CN208160061U - A kind of antistatic shirt collar answers suede two-piece-dress - Google Patents
A kind of antistatic shirt collar answers suede two-piece-dress Download PDFInfo
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- CN208160061U CN208160061U CN201721370197.3U CN201721370197U CN208160061U CN 208160061 U CN208160061 U CN 208160061U CN 201721370197 U CN201721370197 U CN 201721370197U CN 208160061 U CN208160061 U CN 208160061U
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Abstract
The utility model provides a kind of antistatic shirt collar and answers suede two-piece-dress, including inner layer, outer layer and pseudobed, the inner layer is flannelette napped fabric layer, the outer layer is knitting precoat, the pseudobed is shirt collar layer, the inner layer is spliced with pseudobed, and the outer layer coats inner layer, and the inner layer and superficies are provided with antistatic layer.The utility model solves the problems, such as that existing two-piece-dress appearance plays corner angle, so that dress is more comfortable, style is very novel, and class is high, and warmth retention property is good, while having good antistatic and wash durability.
Description
Technical field
The utility model relates to functional clothing fields, and in particular to answer suede two-piece-dress to a kind of antistatic shirt collar.
Background technique
Knitted fabric refers to by yarn sequential forming into coil, and coil is mutually gone here and there and covered and the fabric of formation, and yarn is formed
The process of coil can be carried out transversely or longitudinally, laterally braiding referred to as weft-knitted fabric, and longitudinal knitted referred to as knitted fabric,
Knitted fabric tissue divides elementary organization, alternative construction and pattern tissue according to loop construction and arrangement each other.Elementary organization is institute
There is the basis of knitted fabric, is composed of in its simplest form coil.This class loading has weft-knitted plain, rib-loop, double reverse side, warp
Compile chaining, through flat, warp sateen etc..Alternative construction be between the adjacent windings stringer of an elementary organization, configure another or it is another several
The wale of a elementary organization forms.This class loading has weft knitting variation plain and double rib, warp knit through suede and through oblique etc..Pattern
Tissue is using the change of loop construction, or to be in addition incorporated into some auxiliary yarns and other weavings based on above-mentioned tissue
Raw material forms.Pattern tissue mainly have jacquard weave, tuck, leno, pineapple, take out flower, liner, looped pile, plaiting, ripple, laying-in inlaid thread,
Plush and the complex tissue as made of the above stitch combinations etc..This class loading has significant pattern effect and different machines
Tool characteristic.
In summer, there is knitting cotta, in the autumn and winter, then have sweater, having appearance in the market is the group of sweater lining shirt
It closes, is that sweater adds a shirt collar in fact, is commonly called as " false two pieces ", false two pieces reduces while bringing beauty to be produced into
This, it is deep to be liked by the majority of consumers, but there is warmth retention property deficiency in false two pieces, if heat preservation internal layer, appearance is added
Corner angle are serious, while it is larger to rub, and electrostatic problem is difficult to avoid that, very influence dress experience.
In the utility model of Patent No. CN202958817, a kind of false two pieces shell type shirt collar cold-proof underwear is disclosed,
Sleeve uses common shirt fabric with collar, and the inside is enclosed warming patch, achieved the effect that warming.
Utility model content
（One）Technical problems to be solved
Problem to be solved in the utility model is existing two-piece-dress appearance out-of-flatness, and electrostatic problem is larger.
（Two）Technical solution
To solve the technical problem, the utility model provides a kind of antistatic shirt collar and answers suede two-piece-dress, including inner layer,
Outer layer and pseudobed, the inner layer are flannelette napped fabric layer, and the outer layer is knitting precoat, and the pseudobed is shirt collar layer, in described
Layer is spliced with pseudobed, and the outer layer coats inner layer, and the inner layer and superficies are provided with antistatic layer.
Further, be attached between inner layer neckline edge and pseudobed edge by sewing thread, the outer layer with
It is attached between inner layer by sewing thread, the outer layer and inner layer link position include neckline edge, shoulder and cuff.
Further, the inner layer is interwoven by cotton, polyamide fibre and terylene, and the outer layer is interwoven by wool, polyamide fibre.
Further, the inner layer and superficies are coated with antistatic agent, and the antistatic agent wraps by mass percentage
It includes：45 ~ 55% adipic acids, 5 ~ 15% hexamethylene diamines, 35 ~ 45% polyetheramines, 1 ~ 2% carbodiimides, 1 ~ 3% silane coupling agent, 0.2 ~
0.4% phosphite ester, 1 ~ 3% sodium hypophosphite.
Corresponding, the utility model additionally provides the production technology that a kind of antistatic shirt collar answers suede two-piece-dress, including
Following steps：
1）By percentage composition it is that 60% cotton, 25% polyamide fibre, 15% terylene are interwoven flannelette napped fabric layer, while by percentage composition
It is woven into outer layer for 80% wool and 20 polyamide fibres, is dried for standby after flannelette napped fabric layer and outer layer are cleaned using clear water；
2）Antistatic agent is deployed, antistatic agent content is 25g/L, and flannelette napped fabric layer and inner layer are immersed in antistatic agent in room temperature
Under carry out padding processing, pad and dried after completion in an oven, drying temperature is 100 ~ 110 DEG C, and drying time is
Then temperature is promoted to 180 DEG C and baked by 5min, baking time 2min, completes antistatic treatment；
3）Flannelette napped fabric layer is made into all parts by loom, then all parts are sewn into the clothing of inner layer on seam disk
Body, then by shirt collar sewing at the neckline of inner layer clothes body；
4）Outer layer is made into all parts by loom, then all parts are sewn into the clothes body of outer layer on seam disk,
Inner layer clothes body is sewed into outer layer clothes body then along the gap generated during the sewing of outer layer clothes body, sewing position includes neck
Mouth, shoulder and cuff form finished product.
Further, the allocation process of the antistatic agent is：
1）Quantitative adipic acid, hexamethylene diamine, polyetheramine, phosphite ester, silane coupling agent, carbodiimides are added simultaneously
Heating is stirred in reaction kettle, generates mixture, opens the cooling water of motor, powder condenser and complete condenser pipeline；
2）When temperature rises to 120 DEG C in slot, heating agent is closed, is stirred 1 hour；
3）After stirring 1 hour, starting to warm up, powder condenser temperature is maintained at 105 ~ 115 DEG C, and the cooling water of complete condenser is half-open,
When being warming up to 250 DEG C, sodium hypophosphite is added, and vacuumize, reacts 1 hour；
4）Reaction 1 as a child, closes vacuum, and temperature in slot is cooled to 180 DEG C, starts discharging, obtains antistatic agent.
Wherein, the step 3）Middle vacuum degree is -0.3 ~ -0.1MPa.
（Three）Beneficial effect
（1）Antistatic shirt collar provided by the utility model answers suede two-piece-dress and garment piece is existed first in the weaving of clothes
It sews it up on seam disk, the flannelette napped fabric layer of the inside individually works as the flannelette that dress is made on flatcar to anter and loads onto shirt collar, the two
The flannelette for installing shirt collar is passed through flatcar again after carrying out, according to the gap of the seam disk of outer layer sweater the suede for carrying out shirt collar
Cloth gets on along seam vehicle, does so and solves the problems, such as that clothes corner angle are inaesthetic, then the sweater of outer layer is independent again with flannelette
Separated getting up in dress more arbitrarily can have not a particle of constraint sense, have：Do not know in terms of appearance 1. functionality warming 2. is single
Road is plus the clothes of suede gives people's feeling more single wearing from style from product of light luxurious fashion beauty 3., and winter will be in sweater
The inside singly wears if shirt first and does not keep warm, and the second not personal inside and outside two layers after all are separated.
（2）Antistatic shirt collar provided by the utility model answers suede two-piece-dress, increases the process of antistatic treatment, greatly
It improves the problem of winter clothing friction is brought, improves dress experience, which uses polyether-polyamide Copolymer
Antistatic agent has good antistatic effect, while water-wash resistance is good, and stability is good.
（3）Production technology provided by the utility model provides the production of antistatic treatment and the production of two-piece-dress
Journey, antistatic agent using adipic acid, 5 ~ 15% hexamethylene diamines, 35 ~ 45% polyetheramines, 1 ~ 2% carbodiimides, 1 ~ 3% silane coupling agent,
0.2 ~ 0.4% phosphite ester, 1 ~ 3% sodium hypophosphite are as raw material, and carbodiimides, phosphite ester are as stabilizer, Ke Yiyou
Effect improve with the adhesive ability of clothes, for sodium hypophosphite as catalyst, silane coupling agent makes it with hydrophilic soft effect,
So that fabric has good hydrophilic, antistatic and soft characteristic, compared with antistatic agent on the market, have preferably anti-
Antistatic property and wash durability.
Detailed description of the invention
Fig. 1 is the schematic diagram that the antistatic shirt collar of the utility model answers suede two-piece-dress；
Fig. 2 is the connection schematic diagram of pseudobed and inner layer in the utility model.
Specific embodiment
Below with reference to embodiment, specific embodiment of the present utility model is described in further detail.Following embodiment
For illustrating the utility model, but it is not intended to limit the scope of the present invention.
Referring to Fig.1-2, the utility model provides a kind of antistatic shirt collar and answers suede two-piece-dress, including inner layer, outer layer and
Pseudobed, the inner layer are flannelette napped fabric layer, and the outer layer is knitting precoat, and the pseudobed is shirt collar layer, the inner layer and pseudobed
It is spliced, the outer layer coats inner layer, and the inner layer and superficies are provided with antistatic layer.
Wherein, it is attached between inner layer neckline edge and pseudobed edge by sewing thread, between the outer layer and inner layer
It is attached by sewing thread, the outer layer and inner layer link position include neckline edge, shoulder and cuff, utilize outer layer
Junction of the gap as suture, avoids after molding that there are corner angle on clothes.
Inner layer is interwoven by cotton, polyamide fibre and terylene, and the outer layer is interwoven by wool, polyamide fibre, and inner layer is personal, is relaxed
Suitable, soft, outer layer thermal property is preferable.
Wherein, inner layer and superficies are coated with antistatic agent, and the antistatic agent includes by mass percentage：45~55%
Adipic acid, 5 ~ 15% hexamethylene diamines, 35 ~ 45% polyetheramines, 1 ~ 2% carbodiimides, 1 ~ 3% silane coupling agent, 0.2 ~ 0.4% phosphorous acid
Ester, 1 ~ 3% sodium hypophosphite.
The utility model also provides the production technology that a kind of antistatic shirt collar answers suede two-piece-dress, includes the following steps：
1）By percentage composition it is that 60% cotton, 25% polyamide fibre, 15% terylene are interwoven flannelette napped fabric layer, while by percentage composition
It is woven into outer layer for 80% wool and 20 polyamide fibres, is dried for standby after flannelette napped fabric layer and outer layer are cleaned using clear water；
2）Antistatic agent is deployed, antistatic agent content is 25g/L, and flannelette napped fabric layer and inner layer are immersed in antistatic agent in room temperature
Under carry out padding processing, pad and dried after completion in an oven, drying temperature is 100 ~ 110 DEG C, and drying time is
Then temperature is promoted to 180 DEG C and baked by 5min, baking time 2min, completes antistatic treatment；
3）Flannelette napped fabric layer is made into all parts by loom, then all parts are sewn into the clothing of inner layer on seam disk
Body, then by shirt collar sewing at the neckline of inner layer clothes body；
4）Outer layer is made into all parts by loom, then all parts are sewn into the clothes body of outer layer on seam disk,
Inner layer clothes body is sewed into outer layer clothes body then along the gap generated during the sewing of outer layer clothes body, sewing position includes neck
Mouth, shoulder and cuff form finished product.
The allocation process of the antistatic agent is：
1）Quantitative adipic acid, hexamethylene diamine, polyetheramine, phosphite ester, silane coupling agent, carbodiimides are added simultaneously
Heating is stirred in reaction kettle, generates mixture, opens the cooling water of motor, powder condenser and complete condenser pipeline；
2）When temperature rises to 120 DEG C in slot, heating agent is closed, is stirred 1 hour；
3）After stirring 1 hour, starting to warm up, powder condenser temperature is maintained at 105 ~ 115 DEG C, and the cooling water of complete condenser is half-open,
When being warming up to 250 DEG C, sodium hypophosphite is added, and vacuumize, reacts 1 hour；
4）Reaction 1 as a child, closes vacuum, and temperature in slot is cooled to 180 DEG C, starts discharging, obtains antistatic agent.
The step 3）Middle vacuum degree is -0.3 ~ -0.1MPa.
It is further elaborated below according to production process of the specific embodiment to the antistatic agent of the utility model：
Embodiment 1
By 45kg adipic acid, 12kg hexamethylene diamine, 35kg polyetheramine, 0.2kg phosphite ester, 3kg silane coupling agent, 2kg carbon
Change diimine and stirring heating in reaction kettle is added simultaneously, generates mixture, open the cold of motor, powder condenser and complete condenser pipeline
But water；When temperature rises to 120 DEG C in slot, heating agent is closed, is stirred 1 hour；After stirring 1 hour, start to warm up, powder condenser temperature
105 ~ 115 DEG C are maintained at, the cooling water of complete condenser is half-open, when being warming up to 250 DEG C, 3kg sodium hypophosphite is added, and vacuumize,
Vacuum degree is -0.1Mpa, is reacted 1 hour；Reaction 1 as a child, closes vacuum, temperature in slot is cooled to 180 DEG C, starts to unload
Material, obtains antistatic agent, and shirt collar is answered in suede two-piece-dress immersion antistatic agent and carries out padding processing.
Embodiment 2
By 50kg adipic acid, 10kg hexamethylene diamine, 35kg polyetheramine, 0.2kg phosphite ester, 1kg silane coupling agent, 1kg carbon
Change diimine and stirring heating in reaction kettle is added simultaneously, generates mixture, open the cold of motor, powder condenser and complete condenser pipeline
But water；When temperature rises to 120 DEG C in slot, heating agent is closed, is stirred 1 hour；After stirring 1 hour, start to warm up, powder condenser temperature
105 ~ 115 DEG C are maintained at, the cooling water of complete condenser is half-open, when being warming up to 250 DEG C, 3kg sodium hypophosphite is added, and vacuumize,
Vacuum degree is -0.1Mpa, is reacted 1 hour；Reaction 1 as a child, closes vacuum, temperature in slot is cooled to 180 DEG C, starts to unload
Material, obtains antistatic agent, and shirt collar is answered in suede two-piece-dress immersion antistatic agent and carries out padding processing.
Embodiment 3
By 45kg adipic acid, 12kg hexamethylene diamine, 35kg polyetheramine, 0.2kg phosphite ester, 3kg silane coupling agent, 2kg carbon
Change diimine and stirring heating in reaction kettle is added simultaneously, generates mixture, open the cold of motor, powder condenser and complete condenser pipeline
But water；When temperature rises to 120 DEG C in slot, heating agent is closed, is stirred 1 hour；After stirring 1 hour, start to warm up, powder condenser temperature
105 ~ 115 DEG C are maintained at, the cooling water of complete condenser is half-open, when being warming up to 250 DEG C, 3kg sodium hypophosphite is added, and vacuumize,
Vacuum degree is -0.1Mpa, is reacted 1 hour；Reaction 1 as a child, closes vacuum, temperature in slot is cooled to 180 DEG C, starts to unload
Material, obtains antistatic agent, and shirt collar is answered in suede two-piece-dress immersion antistatic agent and carries out padding processing.
In order to prove antistatic property, suede two-piece-dress is answered as experimental subjects using the shirt collar in the utility model, is chosen
Antistatic agent PRS on the market compares test as a comparison case, with above three embodiments, answers suede two pieces to shirt collar
After set is handled, result such as following table is obtained：
According to above data, it can be deduced that, compared to comparative example, after the processing of this antistatic treatment agent, this is practical new
The sheet resistance of 3 embodiments of type is small, and induced voltage, which partly declines, keeps it also very short, has good antistatic property, while passing through water
After washing, surface specific resistance in comparative example and induction half-life are significantly increased, and in the utility model 3 embodiments compared with
For stabilization, illustrate that the wash durability of the utility model is significantly better than comparative example, and best with 1 effect of embodiment.
In conclusion above embodiment is not the restricted embodiment for being the utility model, the technology of all this fields
The modification or equivalent deformation that personnel are carried out on the basis of the substantive content of the utility model, in the skill of the utility model
Art scope.
Claims (3)
1. a kind of antistatic shirt collar answers suede two-piece-dress, which is characterized in that including inner layer, outer layer and pseudobed, the inner layer is
Flannelette napped fabric layer, the outer layer are knitting precoat, and the pseudobed is shirt collar layer, and the inner layer is spliced with pseudobed, described outer
Layer coats inner layer, and the inner layer and superficies are provided with antistatic layer.
2. a kind of antistatic shirt collar answers suede two-piece-dress according to claim 1, which is characterized in that inner layer neckline edge
It is attached between pseudobed edge by sewing thread, is attached between the outer layer and inner layer by sewing thread, it is described outer
Layer and inner layer link position include neckline edge, shoulder and cuff.
3. a kind of antistatic shirt collar according to claim 1 or claim 2 answers suede two-piece-dress, which is characterized in that the inner layer by cotton,
Polyamide fibre is interwoven with terylene, and the outer layer is interwoven by wool, polyamide fibre.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107549887A (en) * | 2017-10-24 | 2018-01-09 | 桐乡市百代服饰有限公司 | A kind of multiple suede two-piece-dress of antistatic shirt collar and its production technology |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107549887A (en) * | 2017-10-24 | 2018-01-09 | 桐乡市百代服饰有限公司 | A kind of multiple suede two-piece-dress of antistatic shirt collar and its production technology |
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| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181130 Termination date: 20191024 |