CN205682927U - Fabric and utilize the light-shielding structure thing of fabric - Google Patents
Fabric and utilize the light-shielding structure thing of fabric Download PDFInfo
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- CN205682927U CN205682927U CN201620249425.0U CN201620249425U CN205682927U CN 205682927 U CN205682927 U CN 205682927U CN 201620249425 U CN201620249425 U CN 201620249425U CN 205682927 U CN205682927 U CN 205682927U
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Abstract
This utility model relates to fabric and utilizes the light-shielding structure thing of fabric, especially provides following fabric, comprising: blade part；Bar portion, adjacent with the edge of at least side of above-mentioned blade part, above-mentioned bar portion extends along above-mentioned edge；And bridge part, the direction extended along above-mentioned bar portion is formed at the more than one position in above-mentioned bar portion, for connecting above-mentioned bar portion and above-mentioned blade part, above-mentioned bar portion can be less than above-mentioned bar portion and the hot strength of above-mentioned blade part with above-mentioned blade-section from, the hot strength of above-mentioned bridge part by cutting off above-mentioned bridge part.
Description
Technical field
This utility model relates to fabric lining, more particularly, to the face that may use curtain, shutter, vertical blinds etc.
Expect and utilize the light-shielding structure thing of this fabric.
Background technology
Generally, apartment or the window of the building such as house, office building or door arrange and use curtain, shutter, hang down
The situation of the light-shielding structure things such as straight curtain is more.
For this works, there is following demand: on the one hand, by outstanding daylighting and aeration, can be to inhabitation people
Member supplies salubrious air and light, on the other hand, by intercepting sunlight or external sight, can build the living environment of warmth.
In order to adapt to this demand, propose optionally to build shading environment and the chopping mechanism of daylighting environment.Such as,
Well-known louver body uses following structure: before and after being configured at by the daylighting grille cloth of silk screen form, and in daylighting
After connecting opaque shading grille cloth between grille cloth at a prescribed interval, by pull operation rope or rotation process bar
Operation, makes shading grille cloth rotate, switches to and blocked the shading status of daylighting grille cloth or opposite to that by shading grille cloth
Daylighting state.
Utility model content
But, between two grille cloths of front and back, connect shading grille cloth owing to the light-shielding structure thing of this structure uses
Stereochemical structure, thus structure is complicated, thus there is increase manufacturing process and the problem of expense.
Further, in the case of above-mentioned light-shielding structure thing is arranged on the door of inhabitation personnel's process, passage etc., along with back and forth
Increased frequency, is become big by damaged hidden danger, is additionally, since every time through being required for being shifted onto by said structure thing one by one or receiving
Process again after Qiing, thus exist and hinder problem that is current or that cause inconvenience.
This utility model, from the problems referred to above, its object is to, it is provided that improved fabric and manufacture method thereof with
And utilize the light-shielding structure thing of this fabric.
According to an embodiment of the present utility model, it is possible to provide following fabric, above-mentioned fabric includes: blade part (slat)；
Bar portion, adjacent with the edge of at least side of above-mentioned blade part, above-mentioned bar portion extends along above-mentioned edge；And bridge part, edge
The direction that above-mentioned bar portion extended and be formed at the more than one position in above-mentioned bar portion, be used for connecting above-mentioned bar portion and above-mentioned leaf
Sheet portion, above-mentioned bar portion can by cut off above-mentioned bridge part come with above-mentioned blade-section from, the hot strength of above-mentioned bridge part is little
In above-mentioned bar portion and the hot strength of above-mentioned blade part.
Further, according to an embodiment of the present utility model, it is possible to provide the manufacture method of following fabric, above-mentioned fabric includes
Blade part, bar portion and for connecting above-mentioned blade part and the bridge part in above-mentioned bar portion, the manufacture method of above-mentioned fabric includes: respectively
The step being used for forming the raw yarn of above-mentioned blade part, above-mentioned bar portion and above-mentioned bridge part is provided；Utilization is used for forming above-mentioned blade
The raw yarn in portion forms above-mentioned blade part, and utilizes for the raw yarn that forms above-mentioned bar portion along at least side of above-mentioned blade part
Edge forms the step in above-mentioned bar portion；And utilize for forming the side that the raw yarn of above-mentioned bridge part is extended along above-mentioned bar portion
Form bridge part to the more than one position in above-mentioned bar portion, make the step that above-mentioned bar portion is connected with above-mentioned blade part,
Above-mentioned bar portion can come with above-mentioned blade-section from, the hot strength of above-mentioned bridge part less than above-mentioned by cutting off above-mentioned bridge part
Bar portion and the hot strength of above-mentioned blade part.
Further, according to an embodiment of the present utility model, it is possible to provide following light-shielding structure thing, above-mentioned light-shielding structure thing bag
Include: supporting part；Movable fixture, is arranged at above-mentioned supporting part, is used for supporting fabric；And operating portion, it is arranged at above-mentioned support
Portion, is used for enabling above-mentioned movable fixture to move, makes above-mentioned fabric switch to shading status or daylighting state, above-mentioned shading
State be above-mentioned fabric at least some of in the incident direction of incident illumination with the equitant shape of other parts of above-mentioned fabric
State, above-mentioned daylighting state is the state that above-mentioned fabric is not in above-mentioned shading status, and above-mentioned fabric includes: blade part；Bar portion, with
The edge of at least side of above-mentioned blade part is adjacent, and above-mentioned bar portion extends along above-mentioned edge；And bridge part, along above-mentioned bar
The direction that portion extends is formed at the more than one position in above-mentioned bar portion, is used for connecting above-mentioned bar portion and above-mentioned blade part, above-mentioned
Bar portion can be less than above-mentioned bar portion with above-mentioned blade-section from, the hot strength of above-mentioned bridge part by cutting off above-mentioned bridge part
With the hot strength of above-mentioned blade part, above-mentioned movable fixture supports the one of above-mentioned blade part on the direction that above-mentioned bar portion extends
End.
According to said structure, such as, when being installed on curtain or shutter, or, when at apartment or house, office building etc.
When arranging curtain or shutter on the window of building or door, fracture bridge part, and disassembles bar portion, thus separable required hop count
Blade part use, or, the blade part of separable particular segment uses.
Accompanying drawing explanation
Fig. 1 is the integrally-built top view of the fabric 100 illustrating this utility model one embodiment；
Fig. 2 is the amplification being amplified the boundary member in low-density portion 20 and high density portion 30 in the fabric 100 of Fig. 1
Figure；
Fig. 3 is the enlarged drawing being amplified bar portion 40 in the fabric 100 of Fig. 1；
Fig. 4 is to illustrate the enlarged drawing of the state in part lightning strip portion 40 from the high density portion 30 of side；
Fig. 5 is the enlarged drawing being amplified ear 50 in the fabric 100 of Fig. 1；
Showing of the embodiment that (a) part is the fundamental tissue briefly expressing composition bar portion 40 of the present utility model of Fig. 6
It is intended to；
The schematic diagram that (b) part is the embodiment making up tissue briefly expressing bar portion 40 of the present utility model of Fig. 6；
Fig. 7 is the integrally-built axonometric chart of the light-shielding structure thing 200 illustrating this utility model one embodiment；
Fig. 8 is the axonometric chart of the part daylighting state of the light-shielding structure thing 200 representing Fig. 7.
Description of reference numerals
10: blade part 20: low-density portion
30: high density portion 40: bar portion
50: ear 100: fabric
200: light-shielding structure thing
Detailed description of the invention
Hereinafter, referring to the drawings, the structure of this utility model embodiment is illustrated.Accompanying drawing not necessarily have to according to than
Example chi, and for convenience of description, a part for its structure or entirety can be amplified, exaggerate or simplify or omit.Further,
Following description readily appreciates this utility model, and this utility model is not limited to the form of embodiments described below.
First, the fabric 100 of this utility model one embodiment is illustrated.
Fig. 1 is the integrally-built top view of the fabric 100 illustrating this utility model one embodiment.
The fabric 100 of the present embodiment can by the regenerated fiber with artificial silk as representative, natural fiber with Cotton Gossypii as representative,
The semisynthetic fibres such as acetate, polyesters synthetic fibers with polyethylene terephthalate as representative, with nylon as representative
Fatty polyamide class synthetic fibers or their composite fibre etc. as raw yarn.
In the present embodiment, fabric 100, as a example by fabric, is especially said as a example by La Sheer (raschel) fabric
Bright, but fabric 100 can be prepared by fabric, or by non-woven fabrics or have other fiber or resins etc. flexual preparation.Further, root
According to needs, can carry out dyeing or the processed such as patterning in a part for fabric 100 or entirety.
With reference to Fig. 1, the fabric 100 of the present embodiment includes blade part (slat) 10 and bar portion (strip) 40.Further, fabric
100 may also include ear 50.
Blade part 10 is as accounting for the most major part of fabric 100, such as, in the case of as casement, above-mentioned
Blade part 10 is applied not only to shading or daylighting, and become be responsible for intercepting extraneous air or ventilation, obstruct external sight, sound insulation,
Function or even the part of effect such as cold-proof.
Blade part 10 includes low-density portion 20 and high density portion 30.Wherein, " density " represents closeness or the fiber of raw yarn
The consistency of tissue.That is, " low-density " represent the situation that the consistency of the closeness of raw yarn or fibrous tissue is relatively low, " highly dense
Degree " represent the situation that the consistency of the closeness of raw yarn or fibrous tissue is relatively high.
Fig. 2 is the amplification being amplified the boundary member in low-density portion 20 and high density portion 30 in the fabric 100 of Fig. 1
Figure.
With reference to Fig. 2, such as, low-density portion 20 is that the multiple raw yarns forming fabric are by the way of direction of warp and weft is spaced
The part sparsely made up.Be formed between the multiple raw yarns made up substantially in quadrangle shape multiple through
Hole 21, thus form the fibrous tissue of silk screen form.These through holes 21, as the part making light or air etc. pass through, not only may be used
With in quadrangle, it is also possible to other shapes such as rounded, rhombus, hexagon, octagonals.
Owing to low-density portion 20 is daylighting or the outstanding part of venting quality, thus such as, when as casement, can be by
Low-density portion 20 is used as daylighting portion or ventilating part.Further, owing to elasticity and the pliability in low-density portion 20 are outstanding, thus also have
The function of restoring force is given to fabric.
Preferably, low-density portion 20 is organized the formation of by the single layer fibre of the thinner part forming fabric but it also may according to
Required daylighting degree or venting quality etc. have by multilayer laminated multiple structure.
Further, low-density portion 20 can have drafting department 22, and in above-mentioned drafting department 22, a part for through hole 21 is by multiple former
Yarn is filled and is formed specific pattern.Drafting department 22 forms the multiple geometrical patterns such as " V " word pattern, argyle design, decorative pattern, thus works as
When carrying out daylighting, the effect improving aesthetic feeling can be played.
With reference to Fig. 2, such as, high density portion 30 densely makes up for the multiple raw yarns forming fabric are the most intensive
Part.The fibrous tissue of the most nonseptate fine and close form it is formed with between the multiple raw yarns made up.Due to high density
Portion 30 makes light or air pass through hardly, thus such as, when as casement, above-specified high density portion 30 can serve as light shielding part
Or for intercepting the shielding portion of sight line or extraneous air.Further, it is to be not susceptible to breakage or the portion ruptured due to high density portion 30
Point, thus give rigidity and toughness to fabric.
High density portion 30 forms the thicker portion of fabric, and available thick raw yarn is organized the formation of by single layer fibre, but from screening
From the viewpoint of covering property and rigidity, it is preferable that stacking multiple fibrous layer cause multiple structure is formed.
High density portion 30 may additionally include the drafting department of the patterned layer forming specific pattern on fundamental tissue's layer.Drafting department can
Form the multiple geometrical patterns such as " V " word pattern, argyle design, decorative pattern.
Referring again to Fig. 1, in the present embodiment, high density portion 30 is configured at the both sides in low-density portion 20, and and low-density
The two side ends in portion 20 is connected to fix and is integrated.That is, the blade part 10 of the present embodiment by two high density portions 30 and is configured at
A low-density portion 20 between two high density portions 30 forms as one, and is consequently formed one section.Fig. 1 illustrates two sections of blade parts
10, but fabric 100 can include the blade part 10 of more than three sections.Certainly, low-density portion 20 and high density portion 30 also can include respectively
Mutually different multiple non-processing cloth or the some being mutually distinguishable.
Low-density portion 20 and the length in high density portion 30, width equidimension can be according to the application target of fabric 100 or setting
Position etc. and be suitably set.For instance, it is preferred that the length in high density portion 30 is identical with the length in low-density portion 20, but
Being not limited thereto, the length that also can make certain side is longer.And, it is preferable that the width in low-density portion 20 is slightly wider than high density
The width in portion 30, but be not limited thereto, such as, low-density portion 20 also can be made almost identical with the width in high density portion 30.That is,
As required, low-density portion 20 and the size in high density portion 30 are set in many ways.
Fig. 3 is the enlarged drawing being amplified bar portion 40 in the fabric 100 of Fig. 1.
With reference to Fig. 3, bar portion 40, as the connecting portion of the side for connecting adjacent two high density portion 30, plays as follows
Effect: the length direction along fabric 100 disassembles bar portion 40, such that it is able to make respectively by two adjacent high density portion 30 phases
The blade part 10 at the two ends connected separates.
That is, when producing in factory, the fabric 100 of the present embodiment is connected with the blade part 10 at two ends by bar portion 40
Original state produce and supply, but such as, when being installed on curtain or shutter, or when in apartment, house or office building etc. build
Build time curtain or shutter are set on the window of thing or door, according to required use environment, can stay by original state or disassemble bar
Portion 40, thus the blade part 10 of the hop count needed for separating uses, or blade part 10 separation of particular segment can be made to use.
With reference to Fig. 3, bar portion 40 as multiple raw yarns by the part mutually made up in the way of four directions is densely wound around,
Multiple raw yarns are more firmly made up relative to high density portion 30.Further, can use than the thicker raw yarn system in high density portion 30
Make bar portion 40.Thus, it is possible to provide the most outstanding toughness: during disassembling bar portion 40 along the length direction of fabric 100,
Will not rupture in bar portion 40, and, bridge part 41 described later is firmly fixed at bar portion and not easy fracture.
Preferably, bar portion 40 has thickness or the width of the degree disposably can disassembled along the length direction of fabric 100,
But it is not limited thereto.
Bar portion 40 has the bridge part 41 that the side 31 with high density portion 30 is connected.With reference to Fig. 3, in bridge part 41, press
Each row (course) all has two connection yarns 42 to be connected with the side in high density portion 30 to the top in high density portion 30
Connect.A piece side 31 piercing into high density portion 30, another root passes from the side 31 in high density portion 30.That is, one connection yarn 42
During passing, it is positioned at raw yarn or the fibre of the side 31 in high density portion 30 after the side 31 in high density portion 30 pierces into
Dimensional tissue blocks, so that bar portion 40 is connected with high density portion 30.Connection yarn 42 is prominent from the side in bar portion 40, and and side
The row in high density portion 30 be connected, following cross connecting structure: through bar portion 40 from
The opposite side in bar portion 40 highlights, and upwards with the row in the high density portion 30 of the opposite side being positioned at a row
It is connected, so that bar portion 40 is connected with high density portion, left and right 30 in an alternating fashion along the length direction of fabric 100.By
This, bridge part 41 is formed with following structure: connect up bar in the way of connecting a row every a row
Between the high density portion 30 in portion 40 and left side, and in the position corresponding with the row being not attached to high density portion 30, left side
Connect up in the way of connecting a row every a row between the high density portion 30 on bar portion 40 and right side.
Preferably, bridge part 41 is formed as connecting up in the way of connecting a row every a row
Structure, but be not limited thereto, such as, also can expand or shrink interval.But, if the formation interval of bridge part 41 is excessive,
In the manufacture process of fabric 100, then there is the hidden danger of bridge part 41 easy fracture, on the contrary, if the formation of bridge part 41 was spaced
Little, then there is bar portion 40 and be not easily separate or the raw yarn in high density portion 30 or fibrous tissue are by damaged hidden danger.It is therefore preferable that
, there is not the suitable interval configuration bridge part 41 of this hidden danger in ground.
Preferably, the connection yarn 42 forming bridge part 41 uses hot strength to be less than raw yarn or the composition height constituting bar portion 40
The yarn of the hot strength of the raw yarn of the side in density portion 30.This is to when disassembling bar portion 40 from fabric 100, prevent bar portion 40
Or the connecting portion in high density portion 30 is damaged, and connection yarn 42 is made first to be broken off.Further, in the present embodiment, bridge part 41
Although employing single connection yarn 42, but it is not limited thereto, as long as because hot strength is less than and bar portion 40 or high density portion
The hot strength at 30 positions being connected and the yarn that first ruptures, it is possible to use many connection yarns.The length of bridge part 41, i.e.
The length of the connection yarn 42 between bar portion 40 with high density portion 30 is substantially identical with the width in bar portion 40, but is not limited thereto.
Due to the existence of bridge part 41, fabric 100 can be prone to fold at both sides bridge part 41 across bar portion 40.Therefore,
Taking care of in a folded fashion or in the case of carrying fabric 100, the most do not staying folding line etc., because of without final state is produced shadow
Ring.
Fig. 4 is to illustrate the enlarged drawing of the state in part lightning strip portion 40 from the high density portion 30 of side.
With reference to Fig. 4, if when firmly fixing the high density portion 30 of side, break bar portion 40, then with high density
The bridge part 41 that portion 30 is connected is broken off, so that bar portion 40 separates from high density portion 30.Now, due to the company of bridge part 41
Connect yarn 42 and be more firmly wound around and be fixed on bar portion 40 relative to high density portion 30, thus connection yarn 42 and bar portion 40 are together divided
From, and residue in bar portion 42, and, connection yarn 41 all passes from the side in high density portion 30.Accordingly, because connection yarn 42 is not stayed
At the side in high density portion 30, thus the end in high density portion 30 can maintain last smooth state.
The side in the high density portion 30 of opposite side is connected with connection yarn 42 the most in an identical manner.Therefore, if catching bar
The length direction one end in portion 40 length direction along fabric 100 disassemble bar portion 40, then connection yarn 42 and bar portion 40 1 always
With being removed, and do not residue in the side in the high density portion 30 of both sides.
Certainly, bar portion 40 is not limited merely to the structure of above-described embodiment.Such as, bar portion 40 can be by high density portion 30 grade
Thicker portion is formed, or also can be formed by other non-processing cloth.Even in this case, connection yarn 42 is new also by this practicality
The manufacture method of type is more solidly fixed to bar portion 40, and therefore, connection yarn 42 does not residue in the side in the high density portion 30 of both sides.
Fig. 5 is the enlarged drawing being amplified ear 50 in the fabric 100 of Fig. 1.
Ear 50, as the part at the side edge being equivalent to fabric 100, is the transfer for fixing and transfer fabric 100
The part that the fixture of device is mounted.Accordingly, because leave the vestige that fixture is mounted, thus generally, final ear 50
Separate from fabric, but in fabric 100 of the present utility model, when from plant produced and when supplying, ear 50 can be left
And be not separately separated.This is owing to ear 50 above-mentioned in fabric 100 of the present utility model is by ear bar portion 52 and blade part 10 phase
Connect, thus can easily remove ear by disassembling ear bar portion 52.
Ear 50 can provide to both sides of the edge with the interval of the blade part 10 of three sections to four sections, but is not limited thereto,
Also can provide to the both sides of the edge of the fabric 100 of the blade part 10 including less than three sections or more than four sections.But, if ear 50 mistake
Many, then make expense increase because of the fabric more than 100 of waste, if ear 50 is very few, then exist the transfer of fabric 100 have some setbacks or by
This affects the problem of precision, thus in view of the width of the fabric 100 disposably produced or precision etc., it is necessary to set
The quantity of ear 50, position etc..
With reference to Fig. 5, ear 50 be the thicker portion that multiple raw yarns of formation fabric are the most intensive and densely make up.
Above-mentioned thicker portion can be formed by the fibrous tissue identical with the thicker portion in high density portion 30, but is not limited thereto, as long as
It is the rigidity of degree and the fiber group of toughness having and can transferring fabric 100 by installing the fixture of transfer device swimmingly
Knit, be just not particularly limited.
Ear 50 includes the ear bar portion 51 that the side in the high density portion 30 with blade part 10 is connected.The structure in ear bar portion 51
Almost identical with the structure in bar portion 40, but there are differences with bar portion 40 in only prominent to the side aspect of bridge part 52.That is, exist
The side in ear bar portion 51 has the bridge part 52 being connected with adjacent high density portion 30, but bridge part 52 is not formed at ear bar portion
The opposite side of 51, and thicker portion with ear 50 is connected securely.
The structure of the bridge part 52 in ear bar portion 51 is identical with the structure of the bridge part 41 in bar portion 40, but is not limited thereto,
Such as, when disassembling ear 50 from fabric 100, as long as have because hot strength is less than and ear bar portion 51 or high density portion 30 phase
The hot strength at position connected and the form being first broken off, it is also possible to use the structure different from the bridge part 41 in bar portion 40.
In the bridge part 52 in ear bar portion 51, the bottom part of connection yarn 53 is firmly fixed at ear bar portion 51, connection yarn
The fore-end of 53 is connected with the side in high density portion 30.Therefore, if breaking ear 50, then connection yarn 53 from high density portion
The bridge part 52 that 30 are connected ruptures, thus when connection yarn 53 is attached to ear bar portion 51, ear 50 is from fabric 100
Blade part 10 separates.Therefore, connection yarn 53 is not left in the end in the high density portion 30 of blade part 10, thus can maintain last putting down
Sliding state.
Referring again to Fig. 5, in ear 50, between thicker portion and ear bar portion 51, may also be formed with connecting portion 54.In order to
Preventing the ear bar portion 51 when transferring fabric 100 to be subject to the problem that ear 50 externally applied forces is broken off wait, connecting portion 54 can
Organized the formation of by having elastic and flexible low-density fibre.Connecting portion 54 can have such as with the square of ground plate shape or
The drafting department form that rectangular patterns is made up, but be not limited thereto, it is also possible to rounded, rhombus, hexagon, octagonal etc.
Other shapes.
Like this, fabric 100 of the present utility model has the bar portion 40 connected by bridge part 41, thus can be by disassembling
The simple operations in bar portion 40 is easily separated the blade part 10 of each section.Further, owing to ear 50 is attached by ear bar portion 51,
Thus only by pulling ear 50 to disassemble the operation in ear bar portion 51, it is possible to easily remove ear 50.It is therefore not necessary to cut off
The blade part 10 of each section or the extra operation of ear 50, thus workload and expense can be reduced.
In the present embodiment, with fabric, especially as a example by La Sheer fabric, fabric 100 is illustrated, but also may be used
A part or whole fabric with weaving fabric 100.Such as, the low-density portion 20 of fabric 100, high density portion 30, bar portion 40, ear
Portion 50 etc. can be fabric.
Hereinafter, the manufacture method of the fabric 100 of this utility model one embodiment is illustrated.
Owing to low-density portion 20 and the high density portion 30 of fabric 100 can manufacture according to common weaving method, thus
Omit and this is illustrated.Hereinafter, illustrate centered by the weaving method of bar portion 40 and ear 50.
Showing of the embodiment that (a) part is the fundamental tissue briefly expressing composition bar portion 40 of the present utility model of Fig. 6
It is intended to, the schematic diagram that (b) part is the embodiment making up tissue briefly expressing bar portion 40 of the present utility model of Fig. 6.?
In (b) part of Fig. 6, the longitudinal axis represents row direction (latitude direction), and transverse axis represents well direction (through direction).
Such as (b) part of Fig. 6, such as, bar portion 40 can be the most firm in the way of passing through as shown in (a) part of Fig. 6
The mode that ground is wound around weaves thicker two raw yarn, thus makes up.Further, bridge part 41 can be with by such as (a) of Fig. 6
The mode that two thin and thin connection yarns 42 are wound in bar portion 40 securely is woven by the mode shown in part, and with highly dense
The side in degree portion 30 is connected.Certainly, the kind of raw yarn, this number, thickness etc. can be selected the most in many ways with function.
More specifically, as shown in (b) part of Fig. 6, bridge part 41 can be formed as follows: makes a connection yarn 42
To bar portion 40 side (Fig. 6 (b) part right side) prominent and and be connected with the high density portion 30 of side, the most again return
Receipt portion 40, is repeated the chain of events tied up more than once, and moves up, and makes another root connection yarn 42 first exist
Bar portion 40 tie up once above after, and height with opposite side prominent to the opposite side (left side of (b) part of Fig. 6) in bar portion 40
Density portion 30 is connected, and returns to bar portion 40 afterwards, is repeated more than once by the chain of events tied up, and upwards moves
Dynamic.In the case, when often moving a row, mutually tie up between two connection yarns 42, thus also enter with bar portion 40
Row is tied up, thus can be firmly fixed at bar portion 40.Further, the bridge part 41 of both sides can be respectively every a row shape
Become one, but also be able in the way of separating greater distance form one every two to three rows.
Disassemble the bar portion 40 formed in the manner from high density portion 30 if bar portion 40 is applied external force, then by
The bottom part of the connection yarn 42 being bound in bar portion 40 is firm and combines with bar portion 40 securely, thus not easy fracture, and first
The connection yarn 42 making the bridge part 41 being connected with high density portion 30 ruptures.Further, the connection yarn 42 after fracture residues in bar
Portion 40.
On the other hand, this manufacture method could be applicable to the ear bar portion 51 of ear 50 equally.It is that is, identical with bar portion 40,
Ear bar portion 51 is connected by the side of bridge part 52 with high density portion 30, and organizational structure and the method for making up in ear bar portion 51 may
Similar with method as above.But, the opposite side in ear bar portion 51 is connected with thicker portion by connecting portion 54, but
Being not limited thereto, such as, ground identical with bar portion 40 can have bridge part 52 in the both sides in ear bar portion 51.
In the present embodiment, although be illustrated as a example by making up method, but bar portion 40 or ear bar portion 51, bridge part 52
Etc. being formed with method for weaving.It is, of course, also possible to use non-woven fabrics or other fibers, other materials.Further, bridge part 52 can
Disassembled with hands by user of service or cut off but it also may using other parting tools or shearing device.
Hereinafter, the light-shielding structure thing 200 of this utility model one embodiment is illustrated.
Fig. 7 is the integrally-built axonometric chart of the light-shielding structure thing 200 illustrating this utility model one embodiment.
With reference to Fig. 7, light-shielding structure thing 200 includes supporting part 210, operating portion 220, multiple movable fixture 230 and has
The fabric 100 of multiple blade parts 10.
Supporting part 210 arranges light-shielding structure thing 200 as on apartment or the window of the building such as house, office building or door
Time, light-shielding structure thing 200 is fixed on the part of window or door, supports whole light-shielding structure thing 200.Supporting part 210 comprises the steps that
Support housings 211, the substantially straight tube shape open in lower section；Rotary shaft (not shown), is contained in support housings 211, along
Length direction extends, and supports at length direction two ends rotatably axle；Guide rail 213, along the length of support housings 211
Degree direction extends, for guiding the movement of movable fixture 230；And multiple connection sheet (not shown), it is used for being contained in support
In outer housing 211, connect between adjacent movable fixture 230.Known supporting part, and its can be used as this supporting part
Detailed construction is for it is well known that thus omit and illustrate.
Operating portion 220 is as the part being carried out operating by user of service, and user of service, by making rotary shaft rotate, comes
Blade part 10 is made to switch to shading status and daylighting state.In the present embodiment, although with action bars form, operating portion is described
220 but it also may for operating rope or other forms.Operating portion 220 includes: movable gear part 221, can move along rotary shaft
Dynamic, for housing the gear mechanism for rotating rotary shaft；And action bars 222, for combining with movable gear part 221,
Carry out turning gear wheel mechanism.The gear that oriented length direction extends is processed, if thus being made by rotation process bar 222 in rotary shaft
Gear mechanism rotates, then gear mechanism is to the direction orthogonal with the direction of rotation of action bars 222, i.e. around rotary shaft
Rotate.Can use known gear mechanism such as such as bevel gear, worm gear etc. for rotating the gear mechanism of rotary shaft, these are
Known gear, thus omit and illustrate.
Action bars 222 can be connected with movable gear part 221 by articulation mechanism.Articulation mechanism can be universal joint etc.
Multidirectional articulation mechanism or coupling mechanism.In the case, degree of freedom and the convenience of operation are improved.Further, movable gear part 221
Can be connected with adjacent movable fixture 230 by connecting sheet.In the case, make action bars 222 along rotary shaft 212 to
Length direction moves, thus blade part 10 and movable fixture 230 can together be launched or be folded.
Movable fixture 230 is for move along rotary shaft 212 to length direction, and along with the rotation of rotary shaft 212 and rotation
The part that rotating shaft 212 rotates together with.Movable fixture 230 includes: gear mechanism (not shown), by the rotation of rotary shaft 212
Rotate；And fixed mechanism 240, along with the rotation of gear mechanism rotates.Rotation by rotary shaft 212 is revolved
The gear mechanism turned can use known gear mechanism such as such as bevel gear, worm gear etc., and these are known gear, thus save somewhat
Body explanation.
Fixed mechanism 240 is to combine with movable fixture 23 to fix the mechanism of blade part 10.Fixed mechanism 240 includes
For fixing the clamp system of the upper end of blade part 10.Preferably, clamp system has in the way of detachable and clamps and fix
The form of blade part 10.Such as, as long as the type carrying out pressurizeing and clamp by spring force, make protuberance enter in being inserted in hole
The type of row clamping, utilization pin carry out the type that the through type etc. fixed can be fixed in the way of detachable, just
Can unrestrictedly use.In this case, it is possible to only shirk blade part 10, thus have and can freely carry out washing, more
The advantage maintenance and repair work such as changing.
Clamp system such as can include clamping section, and above-mentioned clamping section is by one of the upper end width in clamping high density portion 30
Divide or be all fixed.Further, can highlight in clamping section and be formed with stop section, when rotating movable fixture 230, above-mentioned
Stop section contacts with adjacent clamping section, thus stops the rotation of clamping section.
Fixed mechanism 240 may also include the fastener supporting clamp system in the way of tangling.Preferably, fastener be
In the way of leaving predetermined distance between two elastic fastening grooves in opposite directions by with insert the recess being formed at clamp system or
Type that the mode of groove tangles, the type tangled in the way of making locking hook be inserted in be formed in the hole of clamp system etc. with
The mode that can shake supports the form of clamp system.In the case, produced because of the shake of blade part 10 by midway absorption
Stress, fixed mechanism 240 can be prevented damaged.
As it has been described above, fabric 100 includes multiple blade part 10.The blade part 10 of one section can include a low-density portion 20 and
Two the high density portions 30 combined with the both sides in low-density portion 20, can be provided with bar portion between blade part 10 and blade part 10
40.A fixed mechanism 240 can be fixed on the state folded from bar portion 40 in two adjacent high density portions 30.That is, one
In the blade part 10 of section, two adjacent fixed mechanisms 240 fix the high density portion 30 at two ends respectively.Further, each high density
Portion 30 can be formed by the mutually different non-processing cloth of density.
Fig. 7 represents the shading status of light-shielding structure thing 200.Under shading status, multiple blade part 10 is along axial rotary
The length direction of supporting part 210 moves, and separates to greatest extent and arrange.Further, along with rotary shaft is according to action bars 22
Rotation process and rotate, make to move the rotation of gear mechanism of fixture 230 by each and be fixed on fixed mechanism 240
Each blade part 10 rotate under shading status.In this case, blade part 10 intercepts incident illumination to high density portion 30
Direction launch, and a part for adjacent clamp system and blade part 10 overlaps.Although because a part for incident illumination is by thoroughly
Penetrate and make the pattern in low-density portion 20 form projection in high density portion 30, but generally present good shading status.
Fig. 8 is the axonometric chart of the part daylighting state of the light-shielding structure thing 200 representing Fig. 7.Under part daylighting state, with
Rotary shaft to rotate according to the rotation process of action bars 22, multiple blade parts 10 make to move fixture 230 by each
The rotation of gear mechanism and be fixed on each blade part 10 of fixed mechanism 240 and rotate with daylighting state.In this state
Under, blade part 10 intercepts the direction of incident illumination to low-density portion 20 to launch, and makes the direction that incident illumination passes through to high density portion 30
Fold.The major part of incident illumination is transmitted, and the pattern in low-density portion 20 forms shade.
Under above-mentioned part daylighting state, if making action bars 222 along rotary shaft and guide rail 213 to supporting part 210
Length direction moves, thus blade part 10 is focused on side and folds, then can be by blade part 10 by part daylighting shape
State switches to the complete daylighting state not intercepting incident illumination.
Wherein, owing to fabric 100 of the present utility model has bar portion 40 at the blade part 10 of each section, thus can be by tearing open
Solve bar portion 40 be individually separated blade part 10 or separate the blade part 10 of section to be separated.Therefore, even if fabric 100 is being arranged
In inhabitation personnel in the case of the door of process, passage etc., it is not necessary to warp again after fabric 100 is shifted onto one by one or packed up
Cross, and can be without any inexpediently between the every section of blade part 10 separated.Further, fabric 100 energy of the present utility model
Enough with flat state manufacture, can through reception fabric 100 and carry out folding or removing bar portion 40 simple operation after,
It is arranged at light-shielding structure thing 200 immediately to use, thus manufacture and setting process are simple, thus can reduce and pay and expense.
On the other hand, fabric can provide with fabric, or can also provide with the one-piece type fabric without bar portion.And
And, light-shielding structure thing could be applicable to the curtain of other forms, shutter, vertical blinds etc..
As it has been described above, according to above-described embodiment, to fabric of the present utility model, the manufacture method of fabric and utilize fabric
Light-shielding structure thing is illustrated, but this utility model is not limited to above-described embodiment, can be by technology belonging to this utility model
The those of ordinary skill in field carries out multiple modifications and changes.Further, the structure of above-described embodiment can distinguish the most suitable
Combine.Therefore, as long as this utility model person of an ordinary skill in the technical field is it can be understood that this utility model
Invention claim scope and should not be limited only to above-described embodiment, and should be to include that following utility model claims scope and remembered
The mode of the technical pattern carried and all variation of equivalency range and other embodiment broadly explains.
Claims (10)
1. a fabric, it is characterised in that including:
Blade part；
Bar portion, adjacent with the edge of at least side of above-mentioned blade part, and extend along above-mentioned edge；And,
Bridge part, the direction extended along above-mentioned bar portion is formed at the more than one position in above-mentioned bar portion, for connecting
State bar portion and above-mentioned blade part,
Above-mentioned bar portion can by cut off above-mentioned bridge part come with above-mentioned blade-section from,
The hot strength of above-mentioned bridge part is less than above-mentioned bar portion and the hot strength of above-mentioned blade part.
Fabric the most according to claim 1, it is characterised in that
Including multiple above-mentioned blade parts,
Above-mentioned bar portion connects two adjacent blade parts by above-mentioned bridge part,
By to disassemble the action in above-mentioned bar portion by the way of making above-mentioned bridge part cut-off, multiple above-mentioned blade parts can respectively by
It is separately separated.
Fabric the most according to claim 1, it is characterised in that
Above-mentioned blade part includes low-density portion and high density portion, above-specified high density portion be formed at above-mentioned low-density portion side or on
Stating the both sides in low-density portion, more than one the shielding in light, air, sound and heat is more than above-mentioned by above-specified high density portion
Low-density portion to more than one the shielding in light, air, sound and heat,
Above-mentioned bar portion is adjacent with the side, high density portion of above-mentioned blade part,
Above-mentioned bridge part is used for the edge in the above-specified high density portion to the above-mentioned blade part adjacent with above-mentioned bar portion and above-mentioned bar portion
It is attached.
Fabric the most according to claim 1, it is characterised in that
It is additionally provided with ear in the outside of above-mentioned blade part,
Above-mentioned ear extends along above-mentioned bar portion with the state being connected with above-mentioned bar portion,
When from above-mentioned blade-section from above-mentioned bar portion time, above-mentioned ear and above-mentioned bar portion together from above-mentioned blade-section from.
Fabric the most according to any one of claim 1 to 4, it is characterised in that when above-mentioned bar portion is separated, quilt
Above-mentioned bridge part after cut-out is only left at above-mentioned bar portion, and is not left in above-mentioned blade part.
6. a light-shielding structure thing, it is characterised in that including:
Supporting part；
Movable fixture, is arranged at above-mentioned supporting part, is used for supporting fabric；And,
Operating portion, is arranged at above-mentioned supporting part, is used for enabling above-mentioned movable fixture to move, makes above-mentioned fabric switch to screening
Light state or daylighting state,
Above-mentioned shading status be above-mentioned fabric at least some of in the incident direction of incident illumination with other portions of above-mentioned fabric
Divide equitant state,
Above-mentioned daylighting state is the state that above-mentioned fabric is not in above-mentioned shading status,
Above-mentioned fabric includes:
Blade part；
Bar portion, adjacent with the edge of at least side of above-mentioned blade part, above-mentioned bar portion extends along above-mentioned edge；And,
Bridge part, the direction extended along above-mentioned bar portion is formed at the more than one position in above-mentioned bar portion, for connecting
State bar portion and above-mentioned blade part,
Above-mentioned bar portion can by cut off above-mentioned bridge part come with above-mentioned blade-section from,
The hot strength of above-mentioned bridge part is less than above-mentioned bar portion and the hot strength of above-mentioned blade part,
Above-mentioned movable fixture supports one end of above-mentioned blade part on the direction that above-mentioned bar portion extends.
Light-shielding structure thing the most according to claim 6, it is characterised in that
Above-mentioned fabric includes multiple blade part,
Above-mentioned bar portion connects two adjacent blade parts by above-mentioned bridge part,
By to disassemble the action in above-mentioned bar portion by the way of making above-mentioned bridge part cut-off, multiple above-mentioned blade parts can respectively by
It is separately separated.
Light-shielding structure thing the most according to claim 6, it is characterised in that
Above-mentioned blade part includes low-density portion and high density portion, above-specified high density portion be formed at above-mentioned low-density portion side or on
Stating the both sides in low-density portion, more than one the shielding in light, air, sound and heat is more than above-mentioned by above-specified high density portion
Low-density portion to more than one the shielding in light, air, sound and heat,
Above-mentioned bar portion is adjacent with the side, high density portion of above-mentioned blade part,
Above-mentioned bridge part is used for the edge in the above-specified high density portion to the above-mentioned blade part adjacent with above-mentioned bar portion and above-mentioned bar portion
It is attached,
Above-mentioned movable fixture can be so that at least some of incidence side at incident illumination in above-specified high density portion of above-mentioned fabric
Upwards move with the equitant mode in above-mentioned low-density portion.
9. according to the light-shielding structure thing according to any one of claim 6 to 8, it is characterised in that when above-mentioned bar portion being carried out point
From time, cut-off after above-mentioned bridge part be only left at above-mentioned bar portion, and be not left in above-mentioned blade part.
10. according to the light-shielding structure thing according to any one of claim 6 to 8, it is characterised in that above-mentioned daylighting state can be cut
Being changed to part daylighting state and complete daylighting state, in above-mentioned part daylighting state, the above-mentioned blade part of above-mentioned fabric is extremely
A few part is positioned on the path of incident illumination, thus intercepts a part for incident illumination, in above-mentioned complete daylighting state, makes above-mentioned
Movable fixture is to a side shifting of above-mentioned supporting part, to prevent the above-mentioned blade part of above-mentioned fabric to be positioned at the path of incident illumination
On.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| KR10-2015-0052641 | 2015-04-14 | ||
| KR1020150052641A KR101849293B1 (en) | 2015-04-14 | 2015-04-14 | Fabrics, method of manufacturing the same and shading structure using the same |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205682927U true CN205682927U (en) | 2016-11-16 |
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ID=57256811
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620249425.0U Active CN205682927U (en) | 2015-04-14 | 2016-03-29 | Fabric and utilize the light-shielding structure thing of fabric |
Country Status (2)
| Country | Link |
|---|---|
| KR (1) | KR101849293B1 (en) |
| CN (1) | CN205682927U (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2018080016A1 (en) * | 2016-10-26 | 2018-05-03 | 손윤정 | Curtain-type vertical blind |
| KR20220068571A (en) | 2020-11-19 | 2022-05-26 | 권영택 | Vertical blinds with optional separation |
| KR102369930B1 (en) * | 2021-07-15 | 2022-03-03 | 박수미 | Warp knitted fabric for vertical blind and method for producing the same |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR200461412Y1 (en) * | 2012-04-13 | 2012-07-11 | (주)월드브라인드 | A curtain type vertical blind |
-
2015
- 2015-04-14 KR KR1020150052641A patent/KR101849293B1/en active IP Right Review Request
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2016
- 2016-03-29 CN CN201620249425.0U patent/CN205682927U/en active Active
Also Published As
| Publication number | Publication date |
|---|---|
| KR20160122559A (en) | 2016-10-24 |
| KR101849293B1 (en) | 2018-04-16 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20220118 Address after: Seoul, South Kerean Patentee after: Park Yunzhu Patentee after: Co., Ltd. counting horses Address before: 273 West Chengxi Road, Daxi District, Daegu, Korea 704-920 Patentee before: SEWON TEXTILE CO.,LTD. Patentee before: Co., Ltd. counting horses |
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| TR01 | Transfer of patent right |