KR200217249Y1 - Automatic packaging system for skill embroidery thread - Google Patents

Abstract

Skill Embroidery Thread Automatic Packaging System includes a skill embroidery thread group, a drawer that manufactures transparent vinyl from transparent vinyl raw material and draws it out with the skill embroidery thread embedded therein, and a cooler that cools the transparent vinyl drawn out through the drawer. , A cutting machine for cutting the transparent vinyl with the skill embroidery thread into a predetermined length, and an accommodating part for storing the cut transparent vinyl.

According to the above-mentioned automatic packing system for skill embroidery yarns, it is possible to reduce the labor force and labor costs accordingly by automatically performing all the processes, and also to pack the skill embroidery yarns of the correct specification in a short time. It becomes possible.

Description

AUTOMATIC PACKAGING SYSTEM FOR SKILL EMBROIDERY THREAD}

The present invention relates to a skill embroidery thread automatic packaging system, and more particularly, to a skill thread automatic packaging system capable of automatic packing by continuously drawing and cutting the skill embroidery yarn in a transparent vinyl such as polyethylene packaging material.

Skill embroidery has a wide base of leisure as a hobby of leisure, and the consumption of skill embroidery thread is increasing with it.

The skill embroidery thread is packaged with so-called transparent vinyl such as polyethylene packaging material and sold under a certain standard. Conventionally, the skill embroidery thread is packaged in the following process.

First, the hollow transparent vinyl tube is cut to a certain length. Thereafter, the skill embroidery thread is cut into the length of the vinyl tube and inserted into the vinyl tube. Lastly, the transparent vinyl tube containing the embroidery thread is cut into a predetermined length, cut, and packed in a predetermined unit.

However, such a method of wrapping the yarn for skill embroidery requires a lot of labor because all the processes are performed by hand, and has a very low reliability in terms of measuring the length and cutting accuracy.

The present invention has been made in view of the above problems of the prior art, and an object of the present invention is to provide a skill embroidery thread automatic packaging system that can automatically wrap a skill embroidery thread.

Another object of the present invention is to reduce the labor force and labor costs accordingly by using the actual automatic packing system for the skill embroidery.

Still another object of the present invention is to enable mass packaging of skill embroidery yarns of accurate specifications in a short time by using the skill embroidery yarn automatic packing system.

In order to achieve the above object, the skill embroidery thread automatic packing system according to the present invention is a machine group for skill embroidery and a drawer for producing hollow cylindrical transparent vinyl from polyethylene raw material and withdrawing the skill embroidery thread with a built-in. And a cooler for cooling the transparent vinyl drawn out through the drawer, a cutter for cutting the transparent vinyl with the skill embroidery thread into a predetermined length, and an accommodating part for storing and storing the cut transparent vinyl.

Figure 1 is a block diagram of the automatic embroidery system for skill embroidery thread according to the present invention.

Figure 2 is a process configuration diagram of the automatic embroidery room for skill embroidery thread according to the present invention.

3 is a schematic view of a polyethylene packaging material extractor according to the present invention.

Figure 4 is a schematic perspective view for explaining the operation of the polyethylene packaging material extractor and the cooler according to the present invention.

5 is a perspective view of a skill embroidery thread cutter according to the present invention.

<Explanation of symbols for the main parts of the drawings>

100 ----- Skill Embroidery Force 200 ----- Dispenser

201 ----- Dispenser Body 203 ----- Gearbox

205 ----- PE inlet 207 ----- Cylinder

209 ----- Heater 211 ----- Dispenser Head

300 ----- Chiller 301 ----- Chiller Head

303 ----- Support 305 ----- Blower

307 ----- Blowing Crack 309 ----- Blowing Hole

400 ----- cutting machine 401 ----- cutting machine

403 ----- Power switch 405 ----- Cutting knife cover

407 ----- Hydraulic holder 409 ----- Support plate

411 ----- Air Hose 413 ----- Information Board

415a, 415b ----- Adjusting screw 417 ----- Moving roller

419 ----- Fixed Roller 421 ----- Rotary Roller

423 ----- Coaxial Roller 425 ----- Sensor Roller

427 ----- Rotation sensor 431 ----- Low speed motor

433 ----- Cutting knife 202, 429 ----- V-belt

213, 404 ----- Control box 500 ----- Storage compartment

P ----- Polyethylene Packaging (Transparent Vinyl)

T ------ Skill Embroidery Cluster

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the drawings.

Figure 1 shows a block diagram of a system for automatic sewing yarn for embroidery according to the present invention.

As shown, the skill embroidery thread automatic packaging system according to the present invention is to produce a hollow cylindrical transparent vinyl from the skill embroidery thread group 100 and polyethylene raw material for the skill embroidery thread (first to fourth skill room) (100a to 100d), a drawer (200) for drawing out with the built-in (100a to 100d), a cooler (300) for cooling the transparent vinyl drawn out through the drawer (200), and the skill embroidery thread ((100a to 100d) It includes a cutter 400 for cutting the built-in transparent vinyl to a predetermined length, and an accommodating part 500 for storing the cut transparent vinyl.

The skill embroidery thread group 100 is composed of a plurality of skill embroidery threads 100a to 100d, and the number of skill embroidery threads is not particularly limited and is determined by a packing standard.

In addition, one embodiment of the present invention uses polyethylene as a hollow cylindrical transparent vinyl material, but is not necessarily limited to any one as long as it performs the same function.

Figure 2 shows a process configuration diagram of the automatic thread packing system for skill embroidery according to the present invention.

First, as shown, a plurality of skill embroidery yarns (100a, 100b, ...) forms a colony (T), a drawer described later in a state of being embedded in a hollow polyethylene packaging (P) (transparent vinyl) ( Between the head 211 of the 200, the head 301 of the cooler, the fixed roller 419 of the cutter and the moving roller 417 is continuously cut to a predetermined length and stored in the accommodating part 500.

Hereinafter, the configuration of FIG. 2 and its operation will be described in more detail with reference to FIGS. 3 to 5.

3 is a schematic view of a polyethylene packaging material extractor according to the present invention, reference numeral 201 is an ejector head, 203 is a gearbox, 205 is a PE (polyethylene) inlet, 207 is a screw-embedded cylinder, 209 is a transparent vinyl such as polyethylene A heater for melting the material, 211 represents an extractor head, and 213 represents a control box.

In the drawing, when polyethylene raw material (not shown) is introduced into the PE inlet 205 and a motor (not shown) in the dispenser main body 201 is operated, the power transmitted through the V-belt 202 is internal to the cylinder 207. By rotating the screw of the polyethylene raw material introduced into the PE inlet 205 is directed to the heater 209. Since the inside of the heater 209 is maintained at a high temperature, the solid polyethylene raw material is converted into a liquid phase and directed to the head 211.

Head 211 is formed through the center of the through hole through the skill embroidered thread (T) from the rear, and apart from this is formed a gap hole through which the liquid polyethylene passes through to surround the through hole with a diameter larger than the through hole . That is, a double donut-shaped hole is formed so that the group T passes through the inner small hole, and the liquid polyethylene passes through the gap between the inner donut and the outer donut. At this time, the rear inner surface of the head 201 is provided with a member (not shown) to prevent the back flow of the liquid polyethylene.

The solid group T and the liquid polyethylene (transparent vinyl) that have passed through the head 211 of the drawer 200 continue to progress in the form in which the solid group T is embedded in the transparent vinyl, and thus the head 301 of the cooler 300. This is to cool the hot transparent vinyl.

Reference numeral 202 denotes a V-belt for transmitting power to the gear box 203 from the motor inside the machine body 201, and 213 denotes a control box that controls the entire machine 200.

Figure 4 is a schematic perspective view for explaining the operation relationship between the polyethylene packing material take-out and the cooler of the automatic embroidery system for skill embroidery thread according to the present invention, the reference numeral 303 in Figures 2 and 4 to support the cooler 300 It is a support stand, and the code | symbol 305 shows the blowing pipe which produces cooling air from external backwards. Reference numeral 307 denotes a blower crack as a gap formed in the head 301, and 309 denotes a blower.

While passing through the head 301 of the cooler, the transparent vinyl P having the cooling medium T cooled by the cooling wind through the blower crack 307 and the blower 309 is inserted into the cutter 400 for cutting. Headed.

The configuration of the cooler 300 is only one example of the present invention, and is not particularly limited to the above configuration, and any one may be used as long as it can perform a cooling operation according to the spirit of the present invention.

5 is a perspective view of a skill embroidery thread cutter according to the present invention, with reference to FIGS. 2 and 5, the cutter 400 constituting the skill embroidery thread automatic packaging system of the present invention is a motor (not shown) ) Is provided, a power switch 403 for controlling the on / off of the power supply is attached to one side, the cutter body 401 is attached to the control box 404 on the other side, and is provided on the upper side of the main body 401 The guide plate 413 for guiding the combination T + P to the support plate 409, the fixed roller 419 provided on the upper side of the main body 401, and the combination T + P fed to the cutter 400. Moving roller 417 to pass through the combination (T + P) between the fixed roller (419) and the fixed roller (419), the rotary roller 421 is rotated by receiving power from the V-belt (429), and the moving roller Coaxial roller 423 geared to the rotating roller 421 and the same radius as 417, driven by the rotational force of the coaxial roller 423 and rotated Comprises a paper sensor 427, the sensor roller 425, and a control of the pair to adjust the height of the moving roller 417, the screw (415a, 415b) to provide a rotation detection information.

Hereinafter, the process of cutting the combination (T + P) of the transparent vinyl (P) and the group (T) performed by the above-described configuration will be described.

First, the combination (T + P) passing through the cooler 300, the moving roller 417 is rotated by the rotational force of the rotary roller 421 passes between the fixed roller 419 and the moving roller 417. When the moving roller 417 rotates, the coaxial roller 423 having the same radius as the moving roller 417 rotates the rotating roller 425 to provide rotation information of the rotating roller 425 to the rotation detecting sensor 427. The rotation sensor 427 operates the air hose 411 when the combination T + P advances by a predetermined length so that the hydraulic holder 407 holds the V-belt 429. Subsequently, the supporting plate 409 and the cutting knife cover 405 on which the assembly T + P is placed move at the same speed as the movement speed of the V-belt 429 in the direction opposite to the feeding direction of the assembly T + P, and the cutting In accordance with the rapid downward movement of the knife cover 405, the internal cutting knife 433 cuts the combination (T + P). Finally, each unit assembly cut to a predetermined length is stored in the accommodating part 500 provided on one side of the cutter 400.

The number of cutting knifes 433 is not constant and can be appropriately arranged according to the required number of unit assemblies, and performs a cutting function while rotating at a low speed by the low-speed motor 431 above the cutting knife cover 405.

According to the automatic embroidery thread packing system of the present invention, it is possible to reduce the labor force and labor costs accordingly by automatically performing all the processes, and also to wrap the embroidery thread of the correct specification in a short time. Done.

Claims (3)

A drawing machine which manufactures hollow cylindrical transparent vinyl and draws the transparent vinyl with a built-in thread for skill embroidery; A cooler for cooling the transparent vinyl drawn out through the drawer; A cutter for cutting the combination of the transparent vinyl and the skill embroidery thread through the cooler to a predetermined length; The automatic embroidery system for skill embroidery yarns comprising an accommodating portion for accommodating and storing the cut unit assemblies. The method of claim 1, wherein the extractor, A heater for converting a solid transparent vinyl material into a liquid transparent vinyl, And a head for drawing the liquid transparent vinyl into a hollow cylindrical shape. The method of claim 1, wherein the cutter, Main body with built-in motor, A fixed roller and a moving roller which are provided on one side of the main body and made to pass in accordance with the size of the combination of transparent vinyl and skill embroidery thread; A rotating roller rotating by the rotational force of the motor, A coaxial roller geared to the rotating roller at the same radius as the moving roller, A sensor roller driven by the rotational force of the coaxial roller and transferring the rotation information of the coaxial roller to the rotation detection sensor; When the combination of the transparent vinyl and the yarn for skill embroidery proceeds by a predetermined length and the backing plate moving the same as the moving speed of the combination, Is provided on top of the support plate for the automatic embroidery system for skill embroidery thread comprising a plurality of cutting knives for cutting the combination of the transparent vinyl and skill embroidery thread into a unit combination of a predetermined length.