KR20050113678A - Magnetic slide device and magnetic slide-typed window blinding system using the device - Google Patents

Abstract

The present invention relates to a magnetic sliding window blind system using the magnetic slide device which can be used as a shielding device for a window or a window glass door.

Magnetic sliding type window blinding system according to the present invention is fixed to the sheet-type blinder 101 inside the window frame in the window frame 100 sealed by a pair of window glass (110,120) and window frame (170,175,180,185) and has a permanent magnet Is installed on the outside of the fixed frame 130 and the window frame and the magnetic slide device consisting of a magnetic handle 150 having a permanent magnet is configured to install near the center of the window frame 100 with the rail 160. Winding means 105 provided with a spring rod 106 is provided on the vertical window frame member 170 on the rear end side of the sheet-shaped blinder 101 provided in the window glass 110, 120. Sheet-type blinder 101 is wound around the winding means 105, the upper and lower ends of the vertical window frame member 170 installed on one side of the window frame 100 is freely rotated, the handle 150 is moved It is configured to be released from the means 105.

According to this configuration, the blinder 101 is provided with a new type of window blind system which is not contaminated and is compact and easy to operate.

Description

Magnetic slide device and window sliding system of magnetic slide method using the same {MAGNETIC SLIDE DEVICE AND MAGNETIC SLIDE-TYPED WINDOW BLINDING SYSTEM USING THE DEVICE}

The present invention relates to a magnetic slide device for moving an object in an enclosed hollow space and a window gliding system using the same.

BACKGROUND ART In order to shield windows used in buildings and houses for lighting, ventilation, or opening / closing doors, curtains, cloths, plastic or metal blind roll screens, folding verticals, and the like are commonly used. In addition, a variety of systems have been designed to open or close curtains, blinds or roll screens or folding verticals manually or automatically.

However, since curtains and blinds are exposed to the atmosphere, dust, moisture, and the like accumulate from the atmosphere as the use period elapses, and thus, the curtains and the blinders are not easily cleaned and are not easily cleaned or managed. In order to solve this problem, a closed blinder has been proposed in which a blinder is installed between a pair of window panes and operated through a line drawn out of the window frame, but the thickness of the window frame becomes excessively thick due to the installation of the blinder. Internal contamination through perforations for the passage of leads and leads is pointed out as another drawback and remains a challenge to be solved.

These conventional hermetic blinders basically adopt the existing blinding system as it is and simply install it between a closed pair of windowpanes. Therefore, the connection with the external device is difficult to operate the internal blinding system. It is essential, and the thickness of the window frame is also thickened to make room for the inner blinder.

The present invention is a blind system of the type inserted and operated between a pair of windowpanes for shielding the windowpanes for the conventional windows or doors to reduce the thickness of the window or door, and also to take out the operation means drawn out An object of the present invention is to provide a new type slide device and a window blind system using the same.

In order to achieve this object, the present invention provides a magnetic slide device for moving an object in an enclosed space.

In addition, the present invention provides a new type of window blind system using such a magnetic slitting device.

More specifically, the present invention provides a plurality of permeable walls constituting a closed space; A fixture comprising a permanent magnet mounted to an object located in an enclosed space to approach the permeable wall; And a moving body including a permanent magnet positioned to contact the permeable wall outside the sealed space and including a permanent magnet arranged in such a manner that the permanent magnet and the attractive force of the fixed body are operated. Allows the object inside the enclosed space to be moved to the desired position.

In addition, the present invention is provided with a guide rail which can be moved in a sliding manner by mounting the movable body to the investment wall, the movable body is composed of a housing and a handle rotatably mounted on the housing, a pair on the front of the handle Permanent magnets are arranged in parallel along the wall, and a pair of magnetic poles are arranged in parallel along the wall so that the permanent magnet of the fixture also corresponds to the permanent magnet of the handle. Provided is a magnetic slide device capable of separating a moving object from an object in an enclosed space after moving the object.

In addition, the present invention is composed of a pair of permanent magnets disposed so that different magnetic poles are directed toward the permeable wall by separating the permanent magnets respectively disposed on the front and the fixed body of the handle by the shielding body, the magnetic force for the permeable wall It also provides a magnetic slide device of the configuration to enhance the.

On the other hand, the present invention provides a magnetic sliding window blind system using the magnetic slide device of the above-described configuration.

The present invention comprises a window frame composed of a pair of window glass and a plurality of window frame members; A sheet-type blinder installed between the pair of window panes of the window frame; A winding means installed on one side of the window frame member and connected to one end of a sheet-type blinder to wind the sheet-type blinder; A fixture including a permanent magnet disposed near the distal end of the other end of the sheet-type blinder and mounted near to the window glass on one side; A handle disposed on an outer side of the window glass on which the fixture is disposed so as to contact the window glass and including a permanent magnet arranged to act on the permanent magnet and the attraction force of the fixture; And a magnetic slide type window blind system comprising a rail disposed to cross the window glass on which the handle is installed to guide the handle, so that the blind is installed between the closed window frames to prevent contamination of the blind. Provides a window frame with a slim blind.

In addition, the present invention consists of a handle and a rotating handle rotatably mounted to the housing, the permanent magnet is disposed on the front of the rotating handle so that a pair of magnetic poles are arranged in parallel along the wall, the permanent magnet of the fixed body To provide a magnetic sliding window blind system in which a pair of magnetic poles are disposed in parallel along the wall to correspond to the permanent magnet of the handle, so that it can be used as an opening / closing handle of the window or door after the blinding operation.

In addition, the present invention is composed of a pair of permanent magnets disposed so that different magnetic poles are directed toward the permeable wall by separating the permanent magnets respectively disposed on the front and the fixed body of the rotary knob by the shielding body, A magnetic slide window blinding system with more powerful magnetic force for heavier blinders such as larger or plate-shaped blinders is provided.

In addition, according to the present invention, a permanent magnet is installed at the tip facing the window frame of the blinder, and a permanent magnet is also installed at a corresponding position within the window frame facing the tip of the blinder, and the inside of the window frame and the tip of the blinder are closely contacted after the blinder is shielded. It provides a magnetic sliding window blind system.

Furthermore, the present invention provides a plurality of clips that are installed to be slidable along a window frame disposed at a pair of opposite side ends of the sheet-shaped blinder to each other, so that the blinder is stretched by the weight of the blinder when shielding. A magnetic sliding window blind system can be prevented.

In addition, the present invention is a combination window blind of the type that can shield a large window in at least two ways by combining the existing conventional blind system and the window sliding system of the magnetic slide type according to the present invention described above. Provide a ding system.

In addition, the present invention is configured to be interlocked by a wire and the window and the window system of the magnetic slide type according to the present invention, the conventional sliding system, by operating the window sliding system of the magnetic slide type by the handle, Provided is a combination window blind system in which conventional blind systems in conjunction therewith are configured to work together.

In addition, the present invention is configured to be interlocked by the conventional blind system and the window blind system according to the present invention and the transmission, so that moving the handle of the window blind system according to the present invention accordingly the conventional bla A combination window blind system is provided in which an indenting system is configured to interlock by a transmission device.

EMBODIMENT OF THE INVENTION Hereinafter, the structure which moves the object in the sealing body which becomes the basis of this invention by the moving means outside a sealing body is demonstrated.

The magnetic slide device according to the present invention basically fixes a permanent magnet to an object in a space enclosed by a plurality of permeable walls, and places another permanent magnet at a position corresponding to the permanent magnet attached to the object from the outside of the enclosure. By moving the movable body by providing the movable body with the permeable wall, it is comprised so that the object located in the enclosed space may move along the permeable wall.

Hereinafter, with reference to the accompanying drawings, a detailed configuration of the magnetic slide device according to the present invention will be described.

In FIG. 1, the structure of the magnetic slide device according to the present invention is schematically shown as an example of a configuration for moving an object of a sheet body or a plate body in a closed space enclosed by a pair of glass walls. As shown in FIG. 1 (A), the present invention uses a sheet or plate-shaped object 1 inserted between a pair of glass walls 10 and 20 to the glass walls 10 and 20 on either side. It is configured to move in the desired direction using the handle 40 installed on the outside.

To this end, a fixed body 30 including a fixed magnet composed of permanent magnets is fixed to the object 1 inside the glass walls 10 and 20, and fixed to the object 1 on the outside of the plate glass 20. The handle 40 provided with the movable magnet 45 is attached by the magnetic force in the position corresponding to the stator magnet of the fixed body 30 provided. The magnetic slide device configured as described above does not have a large friction between the glass wall 20 and the generally coated magnet by using only a pair of permanent magnets, so that the plated glass 20 is spaced in accordance with the movement of the handle 40. It has been found that the object 1 installed in 15 can be easily moved.

On the other hand, if necessary, it is necessary to separate the handle 40 attached to the object in the sealed space before and after the movement of the object inside the sealed space with the object, for this purpose using the following permanent magnet on-off means It is convenient to do

2 shows the construction of a magnetic slide device with on-off means according to the invention. As shown, the on-off means according to the invention consists of a rotary knob 50 which rotates in the housing 51.

The housing 51 generally has a hollow portion 54 so that the rotary knob 50 can be freely rotated, and a front end portion of which the permanent magnet of the rotary knob 50 is installed so that the rotary knob 50 can be integrally moved according to the movement of the rotary knob 50. It is assembled integrally on the outside. On the other hand, it is convenient to install a guide rail 60 on the glass wall 20 to fix the housing 51 during the rotation of the handle 50. The housing 51 is suppressed from rotating in the guide rail 60 when the handle 50 is rotated, but the square can be easily moved together with the rotary handle 50 in the guide rail 60 when the rotating handle 50 is moved. It is advantageous to configure in such a form.

On the other hand, as shown in Figure 2, the stopper 56 is provided on one side of the rotary knob 50, the inside of the housing 51 of the housing 51 so that the stopper 56 can rotate 180 degrees The cavity 54 is formed in the half part, and the pair of stopper accommodating grooves 52 and 53 in which the stopper 56 of the rotation knob 50 is elastically inserted and fixed in the both ends of the cavity part is formed. . Therefore, the housing 51 and the rotation knob 50 are fixed to each other by the stopper 56 and the stopper receiving grooves 52 and 53. On the other hand, it becomes possible to rotate the rotary knob 50 180 degrees between the on and off positions in the housing 51.

An on-off means between the fixed magnet inside the glass wall and the moving magnet outside the glass wall in this rotatable rotary knob 50 will be described with reference to FIG. 3.

As shown in FIG. 3, the magnetic slide device according to the present invention has a stator 30 disposed between a stator magnet 35 and a glass wall 20 installed in a stator 30 attached to an object in a sealed part. It consists of the moving magnet 55 in the rotary knob 50 provided in the position corresponding to the. The stationary magnet 35 and the movable magnet 55 are arranged such that a pair of magnetic poles of the permanent magnets 35 and 55 are arranged in parallel with the surface of the glass wall 20. Accordingly, the magnetic poles of the fixed magnet 35 and the movable magnet 55 are held so as to be opposite to each other in the opposite direction, so that the magnetic poles of the fixed magnet 35 and the moving magnet 55 are fixed to each other to maintain the on state A. In the off state (B), the state is separated from each other. Accordingly, by rotating the rotary knob 50 shown in FIG. 2 in the housing 51, the stationary magnet 35 and the movable magnet 55 are turned on in the attraction force or off state in which the repulsive force is applied to each other. You can switch to

On the other hand, the configuration of the rotary knob according to the present invention, as shown in Figure 4, the fixed body 30 and the rotary knob 50 of the pair of magnets (35 ', 35' or 55 ', 55', respectively) It may be arranged so that the polarities are opposite to each other. In this case, since a pair of magnets 35 ', 35' or 55 ', 55' are used, the magnetic forces of the fixed magnets 35 ', 35' and the moving magnets 55 ', 55' are not shown in FIG. It has the advantage of being stronger than that. Therefore, the glass wall 20 to which magnetic force will pass etc. is a structure which is convenient to apply when a magnetic force is to be transmitted through the shielding wall which is thick or whose investment property is bad.

5 shows a configuration for improving the mobility of the fixed magnet 35 and the moving magnet 55 on the glass wall 20. By installing the roller 70 or the ball 80 at the front surface of the fixture 30 and the handle 50 facing the glass wall 20 on which the magnets 35 and 55 are to be installed, the handle 50 may be used as well. An object to which the fixed body 30 located inside the sealing part may be more easily moved.

Such a magnetic slide device will provide a general configuration for moving an object in a sealed container consisting of a glass wall as illustrated for the purposes of the present invention as well as a wall having a smooth surface with low friction. Accordingly, the magnetic slide device of the present invention can be used for a wider range of applications as well as the movement of blinds in a window or windowpane door described below, and the following description is intended to illustrate the specific application of the present invention and the present invention for such use. It is not limited to.

Example 1

The magnetic slide device according to the present invention is basically a bladder for opening and closing a fiber, soft, flexible plastic or metal blind, roll screen, or folding vertical in a window or window glass door composed of a pair of window glass and a frame or window frame member sealing the same. The present invention may be applied to a reading system (hereinafter, referred to as a window gliding system). Hereinafter, a window blinding system using the magnetic slide device of the present invention will be described in detail with reference to the accompanying drawings.

6 and 7 show the construction of a window pane type door employing a magnetic slide device according to the invention. Although it is shown in the form used for the front door or the rear door of a single house rather than an apartment, it can be applied to various types of windows or window glass doors such as small windows. In addition, although shown in the horizontal movement form for the purpose of illustration, it may be employed in the vertical movement form (type that the blind moves up and down).

As shown, the handle 150 of the slide device according to the present invention is installed in the window frame 100 having a pair of window glass 110, 120 near the center of the window frame 100 together with the rail 160. As shown in FIG. 7 more clearly, the vertical window frame member 170 on the rear end side of the sheet-shaped blinder 101 installed in the window glass 110 and 120 has a winding means 105 having a spring rod 106. It is installed. Sheet-type blinder 101 is wound around the winding means 105, the upper and lower ends of the vertical window frame member 170 installed on one side of the window frame 100 is freely rotated, the handle 150 is moved It is configured to be released from the means 105.

The sheet-type blinder 101 and the winding means 105 are manufactured and sold in the form of a roll screen or a folding vertical or the like. Therefore, what is necessary is just to employ | adopt the appropriate sheet-type blinder 101 and the winding means 105 according to the specification of the window frame 100. In addition, since the winding means 105 is also developed, manufactured and sold other forms than those shown, it is only necessary to configure the appropriate winding means 105 according to the use, and the present invention is not limited to the illustrated configuration.

On the other hand, the winding means 105 acts to torque the spring rod 106 to wind the sheet-type blinder 101 to the winding means 105 by a spring (not shown) mounted therein, so that the handle 150 When the lower sheet-type blinder 101 is moved to close the window panes 110 and 120, the sheet-type blinder 101 is applied with a force to flatten out.

However, when the size of the window frame 100 is large, the upper and lower ends of the sheet-type blinder 101 may be stretched. As shown in FIG. 6, the clips 102 slidable in the upper and lower horizontal window frame members 180 and 185 are shown. ) Can be attached to 2-5 locations of the sheet-type blinder 101 to prevent sagging. However, it is important to use as small and flexible a small clip 102 as possible so that the clip can be easily wound around the winding means 105.

In addition, at the front end of the sheet-type blinder 101, a permanent magnet 103 for sealing is provided at least about two places along the longitudinal direction of the sheet-type blinder 101, and the permanent magnet 176 also at a corresponding position of the vertical window frame member 175. The front end of the sheet-type blinder 101 may be in close contact with the vertical window frame member 175 when the window blinds 101 and 100 are completely shielded by the sheet-type blinder 101.

Window frame 100 having a window blind system according to the present invention configured as described above is a sheet-type blinder 101 installed in a space enclosed by a pair of window glass (110, 120) and a plurality of window frame members (170, 175, 180, 185) Winding the sheet-type blinder 101 wound in the storage window frame member 170 by moving left and right (up and down in the case of a vertical blinder) by using a handle 150 having a magnetic slide device according to the present invention. Withdrawal from the means 105 or return to the winding means 105 makes it possible to shield or open the panes 110 and 120.

On the other hand, when the window frame 100 using the blinding system according to the present invention is used for the door other than the fixed window frame, the handle 150 should be used as a handle for opening and closing the door as well as the sliding device, The sheet-type blinder 101 is opened by employing the rotary knob 50 having on-off means as described with reference to FIGS. 2 to 4, that is, the sheet-type blinder 101 is completely wound on the winding means 105. After the rotary knob 50 is turned off in the state, the handle 50 is moved to the other side along the rail 160 to be used as a handle for opening and closing the door.

Example 2

On the other hand, the window blind system according to the present invention may be used in a pair of left and right when used in a wide window frame, such as a large fixed window frame of an apartment, but conventional curtains, vertical blinds, horizontal blinds, roll screens, It is also possible to use in combination with a conventional blinding system (hereinafter referred to as a conventional blinding system) such as a folding vertical. Hereinafter, a method of using a combination of a window blind system and a conventional blind system according to the present invention with reference to the accompanying drawings by way of example.

Combined window blinding system 500 using window blinding system 200 employing magnetic slide device according to the present invention and conventional blinding system 300 illustrated as vertical blinder for convenience of illustration ) Is shown in FIG. 8. As shown, the window blinding system 200 and the conventional blinding system 300 according to the present invention are installed on both sides of the large window frame 500. The adoption standard of the window blind system 200 and the conventional blind system 300 according to the present invention is shown at 50:50 for the purpose of illustration, but this can also be changed for convenience.

In addition, the general blind system 300 may be configured to interlock with the blind system 200 of the present invention, as shown, but may be separately installed to operate separately. When configured to interlock, as shown in Figure 8, the blind to enter or withdraw the winding means 215 in accordance with the operation of the handle 250 of the magnetic blind system 200 according to the present invention installed on one side According to the operation of the 201, the conventional blind system 300 may be configured to open or shield together. On the other hand, the interlocking method may be configured by a manual method using a spring and wire or an automatic method using a motor.

On the other hand, such a manual and automatic winding structure for a conventional blinding system is known in various forms, such as a number of methods have already been developed and manufactured and sold. Therefore, the detailed structure of the winding device of the conventional blind system will be omitted. In particular, the automatic switchgear of the vertical blinder using a motor is disclosed in the Republic of Korea Patent Publication No. 1998-083411 (published on January 1, 1998) its detailed configuration.

8, the winding mechanism 290 installed on the upper side of the window frame is moved by the handle 250 of the magnetic slide device according to the present invention to the left and the right. Drive a blinder 301 illustrated as a vertical blinder. On the other hand, the blinder 301 of the conventional winding system 300, as in the magnetic winding system according to the present invention, it is convenient to use a method of installing in the window frame to make the width of the blinder 301 small.

As described above, the winding mechanism 290 for interlocking the conventional blind system 300 may be configured mechanically using a wire assembly and a gear assembly such as a pulley or a worm gear, but in the winding mechanism 290, The motor operating mechanism 390 installed in the center may be operated so that the motor operating mechanism 390 automatically operates the wire mechanism of the vertical blinder 300.

According to this configuration, by installing the magnetic blind system 200 according to the present invention to interlock with the conventional blind system 300 in a large window frame, even in the case of a window frame such as a large fixed window frame of various combinations of blinds The configuration of the system 500 becomes possible.

By using the magnetic slide device according to the present invention configured as described above, it is possible to move the object in the sealed space without a separate connection means to move the object in the space where the airtightness is essential, such as glass walls, It is possible to move along.

On the other hand, by using the on-off magnetic slide device according to the present invention it is possible to drop the object at a desired point after the movement of the object and to easily move the magnetic slide device to another point.

In addition, by applying the magnetic slide device according to the invention to the window frame blind system, it is possible to configure a blinder that can be operated as a handle isolated from the inside of the window frame, as well as a slim window frame and window glass employing a sheet-type blinder The configuration of the door becomes possible.

In addition, when using a blinding system having a magnetic slide device according to the present invention, it is possible to improve the cleanliness of the window frame or window glass door to improve the cleanliness of the window frame or window glass to maintain the cleanliness for a long time It is possible to provide a closed blind system.

In addition, the blinding system according to the present invention also has the advantage that it can be easily combined with conventional blinding systems such as conventional vertical blinder, kate, horizontal blinder.

The present invention is not limited to the forms illustrated in the above description, and those skilled in the art will be able to make various modifications based on the technical spirit described above, and the application field can be variously modified in addition to the window blind system. Can be applied as Accordingly, the present invention is not limited by the above description, and all technical configurations belonging to the matters described in the claims below are all within the technical scope of the present invention.

1 (A) and (B) are a perspective view and a cross-sectional view, respectively, showing the configuration of the magnetic slide device of the present invention;

2 (A) and 2 (B) are front and perspective views showing the configuration of the magnetic slide device each having an on-off function;

Figure 3 (A) and (B) is a cross-sectional view of an embodiment showing an on, off state of the magnetic slide device of the present invention, respectively,

Figure 4 (A) and (B) is a cross-sectional view of another embodiment showing the on, off state of the magnetic slide device of the present invention, respectively,

5A and 5B are cross-sectional views each showing another embodiment of the magnetic slide device of the present invention;

6 is a front view of a window blind system using a magnetic slide device according to the present invention;

7 is an exploded perspective view of a main part of a window blind system using a magnetic slide device according to the present invention;

8 is a front view showing the construction of another embodiment in which the window blind system and the conventional blind system according to the present invention are combined;

* Major sign in the drawing *

1: object 10, 20: glass wall (window)

30: fixed body 40: mobile body

50: rotary knob 51: housing

100: window frame 105: winding means

130: fixed body 150: handle

160: rail 200: magnetic window blind system

300: conventional blind system 500: combination window blind system

Claims (11)

A plurality of permeable walls constituting an enclosed space;   A fixture including a permanent magnet mounted to contact the permeable wall with an object located in an enclosed space; And   And a movable body including a permanent magnet positioned in contact with the permeable wall outside the enclosed space and including a permanent magnet arranged in such a manner that the permanent magnet and the attraction force of the fixed body act. According to claim 1, The guide wall for moving the slide is mounted to the movable body is mounted on the investment wall, the movable body is composed of a housing and a handle rotatably mounted to the housing, And a pair of magnetic poles disposed in parallel along the wall such that a pair of magnetic poles are disposed in parallel along the wall, and a pair of magnetic poles are disposed in parallel along the wall such that the permanent magnet of the fixture also corresponds to the permanent magnet of the handle. 3. The magnetic slide device of claim 2, wherein the permanent magnets respectively disposed on the front face and the fixed body of the handle are constituted by a pair of permanent magnets arranged so that different magnetic poles face each other by the shielding body to face the permeable wall. A window frame composed of a pair of window glass and a plurality of window frame members;   A sheet-type blinder installed between the pair of window panes of the window frame;   A winding means installed on one side of the window frame member and connected to one end of a sheet-type blinder to wind the sheet-type blinder;   A fixed body including a permanent magnet disposed near the distal end of the other end of the sheet-type blinder and mounted to contact the window glass on one side;   A handle disposed on an outer side of the window glass on which the fixture is disposed so as to contact the window glass, the handle including a permanent magnet disposed to act on the permanent magnet and the attraction force of the fixture; And   Magnetic slide-type window blind system comprising a guide rail for guiding the handle is disposed across the window pane is the handle is installed. According to claim 4, wherein the handle is composed of a housing and a rotary knob rotatably mounted to the housing, a permanent magnet is disposed on the front of the rotary knob so that a pair of magnetic poles are arranged in parallel along the wall, the high Magnetic sliding window blind system in which a pair of magnetic poles are arranged in parallel along the wall so that the permanent magnet also corresponds to the permanent magnet of the handle. The magnetic slide method of claim 5, wherein the permanent magnets disposed on the front and the fixed body of the rotary knob are composed of a pair of permanent magnets disposed so that different magnetic poles face each other to the permeable wall by a shield. Window blind system. The magnetic slide method according to any one of claims 4 to 6, wherein a permanent magnet is installed at a tip facing the window frame of the blinder, and a permanent magnet is installed at a corresponding position in the window frame facing the tip of the blinder. Window Blinding System. The magnetic slide method according to any one of claims 4 to 6, wherein a plurality of clips are installed at a pair of side end portions of the sheet-type blinder facing each other so as to be slidable along a window frame disposed at a corresponding position. Window blind system. A combined window blind system comprising a combination of a conventional blind system and a window sliding system of the magnetic slide type according to any one of claims 4 to 6. 10. The combination window blind system according to claim 9, wherein the conventional blind system is configured to interlock by wire with the window blind system according to claims 4-6. 10. A combination window blind system according to claim 9, wherein said conventional blind system is configured to interlock with a window blind system according to claims 4 to 6 by means of a transmission.