KR20060133392A - Full Open Door System - Google Patents

Abstract

The present invention relates to a full-open door system, and more specifically, it is normally used as a sliding door (Sliding door), in case of an emergency full-open installed with various additional functions to maximize the limited space by expanding the access space of the door to the maximum It relates to a door system.

According to the full-open door system according to the present invention, while performing the function of the security at the same time free access, and when the access space is required to open and close the door smoothly and easy to operate.

Description

Full open door system

1 is a front view showing a door installed with a full-open door system according to the present invention, Figure 2 is an operating state diagram showing a state in which the full-open door system according to the present invention as a whole in operation, Figure 3 is a present invention 4 is a side cross-sectional view of a door equipped with a door hanger according to the present invention, and FIG. 5 is a side cross-sectional view of a sliding door according to the present invention. 6a and 6b is a front view and a side view showing a state in which the internal swing device according to the present invention is installed in the sliding door, Figure 7a and 7b is a separated state and side view of the internal swing device separated from the sliding door, 8A, 8B, and 8C are front views of the swing doors applied to the present invention, and partial cross-sectional views before operation of the locking device and partial cross-sectional views after operation, and FIGS. 9A and 9B illustrate the present invention. Is a perspective view and an exploded perspective view of the guide device mounted on the swing door.

* Description of symbols on the main parts of the drawings *

10: sliding door 20: swing door

30: mainframe 40: door hanger

50: internal swing device 60: swing door lock

70: swing door operating device 80: guide device

The present invention relates to a full-open door system, and more specifically, it is normally used as a sliding door (Sliding door), in case of an emergency full-open installed with various additional functions to maximize the limited space by maximizing the access space of the door to the maximum It relates to a door system.

In general, a full-open automatic door system is installed at the entrance of an apartment house or a place requiring confidentiality or supplementation to perform a security function, and to maximize the open space of the door for easy escape in an emergency such as a fire. consist of.

Such automatic door systems are generally provided with sliding doors and swing doors independently installed or coupled to each other, and are applied by reinforcing a device for restoring sag of a door due to repeated operation.

As a known example for achieving the above object, the Republic of Korea Utility Model Registration Application 2003-0009513 "Automatic door to expand the entrance passage space" is disclosed.

This is to expand the passage space of the entrance after the sliding swing door is operated to release the locked protrusion between the sliding swing door and the door frame frame to rotate about the hinge pin.

However, the protrusions that are pushed by the force of manpower during rotation while guiding the sliding swing door during the sliding operation are combined in a structure obtained only between the sliding swing door and the door frame frame, so that the breakage due to the coupling or repetitive operation is prevented. I could not trust the degree.

 In addition, since the protrusions are always subjected to the load of the sliding swing door, a problem occurs that one side of the sliding swing door sags.

As another known example for solving the above problems, Utility Model Registration Application 2003-0005414 discloses a door hanger for automatic doors.

This uses the operation of the counterpart converted in accordance with the up and down movement of the height adjustment mechanism, such as bolts, is composed of a fixed sliding roller, a door hanger that is combined with the sliding swing door to operate up and down according to the rotation of the height adjustment mechanism described above.

However, the disclosed height adjustment mechanism is a problem that is released by itself due to vibrations due to repetitive operation has a problem that the administrator has to check the coupling state from time to time, and in particular, the reason that it is mounted on the door frame frame is actually caused to sag The deflection of the frame of the sliding swing door has a problem that cannot be corrected.

Furthermore, normally automatic doors and sliding doors should always close the door, which detects the closed state of the swing door by a reed switch mounted on the upper part of the swing door.

The commercially available reed switch has a sensing distance of about 5mm-20mm. Especially, the recognizable distance is usually about 5mm. When the target switch detects the position of the swing door closed after swinging, the reed switch is turned on to turn on the sliding door. When waiting for operation, if the swing door is opened and dropped to more than 20mm, the power of the reed switch is turned off to stop the operation of the sliding door.

Therefore, when an outside intruder is aware of the above fact, a fatal weakness of the crime prevention function occurred that the swing door can be pulled into the room by manually pulling the swing door while the 20mm full-open automatic door is closed. According to the consumer's desire to pursue a better living environment, the automatic door system has to be improved in many ways, including the improvement of the security function and the addition of various windproof functions to maintain the indoor temperature. The situation is implicated.

The present invention has been made to solve such a problem, in one preferred embodiment, the full-open door system according to the present invention solves all of the above-described problems, while performing the function of crime prevention and at the same time free access for ordinary people, If access space needs to be secured, the door should be opened and closed smoothly and easy to operate.

The present invention for this purpose can be easily adjusted to the initial setting state while maintaining the sliding door sliding to the left and right at the initial setting state at all times, and when the door expansion is necessary, the internal swing device provided on one frame of the sliding door Simply rotate it to open and close with the swing door.

In addition, the object of the present invention is to apply the guide roller to the sliding door to ensure safe operation to prevent the departure of the door and at the same time to remove the traffic barriers, such as the threshold, to combine the sliding door and the swing door integrally crime prevention It reinforces the function, and when the door needs to be expanded, the swing door can be opened and closed simultaneously with the opening of the sliding door.

In addition, the present invention is installed on the outside of the frame of the sliding, swing door to apply the frame structure and the cushioning material to the windproof or soundproof action to further increase the safety and operating reliability of the automatic door.

Further objects and effects of the present invention will become apparent from the following detailed description, and the detailed description and examples showing the preferred embodiments of the present invention are not intended to limit the scope of the present invention.

The present invention for achieving the above object is coupled to a belt that rotates by applying the driving force of the drive motor, a door hanger which is guided along the rail and then linearly moves from side to side after being fixed to the belt, the door hanger, A full-open door system comprising a sliding door that is opened and closed to interlock with an operation of the door hanger, wherein the door hanger is fixed on the belt and is coupled to an upper portion of the sliding door to interlock with each other and the bracket body. Is inserted into the axial through hole formed on the vertical center line of the height adjustment sphere consisting of both ends having an eccentric shaft, fixed to one end rotation of the height adjustment sphere, the sliding roller which is guided to rotate the rail and the other end of the height adjustment sphere Inserted into the fixed, the octagonal ring of the polygon rotates in conjunction with the rotation of the height adjustment, and Gakring and the old elevator is characterized in that comprises a fixing means for fixing to the bracket body.

In addition, a rotation groove is formed in the axial front surface of the other end of the height adjustment opening is characterized in that the height adjustment opening can be rotated at a predetermined angle.

In addition, the octagon ring is characterized in that the octagonal head surface.

In addition, the fixing means is inserted between the upper and lower head surface of the octagonal ring to prevent the rotation of the head surface and the U-shaped spring, located on the upper surface of the U-shaped spring, to prevent the flow of the U-shaped spring In order to combine the U-shaped spring fixed frame inserted into the other end of the height adjustment port, and the U-shaped spring fixed frame and the other end of the height adjustment port is made of a fixing nut for pressing the U-shaped spring fixed frame.

In addition, the U-shaped spring is connected to both the fixing feet to form an opening so as to be inserted along the head surface facing up, down, characterized in that the fixing end is protruded to the end of the fixing foot is fixed to the bracket body.

In addition, the belt is rotated by the driving force of the drive motor, the door hanger is fixed to the belt and guided along the rail to move linearly to the left and right, coupled to the door hanger, interlocked with the operation of the door hanger to open and close A full-open door system comprising a sliding door, wherein the sliding door is installed in the door hanger which is horizontally operated horizontally and horizontally, and is positioned at a lower end of the upper sliding frame and the upper sliding frame interlocked with the upper door. It is configured to include a lower sliding frame swinging in the vertical direction to the operation of the sliding frame, the upper, lower sliding frame is fixed by a removable removable fixture if necessary interlocking when operating horizontally, the sides of the upper, lower sliding frame The lower slab in case of emergency by the internal swing device installed through the inside Characterized in that for guiding the swing frame.

In addition, the fixture is characterized in that the ball plunger is applied.

In addition, the inner swing device is installed in the swing shaft coupled to the side and then in the inner side of the upper, lower sliding frame, the swing shaft is installed in turn, coupled with the front of the lower sliding frame, the swing when rotating A swing arm axially rotated on the shaft to swing the lower sliding frame, and is installed and fixed on the upper side of the swing arm, characterized in that it comprises a fixed arm coupled to the front of the swing shaft and the upper sliding frame. .

In addition, a friction bearing is inserted between the swing shaft and the swing arm to induce rotation of the swing arm.

In addition, the fixed arm is composed of a "c" plate arm coupled to the upper sliding frame, and a fixed ring fixed to the swing shaft after extending from the plate arm.

In addition, the "c" type plate arm is formed with one or more long holes, characterized in that coupled to the upper sliding frame by a fastener penetrating the long holes.

In addition, the "c" type plate arm is formed with a rib protruding forward, characterized in that coupled to the upper sliding frame.

In addition, the lower sliding frame is supported by the protrusion of the upper sliding frame because the protrusions are formed in the lower front and inside the upper front surface of the upper sliding frame and the lower sliding frame.

In addition, it is installed at the entrance of the building, a full-open door system consisting of a sliding door and a swing door, which is installed in the lower portion of the swing door, the handle shaft is elastically supported so as to close the swing door normally, When the sliding door is opened, the swing key is rotated to raise the elastically supported handle shaft, and the swing door lock is fixed or released on the floor of the building by rising or lowering according to the rotation of the swing key. Including the device.

In addition, the swing key is in contact with one side of the sliding door is pushed and rotated by a predetermined angle to the rotating plate to raise or lower the handle shaft, and the rotating shaft formed at the rotation point of the rotating plate, and the rotating shaft A torsional elastic body inserted into the torsional plate to generate a torsional torque and an elastic repulsive force to rotate the rotational plate and to be disposed at a distance from the rotational plate and spaced apart from the torsional elastic body. Characterized in that it comprises a closing plate to cause.

In addition, the rotating end of the rotating plate is always in contact with the handle shaft, characterized in that bent at a certain angle to minimize the rotational friction during rotation.

In addition, the bent rotating end is characterized in that it is bent upward at an angle of 30 °-45 °.

Further, the pivot point of the pivot plate and the pivot shaft inserted therein are coupled by a bushing so that the pivot plate slides with the pivot shaft as an pivot point.

In addition, the swing door locking device is a housing that is built through the inside so that the handle shaft is operable, a washer installed in the housing, coupled with the handle shaft, the handle shaft is inserted, the washer One end is in contact with the bottom surface of the washer to always push upward, the other end is coupled to the repulsive elastic body is compressed after being limited to the inner bottom of the housing, and the tip of the handle shaft up and down according to the rotation of the rotating plate It characterized in that it comprises an inclined shaft in contact with the rotating plate to interlock.

Further, the slope of the slope shaft is inclined at 30 ° -45 ° in the axial direction, and when the pivot plate makes a 27 ° contact point with the pivot end before rotation, the pivot end after rotation stops at an angle of 30.30 °. It is characterized in that inclined in the circumferential direction.

In addition, the entrance door of the building including a sliding door consisting of two upper and lower sliding frames horizontally and vertically swinging the left and right swing operation, and a swing frame, and a swing door swinging the same as the vertically sliding sliding door. A full-open door system installed at the lower side of the lower sliding frame, wherein the downwardly open roller housing is installed extending in the longitudinal direction, the guide device is guided along the opened inner side of the roller housing the swing door The swing frame is characterized in that it is mounted on one side.

In addition, the guide device is bent in multiple stages and the extended guide bracket is coupled to one side of the swing frame of the swing door, and after the bending to extend the guide bracket is located on the lower side of the roller housing, the lower side of the roller housing The guide roller is mounted on the plane of the guide bracket positioned to guide along the inner side of the roller housing.

In addition, the guide bracket bent before the guide roller is mounted is characterized in that it is bent between 30 ° to 45 ° from the horizontal plane to extend upward.

In addition, the guide roller includes a shaft which is located in the center of the vertical direction of the open roller housing, the shaft is formed on the plane of the guide bracket, the bearing is fixed through the shaft, and the roller fixed to the outer peripheral surface of the bearing Characterized in that made.

In addition, one end of a rubber material windproof material is provided along the opened inside of the roller housing, and the other end of the windbreak material is in contact with the floor of the building.

In addition, a full-open door comprising a sliding door consisting of two upper and lower sliding frames horizontally and vertically swinging left and right, and a swing frame, and a swinging door swinging the same as the vertically sliding door. As a system, on the side of the sliding door, the lower sliding frame and the side swing frame of the swing door is characterized in that the windproof frame mating with each other when closed to extend in the vertical direction.

Hereinafter, one preferred embodiment according to the present invention will be described in detail with reference to the accompanying drawings. First, like reference numerals designate functionally identical or similar parts throughout the drawings.

1 is a front view showing a door installed with a full-open door system according to the present invention, Figure 2 is an operating state diagram showing a state in which the full-open door system according to the present invention as a whole in operation, Figure 3 is a present invention 4 is a side cross-sectional view of a door equipped with a door hanger according to the present invention, and FIG. 5 is a side cross-sectional view of a sliding door according to the present invention. 6a and 6b is a front view and a side view showing a state in which the internal swing device according to the present invention is installed in the sliding door, Figure 7a and 7b is a separated state and side view of the internal swing device separated from the sliding door, 8A, 8B, and 8C are front views of the swing doors applied to the present invention, and partial cross-sectional views before operation, and partial cross-sectional views after operation, and FIGS. 9A and 9B are swings of the present invention. Air is a perspective view and an exploded perspective view of the guide apparatus attached to.

First, as shown in Figs. 1 to 9b, the full-open door system according to the present invention has a sliding door 10 that opens and closes the door by horizontally operating left and right, and a swing door that opens and closes vertically in the sliding door 10 ( 20).

The sliding door 10 and the swing door 20 are installed between the main frame 30 forming a door frame, in particular the sliding door 10 in the sliding door 10 in the sliding door 10 according to the repeated operation. The deflection of) can be corrected, and the inner swing device 50 that rotates separately from the sliding door 10 horizontally operating from side to side is installed.

That is, it can be seen that the sliding door 10 has a double structure having a swing door 20 in itself.

The upper part of the main frame 30 is equipped with a variety of drive means for operating the sliding door 10, in particular a drive motor (not shown) for operating the sliding door 10 by applying power and reducer (not shown) and Are engaged and driven at an appropriate speed.

The driving pulley (not shown) receiving the driving force of the driving motor (not shown) is connected by a belt (not shown) so as to be interlocked with the driven pulley (not shown). Preferably, the driving motor (not shown) is a sensing sensor ( The operation of 6) is repeatedly performed by the signal of 6).

In particular, the door hanger 40 is coupled to the belt (not shown) is coupled to the upper portion of the sliding door 10, the sliding door 10 is interlocked in accordance with the movement of the belt (not shown) swing door 20 In addition to the usual role of operating in the installed direction) serves to correct the position of the sliding door 10 which sags according to the repeated operation as described above.

The swing door 20 is rotatably installed between the main frame 30 while horizontally sliding with the sliding door 10 to perform a swing operation to expand the door.

The swing door lock is fixed to the bottom of the building when necessary, that is, when the sliding door 10 is closed at the lower portion of the swing door 20, and swings the swing door 20 in an emergency or when necessary. Apparatus 60 is installed, and when the above-mentioned sliding door 10 is operated further includes a guide device 80 for guiding while supporting the load.

As shown in the drawing, the sliding door 10 applied with the driving force normally operates horizontally, but in an emergency, the inner swing door 10a in the sliding door 10 rotates vertically together with the swing door 20 to maximize the entry and exit space. Will be secured.

That is, the sliding door 10 is horizontally operated by a predetermined distance and then rotated together with the swing door 20 to secure an access space as much as the space in the swing door 20 frame.

The door hanger 40 according to the present invention is rotated by a driving force of a driving motor (not shown) and is fixed to the belt (not shown) and then guided along the rail 7 to the left and right. A full-open door system including a door hanger 40 that linearly moves and a sliding door 10 coupled to the door hanger 40 and opened and closed in conjunction with the operation of the door hanger 40. As described above, the belt 40 is coupled to the belt (not shown) and the sliding door 10 to transmit the operation of the belt (not shown) to which the driving force of the driving motor (not shown) is applied to the sliding door 10. And at the same time to perform the role of correcting the inner swing door (10a) in the sliding door (10) in which the deflection is generated by repeated operation.

The door hanger 40 is substantially fixed on a belt (not shown), the bracket body 42 is coupled to the upper portion of the sliding door 10 to interlock with each other forms a main body.

A shaft through hole 42a is formed on the vertical center line of the bracket body 42, and the height adjusting opening 44 is inserted into the shaft through hole 42a.

Height adjustment port 44 is composed of both ends having an eccentric shaft, one end is fixed to the bracket body 42 so that the idle rotation, it is equipped with a sliding roller 46 is inserted bearing (46a), and sliding The roller 46 is guided to the rail 7 and rotates.

The other end of the height adjusting port 44 is fixed after the octagonal ring 48 provided in the shape of a polygon is inserted, and the rotating groove 44a is formed in the axial front, and the rotating groove 44a is left and right. By turning in one direction, the height adjustment port 44 can be rotated at a predetermined angle.

The octagonal ring 48 for height adjustment preferably consists of an octagonal head surface 48a, and the height adjustment tool 44 has a characteristic of rotating in conjunction with the rotation of the octagonal ring 48, such a Fixing means 49 is provided to fix the octagonal ring 48 and the height adjustment port 44 to one surface of the bracket body 42.

The fixing means 49 is inserted between the upper and lower head surfaces 48a parallel to the octagonal ring 48 to prevent the rotation of the head surface 48a, and the U-shaped spring 49a. Located at the top of the U-shaped spring (49a) to prevent the flow of the U-shaped spring fixing frame (49b) and the bolt fixing frame (49b) inserted into the other end of the height adjustment port 44, the height adjustment 44 It is coupled to the other end of the) includes a fixing nut (49c) for crimping the U-shaped spring fixing frame (49b).

In particular, the U-shaped spring (49a) is connected with both fixing feet (49a ') forming an opening so as to be inserted along the head face 48a horizontally opposed to the upper, lower, and fixed to the end of the fixing feet (49a') The end 49a '' protrudes and is inserted into the bracket body 42 and then fixed.

On the other hand, the U-shaped spring fixing frame 49b has a constant width to fix both fixing feet 49a 'of the U-shaped spring 49a inserted into the head surface 48a of the octagonal ring 48 described above. The bead 49b 'which substantially fixes both fixing feet 49a' protrudes to a length greater than the thickness of both fixing feet 49a ', thereby firmly fixing both fixing feet 49a'.

The operation of correcting the height of the sliding door 10 in the role of the door hanger 40 as described above will be described.

First, when the sliding door 10 is eccentric to one of the right and left or to correct the height, the fixing nut 49c and the U-shaped spring fixing frame 49b of the fixing means 49 are released in this order.

At this time, the U-shaped spring 49a always presses both head surfaces 48a of the octagon ring 48 with a constant elastic force.

When the operator rotates the rotary groove 44a of the elevator adjuster 44 in the opposite direction from the deflection direction with a driver (not shown), the octagon ring 48 rotates by 45 ° every one revolution, and the elevator adjuster ( 44) is an eccentric shaft composed of 7.5mm eccentricity, the height of the height adjustment sphere 44 is moved by 1 rotation by 5,3mm on the x-axis, 2.2mm on the y-axis.

Since the octagonal ring 48 applied to the present invention is total octagonal, it is possible to adjust the height by dividing it into four stages, the second stage is x7.5mm, y7.5mm, the third stage is x5.3mm, y12.8mm, and the fourth stage is Move to x0mm, y15mm.

In addition, the sliding roller 46 installed in the height adjustment port 44 is moved along the rail 7 in the y-axis, that is, the height is 1 step 2.2mm 2 steps 7.5mm 3 steps 12.8mm 4 steps 15mm. As a result, the position can be adjusted by a simple operation of the octagonal ring 48 divided into multiple stages, so that the height of the automatic door can be easily adjusted to a constant height.

When the desired calibration is completed, the U-shaped spring fixing frame 49b and the fixing nut 49c are assembled in sequence.

Subsequently, the configuration and operation of the internal swing device 50 applied to the present invention will be described.

The inner swing device 50 installed in the sliding door of the present invention is a belt (not shown) that is rotated by a driving force of a driving motor (not shown), and is fixed to the belt (not shown) along the rail 7. A door hanger 40 which is guided and linearly moved from side to side, and is coupled to the door hanger 40 and includes a sliding door 10 that is opened and closed in conjunction with the operation of the door hanger 40. Apply.

The sliding door 10 applied to the present invention has a door hanger 40 which is horizontally operated inwardly and inwardly, and has an upper sliding frame 51 which is interlocked with the horizontal sliding operation while forming a front surface thereof.

The lower sliding frame 52, which operates separately from the upper sliding frame 51, is located at the bottom of the upper sliding frame 51. As will be described later, the lower sliding frame 52 is perpendicular to the operation of the upper sliding frame 51. The swing operation has a characteristic, in particular, the upper and lower sliding frames (51, 52) is fixed by a removable insert (53) is usually to be interlocked during horizontal operation. At this time, the fastener 53 is preferably applied to the ball plunger is installed in the ball operating up and down, the expansion of the door by the inner swing device 50 installed through the inner side of the upper, lower sliding frame (51, 52) When opening and closing the lower sliding frame 52 is to swing.

The inner swing device 50 as described above is installed in the upper and lower sliding frames 51 and 52 in the side inside the swing shaft 54 is coupled to the side is installed.

The swing shaft 54 is coupled to the front surface of the lower sliding frame 52, and is provided with a swing arm 56 that is axially rotated on the swing shaft 54 to swing the lower sliding frame 52 during rotation. A friction bearing 59 is inserted between the 54 and the swing arm 56 to induce rotation of the swing arm 56 around the swing shaft 54.

The swing shaft 54 further includes a fixed arm 58 inserted into and installed on the swing arm 56 and fixed to the swing shaft 54 and coupled to a front surface of the swing shaft 54 and the upper sliding frame 51.

The fixed arm 58 is fixed to the swing shaft 54 described above after extending from the plate arm 58a and the plate arm 58a, which are bent in a "c" shape coupled with the upper sliding frame 51. Consisting of a connecting plate 58b.

One or more fastening holes 58a 'are formed on the surface of the plate arm 58a, and the fastening holes 58a' are located on the same axis as the long holes 51a formed in the connection plate 58b. The fasteners 58c are fastened to each other.

This is to adjust the height of the lower sliding frame 52 to be described later in the distance between the long hole (51a), it is possible to adjust the height of the sliding door 10 in conjunction with the above-mentioned door hanger (40).

The lower part of the upper sliding frame 51 and the lower sliding frame 52, the inside of the upper front of the protrusion 59 is bent to obtain each other.

It can be seen that the protrusions 59 of the lower sliding frame 52 are supported by each other by the protrusions 59 of the upper sliding frame 51.

The cam drive type swing door locking device 60 and the swing door operating device 70 according to the present invention are installed at the entrance of a building and are a full open door system composed of a sliding door 10 and a swing door 20. It is provided in the lower part of the swing door 20.

The swing door 20 is normally supported by the handle shaft 61 is elastically fixed to the floor of the building so as to close the swing door 20 (when the sliding door 10 is closed).

In addition, the swing door locking device 60 is lifted by swinging the swing key 62 and the swing key 62 when the sliding door 10 is opened to lift the handle shaft 61 elastically supported. Lowering the swing door 20 is fixed or released on the floor of the building.

The swing key 62 is rotated by contacting one side of the operated sliding door 10 and then rotated by a predetermined angle to rotate the handle shaft 61 up and down, and the pivot point of the pivot plate 64. A torsional elastic body 66 inserted into the rotating shaft 65 and the rotating shaft 65 which are arranged at the bottom of the rotating plate 64 and generating torsional torque and elastic repulsive force to rotate the rotating plate 64. ) And a closing plate 67 which is positioned at a distance from the rotation plate 64 and fixes the rotation shaft 65 installed between the rotation plates 64.

In particular, the rotating end of the rotating plate 64 is always in contact with the handle shaft 61, is bent at a constant angle to minimize the rotational friction during the rotation, the bent rotating end is between 30 °-45 ° It is bent upward at an angle.

In addition, the pivot point of the pivot plate 64 and the pivot shaft 65 inserted therein are coupled by the bushing 68 so that the pivot plate 64 rotates with the pivot shaft 65 as the pivot point.

The swing door operating device 70 operated by the operation of the pivoting plate 64 described above is provided in the lower portion of the swing door 20 by a housing 71 constructed to pass through the handle shaft 61 to be operable. do.

The washer is installed in the housing 71, and the washer 72 coupled with the handle shaft 61, the handle shaft 61 are inserted, and one end thereof is pushed upward at all times. The other end is in contact with the bottom surface of the washer 72, the other end is coupled to the rebound elastic body 73 is compressed after being limited to the inner bottom surface of the housing 71, the tip of the handle shaft 61, the rotating plate 64 It comprises a slope shaft 74 in contact with the rotating plate 64 to be interlocked up and down according to the rotation of the).

Such a slope of the slope shaft 74 is inclined at 30 ° to 45 ° in the axial direction, and when the rotation plate is set at 27 ° at the point where the pivot plate is in contact with the pivot end before rotation, the pivot end after rotation is between 60 ° and 65 °. It characterized in that it is inclined in the circumferential direction to stop at the angle of the place.

On the other hand, it consists of a two-stage upper and lower sliding frame (51, 52) consisting of a sliding door 10 for horizontal to vertical swing operation, and a swing frame 21 for supporting and fixing the swing door 20. It is applied to the full-open door system installed in the entrance door of the building, including the swing door 20 swinging in the same way as the vertical sliding door 10, the lower sliding frame 52 into the lower inside The roller housing 81 which is opened downward is extended and installed in the longitudinal direction, and the guide device 80 is one side of the swing frame 21 of the swing door 20 so as to be guided along the opened inner side of the roller housing 81. It is mounted on.

Guide device 80 is bent in multiple stages extending the guide bracket 82 is coupled to one side of the swing frame 21 of the swing door (20).

The guide bracket 82 extended after bending is positioned below the roller housing 81 of the sliding door 10, and the guide roller 83 is formed on the plane of the guide bracket 82 positioned below the roller housing 81. ) Is guided and operated along the inner side of the roller housing (81).

This, the guide bracket 82 bent before the guide roller 83 is mounted is bent to 30 °-45 ° from the horizontal plane to extend upward.

In addition, the guide roller 83 is located in the center of the vertical direction of the opened roller housing 81, the shaft 84 and the shaft 84, which is formed on the plane of the guide bracket 82, the shaft 84 passes through and fixed. Bearing 85 and a roller 83 fixed to an outer circumferential surface of the bearing 85.

Furthermore, one end of the rubber material windproof material 86 is provided inside the opened roller housing 81 along the opened inside of the roller housing 81, and the other end of the windbreak material 86 is formed in the building. It is in contact with the floor to block outside wind.

On the side of the sliding door 10 again, the lower sliding frames 51 and 52 and the side swing frame 21 of the swing door 20 are projected by vertically extending a windproof frame 90 interlocked with each other upon closing. It serves as the above-described windbreak.

In other words, as will be clear from the foregoing description, the present invention provides an automatic door having various functions to complete the crime prevention and operation.

This invention can be implemented in other various forms, without deviating from the mind or main characteristic. For this reason, the above-described embodiments are merely examples in all respects and should not be interpreted limitedly. The scope of the present invention is shown by the scope of the claims, and is not limited by the specification text. Again, all variations and modifications belonging to the equivalent scope of the claims are within the scope of the present invention.

As described in detail above, according to the full-open door system according to the present invention, while performing the function of crime prevention and at the same time freely entering and exiting, when the access space needs to be secured, opening and closing of the door is smooth and easy to operate, It is suitable for disaster prevention function that is easy to escape in case of emergency.

In addition, the sliding door can be easily adjusted to the initial setting state while maintaining the sliding door in the initial setting state at all times, and when the door expansion is required, the swing door is simply rotated using an internal swing device provided on one side frame of the sliding door. The opening and closing function can be performed together with the door, and the swing door in the sliding door can be easily corrected.

In addition, the guide roller is applied to the sliding door to integrally combine the sliding door and the swing door, to prevent separation and to remove traffic barriers such as thresholds, and to secure the swing door at all times. When it is necessary to expand the access space, there is an effect that can open and close the swing door at the same time opening the sliding door.

In addition, by adopting a cam-driven automatic locking device on the swing door can support the role of the pillar of the door and the security function.

In addition, the present invention is installed inside the frame of the sliding, swing doors by applying a windproof material to the windproof to soundproof effect is more effective to perform the function of the windbreak.

Claims (26)

A belt that rotates by receiving a driving force of a driving motor, a door hanger fixed to the belt and guided along a rail and linearly moving left and right, coupled to the door hanger, and sliding to open and close in conjunction with the operation of the door hanger. A full-open door system including a door, wherein the door hanger is fixed to the belt and is coupled to an upper portion of the sliding door and inserted into a bracket body interlocked with each other and a shaft through hole formed on a vertical center line of the bracket body. Height adjustment device consisting of both ends having an eccentric shaft, fixed to one end rotation of the height adjustment device, the sliding roller which is guided and rotated on the rail, and is fixed to the other end of the height adjustment device, but linked to the rotation of the height adjustment device The octagonal ring and the octagonal ring and the height adjustor of the polygon rotating the bracket body Full open door systems, characterized in that comprises a fixing means for fixing. The method of claim 1, Full opening door system, characterized in that the rotation groove is formed in the axial front surface of the other end of the height adjustment opening can rotate the height adjustment opening at a predetermined angle. The method of claim 2, The octagon ring is a full open door system, characterized in that consisting of the head surface of the octagon. The method of claim 1, The fixing means is inserted between the upper and lower head surfaces of the octagonal ring to prevent the rotation of the head surface and the U-shaped spring is located on the upper surface of the U-shaped spring, to prevent the flow of the U-shaped spring U-shaped spring fixed frame inserted into the other end of the height adjustment opening, the U-shaped spring fixed frame is coupled to the other end of the height adjustment opening and comprises a fixing nut for pressing the U-shaped spring fixing frame Door system. The method of claim 4, wherein The U-shaped spring is connected to the upper and lower head surface facing both fixing feet to form an opening, the end of the fixed foot protrudes the fixed end is characterized in that the full-open door system is fixed to the bracket body . A belt that rotates by receiving a driving force of a driving motor, a door hanger fixed to the belt and guided along a rail and linearly moving left and right, coupled to the door hanger, and sliding to open and close in conjunction with the operation of the door hanger. A full-open door system including a door, wherein the sliding door is provided with the door hanger operating horizontally and horizontally, and is positioned at a lower end of the upper sliding frame and an upper sliding frame interlocked with the upper door sliding frame. It comprises a lower sliding frame swinging in the vertical direction to the operation of the upper, the lower sliding frame is fixed by a removable removable fixture is interlocked during the horizontal operation, passing through the inner side of the upper, lower sliding frame The lower sliding slide in case of emergency by the installed internal swing device Full open door system, characterized in that swinging the frame. The method of claim 6, The fixture is a full open door system, characterized in that the ball plunger is applied. The method of claim 6, The inner swing device is installed in the swing shaft coupled to the side and then in the inner side of the upper, lower sliding frame, and installed in turn on the swing shaft, coupled with the front surface of the lower sliding frame, when rotating in the swing shaft A swing arm swinging the lower sliding frame and axially rotated, and is installed and fixed on the upper side of the swing arm, the pull-open comprising a fixed arm coupled to the front of the swing shaft and the upper sliding frame. Door system. The method of claim 8, A full-open door system, wherein a friction bearing is inserted between the swing shaft and the swing arm to induce rotation of the swing arm. The method of claim 8, The fixed arm is a full open door system, characterized in that consisting of a "c" type plate arm coupled to the upper sliding frame and a fixed ring which is fixed to the swing shaft after extending from the plate arm. The method of claim 8, At least one long hole is formed as the plate arm, and the full sliding door system is coupled to the upper sliding frame by a fixture penetrating the long hole. The method of claim 8, The plate arm is a full open door system, characterized in that the rib that protrudes forward. The method of claim 8, Full opening door system, characterized in that the lower sliding frame is supported by the protrusion of the upper sliding frame is formed in the lower front, inside the upper front surface of the upper sliding frame and the lower sliding frame. It is installed at the entrance of the building and is a full-open door system consisting of a sliding door and a swing door, which is installed at the lower part of the swing door, and the handle shaft is elastically supported so as to close the swing door as usual and is fixed to the floor of the building. When the sliding door is opened, the swing key is rotated to raise the elastically supported handle shaft, and the swing door locking device to lift or lower the swing door to the floor of the building by raising or lowering according to the rotation of the swing key. Full open door system, characterized in that made. The method of claim 14, The swing key is rotated by contacting one side of the sliding door is pushed and rotated by a predetermined angle to raise or lower the handle shaft, and the rotating shaft formed at the pivot point of the rotating plate, and is inserted into the rotating shaft And a torsional elastic body positioned on the bottom surface of the rotatable plate to generate a torsion torque and an elastic repulsive force to rotate the rotatable plate, and positioned at a distance from the rotatable plate, and causing a constant tension force to the torsional elastic body installed between the spaced apart plates. Full-open door system characterized in that it comprises a closing plate to. The method of claim 14, Rotating end of the rotating plate is always in contact with the handle shaft, the full-open door system, characterized in that bent at a certain angle to minimize the rotational friction during rotation. The method of claim 14, Full bending door system, characterized in that the bent end is bent upward at an angle of 30 °-45 °. The method of claim 14, The pivot point of the pivot plate and the pivot shaft inserted therein are coupled by bushings so that the pivot plate slides with the pivot shaft as the pivot point. The method of claim 14, The swing door locking device includes a housing constructed to pass through the handle shaft to be operable, a washer installed in the housing, coupled with the handle shaft, the handle shaft inserted, and the washer at all times. One end is in contact with the bottom of the washer so as to push upward, the other end is coupled to the repulsive elastic body and the end of the handle shaft is compressed after being limited to the inner bottom of the housing and is interlocked up and down according to the rotation of the rotating plate And a slope shaft in contact with the pivot plate. The method of claim 19, The slope of the inclined shaft is inclined at 30 ° -45 ° in the axial direction, and when the pivot plate makes contact with the rotational end before rotation by 27 °, the rotational end after rotation forms an angle between 60 ° -63 °. Full-open door system, characterized in that inclined in the circumferential direction to stop at. It is installed on the door of a building including a sliding door consisting of two upper and lower sliding frames and a horizontal sliding door that swings horizontally and vertically from side to side, and a swing door consisting of a swing frame and swinging the same as the vertical sliding door. A full-open door system, wherein a roller housing opened downward in the lower side of the lower sliding frame extends in the longitudinal direction, and a guide device swings the swing door of the swing door so as to be guided along the opened inner side of the roller housing. Full open door system, characterized in that mounted on one side of the frame. The method of claim 21, The guide device is bent in multiple stages and the extended guide bracket is coupled to one side of the swing frame of the swing door, and the guide bracket extended after bending to be located below the roller housing, located on the lower side of the roller housing And a guide roller mounted on a plane of the guide bracket to guide the guide roller along the inside of the roller housing. The method of claim 22, The guide bracket bent before the guide roller is mounted is bent at 45 ° from the horizontal plane to the full open door system, characterized in that extending upward. The method of claim 22, The guide roller includes a shaft which is located in the center of the vertical direction of the opened roller housing and is formed on a plane of the guide bracket, a bearing fixed through the shaft, and a roller fixed to an outer circumferential surface of the bearing. Full open door system, characterized in that. The method of claim 22, The inside of the open roller housing, one end of the rubber material windproof material is provided along the open inner side of the roller housing, the other end of the windshield is in contact with the floor of the building. A full-open door system comprising a sliding door consisting of two upper and lower sliding frames that swing horizontally and vertically from side to side, and a swing frame consisting of a swing frame and swinging the same as the vertical sliding door. As a side, the lower sliding frame on the side of the sliding door and the side swing frame of the swing door is a full-open door system characterized in that the wind-resistant frame interlocking with each other when protruded in the vertical direction.

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