CN102943342A

CN102943342A - Method for manufacturing anti-static clean half-finger or cut-finger gloves

Info

Publication number: CN102943342A
Application number: CN2012104755054A
Authority: CN
Inventors: 王颂安
Original assignee: WUXI REXCHIP ELECTRONIC TECHNOLOGY Co Ltd
Current assignee: WUXI REXCHIP ELECTRONIC TECHNOLOGY Co Ltd
Priority date: 2012-11-22
Filing date: 2012-11-22
Publication date: 2013-02-27

Abstract

The invention belongs to the technical field of protective articles and particularly relates to a method for manufacturing half-finger or cut-finger gloves used in clean and anti-static environments. 70D ultra long and thin fibers are used as main raw materials, and dye Dacron lock stitches, rib top or cuff circular rubber strings and Dacron dye outer coated rubber strings are used as auxiliary materials. The gloves are manufactured by the following steps of performing bionic designing of a computer model figure of the half-finger or cut-finger gloves according to hand shapes of human bodies, transmitting model data to a full automatic high-speed refined guide needle thread spinner, and subjecting the raw materials to weaving by the full automatic high-speed refined guide needle thread spinner, edge locking by the rib top or cuff circular rubber strings, cleaning, dedusting, sizing by a drying oven, testing, checking and packaging to obtain a finished product. The manufactured half-finger or cut-finger gloves are mainly used in clean room operation and can be also used as lining gloves of disposable gloves. The half-finger or cut-finger gloves are subjected to bionics design according to hand shapes of the human bodies and have the advantages of being clean, anti-static, good in elasticity, comfortable in wearing, flexible and convenient to operate, free from generating fume, cleanable, recyclable and capable of perfectly adhering to various hands.

Description

The antistatic cleaning partly refers to or cuts the preparation method of finger gloves

Technical field

The invention belongs to the protective articles technical field, be specifically related to a kind of preparation method who partly refers to or cut finger gloves for clean and antistatic environment.

Background technology

Because the now continuous precise treatment of electronic product and miniaturization, in the production and assembly process, just need to update like this with the production control environment in cleaning and antistatic grade.

At present, all be to use common labour protection with cotton or terylene antistatic Working gloves in this process, the shortcoming of existence:

1) using and wear very uncomfortable in the process and not having feel, can not carry out meticulous operation, so just can not meet the requirement in the present electronic product production and assembly fully;

2) producing common labour protection is that complete manually-operated labor-intensive is produced line with cotton or terylene antistatic Working gloves, and the price that constantly increases its finished product along with artificial cost also constantly promotes.

Summary of the invention

The objective of the invention is for above problem, and a kind of antistatic cleaning that proposes partly refers to or cuts the preparation method of finger gloves.

Main technical schemes of the present invention: the antistatic cleaning partly refers to or cuts the preparation method of finger gloves, it is characterized in that take the ultra-fine long fiber silk of 70D as main raw material, dyeing terylene lock seaming line, the circular elastic of rib collar or cuff and dyeing terylene outsourcing elastic are auxiliary material, prepare by following steps: at first partly refer to according to human body hand-type Bionic Design or cut finger gloves computer model figure, model data is transferred to the smart guide pin frame of fully automatic high-speed, raw material is through the smart guide pin frame weaving of fully automatic high-speed again, rib collar or cuff add the elastic lock seaming, clean dedusting, the oven typing, check is checked packing and is finished product.

Usually, the ultra-fine long fiber silk of 70D of the present invention, synthesize by one of following four kinds material:

1, bifilar two POLYAMIDE YARNS of the ultra-fine long fiber of single 70D are synthetic.

2, bifilar two nylon yarns of the ultra-fine long fiber of single 70D are synthetic.

3, bifilar two terylene threads of the ultra-fine long fiber of single 70D are synthetic.

4, bifilar two rhizoids of the ultra-fine long fiber of compound 70D: weight ratio 10%-30% polyamide fibre+weight ratio 90%-70% terylene synthetic.

Normally, the braiding parameter of the smart guide pin frame of described fully automatic high-speed: the little finger position: 35-40 is capable; Nameless position: 41-45 row; The middle finger position: 46-50 is capable; Index: 41-45 row; Palm part: 36-45 row; Thumb position: 35-40 row; Stopper: 45-60 is capable; Rib collar or cuff position 55-75 are capable; Rib collar or cuff width: 75-95mm; Grammes per square metre: 5.5-8.5 grams/only; Total length: 140-170mm.

Described baking oven heat treatment temperature: 60 ℃-90 ℃, the processing time: 3-5 minutes.

Human body hand-type Bionic Design of the present invention can rely on existing computer technology to solve.

The product of the inventive method preparation is mainly used in toilet's operation, such as electron trade assembling, computer assembling, automobile assembling, accurate operation, quality inspection etc., also can be used as the lining glove of disposable glove, cleanliness factor and the comfortableness of absorbing sweat, anti-sweat, maintenance hand.

The product of the inventive method preparation fully according to human body hand-type Bionic Design, has the advantage that cleaning, antistatic and good springiness, energy and various hand-type perfection applying, comfortable wearing, flexible operation are light, do not send out dirt, Reusability capable of washing etc.

Description of drawings

Accompanying drawing 1 is the product pictorial diagram of embodiment of the invention method preparation; Fig. 2-Fig. 4 wears usage example figure for these gloves.

The specific embodiment

Below in conjunction with embodiment and accompanying drawing the present invention is described in detail.

Embodiment: the antistatic cleaning partly refers to or cuts the preparation method of finger gloves, take the ultra-fine long fiber silk of 70D as main raw material, dyeing terylene lock seaming line, the circular elastic of rib collar or cuff and dyeing terylene outsourcing elastic are auxiliary material, prepare by following steps: at first partly refer to according to human body hand-type Bionic Design or cut finger gloves computer model figure, again model data is transferred to the smart guide pin frame of fully automatic high-speed, raw material is through the smart guide pin frame weaving of fully automatic high-speed, rib collar or cuff add the elastic lock seaming, clean dedusting, the oven typing, check is checked packing and is finished product, sees accompanying drawing 1.

Major parameter among the embodiment is as follows:

Raw material:

One, the ultra-fine long fiber silk of 70D, synthetic by one of following four kinds material:

4, bifilar two (10%-30% polyamide fibre+90%-70% terylene) silks of the ultra-fine long fiber of compound 70D are synthetic.

Two, dyeing terylene lock seaming line.

Three, the circular elastic of rib collar/cuff and dyeing terylene outsourcing elastic.

The braiding parameter:

1, little finger position: 35-40 is capable

2, nameless position: 41-45 row

3, middle finger position: 46-50 is capable

4, index: 41-45 row

5, palm part: 36-45 row

6, thumb position: 35-40 row

7, stopper: 45-60 is capable

8,55-75 is capable at rib collar/cuff position

Rib collar/cuff width: 75-95mm

Grammes per square metre: 5.5-8.5 grams/only

Total length: 140-170mm

Oven: temperature: 60 ℃-90 ℃; Processing time: 3-5 minutes.

The product specification that the embodiment method makes:

The usage example of wearing of embodiment product is seen Fig. 2-4.

Gloves are positive: with respect to common cotton and terylene antistatic gloves, the antistatic cleaning refers to partly/cuts that the hand-type of finger gloves is more coordinated and closely, wears and more paste hand and comfortable.

The gloves reverse side: with respect to common cotton and terylene antistatic gloves, the antistatic cleaning partly refers to/cuts finger gloves without any interface and burr and is difficult for dust fall.

The lock seaming of gloves rib collar/cuff: with respect to common cotton and terylene antistatic gloves, the antistatic cleaning partly refers to/cuts the lock seaming of finger gloves owing to added elastic, and more to paste wrist and lock seaming also tightr and be difficult for dust fall so wear.

Gloves dust fall (shaking 10 times): with respect to common cotton and terylene antistatic gloves, the antistatic cleaning refers to partly/cuts that finger gloves can't see the phenomenon of dust fall after 10 times substantially in shake, and other two have obvious white dust fall.

Claims

1. the antistatic cleaning partly refers to or cuts the preparation method of finger gloves, it is characterized in that take the ultra-fine long fiber silk of 70D as main raw material, dyeing terylene lock seaming line, rib collar or the circular elastic of cuff and dyeing terylene outsourcing elastic are auxiliary material, prepare by following steps: at first partly refer to according to human body hand-type Bionic Design or cut finger gloves computer model figure, again model data is transferred to the smart guide pin frame of fully automatic high-speed, raw material through the weaving of the smart guide pin frame of fully automatic high-speed, rib collar or cuff add the elastic lock seaming, clean dedusting, oven typing, check check packing and be finished product.

2. preparation method according to claim 1, it is characterized in that the ultra-fine long fiber silk of described 70D, synthetic by following material: bifilar two POLYAMIDE YARNS of the ultra-fine long fiber of single 70D are synthetic, bifilar two nylon yarns of the ultra-fine long fiber of single 70D are synthetic, bifilar two terylene threads of the ultra-fine long fiber of single 70D are synthetic or bifilar two rhizoids of the ultra-fine long fiber of compound 70D: weight ratio 10%-30% polyamide fibre+weight ratio 90%-70% terylene synthetic.

3. preparation method according to claim 1, it is characterized in that the braiding parameter of the smart guide pin frame of described fully automatic high-speed: the little finger position: 35-40 is capable; Nameless position: 41-45 row; The middle finger position: 46-50 is capable; Index: 41-45 row; Palm part: 36-45 row; Thumb position: 35-40 row; Stopper: 45-60 is capable; Rib collar or cuff position 55-75 are capable; Rib collar or cuff width: 75-95mm; Grammes per square metre: 5.5-8.5 grams/only; Total length: 140-170mm.

4. preparation method according to claim 1 is characterized in that described baking oven heat treatment temperature: 60 ℃-90 ℃, and the processing time: 3-5 minutes.