JP2011256694A - Fitting frame adjustment implement and fitting frame adjustment structure using the same - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a simple constitution of fitting frame adjustment implement without separating the implement into a fitting frame side and an opening backing side.SOLUTION: A fitting frame adjustment structure comprises: a fitting frame 30 mounted to an opening backing 15; a fitting frame adjustment tool 50 which is provided between the opening backing 15 and the fitting frame 30 and adjusts a separation distance between the fitting frame 30 and the opening backing 15; and a projection implement 70 which projects from a rear face of the fitting frame 30 toward the opening backing 15 in an advancing/retracting manner. The fitting frame adjustment tool 50 comprises: a fulcrum forming part 51 which abuts on the opening backing 15 to form a swing fulcrum; and a pair of arms 52, 53 with the fulcrum forming part 51 in the center extend to the fitting frame 30 side, the angle formed by the pair of arms 52, 53 being invariable, one arm 52 being provided with an abutment part 55 for abutting on the fitting frame 30, the other arm 53 being provided with a projection reception part 56 which receives the projection implement 70 retractably projecting from the rear face of the fitting frame 30 toward the opening backing 15 and moves closer to and away from the fitting frame 30.

Description

  The present invention relates to a joinery frame adjustment tool and a joinery frame adjustment structure using the same. More specifically, the present invention makes it easy to perform attachment work when attaching a joinery frame to a partition wall or the like, and makes it possible to easily adjust a deviation occurring after the attachment without removing the joinery frame. The present invention relates to an attachment adjustment tool for a retrofit frame material.

  Conventionally, when fixing a joinery frame to a partition wall or the like, a joinery frame is disposed on an opening base that forms a small opening of the partition wall opening, and a plurality of gap adjustment members (packings) are provided between the opening base and the joinery frame. It is known how to fix and fix the joinery frame to the opening base by screwing a wood screw from the inside of the joinery frame corresponding to each gap adjusting member, confirming that the joinery frame is vertically attached However, in this type of fixing method, it takes a lot of labor to align the gap adjusting member with an appropriate thickness. That is, with the gap adjustment member temporarily attached, the verticality of the joinery frame is confirmed by means such as visual measurement or swinging down, and the work of adjusting and fixing the gap adjustment member to an appropriate thickness is repeated. It takes a lot of work time. In addition, even if the joinery frame is fixed by such means, the joinery frame may be distorted due to secular change or the like, but in order to correct the distort, the joinery frame as a finishing material is disassembled. The gap adjusting member had to be adjusted again, and in this case too much work time was required as in the first installation.

  In order to solve such a problem, Patent Document 1 discloses that a fixing portion having a screw formed on the outer peripheral surface and a screw screwed to the outer peripheral surface of the fixing portion are formed on the inner peripheral surface, and a tool is attached from the joinery frame side. A joinery frame having a cylindrical rotating part with a hook in which a hole for insertion and rotation is formed, and a washer part externally fitted to the rotating part and rotatably attached to the joinery frame via a hook. The structure which provides an attachment adjustment apparatus between an opening foundation | substrate and a joinery frame is disclosed. According to this configuration, the fixed part is attached to the opening base, the washer is attached to the joinery frame, and the rotating part can rotate with respect to the fixed part in a state where the rotating part is engaged with the washer. It is possible to adjust the screwing state with respect to the part and to move the washer close to and away from the fixed part with respect to the opening base, thereby adjusting the position of the joinery frame with respect to the opening base without disassembling the joinery frame as the finishing material Can do.

Japanese Patent Laid-Open No. 11-241568

  However, the attachment adjusting device of Patent Document 1 is configured such that the interval between the joinery frame and the opening base is adjusted by the screwing amount of the rotating portion attached to the joinery frame side with respect to the fixed portion fixed to the opening base side. Therefore, it is necessary to configure the fixed part on the opening base side and the rotating part on the joinery frame side as separate bodies, respectively, and further, the rotating part is idled (relatively rotated) with respect to the joinery frame. A washer is required. In addition, at least these three members are required, and all the members require a high degree of processing, resulting in a high cost.

  The present invention has been made to solve such a problem, and it is possible to adjust the interval between the joinery frame and the opening base without removing the joinery frame after the joinery frame is attached to the opening base. Joinery frame adjustment tool and joinery frame adjustment structure using the same, and a joinery frame adjustment tool having a simpler configuration without being separated on the joinery frame side and the opening base side, and a joinery frame using the same An object is to provide an adjustment structure.

(1) In order to solve the above problems, the present invention provides:
A joinery frame adjuster that is provided between an opening base formed on a wall and a joinery frame attached to the opening base and adjusts a distance from the opening base of the joinery frame,
A fulcrum forming portion that forms a swing fulcrum in contact with the opening base;
A pair of arms extending toward the joinery frame side across the fulcrum forming part,
One arm is provided with a contact portion that contacts the joinery frame,
The other arm is provided with a projecting receiving portion that receives a projecting tool that protrudes from the back surface of the joinery frame so as to be freely retractable, and is approached and separated from the joinery frame,
The fulcrum forming portion, the abutting portion, and the protrusion receiving portion are not changed in positional relation, and the fulcrum forming portion swings around the fulcrum forming portion.

  With the joinery frame adjuster according to the present invention, the fulcrum forming portion is in contact with the opening base, so that the entire joinery frame adjuster is supported in a swingable manner with respect to the open base (like a balance doll). One arm can be moved close to and away from the opening base, and the other arm can also be moved close to and away from the opening base. In particular, when one arm is close to the opening base, the other arm opens. When the second arm is separated from the base and the other arm is close to the base, one arm is separated from the base.

  In this state, the abutting portion provided on one arm abuts on the joinery frame, and the protruding receiving portion provided on the other arm abuts on the projecting tool provided on the joinery frame so as to be retractable. Then, by retracting the projecting tool with respect to the joinery frame, the bottom of the projecting tool presses the projecting receiving part, and thereby the projecting receiving part comes close to and away from the opening base. As a result, the other arm swings about the swing fulcrum of the fulcrum forming part, and one arm also swings with the fulcrum forming part as the swing fulcrum. And the joinery frame can be moved close to and away from the opening base.

  In the present invention, the joinery frame adjustment tool can be swung with respect to the opening base through the above-described process, and thereby the distance between the joinery frame and the opening base can be adjusted. Therefore, according to the joinery frame adjuster according to the present invention, the entire joinery frame adjuster is provided by providing a plurality of joinery frame adjusters between the joinery frame and the opening base, and adjusting the posture of each joinery frame adjuster with respect to the open base. It is possible to adjust the attitude of the opening base to the opening base, thereby setting the joinery frame vertically regardless of whether the opening base is vertical (the joinery is not affected by the inclination of the opening base). The frame can be set vertically). Alternatively, when the joinery frame is horizontally attached to the opening base provided horizontally, the joinery frame can be set horizontally regardless of whether the opening base is horizontal.

(2) An insertion hole is provided through which a shaft-like fastening tool for fastening the fulcrum forming portion to the opening base is inserted in a state where the pair of arms are swingable. It is preferable that the extension direction of the pair of arms is larger than the shaft portion of the clasp.

  According to this, although the attitude | position of the fitting frame adjustment tool with respect to an opening base will rock | fluctuate by the protrusion state of a protrusion, the insertion hole which penetrates the axial part of the fastener which makes a fulcrum formation part contact | abut to an opening base Will have play in the extending direction of the arm, and in this way, in the fulcrum forming part, the position of the swing fulcrum accompanying the change in the posture of the fitting frame adjuster is relatively moved within the range of play of the insertion hole. As a result, the distance between the swing fulcrum and the protruding receiving portion of the other arm can be kept constant, and the distance between the joinery frame and the opening base can be adjusted appropriately. .

(3) Moreover, it is preferable that the length from the said fulcrum formation part of said one arm differs from the length from the said fulcrum formation part of said other arm.
According to this, when the length from the fulcrum formation part of the other arm is shorter than the length from the fulcrum formation part of the tip of one arm, the base of the opening of the protrusion receiving part provided in the other arm By making the separation distance from each other close to a predetermined size, the contact portion provided on one arm can be separated from the opening base more than the predetermined size.
Alternatively, when the length of the other arm from the fulcrum forming portion is larger than the length of the tip end portion of one arm from the fulcrum forming portion, the protrusion receiving portion provided on the other arm is separated from the opening base. By bringing the distance close to a predetermined size, the contact portion provided on one arm can be separated from the opening base to the predetermined size or less, and finer adjustment is possible.

(4) Moreover, it is preferable that at least the fulcrum forming portion and the contact portion are formed to have a width that is the same as or slightly smaller than the width of the joinery frame.
When a rotational force in the width direction of the joinery frame is applied, fixing at one point when viewed in the width direction is disadvantageous in terms of fixing strength. In this regard, according to the present invention, since the fulcrum forming portion and the contact portion are formed with a predetermined width so as not to exceed the width of the opening base, the fitting frame attached to the contact portion It is possible to stabilize the posture with respect to the opening base frame, and in particular, it is possible to prevent the joinery frame from rotating about the axis in a direction perpendicular to the fulcrum forming portion of the joinery frame adjustment tool.

(5) Further, as described above, since the fulcrum forming portion is in contact with the opening base, the pair of arms exhibit a state like a balanced doll with respect to the fulcrum forming portion. In view of the above, it is preferable that a space between the tip portions of the pair of arms is formed in a cross-sectional shape with the fulcrum forming portion as a bent portion.
According to this, the joinery frame adjuster can be formed with a simple shape, and the joinery frame adjuster can be formed by processing a single flat plate, thereby significantly reducing the number of parts. Will be able to.

(6) Moreover, the joinery frame adjustment structure which concerns on other invention for solving the said subject,
An opening base formed on the wall;
Joinery frame attached to the opening base,
A fitting frame adjuster that is provided between the opening base and the joinery frame and adjusts the distance between the opening frame and the opening base;
A projecting tool that projects from the back surface of the joinery frame toward the opening base so as to be freely retractable;
The joinery frame adjuster is
A fulcrum forming portion that forms a swing fulcrum in contact with the opening base;
A pair of arms extending toward the joinery frame side across the fulcrum forming part,
One arm is provided with a contact portion that contacts the joinery frame,
The other arm is provided with a projecting receiving portion that receives a projecting tool that protrudes from the back surface of the joinery frame so as to be freely retractable, and is approached and separated from the joinery frame,
The fulcrum forming portion, the abutting portion, and the protrusion receiving portion are not changed in positional relation, and the fulcrum forming portion swings around the fulcrum forming portion.

  According to the joinery frame adjustment structure according to the present invention, when the fulcrum forming portion of the joinery frame adjuster is in contact with the opening base, the entire joinery frame adjustment tool is supported in a swingable manner with respect to the opening base. One arm can be moved closer to and away from the opening base, and the other arm can be moved closer to and away from the opening base.

  In this state, the abutting portion provided on one arm abuts on the joinery frame, and the protruding receiving portion provided on the other arm abuts on the projecting tool provided on the joinery frame so as to be retractable. Then, by retracting the projecting tool with respect to the joinery frame, the bottom of the projecting tool presses the projecting receiving part, and thereby the projecting receiving part comes close to and away from the opening base. As a result, the other arm swings about the swing fulcrum of the fulcrum forming part, and one arm also swings with the fulcrum forming part as the swing fulcrum. And the joinery frame can be moved close to and away from the opening base.

  In the present invention, the joinery frame adjustment tool can be swung with respect to the opening base through the above-described process, and thereby the distance between the joinery frame and the opening base can be adjusted.

(7) Further, in this configuration, the joinery frame is fastened to the opening base, and the fulcrum forming portion of the joinery frame adjusting tool is brought into contact with the opening base in a state where the pair of arms is swingable. It is preferable that a fastening tool is provided.
According to this, the joinery frame and the joinery frame adjustment tool can be fastened to the opening base at once, and the workability can be improved.

(8) Further, in this configuration, the fastening tool is formed in a screw shape including a shaft portion in which a male screw portion is screwed and a head portion provided on one of the shaft portions, and the fitting The frame is formed with a through-hole through which the shaft portion of the clasp can be inserted, and between the head of the clasp and the side edge of the through-hole on the surface of the fitting frame, It is preferable that a biasing member that biases the joinery frame in a direction in which the joinery frame is pressed toward the opening base is provided.
By loosening the fastening tool, play occurs between the joinery frame and the joinery frame adjustment tool, and when tightening the fastening tool, the play is eliminated by manually pressing the joinery frame against the opening base. However, it may be necessary to perform the work after tightening, or the position of the joinery frame may be slightly shifted due to the play during tightening. By applying the pressing force, the joinery frame is always pressed against the joinery frame adjusting tool, and the occurrence of play can be suppressed.
Furthermore, since the joinery frame is always pressed against the opening base, when the protruding tool is adjusted so that the joinery frame can be further approached to the opening base, the joinery frame is not open. It is easy to get close to nature.

(9) Moreover, the adjustment part which can adjust the protrusion amount from the back surface of the said fitting frame of the protrusion tool accommodated in the said fitting frame is formed in the said fitting frame in which the said protrusion tool is accommodated Is preferably provided.
According to this, since a protrusion tool will be accommodated in the accommodating part of a joinery frame, the protrusion to the joinery frame surface side of a protrusion tool can be prevented. Moreover, since the protrusion amount of a protrusion tool can be adjusted with an adjustment part, adjustment of the protrusion amount of a protrusion tool can also be performed easily.

(10) Furthermore, it is preferable that the adjusting portion is provided with a mark portion that allows the protruding amount of the protruding tool to be visually observed.
Thereby, since the protruding state of the protruding tool can be visually recognized by the mark portion, the interval between the fitting frame and the opening base can be adjusted very accurately.

(11) Moreover, this invention is a fitting frame adjustment tool which is provided between the opening foundation | substrate formed in a wall, and the fitting frame attached to this opening foundation | substrate, and adjusts the separation distance with respect to the opening foundation | substrate of the said fitting frame. There,
A contact portion that contacts the opening base;
A pair of arms extending toward the joinery frame across the contact portion;
One arm is provided with a fulcrum forming part that forms a swing fulcrum in contact with the joinery frame,
The other arm is provided with a projecting receiving portion that receives a projecting tool that protrudes from the back surface of the joinery frame so as to be freely retractable, and is approached and separated from the joinery frame,
The positional relationship among these abutting portions, fulcrum forming portions, and protruding receiving portions is unchanged, and the oscillating portion swings around the fulcrum forming portion as a fulcrum.

According to the joinery frame adjuster according to the present invention, the protrusion provided in the other arm by bringing the abutment portion into contact with the opening base and bringing the fulcrum forming portion provided in one arm into contact with the joinery frame. With the application of the pressing force to the opening base of the receiving part, the entire fixture frame adjustment tool swings around the fulcrum formation part with respect to the opening base, and with this swing, the joinery frame approaches the opening base. Can be separated.
In the present invention, the joinery frame adjustment tool can be swung with respect to the opening base through the above-described process, and thereby the distance between the joinery frame and the opening base can be adjusted. Therefore, according to the joinery frame adjuster according to the present invention, the entire joinery frame adjuster is provided by providing a plurality of joinery frame adjusters between the joinery frame and the opening base, and adjusting the posture of each joinery frame adjuster with respect to the open base. It is possible to adjust the attitude of the opening base to the opening base, thereby setting the joinery frame vertically regardless of whether the opening base is vertical (the joinery is not affected by the inclination of the opening base). The frame can be set vertically). Moreover, even if the opening base is uneven over the entire length, it is possible to set the joinery frame in a straight line regardless of the inclination state of the opening base. Alternatively, when the joinery frame is horizontally attached to the opening base provided horizontally, the joinery frame can be set horizontally regardless of whether the opening base is horizontal.

(12) Further, in such a configuration, an insertion hole is provided through which a shaft-like fastening tool for fastening the contact portion to the opening base is inserted in a state where the pair of arms are swingable. It is preferable that the insertion hole is formed so that at least the size of the pair of arms in the extending direction is larger than the shaft portion of the clasp.
According to this, although the attitude | position of the fitting frame adjustment tool with respect to an opening base | substrate rock | fluctuates by the protrusion state of a protrusion tool, the insertion hole which penetrates the axial part of the fastener which makes a contact part contact | abut to an opening base | substrate Will have play in the extending direction of the arm, and by this, the contact position accompanying the change in the posture of the fitting frame adjuster can be relatively moved in the range of play of the insertion hole at the contact portion. Thus, the distance between the swing fulcrum forming part and the protrusion receiving part of the pair of arms can be kept constant, and the distance between the joinery frame and the opening base can be adjusted appropriately. .

(13) Furthermore, it is preferable that the fulcrum forming portion is engaged with the joinery frame in a state in which relative rotation with respect to the joinery frame is allowed and relative movement is disabled.
According to this, the position of the swing fulcrum with respect to the joinery frame does not move with the posture change of the joinery frame adjustment tool, and the deviation from the joinery frame with the posture change of the joinery frame adjustment tool is eliminated. Thus, the gap between the joinery frame and the opening base can be adjusted appropriately.

(14) Moreover, it is preferable that at least the fulcrum forming part and the contact part are formed to have a width that is approximately the same as or slightly smaller than the width of the joinery frame.
When a rotational force in the width direction of the joinery frame is applied to the joinery frame, the contact state between the joinery frame and the opening base is a disadvantage in terms of fixing strength when viewed from the width direction of the joinery frame. In this regard, according to the present invention, since the fulcrum forming portion and the contact portion are formed with a predetermined width so as not to exceed the width of the opening base, the fitting frame attached to the contact portion It is possible to stabilize the posture with respect to the opening base frame, and in particular, it is possible to prevent rotation of the above-mentioned joinery frame around the width direction.

(15) Furthermore, the present invention provides:
An opening base formed on the wall;
Joinery frame attached to the opening base,
A fitting frame adjuster that is provided between the opening base and the joinery frame and adjusts the distance between the opening frame and the opening base;
A projecting tool that projects from the back surface of the joinery frame toward the opening base so as to be freely retractable;
The joinery frame adjuster is
A joinery frame adjuster that is provided between an opening base formed on a wall and a joinery frame attached to the opening base and adjusts a distance from the opening base of the joinery frame,
A contact portion that contacts the opening base;
A pair of arms extending toward the joinery frame across the contact portion;
One arm is provided with a fulcrum forming part that forms a swing fulcrum in contact with the joinery frame,
The other arm is provided with a projecting receiving portion that receives a projecting tool that protrudes from the back surface of the joinery frame so as to be freely retractable, and is approached and separated from the joinery frame,
The positional relationship among the contact portion, the fulcrum forming portion, and the protrusion receiving portion is unchanged, and the oscillating portion swings around the fulcrum forming portion.

According to the joinery frame adjusting structure according to the present invention, the abutment portion is in contact with the opening base, and the fulcrum forming portion provided on one arm is brought into contact with the joinery frame, whereby the protrusion provided on the other arm is provided. With the application of the pressing force to the opening base of the receiving part, the entire fixture frame adjustment tool swings around the fulcrum formation part with respect to the opening base, and with this swing, the joinery frame approaches the opening base. Can be separated.
In the present invention, the joinery frame adjustment tool can be swung with respect to the opening base through the above-described process, and thereby the distance between the joinery frame and the opening base can be adjusted. Therefore, according to the joinery frame adjustment structure according to the present invention, by providing a plurality of joinery frame adjusters between the joinery frame and the opening base, and adjusting the posture of each joinery frame adjuster with respect to the open base, the entire joinery frame It is possible to adjust the attitude of the opening base to the opening base, thereby setting the joinery frame vertically regardless of whether the opening base is vertical (the joinery is not affected by the inclination of the opening base). The frame can be set vertically). Moreover, even if the opening base is uneven over the entire length, it is possible to set the joinery frame in a straight line regardless of the inclination state of the opening base. Alternatively, when the joinery frame is horizontally attached to the opening base provided horizontally, the joinery frame can be set horizontally regardless of whether the opening base is horizontal.

(16) In such a structure, the fastener frame is fastened to the opening base, and the fastener of the fitting frame adjustment tool is brought into contact with the opening base in a state where the pair of arms are swingable. It is preferable to provide an attachment.
According to this, the joinery frame and the joinery frame adjustment tool can be fastened to the opening base at once, and the workability can be improved.

(17) Further, the fastening tool is formed in a screw shape including a shaft portion in which a male screw portion is screwed and a head portion provided on one side of the shaft portion. A through-hole through which the shaft portion of the fastening tool can be inserted is formed, and the joiner frame is opened between the head of the fastening tool and a side edge of the through-hole on the surface side of the joinery frame. It is preferable that an urging member for urging in the direction of pressing toward the base is provided.
By loosening the fastening tool, play occurs between the joinery frame and the joinery frame adjustment tool, and when tightening the fastening tool, the play is eliminated by manually pressing the joinery frame against the opening base. However, it is possible that the work frame needs to be worked on, or the position of the joinery frame may be slightly shifted due to the play when tightening, but the force to press the joinery frame against the opening base by the biasing member as described above By acting, the joinery frame is always pressed against the joinery frame adjustment tool, and the occurrence of play can be suppressed.
Furthermore, since the joinery frame is always pressed against the opening base, when the protruding tool is adjusted so that the joinery frame can be further approached to the opening base, the joinery frame is not open. It is easy to get close to nature.

(18) Further, the fitting frame is formed with an accommodating portion for accommodating the protruding tool, and an adjustment portion capable of adjusting a protruding amount of the protruding tool accommodated in the accommodating portion from the back surface of the fitting frame. Is preferably provided.
According to this, since a protrusion tool will be accommodated in the accommodating part of a joinery frame, the protrusion to the joinery frame surface side of a protrusion tool can be prevented. Moreover, since the protrusion amount of a protrusion tool can be adjusted with an adjustment part, adjustment of the protrusion amount of a protrusion tool can also be performed easily.

(19) Moreover, it is preferable that the said adjustment part is provided with the mark part which can visually recognize the protrusion amount of the said protrusion tool.
Thereby, since the protruding state of the protruding tool can be visually recognized by the mark portion, the interval between the fitting frame and the opening base can be adjusted very accurately.

  According to the joinery frame adjustment tool and the joinery frame adjustment structure according to the present invention, it is possible to adjust the interval of the joinery frames on the opening base with a very simple configuration.

It is a perspective view which shows the opening of the wall of the building to which the fitting to which the fitting frame adjustment tool which concerns on this invention is applicable, and its periphery are attached. It is a front view of opening of a wall. It is the front view which looked at the joinery frame adjustment structure concerning the present invention from the joinery frame side. It is a sectional side view of this joinery frame adjustment structure. It is a sectional side view which shows the state which changed the attitude | position of the joinery frame adjustment tool from the state of FIG. It is a sectional side view of the fitting frame adjustment structure which shows the 2nd Embodiment of this invention. It is a sectional side view of the fitting frame adjustment structure which shows the 3rd Embodiment of this invention. It is the front view which looked at the fitting frame adjustment structure of FIG. 7 from the fitting frame side. It is a sectional side view which shows the state which changed the attitude | position of the joinery frame adjustment tool from the state of FIG. (A) Side sectional view of the joinery frame adjustment structure showing the fourth embodiment of the present invention, (B) is a diagram showing only the inner peripheral surface of the through hole.

  Hereinafter, embodiments of a joinery frame adjustment tool and a joinery frame adjustment structure according to the present invention will be described in detail with reference to the drawings.

  As shown in FIGS. 1 and 2, a floor 11, a ceiling 12, and a partition wall 14 that extends from the floor 11 to the ceiling 12 and partitions the living room or the hallway are provided in the interior space of the building. In the partition wall 14, an opening 10 is formed for allowing a resident to go back and forth between living rooms or between the living room and the hallway partitioned by the partition wall 14.

  In addition, an elongate opening base is provided in the small opening portion of the partition wall 14 that forms the side edge portion and the upper edge portion of the opening 10, and finishing is performed on the opening base via a fitting frame adjustment tool 50. Joinery frames 30 and 40 as materials are provided. Moreover, a joinery frame (sill) 20 is laid on the floor base as a member forming the lower edge of the opening 10. The edge part of each joinery frame 20,30,40 is connected to the edge part of the adjacent adjacent joinery frames 20,30,40.

The opening 10 is provided with a pair of sliding doors and doors (both not shown) that are fitted inside the joinery frames 20, 30, and 40 to open and close the opening 10.
As shown in FIG. 2, the joinery frames 30, 40 provided corresponding to the partition walls 14 are respectively attached to the opening base 15 via a plurality of joinery frame adjustment tools 50, thereby the joinery frames 30, The posture of the joinery frames 30 and 40 can be adjusted in a state in which 40 is attached to the opening base 15.

  Hereinafter, the attachment of the joinery frame 30 to the opening base 15 will be described. With respect to the joinery frame 40, the attachment method itself is the same as that of the joinery frame 30 except that the orientation of the opening base 15 and the joinery frame 30 is different. Therefore, the description is omitted.

(First embodiment)
As shown in FIGS. 3 and 4, the joinery frame 30 is provided with a pair of through-holes 31 and 32 at positions where the joinery frame adjuster 50 is attached at positions spaced apart by a predetermined distance in the longitudinal direction.
One through-hole 31 is for inserting a fastener 60 that fastens the fixture frame 30 together with the fixture frame adjuster 50 to the opening base 15. In the present embodiment, the fastening tool 60 is a screw having a head portion 61 and a male screw portion 63 in the shaft portion 62, and the peripheral portion of the one through hole 31 on the front side of the fitting frame 30 is A countersink part (accommodating part) 31a for accommodating the head 61 of the fastening tool 60 is provided.

  Note that it is also preferable to use a self-tapping screw (self-drilling screw) as the fastening tool 60 when the wood screw capable of self-tapping to the opening base 15 or the opening base 15 is a metal base. Further, if a female thread portion is formed in advance in the opening base 15, it is possible to employ screws as these fasteners.

  The other through-hole 32 is formed to have a size capable of accommodating the protruding tool 70 protruding toward the back surface of the joinery frame 30, and an adjustment portion 33 that can adjust the protruding amount of the protruding tool 70 is provided. It has been. In the present embodiment, the projecting tool 70 is a screw having a male screw portion 71 on the shaft portion 72, and the adjusting portion 33 is formed by a flat embedded nut to which the screw is screwed. Thereby, the protrusion amount of the screw tip portion from the back surface of the joinery frame 30 can be adjusted only by screwing the screw into the embedded nut.

  As shown in FIG. 3, the joinery frame adjuster 50 according to the present invention is formed by, for example, pressing a metal flat plate, and an opening base 15 formed on the partition wall 14, and the opening base 15 It is an adjustment tool that is provided between the fixture frame 30 to be attached and adjusts the separation distance of the fixture frame 30 from the opening base 15.

  The joinery frame adjustment tool 50 of the present embodiment is formed by bending one flat metal plate such as press working, and is provided with the fulcrum forming part 51 and the fulcrum forming part 51 interposed therebetween. And a pair of arms 52 and 53 formed in a side view. Furthermore, in this embodiment, the mountain fold part 54 is formed over the pair of arms 52 and 53, and the strength is improved by the mountain fold part 54. Thus, according to this embodiment, the joinery frame adjuster is formed from one metal plate, and the number of parts is significantly reduced.

  The pair of arms 52, 53 is provided at a position sandwiching the fulcrum forming part 51, and is formed to extend in an inclined manner toward the joinery frame 30 with the fulcrum forming part 51 fastened to the opening base 15. ing. Further, the angle formed by the pair of arms 52 and 53 formed with the fulcrum forming part 51 interposed therebetween is not changed, and the swinging fulcrum part by the fulcrum forming part 51 (hereinafter, also simply referred to as “fulcrum part”). Even if the pair of arms 52 and 53 swing around the center, the angle between the pair of arms 52 and 53 does not change. Therefore, when one arm 52 is close to the opening base 15 by a predetermined distance, the other arm 53 is separated from the opening base 15 by the same predetermined distance (close to the joinery frame 30). Similarly, when one arm 52 is separated from the opening base 15 by a predetermined distance, the other arm 53 is close to the opening base 15 by the same distance (separated from the joinery frame 30).

  That is, in the joinery frame adjustment tool 50 of the present embodiment, the fulcrum forming portion 51 is attached to the opening base 15, so that the pair of arms 52 and 53 is a so-called balance doll. (See FIGS. 4 and 5 etc.).

  Further, as shown in FIGS. 3 and 4, a contact portion 55 that contacts the joinery frame 30 is provided at the distal end portion of one arm 52, and a protrusion provided in the joinery frame 30 is provided at the distal end portion of the other arm 53. A protrusion receiving portion 56 for receiving the tool 70 is provided.

The fulcrum forming part 51 is provided in a straight line as a bottom part between the pair of arms 52 and 53, abuts against the opening base 15 between the opening base 15 and the joinery frame 30, and the entire joinery frame adjustment tool 50 swings. A swing fulcrum part is formed when the posture is changed by moving and swinging with respect to the opening base 15.
Further, the fulcrum forming portion 51 is fastened to the opening base 15 in a state perpendicular to the longitudinal direction of the opening base 15.

  Further, as shown in FIG. 3, the mountain fold portion 54 has a fastener that fastens the fixture frame adjustment tool 50 to the opening base 15 at a position overlapping the virtual straight line P that forms the fulcrum portion of the fulcrum forming portion 51. An insertion hole 57 through which the shaft portion 62 of 60 is inserted is formed. The insertion hole 57 is opposed to the one through hole 31 of the fitting frame 30, the shaft portion 62 of the fastening tool 60 is inserted into the one through hole 31 and the insertion hole 57, and the tip of the shaft portion 62 is opened as an opening base. 15, the joinery frame 30 is fastened to the opening base 15, and the joinery frame adjustment tool 50 is brought into contact with the opening base 15 with the fulcrum forming portion 51 as a fulcrum and a pair of arms 52. , 53 can be fastened to the opening base 15 in a state where the swinging is possible. Further, by setting the fulcrum forming portion 51 to be in a state perpendicular to the longitudinal direction of the opening base 15, one arm 52 is positioned on one side in the longitudinal direction of the opening base 15 as viewed from the fulcrum forming portion 51. The other arm 53 is positioned at the same position.

  In addition, a contact portion 55 that contacts the back surface of the joinery frame 30 is provided at the distal end portion of one arm 52. The contact portion 55 is formed by bending the tip of one arm 52 in a direction away from the other arm 53. In addition, the contact portion 55 is bent to a state where the tip end portion is positioned closer to the fulcrum forming portion 51 than the virtual line Q that coincides with the ridge line of the mountain fold portion 54. Regardless of the swinging posture of the frame adjustment tool 50, the state in which the corresponding contact portion 55 is in contact with the back surface of the joinery frame 30 is maintained.

  Furthermore, in this embodiment, the part which contacts the fitting frame 30 among the contact parts 55 is made into R shape. Thereby, the movement of the actual contact portion of the actual contact portion of the contact portion 55 accompanying the change in the swinging posture of the joinery frame adjuster 50 is minimized, and the movement of the contact portion accompanying the change in the swinging posture is performed. As a result, the distance between the joinery frame 30 and the opening base 15 is not significantly close to or separated from the change in the posture of the joinery frame adjustment tool 50, and these gaps are made smooth and continuous. Can be changed dynamically.

  In addition, a protrusion receiving portion 56 that receives a protrusion 70 that protrudes and retracts from the back surface of the joinery frame 30 is formed at the tip of the other arm 53. The protrusion receiving portion 56 is formed by bending the tip portion of the other arm 53 in a direction away from the one arm 52, and includes a concave dish portion 56a that receives the tip portion of the protrusion 70, and the dish portion. 56a and a brim portion 56b extending from the periphery. Further, the protrusion receiving portion 56 is bent to a state where the tip end portion is positioned on the virtual line Q that coincides with the ridge line of the mountain fold portion 54, thereby improving the strength of the protrusion receiving portion 56 by bending. In addition, regardless of the protruding amount of the protruding tool 70, the pressing state of the protruding receiving portion 56 by the protruding tool 70 is maintained.

Moreover, in this embodiment, the length of a pair of arms 53 and 54 is made equal.
In addition, as shown in FIG. 3, the fitting frame adjustment tool 50 has at least a tip portion of one arm 52 having the fulcrum forming portion 51 and the contact portion 55 as the width of the fitting frame 30 or one more than that. It has a small width.

  Thereby, for example, when the door whose opening degree is not limited (door stopper or door stop is not provided side by side) is fully opened, the rotational force around the width direction of the opening base 15 and the joinery frame 30 will be described in detail. A rotational force around the longitudinal axis X of the opening base 15 and the joinery frame 30 shown in FIG. 3 (a force that causes so-called “rolling”) is likely to act, whereby the joinery frame 30 acts on the opening base 15. It is conceivable that the posture is changed around the axis X (around the width direction). When the sliding door is provided in the opening 10, the door end of the sliding door hits the joinery frame 30 in an eccentric state with respect to the frame width of the joinery frame 30. It is conceivable that the accompanying moment acts and the joinery frame 30 changes its posture around the axis X with respect to the opening base 15 as described above. On the other hand, in this embodiment, since the fulcrum formation part 51 is formed in the predetermined width | variety which does not exceed the width | variety of the opening base | substrate 15, the said fitting frame 30 attached to the fixing | fixed part 5 of the other extending | stretching part 3 concerned. Even if the rotational force around the axis X, that is, the rotational force in the width direction of the opening base 15 or the joinery frame 30 is applied to the fulcrum forming portion 51, the joinery frame 30 may be rotated around the axis X. It becomes what can suppress twisting.

  Next, an example of the procedure in the case of constructing the joinery frame 30 using the joinery frame adjustment tool 50 of the present embodiment will be described below.

  First, the joinery frame adjustment tool 50 is positioned on the back surface of the joinery frame 30, and the joinery frame adjustment tool 50 is temporarily fixed to the back surface of the joinery frame 30 using a double-sided tape or a tucker.

  In addition, the said temporary fix | stop is the position and fastening strength which permit rocking | fluctuation with respect to the joinery frame 30 of the joinery frame adjustment tool 50 in a post process.

  In addition, with respect to one joinery frame 30, a plurality of (for example, 3 to 4) joinery frame adjustment tools 50 are provided in the longitudinal direction.

  Next, the joinery frame 30 is brought close to the opening base 15, and the fulcrum forming portion 51 of the joinery frame adjusting tool 50 is brought into contact with the opening base 15. Then, the fastening tool 60 is inserted through the insertion hole 57 of the joinery frame 30 and the insertion hole 57 of the joinery frame adjustment tool 50. At this time, the projecting tool 70 is projected from the back surface of the joinery frame 30, and the tip of the projecting tool 70 is lightly pressed against the projecting receiving portion 56 of the joinery frame adjusting tool 50.

  Thereafter, the fastening tool 60 is screwed, and thereby the joinery frame 30 is fastened to the opening base 15 via the joinery frame adjustment tool 50.

  Next, when the posture of the joinery frame 30 is confirmed using a downward swing or the like, and the posture of the joinery frame 30 as a whole is not vertical, or when there is a gap between the adjacent joinery frames 20, 40, etc. The posture of the entire joinery frame 30 is adjusted by adjusting the distance between the joinery frame 30 and the opening base 15 at the location where it is fastened to the open base 15 via each joinery frame adjusting tool 50.

  In this way, when the fitting frame 30 is desired to be separated from the opening base 15 at a position where the separation distance of the fitting frame 30 from the opening base 15 is desired, the screw 60 serving as the projecting tool 70 is slightly loosened after the fastening tool 60 is slightly loosened. As a result, the protrusion receiving portion 56 is moved away from the back surface of the joinery frame 30 and is brought closer to the opening base 15. Then, the joinery frame adjustment tool 50 swings with the fulcrum forming part 51 as the swinging fulcrum part, and the contact part 55 is separated from the opening base 15 and is pressed by the contact part 55. Is separated from the opening base 15. At this time, since the contact portion 55 has an R shape, the movement of the actual contact portion of the contact portion 55 is minimized, and the movement of the contact portion accompanying the change in the swinging posture becomes smooth.

  Further, when it is desired to bring the joinery frame 30 close to the opening base 15 at a position where the distance between the joinery frame 30 and the opening base 15 is to be adjusted, the screw as the projecting tool 70 is rotated in a direction opposite to the screwing direction. The tip of the protrusion 70 is brought close to the back surface of the joinery frame 30. As a result, the protrusion receiving portion 56 is brought close to the back surface of the joinery frame 30 and separated from the opening base 15. Then, the fixture frame adjustment tool 50 swings with the fulcrum forming portion 51 as the swing fulcrum, and the contact portion 55 comes close to the opening base 15 and is pressed against the contact portion 55 in the form of the fixture frame. 30 is close to the opening base 15. In addition, as described above, for the proximity of the joinery frame 30 to the opening base 15, the joinery frame 30 and the joinery frame adjustment tool by the fastening tool 60 are used to exert a pressing force toward the contact portion 55 of the joinery frame 30. It is desirable to slightly strengthen the 50 fastening state.

  When the posture of the joinery frame 30 is adjusted, the pair of through holes 31 and 32 of the joinery frame 30 are blindfolded by covering them with a cap or a door stop.

  As described above, according to the joinery frame adjustment tool 50 of the present embodiment, it is possible to adjust the separation distance in a state where the joinery frame 30 is fastened to the opening base 15 and to make the posture of the joinery frame 30 vertical. Therefore, the operation is not complicated and the adjustment is easy. Moreover, compared with the conventional attachment adjustment apparatus which has a fixing | fixed part, a rotation part, a washer part, etc., the fitting frame adjustment tool 50 of this embodiment should just have a very simple structure using the function of a balance doll, and 1 sheet. The plate is made of only this plate, and its processing condition is not particularly high, and significant measurement and cost reduction are achieved.

  Further, according to the joinery frame adjustment tool 50 of the present embodiment, the joinery frame adjustment tool 50 is swung with respect to the opening base 15 by adjusting the protruding amount of the screw as the protrusion 70 provided on the joinery frame 30. As a result, the separation distance of the joinery frame 30 from the opening base 15 is adjusted. Therefore, according to the joinery frame adjustment tool 50 of the present embodiment, a plurality of joinery frame adjustment tools 50 are provided between the joinery frame 30 and the opening base 15, and the joinery frame 30 is provided via the joinery frame adjustment tool 50 at each position. It is possible to adjust the attitude of the entire joinery frame 30 with respect to the opening base 15 by adjusting the distance between the opening base 15 and thereby the joinery frame 30 regardless of whether the opening base 15 is vertical or not. Can be set vertically (the joinery frame 30 can be set vertically without being affected by the inclination of the opening base 15), and the opening base 15 has an uneven shape over its entire length. Even in this case, it is possible to set the joinery frame 30 in a straight line regardless of the state of the opening base 15.

  Further, since the insertion hole 57 through which the shaft portion 62 of the fastening tool 60 that fastens the joinery frame adjustment tool 50 to the opening base 15 is formed larger than the shaft portion 62, in the fulcrum forming portion 51, The position of the swing fulcrum portion accompanying the change in the posture of the adjustment tool 50 can be relatively moved within the range of play of the insertion hole 57.

  As mentioned above, although the said embodiment is an example of suitable implementation of this invention, this invention is not limited to this, In the range which does not deviate from the summary of this invention, various deformation | transformation implementation is possible.

  For example, in the above-described embodiment, the lengths from the fulcrum forming portion 51 to the tips of the pair of arms 52 and 53 are the same, but these lengths may be different. For example, if the distance between the distal end portion of one arm 52 and the fulcrum forming portion 51 is formed to be longer than the distance between the distal end portion of the other arm 53 and the fulcrum forming portion 51, the protrusion receiving of the other arm 53 is received. The contact portion 55 can be moved larger than the amount of movement only by slightly moving the position of the portion 56. Conversely, if the distance between the tip of one arm 52 and the fulcrum forming portion 51 is formed longer than the distance between the tip of the other arm 53 and the fulcrum forming portion 51, the movement of the protrusion receiving portion 56 is increased. The amount of movement of the contact portion 55 with respect to the amount can be reduced, and the position of the contact portion 55 can be set more finely.

  Moreover, although the case where the joinery frame adjustment tool 50 which concerns on this invention was applied to the vertical joinery frame 30 was illustrated in embodiment mentioned above, it can also be applied to the upper joinery frame 40 extended in a horizontal direction besides this. .

  Moreover, it is good also as energizing so that the joinery frame 30 may be pressed on the opening base 15. Hereinafter, an example of a form in which the joinery frame 30 is pressed against the opening base 15 will be described as a second embodiment of the present invention (see FIG. 6). In the following description, portions that do not differ in configuration or form from the above-described first embodiment are not particularly described.

(Second Embodiment)
In the joinery frame adjustment tool 50 of the present embodiment, a through hole 31 into which the shaft part 62 of the fastening tool 60 can be inserted into the joinery frame 30, and a countersunk part (accommodating part) 31a in which the head part 61 is accommodated. And an urging member 80 is further provided.

  The countersink part 31 a can accommodate the head 61 of the clasp 60 in the countersink part 31 a and the countersink can be provided with a biasing member 80 between the head 61 and the countersink 31 a. A bottom portion (hereinafter also referred to as a side edge portion) 31b of the portion 31a is formed to be deep (see FIG. 6).

  The biasing member 80 biases the joinery frame 30 toward the opening base 15 by fastening the joinery frame 30 to the opening base 15 via the fastening tool 60. For example, in the present embodiment, a coil spring disposed around the shaft portion 62 of the fastening tool 60 is caused to function as the biasing member 80. The biasing member 80 is positioned between the head 61 of the clasp 60 and the side edge 31b, and biases the joinery frame 30 toward the opening base 15 via the side edge 31b.

  According to such a joinery frame adjuster 50, the joinery frame 30 is always pressed against the joinery frame adjuster 50 by applying a force that presses the joinery frame 30 against the opening base 15 by the biasing member 80. , Play is suppressed.

  Further, since the joinery frame 30 is always pressed against the opening base 15 by the urging member 80, the protrusion 70 is adjusted so that the joinery frame 30 can further approach the opening base 15 side. In this case, there is also an advantage that the joinery frame 30 is likely to approach the opening base 15 naturally. That is, for example, when the projecting tool 70 is loosened, the projecting receiving portion 56 approaches the joinery frame 30, and the separation distance between the joinery frame 30 and the opening base 15 is reduced. In such a case, if the joinery frame 30 does not naturally come close to the opening base 15 due to the influence of the frictional force or the like of other members, it is troublesome for the operator or the like to push the joinery frame 30 close to the opening base 15 one by one. Can occur. In this regard, according to the present embodiment in which the joinery frame 30 naturally approaches the opening base 15, there is no such trouble and the adjustment work can be performed smoothly.

(Third embodiment)
In the above-described embodiment, the fixture frame adjusting tool 50 in which the fulcrum forming portion 51 is provided between the pair of arms 52 and 53 and the contact portion 55 is provided at the tip of one arm 52 has been described (see FIG. 4), this is only a preferred example, and the form and arrangement of the members functioning as fulcrums and action points can be changed as appropriate. Below, an example of the form which changed arrangement | positioning of these fulcrum formation parts 51 grade | etc., Is demonstrated as 3rd Embodiment of this invention (refer FIGS. 7-9).

  In the joinery frame 30, through holes 31 and 32 are provided at positions where the joinery frame adjustment tool 50 is attached at positions separated by a predetermined interval in the longitudinal direction. One through-hole 31 allows the fastening tool 60 to be inserted therethrough. The other through-hole 32 functions as an accommodating portion for accommodating the protruding tool 70 while allowing the shaft portion 72 of the protruding tool 70 to be inserted therethrough. A countersunk part (accommodating part) 31 a for accommodating the head 61 of the fastening tool 60 is provided on the peripheral edge of the through hole 31 on the front side of the fitting frame 30. The other through-hole 32 is provided with an adjusting portion 33 that can adjust the protruding amount of the protruding tool 70.

  The fastening tool 60 is, for example, a screw having a head portion 61 and a male screw portion 63 formed on the shaft portion 62. A self-tapping screw (self-drilling screw) may be used as the fastening tool 60.

  The protruding tool 70 is, for example, a screw having a male screw portion 71 on the shaft portion 72. The adjusting portion 33 described above is formed by a flat embedded nut 33a for screwing the screw.

  The joinery frame adjuster 50 is formed by bending a single flat metal plate by bending such as pressing, and has a contact portion 55 that contacts the opening base 15 and a corresponding contact. It is formed in a square shape (mountain shape) in a side view including a pair of arms 52 and 53 provided with the portion 55 interposed therebetween. The joinery frame adjustment tool 50 of the present embodiment has a structure in which curved bent portions 59 are formed on both sides of a flat plate portion 58 in the center portion. Such a joinery frame adjustment tool 50 can support the joinery frame 30 in a stable state because the bent portions 59 on both sides abut against the opening base 15.

  The pair of arms 52 and 53 are provided with the contact portion 55 interposed therebetween, and the angle formed by the pair of arms 52 and 53 formed with the contact portion 55 interposed therebetween is not changed. A fulcrum forming portion 51 is formed at the tip of one arm 52, and a protrusion receiving portion 56 that receives a protrusion 70 provided on the joinery frame 30 is provided at the tip of the other arm 53.

  The fulcrum forming unit 51 is locked to a part of the joinery frame 30 in a state where the swing of the joinery frame adjusting tool 50 is permitted, and the entire joinery frame adjusting tool 50 swings to take a posture with respect to the opening base 15. A swinging fulcrum part (hereinafter also simply referred to as “fulcrum part”) at the time of changing is formed. Even if the pair of arms 52 and 53 swing around the fulcrum, the angle between the pair of arms 52 and 53 does not change. Therefore, when one arm 52 is close to the opening base 15, the other arm 53 is also close to the opening base 15. Similarly, when one arm 52 is separated from the opening base 15, the other arm 53 is also separated from the opening base 15.

  Here, the fulcrum forming portion 51 allows the fixture frame adjustment tool 50 to swing (relative rotational movement with respect to the fixture frame 30), and engages with a part of the fixture frame 30 in a state where relative movement is impossible. The structure is not particularly limited as long as it is in a stopped state. For example, in this embodiment, the upper edge of one arm 52 is bent to a joinery frame 30 to be a locking portion, and locked to a long and narrow groove (locking groove) 30a formed in advance on the back surface of the joinery frame 30. Thus, the fulcrum forming portion 51 is formed (see FIG. 7 and the like). However, this is only a preferable example of a simple structure, and in addition, the fulcrum forming portion 51 can be configured by interposing a hinge or a flexible plate.

  Further, an insertion hole 57 through which the shaft portion 62 of the fastening tool 60 is inserted is formed at a position overlapping the above-described contact portion 55 in the flat plate portion 58 or a position in the vicinity thereof. The insertion hole 57 of the present embodiment is formed such that the size of the pair of arms 52 and 53 in the extending direction is at least larger than the outer diameter of the shaft portion 62 of the fastening tool 60. The insertion hole 57 is opposed to the one through hole 31 of the fitting frame 30, the shaft portion 62 of the fastening tool 60 is inserted into the one through hole 31 and the insertion hole 57, and the tip of the shaft portion 62 is opened as an opening base. 15, the joinery frame 30 is fastened to the opening base 15, and the joinery frame adjustment tool 50 swings the pair of arms 52, 53 with the fulcrum forming portion 51 described above as a fulcrum portion. It is fastened to the opening base 15 in a movable state.

  The contact portion 55 is formed between the pair of arms 52 and 53. As described above, in the joinery frame adjustment tool 50 of this embodiment, the curved bent portions 59 are formed on both sides of the central flat plate portion 58, and the curved or bent outer peripheral surfaces of these bent portions 59 are the opening base. 15 functions as an abutting portion 55 that abuts on the surface 15.

  Furthermore, in this embodiment, the part which contacts the opening base 15 among the contact parts 55 is made into R shape. Thereby, the movement of the actual contact portion of the actual contact portion of the contact portion 55 accompanying the change in the swinging posture of the joinery frame adjuster 50 is minimized, and the movement of the contact portion accompanying the change in the swinging posture is performed. As a result, the distance between the joinery frame 30 and the opening base 15 is not significantly close to or separated from the change in the posture of the joinery frame adjustment tool 50, and these gaps are made smooth and continuous. Can be changed dynamically.

  The protrusion receiving part 56 is formed at the center of the tip of the other arm 53, and has a concave dish part 56a for receiving the tip part of the protrusion 70, and a flange part extending from the periphery of the dish part 56a. 56b. In addition, the protrusion receiving portion 56 improves the strength of the protrusion receiving portion 56 and maintains the pressed state of the protrusion receiving portion 56 by the protrusion 70 regardless of the protrusion amount of the protrusion 70. It is bent.

  Next, an example of the procedure in the case of constructing the joinery frame 30 using the joinery frame adjustment tool 50 of the present embodiment will be described below.

  First, the joinery frame adjustment tool 50 is positioned on the back surface of the joinery frame 30, and the joinery frame adjustment tool 50 is temporarily fixed to the back surface of the joinery frame 30 using a double-sided tape or a tucker.

  In addition, the said temporary fix | stop is the position and fastening strength which permit rocking | fluctuation with respect to the joinery frame 30 of the joinery frame adjustment tool 50 in a post process.

  In addition, with respect to one joinery frame 30, a plurality of (for example, 3 to 4) joinery frame adjustment tools 50 are provided in the longitudinal direction.

  Next, the joinery frame 30 is brought close to the opening base 15, and the contact portion 55 of the joinery frame adjustment tool 50 is brought into contact with the opening base 15. Then, the fastening tool 60 is inserted through the insertion hole 57 of the joinery frame 30 and the insertion hole 57 of the joinery frame adjustment tool 50. At this time, the projecting tool 70 is projected from the back surface of the joinery frame 30, and the tip of the projecting tool 70 is lightly pressed against the projecting receiving portion 56 of the joinery frame adjusting tool 50.

  Thereafter, the fastening tool 60 is screwed, and thereby the joinery frame 30 is fastened to the opening base 15 via the joinery frame adjustment tool 50.

  Next, when the posture of the joinery frame 30 is confirmed using a downward swing or the like, and the posture of the joinery frame 30 as a whole is not vertical, or when there is a gap between the adjacent joinery frames 20, 40, etc. The posture of the entire joinery frame 30 is adjusted by adjusting the distance between the joinery frame 30 and the opening base 15 at the location where it is fastened to the open base 15 via each joinery frame adjusting tool 50.

  In this way, when the fitting frame 30 is desired to be separated from the opening base 15 at a position where the separation distance of the fitting frame 30 from the opening base 15 is desired, the screw 60 serving as the projecting tool 70 is slightly loosened after the fastening tool 60 is slightly loosened. As a result, the protrusion receiving portion 56 is moved away from the back surface of the joinery frame 30 and is brought closer to the opening base 15. Then, the joinery frame adjustment tool 50 swings with the fulcrum forming part 51 as the swinging fulcrum part, and the joinery frame 30 is separated from the opening base 15 by the reaction when the contact part 55 presses the opening base 15. (See FIG. 9). At this time, since the contact portion 55 has an R shape, the movement of the actual contact portion of the contact portion 55 is minimized, and the movement of the contact portion accompanying the change in the swinging posture becomes smooth.

  Further, when it is desired to bring the joinery frame 30 close to the opening base 15 at a position where the distance between the joinery frame 30 and the opening base 15 is to be adjusted, the screw as the projecting tool 70 is rotated in a direction opposite to the screwing direction. The tip of the protrusion 70 is brought close to the back surface of the joinery frame 30. Thereby, the protrusion receiving part 56 is brought close to the back surface of the joinery frame 30. Then, the joinery frame adjustment tool 50 swings with the fulcrum forming portion 51 as the swing fulcrum, and the joinery frame 30 comes close to the opening base 15.

  When the posture of the joinery frame 30 is adjusted, the pair of through holes 31 and 32 of the joinery frame 30 are blindfolded by covering them with a cap or a door stop.

(Fourth embodiment)
As described above, the through hole 32 also functions as a housing portion for the protruding tool 70. Providing the through hole 32 with an adjusting portion for adjusting the amount of protrusion of the protrusion 70 from the back surface of the joinery frame 30 allows the protrusion state of the protrusion 70 to be easily confirmed visually. This is preferable. If such an adjustment part 90 is utilized, it will become possible to adjust the space | interval of the fitting frame 30 and the opening base 15 more easily and correctly.

  A specific example of such an adjustment unit 90 is shown (see FIG. 10). Here, a mark portion 90a is provided on the inner peripheral surface of the through-hole (accommodating portion) 70, and the protrusion amount of the protruding tool 70 can be visually confirmed using the mark portion 90a. More specifically, the protruding amount of the protruding tool 70 is adjusted by aligning the head of the protruding tool 70 with the mark portion 90a (the head edge of the protruding tool 70 is sunk by a distance L from the surface of the fitting frame 30). If it is adjusted in advance so as to be a constant amount (predetermined amount), the amount of protrusion can be adjusted simply by visual alignment. The position of the mark portion 90a may be set in advance by calculating that the line of sight when viewing the inner peripheral surface of the through hole 32 is oblique.

10 Opening 20 Joinery frame (sill)
30 Joinery frame (frame)
31 One through hole 31b Bottom (side edge)
32 The other through hole (accommodating part)
33 Adjustment part 40 Joinery frame (Kamoi)
50 Joinery frame adjustment tool 51 Support point forming part 52 One arm 53 The other arm 54 Mountain fold part 55 Contact part 56 Projection receiving part 60 Fastening tool 70 Projection tool 80 Energizing member 90 Adjustment part 90a Marking part

Claims (19)

A joinery frame adjuster that is provided between an opening base formed on a wall and a joinery frame attached to the opening base and adjusts a distance from the opening base of the joinery frame,
A fulcrum forming portion that forms a swing fulcrum in contact with the opening base;
A pair of arms extending toward the joinery frame side across the fulcrum forming part,
One arm is provided with a contact portion that contacts the joinery frame,
The other arm is provided with a projecting receiving portion that receives a projecting tool that protrudes from the back surface of the joinery frame so as to be freely retractable, and is approached and separated from the joinery frame,
A fixture frame adjuster that swings around the fulcrum forming part as a fulcrum with the positional relationship between the fulcrum forming part, the contact part, and the protrusion receiving part unchanged.   An insertion hole is provided through which a shaft-shaped fastening tool for fastening the fulcrum forming portion to the opening base is inserted in a state where the pair of arms is swingable, and the insertion hole is at least provided for the pair of arms. The joinery frame adjuster according to claim 1, wherein a size in an extending direction is formed larger than a shaft portion of the fastening tool.   The joinery frame adjuster according to claim 1 or 2, wherein a length of the one arm from the fulcrum forming portion is different from a length of the other arm from the fulcrum forming portion.   The at least said fulcrum formation part and the said contact part are formed in the width | variety as the width | variety of the said fitting frame, or having a little smaller width, The said any one of Claims 1 thru | or 3 characterized by the above-mentioned. Joinery frame adjuster.   The fixture frame adjuster according to any one of claims 2 to 4, wherein a space between the distal ends of the pair of arms is formed in a cross-sectional shape having the fulcrum forming portion as a bent portion. . An opening base formed on the wall;
Joinery frame attached to the opening base,
A fitting frame adjuster that is provided between the opening base and the joinery frame and adjusts the distance between the opening frame and the opening base;
A projecting tool that projects from the back surface of the joinery frame toward the opening base so as to be freely retractable;
The joinery frame adjuster is
A fulcrum forming portion that forms a swing fulcrum in contact with the opening base;
A pair of arms extending toward the joinery frame side across the fulcrum forming part,
One arm is provided with a contact portion that contacts the joinery frame,
The other arm is provided with a projecting receiving portion that receives a projecting tool that protrudes from the back surface of the joinery frame so as to be freely retractable, and is approached and separated from the joinery frame,
A fitting frame adjustment structure characterized by swinging around the fulcrum forming part as a fulcrum with the positional relationship among the fulcrum forming part, the abutting part, and the protruding receiving part being unchanged. While fastening the joinery frame to the opening base,
The fitting frame adjustment according to claim 6, further comprising: a fastening tool that causes a fulcrum forming portion of the fitting frame adjustment tool to abut on the opening base in a state where the pair of arms are swingable. Construction. The clasp is formed in a screw shape including a shaft portion in which a male screw portion is screwed, and a head portion provided on one of the shaft portions,
In the joinery frame, a through-hole through which the shaft portion of the fastening tool can be inserted is formed,
A biasing member that biases the joinery frame in a direction of pressing the joinery frame toward the opening base is provided between the head of the clasp and the side edge of the through hole on the surface of the joinery frame. The joinery frame adjustment structure according to claim 7, wherein:   The joinery frame is provided with a housing portion for housing the projecting tool, and is provided with an adjusting portion capable of adjusting the projecting amount of the projecting tool housed in the housing portion from the back surface of the joinery frame. The joinery frame adjustment structure according to any one of claims 6 to 8, wherein The fitting frame adjustment structure according to any one of claims 6 to 9, wherein the adjustment portion is provided with a mark portion through which a protruding amount of the protruding tool can be visually observed. A joinery frame adjuster that is provided between an opening base formed on a wall and a joinery frame attached to the opening base and adjusts a distance from the opening base of the joinery frame,
A contact portion that contacts the opening base;
A pair of arms extending toward the joinery frame across the contact portion;
One arm is provided with a fulcrum forming part that forms a swing fulcrum in contact with the joinery frame,
The other arm is provided with a projecting receiving portion that receives a projecting tool that protrudes from the back surface of the joinery frame so as to be freely retractable, and is approached and separated from the joinery frame,
A fixture frame adjuster characterized by swinging about the fulcrum forming part as a fulcrum with the positional relationship of the contact part, the fulcrum forming part, and the protrusion receiving part unchanged. An insertion hole is provided through which a shaft-like fastening tool for fastening the abutting portion to the opening base is inserted in a state where the pair of arms is swingable, and the insertion hole is at least provided for the pair of arms. The joinery frame adjuster according to claim 11, wherein a size in an extending direction is formed larger than a shaft portion of the fastening tool. 13. The joinery according to claim 11 or 12, wherein the fulcrum forming portion is engaged with the joinery frame in a state in which relative rotation with respect to the joinery frame is allowed and relative movement is disabled. Frame adjuster. The at least said fulcrum formation part and the said contact part are formed with the width | variety comparable as the width | variety of the said fitting frame, or one time smaller, and formed in any one of Claim 11 thru | or 13 characterized by the above-mentioned. Joinery frame adjuster. An opening base formed on the wall;
Joinery frame attached to the opening base,
A fitting frame adjuster that is provided between the opening base and the joinery frame and adjusts the distance between the opening frame and the opening base;
A projecting tool that projects from the back surface of the joinery frame toward the opening base so as to be freely retractable;
The joinery frame adjuster is
A joinery frame adjuster that is provided between an opening base formed on a wall and a joinery frame attached to the opening base and adjusts a distance from the opening base of the joinery frame,
A contact portion that contacts the opening base;
A pair of arms extending toward the joinery frame across the contact portion;
One arm is provided with a fulcrum forming part that forms a swing fulcrum in contact with the joinery frame,
The other arm is provided with a projecting receiving portion that receives a projecting tool that protrudes from the back surface of the joinery frame so as to be freely retractable, and is approached and separated from the joinery frame,
A fitting frame adjustment structure characterized by swinging around the fulcrum forming part as a fulcrum with the positional relationship of the contact part, the fulcrum forming part, and the protrusion receiving part unchanged. While fastening the joinery frame to the opening base,
The fitting frame adjustment according to claim 15, further comprising: a fastening tool that abuts a contact portion of the fitting frame adjusting tool against the opening base in a state where the pair of arms are swingable. Construction. The clasp is formed in a screw shape including a shaft portion in which a male screw portion is screwed, and a head portion provided on one of the shaft portions,
In the joinery frame, a through-hole through which the shaft portion of the fastening tool can be inserted is formed,
A biasing member that biases the joinery frame in a direction of pressing the joinery frame toward the opening base is provided between the head of the clasp and the side edge of the through hole on the surface of the joinery frame. The joinery frame adjusting structure according to claim 15 or 16, characterized in that The joinery frame is provided with a housing portion for housing the projecting tool, and is provided with an adjusting portion capable of adjusting the projecting amount of the projecting tool housed in the housing portion from the back surface of the joinery frame. The joinery frame adjustment structure according to any one of claims 15 to 17, wherein The fitting frame adjustment structure according to any one of claims 15 to 18, wherein the adjustment portion is provided with a mark portion through which a protruding amount of the protruding tool can be visually observed.

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