CN105378204B

CN105378204B - Pleated curtain

Info

Publication number: CN105378204B
Application number: CN201480038511.0A
Authority: CN
Inventors: 立川光威; 高山庆弘; 江波户武信; 山本浩司
Original assignee: Tachikawa Blind Manufacturing Co Ltd
Current assignee: Tachikawa Blind Manufacturing Co Ltd
Priority date: 2013-05-15
Filing date: 2014-05-09
Publication date: 2018-06-22
Anticipated expiration: 2034-05-09
Also published as: JP6239890B2; JP2015038271A; WO2014185359A1; CN105378204A

Abstract

Pleated curtain provided by the invention, prevents extraneous light from leaking into interior, in addition, can solve the problems, such as because caused by cord hole is formed on cord and is inserted into rope in structure, in manufacture；In accordance with the invention it is possible to provide following pleated curtain, that is, the pleated curtain has：Can be folded into zigzag cord, along with the pleat line generally perpendicular direction of cord setting and can be relative to the halliard that the cord is moved and with the cord through the soft threadiness portion of the cord through component, the threadiness portion becomes the halliard maintaining part that the halliard is kept directly or via other component, and the cord is configured to through component：It prevents the direction that the halliard is directed away from the cord mobile and the threadiness portion is caused to come off from the cord.

Description

Pleated curtain

Technical field

The present invention relates to a kind of pleated curtain (pleated screen), which can change bendable and be converted into zigzag The aperture of cord.

Background technology

Pleated curtain is that be supported by can along the vertical direction or left and right directions is bent into the cord of zigzag and using operating device Suitably adjust the device of the cord aperture.

As one kind of above-mentioned pleated curtain, following composition is disclosed in pleated curtain disclosed in patent document 1, i.e.,：It will It is inserted into the hole being formed on cord in the crimped hook of the ring-type that the stretching, extension at cord rear prevents rope supported by suspension strut, from And it is in fixed intervals by interval holding between the pleat line of cord.

【Existing technical literature】

【Patent document】

Patent document 1：JP Publication, Beneficial No. 6-47584 number

Patent document 2：JP Publication, special permission the 4845799th

Patent document 3：JP Publication, special open No. 2012-215062 number

Patent document 4：JP Publication, tekiaki No. 59-61688 number

Patent document 5：JP Publication, special permission the 3340375th

Invention content

Under the prior art, it is inserted into cord due to carrying out mobile rope relative to cord, is not easy to prevent from this Situations such as extraneous light being leak into the inserting hole of rope.It is formed Patent Document 1 discloses following, i.e.,：By will equally The crimped hook on component is prevented to be inserted into mounted on the stretching, extension being set on rear side of cord in the hole being formed on cord and fixed, So as to be in fixed intervals by interval holding between the pleat line of cord.

But since halliard is inserted into lifting cord hole set on cord, the aperture for lifting cord hole is necessary More than the diameter of halliard, interior is leak into from lifting cord hole so as to cause extraneous light, thus leak tightness also declines.And And due to each gusset of the decline of pleated curtain it is inclined relative to halliard, it is set therefore, it is necessary to make on cord Lifting cord hole at least forms the aperture bigger than the diameter of halliard in the longitudinal direction, this, which also becomes, causes light further to be sewed Or one of the main reason for ventilation insulating decline.In situation about being inserted into rope, such as drawstring other than halliard in cord Under there is also it is similary the problem of, in addition, under the form of longitudinal pleat folded in left-right direction, will moved relative to cord When dynamic drawstring or messenger are inserted into cord, there is also it is identical with the above problem the problem of.

The purpose of the present invention is to provide one kind to prevent extraneous light from leaking into indoor pleated curtain.In addition, the mesh of the present invention Be solve the problems, such as because forming cord hole on cord and caused by rope is inserted into cord in structure, in manufacture.

In accordance with the invention it is possible to provide following pleated curtain, that is, the pleated curtain has：The curtain of zigzag can be folded into Cloth, along the lifting for setting and being moved relative to the cord with the pleat line generally perpendicular direction of the cord It restricts and with the cord through the soft threadiness portion of the cord through component, the threadiness portion is as directly or via it His component keeps the halliard maintaining part of the halliard, and the cord is configured to through component：Prevent the halliard direction Direction far from the cord is mobile and the threadiness portion is caused to come off from the cord.

About the function and effect of the present invention, mainly it is described in detail in viewpoint one, viewpoint 17, viewpoint 21.

(invention effect)

In accordance with the invention it is possible to solve because form cord hole on cord and caused by rope is inserted into cord in structure, system The problem of making.

Description of the drawings

Fig. 1-1 is the stereogram for the grown form for representing pleated curtain.

The first embodiment of viewpoint one is shown in Fig. 1-2, wherein, (a) is stereogram, and (b) is enlarged drawing.

The second embodiment of viewpoint one is shown in Fig. 1-3, wherein, (a) is enlarged drawing, and (b) is vertical view.

Fig. 1-4 is the stereogram for the third embodiment for representing viewpoint one.

Fig. 1-5 is the enlarged drawing for the 4th embodiment for representing viewpoint one, wherein, (a)~(d) represents number of assembling steps, (e) It is vertical view.

Fig. 1-5A are the enlarged drawings of the variation a for the 4th embodiment for representing viewpoint one.

Fig. 1-5B are the enlarged drawings of the variation b for the 4th embodiment for representing viewpoint one.

Fig. 1-6 is the enlarged drawing of the variation 1 for the 4th embodiment for representing viewpoint one.

5th embodiment of viewpoint one is shown in Fig. 1-7, wherein, (a) is enlarged drawing, and (b) represents that spacing keeps rope, (c) it is assembling figure.

Fig. 1-7B are the variations of the 5th embodiment of viewpoint one.

Fig. 1-7C are the variations of the 5th embodiment of viewpoint one.

Fig. 1-8 is the enlarged drawing for the sixth embodiment for representing viewpoint one, wherein, (a) is installation diagram, and (b) represents spacing Keep rope.

Fig. 1-9 is the enlarged drawing of the variation 1 for the sixth embodiment for representing viewpoint one, wherein, (a) is installation diagram, (b) Represent that spacing keeps rope, (c)~(d) represents the variation 1-2 of the sixth embodiment of viewpoint one.

Fig. 1-10 is the enlarged drawing of the variation 2 for the sixth embodiment for representing viewpoint one, wherein, (a) is installation diagram, (b) represent that spacing keeps rope.

Fig. 1-11A (a) in Fig. 1-11A are the stereograms for the 7th embodiment for representing viewpoint one, and Fig. 1-11A (b) are Represent the stereogram of the variation 1 of the 7th embodiment of viewpoint one.

Fig. 1-11B (a) in Fig. 1-11B are the front views when pleated curtain of the 7th embodiment of viewpoint one folds, and are schemed 1-11B (b) is the rearview when pleated curtain of the variation 1 of the 7th embodiment of viewpoint one folds, and Fig. 1-11B (c) are to see The side view enlarged drawing of 7th embodiment of point one.

Fig. 1-11C are the enlarged drawings of the variation 2 of the 7th embodiment of viewpoint one.

Fig. 1-12 is the stereogram of the variation 2 for the 7th embodiment for representing viewpoint one, wherein, (a) is stereogram, (b) it is enlarged drawing.

Fig. 1-13 is the stereogram of the variation 3 for the 7th embodiment for representing viewpoint one.

The variation 4 of 7th embodiment of viewpoint one is shown in Fig. 1-14, wherein, (a) is stereogram, and (b) is to overlook Figure.

The variation 5 of 7th embodiment of viewpoint one is shown in Fig. 1-15, wherein, (a) is stereogram, and (b) is to overlook Figure, (d) is variation 5-1.

The variation 6 of 7th embodiment of viewpoint one is shown in Fig. 1-16, wherein, (a) is stereogram, and (b) is amplification Figure.

The first embodiment of viewpoint two is shown in Fig. 2-1, wherein, (a) is stereogram, and (b) is enlarged drawing, and (c) is embedding Close the enlarged drawing of part.

The second embodiment of viewpoint two is shown in Fig. 2-2, wherein, (a) is stereogram, and (b) is enlarged drawing.

The third embodiment of viewpoint two is shown in Fig. 2-3, wherein, (a) is enlarged drawing, and (b) is installation diagram.

Fig. 3-1 is the enlarged drawing for the first embodiment for representing viewpoint three, wherein, (a)~(c) represents number of assembling steps.

Fig. 3-2 is that the spacing of the variation 1 for the first embodiment for representing viewpoint three keeps the enlarged drawing of rope, wherein, (a), (b) represents number of assembling steps, and (c) is enlarged drawing.

Fig. 3-3 is the enlarged drawing of the variation 2 for the first embodiment for representing viewpoint three, wherein, (a) represents maintaining part Part, (b) represent that spacing keeps the holding section of rope, and (c), (d) represent number of assembling steps.

Fig. 3-4 is the enlarged drawing for the second embodiment for representing viewpoint three；Wherein, Fig. 3-4 (d) is with void in Fig. 3-4 (c) The enlarged drawing for the part that line surrounds.

Fig. 3-4A are the enlarged drawings of the variation 1 for the second embodiment for representing viewpoint three.

5th embodiment of viewpoint three is shown in Fig. 3-5, wherein, (a) is stereogram, and (b) is the enlarged drawing of central portion.

Fig. 3-6 is the enlarged drawing for the sixth embodiment for representing viewpoint three, wherein, (a)~(c) represents number of assembling steps.

Fig. 4-1 is the enlarged drawing for the first embodiment for representing viewpoint four, wherein, (a) is enlarged drawing, and (b) represents ladder rope, (c) the ladder rope after folding is represented, (d) is vertical view.

Fig. 4-2 is the enlarged drawing for the second embodiment for representing viewpoint four, wherein, (a) represents that spacing keeps rope, and (b) is Spacing keeps the folding picture of rope, and (c) is enlarged drawing.

(a)~(e) in Fig. 4-3A is the amplification of the manufacturing method of the pleated curtain for the third embodiment for representing viewpoint four Figure.

(a)~(f) in Fig. 4-3B is the amplification of the manufacturing method of the pleated curtain for the third embodiment for representing viewpoint four Figure.

The third embodiment of viewpoint four is shown in Fig. 4-3C, wherein, (a) is enlarged drawing, and (b) is vertical view.

The third embodiment of viewpoint five is shown in Fig. 5-1, wherein, (a) is stereogram, and (b) represents maintaining part.

(a-1)~(a-4), (b-1)~(b-4) in Fig. 6-5 are to represent that the manufacturing method of the pleated curtain of the present invention is put Big figure.

Show that the spacing of the variation 1 of Fig. 6-5 keeps the maintaining part of rope in Fig. 6-6, wherein, (a) is its usual state Enlarged drawing, (b) be apply tension after state enlarged drawing.

The variation 2 of Fig. 6-5 is shown in Fig. 6-7, wherein, (a) is enlarged drawing, and (b) represents gomphosis part, (c), (d) table Show number of assembling steps.

The variation 3 of Fig. 6-5 is shown in Fig. 6-8, wherein, (a) is stereogram, and (b) is enlarged drawing.

One configuration example of the pleated curtain of the present invention is shown in Fig. 7-1, wherein, (a) is stereogram, and (b) is enlarged drawing, (e) be (a) variation 7.

(a) represents the retaining member of the variation 1 of Fig. 7-1 (a) in Fig. 7-2, and (b) is enlarged drawing.

Fig. 7-3 is the stereogram of the retaining member of the variation 2 of Fig. 7-1 (a).

(a) is the usual state of the retaining member of the variation 3 of Fig. 7-1 (a) in Fig. 7-4, and (b) is folded state.

(a) is the stereogram of the variation 4 of Fig. 7-1 (a) in Fig. 7-5, and (b) is to maintain component.

(a) is the enlarged drawing of the variation 5 of Fig. 7-1 (a) in Fig. 7-6, and (b) is to maintain component.

Fig. 7-6A are the enlarged drawings of the variation 5a of Fig. 7-1 (a).

Fig. 7-6B are the enlarged drawings of the variation 5b of Fig. 7-1 (a).

Fig. 7-6C are the enlarged drawings of the variation 5c of Fig. 7-1 (a).

Fig. 7-6D are the enlarged drawings of the variation 5d of Fig. 7-1 (a).

The variation 6 of Fig. 7-1 (a) is shown in Fig. 7-7, wherein, (a)~(c) represents number of assembling steps, and (d)~(f) is engaging The enlarged drawing of component.

8th embodiment of viewpoint one is shown in Fig. 8-1, wherein, (a) is stereogram, and (b) is enlarged drawing, and (c) is represented Engage anti-falling piece, (d) is the enlarged drawing for engaging anti-falling piece side.

The variation 1 of 8th embodiment of viewpoint one is shown in Fig. 8-2, wherein, (a)~(c) is assembling figure, (d) table Show engaging anti-falling piece, (e) is the enlarged drawing for engaging anti-falling piece side.

The variation 2 of 8th embodiment of viewpoint one is shown in Fig. 8-3, wherein, (a) is enlarged drawing, and (b) represents chimeric Component.

Fig. 8-4 is the enlarged drawing of the variation 3 of the 8th embodiment of viewpoint one.

The variation 4 of 8th embodiment of viewpoint one is shown in Fig. 8-5, wherein, (a) is enlarged drawing, and (b) represents anticreep Thread-like member, (c)~(e) represent number of assembling steps.

(a)~(f) in Fig. 9-1, (a-2), (b-2) represent an example of the manufacturing method of pleated curtain of the present invention, and (g) is to amplify Figure.

The variation 1 of Fig. 9-1 is shown in Fig. 9-2, wherein, the manufacture of (a)~(f), (a-2), (b-2) expression variation 1 Method, (g) are enlarged drawings.

The variation 3 of Fig. 9-1 is shown in Fig. 9-3, wherein, (a) is enlarged drawing, and (b) represents chimeric carrier, and (c) is embedding The vertical view in conjunction portion.

The variation 4 of Fig. 9-1 is shown in Fig. 9-4, wherein, (a) is enlarged drawing, and (b) represents chimeric carrier, and (c) is embedding The vertical view in conjunction portion.

(a) is the side view of existing pleated curtain in Figure 10-1, and (b) is the vertical of a configuration example of the pleated curtain of the present invention Body figure, (c) are its enlarged drawings.

Figure 10-2 is the stereogram for the variation 1 for representing Figure 10-1.

The variation 2 of Figure 10-1 is shown in Figure 10-3, wherein, (a) is stereogram, and (b-1)~(b-4) represents the assembling of ring Step, (c) are the vertical views of ring.

The variation 3 of Figure 10-1 is shown in Figure 10-4, wherein, (a), (c) they are enlarged drawings, and (b-1), (b-2), (d) they are to protect Hold the enlarged drawing in portion.

(a) shows the variation 4-1 of Figure 10-1 in Figure 10-5, and (b) shows the variation 4-2 of Figure 10-1, and (a), (b) are The enlarged drawing of pleated curtain, (c-1), (c-2) are to maintain the enlarged drawing in portion.

(a-1) in Figure 10-6, (a-2) show that the variation 5-1 of Figure 10-1, (b-1)~(b-4) show the deformation of Figure 10-1 Example 5-2, and (a-1), (b-1) are the enlarged drawings of pleated curtain, (a-2), (b-2), (b-3), (b-4) are to maintain the enlarged drawing in portion.

The second embodiment of viewpoint 15 is shown in Figure 12-1, wherein, (a) is enlarged drawing, and (b) is vertical view.

The variation 1 of the second embodiment of viewpoint 15 is shown in Figure 12-2, wherein, (a) is enlarged drawing, and (b) is to bow View.

The second embodiment of viewpoint 19 is shown in Figure 13-1, wherein, (a) is enlarged drawing, and (b) represents manufacturing method.

The third embodiment of viewpoint 19 is shown in Figure 13-2, wherein, (a) is enlarged drawing, and (b), (c) represent manufacturer Method.

4th embodiment of viewpoint 19 is shown in Figure 13-3, wherein, (a) is enlarged drawing, and (b), (c) represent manufacturer Method.

5th embodiment of viewpoint 19 is shown in Figure 13-4, wherein, (a) is enlarged drawing, and (b)~(f) represents manufacture Method.

The sixth embodiment of viewpoint 19 is shown in Figure 13-5, wherein, (a) is enlarged drawing, and (b), (c) represent manufacturer Method.

(a)~(c) is the enlarged drawing of the second embodiment of viewpoint 20 in Figure 14-1.

The first embodiment of viewpoint 21 is shown in Figure 14-2, wherein, (a), (b), (d), (e) are represented to fabric The enlarged drawing of the middle method for being inserted into needle, (c), (f), (g) are reference charts.

Figure 14-2B are the variations 1 of the first embodiment of viewpoint 21.

Figure 14-2C are the variations 2 of the first embodiment of viewpoint 21.

The first embodiment of viewpoint 22 is shown in Figure 15-1, wherein, (a) is enlarged drawing, and (b)~(d) is anticreep The pattern (pattern) of part, (e) are rearviews when folding, and (f) is reference chart.

(a)~(d) is the enlarged drawing of the second embodiment of viewpoint 22 in Figure 15-2.

The third embodiment of viewpoint 22 is shown in Figure 15-3, wherein, (a)~(c) is enlarged drawing, and (d) is to fold When enlarged drawing.

4th embodiment of viewpoint 22 is shown in Figure 15-4, wherein, (a) is enlarged drawing, and (b) is putting when folding Big figure.

(a)~(c) is the enlarged drawing of the 5th embodiment of viewpoint 22 in Figure 15-5.

(a)~(c) is the enlarged drawing of the sixth embodiment of viewpoint 22 in Figure 15-6.

(a) in Figure 16-1, (b) are the side views of the first embodiment of viewpoint 23.

(a)~(c) is the side view of the second embodiment of viewpoint 23 in Figure 16-2.

The third embodiment of viewpoint 23 is shown in Figure 16-3, wherein, (a) is side view, and (b) is side when folding View, (c) are enlarged drawings.

Figure 16-3A are the enlarged drawings of the variation 1 of the third embodiment of viewpoint 23.

Figure 16-3B are the enlarged drawings of the variation 2 of the third embodiment of viewpoint 23.

4th embodiment of viewpoint 23 is shown in Figure 16-4, wherein, (a) is side view, and (b) is side when folding View, (c) are enlarged drawings.

The first embodiment of viewpoint 24 is shown in Figure 17-1, wherein, (a) is side view, and (b) is rearview, (c) It is side view when folding.

The second embodiment of viewpoint 24 is shown in Figure 17-2, wherein, (a) is side view, and (b) is rearview, (c) It is side view when folding.

The third embodiment of viewpoint 24 is shown in Figure 17-3, wherein, (a) is side view, and (b) is rearview, (c) It is side view when folding, (d) is the enlarged drawing of halliard insertion portion, and (e) is the vertical view of halliard insertion portion.

(a)~(e) is the side view for the second embodiment for representing viewpoint 28 in Figure 17-5.

Figure 17-6 is side view when existing pleated curtain folds.

Figure 17-7 is the stereogram of the first embodiment of viewpoint 25.

The first embodiment of viewpoint 29 is shown in Figure 18-1, wherein, (a), (b) are enlarged drawings, (c)~(e) tables Show manufacturing method.

(a) in Figure 18-2, (b) are the enlarged drawings of the second embodiment of viewpoint 29.

(a) in Figure 18-3, (b) are the enlarged drawings of the third embodiment of viewpoint 29.

(a) in Figure 18-4, (b) are the enlarged drawings of the 4th embodiment of viewpoint 29.

(a) in Figure 18-5, (b) are the enlarged drawings of the 5th embodiment of viewpoint 29.

(a)~(c) represents the manufacturing method of the sixth embodiment of viewpoint 29 in Figure 18-6, and (d) represents variation 1。

(a)~(g) represents the manufacturing method of the first embodiment of viewpoint 30 in Figure 18-7.

(a)~(i) represents the manufacturing method of the second embodiment of viewpoint 30 in Figure 18-8, and (f)~(i) represents to become Shape example 1.

(a)~(e) is the enlarged drawing of the maintaining part of the third embodiment of viewpoint 30 in Figure 18-9, and (d)~(e) tables Show variation 2.

(a)~(e) is the enlarged drawing of the maintaining part of the 4th embodiment of viewpoint 30 in Figure 18-10.

(a)~(g) is the enlarged drawing of the maintaining part of the 5th embodiment of viewpoint 30 in Figure 18-11, and (e) represents to become Shape example 1, (f) represent variation 2, and (g) represents variation 3.

(a)~(f) is the enlarged drawing of the maintaining part of the first embodiment of viewpoint 31 in Figure 18-12, and (e) is represented Variation 1, (f) represent variation 2.

Figure 19-1 is the stereogram of the first embodiment of viewpoint 33.

Figure 19-2 is the detailed description figure of the first embodiment of viewpoint 33.

Figure 19-3 is the stereogram of the second embodiment of viewpoint 33.

(a)~(f) is the definition graph of the third embodiment of viewpoint 34 in Figure 20-1.

(a) in Figure 20-2, (b) are the stereograms of the third embodiment of viewpoint 34.

(a)~(c) is the enlarged drawing of the 4th embodiment of viewpoint 34 in Figure 20-3.

Figure 21-1 is the stereogram of the 9th embodiment of viewpoint 12.

(a) is the front view of the 9th embodiment of viewpoint 12 in Figure 21-2, and (b) is rearview.

Figure 21-3 is the enlarged drawing of the 9th embodiment of viewpoint 12.

Figure 21-4 is the enlarged drawing of the tenth embodiment of viewpoint 12.

Figure 21-5 is the enlarged drawing of the tenth embodiment of viewpoint 12.

Figure 21-6 is the stereogram of the variation 1 of the 9th embodiment of viewpoint 12.

(a) is the front view of the variation 1 of the 9th embodiment of viewpoint 12 in Figure 21-7, and (b) is rearview.

Figure 21-8 is the enlarged drawing of the variation 1 of the 9th embodiment of viewpoint 12.

Figure 21-9 is the enlarged drawing of the variation 1 of the tenth embodiment of viewpoint 12.

Figure 21-10 is the enlarged drawing of the variation 1 of the tenth embodiment of viewpoint 12.

Figure 22-1 is the stereogram for representing pleated curtain.

Figure 22-2 is the side view for representing pleated curtain.

Figure 22-3 is the bottom view for representing cord.

Figure 22-4 is the bottom view for representing second embodiment.

Figure 22-5 is the bottom view for representing third embodiment.

Figure 22-6 is the side view for representing the 4th embodiment.

Figure 22-7 is the stereogram for representing the 4th embodiment.

Figure 22-8 is to represent that the spacing of the 4th embodiment keeps the schematic diagram of the state after rope folding.

Figure 22-9 be represent the 4th embodiment cord fold after state schematic diagram.

Figure 22-10 is the side view for representing the 5th embodiment.

Figure 22-11 is the stereogram for representing the 5th embodiment.

Figure 22-12 is the side view for representing sixth embodiment.

Figure 22-13 is the stereogram for representing sixth embodiment.

Figure 22-14 is the side view for representing the 7th embodiment.

Figure 22-15 is the side view for representing the 7th embodiment.

Figure 22-16 is the side view for representing the 8th embodiment.

Figure 22-17 is the side view for representing the 9th embodiment.

Figure 22-18 is the stereogram for representing the 9th embodiment.

Figure 22-19 is the front view for representing the 9th embodiment.

Figure 22-20 is to represent pleat line by the front view of related pull-up situation.

Figure 22-21 is the stereogram for representing the tenth embodiment.

Figure 22-22 is the stereogram for representing the 11st embodiment.

Figure 22-23 is the stereogram for representing the 12nd embodiment.

Figure 22-24 is the side view for representing the 13rd embodiment, wherein, (a) is the figure that only diagram spacing keeps rope, (b) it is the figure that represents assembled state.

Figure 22-25 is the enlarged drawing for representing the 14th embodiment.

Double layer pleated curtain is shown in Figure 22-26, wherein, (a) is the side view for representing the 15th embodiment, and (b) is table Show the side view of the 16th embodiment.

Figure 22-27 is the stereogram for representing the 17th embodiment.

Figure 22-28 is the stereogram for representing the 18th embodiment.

(a) is the side view of the 18th embodiment in Figure 22-29, and (b) is the side view for representing its comparative example, (c), (d) it is the side view that represents its variation.

Figure 22-30 is the stereogram for representing the 19th embodiment.

(a)~(c) is the side view for the variation for representing movement restricting member in Figure 22-31.

(a)~(c) is the stereogram for the variation for representing movement restricting member in Figure 22-32.

Figure 22-33 is the stereogram for representing the 20th embodiment.

(symbol description)

Symbol in Fig. 1-1~Figure 21-10 illustrated embodiments and the symbol in Figure 22-1~Figure 22-33 illustrated embodiments It number is independent from each other.

Symbol in Fig. 1-1~Figure 21-10：

1：Upper beam

2：Cord

3：Underbeam

5：Halliard

6：Spacing keeps rope

7：Maintaining part

8：Notch

9：Pleat line

Figure 22-1~Figure 22-33：

1 ... upper beam

2nd, 2a, 2b, 2c, 2d ... cord

3rd, 3a, 3b ... underbeam

5th, 5a, 5b ... halliard

6th, 6a ... spacing keeps rope

7 ... maintaining parts

8th, 11,16,18,24 ... inserting hole

9th, 17 ... pleat lines

10 ... engaging portions

20 ... bending sections

Specific embodiment

The present application offer can prevent extraneous light from leaking into interior so as to improve the pleated curtain (pleated of shielding screen)。

Specifically, according to following one~viewpoints of viewpoint 34, above-mentioned pleated curtain is illustrated.There are an implementations Mode belongs to the situation of multiple viewpoints, for some embodiments, is explicitly illustrated it in the following description and belongs to multiple viewpoints, But for the embodiment being not explicitly shown, there is also the situations for belonging to other viewpoints or other embodiment.

1. viewpoint one (makes halliard and spacing that rope be kept to hang down from front and rear the same side of cord)

The grown form of 1-1. pleated curtains

Hereinafter, the grown form of pleated curtain is illustrated with reference to the accompanying drawings.In the pleated curtain shown in Fig. 1-1, from upper beam (head box) 1 suspension strut has the cord 2 that can be bent into zigzag along the vertical direction, and is installed in the lower end of the cord 2 There is underbeam (bottom rail) 3.

Spool (not shown) is supported by above-mentioned upper beam 1 in a manner of it can rotate, and the spool is based on operating device Operation and rotated.

In above-mentioned upper beam 1, the upper end of each halliard 5 is respectively arranged on said reel, so as to pass through operating device Operation can be such that halliard 5 is wound on spool or unwinding (the unlocking) from spool.

As Figure 1-1, the back side of the halliard 5 at the width direction both ends in upper beam 1 from above-mentioned cord 2 hangs down, The halliard 5 in the width direction center in upper beam 1 hangs down from the front side of cord 2.The lower end 5b of halliard 5 is mounted on above-mentioned On underbeam 3.Through such composition, when halliard 5 is wound in spool, underbeam 3 is lifted upward to roll over cord 2 It is folded, and when 5 unwinding from spool of halliard, underbeam 3 declines to stretch cord 2 into expansion downwards.

Hanging down from upper beam 1 has spacing to keep rope 6, and the spacing keeps rope 6 with halliard 5 before cord 2 is located at The opposite side of rear direction.Above-mentioned spacing keeps the upper end 6d of rope 6 to be installed on above-mentioned upper beam 1, and lower end 6d is then installed in On above-mentioned underbeam 3.

It is in be equally spaced multiple cricoid maintaining parts 7 on rope 6 to be kept in above-mentioned spacing.It is kept about above-mentioned spacing Rope 6, vertical rope is the rope for utilizing knitting machine weaving line and being formed, also, is incorporated into the rope and is useful for forming maintaining part 7 Line.Moreover, the line just annularly exposes at regular intervals, so as to form the maintaining part being made of soft linear portion 7。

At the pleat line 9 of vertical rope in above-mentioned cord 2, that rope 6 is kept close to spacing, being formed with can be for above-mentioned maintaining part The notch (inserting hole) 8 of 7 inserts (illustrates notch 8 in addition, exaggerating in the enlarged drawing of the region A of Fig. 1-1.).The notch 8 is The partially narrow notch (inserting hole) of the width of this degree can be inserted for the maintaining part 7 formed by filament (linear portion), and bright It is aobvious to be less than halliard hole.As shown in the enlarged drawing of region A in Fig. 1-1, both threads shape portion is worn from a notch (inserting hole) 8 It crosses, and the front end that the slave notch 8 in threadiness portion protrudes is annular in shape.In this example embodiment, on the pleat line for keeping rope 6 close to spacing, Notch 8 is just formed with per alternating floor pleat line.

Moreover, the vertical rope for making maintaining part 7 from spacing holding rope 6 hangs down, side is inserted through notch 8, also, in maintaining part 7 , insert notch 8 after from the front-rear direction of cord opposite side expose and part annular in shape in be inserted into halliard 5.Cause This, spacing keeps rope 6 to become cord through component, and utilizes the through-Penetration portion of threadiness portion and cord by halliard side periphery packet Firmly.

Through such composition, when underbeam 3 is made to drop to lowest position as Figure 1-1, the front end of each maintaining part 7 Engage with halliard 5, so as to become the pleat line quilt of the state, thus cord 2 that support each pleat line 9 from below using each maintaining part 7 It keeps at equal intervals.

According to pleated curtain as constructed as above, effect as shown below can be obtained.

(1), since the halliard 5 for being used to rise or fall cord 2 is not inserted through in cord 2, there is no need in cord 2 On be provided for halliard 5 insertion inserting hole.Therefore, extraneous light will not occur to insert from for what is be inserted into for halliard 5 Indoor situation is leak into through-hole.

(2), the maintaining parts 7 of 6 extension of rope is kept to support pleat line 9 due to that can utilize from spacing, by cord 2 Can be in approximately fixed interval by the interval holding between pleat line 9 when falling.

(3), since the notch 8 being inserted into for maintaining part 7 is that can insert this for the maintaining part 7 formed by filament (linear portion) The partially narrow notch of the width of one degree, therefore, compared with prior art under from lifting cord hole in light leakage situation, can substantially reduce The phenomenon that extraneous light being leak into from notch 8.

(4), since cord 2 is can be formed using one piece in the fabric of zigzag bending, because without such as patent document The bonding process of pnael disclosed in 2.Therefore, it is possible to inhibit to manufacture cost.

(5), due to the maintaining part 7 of rope 6 being kept to be inserted into each notch 8 of cord 2 spacing for advancing with knitting machine formation In and halliard 5 is only inserted into the maintaining part 7, therefore, it is possible to substantially reduce the working hour being inserted into used in halliard, and energy Enough assembling operations for extremely easily carrying out cord part.

(6), due to halliard 5 is inserted into the maintaining part 7 for the notch 8 for being inserted through cord 2 and the halliard 5 always It is tauted, it is therefore prevented that lateral shift of the cord 2 towards left and right directions, and maintaining part 7 and spacing keep rope 6 that will not send out Raw lateral shift.

(7), since maintaining part 7 is the thinner soft threadiness portion of diameter, even if being sandwiched into cord when cord folds In, folded size will not be increased.

(8), it since the front end of the annulus of maintaining part 7 exposed from pleat line 9 is thin linear portion, will not damage Appearance.

1-2. first embodiments (make maintaining part run through cord multiple)

First embodiment is shown in Fig. 1-2 (a)~(b).In the present embodiment, spacing keep rope 6 and halliard 5 from It hangs down and is supported in the same side in the front-back direction of cord 2.In addition, Fig. 1-2 is the stereogram from back side.It is protected in spacing It holds and is arranged at intervals with multiple cricoid maintaining parts 7 on the vertical rope of rope 6 with preset, cricoid maintaining part 7 is by soft line Shape portion is formed.

As shown in Fig. 1-2 (b), on the regulation pleat for rope being kept to keep by spacing of cord 2, have and be set to pleat line 9 Upside near notch 8a and the notch 8b that is set on pleat line 9.Cricoid maintaining part 7 sequentially passes through notch from back side 8b, notch 8a (reversely through structure).Therefore, spacing keeps rope 6 to become cord through component.Run through in cricoid maintaining part 7 Cord 2 twice after, be inserted into maintaining part 7 from the halliard 5 that hangs down of vertical rope the same side of rope is kept with spacing.

1-3. second embodiments (utilize illusory rope (dummy cord) support maintaining part)

Second embodiment is shown in Fig. 1-3 (a).In the present embodiment, in same on the front-rear direction of cord 2 At the position of hanging down of each halliard of side, hanging down and being supported by spacing keeps rope 6 and halliard 5.On the front-rear direction of cord 2 The vertical rope for keeping rope with spacing has illusory rope 11 on opposite side, hanging down.So-called illusory rope 11, refers to from notch 8 Prominent spacing keeps the front end of the annulus of the maintaining part of rope to be limited to make it will not be from the rope that cord comes off. As shown in Fig. 1-3 (c), the upper end of illusory rope 11 is fixed on upper beam, and lower end is fixed on underbeam 3.It is empty when underbeam 3 rises If rope 11 keeps restricting in the same manner as 6 with spacing is folded into zigzag.

1-4. thirds embodiment (halliard is located at both sides)

As shown in Figs 1-4, halliard can also be located at the front and rear sides of fabric.

The 4th embodiments of 1-5. (make anti-falling piece insert cord multiple)

It is illustrated in Fig. 1-5, Fig. 1-5A, Fig. 1-5B, Fig. 1-6.

The 5th embodiments of 1-6. (make line pass through the inserting hole of neighbouring cord pleat line)

It is illustrated in Fig. 1-7, Fig. 1-7B and Fig. 1-7C.

1-7. sixth embodiments (are had multiple inserting holes in the upper and lower directions of pleat line, and are kept using anti-falling piece Pleat line)

It is illustrated in Fig. 1-8, Fig. 1-9, Fig. 1-10.

The 7th embodiments of 1-8. (guide halliard) along pleat line

It is illustrated in Fig. 1-11A~Fig. 1-16.

The 8th embodiments of 1-9. (utilize the locking maintaining part of retaining member)

It is illustrated in Fig. 8-1~Fig. 8-5.

2. viewpoint two (not through the maintaining part of cord)

2-1. first embodiments (the chimeric anti-falling piece of setting in the front end of linear maintaining part)

It is illustrated in Fig. 2-1.

2-2. second embodiments (set chimeric anti-falling piece in the front end of cricoid maintaining part)

It is illustrated in Fig. 2-2.

2-3. thirds embodiment (sets gomphosis part) in the front end of cricoid maintaining part

It is illustrated in Fig. 2-3.

The 4th embodiments of 2-4. (clamp and are engaged in the insert of the halliard on pleat line component)

As shown in Figure 19-2, it is held on the pleat line 9 of cord 2 by the part that halliard is inserted to component 25, without Inserting hole is set just can to guide halliard 5 on cord 2.

The 5th embodiments of 2-5. (clamp and are engaged in the spacing on pleat line and keep rope)

It is illustrated in Figure 19-3.

3. viewpoint three (maintaining part with additional halliard insertion portion)

3-1. first embodiments (ring and anti-falling piece)

It is illustrated in Fig. 3-1, Fig. 3-2, Fig. 3-3.

3-2. second embodiments (ring)

It is illustrated in Fig. 3-4, Fig. 3-4A.

The 4th embodiments of 3-4. (utilize the cyclic annular maintaining part of inserting hole closing)

It is illustrated in Fig. 1-12.

The 5th embodiments of 3-5. (from matrix injection molded portion to ring and anti-falling piece)

It is illustrated in Fig. 3-5.

3-6. sixth embodiments are (from anti-falling piece to annulus, chimeric anti-delinking part, gomphosis part, from fitting portion to ring-type Portion)

It is illustrated in Fig. 3-6.

4. viewpoint four (maintaining part of semicircular)

4-1. first embodiments (spacing with two vertical ropes keeps rope)

It is illustrated in Fig. 4-1.

4-2. second embodiments (the linear portion with anti-falling piece)

It is illustrated in Fig. 4-2.

4-3. thirds embodiment (the trapezoidal spacing carried out by needle processing keeps the insert method of rope)

It can also be inserted as shown in Fig. 4-3A, Fig. 4-3B, Fig. 4-3C.

5. viewpoint five (keeps the halliard insertion portion for restricting independent guiding halliard) using with spacing

5-1. first embodiments (set halliard insertion portion) on cord pleat line

It is illustrated in Fig. 1-13.

5-2. second embodiments (keep independent cyclic annular maintaining part of restricting) with spacing

It is illustrated in Fig. 1-14.

5-3. thirds embodiment (ring and cyclic annular maintaining part)

It is illustrated in Fig. 5-1.

11. viewpoint 11 (is limited using the movement of the halliard limitation cord before and after fabric, using independent cyclic annular maintaining part System movement)

It is illustrated in Figure 10-1~Figure 10-6.

12. viewpoint 12 (halliard insertion portion, from the anti-falling piece that spacing keeps rope prominent to annulus)

In Fig. 1-11A, Fig. 1-12, Fig. 1-13, Fig. 1-14, Fig. 1-15, Fig. 1-16, Fig. 5-1, Figure 21-1~Figure 21-10 Embodiment is shown.

13. viewpoint 13 (spacing keeps the keeping method of rope)

(being kept using illusory rope)

Embodiment is shown in Fig. 7-1.

15. viewpoint 15 (makes spacing that rope be kept to be inserted along the upper and lower directions of pleat line)

15-2. second embodiments (form the anti-falling piece by ester moulding along the upper and lower directions of pleat line)

Embodiment is shown in Figure 12-1, Figure 12-2.

16. viewpoint 16 (makes maintaining part run through more than at the two of cord so as to fulfill anticreep)

First embodiment is shown in figs. 1-5.

17. viewpoint 17 (forms halliard maintaining part) by linear portion and retaining member

Pleated curtain by linear portion and retaining member formation halliard maintaining part is shown in viewpoint 17.

The pleated curtain that the offer of this viewpoint is formed as follows：That is, the pleated curtain has：Can be folded into zigzag cord, along It is set with the pleat line generally perpendicular direction of above-mentioned cord and mobile halliard can be carried out relative to above-mentioned cord and is had There is the cord through the soft threadiness portion of above-mentioned cord through component, also, above-mentioned threadiness portion becomes directly or via other portions Part keeps the halliard maintaining part of above-mentioned halliard, and above-mentioned cord prevents above-mentioned halliard to be directed away from above-mentioned cord through component Direction movement so as to cause above-mentioned threadiness portion come off from above-mentioned cord this case.

Above-mentioned halliard maintaining part preferably have it is following 1)~4) in recorded any composition.

1), above-mentioned threadiness portion itself encases the side periphery of above-mentioned halliard；

2), using above-mentioned threadiness portion and above-mentioned cord through component other parts by the side periphery packet of above-mentioned halliard Firmly；

3), the side periphery of above-mentioned halliard is encased using the through-Penetration portion in above-mentioned threadiness portion and above-mentioned cord；

It 4), will be upper through the other parts and the through-Penetration portion of above-mentioned cord of component using above-mentioned threadiness portion, above-mentioned cord The side periphery for stating halliard encases；

It is preferably configured as：Above-mentioned cord has prevent above-mentioned threadiness portion from coming off from above-mentioned cord to prevent through component itself De- part, alternatively, above-mentioned cord plays a role through component together with other component as retaining member.

Additionally, it is preferred that it is configured to：Using above-mentioned anti-falling piece as spacing keep rope vertical rope, using above-mentioned threadiness portion as from In at equal intervals and annularly prominent maintaining part on vertical rope away from holding rope, also, will be upper from the side of pleat line relative to cord Linear portion is stated to be inserted into inserting hole.

Additionally, it is preferred that it is configured to：It is equipped with anti-falling piece at the both ends in linear portion, and from the side of the pleat line of cord by above-mentioned line Shape portion is inserted into inserting hole.

Additionally, it is preferred that it possesses following composition, i.e.,：Above-mentioned cord through component have be incorporated into fiber and harden form it is band-like Anti-falling piece, also, threadiness portion is annularly protruded from the central portion of above-mentioned anti-falling piece.

Additionally, it is preferred that it possesses following composition, i.e.,：Above-mentioned cord passes through the integrally formed and shape of synthetic resin through component Into making above-mentioned threadiness portion prominent from the corner for the anti-falling piece for being set to above-mentioned threadiness portion both ends and state that is being inserted in cord Under, one side overlapping of above-mentioned anti-falling piece.

In addition, above-mentioned cord is characterized in that through component：Horizontal rope with the pleat line extension along cord, also, by The tooth side (picot) that linear portion is formed protrudes on above-mentioned horizontal rope in halliard position of hanging down from pleat line.

In addition, above-mentioned cord is characterized in that through component：Be formed as the endless member being made of linear portion, also, from Inserting hole is inserted into cord at two, and is inserted by same root halliard so as to fulfill anticreep.

In addition, above-mentioned cord is characterized in that through component：It is multiple by threadiness to be configured to the protrusion from band-like anti-falling piece The cyclic annular insertion portion that portion is formed, also, inserting hole is inserted into cord at two, and is inserted by same root halliard so as to fulfill anti- It is de-.

In addition, above-mentioned cord is characterized in that through component：By making end through cord and will pass through central portion Front end in the engaging portion formed is locking, so as to form annulus, and utilizes annulus by the side periphery of halliard It encases.

In addition, it is characterized in that：Imparting is provided on the side abutted against with cord of anti-falling piece in above-mentioned each composition to rub Wipe the protrusion of resistance.

Additionally, it is preferred that do not clamp anti-falling piece.

In the pleated curtain, it is therefore prevented that the abrasion of cord pleat line caused by the rising or falling of halliard.In addition, Due to maintaining part unobtrusively, the aesthetic appearance of pleated curtain is improved.

17-1. first embodiments (cord with threadiness portion 70b and anti-falling piece 70a runs through component)

First embodiment is shown in Fig. 7-2.It is formed using linear portion 70c and inserting hole 8c when overlooking in the space of closure (with reference to Fig. 7-2 (b)), wherein, linear portion 70c is protruded in the side of the pleat line 9 in cord 2 in the state of inserting hole 8c U-shaped state (with reference to Fig. 7-2 (c)).Moreover, the halliard 5 to hang down is inserted into the closed space.Even if spacing keeps rope 6 Linear portion 70b is pulled to 5 side of halliard, and a pair of of anti-falling piece 70a also serves as retaining member and play work by being abutted against with cord With.Halliard 5 is being sling or pulled down when adjusting the aperture of cord, opposite move can occur between above-mentioned closed space and halliard It is dynamic.But the edge week of the lifting cord hole 2a with being formed directly into as shown in Figure 14-2 (c) under the prior art on cord may It is different from the form of halliard friction, in the present embodiment, since the position that can be contacted with cord is only the side of inserting hole 8c Edge, therefore the abrasion of cord can be reduced.

17-2. second embodiments (mode of texturing that this viewpoint can be applied)

About each embodiment for other viewpoints that can apply the present invention, in Fig. 1-1, Fig. 1-2, Fig. 1-7, Fig. 1-9, figure 1-13~Fig. 1-16, Fig. 3-1, Fig. 3-4, Fig. 4-3C, Fig. 6-5, Fig. 6-8, Fig. 7-3~Fig. 7-7, Fig. 8-1~Fig. 8-4, Fig. 9-1, Second embodiment is shown in Fig. 9-2, Figure 10-1~Figure 10-6, Figure 22-1~Figure 22-33.In these pleated curtains, there is rope form The cord of portion (linear portion) and anti-falling piece includes halliard insertion portion through component.Through such composition, it is therefore prevented that due to rising Drop rope rise or fall caused by cord pleat line abrasion.In addition, due to maintaining part unobtrusively, improve pleated curtain Aesthetic appearance.

In it can apply each embodiment of other viewpoints of the present invention, the vertical rope of rope is kept to be equivalent to there are spacing anti- The situation of de- component.In this case, even if spacing keeps vertical rope maintained portion drawing in the maintaining part inserting hole of cord 2 of rope It drags, spacing keeps the vertical rope of rope that will not come off from inserting hole.

In Fig. 1-1, as shown in the enlarged drawing of region A in Fig. 1-1, spacing keeps the maintaining part 7 of rope 6 by soft threadiness Portion is formed, and is formed using linear portion and notch 8 in the space of closure when overlooking, wherein, linear portion is in the state of notch 8 U-shaped state is protruded in the back side of the pleat line 9 of cord 2.Moreover, the halliard 5 to hang down is inserted into the closed space.Cause This, even if spacing keeps the linear portion of rope 6 to be pulled to 5 side of halliard, spacing keeps the vertical rope of rope 6 by being abutted against with cord 2, Retaining member is also served as to play a role.When adjusting the aperture of cord 2 slinging or pulling down halliard 5, the line at curtain portion pleat line 9 It can be relatively moved between shape portion and halliard 5, until cord is folded.But under the prior art such as Figure 14-2 (c) the edge week that the lifting cord hole on cord is formed directly into shown in may be different from the form of halliard friction, in this reality It applies in example, since the position that can be contacted with being formed in the hole of cord is only the edge of notch 8, the mill of cord can be reduced Damage.

In Fig. 1-2, even if spacing keeps rope 6 to be pulled to 5 side of halliard via maintaining part 7, spacing keeps the vertical of rope 6 Rope is abutted against by the pleat line 9 with cord 2, is also served as retaining member and is played a role.In the present embodiment, due to can be with formation It is only the edge of inserting hole 8b, therefore the abrasion of cord 2 can be reduced in the position of the hole of cord 2 contact.

In figures 1-7, even if spacing keeps rope 6 to be pulled by halliard 5 (being towards lower right in figure), spacing keeps rope 6 vertical rope is abutted against by the pleat line 9 with cord 2, is also served as retaining member and is played a role.

In Fig. 1-9, by setting anti-falling piece 23 on the end in the linear portion 21 of spacing holding rope 6, and anticreep is played Effect.Even if being pulled by halliard 5 towards the right in Fig. 1-9 (a), both threads 7 will not drop to upper right side from pleat line portion. In addition, when from right, although spacing keeps the vertical rope of rope in exposing, insertion portion is linear and unobtrusively, because in addition The property seen is improved.In addition, since pleat line 9 is used as intermediary to be present between inserting hole 8c and halliard 5, inserting hole 8c is not contacted with halliard 5, so as to prevent the abrasion of inserting hole 8c.

In Fig. 1-13, cord has soft linear halliard insertion portion 25a and anti-falling piece 43a through component.Upper On the width direction central portion of beam 1, even if the annulus of halliard insertion portion 25a is pulled to by halliard 5 on 2 front-rear direction of cord Indoor side direction, since the anti-falling piece 43a (retaining member) of halliard insertion portion 25a engages with fabric, halliard is inserted Logical portion 25a will not drop to indoor.

In Fig. 1-14, cord has the annulus 44 of soft threadiness through component.In the width direction central portion of upper beam 1 On, even if annulus 44 is pulled to the indoor side direction on 2 front-rear direction of cord by halliard 5, due to being inserted into as lifting Spacing in the annulus 44 for insertion portion of restricting keeps the vertical rope (retaining member) of rope 6 to engage with cord 2, therefore annulus 44 is not yet Indoor can be dropped to.In this embodiment, cord is through component itself and without anti-delinking part, but is configured to cord and passes through Component is worn to play a role as retaining member together with the vertical rope that spacing keeps rope 6.

In Fig. 1-15, cord has through component：The spacing of multiple soft linear maintaining parts 7 is provided with along vertical rope Rope 6 is kept, alternatively, the halliard that multiple soft linear halliard insertion portion 25a are provided with along vertical rope inserts component 25. On the width direction central portion of upper beam 1, even if cricoid maintaining part 7 is pulled to the indoor on 2 front-rear direction of cord by halliard 5 Direction, since cricoid maintaining part 7 is in the vertical rope (retaining member) of the spacing holding rope 6 of one or between not keeping Away from the vertical rope (retaining member) of halliard insert component 25 of multiple cyclic annular halliard insertion portion 25a engage with fabric, therefore Maintaining part 7 or halliard insert component 25 will not fall off to indoor.

In Fig. 1-16, cord has soft linear annulus 44 through component.In the width direction center of upper beam 1 In portion, even if annulus 44 is pulled to the indoor side direction on 2 front-rear direction of cord by halliard 5, due to being inserted into annulus Back side halliard (retaining member) in 44 abuts against, therefore annulus 44 will not drop to indoor with fabric.Although The halliard 5 of indoor is possible to contact with inserting hole 8, still, with the halliard being formed directly under the prior art on cord The edge week in hole may be different from the form of halliard friction, in the present embodiment, due to can be with being formed in the hole of cord The position of contact is only to insert bore edges, therefore can reduce the abrasion of cord.

In Fig. 3-1 and Fig. 3-2, annulus 44 keeps rope 6 to engage at the 44b of maintaining part holding section with spacing.Therefore, i.e., Annulus 44 is made to be hung down side direction (in figure be left) by the halliard that halliard 5 is pulled on cord front-rear direction, due to ring The spacing that shape portion 44 engages keeps the vertical rope (retaining member) of rope 6 to engage with fabric, therefore annulus 44 will not drop to room Inside.

In figures 3-4, halliard 5 is inserted into multiple insert rings 12, by the way that maintaining part 7 is made to engage with insert ring 12, is made 5 maintained portion 7 of halliard is obtained to keep.Therefore, even if cricoid maintaining part 7 is pulled to the liter on 2 front-rear direction of cord by halliard 5 Drop rope hangs down side direction (in figure be right), due to maintaining part 7 in the spacing of one keep the vertical rope (retaining member) of rope 6 with Fabric engages, therefore maintaining part 7 will not drop to indoor.

In Fig. 4-1, even if semicircular portion 60a is hung down side by the halliard that halliard 5 is pulled on cord front-rear direction To (being upper left side in figure), due to keeping the vertical rope (retaining member) of rope 6 and fabric card in the spacing of one with semicircular portion 60a It closes, therefore semicircular portion 60a will not drop to indoor.

In Fig. 4-2, even if semicircular portion 21a is hung down side by the halliard that halliard 5 is pulled on cord front-rear direction To (being upper left side in figure), due to the vertical rope of rope 6 and anti-falling piece 23 being kept to be used as anticreep in the spacing of one with semicircular portion 21a Component engages with fabric, therefore semicircular portion 21a will not drop to indoor.

In Fig. 6-7, though maintaining part 7 by the halliard that halliard 5 is pulled on cord front-rear direction hang down side direction (figure In be left), due to clip maintaining part 7 with slit 455b gomphosis part 455 conduct retaining member play a role, and And even if maintaining part 7 is slided relative to inserting hole, the vertical rope of rope 6 is kept to also serve as anti-delinking part in the spacing of one with maintaining part 7 Part engages with fabric, therefore maintaining part 7 will not drop to indoor.

In figures 6 to 8, band (tape) 6a is retaining member, cricoid even if cricoid maintaining part 7 is pulled by halliard 5 Maintaining part 7 will not drop to halliard side.

In Fig. 7-3, anti-delinking part 71a is retaining member.

In Fig. 7-4, anti-delinking part 72a is retaining member.

In Fig. 7-5, anti-delinking part 73,73a are retaining member.

In Fig. 7-6, the halliard 5 itself for being inserted in closed space 80a and closed space 80b is retaining member.

In Fig. 8-1, the anti-delinking part 91 engaging in cricoid maintaining part 7 is retaining member.Although spacing keeps the vertical of rope 6 Rope in exposing, but maintaining part 7 it is thin and unobtrusively.In addition, when halliard 5 is directed to vertical view by the pleat peak of fabric and vertical rope and In the closed space that both threads are formed, and the inserting hole 8 of the maintaining part 7 of rope 6 is kept not contact, therefore inserting hole 8 is not with spacing It can burst forth.

In Fig. 8-2, the anti-delinking part 92 engaging in cricoid maintaining part 7 is retaining member.

In Fig. 8-3, the anti-delinking part 93 engaging in cricoid maintaining part 7 is retaining member.

In Fig. 8-4, the caulking part 94 for being riveted on cricoid maintaining part 7 is retaining member.

In Fig. 9-1, anti-delinking part 74a is retaining member.Compared with the form of Fig. 7-2, rope form portion (linear portion) 74b It is long, this is suitable for halliard insertion portion being arranged on hang down side from halliard from when for the situation on the position of the lowest point.Due to Anti-delinking part 74a plays a role as retaining member, therefore, even if anti-delinking part 74a pulls the (bottom right of Fig. 9-1 (g) by halliard Side), halliard will not be dropped to and hung down side.When folding cord, become the appearance as can only see halliard 5, therefore Aesthetic appearance is improved.In addition, even if the thickness ratio rope form portion 74b of anti-delinking part 74a is thick, since anti-delinking part 74a will not entering surface Between material, therefore folded size will not increase.

Fig. 9-2 has the effect identical with Fig. 7-2.

In Figure 10-1, played and the same effects of Fig. 1-13 in central portion.It hangs down at both ends from indoor and outside Under one of a pair of of halliard 5 relative to another one be retaining member.It is improved in aesthetic appearance and inhibits inserting hole Abrasion on this point, also with the homomorphosis of Fig. 1-16.

In Figure 22-1~Figure 22-33, spacing keeps rope 6, the vertical rope of 6a and strap to be equivalent to retaining member, maintaining part 7 are equivalent to linear portion.

In addition, such as Fig. 7-6, Fig. 7-6B, Fig. 7-6C, Fig. 1-13 (c), Fig. 9-1, Figure 16-1, Figure 16-2, Figure 16-3, Figure 16- Remember in 3A, Figure 16-3B, Figure 16-4, Figure 18-8 (h), Figure 18-8 (i), Figure 18-10 (e), Figure 18-11 (d), Figure 20-1, Figure 20-2 Shown in the embodiment of load, anti-falling piece can be formed as not being sandwiched in the pleat line of cord 2.

18. viewpoint 18 (is hidden the position inserted with halliard on cord)

It is illustrated in Fig. 9-3, Fig. 9-4.

19. viewpoint 19 (anti-falling piece for easily running through cord)

19-1. first embodiments (anti-falling piece that can be rotated at the root being connect with thin-line-shaped portion)

It is illustrated in Fig. 6-6.

19-2. second embodiments (the tapering anti-falling piece that can be rotated of front end)

It is illustrated in Figure 13-1.

19-3. thirds embodiment (anti-falling piece for carrying halliard insertion portion)

It is illustrated in Figure 13-2.

The 4th embodiments of 19-4. (anti-falling piece for carrying connecting hole)

It is illustrated in Figure 13-3.

The 5th embodiments of 19-5. (can inclined anti-falling piece)

It is illustrated in Figure 13-4.

19-6. sixth embodiments (anti-falling piece that can be rotated)

It is illustrated in Figure 13-5.

20. viewpoint 20 (anti-falling piece that can be rotated relative to root)

20-2. second embodiments (anti-falling piece that can be rotated in thin-line-shaped portion's inserting hole)

It is illustrated in Figure 14-1.

20-3. thirds embodiment (anti-falling piece that can be rotated in thin-line-shaped portion's inserting hole)

It is illustrated in Figure 13-5.

21. viewpoint 21 (inserting hole that the maintaining part of the line of pleat line etc. will not be cut off)

In the pleated curtain of patent document 1, the hole machined for being inserted into halliard is carried out to cord (fabric), it is therefore, existing The friction when line for having the entire periphery of lifting cord hole as shown in Figure 14-2 (c) under technology is cut off and is lifted relative to halliard Tolerance die down, easily scatter and wear so as to line.In addition, in the case of there is decorative pattern on cord, can cause to be equivalent to The excalation of the area of halliard inserting hole, so as to damage aesthetic appearance.

Following pleated curtain is shown in viewpoint 21：That is,

The pleated curtain has：The cord that zigzag can be folded into, the lifting made a relative move relative to the cord Rope and the cord with the soft threadiness portion for running through the cord run through component；

The cord is fabric；

The threadiness portion has halliard maintaining part, also, runs through in the case where not cutting off the line for forming the cord The cord and form the halliard maintaining part, wherein, the halliard maintaining part is in the state of after the cord Annularly and directly or via other component keep the halliard.

And then the pleated curtain is characterized in that：The cord is that spacing keeps rope through component.

And then the pleated curtain is characterized in that：The cord is that the halliard with anti-falling piece inserts component through component.

And then the pleated curtain is characterized in that：The vertical rope of the fabric and horizontal rope are not cut off.

And then the pleated curtain is characterized in that：The pleat line of the fabric is formed between horizontal rope, and institute is inserted into pleat line State linear portion.

And then the pleated curtain is characterized in that：By needle processing run through the fabric.

And then the pleated curtain is characterized in that：It is processed by needle, by the original state before needle processing of the fabric Vertical rope and it is horizontal rope expand and be inserted into linear portion.

And then the pleated curtain is characterized in that：The horizontal rope of the fabric is formed as into thin bamboo stick shape, also, by institute State be inserted into needle between thin bamboo stick and by threadiness portion insertion.

And then the pleated curtain is characterized in that：Portion is knitted and in portion of knitting is dredged with thin by the close portion of knitting for forming the fabric The needle is inserted into, is thus inserted into the threadiness portion.

In the pleated curtain, due to have do not have line disconnection seam halliard insertion portion, prevent relative to Halliard carries out the abrasion of mobile cord.

21-1. first embodiments (inserting hole that the maintaining part of the line of pleat line etc. will not be cut off)

First embodiment is shown in Figure 14-2.Following composition is shown in the present embodiment：That is, by needle process and Maintaining part 7 is inserted in the case where not cutting off the vertical rope for forming the fabric as cord or horizontal rope or vertical rope and horizontal rope both sides Enter this composition in cord 2.The present embodiment also can suitable for into fabric (cord) be inserted into spacing keep rope maintaining part, Or it is inserted into any structure of halliard insertion portion two structure into fabric.Being shown in Figure 14-2 (a) has engaging The crochet hook 31 of maintaining part 7 is inserted into the state in cord 2.Dotted line 9 in figure is the pleat line 9 of pleated curtain, before being in needle processing Original state vertical rope and horizontal rope, be inserted into switch in a manner of horizontally long when in the present embodiment at the position of pleat line by main view Needle.In addition, so-called original state, the position there is no halliard inserting hole 2a for referring to Figure 14-2 (c) such as comparative example Fabric is such, with the state of the horizontal rope of initial woven condition proper alignment and vertical rope.

In this state, as shown in Figure 14-2 (a), compared to original state, occur in the horizontal in the vertical rope of eight or so The horizontal rope of offset and two or so are controlled towards the state of vertical misalignment, (in this case, it is two by maintaining part in this case Linear portion) and switch needle (in this case, it is crochet hooks 31) insertion.Shown in Figure 14-2 (b) from cord 2 extract crochet hook 31 and only Maintaining part 7 runs through the state of cord 2.After switch needle is extracted, the horizontal rope and vertical rope that are stretched are intended to revert to originally naturally State, and the opening of the state inserting hole compared with Figure 14-2 (a) becomes smaller.

It so, it is possible that maintaining part or corresponding component are inserted into cord 2 in the case of the line for not cutting off cord pleat line. Moreover, halliard insertion portion is formed with halliard maintaining part, which utilizes the inserting hole for disconnecting and stitching there is no line The linear portion of (through-Penetration portion of cord) and maintaining part 7 is formed as cyclic annular, and halliard side periphery is encased to keep lifting Rope (with reference to other embodiments such as Fig. 1-1).In the pleated curtain, due to not having the disconnection of line seam, insertion portion is prevented Abrasion.Comparative example is shown as in photo (f), (g) and is formed with the slotting of existing lifting cord hole (top) and the present embodiment The fabric sample of logical portion (lower section).(g) form in captured by lower section is as schemed by the halliard insertion portion identical with Fig. 7-3 Form obtained by state after insert shown in 14-2 (b) is shot.Component is inserted for halliard in position shown in dotted line 2b A part, and be the monofilament (mono-filment) (linear portion) for being equipped with anti-falling piece.In this way, the fabric of pleated curtain weaves at it Tissue is expanded in the case of will not being cut off and has been inserted into halliard insert component.

About the crochet hook used in present embodiment, illustrated using Figure 14-2 (d), (e).Figure 14-2 (d) is bows View, Figure 14-2 (e) are front view.As shown in Figure 14-2 (e), crochet hook 31 is by hook (hook) part 31a and door bolt (latch) The switch needle that 31b is formed.Door bolt 31b is rotated using rotation axis 31c as axis.When fastening 31b closings with a bolt or latch, the front end of hook portion 31a A part be housed in the receiving slot part 31d for being formed in door bolt 31b front ends.

Variation 1 is shown in Figure 14-2B.It is configured in the variation：The horizontal rope 2d shapes of the fabric of cord 2 will be formed As thin bamboo stick shape, and linear maintaining part is inserted between upper and lower horizontal rope.

First, crimped (pleating) processing is carried out to cord 2, to be formed between the neighbouring thin horizontal rope of bamboo stick shape Pleat line 9.Then, as shown in Figure 14-2B, crochet hook 31 is inserted between vertical rope 2f and horizontal rope 2d, so as to be inserted into cord through component The linear portion of (halliard insert component, spacing keep rope).As shown in Figure 14-2B, in horizontally long side during by crochet hook 31 to overlook Formula is inserted into the horizontally long gap between vertical rope and horizontal rope.

Due to being that crochet hook 31 is inserted into horizontally long gap along pleat line, easily it is inserted into the case of not cutting line Needle.The fibers such as line, polyester fiber, Japan paper and the polyester that carefully bamboo stick can be twined for bamboo wood, short bamboo wood, Japan paper are together Twined line.

Variation 2 is shown in Figure 14-2C.Cord includes the close portion 2g that knits and knits portion 2h with thin, and it is unit to dredge and knit portion 2h formation The few composition of vertical rope radical in width.Opening corresponding with the thickness of processing needle can also be formed as by dredging the portion of knitting.

Cord 2 is carried out by with dredge knit portion 2h it is vertical in a manner of form the crimped processing of ring-type of pleat line, and portion 2h is knitted dredging Vertical rope between be inserted into switch needle, so as to by cord through component (halliard insert component, spacing keep rope) linear portion insert Enter.Needle is easily inserted into the case of not cutting line when being inserted into needle.In addition, it is in fixed intervals to work as shown in this variation When the thin mode for knitting portion 2h of repetition forms fabric, position of easily hanging down with halliard is corresponding.

22. viewpoint 22 (anti-falling piece with vertical rope can relative rotation)

22-1. first embodiments (anti-falling piece can rotate freely)

First embodiment is shown in Figure 15-1.In the present embodiment, spacing keep rope 6 in equally spaced ( One unit is only shown in Figure 15-1 (a)) equipped with soft linear portion 21, being equipped on the front end in linear portion 21 can be relative to The anti-falling piece 23 of vertical rope rotation.As shown in Figure 15-1 (b), vertical rope is formed by chain shape style weave, makes to be wrapped in vertical rope Line protruded every fixed intervals, and be fixedly arranged at the front end with anti-falling piece at it.Injection molded (outsert on matrix can be passed through Molding) or anti-falling piece is fixed in linear portion 21 by suture, bonding, riveting part, hot adhesion etc..Linear portion 21 is that have Flexibility and for distorting resistless component.Anti-falling piece 23 can both be formed by ester moulding, can also as Figure 15- Shown in 1 (d), anti-falling piece is formed using the knitted rope of hard.It specifically, can be will be by forming with heat cured fiber Line be incorporated into after by be heat-treated make its hardening and shape.

In a state that the anti-falling piece that spacing as above is kept to rope 6 is inserted into the pleat line of pleated curtain, spacing keeps the vertical of rope Rope is fixedly supported on upper beam (not shown), therefore, the height of each layer pleat line of the rope holding cord of rope is kept using spacing. In addition, when folding pleated curtain by lifting gear (not shown), as shown in Figure 15-1 (e), spacing keeps rope to be folded into Z-shaped Shape.At this point, it is kept in spacing on the prominent position in each layer line shape portion 21 of the vertical rope of rope 6, relative to the anticreep kept by pleat line Part, vertical rope are rotated and to laterally fully tilting, and therefore, vertical rope is fitly folded.This improves appearances when folding Property, and the unnecessary increase of folded size will not be incurred.On the other hand, about the pleated curtain under the prior art, such as Figure 15-1 (f) shown in, since line fixed part 22 is without rotation, the spacing of fixed wired fixed part 22 does not keep the vertical rope of rope 6 also not It is rotated.Therefore, the vertical rope of spacing protection rope 6 occupies very big amplitude in the up-down direction, and cord 2 can not by sufficiently small It folds.As a result, aesthetic appearance when cord 2 folds is poor, the unnecessary increase of folded size can be caused.

22-2. second embodiments (anti-falling piece shaft portion can rotatably engage)

It is illustrated in Figure 15-2.

22-3. thirds embodiment (halliard is alternately inserted into cyclic annular maintaining part)

It is illustrated in Figure 15-3.In the present embodiment, keep useful in being equally spaced on the vertical rope of rope 6 in spacing Maintaining part in the interval for the pleat line 9 for keeping cord 2.Maintaining part is following form：That is, a pair of of rope 136c is made (to show two in figure Root) it is protruded, and before prominent rope from protruding parts P1, P2 that are staggered in the upper and lower directions of vertical rope that rope 6 is kept in spacing End side sets anti-falling piece 136b, and maintaining part 136 annular in shape is consequently formed.

The 4th embodiments of 22-4. (halliard is alternately inserted into tooth side)

It is illustrated in Figure 15-4.

The 5th embodiments of 22-5. (alternately hang down halliard) from the left and right in linear portion

It is illustrated in Figure 15-5.

22-6. sixth embodiments (locking anti-falling piece on the position being staggered in left and right)

It is illustrated in Figure 15-6.

23. viewpoint 23 (retaining member is maintained at the pleat peak potion point of pleat line)

23-1. first embodiments (keep the prominent anti-falling piece of rope) from spacing

It is shown in viewpoint 23：Locking there is anti-falling piece the pleat peak potion point of the pleat line of cord shown in Figure 16-1 (a) is upper Pleated curtain.

23-2. second embodiments (anti-falling piece being connect with halliard insertion portion)

It is illustrated in Figure 16-2.

23-3. thirds embodiment (the multiple anti-falling piece of insert cord)

It is illustrated in Figure 16-3.In the pleated curtain, since when folding, anti-falling piece 138b will not be clamped in fabric, Therefore folded size is small.Variation 1 is shown in Figure 16-3A.

The 4th embodiments of 23-4. (end has the semicircular halliard insertion portion of anti-falling piece)

It is illustrated in Figure 16-4.

24. viewpoint 24 (spacing keeps restricting or the anti-falling piece of halliard insertion portion is staggered and is more than two row)

24-1. first embodiments (keep rope to be staggered in left-right direction and keep anti-falling piece) from a spacing

In the present embodiment, it shows to keep the vertical rope of rope 6 relative to spacing with edge left and right during main view as Suo Shi Figure 17-1 Direction maintains the pleated curtain of anti-falling piece in a manner that two arrange.

Second embodiment is shown in Figure 17-2.

Third embodiment is shown in Figure 17-3.

4th embodiment is shown in Figure 15-6.

25. viewpoint 25 (before and after cord setting halliard and limit the movement of cord)

25-1. first embodiments

In the present embodiment, it shows and is separated setting lifting in cord the pleated curtain as shown in Figure 17-7 The pleated curtain restricted and limited towards movement in the front-back direction cord.

26. viewpoint 26 (spacing that can dismount halliard insertion portion keeps rope)

Show that the spacing that can be dismounted keeps the maintaining part 44 of rope in Fig. 3-2.

27. viewpoint 27 (there are halliards between cord and spacing keep rope)

Each embodiment is enumerated in figure below.

Fig. 1-3, Fig. 1-9, Fig. 1-16, Fig. 2-2, Fig. 2-3, Fig. 8-1, Fig. 8-2, Fig. 8-3, Fig. 8-4, Fig. 8-5, Figure 15-3, Figure 15-5, Figure 15-6.

(spacing keeps interval between the vertical rope of rope and opposite constraint position greatly to before and after cord 28. viewpoint 28 More than width)

In pleated curtain recorded in patent document 5, since the strip width for forming curtain is more than the horizontal rope width of ladder rope, because This, when folding pleated curtain, ladder rope is become larger by plank clamping so as to the folded size of folding direction.(with reference to Figure 17-6 (b), especially It is with reference to folding position 143b, 143c)

Following pleated curtain is shown in viewpoint 28, which is characterized in that：

Have：Suspension strut is in upper beam and can be folded into the cord of zigzag, suspension strut along the vertical direction on described The spacing of beam keeps rope and the multiple maintaining parts being set on the vertical rope of the spacing holding rope；The length of the maintaining part The distance between constraint position on cord, also, the length of the maintaining part are held in more than vertical rope base end part and by maintaining part The front and rear width of cord when degree is formed larger than folding cord.

Also, it is characterized in that：In the maintaining part connecting portion that connect of vertical rope of rope and following is kept with spacing The distance between position is fettered, the front and rear width of cord when being formed larger than folding cord, wherein, which refers to： Vertical rope clamp cord constraint on the opposite side of cord as it is made not move this to same direction in maintaining part Position (contact site contacted with cord of anti-falling piece or the halliard as retaining member contacted with cord contact Portion).

And then feature may be：The constraint position is disposed on being connect with cord for the anti-falling piece of the maintaining part Tactile contact site.

And then feature may be：The maintaining part be by from it is described it is vertical rope annularly protrude linear portion and Formed, with it is described it is vertical rope connection connecting portion be the vertical rope cord contact site, the front end annulus of the maintaining part and The halliard for being inserted into the front end annulus exists as retaining member, which prevents the vertical rope from clipping curtain Cloth comes off on opposite side relative to the cord, and the constraint position is being connect with what the cord contacted for the halliard Contact portion.

And then feature may be：Connecting portion with the vertical rope connection is the threadiness for being connected to the maintaining part Portion and the cord contact site being installed on the base end part of vertical rope.

And then feature may be：It is inserted into the connecting portion of the vertical rope connection in the base of the maintaining part Hold the cord contact site of the second halliard in annulus.

In the pleated curtain, spacing keeps the vertical rope of rope not enter in pleat line, therefore folded size is small.

28-1. first embodiments (fold thicknesses during folding minimize)

First embodiment is shown in Figure 16-1.In the present embodiment, it keeps being formed on the vertical rope of rope 6 in spacing Base end part 136a is formed with linear maintaining part 136d on base end part 136a, and is formed with anticreep in the front end of maintaining part 136d Part 136b, wherein, it keeps the length direction of the vertical rope of rope 6 corresponding with the spacing of each layer of pleated curtain along spacing and is in equally spaced to set It is equipped with soft linear maintaining part 136d.Anti-falling piece 136b is inserted into cord 2 and is engaging on the pleat line 9 of cord 2.Anti-falling piece The contact site of 136b and cord pleat line is so that anti-falling piece will not keep the side of the vertical rope side movement of rope relative to cord to spacing Formula fetters maintaining part 136d.Fettering the part of maintaining part becomes constraint position.

The spacing keeps rope that can prevent anti-falling piece from declining due to the dead weight of cord pleat line, so as to keep each layer of cord Interval between pleat line.When the lifting gear using cord (not shown) folds cord, it is folded into as shown in Figure 16-1 (b) Maintaining part 136d is held between fabric.Here, as shown in Figure 16-1 (b), spacing keeps the maintaining part 136d and anticreep of rope Interval (B) between the link position of part 136b and the link position of maintaining part 136d and base end part 136a, is formed as 2 folding of cord It is more than the front and rear width (A) when folded.(being identical in Figure 16-1)

In the pleated curtain, when folding cord, the maintaining part of rope and vertical rope is kept not to be introduced into fabric with spacing The mode of (being in this embodiment the left in figure) is folded, therefore folded size is small.In addition, being not provided with base end part 136a and When being formed as directly forming this form of maintaining part 136d from vertical rope is prominent, indulging rope becomes base end part, also, so that the base of vertical rope The distance between end constraint position opposite with clipping cord (interval (C) in Figure 17-5 (e)) is the mode structure more than (A) Into maintaining part.

28-2. second embodiments (vertical rope does not enter the pleated curtain in pleat line)

Second embodiment is shown in Figure 17-5 (a) and Figure 22-16.It, will in the embodiment as shown in Figure 22-16 Being set to spacing keeps the insertion of cyclic annular maintaining part 7 of rope 6 to be set in the inserting hole 18 on the pleat line 17 of cord 2.In this embodiment, Spacing keeps being provided with distance L1 between the vertical rope of rope and pleat line 17.

When rising to fold cord by making halliard 5, maintaining part 7 is held on fabric as shown in Figure 17-5 (a) Between mode folded.Here, as shown in Figure 17-5 (a), spacing keeps the maintaining part 7 of rope to be configured to：As maintaining part 7 The halliard at constraint position and the contact of outside (side for the halliard that hangs down) pleat line and base end part (being vertical rope herein) it Between front-rear direction on interval (B), for cord 2 fold when front and rear width (A) more than.At this point, the front end of maintaining part is in ring Shape (front end annulus), and the halliard 5 with being inserted into cricoid maintaining part 7 together constitutes with retaining member.In addition, halliard 5 contact site contacted with cord 2 is constraint position.

In the pleated curtain, the maintaining part of rope and vertical rope is kept not to be introduced into fabric with spacing when cord is folded (being in this embodiment the left in figure) mode is folded, therefore folded size is small.

Figure 17-5 (b) is the variation of Figure 17-5 (a), hang down at the both ends of Figure 22-21~Figure 22-23 position or figure All layers shown in 22-24, Figure 22-26, which are equipped in the pleated curtain of maintaining part 7, is applicable in this viewpoint.As shown in Figure 17-5 (b), It is configured to away from the maintaining part 7 of rope is kept：The contact and base end part of halliard and the pleat line at the constraint position as maintaining part 7 it Between front-rear direction on interval (B), for cord 2 fold when front and rear width (A) more than, therefore, when folding cord, with The mode that will not be introduced into fabric (being in this embodiment the left in figure) away from the maintaining part for keeping rope and vertical rope is folded, because And folded size is small.

Figure 17-5 (c) is the variation of Figure 17-5 (a), this viewpoint is applicable in the pleated curtain shown in Figure 22-17.Such as figure Shown in 17-5 (c), spacing keeps the maintaining part 7 of rope to be configured to：As the constraint halliard at position of maintaining part 7 and connecing for pleat line Interval (B) on front-rear direction between point and base end part is more than the front and rear width (A) when cord 2 folds, therefore, is rolling over During folded cord, the maintaining part of rope and vertical rope is kept not to be introduced into fabric the side of (in this embodiment for the left in figure) with spacing Formula is folded, thus folded size is small.

Second implementation is shown in Fig. 1-3, Fig. 1-11A~Fig. 1-16, Fig. 3-5, Fig. 5-1, Fig. 6-7, Fig. 7-1, Figure 17-5 Mode.The pleated curtain that there is spacing to keep rope 6 and anti-falling piece in the both sides of cord 2 is shown in each figure.It, can in the pleated curtain It is more than front and rear width when soft linear portion is configured to fold to cord 2 greatly.The cord folded size of the pleated curtain is small.

29. viewpoint 29 (the halliard insertion portion for using bail)

29-1. first embodiments (the halliard insertion portion for using Type B bail)

It is illustrated in Figure 18-1.It in the present embodiment, will be by carrying out insertion change to fabric as shown in Figure 18-1 (a) Shape is processed and fixed linear elastic deformation part (cord including " bail " threadiness portion runs through component 150) is maintained at cord 2 Pleat line 9 on.

In the manufacturing process of the pleated curtain, without the shape on cord 2 in advance of the processing by using bail (staple) Into the inserting hole of halliard insertion portion, the formation of halliard inserting hole and the shape of halliard insertion portion just can be simultaneously carried out Into, therefore efficient and easy progress.

29-2. second embodiments (the halliard insertion portion for using S type bails)

It is illustrated in Figure 18-2.

29-3. thirds embodiment (forms halliard insertion portion) using injection molded on resin matrix

It is illustrated in Figure 18-3.

The 4th embodiments of 29-4. (use the halliard insertion portion of mushroom-shaped bail)

It is illustrated in Figure 18-4.

The 5th embodiments of 29-5. (the halliard insertion portion for using M type bails)

It is illustrated in Figure 18-5.

29-6. sixth embodiments (manufacturing method of halliard insertion portion that bail is made to communicate in the up-down direction)

It is illustrated in Figure 18-6.In the embodiment, show that bail is made to be inserted into cord 2 and the manufacture shaped along the vertical direction Method.

30. viewpoint 30 (keeps restricting and connects or engage, cord can not made longitudinally curved with halliard insertion portion or spacing Run through end through the tapering cord of cord and front end in the case of song)

30-1. first embodiments (use the cyclic annular pin with flexible deformation portion)

It is illustrated in Figure 18-7.

30-2. second embodiments (the cyclic annular maintaining part with needle-shaped front end)

It is illustrated in Figure 18-8 (a)~(e).Variation 1 is shown in Figure 18-8 (f)~(i).

30-3. thirds embodiment (maintaining part that needle-shaped front end is stopped up and is strengthened)

It is illustrated in Figure 18-9 (a)~(c).Variation 2 is shown in Figure 18-9 (d), (e).

The 4th embodiments of 30-4. (keeping method for the maintaining part for flattening sharp front end)

It is illustrated in Figure 18-10.

The 5th embodiments of 30-5. (are fitted into needle-shaped front end and the maintaining part kept)

It is illustrated in Figure 18-11 (a)~(d).Variation 1 is shown in Figure 18-11 (e).It is shown in Figure 18-11 (f) Variation 2.Variation 3 is shown in Figure 18-11 (g).

31. viewpoint 31 (component that the pleat line of cord is gripped and kept)

31-1. first embodiments (the halliard insertion portion that cord is fixed on by the flexible deformation of itself)

It is illustrated in Figure 18-12.In the present embodiment, halliard insertion portion 173a, which has, prevents cord 2 and halliard The component of insertion portion 173a relative movements.Variation 1 is shown in Figure 18-12 (e).Variation 2 is shown in Figure 18-12 (f).

33. viewpoint 33 (being in flatly to support underbeam before and after pleated curtain)

33-1. first embodiments (halliard is inserted into halliard insertion portion)

The stereogram of the pleated curtain of first embodiment is shown in Figure 19-1.The anti-falling piece 23 of maintaining part 7, which is configured, to be turned over The cord 2 of folding part 9a is clamped from upper and lower surface, also, is fixed by using the engagement of the cord fabric of deposition progress On folding portion 9a.

33-2. second embodiments (halliard is inserted into the maintaining part that spacing keeps rope)

The stereogram of present embodiment is shown in Figure 19-3 (a).

34. viewpoint 34 (reduces or omits joint portion)

34-1. first embodiments (make the anti-falling piece of halliard insertion portion become smaller)

It is illustrated in Figure 19-2 (a)~(e).In the present embodiment, in the pleat line 9 of 2 one side in the front-back direction of cord Upper formation folding portion 9a.It, can by having the inside of the folding portion 9a of one fixed width to keep anti-falling piece 23 in the longitudinal direction Keep halliard insert component 25.

34-2. second embodiments (make the anti-falling piece that spacing keeps the maintaining part of rope become smaller)

It is illustrated in Figure 19-3.

34-3. thirds embodiment (manufacturing method of halliard insertion portion)

It shows to form the manufacturing method of the cord of halliard insertion portion 2 in Figure 20-1 (a)~(f).

The 4th embodiments of 34-4. (keep anti-falling piece) using bail

It is illustrated in Figure 20-3.

Claims

1. a kind of pleated curtain, which is characterized in that

Have：

Cord can be folded into zigzag,

Halliard sets along the direction vertical with the pleat line of the cord, and can be moved relative to the cord It is dynamic and

Cord runs through component, has the front-rear direction along the cord through the soft linear portion of the cord；

The threadiness portion becomes the halliard maintaining part that the halliard is kept directly or via other component；

The cord is configured to through component：It prevents the direction that the halliard is directed away from the cord mobile and causes described Linear portion comes off from the cord.

2. pleated curtain as described in claim 1, which is characterized in that

The halliard maintaining part have it is following 1)~4) in any composition：

1), the threadiness portion itself encases the side periphery of the halliard；

2), the side periphery of the halliard is encased through the other parts of component using the threadiness portion and the cord；

3), the side periphery of the halliard is encased using the through-Penetration portion in the threadiness portion and the cord；

4), run through the other parts of component and the through-Penetration portion of the cord by the liter using the threadiness portion, the cord The side periphery of drop rope encases.

3. pleated curtain as claimed in claim 1 or 2, which is characterized in that

The cord runs through component itself with the anti-falling piece that the threadiness portion comes off from the cord is prevented, alternatively, described Cord plays a role through component together with other component as retaining member.

4. pleated curtain as claimed in claim 3, which is characterized in that

The cord is equipped with the anti-falling piece through component on the one end in the threadiness portion or both ends,

When the cord is folded, the anti-falling piece and retaining member will not be clipped in the pleat line of the cord.

5. pleated curtain as claimed in claim 3, which is characterized in that

The halliard maintaining part is configured with the anti-falling piece by the side of the pleat line of cord side surface side in the front-back direction Or retaining member；

The cord is run through from the anti-falling piece or retaining member in the threadiness portion, and at least extends to the cord front and back To opposite side surface side pleat line side by；

The halliard maintaining part will be from the pleat line of the opposite side surface side using the through-Penetration portion of the threadiness portion and the cord The side periphery of the halliard to hang down by side encases；

Halliard is held between the pleat line of the opposite side surface side and the threadiness portion.

6. the pleated curtain as described in any one of claim 1,2,4 and 5, which is characterized in that

The cord is fabric；

The threadiness portion forms the halliard through the cord in the case where not cutting off the line for forming the fabric and protects Hold portion.

7. pleated curtain as claimed in claim 3, which is characterized in that

The cord is fabric；

8. pleated curtain as claimed in claim 3, which is characterized in that

The cord is for the spacing at the interval between the pleat line of the cord to be kept to keep rope through component；

The anti-falling piece is the vertical rope that the spacing keeps rope.

9. pleated curtain as described in claim 4 or 5, which is characterized in that

The anti-falling piece is the vertical rope that the spacing keeps rope.