JP2008006052A - Curtain rail fitting - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To relatively easily move a curtain rail even if a curtain is hung from the curtain rail. <P>SOLUTION: The curtain rail fitting comprises a base member 12 attached to an attaching face 11, a slider 13 attached movably to the base member, a bracket body with the base end attached to the slider and the front end attached to the curtain rail 16, and a slider fixing means for prohibiting the movement of the slider from the base member. The slider fixing means has a wedge member attached to the slider to be brought into contact with the base member to prohibit the slider from moving. The slider is allowed to move by releasing the contact with the base member. In this case, the bracket may be rotated/moved between a first position and a second position by pivotally supporting the proximal end of the bracket to the base member. At the first position, the curtain rail attached to the distal end of the bracket projects forward from the base member. At the second position, the curtain rail is located near the attaching face higher than the base member. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a curtain rail fixture used to attach a curtain rail to a mounting surface such as a wall surface.

  Conventionally, a curtain made of fabric or the like is often attached to an opening such as a window in a house from the indoor side. In attaching the curtain, a plurality of runners are provided at predetermined intervals on the upper edge of the curtain, and the runners are movably supported on the curtain rail. And the curtain rail which supports the runner so that movement is possible is supported horizontally on the wall surface etc. of the opening part via the fixture. Then, since the runner is movably provided on the curtain rail, the runner can move in the horizontal direction together with the curtain suspended by the runner. Therefore, it is possible to open the opening from the state where the curtain suspended by the runner closes the opening to the corner of the opening, and light is taken from the opening when the opening is open. be able to.

On the other hand, when the curtain is made of fabric, it may be desired to adjust the position of the lower end of the curtain from the floor. In consideration of this point, an attachment (see, for example, Patent Document 1) has been proposed in which the attachment position of the curtain rail that suspends the curtain according to the vertical height of the curtain can be adjusted in the vertical direction. In this fixture, a groove-type vertically long base member is vertically mounted on a mounting surface such as a wall surface, a vertically slider is movably mounted on the vertically long base member, and the base end of the bracket body is fixed to the longitudinal slider by screwing. A curtain rail is attached to the end of the bracket body. When the bracket body is screwed to the vertical slider, the vertical slider is prohibited from moving relative to the vertically long base member. By loosening the screw that holds the bracket body, the vertical slider moves up and down. Then, after the position is adjusted, the mounting position of the curtain rail can be adjusted in the vertical direction by screwing the bracket main body to the adjusted vertical slider again.
Japanese Utility Model Publication No. 55-36146 (request for utility model registration, Fig. 3)

  However, the adjustment of the vertical position of the curtain rail in the conventional fixture for the curtain rail described above involves adjusting the position of the vertical slider after loosening the screw, and screwing the bracket body back to the adjusted vertical slider. However, it is difficult to adjust the position of the curtain rail while the curtain is suspended, and the problem to be solved still remains that the position adjustment of the curtain rail is relatively troublesome. That is, in recent years, there is an increasing demand for temporarily moving the curtain rail, and it is desired that the curtain rail can be moved relatively easily even when the curtain is suspended.

For example, when a window to which a curtain is to be attached is formed at a corner of a room, and an open door of a closet is formed on the wall surface of the corner perpendicular to the window, for example, close to the window, If the curtain rail is projected along the upper edge so as to protrude indoors, the door-side edge of the curtain rail enters the door opening locus, which limits the opening angle of the door. In such a case, if the curtain rail is attached so as to deviate from the rotation trajectory of the door, the curtain suspended by the curtain rail cannot cover all of the windows, and there is a problem that the appearance is remarkably deteriorated. Therefore, in such a case, if the curtain rail is movable, the curtain rail should be installed at a position where the curtain covers all of the windows in a normal state and the door needs to be opened. It is preferable because the curtain rail can be moved.
An object of the present invention is to provide an attachment for a curtain rail that can move the curtain rail relatively easily even when the curtain is suspended.

As shown in FIG. 1, the invention according to claim 1 includes a vertically long vertical wall 12a attached to the attachment surface 11 in the vertical direction, and a pair of side walls 12b and 12b projecting forward from both side edges of the vertical wall 12a. A vertically long base member 12 having a pair of opposing walls 12c and 12c facing each other inward so as to face the vertical wall 12a from the front ends of the pair of side walls 12b and 12b, and is movably attached to the vertically long base member 12. This is an improvement of a fixture for a curtain rail including a vertical slider 13 and a bracket body 14 to which a base end is attached to the vertical slider 13 and a curtain rail 16 is attached to the tip.
2 and 3, the vertical slider 13 has a small width portion 13b positioned between the pair of opposed walls 12c, 12c, and a pair of opposed walls on both sides of the small width portion 13b. 12c and 12c are provided with wedge members 17a and 17a having a small width upward. When the wedge members 17a and 17a are not pulled down or the vertical slider 13 is not moved upward, the wedge members 17a and 17a are narrow. When the wedge members 17a and 17a are pulled down by being pushed and spread by the portion 13b so as to be pressed against the opposing inner sides of the pair of opposing walls 12c and 12c to inhibit the vertical slider 13 from moving with respect to the vertically long base member 12. Alternatively, when the vertical slider 13 is moved upward, the wedge members 17a, 17a are narrowed to each other to reduce the vertical slider. There is to configured to allow movement relative to longitudinal base member 12 da 13.

  In the curtain rail fixture described in claim 1, the curtain rail 16 can be formed by a relatively simple operation such as pulling down the wedge members 17 a, 17 a (see FIG. 3) or moving the vertical slider 13 upward. The bracket body 14 attached to the tip can be moved up and down together with the vertical slider 13. Since this vertical movement is possible even when a curtain (not shown) is suspended on the curtain rail 16, the curtain rail fixture according to claim 1 can be used even when the curtain is suspended. The rail 16 can be moved up and down relatively easily.

The invention according to claim 2 is the invention according to claim 1, wherein a plurality of horizontal lines are vertically spaced on the front surface of one or both of the pair of opposing walls 12 c and 12 c or the front surface of the vertical slider 13. Alternatively, a scale 12j composed of dots is displayed, and an index 13e is displayed on the front surface of the vertical slider 13, the front surface of one or both of the pair of opposing walls 12c, 12c, and the portion facing the scale 12j. And
In the curtain rail fixture according to the second aspect, the degree to which the curtain rail 16 is moved up and down can be confirmed by the scale 12j and the index 13e. Therefore, if the curtain rail is moved after confirming the scale 12j and the index 13e, the index 13e is simply aligned with the scale 12j corresponding to the index 13e before the curtain rail is moved up and down again. Thus, the curtain rail 16 can be easily returned to the previous state.

As shown in FIG. 6, the invention according to claim 3 is a horizontally long horizontal base member 32 attached to the attachment surface 11 in the horizontal direction, a horizontal slider 33 movably attached to the horizontal base member 32, and a horizontal slider. The bracket rail mounting tool includes a bracket body 14 having a base end attached to 33 and a curtain rail 16 attached to the tip, and a horizontal slider fixing means 37 for prohibiting the movement of the horizontal slider 33 relative to the horizontally long base member 32.
In the curtain rail mounting tool described in claim 3, when the prohibition of the movement of the horizontal slider 33 relative to the horizontal base member 32 by the horizontal slider fixing means 37 is released, the bracket main body with the curtain rail 16 attached to the tip thereof is released. 14 can be moved left and right together with the horizontal slider 33. Since this movement is possible even in a state in which a curtain (not shown) is suspended on the curtain rail 16, the curtain rail mounting tool described in claim 3 can be used even if the curtain is suspended. 16 can be moved from side to side relatively easily.

The invention according to claim 4 is the invention according to claim 3, and as shown in FIGS. 10 and 11, the vertically long base member 12, which is vertically attached to the mounting surface 11, has a predetermined interval in the lateral direction. A plurality of vertically long base members 12 are attached to each of the plurality of vertically long base members 12 so as to be movable, and a horizontally long base member 32 is installed on each of the vertically long sliders 13 of the plurality of vertically long base members 12. The vertical slider fixing means 17 for prohibiting the movement of the vertical slider 13 is provided in each of the plurality of vertically long base members 12.
In the curtain rail fixture described in claim 4, not only can the curtain rail 16 in a state where the curtain is suspended be moved in the horizontal direction but also in the vertical direction, the curtain rail 16 can be moved vertically and horizontally. It becomes possible to move relatively easily.

  The invention according to claim 5 is the invention according to claim 3 or 4, and as shown in FIGS. 6, 8 and 9, the horizontally long base member 32 includes a horizontally long horizontal wall 32 a attached to the attachment surface 11. A pair of side walls 32b, 32b projecting forward from the upper and lower edges of the horizontal wall 32a and a pair of opposing walls 32c, 32c facing inward from the respective front ends of the pair of side walls 32b, 32b are provided. The horizontal slider 33 is inserted between the pair of side walls 32b and 32b, and has an insertion portion 33a whose upper and lower ends are located between the horizontal wall 32a and the opposing wall 32c. The front end of the horizontal slider 33 against the horizontally long base member 32 is supported by being pivotally supported by the insertion portion 33a and being pressed against either the lower edge of the upper opposing wall 32c or the upper edge of the lower opposing wall 32c. A wedge member 37a that prohibits movement, a spring 37b that biases the tip of the wedge member 37a against either the lower edge of the upper opposing wall 32c or the upper edge of the lower opposing wall 32c, and the wedge member 37a And an operating bar 37c whose lower end appears downward from the horizontally long base member 32. When the operating bar 37c is operated against the urging force of the spring 37b, the tip of the wedge member 37a is located on the upper opposing wall 32c. It is configured such that the horizontal slider 33 is allowed to move with respect to the horizontally long base member 32 while being separated from the lower edge or the upper edge of the lower opposing wall 32c.

  In the curtain rail fixture described in claim 5, in order to move the horizontal slider 33 to the left and right with respect to the horizontally long base member 32 together with the bracket body 14 with the curtain rail 16 attached to the tip, the operation bar 37c is used. This is possible with a simple operation of moving the horizontal slider 33 in the lowered state. The horizontal movement of the horizontal slider 33 is possible even in the state where the curtain is suspended on the curtain rail 16. In the curtain rail mounting tool according to claim 5, the curtain is suspended. However, the curtain rail 16 can be moved from side to side relatively easily.

  The invention according to claim 6 is the invention according to claim 3 or 4, and as shown in FIGS. 12 and 13, the horizontally long base member 32 includes a horizontally long horizontal wall 32 a and a horizontal wall 32 a that are attached to the mounting surface 11. A pair of side walls 32b, 32b that protrude from the upper and lower edges and protrude forward are provided with a pair of opposing walls 32c, 32c that face each other from the front ends of the pair of side walls 32b, 32b so as to face the horizontal wall 32a. The slider 33 has an insertion portion 33a that is inserted between the pair of side walls 32b and 32b and whose upper and lower end portions are located between the lateral wall 32a and the opposing wall 32c. The lateral slider fixing means 47 includes an upper portion of the insertion portion 33a. A friction member provided between the opposing walls 32c or between the lower portion of the insertion portion 33a and the horizontal wall 32a or both, and the friction member 47 has a proximal end attached to the horizontal slider 33. When the tip of the bracket body 14 attached to the curtain rail 16 is pushed down by its own weight, the horizontal slider 33 is prevented from moving relative to the horizontally long base member 32. When the tip of the bracket body 14 is pushed up, the horizontally long base member of the horizontal slider 33 is pushed. 32 is configured to allow movement with respect to 32.

  In the curtain rail fixture according to claim 6, in order to move the horizontal slider 33 along with the bracket main body 14 to the left and right with respect to the horizontal base member 32, as shown in FIG. This is possible by a simple operation of moving the horizontal slider 33 with the tip end of 14 being lifted. The horizontal movement of the horizontal slider 33 is possible even in the state where the curtain is suspended on the curtain rail 16, and the curtain rail fixture according to claim 6 is in a state where the curtain is suspended. However, the curtain rail 16 can be moved from side to side relatively easily.

In the invention according to claim 7, as shown in FIG. 16, a base member 62 attached to the attachment surface 11, and a curtain rail 16 having a base end pivotally attached to the base member 62 and attached to the tip end are forward of the base member 62. A bracket 63 that rotates and moves between a first position protruding in the first position and a second position in which the curtain rail 16 is positioned in the vicinity of the mounting surface 11 above the base member 62, and the bracket 63 is moved to either the first position or the second position. A curtain rail mounting tool including a fixing means 67 for fixing the crab.
In the curtain rail fixture according to the seventh aspect, the curtain rail 16 can be moved by rotating the bracket 63, and the movement of the bracket 63 so as to lift the bracket 63 together with the curtain rail 16. Or by rotating the bracket 63 in the reverse direction by pulling back the tip from the second position toward the front, this movement is possible by suspending a curtain (not shown) on the curtain rail 16. It is possible even in the state of letting it. Therefore, in the curtain rail fixture described in claim 7, the curtain rail 16 can be moved relatively easily even when the curtain is suspended.

  In the curtain rail fixture of the present invention, a base member attached to the attachment surface, a slider attached to the base member so as to be movable in the vertical direction or the horizontal direction, a base end is attached to the slider, and the curtain rail is attached to the distal end. Since the bracket body to which the slider is attached and the slider fixing means for prohibiting the movement of the slider relative to the base member are provided, the curtain rail is attached to the tip if the prohibition of the slider fixing means relative to the base member is released. The bracket body thus formed can be moved up and down or left and right together with the slider. Since this movement is possible even when the curtain (not shown) is suspended on the curtain rail, the curtain rail can be moved up and down or left and right relatively easily even when the curtain is suspended. .

  Also, a base member attached to the attachment surface, a first position where the base end is pivotally supported on the base member, and the curtain rail attached to the distal end protrudes forward from the base member, and the attachment surface where the curtain rail is above the base member. You may make it provide the bracket which rotates and moves the 2nd position located in the vicinity of, and the fixing means which fixes a bracket to either the 1st position or the 2nd position. In this case, the curtain rail can be moved by rotating the bracket. And the movement is a simple operation of rotating the bracket to lift the bracket with the curtain rail or rotating the bracket in the reverse direction by pulling the tip back from the second position. This movement is possible even in a state where a curtain (not shown) is suspended from the curtain rail.

Next, the best mode for carrying out the present invention will be described with reference to the drawings.
1 to 5 show a first embodiment of the present invention.
As shown in FIGS. 1 to 5, the curtain rail fixture 10 is mounted on the mounting surface 11 (FIGS. 1 and 4) in the vertical direction, and is movably mounted on the vertical base member 12. A vertical slider 13, a bracket body 14 having a base end attached to the vertical slider 13 and a curtain rail 16 attached to the distal end, and a vertical slider fixing means 17 for prohibiting the vertical slider 13 from moving relative to the vertical base member 12. .

  As shown in FIG. 1, the vertically long base member 12 includes a vertically long wall 12 a that is vertically attached to the attachment surface 11, and a pair of side walls 12 b and 12 b that project forward from both side edges of the vertically wall 12 a. The pair of side walls 12b, 12b has a pair of facing walls 12c, 12c facing inward from each front end so as to face the vertical wall 12a. The vertically long base member 12 in this embodiment is made by extruding resin or metal, and decorative walls 12d and 12d covering the pair of side walls 12b and 12b from the outside are integrally formed. A plurality of screw holes 12e are formed in the vertical wall 12a, and the vertically long base member 12 is attached to the mounting surface 11 by screwing a wood screw 12f inserted through the screw hole 12e into the mounting surface 11 such as a wall surface. Configured as follows.

  On the other hand, the vertical slider 13 has a slightly smaller width than between the pair of side walls 12b, 12b in the vertical base member 12, and an insertion portion 13a inserted between the pair of side walls 12b, 12b, and the insertion portion 13a. A narrow portion 13b that is formed integrally with the insertion portion 13a so as to overlap the narrow portion and located between the pair of opposing walls 12c, 12c in the vertically long base member 12, and is integrated with the narrow portion 13b so as to overlap the narrow portion 13b. The cover plate 13c is formed so that both sides of the pair of opposed walls 12c, 12c of the vertically long base member 12 are covered from the front side. The insertion portion 13a is inserted between the pair of side walls 12b and 12b of the vertically long base member 12, whereby the vertical slider 13 is configured to be movable in the longitudinal direction of the vertically long base member 12.

  As shown in FIG. 5, a scale 12j composed of a plurality of horizontal lines spaced in the vertical direction is displayed on the front surface of one opposing wall 12c of the vertically long base member 12. The scale 12j is a front surface of the vertical slider 13 and the scale 12j. An indicator 13e is displayed on the portion facing the. Further, as shown in detail in FIG. 4, a plate material 12 g is attached to the upper and lower edges of the vertically long base member 12 by a machine screw 12 h, and the insertion portion 13 a of the vertical slider 13 protrudes from the edge of the vertically long base member 12. It comes to prevent. A female screw hole 13d is formed at the center of the vertical slider 13 so as to pass through the cover plate 13c, the small width portion 13b, and the insertion portion 13a.

  As shown in FIG. 4, the bracket body 14 is made by processing a steel plate into a sheet metal, and a front claw 14 a that is locked to the front side of the curtain rail 16 is formed at the tip thereof. A rear claw member 14 b that is locked to the rear surface side of the curtain rail 16 is swingably provided at the central portion of the bracket body 14. The curtain rail 16 is formed with a locking portion 16a into which the front claw 14a of the bracket body 14 is inserted and a locking piece 16b that is locked by the rear claw member 14b. Then, the curtain rail 16 is fixed substantially horizontally to the tip of the bracket body 14 by inserting the front claw 14a of the bracket body 14 into the locking portion 16a and locking the locking piece 16b by the rear claw member 14b. It is configured to be able to. A plurality of runners 15 are inserted into the curtain rail 16 so as to be movable in the longitudinal direction. As shown in FIG. 5, the runners 15 protrude from the ends of the curtain rail 16 at both ends in the longitudinal direction. Caps 16a for preventing the above are fixed. And the curtain rail 16 is comprised so that the curtain which is not illustrated can be suspended by latching the upper edge of the curtain which is not illustrated in the some runner 15. FIG. As shown in FIGS. 1 and 4, a vertical plate portion 14c along the vertical slider 13 is formed at the base end of the bracket body 14 to which the curtain rail 16 is attached at the tip, and this vertical plate portion 14c is not shown. A mounting hole is formed. Then, the male screw 14 d is inserted into the mounting hole and screwed into the female screw hole 13 d formed in the vertical slider 13, whereby the base end of the bracket body 14 is fixed to the vertical slider 13.

  As shown in FIGS. 2 and 3, the vertical slider fixing means 17 includes a pair of wedge members 17a and 17a provided between a pair of opposing walls 12c and 12c on both sides of the small width portion 13b of the vertical slider 13, The pair of wedge members 17a and 17a are formed so as to be narrower toward the top. The upper end of the operation bar 17b is connected to the lower ends of the pair of wedge members 17a and 17a, and the upper ends of the pair of wedge members 17a and 17a are located above the narrow portion 13b with a predetermined interval therebetween. Are connected by a semi-circular connecting piece 17c covering from the above. As shown in FIG. 4, a handle 17e is connected to the lower end of the operation bar 17b whose upper end is connected to the lower end of the wedge member 17a via a ring member 17d.

  When the handle 17e is not operated to lower the wedge member 17a or the vertical slider 13 is not moved upward, as shown in detail in FIG. 2, the pair of wedge members 17a, 17a tends to move downward due to their own weight. The pair of wedge members 17a and 17a are pressed against the inside of the pair of opposed walls 12c and 12c, and are moved by the friction force generated between the pair of wedge members 17a and 17a. Configured to ban. On the other hand, as shown in detail in FIG. 3, when the wedge member 17a is pulled down by pulling the operation bar 17b downward as indicated by the solid line arrow or when the vertical slider 13 is moved upward as indicated by the broken line arrow, The wedge members 17a and 17a are configured to allow the movement of the vertical slider 13 relative to the vertical base member 12 by narrowing the interval between them.

  In the curtain rail fixture 10 configured as described above, as shown in FIG. 2, in a normal state where the operation bar 17b is not operated, the wedge member 17a is not pulled down and the vertical slider 13 is moved upward. There is no such thing. For this reason, the pair of wedge members 17a and 17a is pushed and spread by the small width portion 13b which is going to move downward by its own weight, and is pressed against the inside of the pair of opposing walls 12c and 12c. For this reason, the movement of the vertical slider 13 with respect to the vertically long base member 12 is prohibited by the frictional force generated between the pair of wedge members 17a and 17a and the opposed inner sides of the pair of opposing walls 12c and 12c.

  On the other hand, as indicated by the solid line arrow in FIG. 3, when the operation bar 17b is pulled downward, the pair of wedge members 17a and 17a, each having a lower end connected to the upper end of the operation bar 17b, also move downward together with the operation bar 17b. To do. Then, since the pair of wedge members 17a, 17a narrows the distance between each other, the vertical slider 13 is allowed to move with respect to the vertically long base member 12, and the vertical slider 13 moves downward as the operation bar 17b moves. When the operation of lowering the operation bar 17b is finished, the pair of wedge members 17a and 17a are not further lowered, and the pair of wedge members 17a and 17a are expanded again by the small width portion 13b, and the pair of opposing walls. 12c and 12c are pressed inside. As a result, the vertical slider 13 moved downward is fixed to the vertical base member 12 again, and the curtain rail 16 attached to the distal end of the bracket body 14 having the base end attached to the vertical slider 13 is fixed in a state moved downward. can do.

  On the contrary, as indicated by the broken line arrow in FIG. 3, when the vertical slider 13 is moved upward, the small width portion 13b is also moved upward, and the small width portion 13b abuts on the connection piece 17c so that the connection piece 17c is moved. The upper ends of the pair of wedge members 17a and 17a are raised. Then, the pair of wedge members 17a and 17a are narrowed to each other and the vertical slider 13 is allowed to move relative to the vertically long base member 12, and the pair of wedge members 17a and 17a move upward together with the vertical slider 13. When the operation of moving the vertical slider 13 upward is completed, the pair of wedge members 17a and 17a are not lifted any further, and the pair of wedge members 17a and 17a are raised together with the vertical slider 13 at the narrow portion. 13b is pushed again by 13b and is pressed against the opposing inside of the pair of opposing walls 12c, 12c. As a result, the vertical slider 13 moved upward is fixed to the vertical base member 12 again, and the curtain rail 16 attached to the distal end of the bracket body 14 having the base end attached to the vertical slider 13 is fixed in a state moved upward. can do.

  As described above, the curtain rail 16 can be moved up and down by pulling down the operation bar 17b or by raising the bracket main body 14 with the curtain rail 16 attached to the front end together with the vertical slider 13. It is also possible to suspend a curtain (not shown). Therefore, in the curtain rail fixture 10 described above, the curtain rail 16 can be moved relatively easily even when the curtain is suspended.

  In this embodiment, a scale 12j composed of a plurality of horizontal lines or points spaced in the vertical direction is displayed on the front surface of one of the pair of opposing walls 12c, 12c. Since the index 13e is displayed on the portion opposite to, the degree to which the curtain rail 16 is moved up and down can be confirmed by the scale 12j and the index 13e. For example, if the curtain rail is moved after confirming the scale 12j and the index 13e, the index 13e is simply aligned with the scale 12j corresponding to the index 13e before the curtain rail is moved up and down again. Thus, the curtain rail 16 can be easily returned to the previous state.

  In the first embodiment described above, the scale 12j is displayed on one front surface of the pair of opposing walls 12c, 12c, and the index 13e is displayed on the front surface of the vertical slider 13 and facing the scale 12j. Although the case has been described, the scale may be displayed on the front surface of both the pair of opposing walls 12c and 12c, or may be displayed on the front surface of the vertical slider 13. In addition, the index may be displayed on the front surface of one or both of the pair of opposing walls 12c and 12c and on the portion facing the scale.

Next, a second embodiment of the present invention will be described with reference to FIGS. In the drawings, the same reference numerals as those in the above-described embodiment denote the same products, and repeated description is omitted.
As shown in FIGS. 6 and 7, the curtain rail mounting tool 30 according to the second embodiment has a horizontally long base member 32 that is horizontally mounted on the mounting surface 11, and is movable to the horizontally long base member 32. An attached horizontal slider 33; a bracket body 14 having a proximal end attached to the horizontal slider 33 and a curtain rail 16 attached to the distal end; and a horizontal slider fixing means 37 that prohibits the movement of the horizontal slider 33 relative to the horizontal base member 32. Prepare. As shown in FIG. 6, the horizontally long base member 32 includes a horizontally long wall 32 a that is vertically attached to the mounting surface 11, a pair of side walls 32 b and 32 b that protrude from the upper and lower edges of the horizontally wall 32 a to the front, It has a pair of opposing walls 32c and 32c which face each other inward so that it may oppose the horizontal wall 32a from each front end of a pair of side walls 32b and 32b. The horizontally long base member 32 in this embodiment is made by extruding resin or metal, and decorative walls 32d and 32d covering the pair of side walls 32b and 32b from the outside are integrally formed. A plurality of screw holes 32e are formed in the lateral wall 32a, and the horizontally long base member 32 is attached to the attachment surface 11 by screwing the wood screw 32f inserted through the screw hole 32e into the attachment surface 11 such as a wall surface. Configured.

  On the other hand, the horizontal slider 33 has a slightly smaller width than between the pair of side walls 32b, 32b in the horizontally long base member 32, and an insertion portion 33a inserted between the pair of side walls 32b, 32b, and the insertion portion 33a. A connecting portion 33b that is formed integrally with the insertion portion 33a so as to overlap the connecting portion 33b and positioned between the pair of opposing walls 32c, 32c in the horizontally long base member 32, and is integrally formed with the connecting portion 33b so as to overlap the connecting portion 33b. The cover plate 33c is formed so that both sides of the pair of opposed walls 32c, 32c of the horizontally long base member 32 are covered from the front side. The insertion portion 33a is inserted between the pair of side walls 32b, 32b of the horizontally long base member 32, so that the horizontally slider 33 is configured to be movable in the horizontally long base member 32 in the longitudinal direction. As shown in FIG. 7, a plate material 32 g is attached to the left and right edges of the horizontally long base plate 32 with a small screw 32 h so as to prevent the insertion portion 33 a of the horizontal slider 33 from jumping out from the edge of the horizontally long base plate 32. It has become. Returning to FIG. 6, a female screw hole 33d is formed at the center of the horizontal slider 33 so as to penetrate the cover plate 33c, the connecting portion 33b, and the insertion portion 33a. Here, the bracket main body 14 is the same as that in the first embodiment, and the male screw 14d is inserted into the mounting hole of the vertical plate portion 14c formed at the base end of the bracket main body 14 so that the horizontal slider 33 The base end of the bracket main body 14 is fixed to the horizontal slider 33 by screwing into the formed female screw hole 33d.

  As shown in FIGS. 8 and 9, the horizontal slider fixing means 37 has either a base end pivotally supported by the insertion portion 33a and a tip that is either the lower edge of the upper opposing wall 32c or the upper edge of the lower opposing wall 32c. The wedge member 37a that inhibits the movement of the horizontal slider 33 relative to the horizontally long base member 32 by being pressed against the upper edge of the upper opposing wall 32c or the upper edge of the lower opposite wall 32c A spring 37b that is urged so as to be pressed is provided, and an operation bar 37c that has an upper end connected to the wedge member 37a and a lower portion that appears downward from the horizontally long base member 32. In this embodiment, a pair of wedge members 37a and 37a are pivotally supported by a single insertion portion 33a, and the pair of wedge members 37a and 37a are pressed against the lower edge of the upper opposing wall 32c. Accordingly, the movement of the horizontal slider 33 relative to the horizontally long base member 32 is prohibited. Then, the pair of wedge members 37a, 37a move their distal ends away from each other in the lateral direction to bring their proximal ends close to each other, and in this state, the lower portions of the proximal ends are pivotally supported by the insertion portion 33a.

  On the other hand, the spring 37b is installed at the upper part of the base end of the pair of wedge members 37a, 37a, and urges the upper parts to draw each other, and rotates the respective distal ends of the pair of wedge members 37a, 37a upward. And the tip is pressed against the lower edge of the upper facing wall 32c. The operation bar 37c is configured such that the upper ends thereof are connected to the pair of wedge members 37a and 37a, respectively, and the lower part thereof appears downward from the horizontally long base member 32. The upper end of the handle 37e is connected to the lower end of the operation bar 37c via a ring member 37d. When the operation bar 37c is pulled down against the urging force of the spring 37b, the ends of the pair of wedge members 37a and 37a are separated from the lower edge of the upper facing wall 32c, and the horizontally long base member of the horizontal slider 33 is separated. 32 is configured to be permitted to move.

  In the curtain rail fixture 30 configured as described above, in a normal state in which the operation bar 37c is not pulled down, the pair of wedge members 37a and 37a are opposed to the upper opposing wall 32c by the urging force of the spring 37b. Press on. For this reason, the movement of the horizontal slider 33 relative to the horizontally long base member 32 is prohibited by the frictional force generated between the pair of wedge members 37a and 37a and the inside of the upper facing wall 32c facing each other.

  On the other hand, when the operation bar 37c is pulled downward by operating the handle 37e, the front ends of the pair of wedge members 37a and 37a whose front ends are connected to the upper end of the operation bar 37c also move downward together with the operation bar 37c. Then, since the pair of wedge members 37a and 37a are separated from the inside of the upper facing wall 32c, the movement of the horizontal slider 33 relative to the horizontally long base member 32 is allowed. In this state, the horizontal slider 33 is moved in the horizontal direction together with the bracket main body 14 with the curtain rail 16 attached to the tip thereof to adjust its position. When the operation of lowering the operation bar 37c is finished, the pair of wedge members 37a and 37a rotate so that the tips of the pair of wedge members 37a and 37a are again raised by the biasing force of the spring 37b, and the biasing force of the spring 37b. Thus, the tip is pressed against the opposing lower edge of the upper opposing wall 32c. The movement of the horizontal slider 33 with respect to the horizontally long base member 32 can be prohibited again together with the bracket body 14 having the curtain rail 16 attached to the tip and adjusted in the lateral direction. Such a horizontal movement can be performed by a simple operation of moving the horizontal slider 33 with the operation bar 37c lowered. This horizontal movement can be performed even when the curtain is suspended on the curtain rail 16. Is possible. Therefore, in the above-described curtain rail fixture 30, the curtain rail 16 can be moved relatively easily even when the curtain is suspended.

  In the second embodiment, the case where the horizontally long base 32 is directly attached to the attachment surface 11 has been described. However, as shown in FIGS. 10 and 11, the horizontally long base member 32 includes a plurality of vertically long base members 12, It may be attached to the attachment surface 11 via 12. That is, a plurality of vertically long base members 12 vertically attached to the mounting surface 11 are attached at predetermined intervals in the horizontal direction, and the vertical sliders 13 are respectively attached to the plurality of vertically long base members 12 so as to be movable. A horizontally long base member 32 may be installed on the vertical slider 13 of the vertically long base member 12. And if the vertical slider fixing means 17 which prohibits the movement of the vertical slider 13 in the several vertical base member 12 is each provided in the several vertical base member 12, the curtain rail 16 of the state with which the curtain was suspended is made into a horizontal direction. The curtain rail 16 can be moved not only in the vertical direction but also in the vertical direction, so that the curtain rail 16 can be moved relatively easily in the vertical and horizontal directions. Here, since the vertical base member 12, the vertical slider 13, and the vertical slider fixing means 17 in the figure have been described in the first embodiment described above, the description thereof will not be repeated here.

Next, a third embodiment of the present invention will be described with reference to FIGS. In the drawings, the same reference numerals as those in the above-described embodiment denote the same products, and repeated description is omitted.
As shown in FIGS. 12 and 13, the curtain rail mounting tool 40 in the third embodiment is different from the curtain rail mounting tool 30 in the second embodiment described above in its lateral slider fixing means.
That is, the horizontal slider fixing means 47 in the third embodiment is provided between the upper portion of the insertion portion 33a of the horizontal slider 33 and the opposing wall 32c of the horizontal base member 32, or the lower portion of the insertion portion 33a and the horizontal base member 32. It is a friction member provided in any one or both between the horizontal walls 32a. 12 and 13 show the case where the friction member 47 is bonded to the facing portion of the opposing wall 32c at the top of the insertion portion 33a and the portion facing the lateral wall 32a at the bottom of the insertion portion 33a. The friction member 47 may be bonded to the opposing wall 32c or the lateral wall 32a as long as it is between.

  The insertion part 33a in the horizontal slider 33 has a thickness smaller than the distance between the horizontal wall 32a and the opposing wall 32c in the horizontal base member 32, and the upper and lower ends of the insertion part 33a are between the horizontal wall 32a and the opposing wall 32c. It is configured to be tiltable in a state where it is located in the position. The friction member 47 in this embodiment is made of a rubber plate having a high friction coefficient. As shown in FIG. 12, the friction member 47 made of a rubber plate bonded to the upper portion of the insertion portion 33a contacts the opposing wall 32c, and the insertion portion The bracket body 14 is configured to be substantially horizontal in a state where the friction member 47 made of a rubber plate bonded to the lower portion of the 33a is in contact with the lateral wall 32a. The friction member 47 made of the rubber plate is pressed against the opposing wall 32c and the horizontal wall 32a by pushing down the tip of the bracket main body 14 having the base end attached to the horizontal slider 33 to which the curtain rail 16 is attached by its own weight. Thus, the movement of the horizontal slider 33 relative to the horizontal base member 32 is prohibited by the frictional resistance generated between them and the horizontal slider 33.

  On the other hand, the insertion portion 33a of the horizontal slider 33 has a thickness that can be tilted while being inserted between the pair of side walls 32b and 32b of the horizontally long base member 32. Therefore, as shown in FIG. When the tip is pushed up as indicated by an arrow, the insertion portion 33a of the horizontal slider 33 is also tilted, and the friction member 47 made of a rubber plate bonded to the upper and lower sides of the insertion portion 33a is connected to the horizontal wall 32a and the opposing wall of the horizontal base member 32. Each of the horizontal sliders 33 is configured to be separated from the horizontal base member 32, thereby eliminating the frictional resistance and allowing the horizontal slider 33 to move relative to the horizontal base member 32.

  In the curtain rail fixture 40 configured in this way, as shown in FIG. 12, in a normal state where the tip of the bracket body 14 is not pushed up together with the curtain rail 16, the tip of the bracket body 14 to which the curtain rail 16 is attached is Friction members 47 made of rubber plates pressed down by their own weight and bonded to the upper and lower sides of the insertion portion 33a of the horizontal slider 33 are pressed against the opposing wall 32c and the horizontal wall 32a, respectively, and the movement of the horizontal slider 33 relative to the horizontally long base member 32 is performed. It is forbidden.

  On the other hand, as shown by a solid line arrow in FIG. 13, when the tip of the bracket body 14 is pushed up together with the curtain rail 16, the insertion portion 33a of the horizontal slider 33 tilts, and the rubber plate bonded to the upper and lower sides of the insertion portion 33a respectively. The friction member 47 is separated from the lateral wall 32a and the opposing wall 32c of the laterally long base member 32. As a result, the frictional resistance is eliminated, and the movement of the horizontal slider 33 relative to the horizontally long base member 32 is allowed. In this state, the horizontal slider 33 is moved in the horizontal direction together with the bracket main body 14 with the curtain rail 16 attached to the tip thereof to adjust its position. Then, the front end of the bracket body 14 is returned downward together with the curtain rail 16, and the friction member 47 made of a rubber plate bonded to the upper and lower sides of the insertion portion 33 a in the horizontal slider 33 is pressed against the opposing wall 32 c and the horizontal wall 32 a again. Accordingly, the movement of the horizontal slider 33 relative to the horizontally long base member 32 can be prohibited again together with the bracket body 14 having the curtain rail 16 attached to the tip and adjusted in the lateral direction. Such a lateral movement is possible by a simple operation of moving the lateral slider 33 with the end of the bracket body 14 pushed up together with the curtain rail 16, and this lateral movement can be performed on the curtain rail 16. It is possible even in a suspended state. Therefore, in this curtain rail fixture 40, the curtain rail 16 can be moved relatively easily even when the curtain is suspended.

  In the third embodiment, the friction member 47 made of a rubber plate has been described. However, as long as the sliding resistance is high and the movement of the horizontal slider 33 relative to the horizontally long base member 32 can be prohibited, the friction member 47 can be used. The member 47 may not be a rubber plate, but may be a plate-like member having a hook-and-loop fastener or an engaging protrusion. 14 and 15, a case where a surface fastener is used as the friction member 47 will be described. The surface fastener includes a male surface fastener 47a and a female surface fastener 47b. The male surface fastener 47a is bonded to a portion facing the lower side wall 32a of the lower portion of the insertion portion 33a. Fastener 47b is bonded. As shown in FIG. 14, in a normal state where the tip of the bracket body 14 is not pushed up together with the curtain rail 16, the tip of the bracket body 14 to which the curtain rail 16 is attached is pushed down by its own weight, and the insertion portion 33 a of the horizontal slider 33 is inserted. The male surface fastener 47a bonded to the lower portion of the plate engages with the female surface fastener 47b bonded to the horizontal wall 32a, and the movement of the horizontal slider 33 relative to the horizontally long base member 32 is prohibited. On the other hand, as shown by the solid arrow in FIG. 15, when the tip of the bracket body 14 is pushed up together with the curtain rail 16, the insertion portion 33a of the horizontal slider 33 tilts, and the male surface fastener 47a provided in the insertion portion 33a It is spaced apart from the female surface fastener 47b bonded to 32a, and the movement of the horizontal slider 33 relative to the horizontally long base member 32 is allowed. Therefore, even if a surface fastener is used as the friction member 47 as described above, the curtain rail 16 can be moved relatively easily.

Next, a fourth embodiment of the present invention will be described with reference to FIGS.
As shown in FIGS. 16 to 18, the curtain rail attachment 60 includes a base member 62 attached to the attachment surface 11, a bracket 63 pivotally supported by the base member 62, and rotation of the bracket 63. And fixing means 67 for prohibiting. The base member 62 is made by bending resin or metal, and has a mounting wall 62a attached to the mounting surface 11 and a pair of side walls 62b and 62b protruding forward from both side edges of the mounting wall 62a. . A screw hole 62c is formed in the mounting wall 62a, and the base member 62 is attached to the mounting surface 11 by screwing the wood screw 62d inserted through the screw hole 62c into the mounting surface 11 such as a wall surface. Is done.

  The bracket 63 has a base 64 and a bracket body 14 having a base end attached to the base 64. The base 64 has a width that is inserted with a slight gap between the pair of side walls 62b, 62b of the base member 62, and has a thickness that is substantially the same as the forward protruding amount of the side wall 62b. It is a thick plate material inserted between the pair of side walls 62b and 62b, and the mounting surface side at the upper part of both side portions facing the side wall 62b is connected to the pair of side walls 62b and 62b via the pivot pins 66. Pivoted. A female screw hole 64a is formed in the thickness direction at the center of the base 64 in the width direction. The bracket main body 14 is the same as that in the first embodiment, and the male screw 14d is inserted into the mounting hole of the vertical plate portion 14c formed at the base end of the bracket main body 14 and the female screw formed on the base 64. By screwing into the hole 64a, the base end of the bracket main body 14 is fixed to the base 64, and the base 63 and the bracket main body 14 form the bracket 63 in this embodiment. The bracket 63 is pivotally supported by a base 64 which is the base end of the base member 62. Therefore, the curtain rail 16 attached to the tip protrudes forward from the base member 62 as shown in FIG. And the second position shown in FIG. 17 in which the curtain rail 16 is located in the vicinity of the mounting surface above the base member 62 is configured to be rotatable.

  The fixing means 67 that prohibits the rotation of the bracket 63 includes an arc-shaped long hole 67a centered on a pin 66 formed in the pair of side walls 62b and 62b of the base member 62, and a base that is inserted into the long hole 67a. 64, and a fixing pin 67b having a tip attached thereto. The curtain rail 16 is in the first position of the bracket 63 projecting forward from the base member 62, and the fixing pin 67b is aligned with the pivot pin 66 on the near side in the upper part of both side portions of the base 64 facing the side wall 62b. Is installed. And the long hole 67a formed in the pair of side walls 62b, 62b in the base member 62 has the bracket 63 at the first position and the fixed pin 67b at the lowermost end, and the fixed pin 67b at the lowermost end of the long hole 67a. By abutting, the lower end of the bracket 63 is prevented from further descending, and the bracket 63 is configured to be fixed at the first position.

  On the other hand, the long hole 67a drawn with the pivot pin 66 as the center is when the curtain rail 16 attached to the tip of the bracket 63 reaches the second position in the vicinity of the attachment surface 11 above the base member 62. Thus, the fixing pin 67b is formed at the uppermost end. A bottom groove 67c directed downward is formed at the uppermost end of the long hole 67a, and the fixing pin 67b reaching the uppermost end of the long hole 67a reaches the second position by dropping from the upper end into the bottom groove 67c. The bracket 63 is configured to be fixed at the second position.

  In the fixture for the curtain rail 16 configured as described above, the fixing pin 67b is a long hole at the first position shown in FIG. 16 where the curtain rail 16 attached to the tip of the bracket 63 protrudes forward from the base member 62. It is located at the lowermost end of 67a and abuts on the lowermost end, and the bracket 63 is fixed at the first position. For this reason, the curtain rail 16 attached to the tip of the bracket 63 is maintained in a state of protruding forward from the base member 62 attached to the attachment surface 11 such as a wall surface.

  On the other hand, when the curtain rail 16 attached to the distal end of the bracket 63 is lifted upward, the bracket 63 rotates about the base end, and the pivot pin 66 moves upward along the long hole 67a. When the fixing pin 67b reaches the uppermost end of the long hole 67a, the bracket 63 is positioned at the second position, and the fixing pin 67b falls into the bottom groove 67c from the upper end when the long hole 67a is shown in FIG. Thus, the bracket 63 that has reached the second position is fixed to the second position. Thereby, the curtain rail 16 attached to the tip of the bracket 63 is maintained in a state where it is raised to the vicinity of the attachment surface 11 above the base member 62.

  Conversely, in order to return the bracket 63 fixed at the second position shown in FIG. 17 to the first position shown in FIG. 16, the bracket 63 is once lifted together with the curtain rail 16 and dropped into the bottom groove 67c. Is returned to the uppermost end of the long hole 67a, and the bracket 63 is rotated by pulling the tip of the bracket 63 forward so that the fixing pin 67b descends along the long hole 67a. As a result, the fixing pin 67b descends along the long hole 67a, and when the fixing pin 67b reaches the lowest end of the long hole 67a, the bracket 63 returns to the first position and is fixed at that position. The movement of the curtain rail 16 due to the rotation of the bracket 63 in this way is as simple as rotating the bracket 63 together with the curtain rail 16 to lift, or lifting it once from the second position and rotating it in the reverse direction. The movement is possible, and this movement is possible even when a curtain (not shown) is suspended from the curtain rail 16. Therefore, in the above-described curtain rail fixture 60, the curtain rail 16 can be moved relatively easily even when the curtain is suspended.

It is the BB sectional view taken on the line of FIG. 4 which shows the fixture of the 1st Embodiment of this invention. It is the sectional view on the AA line of FIG. 1 which shows the vertical slider fixing means which consists of the pair of wedge members. It is sectional drawing corresponding to FIG. 2 which shows the state by which the mutual space | interval of the pair of wedge members was narrowed. It is CC sectional view taken on the line of FIG. 5 which shows the front view of the fixture. It is a front view of the fixture. It is sectional drawing corresponding to FIG. 4 which shows the fixture of the 2nd Embodiment of this invention. It is a front view of the fixture. It is sectional drawing corresponding to FIG. 2 including a pair of wedge member which comprises the horizontal slider fixing means. It is sectional drawing corresponding to FIG. 8 which shows the state which the wedge member rotated and the movement of the horizontal slider was permitted. It is sectional drawing corresponding to FIG. 6 which shows the state in which the horizontally long berth member was attached via the vertically long base member. It is a front view which shows the state in which the horizontally long berth member was attached via the vertically long base member. It is sectional drawing corresponding to FIG. 6 which shows the fixture of the 3rd Embodiment of this invention. FIG. 13 is a cross-sectional view corresponding to FIG. 12 showing a state where the tip of the bracket body is lifted and the movement of the horizontal slider is allowed. It is sectional drawing corresponding to FIG. 12 which shows the fixture from which the friction member becomes a surface fastener. FIG. 14 is a cross-sectional view corresponding to FIG. 13 showing a state in which the end of the bracket body is lifted and the movement of the horizontal slider is allowed. It is a side view of the fixture of the 4th Embodiment of this invention. It is a side view corresponding to FIG. 16 which shows the state which the bracket rotated and the curtain rail raised. It is a front view of the fixture.

Explanation of symbols

DESCRIPTION OF SYMBOLS 11 Mounting surface 12 Vertical base member 12a Vertical wall 12b Side wall 12c Opposite wall 12j Scale 13 Vertical slider 13b Narrow part 13e Index 14 Bracket main body 16 Curtain rail 17 Vertical slider fixing means 17a Wedge member 32 Horizontal base member 32a Horizontal wall 32b Side wall 32c Side wall 32c 33 Horizontal slider 33a Insert portion 37 Horizontal slider fixing means 37a Wedge member 37b Spring 37c Operation bar 47 Friction member (transverse slider fixing means)
62 Base member 63 Bracket 67 Fixing means

Claims (7)

A vertically long vertical wall (12a) attached to the mounting surface (11) in the vertical direction, a pair of side walls (12b, 12b) projecting forward from both side edges of the vertical wall (12a), and the pair of side walls (12b) , 12b) having a pair of opposing walls (12c, 12c) facing each other inward so as to oppose the vertical wall (12a) from the respective front ends thereof, and the vertical base member (12) A vertical rail (13) movably attached to the vertical slider and a bracket body (14) having a base end attached to the vertical slider (13) and a curtain rail (16) attached to the distal end. In
The vertical slider (13) has a small width portion (13b) positioned between the pair of opposing walls (12c, 12c),
Between the pair of opposing walls (12c, 12c) on both sides of the small width portion (13b), there are provided wedge members (17a, 17a) each having a small width upward,
When the wedge members (17a, 17a) are not pulled down or when the vertical slider (13) is not moved upward, the wedge members (17a, 17a) are expanded by the small width portion (13b), thereby the pair of opposing Configured to inhibit movement of the vertical slider (13) with respect to the vertically long base member (12) by being pressed against the opposite sides of the walls (12c, 12c),
When the wedge members (17a, 17a) are pulled down or when the vertical slider (13) is moved upward, the wedge members (17a, 17a) are narrowed to each other so that the longitudinal base of the vertical slider (13) is reduced. A fixture for a curtain rail, characterized in that it is configured to allow movement relative to the member (12).   A scale (12j) consisting of a plurality of horizontal lines or dots spaced in the vertical direction is displayed on the front surface of one or both of the pair of opposing walls (12c, 12c) or the front surface of the vertical slider (13), and the vertical wall The index (13e) is displayed on a portion of the front surface of the slider (13) and / or the front surface of either one or both of the pair of opposing walls (12c) and facing the scale (12j). Curtain rail fixtures. A horizontally long base member (32) that is horizontally mounted on the mounting surface (11);
A lateral slider (33) movably attached to the laterally long base member (32);
A bracket body (14) to which a proximal end is attached to the horizontal slider (33) and a curtain rail (16) is attached to the distal end; and
A curtain rail mounting device comprising: horizontal slider fixing means (37, 47) for prohibiting movement of the horizontal slider (33) relative to the horizontally long base member (32). A plurality of vertically long base members (12) vertically attached to the mounting surface (11) are attached at predetermined intervals in the horizontal direction,
A vertical slider (13) is attached to each of the plurality of vertically long base members (12) to be movable,
A horizontally long base member (32) is installed on the vertical slider (13) in the plurality of vertically long base members (12),
The curtain rail for a curtain rail according to claim 3, wherein vertical slider fixing means (17) for prohibiting movement of the vertical slider (13) in the plurality of vertical base members (12) is provided on each of the plurality of vertical base members (12). Mounting tool. The laterally long base member (32) includes a laterally long lateral wall (32a) attached to the mounting surface (11), a pair of side walls (32b, 32b) projecting forward from the upper and lower edges of the lateral wall (32a), and the pair of side walls. (32b, 32b) having a pair of opposing walls (32c, 32c) facing inward from each front end so as to face the lateral wall (32a),
The horizontal slider (33) has an insertion portion (33a) that is inserted between the pair of side walls (32b, 32b) and whose upper and lower ends are located between the horizontal wall (32a) and the opposing wall (32c). ,
The lateral slider fixing means (37) has a proximal end pivotally supported by the insertion portion (33a) and a distal end on either the lower edge of the upper opposing wall (32c) or the upper edge of the lower opposing wall (32c). A wedge member (37a) that prohibits movement of the lateral slider (33) relative to the laterally long base member (32) by being pressed, and a tip of the wedge member (37a) is a lower edge of the upper opposing wall (32c) or A spring (37b) that is urged to be pressed against one of the upper edges of the lower opposing wall (32c), and an upper end is connected to the wedge member (37a) and a lower part is downward from the horizontally long base member (32). With an appearing operation bar (37c),
When the operation bar (37c) is operated against the urging force of the spring (37b), the front end of the wedge member (37a) is the lower edge of the upper opposing wall (32c) or the lower opposing wall (32c). 5. The curtain rail mounting tool according to claim 3, wherein the horizontal slider is allowed to move with respect to the laterally long base member apart from the upper edge of the lateral slider. The laterally long base member (32) includes a laterally long lateral wall (32a) attached to the mounting surface (11), a pair of side walls (32b, 32b) projecting forward from the upper and lower edges of the lateral wall (32a), and the pair of side walls. (32b, 32b) having a pair of opposing walls (32c, 32c) facing inward from each front end so as to face the lateral wall (32a),
The horizontal slider (33) has an insertion portion (33a) that is inserted between the pair of side walls (32b, 32b) and whose upper and lower ends are located between the horizontal wall (32a) and the opposing wall (32c). ,
The horizontal slider fixing means (47) is provided between one or both of the upper part of the insertion part (33a) and the opposing wall (32c) or the lower part of the insertion part (33a) and the horizontal wall (32a). A friction member provided,
The friction member (47) is configured such that the distal end of the bracket body (14) having the base end attached to the horizontal slider (33) is pushed down by its own weight so that the end of the horizontal slider (33) is pushed down. The movement of the laterally long base member (32) is prohibited, and when the tip of the bracket body (14) is pushed up, the lateral slider (33) is allowed to move relative to the laterally long base member (32). The fixture for curtain rails of 3 or 4. A base member (62) attached to the attachment surface (11);
A curtain rail (16) having a base end pivotally attached to the base member (62) and attached to the distal end projects forward from the base member (62) and the curtain rail (16) is the base member. A bracket (63) that rotates and moves a second position located in the vicinity of the mounting surface (11) above (62);
A fixture for a curtain rail, comprising: fixing means (67) for fixing the bracket (63) to either the first position or the second position.

Images