JP2011252269A - Lock device and fitting - Google Patents

Abstract

PROBLEM TO BE SOLVED: To excellently operate an operation mechanism without inviting the complication of assembly work.SOLUTION: A lock device is provided with a liner member 140 including: a liner part 140a which has such a size that it can be inserted to the inside from a mounting port 26 formed at a left vertical frame 23a and is interposed between the inner surface 23a3 of the left vertical frame 23a and the operation mechanism 130 to fill a gap between them when disposed at a preset mounting position; and an engaging part 140b which is projected outward from the proximal end of the liner part 140a and arranges the liner part 140a at the mounting position by being engaged with the depth surface of the left vertical frame 23a when the liner part 140a is inserted to the inside from the mounting port 26 of the left vertical frame 23a.

Description

  The present invention relates to a lock device and a joinery to which the lock device is applied.

  A fitting that supports a door such as a glass window so that it can be opened and closed with respect to the opening frame is equipped with a handle on the vertical fence located on the door end side of the sliding door. Some include a locking device that switches the engaging means. The engaging means is configured to include, for example, a locking bar slidably disposed on the prospective surface of the downspout and a lock pin provided on the locking bar, and slides up and down with respect to the downspout. Thus, the lock pin is switched between the engaged state and the non-engaged state with respect to the opening frame.

  In this type of locking device, an operating mechanism is provided inside a vertical shaft located on the door end side of the shoji. The operating mechanism is equipped with a unit case that is screwed to the inner surface of the vertical gutter while being inserted into the installation port formed in the vertical gutter, and a slider on the prospective surface of the vertical frame. And linked to the locking bar of the engaging means.

  In the locking device configured as described above, when the handle is operated to one side, the locking bar slides, for example, upward with respect to the vertical shaft via the slider of the operating mechanism, and the lock pin is engaged with the opening frame. Since it becomes a combined state, the shoji can be maintained in the closed state with respect to the opening frame. On the other hand, when the handle is operated to the other side, the locking bar slides, for example, downward with respect to the vertical shaft via the slider of the operation mechanism, and the engagement state between the lock pin and the opening frame is released. Therefore, if the shoji is moved in the opening direction, the shoji can be opened with respect to the opening frame (see, for example, Patent Document 1).

JP 2001-55854 A

  In this type of locking device, a pair of slide guides are provided on the prospective surface of the vertical hook. This slide guide is slidable with the locking bar and the lock pin of the engaging means, and maintains the position of the lock pin in the prospective direction via the locking bar when engaged with the opening frame. . For example, the slide guide protrudes outward from the prospective surface of the vertical shaft so as to be parallel to each other and then bent in a direction facing each other, and guides the movement of the locking bar along the vertical direction, while the locking bar And the movement of the lock pin along the prospective direction is prevented.

  Here, in a vertical shaft in which slide guides are formed on both side edges of the prospective surface, a mounting opening for inserting the operating mechanism must be provided at a position avoiding the slide guide. For this reason, a gap corresponding to the slide guide is generated between the operating mechanism inserted from the mounting opening and the inner surface of the vertical shaft. If the operating mechanism is screwed to the inner surface of the downpipe with a gap between them, the operating mechanism may be deformed, and it is difficult to expect accurate operation of the operating mechanism. Become. Therefore, in order to operate the operation mechanism accurately, it is necessary to fill a gap formed between the inner surface of the downpile with the spacer. However, it is difficult to position the spacer between the inner surface and the operating mechanism inside the downpipe, which may significantly complicate the assembly work of the joinery.

  In order to fill the gap, it is conceivable to provide ribs on the inner surface of the downpipe. However, in the case of a ridge that is generally formed by extrusion molding, ribs cannot be provided only in necessary portions, and ribs are provided over the entire length, which significantly increases costs. This is not realistic. In addition, when assembling the kite four times, this rib becomes a hindrance, causing a problem that the inlay method of inserting the upper kite and the lower kite into the vertical kite cannot be applied.

  Note that the above-described problem is not limited to the case where the operating mechanism is provided on the vertical hook, but may also occur when the operating mechanism is provided on the upper hook or the lower hook.

  In view of the above circumstances, an object of the present invention is to provide a lock device and a fitting capable of operating an operation mechanism satisfactorily without causing complication of assembly work.

  In order to achieve the above object, the locking device according to the present invention is slidably disposed on the prospective surface of the ridge and slides with respect to the ridge to thereby engage and disengage the opening frame. And an engagement means that switches to the inner surface of the heel in a state of being inserted into the inside from the mounting opening formed in the heel, and the slider via the slider by an operation of an operation portion provided outside the heel. And a locking device having an operating mechanism for sliding the engaging means. The locking device has a size that can be inserted into the inside from the mounting opening formed in the bag, and when the locking device is disposed at a preset mounting position, A liner portion interposed between the surface and the operating mechanism to fill a gap between them, and projecting outward from a base end portion of the liner portion, and the liner portion from the attachment port of the bag to the inside When inserted, it will be It allows, characterized in that it comprises a liner member having an engaging portion for positioning the liner portion to the mounting position.

  According to this invention, if the liner member is inserted from the mounting opening of the bag, the liner portion can be interposed between the inner surface of the bag and the operating mechanism to fill the gap between them.

  Further, the present invention is the above-described locking device, wherein the engagement means is provided on the locking bar slidably supported on the prospective surface of the ridge, and moves as the locking bar slides. And a lock pin whose relative position to the lock receiving portion provided in the opening frame is changed. In the engaged state, the lock pin is held in a state where the shoji is closed. By disposing the lock pin in contact with the lock receiving portion, the movement in the opening direction of the shoji is restricted while the shoji is closed in the disengaged state. The pin is disposed at a position retracted from the lock receiving portion.

  According to this invention, it is possible to restrict movement of the shoji in the opening direction by bringing the lock pin into contact with the lock receiving portion of the opening frame.

  The joinery according to the present invention is characterized in that any of the above-described locking devices is applied between the opening frame and the heel.

  According to this invention, there can exist an effect similar to the locking device mentioned above.

  According to the present invention, when the liner member is inserted from the mounting opening of the heel, the liner portion can be interposed between the inner surface of the heel and the operating mechanism to fill the gap between them. Therefore, since the operating mechanism can be held on the inner surface of the bag without complicating the assembling work, the operating mechanism can be operated satisfactorily and the accurate operation of the lock device can be ensured.

FIG. 1 is a view showing a joinery that is an embodiment of the present invention from the indoor side. FIG. 2 is a cross-sectional plan view of the joinery shown in FIG. FIG. 3A is an exploded perspective view showing the main part of the joinery shown in FIG. 1 from the door end surface side. FIG. 3-2 is an enlarged view of a main part showing the door toe surface of the downpipe. FIG. 4A is an exploded perspective view illustrating a main part of the joinery illustrated in FIG. FIG. 4-2 is an enlarged view of a main part showing a vertical end of the door in the state of FIG. 4-1. FIG. 5 is a perspective view showing the main part of the joinery shown in FIG. 1 from the door front side. FIG. 6 is a perspective view showing an operation mechanism applied to the lock device of the joinery shown in FIG. 1 from the unit case side. FIG. 7 is an exploded perspective view of the operation mechanism shown in FIG. FIG. 8 is a cross-sectional side view showing the vertical rod with the operating mechanism shown in FIG. 6 attached. FIG. 9 is a perspective view showing a part of the vertical hook with the operating mechanism shown in FIG. 6 cut away. 10-1 is a cross-sectional view illustrating a state in which the liner member is inserted into the installation port of the vertical fence in the joinery illustrated in FIG. 1. 10-2 is a cross-sectional view illustrating a state in which the liner member is attached to the vertical gutter in the joinery illustrated in FIG. 1. 10-3 is a cross-sectional view showing the vertical rod of the joinery shown in FIG.

  Hereinafter, preferred embodiments of a locking device and a fitting according to the present invention will be described in detail with reference to the accompanying drawings.

  FIG.1 and FIG.2 shows the joinery to which the locking device which is embodiment of this invention is applied. The joinery illustrated here includes an opening frame 10 formed by four-frames an upper frame 11, a lower frame 12, and a pair of vertical frames 13 a and 13 b that are aluminum extrusion materials, and an upper frame 21 that is an aluminum extrusion material. The lower rod 22 and the pair of vertical rods 23a, 23b are assembled in four rounds, and a face member 24 such as a glass plate is disposed between the upper rod 21, the lower rod 22, and the pair of vertical rods 23a, 23b. It is comprised including the shoji 20 comprised by. The shoji 20 is configured to have a size capable of closing the opening of the opening frame 10 when it is disposed inside the opening frame 10. The shoji 20 according to the present embodiment is supported on the opening frame 10 by the hinge 1 interposed between the one vertical rod 23b and the one vertical frame 13b, and around the axis of the hinge axis along the vertical direction. It is possible to open and close the opening of the opening frame 10 by rotating to the right.

  As shown in FIGS. 2 and 3-1, the shoji 20 has a prospective surface facing the vertical frame 13a of the opening frame 10 (hereinafter simply referred to as “door-end surface 23a1”). Are provided with a pair of slide guides 25, a mounting opening 26, and a pair of mounting screw holes 27, and is located indoors in a vertical gutter located on the door end side (hereinafter referred to as "left gutter 23a"). A drive shaft insertion hole 28 and a pair of handle attachment holes 29 are provided on the finding surface (hereinafter simply referred to as “indoor finding surface 23a2”).

  2 to 5, the pair of slide guides 25 are provided along the longitudinal direction at the edge located on the indoor side in the door-end surface 23a1 of the left vertical fence 23a, and are parallel to each other. And a bent portion 25b bent in a direction facing each other from the protruding end edge of each guide base 25a. These slide guides 25 are integral with the left vertical rod 23a, and are formed at the same time when the left vertical rod 23a is extruded. The mounting opening 26 is a through-hole provided in a portion that is substantially in the center in the height direction of the left vertical rod 23a, and is formed between the pair of slide guides 25 on the door-end surface 23a1. As shown in FIGS. 3-2 and 4-2, the mounting opening 26 is a long hole whose dimension along the vertical direction is larger than the dimension along the horizontal direction, and the width along the horizontal direction is a slide guide. 25 is slightly smaller than the mutual interval of the bent portions 25b. The position where the mounting opening 26 is provided is offset to one side (in the illustrated example, the indoor side) with respect to the longitudinal center line between the pair of bent portions 25b. The pair of mounting screw holes 27 are female screw holes provided at the upper and lower portions of the mounting opening 26, and penetrate through the longitudinal center line between the pair of bent portions 25b.

  The drive shaft insertion hole 28 provided in the indoor-side finding surface 23 a 2 is a through hole through which the drive shaft 31 of the operation handle (operation unit) 30 is inserted, and is formed at a height position corresponding to the center of the mounting opening 26. It is. The pair of handle attachment holes 29 is a through hole for inserting a handle attachment screw 33 attached to the bracket 32 of the operation handle 30, and has a height corresponding to the formation range of the mounting opening 26 above and below the drive shaft insertion hole 28. At the position.

  In addition, as shown in FIGS. 2 to 5, the shoji 20 is provided with a locking device 100 on the left vertical rod 23 a located on the door end side. The lock device 100 switches between an engaged state and a non-engaged state with respect to the lock receiving portion 110 provided on the vertical frame 13a of the opening frame 10, and when the locking device 100 is in the engaged state, the shoji 20 Is configured to include a pair of locking bars 120 and an actuation mechanism 130.

  The locking bar 120 has a width that is inserted between the guide base portions 25a of the slide guide 25, and both side edges thereof are inserted into the gap between the bent portion 25b of the slide guide 25 and the door end surface 23a1. It is a metal plate-like member having a thickness. Each locking bar 120 is provided with a metal lock pin 121 at one end and a linkage hole 122 at the other end. As shown in FIG. 4A, these locking bars 120 are provided in the door of the left vertical shaft 23a in a state where the end portions where the coupling holes 122 are formed are close to each other and the lock pins 121 protrude outward. It is inserted between the front surface 23a1 and the slide guide 25 and supported so as to be slidable only along the vertical direction.

  The operating mechanism 130 controls the position of the locking bar 120 with respect to the left vertical rod 23a, and includes a unit case 131 as shown in FIGS. The unit case 131 accommodates a pinion 133 between a case main body 132 made of a metal plate provided with a pair of main body screw holes 132a and the case main body 132, and a screw escape hole 134a at a portion corresponding to the main body screw hole 132a. And a cover portion 134 made of a metal plate provided with a thin rectangular box shape, and inserted into the left vertical rod 23a from the outside of the left vertical rod 23a through the mounting opening 26. It is formed in the size that can be. The pair of main body screw holes 132a formed in the case main body 132 are female screw holes into which the handle mounting screw 33 is screwed. When the unit case 131 is inserted into the left vertical rod 23a from the mounting opening 26, a pair of main body screw holes 132a is formed. It is formed at a position corresponding to the handle mounting hole 29. The pinion 133 is a gear member having pinion teeth 133a on a part of the outer periphery, and has a rectangular fitting hole 133b into which the drive shaft 31 of the operation handle 30 is fitted. The pinion 133 is rotatably disposed between the case body 132 and the cover part 134 in a state where the fitting hole 133b is aligned with the shaft escape holes 132b and 134b of the case body 132 and the cover part 134. is there.

  The operation mechanism 130 includes a front cover 135 and a slider 136. The front cover 135 is a long metal member having a U-shaped cross section in which a cover plate portion 135a and a pair of skirt portions 135b are integrally formed. The cover plate portion 135a has a rectangular flat plate shape having a width that is slightly smaller than the interval between the bent portions 25b in the slide guide 25 and a length sufficiently larger than the width of the unit case 131. A pair of protrusion caulking holes 135c and a pair of mounting screw escape holes 135d are provided. The pair of protrusion caulking holes 135c are through-holes formed in the cover plate portion 135a, and are formed with a space corresponding to the width of the unit case 131 between them. The pair of mounting screw escape holes 135d are through holes formed with a space corresponding to the mounting screw hole 27 formed on the door end surface 23a1 of the left vertical rod 23a between them. Although not clearly shown in the drawing, the pair of protrusion caulking holes 135c and the pair of mounting screw escape holes 135d are arranged in parallel on the center line along the longitudinal direction of the cover plate portion 135a.

  The cover plate portion 135a is configured so that the caulking protrusions 132c and 134c provided on the case main body 132 and the cover portion 134 are respectively inserted into the protrusion caulking hole 135c in a state where the unit case 131 is positioned at the center in the longitudinal direction. The unit case 131 is connected by caulking. The caulking protrusions 132c and 134c protrude from both ends of the case main body 132 and the cover part 134, and are caulked to the cover plate part 135a of the front cover 135 in a state of being juxtaposed with each other. Note that the unit case 131 in which the caulking protrusions 132 c and 134 c are caulked in the protrusion caulking hole 135 c is offset with respect to the cover plate portion 135 a of the front cover 135.

  The pair of skirt portions 135b are portions extending so as to be parallel to each other from both side edge portions of the cover plate portion 135a. The part located at the center in the longitudinal direction of each skirt part 135b has a height higher than that of the slide guide 25 of the left vertical shaft 23a, while the parts located at the both ends are substantially the same as the thickness of the plate. It is configured to have the same very small height.

  The slider 136 is a metal plate-like member having a width smaller than the interval between the pair of skirt portions 135 b in the front cover 135 and a length shorter than the front cover 135, and the unit case 131 and the front cover 135. Between the two. The slider 136 has a long slot 136a for sliding along the longitudinal direction at portions corresponding to the caulking protrusions 132c and 134c of the case main body 132 and the cover part 134, and the caulking protrusion is inserted into the long sliding hole 136a. By inserting the portions 132c and 134c, the front cover 135 and the unit case 131 can be slid along the longitudinal direction of the front cover 135.

  The slider 136 is provided with a pair of linkage pins 137 and a rack 138. The linking pin 137 is a metal columnar member formed to have a size that can be fitted into the linking hole 122 of the locking bar 120, and the unit case 131 extends from one surface that is the same at both ends of the slider 136. Protrudes to the side. The rack 138 is a rectangular flat plate member having a plurality of rack teeth 138a formed linearly at the distal end side portion and a pair of caulking claw pieces 138b at the proximal end side portion. The rack 138 is slidably accommodated between the case main body 132 and the cover part 134 with the rack teeth 138 a formed on the front end side thereof engaged with the pinion 133, and the caulking claw piece 138 b is accommodated in the slider 136. The slider 136 is attached to the central portion in the longitudinal direction by caulking into the caulking hole 136b.

  In the operating mechanism 130 configured as described above, when the pinion 133 is rotated from the outside of the unit case 131, the rack 138 slides between the case main body 132 and the cover portion 134, and the slider is moved along with the sliding of the rack 138. 136 slides between the unit case 131 and the front cover 135 along its longitudinal direction. The sliding direction of the slider 136 is up and down corresponding to the rotation direction of the pinion 133. During this time, the slider 136 is in a state where the three sides are covered by the cover plate portion 135a and the pair of skirt portions 135b of the front cover 135, and the configuration is such that the slider 136 can be viewed from the outside as long as the pair of skirt portions 135b is not looked between. Absent.

  In order to attach the operating mechanism 130 to the left vertical rod 23a, the unit case 131 is inserted into the left vertical rod 23a from the mounting opening 26, and the linkage pin 137 is fitted in the linkage hole 122 of the locking bar 120. The cover mounting screw 139 is fastened to the mounting screw hole 27 of the left vertical rod 23a through a pair of mounting screw escape holes 135d formed in the front cover 135, and the operation handle 30 is further attached to the indoor-side finding surface 23a2 of the left vertical rod 23a. Can be attached.

  In this case, according to this fitting, since the unit case 131 is offset with respect to the front cover 135, if the direction of the operating mechanism 130 is upside down with respect to the mounting opening 26, the front cover 135 is bent to a pair. It cannot be inserted between the portions 25b. Thereby, there is no fear that the unit case 131 is attached upside down with respect to the left vertical rod 23a, and the unit case 131 is always arranged at a preset position with respect to the inner surface 23a3 of the left vertical rod 23a.

  Further, since the slider 136 is disposed outside the left vertical rod 23a, the operation of fitting the linkage pin 137 of the slider 136 into the linkage hole 122 of the locking bar 120 can also be performed outside the left vertical rod 23a. Thus, the assembling work of the lock device 100 can be carried out very easily.

  By the way, a pair of slide guides 25 are provided on the door-end surface 23a1 of the left vertical shaft 23a. For this reason, the mounting opening 26 cannot be provided unless the slide guide 25 is avoided. In other words, in the above-described left vertical gutter 23a, as shown in the cross section of FIG. 10-1, the opening position located on the indoor side of the mounting opening 26 is matched with the inner surface 23a3 of the left vertical gutter 23a. Cannot be provided and must be provided outside the inner surface 23a3 of the left vertical gutter 23a. When the unit case 131 is simply inserted into the mounting opening 26 with respect to the left vertical rod 23a, a gap is generated between the unit case 131 and the inner surface 23a3 of the left vertical rod 23a.

  Therefore, in this joinery, as shown in FIGS. 10-1 to 10-3, the liner member 140 is previously attached to the attachment port 26 of the left vertical rod 23a, and the inner surfaces of the unit case 131 and the left vertical rod 23a are installed. 23a3 is filled. As illustrated in FIG. 3A, the liner member 140 integrally includes a liner portion 140a having a substantially rectangular shape and a pair of engaging portions 140b that protrude in a direction away from both ends of the base end of the liner portion 140a. It is the metal member formed in. The liner portion 140a has a width slightly shorter than the length along the vertical direction of the mounting opening 26 formed in the left vertical rod 23a, and is formed by being appropriately bent in the out-of-plane direction. As shown in FIG. 4, when one surface 140a1 is brought into contact with the inner surface 23a3 of the left vertical shaft 23a, the other surface 140a2 is arranged on the opening edge extension located on the indoor side of the mounting opening 26. It is. This liner portion 140a has a notch 140c formed in a portion corresponding to the drive shaft insertion hole 28 formed in the indoor-side finding surface 23a2 of the left vertical shaft 23a, and in a portion corresponding to the pair of handle mounting holes 29. A handle screw insertion hole 140d is formed in each case. As shown in FIGS. 4-1 and FIGS. 10-1 to 10-3, the pair of engaging portions 140b are respectively attached to the door-end surface 23a1 of the left vertical rod 23a when the liner portion 140a is inserted into the mounting opening 26. The liner portion 140a is positioned and arranged inside the left vertical rod 23a. Specifically, when the liner portion 140a is inserted from the mounting opening 26 and the pair of engaging portions 140b are brought into contact with the door end surface 23a1, one surface 140a1 of the liner portion 140a is the inner surface 23a3 of the left vertical shaft 23a. And the notch 140c and the pair of handle screw insertion holes 140d are disposed at the mounting positions facing the drive shaft insertion hole 28 and the pair of handle attachment holes 29, respectively.

  Accordingly, if the unit case 131 is inserted into the left vertical rod 23a from the mounting port 26 with the liner member 140 previously mounted in the mounting port 26, the liner member 140 causes the inner surface of the unit case 131 and the left vertical rod 23a to be inserted. The gap between 23a3 is filled. As a result, if the operating handle 30 is attached to the indoor-side finding surface 23a2 of the left vertical shaft 23a and the handle mounting screw 33 is screwed into the main body screw hole 132a from this state, the unit case 131 is not deformed. The operation handle 30 can be attached to the vertical rod 23a, and the unit case 131 can be attached to the inside of the left vertical rod 23a.

  In the lock device 100 to which the operation mechanism 130 is attached as described above, when the operation handle 30 is rotated, the pinion 133 fitted to the drive shaft 31 rotates, and the rack 138 meshed with the pinion 133 extends along the vertical direction. Thus, the slider 136 slides in the same direction in a moving space defined between the front cover 135 and the door front surface 23a1 of the left vertical port 23a. When the slider 136 slides, the locking bar 120 slides in conjunction with it, and the lock pin 121 moves up and down with respect to the left vertical rod 23a, and the lock receiving portion 110 (provided on the vertical frame 13a of the opening frame 10). 2), the engagement state and the disengagement state are switched. When the door 20 is engaged with the opening frame 10 in a closed state, the lock pin 121 abuts against the lock receiving portion 110, thereby restricting movement of the opening frame 10 in the direction in which the door 20 is opened. . On the other hand, when it is in the disengaged state, the lock pin 121 is disposed at a position retracted from the lock receiving portion 110 so that the shoji 20 can be opened to the outdoor side with respect to the opening frame 10. become.

  As described above, the operating mechanism 130 applied to the lock device 100 of the joinery includes the front cover 135. Moreover, when the operating mechanism 130 is attached to the left vertical rod 23a, the slider 136 is disposed between the front cover 135 and the door end surface 23a1 of the left vertical rod 23a. Therefore, even if the shoji 20 is opened with respect to the opening frame 10, the slider 136 is not exposed to the outside. As a result, there is no possibility of deteriorating the appearance quality of the joinery, and there is no possibility that foreign matters such as dust enter the operating power transmission unit such as the sliding part of the slider 136 and the engaging part of the rack 138 and the pinion 133.

  Here, the above-described front cover 135 has a U-shaped cross section in which a cover plate portion 135a and a pair of skirt portions 135b are integrally formed. Therefore, when the front cover 135 is attached to the left vertical rod 23a, the front cover 135 may be deformed if the fastening force of the cover attaching screw 139 is excessive.

  For this reason, in this joinery, as shown in FIGS. 6-8 and 10-3, the support part 150 is provided in the unit case 131, and this is attached to the door end surface 23a1 of the left vertical rod 23a and the cover plate of the front cover 135. It is made to interpose between the part 135a. The support portion 150 is formed on both the case main body 132 and the cover portion 134 constituting the unit case 131, and is a flat plate-like portion formed at a position adjacent to the respective caulking projections 132c and 134c. The support portion 150 is configured to have a width that allows insertion into the slide long hole 136a of the slider 136, and the door plate surface 23a1 of the left vertical rod 23a and the cover plate of the front cover 135 through the slide long hole 136a. It is interposed between the part 135a. The protruding end of the support portion 150 is located at the opening peripheral edge of the mounting screw escape hole 135d formed in the front cover 135, and the cover plate portion 135a of the front cover 135 is sandwiched between the head of the cover mounting screw 139. is there.

  As described above, in the lock device 100 configured to interpose the support portion 150 between the door-end surface 23a1 of the left vertical rod 23a and the cover plate portion 135a of the front cover 135, the cover mounting screw 139 Even when the fastening force becomes excessive, there is no possibility that the cover plate portion 135a of the front cover 135 is deformed. In addition, the support portion 150 is arranged in parallel with the cover mounting screw 139 in the slide long hole 136a of the slider 136, and does not obstruct the slide of the slider 136 at all. As a result, a good slide of the slider 136 is ensured, and the operability of the lock device 100 is also good.

  In the above-described embodiment, the shoji 20 is opened and closed by rotating around the axis of the hinge shaft along the vertical direction with respect to the opening frame 10. However, the hinge along the horizontal direction is illustrated. It may be opened and closed by rotating around the axis of the shaft, or may be opened and closed by sliding with respect to the opening frame 10. In this case, the position where the operating mechanism 130 is provided is not limited to the left vertical rod 23a. Moreover, although the thing provided with a pair of locking bar 120 is illustrated as an engaging means, you may comprise an engaging means only with the locking bar 120. FIG.

DESCRIPTION OF SYMBOLS 10 Opening frame 11 Upper frame 12 Lower frame 13a, 13b Vertical frame 20 Shoji 21 Upper rod 22 Lower rod 23a, 23b Vertical rod 25 Slide guide 26 Mounting port 30 Operation handle 100 Locking device 110 Lock receiving part 120 Locking bar 121 Lock pin 130 Actuating mechanism 131 Unit case 132 Case body 132c, 134c Caulking protrusion 134 Cover part 135 Front cover 136 Slider 138 Rack 140 Liner member 140a Liner part 140b Engagement part 150 Support part

Claims (3)

An engagement means that is slidably disposed on the prospective surface of the heel and is slid relative to the heel to switch between an engaged state and a non-engaged state with respect to the opening frame;
An operating mechanism that is screwed to the inner surface of the heel while being inserted into the inside from the mounting opening formed in the heel, and that slides the engagement means via a slider by operation of an operation portion provided outside the heel In a locking device comprising
It has a size that allows it to be inserted into the inside from the mounting opening formed in the bag, and is disposed between the inner surface of the bag and the operating mechanism when arranged at a predetermined mounting position. A liner that fills the gap;
The liner portion is disposed at the mounting position by projecting outward from the base end portion of the liner portion and engaging the prospective surface of the ridge when the liner portion is inserted into the heel from the mounting opening. A locking device, comprising: a liner member having an engaging portion.   The engaging means includes a locking bar that is slidably supported on a prospective surface of the ridge, and a lock receiver provided on the opening frame by being moved along with the sliding of the locking bar. A lock pin whose relative position with respect to the portion is changed, and in the engaged state, the lock pin is disposed at a position facing the lock receiving portion with the shoji being closed, and the lock pin Is placed in a position where the lock pin is retracted from the lock receiving portion with the shoji closed in a non-engaged state. The locking device according to claim 1, wherein:   A joinery comprising the lock device according to claim 1 or 2 applied between the opening frame and the heel.

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