

10: Window system
100: window part 110: fine dust blocking means
111: detachable pipe 120: net frame
125: insect screen 130: dust net frame
131: net case 132: upper closing cap
133: lower closing cap 134: slide groove
135: mesh roller 136: mesh moving member
137: dust net 138: mango government material
140: dust net winding means 141: first rotating shaft
142: second rotation shaft 143: net insertion groove
144: mesh rotation protrusion 150: shaft rotation motor
160: network stopper 161: network control sensor
170: proximity sensor 171: safety alarm
180: multi-stage insect screen winding means 181: first winding
182: first winding 182a: first winding motor
183: 2nd retrieval 184: 2nd retrieval
184a: second winding motor 185: mesh guide roller
186: roller fixing member 187: opening and closing sensor
300: auxiliary connection part for windows 310: vertical frame
320: horizontal frame 321: first member groove
322: second member groove 323: third member groove
324: frame member groove 330: protruding groove
350: connecting member 351: first insertion member
352: second insertion member 353: third insertion member
354: frame fixing member 360: opening and closing fixing means
361: opening and closing member 362: opening and closing hinge
363: fixing protrusion 370: width fixing means
371: first moving member 372: second moving member
373: member moving screw 374: screw rotation gear
375: screw handle 376: screw motor
377: compression sensor 378: sensor detection alarm

Claims (2)

In the window system comprising a window portion formed in a rectangular shape,
The window part,
Including a multi-stage insect screen winding means that is formed to be individually open and close the screen provided as a double,
The multi-stage insect screen winding means,
A first winding shaft formed at one side inside the net case and fixedly formed by an upper closing cap and a lower closing cap;
A first winding network wound on the first winding shaft such that the slide is unwound in one direction or wound to an initial position;
A first take-up motor formed at one side of the first take-up shaft to rotate the first take-up shaft so that the first take-up net is unwound in one direction or to an initial position;
A second winding shaft formed on the other side of the net case and fixedly formed by the upper and lower caps;
A second winding network wound on the second winding shaft such that the slide is unwound in one direction or is wound to an initial position;
A second take-up motor formed on one side of the second take-up shaft to rotate the second take-up shaft so that the second take-up net is unwound in one direction or to an initial position;
A network guide roller fixedly formed on the roller fixing member at a predetermined interval on one side of the second winding shaft to prevent contact with the second winding when the first winding is unwound in one direction;
A roller fixing member formed above and below the second winding shaft to fix the mesh guide roller on the second winding shaft;
In order to sense the opening and closing lengths of the first winding network and the second winding network that are unwound to one side, it includes an opening and closing sensor respectively formed on one side of the network case,
The window system,
Further comprising an auxiliary connection portion for windows and doors for connecting the horizontal frame and the vertical frame of the window portion formed in a square, respectively,
The auxiliary connection part for windows and doors,
A vertical frame formed vertically;
A horizontal frame formed horizontally;
A first member groove formed on one side of the vertical frame and one side of the horizontal frame so that the first insertion member is inserted;
A second member groove formed at the center side of the vertical frame and the center side of the horizontal frame so that the second insertion member is inserted;
A third member groove formed on the other side of the vertical frame and the other side of the horizontal frame so that the third insertion member is inserted;
A frame member groove formed at one end of the vertical frame and the other end of the horizontal frame so that the frame fixing member is inserted;
Protrusion grooves respectively formed on one side of the vertical frame and one side of the horizontal frame so that the fixing protrusion is inserted;
A connecting member formed in the shape of an arrow to connect the vertical frame and the horizontal frame;
A first insertion member having one side inserted into the first member groove formed in the vertical frame and formed at the upper one side and the other side with respect to the center of the connecting member so that the other side is inserted into the first member groove formed in the horizontal frame;
A second inserting member having one side inserted into the second member groove formed in the vertical frame and formed at the center one side and the other side with respect to the center of the connecting member so that the other side is inserted into the second member groove formed in the horizontal frame;
A third insertion member having one side inserted into the third member groove formed in the vertical frame and formed at the lower one side and the other side with respect to the center of the connecting member so that the other side is inserted into the third member groove formed in the horizontal frame;
It includes a frame member groove formed in the vertical frame and a frame fixing member formed at one end of the connecting member so as to be seated and coupled to the frame member groove formed in the horizontal frame,
The auxiliary connection part for windows and doors,
Further comprising an opening and closing fixing means for attaching and detaching the horizontal frame and the vertical frame,
The opening and closing fixing means,
An opening and closing member hingedly rotated to one side and the other side of the lower connecting member so as to contact one side of the vertical frame and the horizontal frame;
An opening and closing hinge formed to be rotatable when the connection member and the opening member are connected;
It includes a fixing protrusion formed on one side of the opening and closing member so as to be coupled to the protrusion groove formed on each side of the vertical frame and the horizontal frame,
The auxiliary connection part for windows and doors,
It is inserted into the vertical frame and the horizontal frame further includes a width fixing means for preventing the fall and fixing firmly,
The width fixing means,
A first moving member formed at one side and the other side of the connecting member so as to be inserted into the first member groove, the second member groove, and the third member groove;
The first moving member is moved in one direction with respect to the first moving member so that the first member groove, the second member groove, and the third member groove can be closely moved in a direction corresponding to the first moving member. 2 moving member;
A member moving screw formed to be rotatable between the first moving member and the second moving member in order to move the second moving member in one direction based on the first moving member;
A screw rotation gear having one side connected to one of a motor shaft or a screw handle of the screw motor to rotate the member moving screw, and the other side being formed to mesh with the member moving screw;
A screw handle formed on one side of the screw rotation gear to manually rotate the screw rotation gear;
A screw motor formed on one side of the screw rotation gear to automatically rotate the screw rotation gear;
A compression sensor formed on one side of the inner surface of the first member groove, the second member groove, and the third member groove so as to sense the pressure in close contact with the inner surfaces of the first member groove, the second member groove, and the third member groove when the second moving member moves to one side. ;
A window system comprising a sensor detection alarm formed on one side of the connecting member to detect the pressure being in close contact and notify the user of the detected signal through sound.
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