JP5778817B1 - Automatic opening / closing system for residential entrance doors - Google Patents

Abstract

If the user does not have a wireless remote control transmitter with an ID code registered, an electronic card key, or a user who stores a personal identification number, the door locking / unlocking mechanism must be unlocked from outside. Provided is an automatic door opening / closing system for a house that prevents the input of a lock signal. An automatic open / close push button of a remote control transmitter, a numeric keypad of a personal identification number authenticator, an electronic card key of an electronic card key authenticator, an indoor automatic open / close push button switch, or an indoor remote automatic open / close push button switch is operated. When an unlocking signal is input to the opening / closing control means and the locking / unlocking mechanism control means, the door automatically opens, and after the preset opening time has elapsed, it automatically closes, and the door is unlocked / unlocked. It was configured to be locked by the mechanism. [Selection] Figure 29

Description

  The present invention relates to a system for automatically opening and closing a detached house, an apartment house, and other residential entrance doors for locking and unlocking.

  Patent Document 1 discloses an automatic door locking / unlocking system in which a manually operated key is eliminated and locking / unlocking is performed using a wireless portable remote controller to prevent picking.

  This is considered to be a publicly known technique most similar to the present invention in that an operation switch that can be manually unlocked from the room is provided in order to give convenience to a resident (specific person).

Japanese Patent No. 4357832

  However, in the configuration of the known invention disclosed in Patent Document 1, when the door (11) is unlocked by the remote controller (15), if the door (11) is closed, no operation is performed. Since the door (11) is automatically locked (so-called auto-lock), if the user forgets to hold the unlocked remote control (15) and goes out of the room, the door (11) can be unlocked from the outside. It disappears and it may not be possible to enter the room. This is because there is no input means for locking and unlocking from outside the room other than the remote control (15).

  Further, when the door is unlocked from the room by the operation switch (17), the door is not locked even if the operation switch (17) is pushed with the door (11) closed. Although it is not closed out, the door (11) is left unlocked.

  Furthermore, since the physical whole of the system including the battery (18), the operation switch (17), the door locking / unlocking mechanism (12) and the like is mounted and integrated on the indoor side of the door (11) itself, the door The vibrations and shocks generated during the opening and closing of (11) are always received, so that there is a problem that they are likely to break down and have poor durability.

  SUMMARY OF THE INVENTION The present invention aims to improve such various problems, and in order to achieve these objects, in claim 1, a base end side door panel in which a suspension base portion is rotated forward and backward by a door opening / closing drive torque motor, A pair of left and right with the front door panel suspended from a suspension unit whose front part moves in the left-right direction along the upper frame part of the entrance door mounting opening frame is pivotally bent through a pair of upper and lower hinge units. It is an automatic opening / closing system for residential entrance doors that consists of suspended folding doors connected to each other, and the folding door itself does not have a handle for opening / closing operation or a key hole for operation / unlocking operation,

  A portable remote control transmitter having an automatic open / close pushbutton and a manual open / close pushbutton and transmitting a radio signal corresponding to a unique ID code; and a receiver for receiving a radio signal from the remote control transmitter;

  A personal identification number authenticator installed outside the entrance door of the house or / and an electronic card key authenticator for authenticating a unique ID code transmitted from the electronic card key;

  An indoor automatic open / close pushbutton switch, an indoor manual open / close pushbutton switch, and / or an indoor remote automatic open / close pushbutton switch installed inside the house except the entrance door;

  Limit switches, photoelectric switches, and other closure detection sensors that detect the door closing state,

  A door locking / unlocking mechanism that locks or unlocks the closed door;

  The door opening / closing drive torque motor based on the unlocking signal input by operating the push button of the remote control transmitter, the numeric keypad of the personal identification number authenticator, the electronic card key of the electronic card key authenticator or the indoor push button switch Door opening / closing control means for controlling the door to open,

  Based on the sensing output signal from the closure sensor, the door locking / unlocking mechanism is controlled to lock the door locking / unlocking mechanism.

  The door opening / closing control means by operating the automatic opening / closing pushbutton of the remote control transmitter, the numeric keypad of the personal identification number authentication machine, the electronic card key of the electronic card key authentication machine, the indoor automatic opening / closing pushbutton switch, or the indoor remote automatic opening / closing pushbutton switch. When the unlocking signal is input to the locking / unlocking mechanism control means,

  The door is automatically opened and automatically closed after a preset opening time has elapsed, and is configured to be locked by the door locking / unlocking mechanism.

  According to a second aspect of the present invention, the base end side door panel in which the suspension base portion is rotated in the forward and reverse directions by the door opening / closing driving torque motor, and the door end portion moves in the left-right direction along the upper frame portion of the entrance door mounting opening frame. A pair of left and right ends with the front door panel suspended from the suspension unit consists of a folding door that is pivotally connected via a pair of upper and lower hinge units, and the folding door itself has a handle for opening and closing. An automatic opening / closing system for residential entrance doors without keyholes for locking and unlocking operations,

  A portable remote control transmitter having an automatic open / close pushbutton and a manual open / close pushbutton and transmitting a radio signal corresponding to a unique ID code; and a receiver for receiving a radio signal from the remote control transmitter;

  A personal identification number authenticator installed outside the entrance door of the house or / and an electronic card key authenticator for authenticating a unique ID code transmitted from the electronic card key;

  An indoor automatic open / close pushbutton switch, an indoor manual open / close pushbutton switch, and / or an indoor remote automatic open / close pushbutton switch installed inside the house except the entrance door;

  Limit switches, photoelectric switches, and other closure detection sensors that detect the door closing state,

  A door locking / unlocking mechanism that locks or unlocks the closed door;

  The door opening / closing drive torque motor based on the unlocking signal input by operating the push button of the remote control transmitter, the numeric keypad of the personal identification number authenticator, the electronic card key of the electronic card key authenticator or the indoor push button switch Door opening / closing control means for controlling the door to open,

  Based on the sensing output signal from the closure sensor, the door locking / unlocking mechanism is controlled to lock the door locking / unlocking mechanism.

  When an unlocking signal is input to the door opening / closing control means and the locking / unlocking mechanism control means by operating the manual opening / closing push button or the indoor manual opening / closing push button switch of the remote control transmitter,

  After the door is automatically opened and the torque motor is stopped, the same push button or push button switch is input again, and the door automatically closes for the first time and is locked by the door locking / unlocking mechanism. It is characterized by having become so.

According to claim 3 the torque motor for the door opening and closing as a DC brushless motor, when the lock the door by its facilities and unlocking mechanism, the motor is characterized in that gave urging pressure in the direction of closing the door .

  According to a fourth aspect of the present invention, the opening speed and closing speed of a door that is driven to open and close by a torque motor are determined so that they can be adjusted and set in advance.

  In claim 5, the door application / unlocking mechanism is formed from an actuator, a rotating arm moved in an arc around the horizontal axis, and a vertical lock pin pivotally connected to the projecting tip of the rotating arm.

  When the actuator is driven, the lock pin moves up and down through the circular motion of the rotating arm, and is inserted into the lock pin receiving hole opened on the upper surface of the door so that it can be locked or pulled out upward. It is characterized by that.

  In claim 6, the door lock limit switch and the unlock limit switch are built in the actuator, and when the unlock limit switch is turned on, the door opening / closing drive torque motor starts rotating to open the door,

  When the lock limit switch is turned on, the lock state of the door is displayed by lighting of the indoor LED lamp.

  According to the seventh aspect of the present invention, a rotating arm that is moved in an arc by an actuator of the door application / unlocking mechanism is formed in a substantially V shape, and the other projecting tip part pivotally connected to the lock pin is crossed by a certain angle. While fastening the proximal end of the pair of left and right manual operation ropes to the overhanging tip,

  By connecting the rotating lock of the pair of left and right cylinder locks, which are operated and unlocked using a special key from the outside of the house, and the tip of the above-mentioned rope, each can be used in the event of a power failure or other emergency In some cases, the pivot arm is determined to be artificially pivotable.

  In claim 8, when an indoor human sensor and an outdoor human sensor are installed and one of them detects the presence of a person near the door, a door opening / closing drive torque motor is set based on the output control signal. The door is defined to rotate in the opening direction.

  According to the ninth aspect of the present invention, the horizontal upper frame portion of the entrance door mounting opening frame is used as a housing for the door opening / closing control system, and the door opening / closing driving torque motor, its gear speed reduction mechanism, and the door opening / closing control means are provided therein. In addition to centrally storing and installing the door application / unlocking mechanism and its application / unlocking mechanism control means,

  A suspension rail on which the suspension unit moves is arranged along the floor of the storage housing, and the position of the suspension unit when the door is closed is detected by a closure sensor attached downward from the floor. On the other hand,

  The power take-off shaft that hangs down from the gear motor speed reduction mechanism of the torque motor and passes through the floor of the storage housing to the inside of the suspension rail can be integrally rotated to the hollow input shaft that stands from the suspension base portion of the base-end door panel. It is characterized by being inserted into and fitted into.

  Further, in claim 10, a plurality of panel pieces that are parallel to each other in a vertical state, and a pair of upper and lower cover plates that sandwich and fix the entire left and right pair of the base end side door panel and the distal end side door panel. It is characterized by being assembled and integrated.

  According to the above-described configuration of the first or second aspect, the front door is a hinged door, and when the suspension base portion of the base end side door panel is rotated in one direction (forward direction), the front end side door panel is a hinge unit. It is rotated so that it can be pulled through, and is released into a half-folded state (half-folded state). Similarly, when the suspension base is rotationally driven in the other direction (reverse direction), the front door panel is pushed away. As the door is opened and closed, the suspension unit at the door tip is placed on the horizontal upper frame of the entrance opening frame (entrance door mounting frame). In combination with the movement to the left and right along the door, the entrance door can be opened and closed smoothly and stably. There is no fear that the unnecessarily narrow limits, etc. around and passage.

  Moreover, unlike the configuration of the known invention mentioned at the beginning, the entrance door itself has a keyhole that may be picked, and a handle (handle) that can easily catch the cuffs of clothes, as well as the door application. -Since the unlocking mechanism and its electric control means are not attached and installed, the above opening and closing action is performed extremely lightly, there is no risk of failure due to vibration or impact, and the durability and crime prevention effect are remarkably excellent.

  From the inside, a resident (family member) can open and close the door and open and close the door by manual operation of the push button switch. If you are not a resident (family member) who carries a transmitter or an electronic card key, or stores a personal identification number (registration number), you can open and close the door, and open and close the door. Since it is not possible to do so, an excellent crime prevention effect can be obtained as an automatic opening / closing system for a house entrance door.

  Also, unlike the configuration of the known invention described at the beginning, even if you forget to have a portable remote control transmitter or an electronic card key and go out of the room, you can operate it by operating the numeric keypad of the PIN code authenticator. While you can enter a lock signal, even if you forget your PIN, you can still enter a lock / unlock signal by pressing a remote control transmitter or using an electronic card key. There is an effect that can be used safely and conveniently even for the elderly.

  In that case, if the input operation is performed once, the door is automatically opened and the door is closed after the preset opening time has elapsed. Combined with the use of the above portable remote control transmitter, for example, the entrance door can be opened and closed in a car and the door can be opened and closed more conveniently.

  On the other hand, when the first (first) input operation is performed, the door automatically opens, and the door is left open until the subsequent second input operation is performed. Therefore, the opening time can be adjusted according to preference and convenience, and flexibility and flexibility can be obtained.

  In particular, if the configuration of claim 3 is adopted, the torque motor of the door opening / closing drive source is embodied as a DC brushless motor, and the motor applies a biasing force in the pressing direction closing the door. Therefore, the locking effect and stability in the closed state are further improved, and it is remarkably beneficial when applied to a front door composed of a hanging folding door.

  If the structure of Claim 4 is employ | adopted, about any door opening-and-closing effect | action described in Claims 1 and 2, the opening speed and closing speed of the door by the rotation of the torque motor are set according to the desire of the user. Since it can be set and set in advance, it helps to improve convenience and safety.

  If the structure of Claim 5 is employ | adopted, since it is a door application and unlocking mechanism in which a vertical lock pin raises / lowers via the circular motion of a rotation arm by the drive of an actuator, the lock pin is used as a door. It can be easily inserted and locked into the lock pin receiving hole formed on the upper surface of the cover, and nevertheless, it is difficult to pull upward from the lock pin receiving hole, resulting in excellent stability of the locked state. .

  If the structure of claim 6 is adopted, since the door opening / closing drive torque motor opens the door for the first time after confirming that the unlocking limit switch of the actuator is in the ON state, troubles such as failure may be caused. There is no risk of it happening, and the locked state of the door can be known from the indoor side by turning on the LED lamp.

  If the structure of claim 7 is adopted, even if the actuator that lifts and lowers the lock pin of the door locking / unlocking mechanism cannot be used in the event of a power failure or other emergency, the actuator can be operated by manual operation of the cylinder lock. Rotating from outside, doors can be locked and unlocked, so there are no security problems.

  If the structure of Claim 8 is employ | adopted, in the process which a door closes, the possibility that a person may be pinched can be prevented reliably, and it is excellent in convenience and safety in use.

  If the structure of Claim 9 is employ | adopted, the physical mechanism of opening and closing of a door, opening and closing, and these electric control means will be in the housing housing of the upper frame part in the opening frame (entrance door attachment frame) of a front door. Since the doors are stored centrally and centrally, the door itself can be made light and a simple makeup with no irregularities on the surface, and the door has excellent design. .

  In addition, the door is a folding door, the base of the door panel on the base end side is suspended by fitting the power take-off shaft on the torque motor side and the hollow input shaft on the door panel side, and the door of the front door panel The door can be opened and closed stably and smoothly in a state where the door is supported at two points (both left and right), because the front part is suspended by a suspension unit that moves along the suspension rail.

  Furthermore, if the structure of Claim 10 is employ | adopted, since a left-right pair (2 sheets) door panel consists of a plurality of panel pieces, respectively, for example, a different colored color is used for each panel piece. In other words, it can be painted in a symmetrical decorative state that becomes the boundary line (center line), and the design of the door is further improved.

It is the front view seen from the room inner side which shows the attachment state of the entrance door for houses which concerns on this invention. It is the front view which looked at FIG. 1 from the outdoor side. FIG. 2 is a partially enlarged front view of FIG. 1. FIG. 4 is a plan view of FIG. 3. FIG. 2 is a left side view of FIG. 1 showing a door opened. FIG. 2 is a right side view of FIG. 1 showing a door opened. It is a top view which shows the opening / closing effect | action of a door. It is a top view which shows the open state (folded state as a folding door) of a door. It is a top view which shows the closed state (expanded state as a folding door) of a door. It is a partially cutaway front view which extracts and shows only a door. It is a cross-sectional front view which expands and shows the hinge unit part of a door. 12 is a sectional view taken along line 12-12 of FIG. It is a cross-sectional front view which expands and shows the suspension vehicle unit part of a door. FIG. 14 is a side sectional view of FIG. 13. It is the front view which looked at the door opening / closing drive source and gear reduction mechanism in a storage housing from the room inner side. It is a top view which extracts and shows the bearing plate of a hollow input shaft. FIG. 16 is a plan view of FIG. 15. It is a cross-sectional front view which shows the unlocking state of a locking / unlocking mechanism. It is a cross-sectional front view which similarly shows the locking state of a locking / unlocking mechanism. It is explanatory drawing which shows the automatic application | coating and unlocking effect | action of the lock pin by the drive of an actuator. It is explanatory drawing which shows the manual application | coating and unlocking effect | action of the lock pin by the pulling operation of a rope. It is the front view which looked at the electric control system in a storage housing from the room inner side. FIG. 23 is a plan view of FIG. 22. FIG. 23 is an enlarged front view showing the adjustment / setting volume portion of FIG. 22 extracted. It is a block diagram which shows the whole structure (electrical control circuit) of this invention. It is a front view which extracts and shows a portable remote control transmitter. It is a front view which extracts and shows the authentication machine of a PIN code / electric card key. It is explanatory drawing which shows the sensing area of a human sensitive sensor. It is a flowchart which shows the automatic opening / closing effect | action of a front door. It is a flowchart which shows the manual opening / closing action of a front door.

  Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the drawings. First, regarding the physical configuration of the residential entrance door (D) according to the present invention, the entrance door (D) is a gear-type hinge unit (1G) as a hanging folding door as shown in FIGS. (2G) a pair of left and right (two) door panels (PL) (PR) that are pivotally connected to be freely refracted (opened and closed), and a base end (hanging source) side door panel (left side in the figure) (PL), a hollow input shaft (3) fixed and integrated at the upper part of the base end position (hanging base part), a supporting leg (4) attached and fixed to the lower part of the base end position, and the other (right side in the figure) ) And the suspension frame unit (runner) (W) fixedly mounted on the top of the front end position (door end portion) of the front end (door end) side door panel (PR). (5) can be closed.

  Then, the hollow input shaft (3) located at the base end position of the base end side door panel (PL) receives power taken out from a door opening / closing drive source (torque motor) to be described later, and the base end side door panel (PL) is When rotating in one direction (counterclockwise / opening direction in FIG. 7), the front door panel (PR) is rotated so as to be pulled through the hinge units (1G) (2G), and the entrance door ( D) is in the open state (folded state as a folding door), and when the hollow input shaft (3) rotates the proximal side door panel (PL) in the other direction (clockwise / closed direction in FIG. 7), the distal side door panel By rotating so that (PR) is pushed away, the entrance door (D) as shown in FIG. 9 is closed (deployed state as a folding door). During the opening / closing action of the entrance door (D), the suspension vehicle unit (W) that suspends the distal end position of the front door panel (PR) moves in the left-right direction along the channel groove-shaped suspension rail described later. It will be.

  Furthermore, the pair of left and right (two) door panels (PL) (PR) are all aluminum products, and the first to third panel pieces (PL1) (PL2) (PL2) (in parallel) PL3) (PR1) (PR2) (PR3) and a pair of upper and lower cover plates (6L), (6R), (7L), and (7R) that sandwich and fix them as a whole are assembled and integrated. Among the 1-3 panel pieces (PL1) (PL2) (PL3) (PR1) (PR2) (PR3), a plurality of daylight windows (8L) (8R) ) Is formed, and from the front panel piece (PL3) (PR3) desired to the hinge unit (1G) (2G) side, an arc-shaped decorative cover piece (9L) (9R) of a center pole described later and Indoor airtight Mushiru material (10L) (10R) is flared.

  The gear type hinge unit (1G) (2G) is composed of a pair of upper and lower meshing gears (11L) (11R) (12L) (12R) interposed at the boundary between the door panels (PL) (PR). The meshing gears (11L), (11R), (12L), and (12R) mean a pair of rotatable left and right spur gears that are always meshed. As shown in FIGS. 11 to the fixed support shaft (13L) (14L) with the cover plate (6L) (7L) on the corresponding left side (base end side) door panel (PL). On the other side (right side in FIG. 11), the flat gears (11R) and (12R) of the corresponding right side (front end side) door panel (PR) are similarly fixed support shafts (13R) and (14R) with the cover plates (6R) and (7R). Are respectively rotatably fitted via bearings (15L) (15R) (16L) (16R).

  (17) (18) is a pair of upper and lower bearing frames common to the pair of left and right fixed support shafts (13L), (13R), (14L), and (14R), and has a substantially bowl shape in plan view and bottom view. . (19) and (20) are horizontal connection plates installed in the channel frame of the bearing frames (17) and (18), and the fixed support shafts (13L) (13R) (14L) (14R) are connected to each other. A pair of left and right spur gears (11L) (11R) are inserted through the pair of left and right and tightened and fixed via a pair of left and right lock nuts (21L) (21R) (22L) (22R). ) (12L) (12R) are kept in mesh.

  (23) is a pair of upper and lower meshing gears (11L) (11R) (12L) (12R) forming the hinge unit (1G) (2G) and their fixed support shafts (13L) (13R) (14L) (14R). It is a center pole having a substantially bowl-shaped cross section that is inserted into a bearing frame (17) and (18) so as to surround them in a fitting state, and is also made of an aluminum extruded material, and is made of door panels (PL) (PR). It is located at the boundary of

  (24L) and (24R) are a pair of left and right engaging pieces integrally projecting from the center pole (23), and as shown in FIG. 12, the front side panel piece (PL3) of the door panel (PL) (PR). ) By engaging with the rubber seal material (10L) (10R) protruding from (PR3), the room can be kept airtight.

  And the bearing plate (25) provided with the hollow input shaft (3) at the base end position (hanging base portion) of the upper cover plate (6L) in the base end side door panel (PL) as shown in FIGS. The bearings (27) of the support legs (4) are welded to the base end position of the lower cover plate (7L). Moreover, as shown in FIG. 1, the upper and lower pairs of the hollow input shaft (3) and the support leg (4) are on the same vertical axis, and the proximal door panel (PL) can be opened and closed stably around the vertical axis. It is designed to work.

  On the other hand, the attachment which hangs down from the bearing stand (28) of the suspension unit (W) as shown in FIGS. 13 and 14 to the base end position (door tip portion) of the upper cover plate (6R) in the distal end side door panel (PR). The shaft (29) is fastened and fixed by a lock nut (30), and the tip position (door tip portion) of the tip side door panel (PR) is suspended from the suspension unit (W). In addition, a plurality of horizontal idle rollers (31) and a plurality of vertical idle rollers (32) are supported on the bearing base (28) of the suspension unit (W), respectively, in addition to a collision. An hour cushion stopper (33) is also attached.

  In the illustrated embodiment, a pair of left and right (two) door panels (PL) (PR), each of three (three rows) first to third panel pieces (PL1) (PL2) (PL2) ( PL3) (PR1) (PR2) (PR3) and a pair of upper and lower cover plates (6L), (6R), (7L), and (7R) that sandwich and fix the three (three rows) one set. However, the first to third panel pieces (PL1) (PL2) (PL3) (PR1) (PR2) (depending on the width of the opening width of the opening frame (entrance door mounting frame) (5) of the entrance) It is possible to assemble and integrate a plurality of panel pieces (such as one set of two or one set of four), not limited to only one set of three (three rows) of PR3), and the pair of left and right (two) Each door panel (PL) (PR) is a single product, and each of them has a vertical direction. Luo cover plate (6L) (6R) (7L) no problem even stop only in the very attachment to fix the (7R). In any case, a desired colored color or wood grain pattern can be applied to a single door panel (PL) (PR) or a plurality of panel pieces by painting or other methods.

  The entrance opening frame (entrance door mounting frame) (5) is made of mold steel, and its horizontal upper frame portion serves as a housing (H) for collectively storing a door opening / closing control system (to be described later). A channel groove-shaped suspension rail (35) that opens downward along the floor (34) is laid horizontally, and the horizontal idler roller (31) of the suspension vehicle unit (W) is connected to the suspension rail (35). The vertical idler roller (32) rolls along the groove bottom (35b) of the suspension rail (35) while engaging with the downward opening edge (35a). The suspension vehicle unit (W) moves in a straight line in a stable manner without swinging in the vertical direction and the horizontal direction.

  The storage housing (H) can be opened and closed only on the interior rear side for maintenance / inspection including the door opening / closing control system and its electrical wiring, and its floor (partition wall with suspension rail). A torque motor (preferably a DC brushless motor) (37) capable of rotating in the forward and reverse directions, which is an open / close drive source of the entrance door (folding door) (D), via a mounting base (gear case) (36) on (34) A gear reduction mechanism (M) is fixedly installed.

  That is, as extracted and shown in FIGS. 15 to 17, the output pulley (39) having a small diameter on the output shaft (38) in the torque motor (37) and the transmission pulley having a large diameter on the intermediate shaft (40) ( 41), an endless timing belt (42) is connected and stretched between the left and right sides. (43) is a power output shaft arranged in parallel with the motor output shaft (38) and the intermediate shaft (40), and the floor plate (34) of the storage housing (H) is removed from its mounting base (36). It penetrates and hangs down inside the suspension rail (35). Then, a key (44) or a spline is connected to the hollow input shaft (3) in which the lower end portion of the power take-out shaft (43) stands up from the base end position (hanging base portion) of the base end side door panel (PL). For example, it is inserted and fitted so that it can rotate integrally.

  Note that the gear speed reduction mechanism (M) of the door opening / closing drive torque motor (37) is a transmission meshing gear group (indicated by reference numerals) interposed between the left and right of the intermediate shaft (40) and the power take-off shaft (43). It is needless to say that the necessary reduction ratio of the power take-out shaft (43) can be obtained by (omitted).

  Further, an automatic application / dissolution of the closed state (expanded state as a folding door) of the entrance door (D) is provided at an almost intermediate position in the storage housing (H) via an L-shaped fixed stand (45). A lock (so-called auto-lock) mechanism (K) is installed.

  The locking / unlocking mechanism (K) of the front door (D) includes an actuator (preferably a horizontal electric motor) (46) attached to a vertical surface of a fixed stand (45) as shown in FIGS. By means of a rotary arm (47) that is moved in a circular arc around a horizontal axis by a certain angle (α) (for example, about 90 degrees) and a suspension rail (35) from the floor (34) of the storage housing (H). A vertical lock that moves forward and backward (elevates and lowers) by a fixed stroke (S) toward the upper cover plate (6L) of the proximal-side door panel (PL1) (PL2) (PL3), especially in the door panel (PL) (PR) It consists of a pin (48).

  In addition, the connecting piece (49) that projects integrally from the upper end of the lock pin (48) and the projecting tip (47a) of the rotating arm (47) form a horizontal pivot pin (50) and its When the actuator (46) is driven, the lock pin (48) moves up and down through the circular motion of the rotating arm (47), and the proximal end side is connected. Locking as shown in FIGS. 19 and 20 (c) inserted and locked from above into the lock pin receiving hole (52) opened in the upper cover plate (6L) of the door panel (PL1) (PL2) (PL3). On the contrary, the unlocked state as shown in FIG. 18 and FIG. 20 (b) pulled out upward from the lock pin receiving hole (52) of the upper cover plate (6L) can be obtained. (53) is a bearing cylinder for guiding the lock pin (48) to move up and down correctly and smoothly, and is attached to the horizontal plane of the fixed stand (45).

  In this case, in the illustrated embodiment, the pivot arm (47) is formed in a substantially V shape having two projecting tip portions (47a) (47b), and is pivotally supported on the lock pin (48) side. The other overhanging tip (47b) that intersects one connected overhanging tip (47a) by a certain angle (α) (about 90 degrees as exemplified above) is used for manual operation useful in an emergency. Two locking holes (55L) (55R) for fastening the ropes (54L) (54R) such as strings and ropes as shown in FIGS. 18 to 20 are distributed.

  In addition, a pair of left and right cylinder locks (56L) (56R) that can be rotated from the outside is mounted near the positions of both ends in the storage housing (H), and either one of the left and right sides (the left side in FIG. 20). A rotary lock rod (57L) of the cylinder lock (56L) and one of the locking holes (55L) distributed in the rotary arm (47) are connected via a cord (54L) having a certain length. The other locking hole (55R) opened to the rotating arm (47) is connected to the rotating lock rod (57R) of the cylinder lock (56R) on the other side (the right side in FIG. 20). It is connected via a separate fixed length cable (54R). (58L) and (58R) are special parts of the fixing stand (45) and cylinder lock (56R) of the door application / unlocking mechanism (K) in order to sandwich the pair of left and right ropes (54L) and (54R). A plurality of idler guide rollers pivoted on a support wall (59) or the like.

  In the event of a power failure or other emergency in which the actuator (46) cannot be driven, a pair of left and right emergency operation holes (60L) (60R) distributed from the outside to the front of the storage housing (H) are provided. Then, a special key (not shown) is inserted into the cylinder lock (56L) (56R), and this is manually rotated.

  That is, as shown in FIG. 21 (a), either the left or right (left side in the figure) cylinder lock (56L) is rotated, and one of the cords (54L) is pulled leftward to The lock pin (48) can be pulled out from the lock pin receiving hole (52) and unlocked, and the remaining cylinder lock (56R) as shown in FIG. By operating and pulling the other cord (54R) to the right, the lock pin (48) can be similarly inserted into the lock pin receiving hole (52) from above and locked.

In this case, FIG. 20 shows an automatic unlocking state and a locking state by driving the actuator (46), and at the time of unlocking, the pair of left and right ropes (54L) (54R) are shown in FIG. On the other hand, at the time of locking, only one of the ropes (54R) on the right side of the figure is loosened as shown in FIG. 20 (c). From inside the room, a tool such as a flat-blade screwdriver or spanner (not shown) is locked to the rotation output shaft (61) of the actuator (electric motor) (46) and rotated, so that it can be manually solved. A locked state and a locked state can be obtained.

  In the illustrated embodiment, an electric motor is used as the actuator (46) for moving the lock pin (48) of the door applying / unlocking mechanism (K) forward and backward (up and down), but a solenoid instead of the electric motor is used. Or a hydraulic cylinder or an air cylinder may be used.

  In the event of a power outage or other emergency, the rotating output shaft (46) of the actuator (electric motor) (46) is opened through an emergency operation hole (not shown) that opens to the front of the storage housing (H) from the outside. 61) A pair of left and right as in the illustrated embodiment is determined by inserting a dedicated special key or by engaging and rotating a dedicated special tool to obtain an unlocked state and a locked state. Installation of the cylinder locks (56L) (56R), the ropes (54L) (54R), the locking holes (55L) (55R) of the ropes (54L) (54R), etc. may be omitted.

  In any case, the presence of one or a pair of left and right emergency operation holes (60L) (60R) opening in front of the storage housing (H) is known to unspecified third parties other than family members. It is kept in a state where it is covered with a makeup cap (not shown) that can be freely attached and detached. It goes without saying that the above-mentioned special keys and special tools can be used only by residents (family members) knowing their existence.

  Further, the door application / unlocking mechanism (K) at the substantially intermediate position in the storage housing (H) is used as a boundary, and the torque motor (37) and the gear reduction mechanism as the opening / closing drive source of the entrance door (D). At the eccentric position on the side opposite to (M) (the right side in FIGS. 3 and 4), a stand (63) fixed to the floor board (34) with a plurality of bolts (62) as shown in FIGS. A receiver (64) for receiving a radio signal from a remote control transmitter, which will be described later, and a control box (C) incorporating an opening / closing control board (65) and a power supply board (66) of the entrance door (D); The control / unlocking mechanism control board (67) attached to the control box (C) is stored and installed.

  Then, based on the block diagram showing the electric control circuit of FIG. 25, the overall configuration of the entrance door automatic opening / closing system will be described. A door opening / closing control board (65) serving as a control means for the door opening / closing drive source (torque motor). ) Has an MCU (microprocessor) (68) equipped with ROM, RAM, and other peripheral functions (not shown), a motor driver circuit (69), an input interface (70), and an input / output interface (71). The input interface (70) is connected to an output interface, which will be described later, of a locking / unlocking mechanism control board (67) serving as a control means of the door locking / unlocking mechanism (K). The processor (68) has a closing speed adjustment volume similar to the opening speed adjustment volume (72) of the front door (D). Etc. 73) and opening time setting potentiometer (timer) (74) is connected. On the other hand, the input / output interface (71) is connected to the torque motor (DC brushless motor) (37), which serves as an open / close drive source for the front door (D), and the motor (37) provides a rotation signal and a position signal. The necessary information is fed back (input) to the MCU (68) and the driver circuit (69) of the door opening / closing control board (65).

  The opening time setting volume (timer) (74) sets (adjusts) the opening time in advance when the entrance door (D) is automatically opened and closed automatically by a single input operation to be described later. 22 and 24, the opening speed adjusting volume (72) and the closing speed adjusting volume (73) are arranged in parallel on the surface of the control box (C), as is apparent from FIGS.

  Therefore, a tool required by the contractor at the beginning of newly installing or remodeling the automatic opening / closing system, and then by the user (resident / family member) from the back (indoor side) of the storage housing (H). By rotating these various volumes (72), (73), (74) using the automatic opening speed and closing speed of the front door (D) and the opening time (for example, 0 to 30 seconds). Can be adjusted and set as desired.

  In addition, an application / unlocking mechanism control board (67) which is a control means of the door application / unlocking mechanism (K) is also an MCU (microprocessor) (75), an input interface (76), an output interface (77), and A power supply interface (78) is provided, and an external primary power supply (100V) (79) and a power supply board (66) in the control box (C) are connected to the power supply interface (78). Reference numeral (80) denotes a power on / off switch dedicated to the automatic opening / closing system of the entrance door (D), which includes the power supply interface (78) of the locking / unlocking mechanism control board (67) and the external primary power supply (79). Or it is interposed between breakers.

  The output interface (77) of the locking / unlocking mechanism control board (67) includes an actuator (electric motor) (46) for driving the door locking / unlocking mechanism (K) and the locking / unlocking state. The indoor LED lamp (81) and the outdoor LED lamp (82) to be displayed are connected.

  The indoor LED lamp (81) and the outdoor LED lamp (82) are, as shown in FIGS. 1, 2, 13 and 14, the closed front end (right side in the figure) door panel (PR) of the storage housing (H). ) So as to correspond to the vicinity of the tip end of the bracket.

  Similarly, the receiver (64) and the authentication number (83) of the personal identification number or / and the electronic card key (smart key) are connected to the input interface (76) of the locking / unlocking mechanism control board (67). Yes. A remote control transmitter (84) for transmitting a radio signal to the receiver (64) is a portable type having an automatic opening / closing push button (A) and a manual opening / closing push button (B) as shown in FIG. Thus, a radio signal corresponding to the unique ID code assigned in advance can be transmitted even from a position away from the entrance door (D) by a certain distance (for example, about 5 m).

  When the automatic open / close push button (A) of the remote control transmitter (84) is pressed once, the entrance door (D) is automatically opened and closed. When the button (B) is pressed once, the entrance door (D) opens, and when the button (B) is pressed once more (two times in total), it closes, so the operation of the manual open / close push button (B) It is also possible to keep the entrance door (D) open (by leaving).

  The receiver (64) corresponding to the remote control transmitter (84) omits a detailed description based on the drawing, but stores a unique ID code assigned to each remote control transmitter (84), and accurately stores the ID code. It has a computer function such as an MCU (microprocessor).

  Further, the identification number (83) of the personal identification number and / or the electronic card key is attached to a position next to the entrance door (D) on the outer wall of the house (outside the entrance door of the house) as shown in FIG. 27, the user authenticates the user himself / herself based on the password entered from the numeric keypad (83a) as shown in FIG. 27, or the user uses the electronic card key (not shown) as the authenticator (83). The user is authenticated based on an ID code unique to the electronic card key by being held close to a certain distance (for example, within about 3 cm). (83b) is a cover that surrounds the numeric keypad (83a) so that it is difficult to see from the outside.

  That is, in the automatic opening / closing system of the present invention, the input means that can unlock the door opening / unlocking mechanism (K) manually by inserting a key for locking / unlocking operation from the outside into the key hole of the entrance door (D). If you don't have a remote control transmitter (84) with an ID code registered (stored), an electronic card key, or a user (family member) who stores your PIN (registration number) The unlocking signal of the door applying / unlocking mechanism (K) cannot be input from the outside.

  Furthermore, the input interface (76) of the locking / unlocking mechanism control board (67) includes an indoor automatic opening / closing pushbutton switch (85) manually operated from the room as shown in FIG. 86) and the indoor manual open / close push button switch (87) are connected, the closing limit switch (88) of the entrance door (D), the unlocking limit switch (89), the locking limit switch (90), the room Various sensors such as an inner human sensor (infrared sensor) (91) and an outdoor human sensor (infrared sensor) (92) are also connected.

  Various push button switches (85) (86) (87) manually operated from inside the room, the closing limit switch (88) of the door (D), and the human sensors (91) (92) are all entrance doors (D ) It is not attached to itself and is installed inside the house except the door (D). The entrance door (D) itself is not provided with a handle for opening / closing operation as well as a keyhole for the above-described operation for unlocking / unlocking.

  As with the automatic open / close push button (A) of the remote control transmitter (84), when the indoor automatic open / close push button switch (85) is pressed once, the entrance door (D) automatically opens and closes automatically. This type of input operation is performed from the living room far away from the entrance door (D), the kitchen, the vicinity of the stairs, the study on the floor, and other desired locations in the house. A switch (86).

  In contrast to this, the indoor manual open / close push button switch (87) is the same as the manual open / close push button (B) of the remote control transmitter (84). Means that the entrance door (D) is closed only when it is opened, and is pressed once more (two times in total). In any case, by applying these manual operations, the means for inputting the unlocking signal of the door closing / unlocking mechanism (K) and the power on / off switch (80) dedicated to the automatic opening / closing system are shown in FIG. It is installed on the inner wall near the entrance door (D) and other rooms.

  The indoor side human sensor (91) and the outdoor side human sensor (92) detect whether or not a person is near the door when the entrance door (folding door) (D) is opened and closed. This is to prevent an accident in which a human body is sandwiched between the side door panel (PR) and the opening frame (5). Therefore, as is apparent from FIGS. 4 and 9, the indoor side human sensor (91) Is installed in the vicinity of the end portion (the suspending portion of the door panel) that is biased to either the left or right side (left side in the figure) of the storage housing (H). Similarly, when viewed from the outside of the storage housing (H), it is installed in the vicinity of the end (door tip portion of the door panel) biased to the same side (left side).

  The indoor side human sensor (91) and the outdoor side human sensor (92) in the illustrated embodiment, as suggested by the chain line in FIG. 28, are opened from the front door panel (PR) and the opening from the height of about 2 m, for example. The presence or absence of a person is sensed by projecting infrared rays onto a circular area (Z) of about 240 to 260 mm positioned between the frame (5) and receiving the reflected light. However, the sensing direction can be changed or adjusted appropriately according to the user's wishes.

  Further, the closing limit switch (88) detects the closed state of the front door (D), and the suspension vehicle unit (W) at the front end position (door tip portion) of the front end side (right side in FIG. 3) door panel (PR). ) Is fixedly installed downward from the floor board (34) of the storage housing (H) as shown in FIGS. 13 and 14, and the entrance door (D) depends on the position of the suspension unit (W). On the basis of the output control signal that senses the closed state, the actuator (46) of the door application / unlocking mechanism (K) is rotated in the direction in which the lock pin (48) descends (advances) in FIG. The entrance door (D) is locked.

  In this case, an actuator for driving the lock pin (48) in the door application / unlocking mechanism (K) based on an output signal obtained by detecting the closed state of the entrance door (D) based on the position of the suspension vehicle unit (W). If the rotation control of (46) can be performed so that the entrance door (D) is locked, a photoelectric switch, a proximity switch, and other object detections in place of the (closed) limit switch (88) of the illustrated embodiment. A sensor may be adopted.

  The unlocking limit switch (89) and the locking limit switch (90) are installed in the actuator (46), and the indoor LED lamp (81) is turned on by an output signal from the locking limit switch (90) ( The outdoor LED lamp (82) is lit (preferably green) for a certain period of time (for example, about 10 seconds), while the indoor LED lamp is turned on by an output signal from the unlocking limit switch (89). (81) is turned off.

  The outdoor LED lamp (82) is normally turned off. The indoor LED lamp (81) blinks to notify when an abnormality occurs in the closing limit switch (88), the unlocking limit switch (89) or the locking limit switch (90) (for example, the door is half-opened). It has become.

  Next, FIG. 29 is a flowchart of an operation in which the entrance door (D) is automatically opened by one input operation and automatically closed after a predetermined time has elapsed.

  Based on this, the opening / closing action will be described. As an operation method for inputting the unlocking signal of the front door (D), a method of pressing the automatic opening / closing push button (A) of the portable remote control transmitter (84) from the outside, There are three methods: pressing the numeric keypad (83a) of the personal identification number authenticator (83) and moving the electronic card key (not shown) close to the electronic card key authenticator (83). Pressing the indoor automatic open / close pushbutton switch (85) near the entrance door (D) and the remote remote automatic open / close push in the kitchen, living room, study on the floor, etc. far away from the entrance door (D) There are two methods available: pressing the button switch (86).

Therefore, even in any of the above procedures, when a unlocking signal the earliest is input by hand, in the ON state of the unlocking limit switch (89) (full Kaijojo state of the door) at that time or a whether, MCU of facilities and unlocking mechanism control board (67) (microprocessor) (75) is determined (confirmed) to, if the NO (off state of the unlocking limit switch), door facilities -Actuate the unlocking mechanism (K) drive actuator (46) to unlock until the unlocking limit switch (89) containing the actuator is turned on (completely unlocked door). (Rotate counterclockwise in FIG. 18 and pull the lock pin (48) upward).

On the other hand, if the determination in MCU (75) (confirmation) is set to YES (the ON state of the unlocking limit switch), based on the control signal outputted from the unlocking limit switch (89), front door (D) The opening / closing drive torque motor (37) is rotated in the direction in which the door (D) is opened (counterclockwise when folded as a folding door as shown in FIG. 7) to open the entrance door (D). As an example in which this determination (confirmation) is YES, for example, a case where the input of the unlocking signal is received in the middle of the opening of the door (D) can be cited. ) Is operated in the opening direction, so there is no need to wait for an input operation until closing, which is very convenient.

  The opening time of the door (D) is set (adjusted set) as desired by the user by a preset setting volume (timer) (74). The rear door (D) closes automatically.

  In the process of automatically closing the door (D), if there is a danger that the indoor human sensor (91) or the outdoor human sensor (92) senses the presence of a person and pinches the human body Based on the control signals output from the human sensors (91) and (92), the torque motor (37) is rotationally driven (reversed) in the direction in which the door (D) reopens. The door (D) is automatically closed after the preset opening time has elapsed.

  Similarly, in the process of automatically closing the door (D), if any person or other object comes into contact with the door (D), this is an abnormal error signal from the torque motor (37). Feedback (input) to the MCU (68) of the door opening / closing control board (65), and the door (D) is stopped after the torque motor (37) is stopped instantaneously based on the control signal output from the MCU (68). By reversing in the opening direction, accidents involving the object and damage to the door (D) are prevented.

  The reversing action after a momentary stop in the torque motor (37) is performed in exactly the same manner even when the contact phenomenon of the object occurs in the process of opening the door (D). In short, in the process of closing the door (D), double safety is ensured in combination with the prevention effect of the pinching accident by the human body sensor (91) (92).

  In any case, when the door (D) is completely closed as shown in FIG. 9 and the closing limit switch (88) is turned on, the door is based on the output control signal from the closing limit switch (88). The actuator (46) of the locking / unlocking mechanism (K) is operated to lock until the locking limit switch (90) incorporated therein is turned on (the door is completely locked) (FIG. 19). Rotate clockwise and insert lock pin (48) downward).

  When the door (D) is locked, the door opening / closing control board (65) is controlled based on information such as a rotor position signal input (feedback) from the torque motor (37) that is the rotational drive source. The MCU (68) controls the torque motor (37) to be urged to rotate in the pressing direction in which the door (D) is closed (deployed as a folding door).

  When the door (D) is completely locked and the lock limit switch (90) is turned on, the outdoor LED lamp (82) is turned on for a certain period of time (about 10 illustrated above) by a control signal to be output. And the indoor LED lamp (81) is turned on to indicate that the door (D) is locked.

  The automatic opening / closing action of the front door shown in FIG. 29 includes the automatic opening / closing push button (A), the indoor automatic opening / closing push button switch (85), and the indoor remote automatic opening / closing push button switch of the portable remote control transmitter (84). In addition to the method of pressing (86), a method of pressing the numeric keypad (83a) of the personal identification number authenticator (83) or a method of bringing the electronic card key (smart key) close to (passing over) the electronic card key authenticator (83) Even if an input operation is performed, the same result can be obtained.

  Further, FIG. 30 is a flow chart of a manual opening / closing action, that is, a manual opening / closing action that opens the entrance door (D) by the first input operation and closes it by the second input operation.

  In the case of this manual opening / closing action, as an operation method for inputting the unlocking signal, a method of pressing a separate manual open / close push button (B) of the portable remote control transmitter (84) from the outside, There are two methods: a method of pressing an indoor manual open / close pushbutton switch (87) installed near the entrance door (D).

The manual opening / closing operation will be described. First, when the manual open / close push button (B) or the indoor manual open / close push button switch (87) of the remote control transmitter (84) is pressed first (first time), when the unlocking signal at its operation is input, whether or not the on state of the unlocking limit switch (89) (full Kaijojo state of the door), also facilities and unlocking mechanism control board (67 ) of MCU (75) is determined (confirmed), if the NO (off state of the unlocking limit switch), the unlocking limit switch actuator (46) of the door facilities and unlocking mechanism (K) Operate to unlock (89) until ON.

On the other hand, if the determination in MCU (75) (confirmation) is set to YES (the ON state of the unlocking limit switch), based on the output control signal from the unlocking limit switch (89), front door (D) A torque motor (37), which is an opening / closing drive source, is rotationally driven in a direction in which the door (D) opens (folding direction as a folding door) to open the entrance door (D). When the door (D) is completely opened (fully opened), the torque motor (37) is kept in a free state (stopped state).

  Therefore, when the manual open / close push button (B) or the indoor manual open / close push button switch (87) of the remote control transmitter (84) used first is pressed again (second time), the torque motor (37) Rotates in the direction of closing the door (D) (deployment direction as a folding door), and closes the door (D). The time until the second input operation is performed is the opening time of the door (D) desired by the user.

  Eventually, when the door (D) is completely closed and the closing limit switch (88) is turned on, the door closing / unlocking mechanism (K) is also turned on based on the output control signal from the closing limit switch (88). Actuator (46) is actuated to lock until its locking limit switch (90) is in the ON state (door fully locked).

  And, when the door (D) is closed and locked, based on the position information input (feedback) from the torque motor (37) which is the rotation drive source to the MCU (68) of the door opening / closing control board (65), The MCU (68) of the door opening / closing control board (65) controls the torque motor (37) to rotate and urge in the pressing direction of closing the door (D) (deploying as a folding door).

  When the door (D) is completely locked and the lock limit switch (90) is turned on, the outdoor LED lamp (82) is turned on for a certain period of time (about 10 illustrated above) by a control signal to be output. And the indoor LED lamp (81) is turned on to indicate that the door (D) is locked.

  29 and 30, when the entrance door (D) is completely closed and locked, the opening / closing drive torque motor (37) closes the door (D) (deployment direction as a folding door). ), The door (D) will not be inadvertently opened (folding direction as a folding door), or there will be no noise that shakes due to strong winds. In particular, the present invention is extremely useful for an entrance door (D) composed of a hanging folding door as in the illustrated embodiment.

  Further, the entrance door (D) in the illustrated embodiment is a hanging folding door, and moves straight along the channel groove-shaped suspension rail (35) via the suspension unit (W). In addition to the smooth and stable operation of the opening and closing action, the open state is folded into a half-folded state. For example, there is no possibility of restricting the entrance area and passage of a hierarchical rental apartment, employee dormitory, and other apartments to be narrow.

  Further, the entrance door (D) does not have a key hole for opening / closing operation and a handle for opening / closing operation, and the torque motor (37), which is an opening / closing drive source of the door (D), or a gear reduction gear. The mechanism (M) as well as the door application / unlocking mechanism (K) and the boards (65), (66), (67), the control box (C), the receiver (64), etc. constituting the electric control circuit, etc. However, it is installed collectively (concentrated) in the storage housing (H) (horizontal upper frame part) of the opening frame (entrance door mounting frame) (5) at the entrance, and that of the entrance door (D) Since it is not attached to itself, it can operate lightly and smoothly in that sense, and since it is not subject to vibration or shock during opening and closing, it is hard to break down, and it is also durable and reliable. It is remarkably excellent.

(1G) (2G) · Hinge unit (3) · Hollow input shaft (4) · Support leg (5) · Opening frame (6L) (6R) (7L) (7R) · Cover plate (11L) (11R) ( 12L) (12R), meshing gear (flat gear)
(19) (20) · Connecting plate (23) · Center pole (28) · Bearing stand (29) · Mounting shaft (31) · Horizontal idler roller (32) · Vertical idler roller (34) · Floor Panel (35), Suspension rail (36), Mounting stand (Gear case)
(37) ・ Torque motor (door open / close drive source)
(38) · Motor output shaft (42) · Timing belt (43) · Power take-off shaft (44) · Key (45) · Fixed stand (46) · Actuator (47) · Rotating arm (47a) · Overhang tip (47b) · Overhang tip (48) · Lock pin (52) · Lock pin receiving hole (53) · Bearing cylinder (54L) (54R) · Rope (56L) (56R) · Cylinder lock (57L) (57R ) ・ Rotary lock (60L) (60R) ・ Emergency operation hole (64) ・ Receiver (65) ・ Opening and closing control board (66) ・ Power supply board (67) ・ Locking and unlocking mechanism control board (68) ( 75) ・ MCU (microprocessor)
(69)-Motor driver circuit (70) (76)-Input interface (71)-I / O interface (72)-Opening speed adjustment volume (73)-Closing speed adjustment volume (74)-Opening time setting volume (timer)
(77)-Output interface (78)-Power supply interface (79)-Primary power supply (80)-Power on / off switch (81) (82)-LED lamp (83)-PIN / electronic card key authenticator ( 83a)-Numeric keypad (84)-Remote control transmitter (85)-Indoor automatic opening / closing pushbutton switch (86)-Indoor remote automatic opening / closing pushbutton switch (87)-Indoor manual open / close pushbutton switch (88)-Closing limit Switch (89), Unlocking limit switch (90), Locking limit switch (91) (92), Motion sensor (A), Automatic open / close push button (B), Manual open / close push button (C), Control box (D) · Entrance door (H) · Storage housing (M) · Gear reduction mechanism (K) · Locking and unlocking mechanism (PL) (PR) · Door panel PL1) (PL2) (PL3) (PR1) (PR2) (PR3) · first to third panel pieces (S) · lifting stroke (W) · suspending pulley unit

Claims (10)

Suspended from a base door panel whose base is rotated forward / reversely by a door opening / closing drive torque motor, and a suspension unit whose door end moves in the left / right direction along the upper frame of the entrance door mounting opening frame. It consists of a hanging folding door in which a pair of left and right with the front-end door panel is pivotally connected via a pair of upper and lower hinge units, and the folding door itself has a handle for opening and closing, and for locking and unlocking operations. Automatic opening and closing system for residential entrance doors without keyholes,
A portable remote control transmitter having an automatic open / close pushbutton and a manual open / close pushbutton and transmitting a radio signal corresponding to a unique ID code; and a receiver for receiving a radio signal from the remote control transmitter;
A personal identification number authenticator installed outside the entrance door of the house or / and an electronic card key authenticator for authenticating a unique ID code transmitted from the electronic card key;
An indoor automatic open / close pushbutton switch, an indoor manual open / close pushbutton switch, and / or an indoor remote automatic open / close pushbutton switch installed inside the house except the entrance door;
Limit switches, photoelectric switches, and other closure detection sensors that detect the door closing state,
A door locking / unlocking mechanism that locks or unlocks the closed door;
The door opening / closing drive torque motor based on the unlocking signal input by operating the push button of the remote control transmitter, the numeric keypad of the personal identification number authenticator, the electronic card key of the electronic card key authenticator or the indoor push button switch Door opening / closing control means for controlling the door to open,
Based on the sensing output signal from the closure sensor, the door locking / unlocking mechanism is controlled to lock the door locking / unlocking mechanism.
The door opening / closing control means by operating the automatic opening / closing pushbutton of the remote control transmitter, the numeric keypad of the personal identification number authentication machine, the electronic card key of the electronic card key authentication machine, the indoor automatic opening / closing pushbutton switch, or the indoor remote automatic opening / closing pushbutton switch. When the unlocking signal is input to the locking / unlocking mechanism control means,
For doors, characterized in that the door automatically opens and automatically closes after the preset opening time has elapsed and is locked by the door locking / unlocking mechanism. Automatic door opening and closing system. Suspended from a base door panel whose base is rotated forward / reversely by a door opening / closing drive torque motor, and a suspension unit whose door end moves in the left / right direction along the upper frame of the entrance door mounting opening frame. It consists of a hanging folding door in which a pair of left and right with the front-end door panel is pivotally connected via a pair of upper and lower hinge units, and the folding door itself has a handle for opening and closing, and for locking and unlocking operations. Automatic opening and closing system for residential entrance doors without keyholes,
A portable remote control transmitter having an automatic open / close pushbutton and a manual open / close pushbutton and transmitting a radio signal corresponding to a unique ID code; and a receiver for receiving a radio signal from the remote control transmitter;
A personal identification number authenticator installed outside the entrance door of the house or / and an electronic card key authenticator for authenticating a unique ID code transmitted from the electronic card key;
An indoor automatic open / close pushbutton switch, an indoor manual open / close pushbutton switch, and / or an indoor remote automatic open / close pushbutton switch installed inside the house except the entrance door;
Limit switches, photoelectric switches, and other closure detection sensors that detect the door closing state,
A door locking / unlocking mechanism that locks or unlocks the closed door;
The door opening / closing drive torque motor based on the unlocking signal input by operating the push button of the remote control transmitter, the numeric keypad of the personal identification number authenticator, the electronic card key of the electronic card key authenticator or the indoor push button switch Door opening / closing control means for controlling the door to open,
Based on the sensing output signal from the closure sensor, the door locking / unlocking mechanism is controlled to lock the door locking / unlocking mechanism.
When an unlocking signal is input to the door opening / closing control means and the locking / unlocking mechanism control means by operating the manual opening / closing push button or the indoor manual opening / closing push button switch of the remote control transmitter,
After the door is automatically opened and the torque motor is stopped, the same push button or push button switch is input again, and the door automatically closes for the first time and is locked by the door locking / unlocking mechanism. A system for automatically opening and closing a front door of a house, characterized in that it is configured to be A torque motor for the door opening and closing as a DC brushless motor, when the lock the door by its facilities and unlocking mechanism according to claim 1 or a motor, characterized in that gave urging pressure in the direction of closing the door The automatic opening and closing system for residential entrance doors as described in 2.   The automatic opening / closing system for a house entrance door according to claim 1 or 2, wherein an opening speed and a closing speed of a door driven to open and close by a torque motor are determined so as to be adjusted in advance. The door application / unlocking mechanism is formed from an actuator, a rotating arm that moves in an arc around the horizontal axis, and a vertical lock pin that is pivotally connected to the protruding tip of the rotating arm.
When the actuator is driven, the lock pin moves up and down through the circular motion of the rotating arm, and is inserted into the lock pin receiving hole opened on the upper surface of the door so that it can be locked or pulled out upward. The automatic opening / closing system for a front door of a house according to claim 1 or 2. When the actuator has built-in door lock limit switch and unlock limit switch, when the unlock limit switch is turned on, the door opening / closing drive torque motor starts rotating to open the door,
6. The system for automatically opening and closing a house entrance door according to claim 5, wherein when the lock limit switch is turned on, the lock state of the door is displayed by lighting of the indoor LED lamp. A rotating arm that is circularly moved by an actuator of the door application / unlocking mechanism is shaped into a substantially V-shape, and one overhanging tip that is pivotally connected to the lock pin and the other overhanging tip intersecting with a certain angle. , And fasten the proximal end of the pair of left and right manual operation rope,
By connecting the rotating lock of the pair of left and right cylinder locks, which are operated and unlocked using a special key from the outside of the house, and the tip of the above-mentioned rope, each can be used in the event of a power failure or other emergency 6. The system for automatically opening and closing a front door of a house according to claim 5, wherein the rotating arm is sometimes determined to be artificially rotatable.   When an indoor human sensor or an outdoor human sensor is installed and one of them detects the presence of a person near the door, the door opens the door opening / closing drive torque motor based on the output control signal. The automatic opening / closing system for a front door of a house according to claim 1 or 2, characterized in that it is determined to rotate in a direction. The horizontal upper frame of the opening frame for installing the entrance door is used as the housing for the door opening / closing control system. Inside the door opening / closing drive torque motor, its gear speed reduction mechanism and door opening / closing control means, the receiver and the door opening / closing control The unlocking mechanism and its locking / unlocking mechanism control means are centrally stored and installed,
A suspension rail on which the suspension unit moves is arranged along the floor of the storage housing, and the position of the suspension unit when the door is closed is detected by a closure sensor attached downward from the floor. On the other hand,
The power take-off shaft that hangs down from the gear motor speed reduction mechanism of the torque motor and passes through the floor of the storage housing to the inside of the suspension rail can be integrally rotated to the hollow input shaft that stands from the suspension base portion of the base-end door panel. The automatic door opening and closing system for a house entrance door according to claim 1 or 2, wherein the system is inserted into and fitted into the housing.   The left and right pairs of the base end door panel and the front end door panel are assembled and integrated from a plurality of panel pieces that are all in parallel in a suspended state, and a pair of upper and lower cover plates that sandwich and fix them overall. The automatic opening / closing system for a front door of a house according to claim 1 or 2.

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