KR920007611Y1 - Hit joining device for collar of clothes - Google Patents

Abstract

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Description

Color Thermal Adapter for Clothing

1 to 6 illustrate an embodiment of the present invention.

Figure 1 is a main cross-sectional view illustrating a binding action state of the present invention.

Figure 2 is a partially cut perspective view showing a detailed configuration of the cooling plate body of the present invention.

3 is a cross-sectional view of the coupling of the cooling belt illustrating a state where the fan is installed to improve the cooling effect.

4 is a perspective view of a heating plate of the present invention.

FIG. 5 is a longitudinal sectional view of an engaged state for explaining a state in which the belt on the drum and the heating plate of FIG. 4 interact.

FIG. 6 is a cross-sectional view of the state of FIG. 5 in a plan view. FIG.

* Explanation of symbols for main parts of the drawings

1: side frame 3: driving wheel

4: wheel gear 10, 10c: auxiliary roller

11: crimping roller 12: cylinder

14: guide belt 15: heating plate

16: heater tube 17: fixture

19: fixing bracket 20: adjusting rod

21: spring 22, 22a: draw cooling belt

23, 23a: rotating roller 24: cooling plate

25: cooling tube 28: duct

29: motor 홴 30: information board

A: Heat bonder C, C ': Product

E: cooler

The present invention relates to a clothing color heat bonder for joining the wick on the inner surface to form a cuff (Col) and color (Collar) that is coupled to the sleeve and neck of the clothing, such a present invention The purpose of the present invention is to rapidly dissolve the solid adhesive fused to the wick and to instantaneous compression with the core material and to rapidly cool the color or cuff of the bonded state in the heated state to provide a lot of help in mass production. The invention relates to a color thermal bonder for clothing.

Currently, it is generally known and used, and because of the structure of the thermal bonding type of the size of about 6 to 10 meters in size because the purchase burden is very large and the space for installing it has to be secured various problems There was.

For example, the production cost is high enough to make a large machine, and consumers who purchase it have to spend a lot of money, and in fact, even after the purchase, the installation process is necessary only if a large space is needed.

In addition to the cost of machine purchase, installation costs must be paid, and once the installation is completed, it is impossible to move the machine semi-permanently. Therefore, when there is a problem of factory relocation, it is inevitable that the emergence of experts is inevitable. Serious problems are emerging.

In particular, the conventional thermal bonder is a situation in which the use of the avoidance phenomenon in the industry because of the low work efficiency compared to its size.

Therefore, the present invention solves the various problems as described above and at the same time to dissolve the adhesive of the wick in a short time and at the same time to be squeezed to cool by instant compression as described in detail according to the accompanying drawings as follows.

The present invention after forming a double side frame to form a wall on both sides, one side of the frame (1) to form a thick thickness to have an installation space inside.

The formed side frame (1) to the interior of the installation space, the cooling motor (E), including the main motor (M) and a plurality of control switches are built, the formed side frame (1) is the opposite side frame of the symmetrical shape (not shown) And fixed by connecting with a plurality of support rods (2).

Then, wheel gears 4 are formed on one side of the driving wheels 3 on both sides, and the bearings 6 are placed on the central shaft 5 on both sides of the driving wheel 3 and placed on the side frames 1 of both sides.

The combined wheel gear (4), the chain gear (8) is laid on the gear shaft (7) protruding from the main motor (M) coupled to the side frame (1), and then wound around the chain (9) Occlusal to transfer power, and the auxiliary rollers (10) (10a) (10b) (10c) are coupled so as to be rotated to the side frame (1) forming the two side walls, the main wheel (3) in the bottom center Compression roller 11 is coupled.

At this time, the compression roller 11 is coupled to the outer circumferential surface of the roller roller (11a), the compression roller (11) formed in this way, both ends of the central shaft (11b) on both sides of the inner side of the side frame (1) A color to a cuff (hereinafter referred to as a product) passing through the guide belt 14 and the driving wheel 3, which will be described later, are coupled to a bearing bracket 13a on the piston 13 end of the fixed cylinder 12. Compress it.

And the guide roller 14 is wound around the auxiliary roller 10, 10a, 10b, 10c and the driving wheel 3 to form a connection so as to continue to rotate.

At this time, the guide belt 14 maintains the expansion force taut, the guide belt 14 wound in this way, is coupled to pass through between the driving wheel (3) and the pressing roller (11).

In addition, a plurality of heating plates 15 are formed on the outer circumferential surface of the driving wheel 3 as illustrated in FIG. 4, and are coupled to maintain a constant distance, but the heating plate 15 is a driving wheel 3. The curved inwardly facing surface 15a, which is formed to be in close contact with the outer circumferential surface thereof, and the long groove 15b which increases the electrical conductivity, are formed, and the heater tube 16 of the heat transfer means is placed in the axial direction. .

The heater tube 16 has a spiral rod 16a formed at both ends thereof to connect a negative (-) and a pruce (+) power source, and a plurality of spiral holes 15c are drilled at the rear side of the formed heating plate 15. Be able to be coupled to the fixture 17 to be described later.

Therefore, the fixing bar 17 is bored through the control rod spiral hole (17a) and the coupling bolt hole (17b) at both ends and forms a plurality of bolt holes.

The formed stand 17 is provided with an insulating plate 18 between the heating plate 15 and coupled to a plurality of bolts (B).

In this way, the coupling holder 17 is coupled to the adjustment rod 20 and the coupling bolt (B ') to the bracket bracket 19 fixed to the side frame (1).

At this time, the fixing bracket 19 is formed in a box shape, and a slide long hole 19a and an adjusting rod hole 19b are formed at one side and at both end portions thereof, so that the fixing bar 17 is adjusted to a spring 21. It was carried out in 20.

Further, as shown in FIG. 1, the front side of the driving wheel 3 is provided with two stages of the upper and lower draw-out cooling belts 22 and 22a, respectively, by rotating the rotating rollers 23 and 23a on both sides. Among them, one of the rotary rollers 23a of the lower shaft has power of the motor M '.

And in the draw-out cooling belt (22a) space wound on the lower end side of the attached cooling plate 24 formed as illustrated in Figures 2 to 3 fixed to the side frame (1) on both sides, The convex curved portion 24a formed on the upper surface of the cooling plate 24 is pulled up to be brought into close contact with the bottom surface of the drawing cooling belt 22a and coupled.

The configuration of the cooling plate 24 at this time forms a plate body 24 'through which a plurality of pipe insertion holes 24b pass in the axial direction, as shown in detail in FIG. 2, and the plate body 24'. The upper and lower surfaces of are to be flat, and the upper surface is curved to form a jade shape.

In addition, at both ends of the plate 24 ', a binding portion 24c through which a plurality of bolt holes 24c' are penetrated so as to be fixed to the side frame 1 is formed.

A plurality of cooling tubes 25 are inserted into and connected to the pipe insertion holes 24b of the plate body 24 'formed in the above state, and among the connected cooling tubes 25, the cooling tube located on the outermost side. The 25 'and 25 " cause the end to protrude outward and engage with the refrigerant pipe 27 from the cooler E.

In order to further enhance the cooling effect, as illustrated in FIG. 3, an air duct 28 is formed at one side where the extraction cooling belts 22 and 22a and the cooling plate 24 are coupled to each other. Combining the forced circulation motor (29) through the (28) to help smooth the flow of air.

Therefore, the guide wheel 30 was formed on the front side of the driving wheel 3 so as to inject the product C to be processed, and the dust cover 31 on the outer surface of the side frames 1 coupled to the supporting rods 2. Form a plurality of cover and combine, the bottom of the front pull-out cooling belt (22) at this time combined the support plate 32 to receive the thermo-compression-finished product (C ') and color thermal jointer with only one force ( The proper size to move the A), by combining a plurality of wheels (R) to help the movement on the bottom, it is possible to use even in tight spaces, while minimizing defective products, It is designed to mass-produce products.

As described above, the color thermal bonder that is generally used, since the row-shaped roller array and the guide belt 14 are composed of planar rotation type, the size of the machine had to be naturally long, and the driving force at this time was There were also means for the two friction rollers to be combined up and down so that they could be engaged with each other by friction.

For such structural reasons, when the material of the product (C) is thin or nylon, there is a problem that a slim phenomenon occurs during the compression process of the interlocking friction roller, which causes a lot of product defects.

In addition, when the material of the product (C) is thick, the product (C) does not pass immediately between the friction rollers that are engaged and frictionally rotated, and the product (C) is forced to pass through, which also causes product defects. .

In the case of the crimped product (C '), the product (C'), which could not be cooled immediately, remained in the heat of dissolution, resulting in a problem of deterioration in adhesive strength or separation of the fused core material and wick. The main claim problem is caused.

In particular, the conventional means for dissolving the adhesive material bonded to the wick in a solid state is able to apply only heat to the driving wheel (3), so that the speed of dissolving the adhesive material feels a limit.

Therefore, in order to mass-produce high-quality products, it acted as various inhibitors. In the present design, as described above, the heater to freely control the heat of dissolution according to the material of the product (C) in addition to the heating effect of the driving wheel (3). It is possible to mass-produce a high quality product (C ') by having a plurality of heating plates (15) with a built-in tube (16) around the driving wheel (3), and rapidly retain the heat of the fused finished product (C' '). The cooling plate 24 having the cooling tube 25 to cool was coupled to the product C 'lead-out part to immediately solidify the adhesive in the fused state.

In addition to the close contact force between the guide belt 14 and the driving wheel 3, in addition to the close contact force between the guide belt 14 and the driving wheel 3, the product C has a compression roller 11 to further strengthen the force. The dissolved adhesive was evenly distributed in the interstices of the wick and the fabric.

The above described operations will be described in more detail as follows. When the power switch is inserted among the switches connected to each part, power is supplied to several switches (not shown).

Accordingly, the heating plate switch is set to a temperature appropriate to the material of the product (C ') to be implemented, and this temperature setting is applied to the driving wheel (3).

Accordingly, the plurality of heating plates 15 and the driving wheels 3 retain heat to maintain the required temperature, and when the temperature is set, the driving motor M also rotates together to allow the driving wheels 3 to rotate. do.

Therefore, between the heating plate 15 and the driving wheel 3 to which the temperature is applied, the guide belt 14 of Teflon material rolled up through a plurality of auxiliary rollers 10, 10a, 10b and 10c is a driving wheel ( The rotation by 3) simultaneously activates the cooler E by turning the cooler switch ON while the operations are performed.

Therefore, the required constant temperature rises in the main roller roller 3 and the heating plate 15, and the cooling plate 24 is also cooled by the refrigerant gas circulated to the cooling tube 25.

Therefore, when the operator pushes the product (C) in the unfused state to which the eccentric or both sides are combined from the guide plate 30, the rotating wheel (3) and the guide belt (14) is pushed in the product ( By attracting and rotating C), the product (C) is fused.

As described above, the product C, which is driven and rotated while the driving wheel 3 and the guide belt 14 rotate, is heated from the moment of being in close contact with the driving wheel 3 and the guide belt 14, and the product ( C) The glue of the wick belonging to the inlay begins to dissolve.

Even during this action, the product C, which rotates in a state sandwiched between the driving wheel 3 and the guide belt 14, which continues to rotate, is increased every time it passes the heating plate 15 which is closely coupled at regular intervals. It receives heat.

That is, in the conventional case, the product C, which is simply inserted between the driving wheel 3 and the guide belt 14 wound around it, is rotated at a temperature at which the heat necessary for dissolving the adhesive of the wick is retained at the driving wheel 3. Because it only depended on it, it did not receive the required calories and this lowered the adhesive strength.

However, the present invention has a spring 21 elastically acting on both ends of the fixing member 17 in a state in which the plurality of heating plate 15 is in close contact with the guide belt 14 to surround and rotate the driving wheel (3) as described The curved inwardly facing surface 15a is always in close contact with the driving wheel 3 with the guide belt 14 therebetween because it pushes the heating plate 15 coupled to the fixed base 17.

Therefore, when the inserted product C rotates through the curved inwardly facing surface 15a of the heating plate 15, a high heat amount other than the heat quantity transmitted from the driving wheel 3 is received, and this action is guided. As it is transmitted through the belt 14, the plurality of heating plates 15 are sequentially passed.

Therefore, the amount of heat required for sufficient dissolution is transferred to the product C to be passed, and at this time, a process of completely dissolving the adhesive that has been adhered to the wick in a solid state is performed.

Therefore, the dissolved adhesive is uniformly introduced into the fabric tissue gap of the product (C) and at the same time provided with good adhesive strength, the product (C) having the above action is passed through a plurality of heating plate 15, It is coupled to the cylinder 12 to pass through the pressing roller 11 is rotated in close contact with the bottom surface of the driving wheel (3).

When the product C passes through the heating plate 15 and the pressing roller 11 in the state as described above, the heating plate 15 causes the spring 21 of the fixing table 17 to move due to the thickness of the product C. As the back is pushed back into the compressed state, it is smoothly passed by the buffering action which keeps the compressed state.

In addition, when the product (C) passing through the plurality of heating plate (15) passes through the pressing roller 11, the elasticity of the silicone rubber material coated on the outer peripheral surface of the pressing roller (11) is acted to pass and melt at the same time (C) Pressing process is to be carried out.

Therefore, the product (C) is to provide a good bonding force that the compression force is significantly enhanced than the conventional method that was pressed only by the tension of the guide belt (14).

In particular, the heating plate 15 is a high-quality product (C ') by allowing a high amount of heat to be delivered to both sides of the product (C) at the same time in a way that the heat delivered from the driving wheel (3) only delivered to the product (C) constant surface. This will provide a lot of effects in mass production.

And the product (C) that has passed through the dissolution process and the pressing process is discharged to the guide belt 14 of the upper surface of the auxiliary roller 10 is sandwiched between the draw cooling belts 22, 22a immediately coupled to the upper and lower ends. Will enter.

At this time, the draw cooling belts 22 and 22a are rotated while maintaining a cold state at all times by the cold air generated in the cooling plate 24, so that the drawn product C is immediately cooled and the heat of dissolution remains. It solidifies and dries.

At this time, forcing the cold air to immediately solidify the product (C) is carried out by the motor (29) of the side, and to keep the fusion force during the solidification process, the upper convex bent portion of the cooling plate 24 Since the (24a) surface is compressed to lift the extraction cooling belt 22a to maintain the horizontal line, the product delivers a strong compressive force to the product C, whereby the product is cooled and dried while passing therebetween. (C) is to be able to mass-produce a high-quality product (C ') in the state of exiting the driving wheel (3) and the guide belt (14).

The above-mentioned body of the color thermal bonder (A) of the present invention as described above by the new type, having a wheel (R), not only easy to move, but also greatly reduced the manufacturing cost due to this, installation in a narrow space Not only is it possible to effectively prevent damage to the expensive guide belt 14 that is dependent on the import.

In particular, by providing a free temperature control selection using the heating plate 15 and the effective cooling and drying means of the cooling plate 24 is a very useful design to provide a lot of help in producing a good product (C ').

Claims (2)

A temperature-controlled driving wheel 3 and a plurality of auxiliary rollers 10 and 10c are arranged side by side between the major axes, and the guide belt 14 to the outer circumferential surface of the driving wheel 3 and the auxiliary rollers 10 and 10c. To provide a driving means by having a main motor (M) and to provide a guide plate 30 on the front surface combined with a compression roller (11) in which the spring is installed between the two shafts (Collar) and cuff for clothes As a means for reducing the installation distance between the long shafts of the guide belt 14 in a conventional color heat bonder configured to thermally bond the cuffs, the plurality of auxiliary rollers 10 (10 c) may move the main wheel 3. The guide belt 14 is wound around the center, and the guide belt 14 is rolled up, and the side frame 1 is formed by forming a plurality of bracket brackets 19 having slide holes 19a so as to engage both ends of the following holder 17. Combined on both sides, but follows a circle coinciding with the outer peripheral surface of the driving wheel (3) Combined to maintain a constant interval, and formed the fixing rod 17 is bored in each of the adjusting rod screw hole (17a) and the coupling bolt hole (17b) at both ends, the slide long hole (19a) having the bracket 19 The spring 21 is coupled to the extrapolation control rod 20 and the bolt (B ') so that the flow of the formed fixed base 17 freely acts, means for increasing the bonding force by increasing the heat of dissolution to the adhesive The heater tube 16 is coupled to the heating plate 15 on which the curved inward surface 15a and the long groove 15b are formed as a means for closely contacting with the guide belt 14 in close contact with the outer peripheral surface of the driving wheel 3. The main driving wheel (3) with which the product (C) is drawn out, in order to provide a means for rapidly cooling the remaining heat of dissolution, which is elastically coupled with the adjusting rod (20) and the spring (21). ) Up and down two stages of the plurality of rotating rollers 23 and the cooling belts 22 and 22a on the front part. A color thermal bonder for clothes, characterized in that the cooling plate 24 having a cooling plate 25 is combined to allow the refrigerant gas to flow. According to claim 1, wherein the cooling plate 24 is formed on the upper surface of the convex curved portion (24a) to form a binding portion (24c) on both side end portions, and to help the forced circulation of cold air on one side of the cooling plate (24) A color thermal bonder for clothes, characterized in that the duct 28 and the motor 29 29 are combined by means.