CN104916356B - The production method of flexible flat cable and flexible flat cable - Google Patents

The production method of flexible flat cable and flexible flat cable Download PDF

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Publication number
CN104916356B
CN104916356B CN201510315467.XA CN201510315467A CN104916356B CN 104916356 B CN104916356 B CN 104916356B CN 201510315467 A CN201510315467 A CN 201510315467A CN 104916356 B CN104916356 B CN 104916356B
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enamel
covered wire
flat cable
warp
microns
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CN104916356A (en
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马明忠
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马明忠
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Abstract

A kind of production method of flexible flat cable and flexible flat cable, wherein flexible flat cable includes the weft threadss of the warp yarn, the enamel-covered wire of more than two and more than two broadwise arrangements of some warp-wise arrangements, the enamel-covered wire warp-wise of more than two is arranged in some warp yarns, and the spaced a certain distance of the enamel-covered wire of more than two, the weft threadss of more than two, the enamel-covered wire of some warp yarns and more than two are woven into flat cable by longitude and latitude.The present invention is as a result of warp yarn, enamel-covered wire and weft threadss so that flat cable can bear larger pulling force, when larger pulling force is subject to, will not break enamel-covered wire;The color of the corresponding warp yarn of two adjacent enamel-covered wires is different, and the color that such user only needs to observe on flat cable surface is known that the quantity of enamel-covered wire, the function of enamel-covered wire and its role;There is simple production, low production cost, simple structure, structural strength height, degree of flexibility is high and can bear larger pulling force.

Description

The production method of flexible flat cable and flexible flat cable
Technical field
The present invention relates to the technical field of flat cable, more particularly, to a kind of production method of flexible flat cable and soft Property flat cable.
Background technology
With the development of science and technology, in order to meet different demands, various cables are manufactured by invention, flexible flat Horizontal line cable used as the jumper between the circuit in the various electric, electronic equipments that can play its flexibility (flexibility), (match somebody with somebody by fixation Line), or replace flexible printing patch panel, carry out distribution as the moving part to electric, electronic equipment wiring material and quilt Extensively apply.
Such as the Chinese patent application document of Application No. 201010222936.0, which discloses a kind of flexible flat cable, The flexible flat cable of this structure is included with multiple conductors of configuration, the insulation on coated conductor two sides side by side at predetermined intervals Layer, be arranged on the nonwoven layer of insulating barrier outer surface and be arranged on the screen layer of nonwoven layer outer surface.The flexibility of this structure Flat cable and is provided with insulating barrier on the two sides of conductor in production due to its complex structure, causes production trouble, life The problems such as producing low efficiency and high production cost.The flexible flat cable of this structure also have that structural strength is low, degree of flexibility is low and The problems such as larger pulling force can not be born, particularly when flexible flat cable is pulled at, it is easy to by flexible flat cable Conductor break, but be difficult to find which damages from the surface of flexible flat cable, using when will bring very to user Big trouble.User using this structure flexible flat cable when, it is difficult to know in flexible flat cable from outside The risen function of number of conductors, conductor role and conductor.
Content of the invention
In order to overcome the problems referred to above, the present invention to provide a kind of simple production, production efficiency height and low production cost to social Flexible flat cable production method, using this production method produce flexible flat cable there is simple structure, structure Intensity is high, degree of flexibility is high and advantage that is can bearing larger pulling force.
The present invention also provides high a kind of simple structure, structural strength, degree of flexibility height to society and can bear larger pulling force Flexible flat cable.
The present invention a kind of technical scheme be:A kind of production method of flexible flat cable is provided, is comprised the steps:
Some warp yarn warp-wises are arranged by 100.;
200. in some warp yarns warp-wise be arranged with the enamel-covered wire of more than two, the enamel-cover of more than two The spaced a certain distance of line;
The weft threadss broadwise of more than two is arranged by 300., and the method interweaved using longitude and latitude is by the latitude of more than two Yarn, the enamel-covered wire of some warp yarns and more than two are woven into flat cable.
Used as improvement of the present invention, and warp-wise corresponding with the enamel-covered wire is arranged in the institute of the enamel-covered wire left and right sides The color for stating warp yarn is identical.
Used as improvement of the present invention, the color of the corresponding warp yarn of adjacent two enamel-covered wires is different.
The present invention another kind of technical scheme be:A kind of flexible flat cable is provided, including the warp of some warp-wise arrangements The weft threadss of yarn, the enamel-covered wire of more than two and more than two broadwise arrangements, the enamel-covered wire warp-wise arrangement of more than two In some warp yarns, and the spaced a certain distance of the enamel-covered wire of more than two, the institute of more than two The enamel-covered wire for stating weft threadss, some warp yarns and more than two is woven into flat cable by longitude and latitude.
Used as improvement of the present invention, and warp-wise corresponding with the enamel-covered wire is arranged in the institute of the enamel-covered wire left and right sides The color for stating warp yarn is identical.
Used as improvement of the present invention, the color of the corresponding warp yarn of adjacent two enamel-covered wires is different.
Used as improvement of the present invention, the diameter of the warp yarn is arrived less than or equal to 2400 microns more than or equal to 15 microns Between select.
Used as improvement of the present invention, the diameter of the weft threadss is arrived less than or equal to 1600 microns more than or equal to 20 microns Between select.
Used as improvement of the present invention, the enamel-covered wire includes that some thin twisted wires, the diameter of the thin twisted wire are being more than It is equal to 20 microns to select between less than or equal to 960 microns.
Used as improvement of the present invention, the diameter of the enamel-covered wire is arrived less than or equal to 960 microns more than or equal to 56 microns Between select.
As a result of warp yarn, enamel-covered wire and weft threadss, enamel-covered wire warp-wise is arranged in some warp yarns the present invention, Weft threadss, warp yarn and enamel-covered wire are woven into flat cable by longitude and latitude, and this allows for flat cable and can bear larger drawing Power, and when larger pulling force is subject to, deforms will not flat cable, enamel-covered wire will not be broken, flat cable will not be damaged; The color of the corresponding warp yarn of two adjacent enamel-covered wires is different, and such user only needs to the color that observes on flat cable surface It is known that the function of the quantity of enamel-covered wire, enamel-covered wire and its role;And the surrounding in each enamel-covered wire Arranged radially has warp yarn, increased the structural strength of flat cable, make warp yarn by fully wrapped around for enamel-covered wire live, further prevent Only enamel-covered wire is exposed, with production is simple, production efficiency height, low production cost, simple structure, structural strength height, degree of flexibility High and the advantages of larger pulling force can be born.
Description of the drawings
Fig. 1 is a kind of end face structure schematic diagram of embodiment of the present invention.
Fig. 2 is the end face structure schematic diagram of another kind of embodiment of the present invention.
Fig. 3 is the end face structure schematic diagram of the third embodiment of the present invention.
Wherein:1. warp yarn;2. enamel-covered wire;21. thin twisted wires;3. weft threadss.
Specific embodiment
The present invention provides a kind of production method of flexible flat cable, comprises the steps:
Some warp yarn warp-wises are arranged by 100.;
200. in some warp yarns warp-wise be arranged with the enamel-covered wire of more than two, the enamel-cover of more than two The spaced a certain distance of line;
The weft threadss broadwise of more than two is arranged by 300., and the method interweaved using longitude and latitude is by the latitude of more than two Yarn, the enamel-covered wire of some warp yarns and more than two are woven into flat cable.
In this method, and warp-wise corresponding with the enamel-covered wire is arranged in the warp yarn of the enamel-covered wire left and right sides Color is identical, and the color of the corresponding warp yarn of adjacent two enamel-covered wires is different.So design benefit be, user The color that observes on the flat cable surface is only needed to it is known that the quantity of the enamel-covered wire, the function of the enamel-covered wire With its role, it is user-friendly to.
In this method, woven fabric machine or shuttle-free loom has been used to the weft threadss, the warp yarn and institute Stating enamel-covered wire carries out tatting(Longitude and latitude interweaves), no longer it is discussed in detail with regard to tatting here, tatting is common one kind side of weaving cotton cloth Method.In tatting, the weft threadss of more than two are employed, so that the structure of the flat cable is more stable.
In this method, the warp yarn and the weft threadss are the products for being processed into certain fineness with various textile fabrics, The warp yarn and the weft threadss can be:1. short fiber yarn, by chopped fiber(Atural staple fibre or chemical fibre staple) Process through yarn, divide ring spun yarn line, open end spinning yarn, pick up certainly yarn etc.;2. continuous filament yarn, such as natural silk and change Fine long filament, not point twist or twist, smooth long filament or modified continuous filament etc.;3. chopped fiber and continuous filament yarn composite yarn, for example, wash Cotton filament core yarn etc..The warp yarn and the weft threadss by two strands or more than two strands single thread line and close twist and form.
In this method, the diameter of the warp yarn is selected between arriving less than or equal to 2400 microns more than or equal to 15 microns, The diameter of the warp yarn can more than or equal to 40 microns to selecting less than or equal between 2100 microns, the warp yarn straight Footpath can be being selected between less than or equal to 1800 microns more than or equal to 100 microns, and the diameter of the warp yarn can be more than It is equal to 200 microns to select between less than or equal to 1600 microns, the diameter of the warp yarn can be arrived more than or equal to 450 microns Select between less than or equal to 1400 microns, the diameter of the warp yarn can be less than or equal to 1100 arriving more than or equal to 750 microns Select between micron, the diameter of the warp yarn can be being selected between less than or equal to 1000 microns more than or equal to 950 microns.
In this method, the diameter of the weft threadss is selected between arriving less than or equal to 1600 microns more than or equal to 20 microns, The diameter of the weft threadss can more than or equal to 40 microns to selecting less than or equal between 1400 microns, the weft threadss straight Footpath can more than or equal to 80 microns to selecting less than or equal between 1200 microns, the diameter of the weft threadss can more than etc. In 100 microns to selecting less than or equal between 1000 microns, the diameter of the weft threadss can more than or equal to 200 microns to little Select between being equal to 850 microns, the diameter of the weft threadss can be less than or equal to 650 microns arriving more than or equal to 350 microns Between select, the diameter of the weft threadss can be being selected between less than or equal to 550 microns more than or equal to 450 microns.
In this method, the enamel-covered wire includes that some thin twisted wires, the diameter of the thin twisted wire are being more than or equal to 20 microns Select between arriving less than or equal to 960 microns, the diameter of the thin twisted wire can be micro- to being less than or equal to 900 more than or equal to 40 microns Select between rice, the diameter of the thin twisted wire can be being selected between less than or equal to 800 microns more than or equal to 80 microns, described The diameter of thin twisted wire can be being selected between less than or equal to 750 microns more than or equal to 100 microns, and the diameter of the thin twisted wire can To select between less than or equal to 650 microns more than or equal to 200 microns, the diameter of the thin twisted wire can be more than or equal to 450 microns select between less than or equal to 550 microns.The thin twisted wire be with copper, silver, gold, aluminum, ferrum, stannum copper-clad, aluminum copper-clad, The materials such as copper covered steel, aluminium in copper magnesium or copper-clad ferrum are made.
In this method, the enamel-covered wire can also be single line cable, no matter the enamel-covered wire is by some thin twisted wires Composition, or single line cable, the diameter of the enamel-covered wire are selected between arriving less than or equal to 960 microns more than or equal to 56 microns, The diameter of the enamel-covered wire can more than or equal to 85 microns to selecting less than or equal between 900 microns, the enamel-covered wire straight Footpath can more than or equal to 100 microns to selecting less than or equal between 750 microns, the diameter of the enamel-covered wire can more than etc. In 150 microns to selecting less than or equal between 650 microns, the diameter of the enamel-covered wire can more than or equal to 200 microns to little Select between being equal to 550 microns, the diameter of the enamel-covered wire can be less than or equal to 450 microns arriving more than or equal to 350 microns Between select.
In this method, the neat warp-wise arrangement of some warp yarns, the enamel-covered wire warp-wise are arranged in some warps In yarn, the left and right sides of each enamel-covered wire has the warp yarn in other words, is so described flat in order to prevent The enamel-covered wire in cable is exposed.As the warp yarn and the weft threadss are various textile fabrics, therefore by tatting into After the flat cable, the enamel-covered wire is wrapped by the fiber in the warp yarn and the weft threadss, in the flat wire It is difficult to visually see the enamel-covered wire on cable.
In this method, can be to have the warp yarn in the surrounding of each enamel-covered wire also arranged radially, when will be per The surrounding of a piece enamel-covered wire can have two kinds of set-up modes, mode one when also arranged radially has the warp yarn:So that position The warp yarn in the enamel-covered wire surrounding forms an annular, and the inside of the annular is the enamel-covered wire.During tatting, The warp yarn in the enamel-covered wire surrounding interweaves with forming braiding circle by longitude and latitude, and the enamel-covered wire is arranged on the braiding circle In, after the completion of tatting, it is found that the warp yarn can by fully wrapped around for the enamel-covered wire live.
Mode two:Also include that the annular of warp-wise arrangement is overall, the annular is overall to be included the enamel-covered wire and be located at described The annular that the warp yarn in enamel-covered wire surrounding is formed, the weft threadss, the warp yarn and the annular are entirely through warp Latitude is woven into flat cable.After the completion of tatting, it is found that the warp yarn can by fully wrapped around for the enamel-covered wire live.
Refer to Fig. 1, disclosed in Fig. 1 is a kind of one of which embodiment of flexible flat cable, passes through including some To the enamel-covered wire 2 and the weft threadss 3 of more than two broadwise arrangements of the warp yarn more than 1, two of arrangement, the paint of more than two 2 warp-wise of envelope curve is arranged in some warp yarns 1, and the enamel-covered wire 2 of more than two spaced certain away from The enamel-covered wire 2 from, the weft threadss 3 of more than two, some warp yarns 1 and more than two is interweaved by longitude and latitude Into flat cable.
In the present embodiment, woven fabric machine or shuttle-free loom has been used to the weft threadss 3, the warp yarn 1 Tatting is carried out with the enamel-covered wire 2(Longitude and latitude interweaves), no longer it is discussed in detail with regard to tatting here, tatting is that common one kind is knitted Cloth method.Tatting into the flat cable there is elastic little and Stability Analysis of Structures the features such as, be stretched in the flat cable During power, the flat cable will not be stretched deformation, and will not break the enamel-covered wire 2 in the flat cable.And And as 3 pairs of enamel-covered wires of the weft threadss 2 carry out before and after's interlacing, make the enamel-covered wire 2 be fixedly secured to institute State in flat cable, even if pull at the enamel-covered wire 2 in the flat cable, it is also difficult to by the enamel-covered wire 2 from institute State in flat cable and pull out, have the advantages that being hardly damaged, structural strength is big and degree of flexibility is high.
In tatting, the weft threadss 3 of more than two are employed, so that the structure of the flat cable is more steady Fixed.If only with the weft threadss 3, then be easy to make weft threadss 3, described by pullling the weft threadss 3 Warp yarn 1 and the enamel-covered wire 2 are separated, so as to damage the flat cable.Due to present invention employs the institute of more than two Stating weft threadss 3 carries out tatting, no matter how pulls the weft threadss 3, will not also make the weft threadss 3, the warp yarn 1 and institute State enamel-covered wire 2 to separate, the flat cable will not be damaged, be more to pull the weft threadss 3 to make the flat cable on the contrary Structure is tightr, this further enhances the structural strength of the flat cable.
In the present embodiment, the warp yarn 1 and the weft threadss 3 are the products for being processed into certain fineness with various textile fabrics Product, the warp yarn 1 and the weft threadss 3 can be:1. short fiber yarn, by chopped fiber(Atural staple fibre or chemical fibre cutting Fiber)Process through yarn, divide ring spun yarn line, open end spinning yarn, pick up certainly yarn etc.;2. continuous filament yarn, such as natural silkworm Silk and chemical-fibres filaments, not point twist or twist, smooth long filament or modified continuous filament etc.;3. chopped fiber and continuous filament yarn composite yarn, Such as polyester-cotton blend filament core yarn etc..The warp yarn 1 and the weft threadss 3 by two strands or more than two strands single thread line and close plus Pick up and form.
In the present embodiment, the diameter of the warp yarn 1 is being selected between less than or equal to 2400 microns more than or equal to 15 microns Select, the diameter of the warp yarn 1 can be being selected between less than or equal to 2100 microns more than or equal to 40 microns, the warp yarn 1 diameter can be more than or equal to 100 microns, to selecting less than or equal between 1800 microns, the diameter of the warp yarn 1 can be with Selecting between less than or equal to 1600 microns more than or equal to 200 microns, the diameter of the warp yarn 1 can be more than or equal to 450 microns to selecting less than or equal between 1400 microns, the diameter of the warp yarn 1 can more than or equal to 750 microns to little Select between being equal to 1100 microns, the diameter of the warp yarn 1 can be micro- to being less than or equal to 1000 more than or equal to 950 microns Select between rice.
In the present embodiment, the diameter of the weft threadss 3 is being selected between less than or equal to 1600 microns more than or equal to 20 microns Select, the diameter of the weft threadss 3 can be being selected between less than or equal to 1400 microns more than or equal to 40 microns, the weft threadss 3 diameter can be more than or equal to 80 microns, to selecting less than or equal between 1200 microns, the diameter of the weft threadss 3 can be Select between less than or equal to 1000 microns more than or equal to 100 microns, the diameter of the weft threadss 3 can be more than or equal to 200 Micron to selecting less than or equal between 850 microns, the diameter of the weft threadss 3 can more than or equal to 350 microns to less than etc. Select between 750 microns, the diameter of the weft threadss 3 can more than or equal to 450 microns between less than or equal to 650 microns Select.
In the present embodiment, 1 neat warp-wise of some warp yarns is arranged, and 2 warp-wise of the enamel-covered wire is arranged in some institutes State in warp yarn 1, the left and right sides of each enamel-covered wire 2 has the warp yarn 1 in other words, be so to prevent The enamel-covered wire 2 that states in flat cable is exposed.As the warp yarn 1 and the weft threadss 3 are various textile fabrics, therefore By tatting into after the flat cable, the enamel-covered wire 2 is wrapped by the fiber in the warp yarn 1 and the weft threadss 3, It is difficult to visually see the enamel-covered wire 2 on the flat cable.
In the present embodiment, and warp-wise corresponding with the enamel-covered wire 2 is arranged in the warp thread of 2 left and right sides of the enamel-covered wire The color of line 1 is identical, and the color of the corresponding warp yarn 1 of two adjacent enamel-covered wires 2 is different, so the benefit of design It is that user only needs to the color that observes on the flat cable surface it is known that the quantity of the enamel-covered wire 2, the enamel-cover The function of line 2 and its role, are user-friendly to.
In the present embodiment, the enamel-covered wire 2 includes that some thin twisted wires 21, the diameter of the thin twisted wire 21 are being more than or equal to 20 microns to selecting less than or equal between 960 microns, the diameter of the thin twisted wire 21 can more than or equal to 40 microns to being less than Select between being equal to 900 microns, the diameter of the thin twisted wire 21 can arrive less than or equal to 800 microns it more than or equal to 80 microns Between select, the diameter of the thin twisted wire 21 can be being selected between less than or equal to 750 microns more than or equal to 100 microns, described The diameter of thin twisted wire 21 can selecting between less than or equal to 650 microns more than or equal to 200 microns, the thin twisted wire 21 straight Footpath can be being selected between less than or equal to 550 microns more than or equal to 450 microns.The thin twisted wire 21 be with copper, silver, gold, aluminum, The materials such as ferrum, stannum copper-clad, aluminum copper-clad, copper covered steel, aluminium in copper magnesium or copper-clad ferrum are made.
In the present embodiment, the enamel-covered wire 2 can also be single line cable, no matter the enamel-covered wire 2 is by some described thin Twisted wire 21 is constituted, or single line cable, and the diameter of the enamel-covered wire 2 arrives less than or equal to 960 microns it more than or equal to 56 microns Between select, the diameter of the enamel-covered wire 2 can be being selected between less than or equal to 900 microns more than or equal to 85 microns, the paint The diameter of envelope curve 2 can be being selected between less than or equal to 750 microns more than or equal to 100 microns, and the diameter of the enamel-covered wire 2 can To select between less than or equal to 650 microns more than or equal to 150 microns, the diameter of the enamel-covered wire 2 can be more than or equal to 200 microns to selecting less than or equal between 550 microns, the diameter of the enamel-covered wire 2 can more than or equal to 350 microns to being less than Select between being equal to 450 microns.
Refer to Fig. 2, disclosed in Fig. 2 is a kind of another kind of embodiment of flexible flat cable, including some warp-wises The enamel-covered wire 2 of the warp yarn more than 1, two of arrangement and the weft threadss 3 of more than two broadwise arrangements, the enamel-cover of more than two 2 warp-wise of line is arranged in some warp yarns 1, and also arranged radially has been in the surrounding of each enamel-covered wire 2 State warp yarn 1, more than two 2 spaced a certain distance of the enamel-covered wire is the weft threadss 3 of more than two, some The enamel-covered wire 2 of warp yarn 1 described in root and more than two is woven into flat cable by longitude and latitude.
In the present embodiment, as the surrounding in each enamel-covered wire 2 also arranged radially has the warp yarn 1 so that The warp yarn 1 being located in 2 surrounding of the enamel-covered wire forms an annular, and the inside of the annular is the enamel-covered wire 2.Shuttle When knitting, the warp yarn 1 in 2 surrounding of the enamel-covered wire is woven into braiding circle by longitude and latitude, and the enamel-covered wire 2 is arranged on described Braiding circle in, after the completion of tatting, it is found that the warp yarn 1 can by fully wrapped around for the enamel-covered wire 2 live, the benefit of do so It is further to prevent the enamel-covered wire 2 exposed.
In the present embodiment, the corresponding enamel-covered wire 2 warp-wise are arranged in the warp yarn 1 of 2 surrounding of the enamel-covered wire Color is identical, and the color of the corresponding warp yarn 1 of two adjacent enamel-covered wires 2 is different, and the benefit of so design is to use Family only needs to the color that observes on the flat cable surface it is known that the quantity of the enamel-covered wire 2, the enamel-covered wire 2 Function and its role, are user-friendly to.
In the present embodiment, woven fabric machine or shuttle-free loom has been used to the weft threadss 3, the warp yarn 1 Tatting is carried out with the enamel-covered wire 2(Longitude and latitude interweaves), in tatting, employ the weft threadss 3 of more than two.The warp thread Shown in the structure and size of line 1, the weft threadss 3 and the enamel-covered wire 2 and Fig. 1, the structure of embodiment is essentially identical, at this In no longer respectively which is carried out repeating to describe, detailed content refers to the above-mentioned explanation content to Fig. 1.
Refer to Fig. 3, disclosed in Fig. 3 is a kind of the third embodiment of flexible flat cable, embodiment shown in Fig. 3 It is the improvement that makes on the basis of illustrated embodiment in fig. 2, the structure of the embodiment in its structure and Fig. 2 is essentially identical, Here repeated description is carried out to identical structure no longer.Difference is that content is as follows:Due in each enamel-covered wire 2 Also arranged radially has the warp yarn 1 to surrounding, therefore also includes that the annular of warp-wise arrangement is overall, and the annular entirety includes described The annular that enamel-covered wire 2 and the warp yarn 1 in 2 surrounding of the enamel-covered wire are formed, the weft threadss 3, the warp yarn 1 Flat cable is woven into the annular entirely through longitude and latitude.After the completion of tatting, it is found that the warp yarn 1 can be by the paint Envelope curve 2 is fully wrapped around firmly, advantage of this is that, further prevents the enamel-covered wire 2 exposed.
The present invention is as a result of the warp yarn 1, the enamel-covered wire 2 and the weft threadss 3,2 warp-wise of the enamel-covered wire It is arranged in some warp yarns 1, the weft threadss 3, the warp yarn 1 and the enamel-covered wire 2 are woven into by longitude and latitude The flat cable, this allow for the flat cable and can bear larger pulling force, and when larger pulling force is subject to, will not The flat cable deformation is made, the enamel-covered wire 2 will not be broken, the flat cable will not be damaged;Described in adjacent two The color of the corresponding warp yarn 1 of enamel-covered wire 2 is different, and such user only needs to the color that observes on the flat cable surface It is known that the quantity of the enamel-covered wire 2, the function of the enamel-covered wire 2 and its role;And described in each Also arranged radially has the warp yarn 1 to the surrounding of enamel-covered wire 2, increased the structural strength of the flat cable, makes the warp thread Line 1 by fully wrapped around for the enamel-covered wire 2 live, further prevent the enamel-covered wire 2 exposed, with production is simple, production efficiency The advantages of height, low production cost, simple structure, structural strength are high, degree of flexibility is high and can bear larger pulling force.

Claims (8)

1. a kind of production method of flexible flat cable, it is characterised in that comprise the steps:
Some warp yarn warp-wises are arranged by 100.;
200. in some warp yarns warp-wise be arranged with the enamel-covered wire of more than two, the enamel-covered wire phase of more than two Mutually it is spaced a distance;
The weft threadss broadwise of more than two is arranged by 300., and the method interweaved using longitude and latitude is by the weft yarn of more than two Line, the enamel-covered wire of some warp yarns and more than two are woven into flat cable;The diameter of the enamel-covered wire is big Select between less than or equal to 900 microns in being equal to 85 microns;The warp yarn being located in the enamel-covered wire surrounding forms one Individual annular, the inside of the annular is the enamel-covered wire, and during tatting, the warp yarn in the enamel-covered wire surrounding passes through longitude and latitude Interweave and form braiding circle, the enamel-covered wire is arranged in the braiding circle.
2. the production method of flexible flat cable according to claim 1, it is characterised in that:Corresponding with the enamel-covered wire simultaneously The color that warp-wise is arranged in the warp yarn of the enamel-covered wire left and right sides is identical.
3. the production method of flexible flat cable according to claim 2, it is characterised in that:Two adjacent enamel-covers The color of the corresponding warp yarn of line is different.
4. a kind of flexible flat cable, it is characterised in that the warp yarn including some warp-wises arrangements, the enamel-covered wire of more than two The weft threadss arranged with more than two broadwises, the enamel-covered wire warp-wise of more than two are arranged in some warp yarns, And the spaced a certain distance of the enamel-covered wire of more than two, the weft threadss of more than two, some warps The enamel-covered wire of yarn and more than two is woven into flat cable by longitude and latitude;The diameter of the enamel-covered wire is being more than or equal to 85 Micron is selected between less than or equal to 900 microns;The warp yarn being located in the enamel-covered wire surrounding forms an annular, institute The inside for stating annular is the enamel-covered wire, and during tatting, the warp yarn in the enamel-covered wire surrounding interweaves with being formed by longitude and latitude Braiding circle, the enamel-covered wire are arranged in the braiding circle.
5. flexible flat cable according to claim 4, it is characterised in that:And warp-wise corresponding with the enamel-covered wire is arranged in The color of the warp yarn of the enamel-covered wire left and right sides is identical.
6. flexible flat cable according to claim 5, it is characterised in that:The corresponding institute of adjacent two enamel-covered wires The color for stating warp yarn is different.
7. the flexible flat cable according to claim 4 or 5, it is characterised in that:The diameter of the warp yarn more than etc. Select between less than or equal to 2400 microns in 15 microns.
8. the flexible flat cable according to claim 4 or 5, it is characterised in that:The diameter of the weft threadss more than etc. Select between less than or equal to 1600 microns in 20 microns.
CN201510315467.XA 2015-06-11 2015-06-11 The production method of flexible flat cable and flexible flat cable Active CN104916356B (en)

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US488711A (en) * 1892-12-27 Osmond fergusson
CN2572516Y (en) * 2002-09-13 2003-09-10 长城行实业(深圳)有限公司 Woven wire
CN204667935U (en) * 2015-06-11 2015-09-23 马明忠 Flexible flat cable

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