JPH04126107A - Curtain material fitting implement - Google Patents

Abstract

PURPOSE:To obtain the fitting implement which can attach all curtain materials, and gives the whole harmony sense in a room by providing a second part which is openable/closeable or attachable/detachable against a first part extended in the longitudinal shaft direction, and forms a hollow main body having an opening part extended in the longitudinal shaft direction in its lower end together with a first part. CONSTITUTION:A main body 1 is divided into two parts 4, 5 in parallel to its shaft. The part 4 is fitted in the part 5, but can be detached. While it is detached, it can reach a hollow part 2 for the purpose of fitting of a suspending device 10 or for the purpose of wiring of wires 23, 24. By fitting parts 3, the fitting implement is fixed to the ceiling and the wall surface. A long slot edge 6 of one part 4 is placed separately from a long slot edge 56 made in the other part 5 by placing a slot opening part 7 extended over the overall length of the main body 1 and connected to the hollow part 2 between them. Both of the edges extended long in the longitudinal shaft direction are placed in a position opposed to a channel 20 of the main body 1.

Description

DETAILED DESCRIPTION OF THE INVENTION Field of the Invention The present invention relates to a mounting device for mounting curtain material.

In this specification, a curtain material is a flexible sheet-like material intended for light shielding, sound insulation, and protection from being seen from the outside. Such curtain materials include:
For example, traditional curtains can be mounted along the length of a curtain rail and moved along the rail, vertical lamellas can be moved along blind suspenders, or vertical lamellas can be rotated about an axis. (manufactured by) blinds, as well as flexible rollers attached to a winding device that can be rolled down and reversed.
There is sheet material.

In addition to these curtain materials, this fixture also has
Whiteboards and other boards, spotlights and other lighting equipment, paintings, calendars, and other interior decoration items can also be attached.

[Conventional technology]

Window shutters have been commercially available for some time and are typically mounted on the outside of a window for the purpose of blocking radiant light. The winding mechanism of window shutters is often
It is built into a metal plate case and serves to protect the rolled-up shutter from bad weather. Shutter installations installed on the inside of windows do not have such protective cases. As described above, such a winding mechanism is exposed and the entire part is visible, causing a deterioration in the aesthetic appearance. Traditional curtain materials exist indoors, each serving a different purpose and each expressing a unique architectural feature.

These various mounting methods impair the appearance and harm the interior harmony.

[Problem to be solved by the invention]

It is an object of the present invention to allow the installation of all conceivable curtain materials and to provide the viewer with a clear view of the room by eliminating the aforementioned curtain rails, sheet shutter suspenders, roller attachments, or other hanging items from view. The objective is to provide a mounting device that gives a sense of overall harmony.

[Means to solve the problem]

In order to achieve this object, the curtain material attachment device according to the present invention includes a first part extending in the longitudinal direction, the first part being openable/closable or detachable, and together with the first part extending in the longitudinal direction at the lower end thereof. a second portion forming a hollow body having an extending opening; attachment means for removably attaching the body to a supporting surface; and means for hanging curtains removably attached to either the first portion or the second portion. It consists of and.

EXAMPLE FIG. 1 is a perspective view of the fixture without curtain material attached. The fitting is long and consists of a body 1 which necessarily encloses a hollow part. In a preferred variant model, the body l has as a necessary condition:
Other construction types 9 having a hollow cylindrical shape are also possible, for example pipes with a triangular or square cross section.

The body l is divided into two parts 4, 5 parallel to its axis. Part 4 is fitted into part 5, but is removable. During removal, the hollow part 2 is accessible for the installation of the suspension device IO or for the wiring of the electrical wires 23,24. The other part 5 is provided with a channel 20 extending over its entire length, the cross-section of the channel 20 being dovetail-shaped as a prerequisite;
A mounting part 3 movable along 0 is inserted. This mounting part 3 fixes the mounting device to the ceiling or wall surface.

Since the functional principle of the mounting part 3 is already known, only a brief description of its function will be given here. It is equipped with a distance stop 51 which is characterized by a boring that runs through it parallel to the axis. The cylindrical bolt 5 is fitted into this boring.
2, a slide element 54 is assembled to the head thereof. The sliding element 54 moves within the dovetail-shaped channel 20. The bolt 52 has a wedge-shaped notch 53 on its cylindrical surface. - the screw 55 passes through the distance stop 51 at right angles to the axis of the bolt 52 and thus also reaches the wedge-shaped notch 53; By appropriately rotating the screw, the bolt 52 can be drawn into the bore of the distance stop 51. By doing this, the other part 5 of the main body 1 is sandwiched and fixed between the distance stopper 51 and the slide element 54. Needless to say, the distance stopper 51 must be fixed to the ceiling or wall prior to this.

The long slot edge 6 of one part 4 is connected to the other part 5.
A long slot edge 56 is formed, extending over the entire length of the body l and spaced apart by a slot opening 7 which is in communication with the hollow part 2. Both of the longitudinally extending edges 6° 56 are necessarily located opposite the channel 20 of the body l. Both the first rib 8 and the second rib 9 extend over the entire length of the body l and are attached to the other parts 5 and project from the bottom of the dovetail-shaped channel 20 towards the hollow part 2 .

In the portion adjacent to the channel 20, each of the first rib 8 and the second rib 9 has a groove (dovetail groove) 2 whose cross section is dovetail shaped as an essential condition toward the opening 7.
6 is formed. First rib8. The second rib 9 is a protrusion 3 that protrudes from the open end of the dovetail groove 26 in opposite directions.
It has 8.57. These projections 38.57 are curved 90 degrees from their respective bases. That is, the protrusion 38 extends in the direction of the outer shell of the part 5, and the protrusion 57 extends in the direction of the outer shell of the part 4. A support branch 13 is attached along the inner periphery of the outer shell of the portion 4 to the tip of a protrusion 57 that is part of the second rib 9 and faces toward the outer shell of the portion 4 . This support branch 13, as illustrated for various deformed models,
It serves to support the section 4, which also extends over the entire length of the body l.

One part 4 has a nose-shaped hook 16. This hook 16 is located opposite the elongated slot edge 6 of the part 4, which also extends over the entire length of the part 4. This hook 16 has one part 4,
By hooking the receiver at the tip of the second rib 9 to the lip 17, one part 4 can be connected to the channel 20 of part 5.
Its role is to fit it in. Part 4 by supporting branch 13
is hooked and supported. A protrusion 15 is formed on the support branch 13 at its tip facing toward the opening 7 .

The third rib 11 is formed on the inner surface of the portion 4, and
The spring coil 14 is housed in a gap formed with the inner wall of the spring coil 14.

The spring 14 connects the part 4 to the projection 1 on the lower part of the support branch 13.
This is for snap locking against 5.

The tips of the second ribs 9 and the support branches 13 are remote from the slot edges 6 of the section 4 and also from the receiving tabs 17, and together with the section 4 the first wiring path 2 is completely enclosed.
1 is formed. This wiring path 21 is accessible from the outside while the part 4 is removed;
1 is for inserting one or several conductive wires 23, for example, a power cable for lighting equipment or office automation equipment.

The fourth rib 12 likewise extends over the entire length of the body l and is attached to the other part 5, and the first rib 8
It is opposite to the protrusion of. A second wiring path 22 for running additional cables can be created by inserting a sealing rail 25 (essentially U-shaped in cross section) between the first rib 8 and the fourth rib 12.

The suspension device 10 (only a small part of which is shown in the drawings of this modified model, but will be explained in detail later) includes a first tongue 27 and a second tongue 28.

The tongues 27, 28 are spaced apart and extend along the length of the suspension device 10.

The tongues 27 and 28 are designed to have some degree of elasticity with respect to each other, and the cross section of the outer surface thereof has a shape corresponding to the dovetail shape of the dovetail groove 26. In this way, the suspension device 10 is snapped into the dovetail groove 26. A stop part 29 is inserted between the tongues 27 and 28 from the front and back sides of the hanging device IO, respectively, and the tongue 2
7.28 is stopped.

As shown in FIG. 1, this stop part 29 is essentially U-shaped. By inserting the stop part 29 in this way, the elasticity of the tongues 27, 28 is neutralized and the suspension device IO is fixed in the dovetail groove 26.

Note that instead of the hanging device 10, a fluorescent lamp or other lighting equipment may be directly incorporated into the hollow portion 2.

Figure 2 shows a modified model of the attachment device.

This is for normal curtain installation. Here, each part or arrangement is given the same reference number as in FIG. The suspension device 10 is installed in a manner similar to the embodiment shown in FIG. In Figure 2,
The two arms 39 , 40 are semicircular in cross-section and extend downwardly from the dovetail groove 26 towards the slot opening 7 . Both arms 39, 40 are connected at the slot opening 7 to a fastening device 41 designed to fasten the curtain rail 33. Along the length of the body 1, several suspension devices lO are mounted at equal intervals along the first rib 8 and the second rib 9. At least one suspension device lO is required at the end of the body l. The part 4 is fixed to the support branch 13 by means of screws 18 without a snap-lock mechanism.

Conventional curtains 42 made of fibers use ordinary screws 43.
is attached to the curtain rail 33, and the curtain 42
can be moved and moved on the rail 33. For this variant model, the aforementioned parts also include curtain material.

Alternatively, instead of the curtain 42, it is also possible to hang a whiteboard on the rail 33, or attach a spotlight or other various lighting equipment.

FIG. 3 shows an example of a modified model for installing a vertical lamella blind.

The suspension device 10 is adapted to be fitted with rail-type blind suspenders 34, and as an essential condition, the suspenders 34 have a U-shaped cross section. This suspender 34 is attached to the suspension device 1O with a set screw 45.

Suspenders 34 are attached to several places on the main body 1,
At least one is attached to a hanging device 10 inserted into each end of the main body l.

A vertical lamellar blind 44, movable along the blind suspenders 34 and rotatable about the vertical axis of the blind, together with the suspenders 34 constitute the curtain material. It has been shown that, as a further variant, the part 4 can also be fixed to the support branch 13 by means of a spring clamp 19. This spring clamp 19 is for use at the front end.

In FIGS. 4 and 5, the curtain material 32 is moved to a winding device 35. It includes a drive device 36 and a flexible sheet material 58 (eg, a flexible whiteboard) that can be rolled up and lowered. FIG. 4 shows the case where the curtain material 32 has one winding device 35;
FIG. 5 shows the case in which the curtain material 32 has two winding devices 35. In FIG. The drive device 36 connects the hoisting device 35 between the hoisting device 35 and the front end 37.
The flexible sheet-like material 58 is mechanically rolled up and unfolded. Drive device 3
When 6 is equipped with an electric motor, power can be easily supplied by an electric wire drawn to either the wiring path 21 or 22 without being visible to outsiders. Each of the rectangular support studs 47 protruding from the front and rear sides of the hoisting device 35 is connected to a respective support notch 5.
held by 0.

The support notch 50 is located at the front end 37 as shown in FIG.
It is provided in and is formed so as to be connected to the suspension device 10. The front end 37 essentially consists of an end cover plate 46, a lead rim 49 tailored to the inner diameter and front and rear stops 48 for the slot opening 7.

For lighting effects, e.g. for decorative purposes,
The deformed model shown in FIG.
A body l is shown with .

The flexible sheet-like material 58 can also consist of a curtain attached to one hoisting device 35 and a screen attached to the other hoisting device 35, for example to block light rays from a window. The mounting device is
It is not necessarily necessary to install it horizontally on the top side of the window; it is also possible to install it vertically on the wall. In this case, the flexible sheet material 58 would be pulled laterally from the attachment device. Furthermore, it is quite conceivable to mount the mounting device vertically or optionally in the room, or to mount and fix one end of the main body 1 to a base.

This method also makes it very easy to partition the room.

FIG. 7 shows the preferred form of the fitting. It is identical for all curtain materials and can also be combined with other additional parts 63 and 37. The wedge 59 is inserted between the tongues 27 and 28 of the upwardly projecting suspension device IO in the position shown in the figure.

The hanging tongue device 10 is then inserted into the dovetail groove 26 (the first to
(See Figure 4). The wedge 59 fitted into the bored hole 68 is rotated 90 degrees, and the hanging device 1
0, the tongues 27 and 28 projecting upward are inserted into the dovetail groove 26. screw 61
Because of this, the wedge 59 is pushed back between the tongues 27 and 28. This causes adjacent portions of the dovetail groove 26 and the tongues 27, 28 to press against each other, thereby preventing the suspension device 10 from continuing to move longitudinally within the dovetail groove 26. .

The identically shaped hanging device IO is designed to facilitate the installation of attachment parts 67 for special curtain materials. One intermediate seal 63 can be provided on one side of the suspension device 10 for the hoisting mechanism. The intermediate seal 63 is provided with a support notch 50 for holding the winding mechanism. Intermediate seal 63
can be attached to the suspension device IO by a hook 66 attached to the front end 37, similar to the attachment part 67. This peg 66 passes through a borehole 62 inside the suspension device 10, which is parallel to the axis of the body 1.

If you want to arrange several installation parts one after another,
10 - hanging devices are provided on each side of the intermediate seals 6, 3, so that one hanging device is integrated with one fitting and the other hanging device is integrated with an adjacent fitting. do. The wiring path mentioned earlier passes through without any problem, and the intermediate seal 63 has recesses 64.
5 is made.

The main body of the attachment device according to the present invention is preferably made of aluminum. The diameter of the generally hollow, cylindrical structure is
50 mm to about 200 mm is preferred. The suspension device 10, intermediate seal 63 and end portion 37 shown in FIG. 7 are preferably manufactured from plastic by injection molding. Since the mounting device can be colored in a variety of colors, effects such as beauty, cleanliness, and uniformity can be achieved. The possibilities for various applications have already been mentioned.

[Brief explanation of drawings]

1 is a perspective view of a mounting device according to the invention; FIG. 2 is a perspective view of a mounting device incorporating curtain rails; FIG. 3 is a perspective view of a mounting device incorporating vertical lamella shutter suspenders; FIG. The figure is a perspective view of the mounting device with the installed motor-driven hoisting device and the front seal member inserted. Figure 5 is a perspective view of the attachment device incorporating two hoisting parts. Figure 6 is the front view according to Figure 4. A perspective view of the seal member, and FIG. 7 is a perspective view of a preferred modified model of the suspension device, the partition plate, and the front seal member. [Explanation of symbols] 1... Main body 2... Hollow part 3.
...Installation parts 4.5...Parts 6...
・Slot edge 7...Slot opening 8・
・・First rib 9・Second rib 10・
...Hanging device 11...Third rib 12.
...Fourth rib 13...Support branch 14...
・Spring coil 15...Protrusion 16...Hook 17...The receiver is lip 20...
・Channel 21...First wiring path 22・
...Second wiring path 23.24...Electric wire 25
... Seal rail 26 ... Dovetail groove 27
...First tongue portion 28...Second tongue portion 29
... Stop parts 33 ... Curtain rail 3
4... Blind suspender 35... Winding device 36... Drive device 39.40... Arm 41... Fixing device 42... Curtain 44... Vertical lamella blind 58... Sheet Figure 2 Figure 4 Figure 6 Figure 6

Claims (1)

[Scope of Claims] (1) A first portion extending in the longitudinal axis direction; and a hollow body that can be opened/closed or attached/detached to the first portion and has an opening extending in the longitudinal axis direction together with the first portion at its lower end. It consists of a second part forming a main body, an attachment means for detachably attaching the main body to a support surface, and a curtain hanging means detachably attached to either the first part or the second part. Curtain material attachment equipment. (2) The curtain material attachment device according to claim 1, further comprising a hook mechanism or a snap-lock mechanism for removably attaching the first portion to the second portion. (3) Claim (1) or (2) characterized in that a channel for attaching and detaching the attachment means is provided on the outer periphery of the main body at a position substantially opposite to the opening and extending in the longitudinal axis direction. Curtain material attachment equipment as described. (4) The curtain material attachment device according to any one of claims (1) to (3), wherein the main body is cylindrical. (5) The curtain material attachment device according to any one of claims (1) to (4), characterized in that at least one sealed wiring room that can be opened and closed is formed inside the main body. (6) The curtain material attachment device according to claim (5), wherein the wiring room is in an open state when the first part is opened or removed from the second part. (7) The wiring room is characterized by comprising a pair of opposing ribs provided on either the first part or the second part, and a rail member that can be detachably attached between the ribs. The curtain material attachment device according to claim (5). (8) Either the first part or the second part is provided with a groove in which the curtain hanging means can be detachably attached at a position opposite to the opening. A curtain material attachment device according to claim (1). (9) The curtain material attachment device according to claim (8), wherein the curtain hanging means is formed with a resilient insertion portion whose cross section matches the shape of the groove. (10) The insertion part is formed by two protrusions extending in opposite directions, and a stopper is inserted between the two protrusions to press the protrusions into the groove ( 9) Curtain material attachment device as described. (11) The curtain material attachment device according to claim (1), characterized in that a curtain winding means is arranged inside the main body.