阅读说明：本技术 一种服装调领控制容度的方法 (Method for controlling clothing collar adjustment ) 是由 付志琦 于 2021-08-05 设计创作，主要内容包括：本发明公开了一种服装调领控制容度的方法,包括以下步骤：模板制作步骤：通过相关软件CAD制作领图形,用专业PVC切割设备切割两层PVC领型板样,并将PVC板内切割成领型型状,PVC板分面、底、中间层,将领PVC板用专用胶带粘合三层,形成勾领用初模板；领容度制作：将底层用泡沫棉粘合成领尖形状,用泡沫棉厚薄控制领容度,中间层分开领面、里；本发明通过设置裁剪生产步骤,可以对布料进行剪切形成领面和领里,再使领面和领里缝合,将领面、里粘衬布并清剪,最后通过包装储存步骤将清剪后的领面和领里进行包装,裁片放置模板内可以达到进行自动操作的效果,解决了在生产服装衣领无法进行自动操作的问题。(The invention discloses a method for controlling the tolerance of clothing collar adjustment, which comprises the following steps: a template manufacturing step: making a collar pattern through related software CAD, cutting two layers of PVC collar-shaped plate samples by using professional PVC cutting equipment, cutting the interior of a PVC plate into collar shapes, dividing the PVC plate into a face, a bottom and a middle layer, and bonding the collar PVC plate with a special adhesive tape for three layers to form a primary collar hooking template; and (3) preparation of collage degree: bonding the bottom layer with foam cotton into collar tip shape, controlling collar tolerance with foam cotton thickness, and separating collar surface and inner layer with middle layer; according to the invention, through setting the cutting production steps, the cloth can be cut to form the collar surface and the collar lining, then the collar surface and the collar lining are sewn, the lining cloth is adhered to the collar surface and the collar lining and is cut clearly, finally the cut collar surface and the collar lining are packaged through the packaging and storing steps, the cut pieces are placed in the template, the effect of automatic operation can be achieved, and the problem that automatic operation cannot be carried out in the production of clothes collars is solved.)

1. A method for controlling the tolerance of clothing collar adjustment is characterized in that: the method comprises the following steps:

a template manufacturing step: making a collar pattern through related software CAD, cutting two layers of PVC collar-shaped plate samples by using professional PVC cutting equipment, cutting the interior of a PVC plate into collar shapes, dividing the PVC plate into a face, a bottom and a middle layer, and bonding the collar PVC plate with a special adhesive tape for three layers to form a primary collar hooking template; and (3) preparation of collage degree: bonding the bottom layer with foam cotton into collar tip shape, controlling collar tolerance with foam cotton thickness, and separating collar surface and inner layer with middle layer;

a measurement step: measuring the cloth by a measuring and line drawing machine according to the shape of the template manufactured by the template, transmitting the shape and the size of the cloth into a computer by the measuring and line drawing machine, and drawing the cloth by the computer according to the shape of the template;

cutting production steps: the method comprises the following steps that a producer puts measured cloth into a cutting device, the cutting device cuts a pattern which the producer wants through lines, the cutting angle is adjusted through a PVC template, the cloth is cut for the second time, the cut collar surface and the collar lining are enabled to be more adaptive, after the collar surface and the collar lining are obtained, the producer puts the collar surface and the collar lining into a sewing device, the positions of the collar surface and the collar lining are adjusted through the PVC template of the sewing device, and the collar surface and the collar lining are enabled to be more uniform after processing;

a cleaning and disinfecting step: preparing a cleaning device, pouring 60-70% of ionized water according to the capacity of the cleaning device, pouring 15-20% of disinfectant according to the ionized water, disinfecting and cleaning the collar surface and the collar lining, and then putting the disinfected collar surface and the collar lining into another cleaning device for cleaning to prevent the disinfectant water from remaining on the collar surface and the collar lining;

and (3) drying: putting the collar surface and the collar lining into a drying device, drying at 70-80 ℃ for 3-5 minutes, and drying the collar surface and the collar lining through the drying device to dry the collar surface and the collar lining so as to avoid moisture;

packaging and storing: and packaging the dried collar surface and collar lining through a packaging device, putting the collar surface and collar lining into a storage warehouse, and storing the packaged collar surface and collar lining through the storage warehouse.

2. The method for controlling the receptivity of clothing according to claim 1, wherein the method comprises the following steps: and in the measuring step, the size and the shape of the cloth are induced by the inductor when the measuring line drawing machine is used for measuring, and the mechanical arm is used for drawing lines when the lines are drawn.

3. The method for controlling the receptivity of clothing according to claim 1, wherein the method comprises the following steps: the step of cutting, the blade of cutting the inside of device is for dismantling the blade to make things convenient for the producer to dismantle the blade, inconvenient producer when preventing that the blade from appearing destroying changes.

4. The method for controlling the receptivity of clothing according to claim 1, wherein the method comprises the following steps: and in the cleaning and disinfecting step, a mixing device is arranged in the cleaning device, and the ionic water and the disinfectant in the cleaning device are mixed by the mixing device in the cleaning device.

5. The method for controlling the receptivity of clothing according to claim 1, wherein the method comprises the following steps: in the step of cleaning and disinfecting, the other cleaning device is an ultrasonic cleaning device, and the collar surface and the collar lining are comprehensively cleaned by ultrasonic waves of the other cleaning device.

6. The method for controlling the receptivity of clothing according to claim 1, wherein the method comprises the following steps: and the drying step: the inside of the drying device is provided with the turn-over mechanism, so that the collar surface and the collar lining are turned over and dried uniformly, and the collar surface and the collar lining are prevented from being damaged by the drying device.

7. The method for controlling the receptivity of clothing according to claim 1, wherein the method comprises the following steps: the packing storage device packs the collar surface and the collar through the packing device, and then vacuumizes the packing bag through the vacuumizing device.

8. The method for controlling the receptivity of clothing according to claim 1, wherein the method comprises the following steps: packing storage device, storage warehouse are the dampproofing warehouse of ventilating, prevent that the inside moisture of storage warehouse from corroding the wrapping bag.

Technical Field

The invention relates to the technical field of clothes, in particular to a method for adjusting collar and controlling the tolerance of clothes.

Background

The collar of the garment is required to be used in the production of the garment, and the collar is produced by a producer through the steps of measurement, cutting, adjustment and the like manually, so that the producer needs to operate manually in the production process, and the labor intensity of the producer is increased.

Disclosure of Invention

In order to solve the problems in the background art, the invention aims to provide a method for controlling the collar of clothes, which has the advantage of automatic operation and solves the problem that automatic operation cannot be performed in the production of clothes collars.

In order to achieve the purpose, the invention provides the following technical scheme: a method for controlling the tolerance of clothing collar adjustment comprises the following steps:

a template manufacturing step: making a collar pattern through related software CAD, cutting two layers of PVC collar-shaped plate samples by using professional PVC cutting equipment, cutting the interior of a PVC plate into collar shapes, dividing the PVC plate into a face, a bottom and a middle layer, and bonding the collar PVC plate with a special adhesive tape for three layers to form a primary collar hooking template; and (3) preparation of collage degree: bonding the bottom layer with foam cotton into collar tip shape, controlling collar tolerance with foam cotton thickness, and separating collar surface and inner layer with middle layer;

a measurement step: measuring the cloth by a measuring and line drawing machine according to the shape of the template manufactured by the template, transmitting the shape and the size of the cloth into a computer by the measuring and line drawing machine, and drawing the cloth by the computer according to the shape of the template;

cutting production steps: the method comprises the following steps that a producer puts measured cloth into a cutting device, the cutting device cuts a pattern which the producer wants through lines, the cutting angle is adjusted through a PVC template, the cloth is cut for the second time, the cut collar surface and the collar lining are enabled to be more adaptive, after the collar surface and the collar lining are obtained, the producer puts the collar surface and the collar lining into a sewing device, the positions of the collar surface and the collar lining are adjusted through the PVC template of the sewing device, and the collar surface and the collar lining are enabled to be more uniform after processing;

a cleaning and disinfecting step: preparing a cleaning device, pouring 60-70% of ionized water according to the capacity of the cleaning device, pouring 15-20% of disinfectant according to the ionized water, disinfecting and cleaning the collar surface and the collar lining, and then putting the disinfected collar surface and the collar lining into another cleaning device for cleaning to prevent the disinfectant water from remaining on the collar surface and the collar lining;

and (3) drying: putting the collar surface and the collar lining into a drying device, drying at 70-80 ℃ for 3-5 minutes, and drying the collar surface and the collar lining through the drying device to dry the collar surface and the collar lining so as to avoid moisture;

packaging and storing: and packaging the dried collar surface and collar lining through a packaging device, putting the collar surface and collar lining into a storage warehouse, and storing the packaged collar surface and collar lining through the storage warehouse.

In the measuring step, the size and shape of the cloth are sensed by the sensor in the measuring step, and the line is drawn by the robot arm in the drawing step.

Preferably, in the cutting step, the blades inside the cutting device are detachable blades, so that the blades are convenient for a manufacturer to detach, and the blades are prevented from being inconvenient for the manufacturer to replace when damaged.

In the cleaning and disinfecting step, preferably, a mixing device is provided inside the cleaning device, and the ionic water and the disinfectant inside the cleaning device are mixed by the mixing device inside the cleaning device.

In the cleaning and disinfecting step, preferably, the other cleaning device is an ultrasonic cleaning device, and the collar surface and the neck lining are cleaned completely by the ultrasonic waves of the other cleaning device.

In the cleaning and disinfecting step, preferably, the other cleaning device is an ultrasonic cleaning device, and the collar surface and the neck lining are cleaned completely by the ultrasonic waves of the other cleaning device.

Preferably, the collar and the neck are packaged by the packaging device, and the packaging bag is vacuumized by the vacuumizing device.

Preferably, the storage warehouse is a ventilated and moisture-proof warehouse, and moisture inside the storage warehouse is prevented from corroding the packaging bags.

Compared with the prior art, the invention has the following beneficial effects:

1. according to the invention, through setting the cutting production steps, the cloth can be cut to form the collar surface and the collar lining, then the collar surface and the collar lining are sewn, the lining cloth is adhered to the collar surface and the collar lining and is cut clearly, finally the cut collar surface and the collar lining are packaged through the packaging and storing steps, the cut pieces are placed in the template to achieve the effect of automatic operation, the problem that automatic operation cannot be carried out during production of clothes collars is solved, and a producer does not need to manually operate during production, so that the labor intensity of the producer is reduced.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

The first embodiment is as follows:

a method for controlling the tolerance of clothing collar adjustment comprises the following steps:

a template manufacturing step: making a collar pattern through related software CAD, cutting two layers of PVC collar-shaped plate samples by using professional PVC cutting equipment, cutting the interior of a PVC plate into collar shapes, dividing the PVC plate into a face, a bottom and a middle layer, and bonding the collar PVC plate with a special adhesive tape for three layers to form a primary collar hooking template; and (3) preparation of collage degree: bonding the bottom layer with foam cotton into collar tip shape, controlling collar tolerance with foam cotton thickness, and separating collar surface and inner layer with middle layer;

a measurement step: measuring the cloth by a measuring and line drawing machine according to the shape of the template manufactured by the template, transmitting the shape and the size of the cloth into a computer by the measuring and line drawing machine, and drawing the cloth by the computer according to the shape of the template;

cutting production steps: the method comprises the following steps that a producer puts measured cloth into a cutting device, the cutting device cuts a pattern which the producer wants through lines, the cutting angle is adjusted through a PVC template, the cloth is cut for the second time, the cut collar surface and the collar lining are enabled to be more adaptive, after the collar surface and the collar lining are obtained, the producer puts the collar surface and the collar lining into a sewing device, the positions of the collar surface and the collar lining are adjusted through the PVC template of the sewing device, and the collar surface and the collar lining are enabled to be more uniform after processing;

a cleaning and disinfecting step: preparing a cleaning device, pouring 60% of ionized water according to the capacity of the cleaning device, pouring 15% of disinfectant according to the ionized water, disinfecting and cleaning the collar surface and the collar lining, and then putting the disinfected collar surface and the collar lining into another cleaning device for cleaning to prevent the disinfectant water from remaining on the collar surface and the collar lining;

and (3) drying: putting the collar surface and the collar lining into a drying device, drying at 70 ℃ for 5 minutes, and drying the collar surface and the collar lining through the drying device to dry the collar surface and the collar lining so as to avoid dampness;

packaging and storing: and packaging the dried collar surface and collar lining through a packaging device, putting the collar surface and collar lining into a storage warehouse, and storing the packaged collar surface and collar lining through the storage warehouse.

Example two:

a method for controlling the tolerance of clothing collar adjustment comprises the following steps:

a template manufacturing step: making a collar pattern through related software CAD, cutting two layers of PVC collar-shaped plate samples by using professional PVC cutting equipment, cutting the interior of a PVC plate into collar shapes, dividing the PVC plate into a face, a bottom and a middle layer, and bonding the collar PVC plate with a special adhesive tape for three layers to form a primary collar hooking template; and (3) preparation of collage degree: bonding the bottom layer with foam cotton into collar tip shape, controlling collar tolerance with foam cotton thickness, and separating collar surface and inner layer with middle layer;

a measurement step: measuring the cloth by a measuring and line drawing machine according to the shape of the template manufactured by the template, transmitting the shape and the size of the cloth into a computer by the measuring and line drawing machine, and drawing the cloth by the computer according to the shape of the template;

cutting production steps: the method comprises the following steps that a producer puts measured cloth into a cutting device, the cutting device cuts a pattern which the producer wants through lines, the cutting angle is adjusted through a PVC template, the cloth is cut for the second time, the cut collar surface and the collar lining are enabled to be more adaptive, after the collar surface and the collar lining are obtained, the producer puts the collar surface and the collar lining into a sewing device, the positions of the collar surface and the collar lining are adjusted through the PVC template of the sewing device, and the collar surface and the collar lining are enabled to be more uniform after processing;

a cleaning and disinfecting step: preparing a cleaning device, pouring 65% of ionized water according to the capacity of the cleaning device, pouring 17.5% of disinfectant according to the ionized water, disinfecting and cleaning the collar surface and the collar lining, and then putting the disinfected collar surface and the collar lining into another cleaning device for cleaning to prevent disinfectant water from remaining on the collar surface and the collar lining;

and (3) drying: putting the collar surface and the collar lining into a drying device, drying at 75 ℃ for 4 minutes, and drying the collar surface and the collar lining through the drying device to dry the collar surface and the collar lining so as to avoid dampness;

packaging and storing: and packaging the dried collar surface and collar lining through a packaging device, putting the collar surface and collar lining into a storage warehouse, and storing the packaged collar surface and collar lining through the storage warehouse.

Example three:

a method for controlling the tolerance of clothing collar adjustment comprises the following steps:

a template manufacturing step: making a collar pattern through related software CAD, cutting two layers of PVC collar-shaped plate samples by using professional PVC cutting equipment, cutting the interior of a PVC plate into collar shapes, dividing the PVC plate into a face, a bottom and a middle layer, and bonding the collar PVC plate with a special adhesive tape for three layers to form a primary collar hooking template; and (3) preparation of collage degree: bonding the bottom layer with foam cotton into collar tip shape, controlling collar tolerance with foam cotton thickness, and separating collar surface and inner layer with middle layer;

a measurement step: measuring the cloth by a measuring and line drawing machine according to the shape of the template manufactured by the template, transmitting the shape and the size of the cloth into a computer by the measuring and line drawing machine, and drawing the cloth by the computer according to the shape of the template;

cutting production steps: the method comprises the following steps that a producer puts measured cloth into a cutting device, the cutting device cuts a pattern which the producer wants through lines, the cutting angle is adjusted through a PVC template, the cloth is cut for the second time, the cut collar surface and the collar lining are enabled to be more adaptive, after the collar surface and the collar lining are obtained, the producer puts the collar surface and the collar lining into a sewing device, the positions of the collar surface and the collar lining are adjusted through the PVC template of the sewing device, and the collar surface and the collar lining are enabled to be more uniform after processing;

a cleaning and disinfecting step: preparing a cleaning device, pouring 70% of ionized water according to the capacity of the cleaning device, pouring 20% of disinfectant according to the ionized water, disinfecting and cleaning the collar surface and the collar lining, and then putting the disinfected collar surface and the collar lining into another cleaning device for cleaning to prevent the disinfectant water from remaining on the collar surface and the collar lining;

and (3) drying: putting the collar surface and the collar lining into a drying device, drying at 80 ℃ for 3 minutes, and drying the collar surface and the collar lining through the drying device to dry the collar surface and the collar lining so as to avoid dampness;

packaging and storing: and packaging the dried collar surface and collar lining through a packaging device, putting the collar surface and collar lining into a storage warehouse, and storing the packaged collar surface and collar lining through the storage warehouse.

It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.