WO2019192161A1 - 一种纵向尺寸可调的窗帘及其制造方法 - Google Patents

一种纵向尺寸可调的窗帘及其制造方法 Download PDF

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Publication number
WO2019192161A1
WO2019192161A1 PCT/CN2018/111128 CN2018111128W WO2019192161A1 WO 2019192161 A1 WO2019192161 A1 WO 2019192161A1 CN 2018111128 W CN2018111128 W CN 2018111128W WO 2019192161 A1 WO2019192161 A1 WO 2019192161A1
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WO
WIPO (PCT)
Prior art keywords
curtain
splicing
fixed
strip
fastening
Prior art date
Application number
PCT/CN2018/111128
Other languages
English (en)
French (fr)
Inventor
马英俊
Original Assignee
杭州中家尚实业有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 杭州中家尚实业有限公司 filed Critical 杭州中家尚实业有限公司
Priority to DE212018000377.7U priority Critical patent/DE212018000377U1/de
Publication of WO2019192161A1 publication Critical patent/WO2019192161A1/zh

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    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47H—FURNISHINGS FOR WINDOWS OR DOORS
    • A47H2/00—Pelmets or the like
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47H—FURNISHINGS FOR WINDOWS OR DOORS
    • A47H23/00—Curtains; Draperies
    • A47H23/02—Shapes of curtains; Selection of particular materials for curtains
    • A47H23/04—Shapes of curtains
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47H—FURNISHINGS FOR WINDOWS OR DOORS
    • A47H23/00—Curtains; Draperies
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47H—FURNISHINGS FOR WINDOWS OR DOORS
    • A47H23/00—Curtains; Draperies
    • A47H23/02—Shapes of curtains; Selection of particular materials for curtains

Definitions

  • the present invention relates to a woven fabric, and more particularly to a curtain having an adjustable longitudinal dimension and a method of manufacturing the same.
  • the prefabricated lifting curtain frame can solve the problem of indefinite length of the curtain and can be mass-produced. And application, but because the structure of the curtain frame is complex and costly, and for the sake of aesthetics, it is necessary to process a certain height of the baffle structure to cover the structure of the curtain frame, so that the practical application amount is much smaller than that obtained by the above method (1). curtain.
  • the curtain structure is designed as disclosed in the patent documents disclosed in the publications CN103110331A, CN107669080A, etc., that is, the curtain structure includes the upper curtain, the lower curtain and the use.
  • the transverse flexible splicing assembly includes a first splicing portion fixed on the upper slat and is fixed on the lower slat and cooperates with the first splicing portion to detachably splicing the upper and lower slats
  • the second splicing portion wherein the lateral flexible splicing component generally adopts a structure such as a zipper, a buckle, and a Velcro.
  • the chain, the velcro, and the buckle correspond to the first and second splicing portions.
  • the curtains designed with this structure can not only facilitate the removal and cleaning of the curtain fabric, but also replace the curtain fabrics with different structures, functions or surface patterns according to the change of the environment and the use of the environment, for example, in the summer. Window curtains are used to improve ventilation or to be replaced with one-way perspective curtains to improve indoor privacy; however, the manner in which these curtains are made continues the three manufacturing habits described above.
  • the object of the present invention is to provide a curtain which can be adjusted in longitudinal direction by improving the structure of the lateral flexible splicing assembly thereof, so as to realize mass production;
  • Another object of the present invention is to provide a method that can be used to manufacture the above-described window coverings.
  • the curtain provided by the present invention comprises an upper curtain and a lower panel, the upper panel and the lower panel are detachably spliced by a lateral flexible splicing assembly;
  • the lateral flexible splicing assembly comprises a first fixed on the upper panel a splicing portion, and a second splicing portion fixed on the lower slat and engaging with the first splicing portion to detachably splicing the upper and lower slats; one of the first splicing portion and the second splicing portion is provided with a plurality of One is alternatively joined to splicing the splicing positions of the curtains of different longitudinal dimensions.
  • the structure of the lateral flexible splicing assembly of the drapes having the upper and lower splicing structures is improved, in particular, a plurality of positions in the longitudinal direction are set on at least one of the first splicing portion and the second splicing portion of the lateral flexible splicing assembly.
  • Different splicing positions so that the other splicing portion can be fixed on the predetermined splicing position in an alternative manner, so as to realize the adjustment of the size of the curtain in the longitudinal direction, so that the processing of the curtain does not need to be known as in the prior art.
  • the precise height of the curtains can be customized, and the curtains can be mass-produced in the factory.
  • the specific scheme is that the joint portion having multiple splicing positions is a planar splicing structure, a plurality of strip splicing structures or a plurality of rows of splicing structures.
  • the technology of these splicing structures is mature, easy to purchase, and effectively reduces the technical difficulty and cost of mass production.
  • the upper curtain is a curtain and the lower curtain is a curtain body.
  • the upper and lower slat structure it can usually be designed into a two-piece structure or three or more structures according to requirements; and in the two-piece structure, it can be set as a short and long structure composed of a curtain head and a curtain body, and is arranged in the upper and lower half.
  • the upper and lower substantially equal-length structures of the slats are arranged, or the upper and lower short structures composed of the curtain body and the curtain tail; in the technical solution, the upper short and long structures composed of the curtain and the curtain body are selected to make the horizontal
  • the position of the flexible splicing component in the longitudinal direction is closer to the position of the curtain rod, and the expansion effect of the horizontal flexible splicing component in the lateral direction can be effectively reduced when the curtain fabric is slid to reduce the occlusion area of the curtain in the lateral direction, and can be used.
  • the curtain is better folded during the process.
  • one splice portion is a planar splice structure
  • the other splice portion is a strip splice structure
  • a plurality of laterally disposed joint alignment strips are disposed on the joint surface of the planar splice structure.
  • One splicing portion is arranged in a strip shape, and the other is arranged in a plane shape, which can effectively reduce the lateral restoring force of the lateral flexible splicing component during the curtain folding process while acquiring a plurality of splicing positions; in addition, through the surface splicing portion
  • a plurality of joint alignment strips arranged in the lateral direction are disposed on the joint surface, which can improve the precision in the process of adjusting the height to improve the adjustment speed.
  • the first splicing portion is a surface-shaped fastening cloth
  • the second splicing portion includes a fastening tape having hook bristles.
  • the soft fastening cloth is used as the splicing portion for providing a plurality of splicing positions
  • the fastening tape is selected as the other splicing portion, which can effectively reduce the lateral restoring force of the lateral flexible splicing component during the curtain folding process, and facilitate the first splicing.
  • the bonding surface of the fastening cloth is provided with a plurality of adhesive alignment strips arranged in a lateral direction.
  • the alignment strip is attached to the joint surface to cover the partial joint surface, and the belt joint structure cannot be engaged with the partial joint surface by covering the partial joint surface for better and more accurate jointing.
  • Splicing operation the alignment strip is a rubber strip, which is convenient for fixing the joint alignment strip on the joint surface; the alignment strip is a colored strip structure for easy identification and alignment; the rubber strip is fixed to the joint of the joint portion by pressure molding On the surface; it is possible to better perform the batch formation while better fixing the joint alignment strip at a predetermined position.
  • the first splicing portion is disposed on the sunny side of the upper slat, and the peripheral portion of the first splicing portion is fixed on the upper slat by a suture; the lower end portion of the upper slat is fixed for covering Seam structure of the seams.
  • one splice includes more than one row of hooks, and the other splice includes more than one row of supports for the hooks; at least one of the hooks and the supports is in multiple rows.
  • the detachable splicing is performed by the hook and the supporting member, and the hook and the supporting member can be disposed in a discrete fixing structure, thereby effectively reducing the lateral restoring force of the lateral flexible splicing assembly to the curtain during the folding process.
  • the hook is a shrink-type elastic hook, which effectively improves the connection stability between the hook and the support member;
  • the support member is a flexible line fixed on the curtain at both ends or a cutting opening provided on the base cloth, supporting
  • the structure of the piece is simple and convenient to manufacture, and can effectively reduce the lateral restoring force of the lateral flexible splicing component;
  • the number of rows of the support members is multiple rows, and the number of rows of the hooks is a single row, which can effectively reduce the lateral restoring force of the lateral flexible splicing component, and The cost can be reduced;
  • the hook is fixed on the upper end of the lower panel.
  • joint surface of the splice on the upper panel is a sun-facing surface to facilitate hiding of the splicing assembly from the front view of the window.
  • the first splicing portion is fixed on the lower end portion or the lower end portion and the middle portion of the upper slat, that is, at least fixed on the lower end portion of the upper slat, and the second splicing portion is fixed on the lower slat On the upper end.
  • the window covering is composed of one to four lateral flexible splicing assemblies correspondingly splicing the two slats to the five slats into a set of four to four sets of upper and lower slat structures.
  • the curtain is a pair of upper and lower curtain structures which are spliced into a group by two transverse flexible splicing assemblies or two splicing splicing into two sets of upper and lower slat structures by two transverse flexible splicing assemblies.
  • the manufacturing method of the curtain comprises a preparation step and a fixing step; and the preparing step comprises preparing the upper curtain, the lower curtain, the fastening cloth and the hook with the hook hair according to the predetermined size.
  • the fixing step includes fixing the fastening cloth on the side of one of the curtains, and fixing the fastening tape on the side of the other side of the curtain; the bonding surface of the fastening cloth is pre-fixed
  • the adhesive alignment strips are arranged in the lateral direction, or after the fixing step, a plurality of laterally disposed adhesive alignment strips are fixed at predetermined positions on the adhesive face of the fastening cloth.
  • the curtain produced by the above manufacturing method can be mass-produced better than the prior art because of its adjustable size in the longitudinal direction.
  • the fastening cloth is fixed on the sunny side of the upper curtain; the step of fixing a plurality of adhesive alignment strips arranged in the lateral direction comprises pressing the predetermined position of the bonding surface by pressing. Strips of strips arranged in a lateral direction.
  • FIG. 1 is a perspective view of a curtain embodiment 1 and a curtain rod of the present invention
  • Figure 2 is a partial enlarged view of A in Figure 1;
  • FIG. 3 is a schematic structural view of a lateral flexible splicing assembly in Embodiment 1 of a curtain according to the present invention
  • FIG. 4 is a schematic structural view of a lateral flexible splicing assembly in Embodiment 2 of a curtain according to the present invention
  • Figure 5 is a schematic view showing the splicing process in the second embodiment of the curtain of the present invention.
  • FIG. 6 is a schematic structural view of a lateral flexible splicing assembly in Embodiment 4 of the present invention.
  • FIG. 7 is a schematic structural view of a lateral flexible splicing assembly in Embodiment 5 of a curtain according to the present invention.
  • Figure 8 is a perspective view of the curtain embodiment 7 and the curtain rod of the present invention.
  • Figure 9 is a schematic side view showing the structure 8 of the curtain of the present invention and the curtain rod;
  • Figure 10 is a schematic side view showing the structure and the curtain rod of Embodiment 9 of the present invention.
  • Figure 11 is a schematic side view showing the structure 10 of the curtain of the present invention.
  • Figure 12 is a schematic side view showing the structure of the curtain 11 of the present invention.
  • Figure 13 is a flow chart showing the operation of the first embodiment of the method for manufacturing a curtain according to the present invention.
  • the curtain 1 of the present invention comprises an upper panel 2, a lower panel 3 and a transverse flexible splicing assembly 4 for detachably splicing the upper and lower panels.
  • the upper panel 2 is a curtain.
  • the head and the lower panel 3 are curtain bodies, that is, the curtain embodiment of the present invention is spliced into a short and long splicing structure by the curtain head and the curtain body.
  • the lateral flexible splicing assembly 4 includes a fastening tape 41 and a surface-shaped fastening cloth 42 as shown by a hatched portion in the drawing; the fastening tape 41 is fixed to the backlight surface of the lower curtain 3 by a sewing thread.
  • the fastening cloth 42 is fixed on the sunny side of the upper panel 2 by stitches, and at least the peripheral portion of the fastening cloth 42 is sewn on the upper panel 2, so that the lateral flexible splicing assembly 4 can be
  • the front side of the curtain 1 can be well concealed when viewed from the front side, and the entire lateral flexible splicing assembly 4 is located at the position of the curtain, effectively ensuring the overall aesthetics of the window covering.
  • the fastening cloth 42 constitutes the first joint portion in the embodiment
  • the fastening tape 41 constitutes the second joint portion in the embodiment.
  • the hook tape 4 is covered with hooked bristles so that the two can be detachably bonded.
  • the fastening cloth 42 is fixed on the lower end portion and the middle portion of the curtain, and the lower edge is flush with the lower end edge of the curtain; the fastening tape 41 is fixed on the upper end portion of the curtain body, and The upper edge is flush with the upper edge of the curtain body.
  • a joint is a planar joint structure.
  • the hook and loop fastener 41 separated from the fastening cloth 42 is adjusted in the longitudinal direction and then bonded to the corresponding position of the fastening cloth 42 to thereby perform the spacing between the upper edge and the lower edge of the curtain 1. Adjustment, that is, the longitudinal dimension of the curtain 1 is adjusted to match the height requirement of the actual installation scene.
  • the adhesive region of the fastening cloth 42 in the longitudinal direction is a continuously arranged planar splicing structure, there are theoretically numerous splicing positions thereon, and the positional differences of the splicing positions in the longitudinal direction are obtained. Can be any value.
  • the curtain 1 of the present invention comprises an upper panel 2, a lower panel 3 and a transverse flexible splicing assembly 4 for detachably splicing the upper and lower panels.
  • the upper panel 2 is a curtain.
  • the head and the lower panel 3 are curtain bodies, that is, the curtain embodiment of the present invention is spliced into a short and long splicing structure by the curtain head and the curtain body.
  • the lateral flexible splicing assembly 4 includes a fastening tape 41, a surface-shaped fastening cloth 42 shown in the shaded portion in the figure, and a rubber strip 43 disposed in the lateral direction, which is utilized during the bonding process of the fastening tape 41 and the fastening cloth 42.
  • the strips align the bonding locations, i.e., the strips 43 form the adhesive alignment strips in this embodiment.
  • the fastening tape 41 is fixed on the backlight surface side of the lower curtain 3 by a suture; the fastening cloth 42 is fixed on the sunny side of the upper curtain 2 by a suture, so that the lateral flexible splicing component 4 can be It can be well concealed when viewed from the front side of the curtain 1, and the entire lateral flexible splicing assembly 4 is located at the position of the curtain, effectively ensuring the overall aesthetics of the curtain.
  • the rubber strip 43 is pressed onto the adhesive surface of the fastening cloth 42 in a pressure-bonding manner, that is, it is attached to the joint surface of the fastening cloth 42 to cover the partial joint surface so that the fastening tape 41 does not The part of the joint faces is adhesively joined.
  • the fastening cloth 42 and the plurality of rubber strips 43 fixed thereon constitute the first joint portion in the embodiment, and the fastening tape 41 constitutes the second joint portion in the embodiment.
  • the hook and loop fastener 4 is covered with hooked bristles so that the two can be detachably bonded.
  • the fastening cloth 42 is fixed on the lower end portion and the middle portion of the curtain, and the lower edge thereof is flush with the lower end edge of the curtain; the fastening tape 41 is fixed on the upper end portion of the curtain body. And the upper end edge is flush with the upper end edge of the curtain body.
  • the rubber strip 43 divides the joint surface of the surface fastener cloth 42 into a plurality of strip-shaped fastening cloth regions arranged in the lateral direction, that is, is divided into a plurality of discontinuous joint surface regions, and the joint surface regions are divided into a plurality of discontinuous joint surface regions.
  • the first splicing portion is a plurality of strip splicing structures, and the number of strip splicing structures is set according to an actual application scenario, in this embodiment. It is 5 or more.
  • the fastening tape 41 separated from the fastening cloth 42 is adjusted in the longitudinal direction and then bonded to the corresponding joint surface area, thereby adjusting the spacing between the upper end edge and the lower end edge of the window covering 1.
  • the purpose is to adjust the longitudinal dimension of the curtain 1 to match the height requirements of the actual installation scenario.
  • the alignment process of the fastening process of the fastening tape 41 is realized by the upper edge or the lower edge of the fastening tape 41 being correspondingly aligned with the lower edge or the upper edge of the rubber strip 43.
  • each strip 43 can provide alignment for the two splices, meaning that in this embodiment, the number of splices that can be provided is at least twice that of the strip, of course, for the upper and lower edges of the clasp 42
  • the strip 43 can only provide alignment for one splice position; for a portion of the joint surface area that is larger in size in the longitudinal direction than the hook and loop fastener 41, that is, the distance between the two strips 43 is greater than the portion of the hook and loop strip 41, these regions are also A portion of the continuously adjustable splicing position can be provided. For these splicing positions, the strip 43 can be used for reference alignment.
  • the curtain 1 of the present invention comprises an upper panel 2, a lower panel 3 and a transverse flexible splicing assembly 4 for detachably splicing the upper and lower panels.
  • the upper panel 2 is a curtain.
  • the head and the lower panel 3 are curtain bodies, that is, the curtain embodiment of the present invention is spliced into a short and long splicing structure by the curtain head and the curtain body.
  • the lateral flexible splicing assembly 4 includes a fastener chain 41, a base fabric 42, a plurality of fastener belts 43 fixed to the base fabric 42, and a zipper head not shown, the length of the fastener chain 41 and the fastener belt 43
  • the zipper heads are slidably mounted on the fastener chain 41, that is, the fastener chain 41, the zipper head and one of the fastener belts 43 together form an open zipper.
  • the base fabric 42 is fixed on the light-facing side of the upper curtain 2 by stitching, and the fastener belt 41 is fixed on the back side of the lower panel 3 by stitching, so that the lateral flexible splicing assembly 4 can be It can be well concealed when viewed from the front side of the curtain 1, and the entire lateral flexible splicing assembly 4 is located at the position of the curtain, effectively ensuring the overall aesthetics of the curtain.
  • the base fabric 42 and the plurality of fastener belts 43 fixed thereon constitute the first joint portion in the embodiment, and the fastener belt 41 and the slide fastener together constitute the second joint portion in the embodiment, and
  • the base fabric and the plurality of fastener belts 43 constitute a plurality of strip-like splicing structures.
  • the zipper head Based on the open zipper formed by the fastener chain 43, the zipper head and the fastener chain 41, one of the fastener belts 43 is selected, and the zipper head is used to control the opening and closing with the fastener belt 41, so that the curtain body and the curtain can be Removably engage.
  • the base fabric 42 is fixed to the lower end portion and the middle portion of the curtain, and the fastener belt 41 is fixed to the upper end portion of the curtain body.
  • one of the fastener belts 43 is selected to be closed with the fastener chain 41, thereby adjusting the spacing between the upper edge and the lower edge of the curtain 1, that is, the longitudinal direction of the curtain 1
  • the dimensions are adjusted to match the height requirements of the actual installation scenario.
  • the different positions of the fastener tapes 43 on the base fabric 42 constitute a splicing position equal to the number of the fastener tapes 43.
  • the spacing between the fastener belts 43 is equally spaced in the present embodiment, and the number is more than 10; of course, according to the size statistics of the curtain 1 in the actual scene, for different length ranges Curtains are set according to the statistical probability of position.
  • a plurality of rows of buckles 43 fixed to the base fabric 42 are used in place of the fastener chain of the above-described curtain embodiment 3, and a row of buckles 41 fixed on the upper end portion of the lower curtain 3 is used instead of the above-mentioned curtains.
  • the fastener tape and the zipper head that is, in the embodiment, the base fabric 42 and the plurality of rows of buckles 43 fixed thereon constitute the first splicing portion in the embodiment, and the row of buckles 41
  • the second splicing portion in the embodiment is constructed, and the base fabric 42 and the plurality of rows of buckles 43 constitute a plurality of rows of block splicing structures.
  • the detachable lap joint between the upper curtain 2 and the lower panel 3 is achieved by selecting the buckle 41 and a row of the buckles 43 therein, thereby realizing the adjustment of the size of the curtain 1 in the longitudinal direction.
  • the buckle 41 and the buckle 43 can be configured by using a magnetic buckle or a male and female buckle.
  • the different positions of the buckles 43 on the base fabric 42 constitute a splicing position equal to the number of rows of the buckles 43.
  • the fastener chain in the above-described curtain embodiment 3 is replaced by a row of hooks 41 fixed on the upper end portion of the lower panel 3.
  • the fastener chain and the zipper head that is, in the embodiment, the base fabric 42 and the plurality of rows of transverse cutting openings 43 fixed thereon constitute the first splicing portion in the embodiment.
  • the row hooks 41 constitute the second joint portion in the present embodiment, and the base fabric 42 and the plurality of transverse cut openings 43 constitute a plurality of rows of block-like splicing structures.
  • the hook 41 is a shrink-type elastic hook, and a closed-type elastic hook is further used.
  • the transverse cutting opening 43 is used for hanging the hook 41 in this embodiment. Support for the support.
  • the cutting size and shape of the transverse cutting opening 43 are selected according to the size and shape of the hook. The figure is only a schematic view and does not represent the shape and size of the cutting opening.
  • the detachable splicing between the upper slat 2 and the lower slat 3 is achieved by selecting the hook 41 and a row of transverse slits 43 therein to achieve detachable splicing of the drapes 1 in the longitudinal direction.
  • the horizontal line cutting openings 43 are arranged at different rows on the base fabric 42 to form a splicing position equal to the number of rows of the transverse cutting openings 43.
  • the transverse cutting opening 43 is replaced with a flexible line secured to the base 42 at both ends to form a support that cooperates with the hook 41.
  • a skirt structure 6 for covering the seam between the upper curtain 2 and the lower panel 3 is fixed on the lower end portion of the upper panel 2 to improve the overall coordination of the entire curtain 1. And beautiful.
  • the upper panel 2 is a curtain body
  • the lower panel 3 is a curtain tail. That is, the curtain 1 of the present invention is an upper long and short splicing structure composed of a curtain body and a curtain tail through the lateral flexible splicing assembly 4.
  • the upper panel 2 and the lower panel 3 are both semi-curtains, that is, the two are substantially equal in length in the longitudinal direction, that is, the curtain 1 of the present invention is composed of the upper and lower half panels through the transverse flexible splicing assembly 4. Long splicing structure of roughly equal length.
  • the first splicing portion 5 is located on the sunny side of the upper panel 2, and the back side of the first splicing portion 5 is the joint surface, that is, the lower panel 3 is located on the back side of the first splicing portion and is located on the upper curtain. Between the sheet 2 and the first splicing portion 5, the first splicing portion 5 can be used to occlude the splicing portion of the upper and lower slats on the sunny side.
  • the upper end edge of the first splicing portion 5 is fixed to the upper slat 2 by a suture, and the side edges are detachably connected by a buckle, a zipper or a Velcro.
  • the first splicing portion 6 is located on the sunny side of the upper slat 2
  • the male side of the first splicing portion 6 is the engaging surface
  • the upper side of the lower slat 3 is fixed on the upper slat 2
  • the side visor 7 that is, the lower slat 3 is located on the sunny side of the first splicing portion 6 and is based between the visor 7 and the first splicing portion 6 .
  • the upper end edge of the visor 7 is fixed to the upper panel 2 by a stitch, and the side edges are detachably connected by a buckle, a zipper or a Velcro.
  • the reference strip stitched to the hook fabric is used in place of the strip to provide a reference alignment for the bonding process of the hook and loop fastener, and the reference line constitutes the adhesive alignment strip in this embodiment.
  • a method for manufacturing a window covering as shown in Figures 3 and 4 includes the following steps:
  • the upper curtain 2, the lower curtain 3, the fastening cloth 42 and the fastening tape 41 having the hooked hair are prepared in accordance with the predetermined size.
  • the fastening cloth 42 is sewn to the male side of the upper curtain by stitching, and the fastening tape 41 is sewn and fixed on the back side of the lower panel.
  • a plurality of strips 43 arranged in the lateral direction are pressed at a predetermined position on the bonding surface of the fastening cloth 42 by pressure molding.
  • the method for manufacturing the window covering as shown in FIGS. 3 and 4 includes the following steps:
  • the upper curtain 2, the lower curtain 3, the fastening cloth 42 and the fastening tape 41 having the hooked hair are prepared in accordance with the predetermined size.
  • a plurality of strips arranged in the lateral direction are fixed in advance on the adhesive surface of the fastening cloth 42 , and the rubber strip is formed by pressing or bonding a adhesive strip at a predetermined position, thereby omitting the above embodiment
  • the fastening cloth 42 is sewn to the male side of the upper curtain by stitching, and the fastening tape 41 is sewn and fixed on the back side of the lower panel.
  • the stitching step S2 constitutes a fixing step for fixing the fastening cloth to the curtain in the embodiment, wherein the fixing scheme is not limited to the suture stitching in the above embodiment. It can also be fixed by a fixing scheme such as bonding and fastening; the selection of the alignment strip is not limited to the strip in the above embodiment, and the suture or button with a different color from the hooking cloth can also be used. It can be stitched or bonded with a hook and loop strip. For the stitching, it can be sewn with thick thread. For the strip, it is not only fixed by the pressing method, but also by bonding, stitching, etc. Fix it.
  • the two curtain structures for splicing the upper and lower panels by one transverse flexible splicing assembly are listed, but the selection of the number of the panels is not limited to the above embodiments.
  • three panels or four or more panels may be used for assembly.
  • two adjacent panels constitute a set of upper and lower panels, and the set of upper and lower panels are detachable by a transverse flexible splicing assembly.
  • connection thereby constituting a multi-curtain structure spliced by two or more transverse flexible splicing components, preferably one to four sets of upper and lower slat structures composed of two to five slats, further preferably two slats It is composed of a set of upper and lower slat structures or consists of three slats having two sets of upper and lower slat structures.
  • the detachable splicing structure in the lateral flexible splicing assembly is not limited to the structure in the above embodiments. When a zipper, buckle or hook is selected as the splicing component, it can be directly fixed on the upper curtain and the base fabric is omitted.
  • a color strip structure that is, a purely transparent structure
  • an alignment strip of a different color from the hook-and-loop cloth is used to improve the alignment efficiency.
  • a plurality of rows of structures may be disposed on the lower panel, and a single row of structures may be disposed on the upper panel.
  • the fastening cloth is fixed on the lower panel, and the fastening tape is fastened.
  • Fixing on the upper curtain for the curtain structure in Embodiment 4, a single row of buckles is fixed on the upper curtain, and a plurality of rows of buckles are fixed on the lower curtain.
  • the hook is fixed on the upper curtain, and the base fabric provided with the transverse cutting opening is fixed on the lower curtain.
  • the "transverse flexible splicing assembly” is configured as a flexible structure for detachably connecting the connection assembly structure of the upper and lower slats, and can be laterally folded with the curtain when the curtain is folded;
  • "multiple splicing positions” are configured For more than two splicing positions that are different in position in the longitudinal direction of the drapes, it is preferably configured as more than five splicing positions;
  • the "planar splicing structure” is configured to have a plurality of contiguous positions that are continuously arranged without being discrete.

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Abstract

一种纵向尺寸可调的窗帘及其制造方法，属于机织织物技术领域，其中，窗帘（1）包括上帘片（2）与下帘片（3），上帘片（2）与下帘片（3）通过横向柔性拼接组件（4）可拆卸地拼接；横向柔性拼接组件（4）包括固设在上帘片（2）上的第一拼接部，及固设在下帘片（3）上且与第一拼接部配合以可拆卸地拼接上下帘片的第二拼接部；第一拼接部与第二拼接部中，一者上设有多个供另一者择一地接合以拼接出不同纵向尺寸窗帘（1）的拼接位。基于前述横向柔性拼接组件（4）的结构设置，使得窗帘（1）在纵向上尺寸可调，从而能够更好地适应高度规格不统一的建筑，有效地解决了现有窗帘难以批量化生产的问题，可广泛地应用于家居领域。

Description

一种纵向尺寸可调的窗帘及其制造方法 技术领域
本发明涉及一种机织织物，具体地说，涉及一种纵向尺寸可调的窗帘以及该窗帘的制造方法。
背景技术
人们通过在窗户内侧布置窗帘，不仅可隔绝外部视线以保护室内隐私安全，且在夏天时能隔挡部分阳光以避免阳光直射室内而实现隔热目的；而在视线光线偏暗或室温较低时，会通过拉开窗帘以获取阳光而对室内光线和/或室温进行补充。
但是，在实际使用过程中，由于窗户规格高度/楼层规格高度的不统一，或者由于窗帘加工过程难免存在一定误差，或者每层楼板上表面装饰层的施工厚度难以考虑等原因，使在窗帘的实际加工过程中，主要形成以下几种制造习惯：
(1)在工厂中生产出大长段的面料并卷成卷状结构以便于存储及运输，在定做店面接到实际测量尺寸后，根据实际测量尺寸加工定高窗帘布，虽然该方法难以在工厂中进行批量化生产，但仍是目前获取窗帘的最主要方式。
(2)通过在工厂中制作出如公开号为CN207012050U、CN2410952Y、CN2456595Y等专利文献所公开的升降式窗帘架，通过预制升降窗帘架，虽然可解决窗帘长度不定的问题，且能够进行批量式生产及应用，但由于窗帘架的结构复杂且成本高，并为了美观 需加工一定高度的挡板结构以遮挡窗帘架结构，而使其实际应用量远小于采用前述第(1)种方式制得的窗帘。
(3)通过在工厂中制作出如公开号为CN104887034A、CN263859Y等专利文献所公开的卷绕式升降窗帘，与第(2)种解决方案一样，虽然也解决了前述问题且能够进行批量生产与应用，但其难以匹配常规高级帘布，导致其在实际生活中的使用量也远小于采用前述第(1)种方式制得的窗帘，尤其是在家庭等正式场合中的使用量更偏少。
此外，人们为了便于拆洗窗帘布及洗净之后的再安装，将窗帘结构设计成如公开号为CN103110331A、CN107669080A等专利文献所公开的结构，即该窗帘结构包括上帘片、下帘片及用于可拆卸地拼接二者的横向柔性拼接组件，横向柔性拼接组件包括固设在上帘片上的第一拼接部及固设在下帘片上且与第一拼接部配合以可拆卸地拼接上下帘片的第二拼接部；其中，横向柔性拼接组件通常采用拉链、搭扣及魔术贴等结构，此时，链条、魔术贴及搭扣对应构成第一第二拼接部。对于采用该结构设计的窗帘，不仅能便于窗帘布的拆洗及洗净后的再安装，且可根据使用环境及时节的变化而更换不同结构、功能或表面图案的窗帘布，比如在夏天更换成窗纱帘布以提高通风性，或更换成单向透视帘布以提高室内保密性；但是，这些窗帘的制作方式仍延续了前述三种制造习惯。
发明内容
本发明的目的是提供一种窗帘，通过对其横向柔性拼接组件的结构进行改进而使其纵向尺寸可调，以能实现批量化生产；
本发明的另一目的是提供一种可用于制造上述窗帘的方法。
为了实现上述目的，本发明提供的窗帘包括上帘片与下帘片，上帘片与下帘片通过横向柔性拼接组件可拆卸地拼接；横向柔性拼接组件包括固设在上帘片上的第一拼接部，及固设在下帘片上且与第一拼接部配合以可拆卸地拼接上下帘片的第二拼接部；第一拼接部与第二拼接部中，一者上设有多个供另一者择一地接合以拼接出不同纵向尺寸窗帘的拼接位。
通过对具有上下帘片拼接结构的窗帘的横向柔性拼接组件的结构进行改进，具体为在横向柔性拼接组件的第一拼接部与第二拼接部中的至少一者上设置多个在纵向上位置不同的拼接位，从而可通过将另一拼接部以择一方式固定在预定拼接位上，以实现对窗帘在纵向上尺寸的调整，从而在窗帘的加工过程，不用像现有技术一样需知道窗帘的精准高度才能进行定制化加工，而可使窗帘能在工厂中进行批量化制造。
具体的方案为具有多拼接位的拼接部为面状拼接结构、多条条状拼接结构或多排块状拼接结构。这些拼接结构的技术成熟，便于采购，有效地降低批量生产的技术难度与成本。
进一步的方案为上帘片为帘头，下帘片为帘身。对于上下帘片结构，通常可根据需要设计成两片式结构或三片以上结构；而在两片式结构中，可设置成帘头与帘身组成的上短下长结构，设置成上下半帘片组成的上下大致等长结构，或设置成帘身与帘尾组成的上长下短结构；在本技术方案中，选用由帘头与帘身组成的上短下长结构，以使横向柔性拼接组件在纵向上的位置更靠近窗帘杆的位置，能在拉拢窗帘布以减少窗帘在横向上的遮挡面积时，有效地减少横向柔性拼接组件在横向上恢复力的展开效果，可在使用过程中更好地对窗帘进行收拢操作。
优选的方案为一个拼接部为面状拼接结构，另一个拼接部为带状拼接结构，且在面状拼接结构的接合面上设有多条沿横向布置的接合对准条。将一个拼接部设置成带状，另一个设置成面状，在能获取多个拼接位的同时，有效减少横向柔性拼接组件在窗帘收拢过程中的横向恢复力；此外，通过在面状拼接部的接合面上设置多根沿横向布置的接合对准条，可提高调整高度过程中的接准率，以提高调整速度。
另一个优选的方案为第一拼接部为面状的粘扣布，第二拼接部包括具有带钩刺毛的粘扣带。选用柔软的粘扣布作为提供多个拼接位的拼接部，并选用粘扣带作为另一拼接部，不仅能有效地降低横向柔性拼接组件在窗帘收拢过程中横向恢复力，且便于第一拼接部与上帘片之间的固定连接。
更优选的方案为粘扣布的接合面上设有多条沿横向布置的粘合对准条。通过在面状拼接部的接合面上设置多根沿横向布置的接合对准条，可提高调整高度过程中的接准率，以提高调整速度。
另一个更优选的方案为对准条贴合于接合面上而覆盖该部分接合面，通过覆盖部分接合面而使带状拼接结构无法与该部分接合面接合，以更好更准确地进行接合拼接操作；对准条为胶条，便于在接合面上固设接合对准条；对准条为彩色条体结构，便于识别与对准；胶条以压胶方式固设于拼接部的接合面上；能够更好地进行批量化生成的同时，更好地在预定位置上固设接合对准条。
另一个优选的方案为第一拼接部设于上帘片的向阳面侧，第一拼接部的周缘部通过缝线固设在上帘片上；上帘片的下端部上固设有用于遮盖拼接缝的裙边结构。
另一个优选方案为一拼接部包括一排以上的挂钩，另一拼接部包括一排以上的供所述挂钩挂支的支撑件；挂钩与支撑件中，至少一者为多排。采用挂钩与支撑件配合而进行可拆卸地拼接，由于挂钩与支撑件均可设置成离散固定结构，有效地降低横向柔性拼接组件对窗帘在收拢过程中的横向恢复力。
更优选的方案为挂钩为缩口式弹性钩，有效地提高挂钩与支撑件间的连接牢固性；支撑件为两端固设在帘布上的柔性线条或设于基布上的切割口，支撑件的结构简单便于制造，且能有效降低横向柔性拼接组件的横向恢复力；支撑件的排数为多排，挂钩的排数为单排，能有效降低横向柔性拼接组件的横向恢复力，且能降低成本；挂钩固设在下帘片的上端部上。
另一个优选的方案为上帘片上的拼接部的接合面为向阳面，以便于拼接组件在窗帘正面视角上的隐藏。
另一个优选的方案为第一拼接部固设在上帘片的下端部或下端部与中部区域上，即至少固设在上帘片的下端部上，第二拼接部固设在下帘片的上端部上。
另一个优选的方案为窗帘为由一个至四个横向柔性拼接组件对应地对两帘片至五帘片进行拼接成一组至四组的上下帘片结构。
更优选的方案为窗帘为由一个横向柔性拼接组件对两帘片进行拼接成一组的上下帘片结构或由两个横向柔性拼接组件对三帘片进行拼接成两组的上下帘片结构。
为了实现上述另一目的，本发明提供的窗帘的制造方法包括备料步骤与固设步骤；备料步骤包括依据预定尺寸准备上帘片、下帘片、粘扣布及具有带钩刺毛的粘扣带；固设步骤包括将粘扣布固设 在其中一帘片的面侧上，将粘扣带固设在另一帘片的面侧上；粘扣布的粘合面上预先固设多条沿横向布置的粘合对准条，或在固设步骤之后，在粘扣布的粘合面上的预定位置处固设多条沿横向布置的粘合对准条。
通过上述制造方法生产出的窗帘，由于其在纵向上尺寸可调，从而与现有技术相比，能够更好地进行批量化制造。
具体的方案为粘扣布固设在上帘片的向阳面侧上；固设多条沿横向布置的粘合对准条的步骤包括以压胶方式在粘合面的预定位置处压制出多条沿横向布置的胶条。
附图说明
图1为本发明窗帘实施例1及窗帘杆的立体示意图；
图2为图1中A局部放大图；
图3为本发明窗帘实施例1中横向柔性拼接组件的结构示意图；
图4为本发明窗帘实施例2中横向柔性拼接组件的结构示意图；
图5为本发明窗帘实施例2中拼接过程示意图；
图6为本发明窗帘实施例4中横向柔性拼接组件的结构示意图；
图7为本发明窗帘实施例5中横向柔性拼接组件的结构示意图；
图8为本发明窗帘实施例7及窗帘杆的立体示意图；
图9为本发明窗帘实施例8与窗帘杆的侧向结构示意图；
图10为本发明窗帘实施例9与窗帘杆的侧向结构示意图；
图11为本发明窗帘实施例10的侧向结构示意图；
图12为本发明窗帘实施例11的侧向结构示意图；
图13为本发明窗帘制造方法实施例1的工作流程图。
具体实施方式
以下结合实施例及其附图对本发明作进一步说明。
窗帘实施例1
参见图1至图3，本发明窗帘1包括上帘片2、下帘片3及用于可拆卸地拼接上下帘片的横向柔性拼接组件4，在本实施例中，上帘片2为帘头，下帘片3为帘身，即本发明窗帘实施例由帘头与帘身拼接成上短下长的拼接结构。
如图2及图3所示，横向柔性拼接组件4包括粘扣带41及图中阴影部分所示的面状粘扣布42；粘扣带41通过缝线固设在下帘片3的背光面侧上；粘扣布42通过缝线固设在上帘片2的向阳面侧上，粘扣布42上的至少周缘部分缝合在上帘片2上，从而可使横向柔性拼接组件4在从窗帘1正面侧视角观看时能被很好地隐藏，且整个横向柔性拼接组件4位于帘头位置上，有效地确保窗帘的整体美观性。其中，粘扣布42构成本实施例中的第一拼接部，粘扣带41构成本实施例中的第二拼接部。
由于粘扣布42具有布满其粘合面上的柔软纤维圆毛，而在粘扣带4上布满带钩的刺毛，从而可使二者能够进行可拆卸地粘合。
在本实施例中，粘扣布42固设在帘头的下端部及中部区域上，且下边缘与帘头的下端边缘齐平；粘扣带41固设在帘身的上端部上，且上边缘与帘身的上端边缘齐平。
由于粘扣布42在纵向尺寸上大于粘扣带41且可粘合位置连续布置而呈现面状结构，具体选为是粘扣带41的两倍甚至十倍以上，即在本实施例中第一拼接部为面状拼接结构。
在使用过程中，将与粘扣布42分离的粘扣带41沿纵向调整其高度后再粘接至粘扣布42的对应位置上，从而对窗帘1上端缘与下端缘之间的间距进行调整，即对窗帘1的纵向尺寸进行调整，以匹配实际安装场景的高度要求。
在本实施例中，由于粘扣布42在纵向上可粘合区域为连续布置的面状拼接结构，从而使其上具有理论上的无数个拼接位，且这些拼接位在纵向上的位置差异可以为任意值。
在本实施例中，不仅能够实现对窗帘1在纵向尺寸上的调整，且可便于对帘身3在清洗过程中的拆装，且可根据应用场景与时节替换成不同结构或图案的帘身3。
窗帘实施例2
参见图4及图5，本发明窗帘1包括上帘片2、下帘片3及用于可拆卸地拼接上下帘片的横向柔性拼接组件4，在本实施例中，上帘片2为帘头，下帘片3为帘身，即本发明窗帘实施例由帘头与帘身拼接成上短下长的拼接结构。
横向柔性拼接组件4包括粘扣带41、图中阴影部分所示的面状粘扣布42及沿横向布置的胶条43，在粘扣带41与粘扣布42的粘合过程中，利用胶条对粘结位置进行对准，即胶条43构成本实施例中的粘合对准条。其中，粘扣带41通过缝线固设在下帘片3的背光面侧上；粘扣布42通过缝线固设在上帘片2的向阳面侧上，从而可使横向柔性拼接组件4在从窗帘1正面侧视角观看时能被很好地隐藏，且整个横向柔性拼接组件4位于帘头位置上，有效地确保窗帘的整体美观性。胶条43以压胶的方式压制于粘扣布42的粘合面上，即其贴合于粘扣布42的接合面上而对该部分接合面进行覆盖，以使 粘扣带41不与该部分接合面进行粘连接。其中，粘扣布42与固设在其上的多条胶条43一起构成本实施例中的第一拼接部，粘扣带41构成本实施例中的第二拼接部。
由于粘扣布42具有布满其接合面上的柔软纤维圆毛，而在粘扣带4上布满有带钩的刺毛，从而可使二者能够进行可拆卸地粘合。
在本实施例中，粘扣布42固设在帘头的下端部及中部区域上，且其下边缘与帘头的下端缘齐平；粘扣带41固设在帘身的上端部上，且其上端缘与帘身的上端缘齐平。
在本实施例中，胶条43将面状粘扣布42的接合面分割成多条沿横向布置的条状粘扣布区域，即分割成多条不连续的接合面区域，这些接合面区域在纵向尺寸上大于粘扣带41，即在本实施例中，第一拼接部为多条条状拼接结构，对于条状拼接结构的条数根据实际应用场景进行设定，在本实施例中为5条以上。
在使用过程中，将与粘扣布42分离的粘扣带41沿纵向调整其高度后再粘接至对应接合面区域上，从而达到调整了窗帘1的上端缘与下端缘之间的间距的目的，即对窗帘1的纵向尺寸进行调整，以匹配实际安装场景的高度要求。且在纵向尺寸调整的拼接过程中，通过粘扣带41上边缘或下边缘对应地与胶条43的下边缘或上边缘对准来实现对粘扣带41的接合过程进行对准操作，不仅可有效地提高对准率，还可基于粘扣带41与胶条43无法粘合而达到防止第一拼接部与第二拼接部拼接倾斜的效果，即在本实施例中，每条胶条43均可为两个拼接位提供对准，意味着在本实施例中，所能提供的拼接位数量至少为胶条的两倍，当然了，对于紧贴粘扣布42上下端缘设置的胶条43只能为一个拼接位提供对准；对于接合面区域在纵 向上尺寸大于粘扣带41的部分区域，即两胶条43之间的距离大于粘扣带41的部分，这些区域也能提供部分连续可调的拼接位，对于这些拼接位，则可利用胶条43进行参考对准。
窗帘实施例3
参见图4及图5，本发明窗帘1包括上帘片2、下帘片3及用于可拆卸地拼接上下帘片的横向柔性拼接组件4，在本实施例中，上帘片2为帘头，下帘片3为帘身，即本发明窗帘实施例由帘头与帘身拼接成上短下长的拼接结构。
横向柔性拼接组件4包括牙链带41、基布42、多根固设在基布42上的牙链带43及图中未示出的拉链头，牙链带41与牙链带43的长度均沿横向布置，拉链头可滑动地安装在牙链带41上，即牙链带41、拉链头与其中一根牙链带43一起构成开口拉链。其中，基布42通过缝线固设在上帘片2的向光面侧上，牙链带41通过缝线固设在下帘片3的背阳面侧上，从而可使横向柔性拼接组件4在从窗帘1正面侧视角观看时能被很好地隐藏，且整个横向柔性拼接组件4位于帘头位置上，有效地确保窗帘的整体美观性。其中，基布42与固设在其上的多根牙链带43一起构成本实施例中的第一拼接部，牙链带41与拉链头一起构成本实施例中的第二拼接部，且基布与多条牙链带43一起构成多条条状拼接结构。
基于牙链带43、拉链头与牙链带41构成的开口拉链，选择其中一条牙链带43，并使用拉链头控制其与牙链带41的开合，从而可使帘身与帘头能够进行可拆卸地接合。
在本实施例中，基布42固设在帘头的下端部及中部区域上，牙链带41固设在帘身的上端部上。
在使用过程中，根据实际场景中的高度要求，选择其中一条牙链带43与牙链带41进行闭合，从而对窗帘1上端缘与下端缘之间的间距进行调整，即对窗帘1的纵向尺寸进行调整，以匹配实际安装场景的高度要求。
在本实施例中，牙链带43在基布42上的不同布置位置构成与牙链带43的数量相等的拼接位。对于牙链带43之间的间距，在本实施例中为等间距布置，且数量为10条以上；当然了，可以根据对窗帘1在实际场景中的尺寸统计数据，对不同长度范围上的窗帘根据位置统计概率进行设置。
窗帘实施例4
作为对本发明窗帘实施例4的说明，以下仅对于上述窗帘实施例3的不同之处进行说明。
参见图6，利用固设在基布42上多排搭扣43替代上述窗帘实施例3中的牙链带，利用固设在下帘片3的上端部上的一排搭扣41替代上述窗帘实施例3中的牙链带与拉链头，即在本实施例中，基布42与固设在其上的多排搭扣43一起构成本实施例中的第一拼接部，一排搭扣41构成本实施例中的第二拼接部，且基布42与多排搭扣43一起构成多排块状拼接结构。
通过选择搭扣41与其中的一排搭扣43进行可拆卸的搭接，以实现上帘片2与下帘片3之间的可拆卸拼接，从而实现对窗帘1在纵向上尺寸的调整。其中，搭扣41与搭扣43可选用磁性搭扣进行配置或选用公母搭扣进行配置。
在本实施例中，搭扣43在基布42上的不同排布置位置构成与搭扣43的排数量相等的拼接位。
窗帘实施例5
作为对本发明窗帘实施例5的说明，以下仅对于上述窗帘实施例3的不同之处进行说明。
参见图7，利用在基布42上沿横向划割出多排横向切割口43替代上述窗帘实施例3中的牙链带，利用固设在下帘片3的上端部上的一排挂钩41替代上述窗帘实施例3中的牙链带与拉链头，即在本实施例中，基布42与固设在其上的多排横向切割口43一起构成本实施例中的第一拼接部，一排挂钩41构成本实施例中的第二拼接部，且基布42与多横向切割口43一起构成多排块状拼接结构。为了提高横向挂钩41在横向切割口43上的挂支牢固性，挂钩41选用缩口式弹性挂钩，进一步地选用闭口式弹性挂钩，横向切割口43构成本实施例中的用于供挂钩41挂支的支撑件。对于横向切割口43的切割尺寸、形状为根据挂钩大小与形状进行选择，图中仅为示意图，并不代表切割口的形状与尺寸。
通过选择挂钩41与其中的一排横向切口43进行可拆卸的搭钩，以实现上帘片2与下帘片3之间的可拆卸拼接，从而实现对窗帘1在纵向上尺寸的调整。
在本实施例中，横线切割口43在基布42上的不同排布置位置构成与横向切割口43的排数量相等的拼接位。
窗帘实施例6
作为对本发明窗帘实施例6的说明，以下仅对于上述实施5的不同之处进行说明。
参见图7，利用两端固接在基部42上的柔性线条替代横向切割口43以构成与挂钩41配合的支撑件。
窗帘实施例7
作为对本发明窗帘实施例7的说明，以下仅对于上述实施例1至实施例6的不同之处进行说明。
参见图8，在上帘片2的下端部上固设有用于遮盖上帘片2与下帘片3之间的拼接缝的裙边结构6，以提高整个窗帘1在整体上的协调性与美观。
窗帘实施例8
作为对本发明窗帘实施例8的说明，以下仅对于上述实施例1至实施例7的不同之处进行说明。
参见图9，上帘片2为帘身，下帘片3为帘尾，即本发明窗帘1为由帘身与帘尾通过横向柔性拼接组件4组成的上长下短式拼接结构。
窗帘实施例9
作为对本发明窗帘实施例9的说明，以下仅对于上述实施例1至实施例7的不同之处进行说明。
参见图10，上帘片2与下帘片3均为半帘片，即二者在纵向上尺寸大致等长，即本发明窗帘1为由上下半帘片通过横向柔性拼接组件4组成的上长下大致等长的拼接结构。
窗帘实施例10
作为对本发明窗帘实施例10的说明，以下仅对于上述实施例1至实施例9的不同之处进行说明。
参见图11，第一拼接部5位于上帘片2的向阳面侧，第一拼接部5的背阳面侧为接合面，即下帘片3位于第一拼接部的背阳面侧 而位于上帘片2与第一拼接部5之间，从而可利用第一拼接部5为上下帘片的拼接处进行在向阳面侧的遮挡。
第一拼接部5的上端缘通过缝线与上帘片2固接，两侧边缘通过搭扣、拉链或魔术贴可拆卸地连接。
窗帘实施例11
作为对本发明窗帘实施例11的说明，以下仅对于上述实施例1至实施例9的不同之处进行说明。
参见图12，第一拼接部6位于上帘片2的向阳面侧，第一拼接部6的向阳面侧为接合面，且在在上帘片2上固设有位于下帘片3向阳面侧的遮挡布7，即下帘片3位于第一拼接部6的向阳面侧而基于遮挡布7与第一拼接部6之间。
遮挡布7的上端缘通过缝线与上帘片2固接，两侧边缘通过搭扣、拉链或魔术贴可拆卸地连接。
窗帘实施例12
作为对本发明窗帘实施例12的说明，以下仅对于上述实施例2的不同之处进行说明。
采用缝合在粘扣布上的基准线替代胶条，以对粘扣带与粘扣布的粘接过程提供参考对准，及该基准线构成本实施例中的粘合对准条。
窗帘的制造方法实施例1
在本实施例中，以制造前述窗帘实施例2为例对本发明窗帘的制造方法进行说明。
参见图12，用于制造如图3及图4所示的窗帘的方法包括以下步骤：
备料步骤S1，依据预定尺寸准备上帘片2、下帘片3、粘扣布42及具有带钩刺毛的粘扣带41。
缝合步骤S2，利用缝线将粘扣布42缝合在上帘片的向阳面侧上，将粘扣带41缝合固设在下帘片的背面侧上。
压胶步骤S3，以压胶方式在粘扣布42的粘合面上预定位置处压制出多条沿横向布置的胶条43。
窗帘的制造方法实施例2
在本实施例中，用于制造如图3及图4所示的窗帘的方法包括以下步骤：
备料步骤S1，依据预定尺寸准备上帘片2、下帘片3、粘扣布42及具有带钩刺毛的粘扣带41。其中，粘扣布42的粘合面上预先固设多条沿横向布置的胶条，胶条采用压胶方式制成或在预定位置处粘接有粘性的胶条，从而略去上述实施例中的压胶步骤S3。
缝合步骤S2，利用缝线将粘扣布42缝合在上帘片的向阳面侧上，将粘扣带41缝合固设在下帘片的背面侧上。
在本发明制造方法实施例中，缝合步骤S2构成本实施例中用于将粘扣布固定在帘片上的固设步骤，其中，固定的具体方案并不局限于上述实施例中的缝线缝合，还可采用粘接、钉扣等固定方案进行固设；对于对准条的选用也不局限于上述实施例中的胶条，还可采用与粘扣布不同颜色的缝线、或纽扣进行缝订而成或采用粘扣带条进行粘接而成，对于缝线可以采用粗线进行缝制，对于胶条并不仅使用压胶方法进行固设，还可采用粘接、缝线等方法进行固设。
在上述各窗帘实施例中，对于帘片的数量，均列举由一个横向柔性拼接组件对上下帘片进行拼接的两帘片结构，但对帘片数量的选择并不局限于上述各实施例，例如，可选用三个帘片或四个以上的帘片进行组装，此时，相邻的两个帘片构成一组上下帘片，且该组上下帘片由一个横向柔性拼接组件进行可拆卸的连接，从而构成由两个以上的横向柔性拼接组件进行拼接的多帘片结构，优选采用两片至五片帘片组成的一组至四组的上下帘片结构，进一步优选采用两帘片组成具有一组的上下帘片结构或由三帘片组成具有两组的上下帘片结构。对于横向柔性拼接组件中可拆卸拼接结构并不局限与上述各实施例中的结构。对于选用拉链、搭扣或搭钩作为拼接组件时，可直接将其固设在上帘片上而略去基布。此外，对于胶条等对准条，优选采用彩色条体结构，即为不为纯透明结构，而在上述实施例中采用与粘扣布不同颜色的对准条，以提高对准效率。再者，可将多排结构设置于下帘片上，而将单排结构设置于上帘片上，例如，对于实施例1、2的窗帘结构，粘扣布固设在下帘片上，而粘扣带固设在上帘片上，对于实施例4中的窗帘结构，将单排搭扣固设在上帘片上，而将多排搭扣固设在下帘片上，对于实施例5中的窗帘结构，将挂钩固设在上帘片上，而将设有横向切割口的基布固设在下帘片上。
在本发明中，“横向柔性拼接组件”被配置为用于可拆卸地连接上下帘片的连接组件结构，且在窗帘收拢时能随帘布横向折叠的柔性结构；“多个拼接位”被配置为两个以上在窗帘纵向上位置不同的拼接位置，优选配置为5个以上的拼接位置；“面状拼接结构”被配置为具有多个连续布置而不离散的拼接位。

Claims (12)

  1. 一种纵向尺寸可调的窗帘，包括上帘片与下帘片，所述上帘片与所述下帘片通过横向柔性拼接组件可拆卸地拼接；
    所述横向柔性拼接组件包括固设在所述上帘片上的第一拼接部，及固设在所述下帘片上且与所述第一拼接部配合以可拆卸地拼接上下帘片的第二拼接部；
    其特征在于，所述第一拼接部与所述第二拼接部中，一者上设有多个供另一者择一地接合以拼接出不同纵向尺寸窗帘的拼接位。
  2. 根据权利要求1所述的窗帘，其特征在于：
    所述一者为面状拼接结构、多条条状拼接结构或多排块状拼接结构。
  3. 根据权利要求1或2所述的窗帘，其特征在于：
    所述上帘片为帘头，所述下帘片为帘身。
  4. 根据权利要求1至3任一项权利要求所述的窗帘，其特征在于：
    所述一者为面状拼接结构，所述另一者为带状拼接结构，所述面状拼接结构的接合面上设有多条沿横向布置的接合对准条。
  5. 根据权利要求1至3任一项权利要求所述的窗帘，其特征在于：
    所述第一拼接部为面状的粘扣布，所述第二拼接部包括具有带钩刺毛的粘扣带。
  6. 根据权利要求5所述的窗帘，其特征在于：
    所述粘扣布的接合面上设有多条沿横向布置的粘合对准条。
  7. 根据权利要求4或6所述的窗帘，其特征在于：
    对准条贴合于所述接合面上；
    对准条为胶条；
    对准条为彩色条体结构；
    所述胶条以压胶方式固设于所述接合面上。
  8. 根据权利要求1至3任一项权利要求所述的窗帘，其特征在于：
    所述一者包括一排以上的挂钩，所述另一者包括一排以上的供所述挂钩挂支的支撑件；
    所述挂钩与所述支撑件中，至少一者为多排。
  9. 根据权利要求8所述的窗帘，其特征在于：
    所述挂钩为缩口式弹性钩；
    所述支撑件为两端固设在帘布上的柔性线条或设于基布上的切割口；
    所述支撑件的排数为多排，所述挂钩的排数为单排；
    所述挂钩固设在所述下帘片的上端部上。
  10. 根据权利要求1至9任一项权利要求所述的窗帘，其特征在于：
    所述第一拼接部设于所述上帘片的向阳面侧，所述第一拼接部的周缘部通过缝线固设在所述上帘片上；
    所述上帘片的下端部上固设有用于遮盖拼接缝的裙边结构。
  11. 一种纵向尺寸可调窗帘的制造方法，其特征在于，所述制造方法包括以下步骤：
    备料步骤，依据预定尺寸准备上帘片、下帘片、粘扣布及具有带钩刺毛的粘扣带；
    固设步骤，将所述粘扣布固设在其中一帘片的面侧上，将所述粘扣带固设在另一帘片的面侧上；
    所述粘扣布的粘合面上预先固设多条沿横向布置的粘合对准条，或在所述固设步骤之后，在所述粘扣布的粘合面上的预定位置处固设多条沿横向布置的粘合对准条。
  12. 根据权利要求11所述的制造方法，其特征在于：
    所述粘扣布固设在所述上帘片的向阳面侧上；
    所述固设多条沿横向布置的粘合对准条的步骤包括以压胶方式在所述粘合面的预定位置处压制出多条沿横向布置的胶条。
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