KR20000027899A - Device for manufacturing processed material of accessory and its manufacture method - Google Patents

Abstract

PURPOSE: A device for manufacturing processed material of an accessory is provided which reduces production cost and provides high-grade product by letting the accessory have the same aesthetic effect like the natural material by forming various mixing patterns in processed material of the accessory processed resin stuffs. CONSTITUTION: A device for manufacturing processed material of an accessory comprises: a supplying part of a material(2) with lots of a supplying hose(H) of materials and lots of container of materials having resin stuffs of each color; a functioning part of mixing (3) with a transporting axis(31) having lots of mixing bag(312), the first mixing board(35), the second mixing board(36) with a delivering board of motive power(32) and an in flowing container of materials; and a forming part(4) with an in flowing entrance(41) having a filtering net(41) and a supplying entrance(43). The process thereof is comprised of: in flowing resin materials with multiple color into(3) through (2); mixing resin materials of each color in flowed in (3); and supplying resin materials mixed to a mixing frame through (4).

Description

Accessory processing material manufacturing apparatus and manufacturing method

The present invention relates to an accessory processing material manufacturing apparatus and a method for manufacturing the same, and more particularly, in molding accessories such as buttons or buckles, the natural pattern such as natural materials (horns of various animals, etc.) The present invention relates to an accessory processing material manufacturing apparatus and a method of manufacturing the same, in which a natural mixed pattern is formed in the accessory processing material by selectively blending and molding an accessory support material having a plurality of individual colors.

In general, accessories such as buttons and buckles are made of natural materials (horns of various animals, etc.) or resin materials, and are processed according to the shape or size of the accessories to be molded. In particular, in the accessories processing materials, natural materials have a variety of patterns, and the color of the pattern also has a natural blending pattern by a variety of mixed colors to enhance the product and satisfy the aesthetic curiosity for the user It's enough to make it work.

However, the natural materials used in the above-mentioned accessory molding are by the horns of various animals, and the supply of the materials is extremely limited, and due to the increase in the material cost and production cost due to the limited supply of materials, it is a considerable economic burden for the general users. It is to have a closed end.

On the other hand, the resin material of the conventional accessory processing material described above is capable of supplying a large amount of material by artificial production, if necessary, the material cost is low, so that the production cost is reduced accordingly, such a conventional resin material The processed material formed by the material is a monochromatic constitution of the color to be expressed, and in order to form a pattern as needed to imprint the pattern on the surface as needed, but only to modify the shape, the composition is very monotonous, rough and The pattern or shape is also a processed form, which is not natural and makes the user easily get tired, and the problem of degrading the quality of the product is present.

Therefore, the present invention was devised to solve the general problems according to the supply and manufacturing method of the conventional accessory processing material described above;

An object of the present invention is to form a variety of compounding pattern in the processing material molded from the resin material, so as to have the same natural aesthetic effect as the natural material, while reducing the production cost by low material cost, the quality is advanced and improved accessories To provide a processed material.

As described above, specific means of the present invention for achieving the above object;

It is formed of a frame body having a raw material supply part, a compounding operation part and a molding part,

The raw material supply unit is formed by seating a plurality of raw materials having a plurality of raw material supply hose, the compounding operation unit has a primary shaft having a transfer shaft having a plurality of compounding rods and a power transmission plate for transferring the transfer power and the raw material inlet container It is formed of a plate and a secondary mixing plate, the forming portion is formed of the inlet and discharge supply port having a filter network to form an accessory processing material manufacturing apparatus, by the manufacturing apparatus is a liquid water support material having a plurality of colors through the raw material supply unit It is achieved by the manufacturing method which flows into a compounding operation part, mixes each color water support material which flowed in in a compounding operation part, and supplies the compounded water support material to a molding die through a molding part.

1 is a perspective view of an accessory processing material manufacturing apparatus according to the present invention

Figure 2 is a schematic view of the working state of the accessory processing material manufacturing apparatus according to the present invention

Figure 3 is an enlarged view showing the action of the compounding operation portion according to the present invention

Figure 4 in the present invention, in the partial action state of the mixing rod by the power shaft

5 is an example of an accessory processing material forming a pattern formed by the present invention

Figure 6 is an embodiment of the accessory processing material formed with a pattern formed by the present invention

<Description of symbols for major parts of drawing>

1 frame main body 2 raw material supply part 3 mixing operation part

4: forming part 21: raw material container 22: water support fee

31: feed shaft 32: power transmission plate 33: support

34: power shaft 35: primary composite plate 36: secondary composite plate

41: filter network 42: inlet port 43: supply port

44: fixed shaft 45: fastener 311: coupling

312, 341: compounding rod 351: raw material inlet container 351a: discharge hole

M: Power motor H: Raw material supply hose L: Link

P: Administrative Adjuster

Hereinafter, a preferred embodiment of the accessory processing material manufacturing apparatus and a manufacturing method according to the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view of an accessory processing material manufacturing apparatus according to the present invention, Figure 2 is a cross-sectional view of the operating state of the accessory processing material manufacturing apparatus according to the present invention, Figure 3 is a partially enlarged showing the operating state of the mixing operation part according to the present invention. Figure 4 is a partial enlarged action state diagram of the compounding rod acted by another power shaft according to the present invention look at its configuration;

It is formed of a frame body (1) constituting the accessory processing material manufacturing apparatus, the frame body (1) is provided with a control box (C) on any one side in front. The raw material supply part 2 is formed in the upper end, the compounding operation part 3 is formed in the center, and the shaping part 4 is formed in the lower front.

At this time, the raw material supply unit 2 is a top plate of the frame body (1) as shown in Figure 1 functions as a support plate and a plurality of raw material containers 21 are installed, installed, a plurality of raw material containers installed at this time In the 21, a liquid support material 22 having a liquid color for forming a liquid accessory processing material is filled, and such a support material 22 can be supplied into the compounding operation part 3 to be described later. It is preferable that a plurality of fuel supply hoses H are connected and formed in front of the lower end of each raw material container 21.

On the other hand, the compounding operation part 3 is formed with a feed shaft 31 horizontally transverse to the center of the frame body 1, as shown in Figure 1 to 2, one side end of the feed shaft 31 A disk-shaped power transmission plate 32 having a plurality of stroke adjusting holes P connected by a link L is formed, and the other end supports the feed shaft 31 and supports the feed ( 33 is formed, and a plurality of compounding rods 312 as a rod-shaped body detachable by the coupling hole 311 as a constant interval arrangement in the center of the feed shaft 31 as shown in Figure 3 the feed shaft ( 31) is formed at right angles to the front, and in this case, on the rear frame main body 1 of the feed shaft 31, the power of the vertical configuration connected to a separate power motor (M) as the same function as the feed shaft 31 A shaft 34 is formed, and a single compound rod 341, which is detachable to the power shaft 34, is located on one side of the top of the power shaft. Will be formed which is eccentric coupling, is shown in Figure 4 is the shape and operation state is well shown.

In addition, a primary mixing plate 35 is formed at the center lower end of the feed shaft 31, and such a primary mixing plate 35 has a triangular plate shape which gradually inclines toward an angle and gradually narrows. In the center of the rear side of the upper surface of the primary composite plate 35, a rectangular material inlet container 351 is formed, and such a raw material inlet container 351 is shown in a partially enlarged view of FIG. 3. A plurality of through holes 351a are formed at the bottom of the container 351;

In addition, the secondary mixture plate 36 is formed in front of the primary mixing plate 35, the secondary mixing plate 36 is a primary mixing plate (as shown in Figs. It is formed at the front lower end of the 35 in a multistage configuration at right angles to the configuration direction of the primary mixing plate 35, wherein the secondary mixing plate 36 is also similar in shape to the primary mixing plate 35 in a forward angle. It is preferable to take a triangular plate shape that is inclined and gradually narrows.

On the other hand, the molded part 4 is formed as an inlet 42 having a filter net 41 in the inner side of the cylindrical as shown in Figure 1, has a length to the lower end of the inlet 42, a certain angle forward It is formed by the inclined supply port 43, as a means for fixing the inlet 42 formed in this way, a fixed shaft 44 of the vertical form to the rear side of the inlet 42, that is, the center of the lower end of the frame body (1) ) Is formed and detached by the fastener 45, it is preferable to form the inlet 42 is fixed on the fixed shaft 44 by the link (L) capable of rotation.

Therefore, looking at the mutual coupling configuration of the accessory processing material manufacturing apparatus according to the present invention having the configuration as described above;

The raw material supply hose H of each raw material container 21 seated by the raw material supply part 2 is connected to the primary mixing plate 35 and the raw material inlet container 351 in the mixing operation part 3. However, the raw material supply hose (H) connected to the water support fee (22) forming the main color of the accessory processing material is installed to be introduced into the raw material inlet container (351), and the raw material supply hose connected to the water support fee (22) having a compound color. (H) is directly connected to the primary mixing plate (35). (See FIGS. 1 and 2.)

In addition, the plurality of compounding rods 312 installed on the feed shaft 31 so that one end is grounded on the upper surface of the first mixing plate 35, and when the feed shaft 31 is not used otherwise, the power shaft ( The mixing rod 341 of 34) is connected to the upper surface of the primary mixing plate 35, and the inlet 42 is installed close to the lower end of the secondary mixing plate 36 to form an accessory processing material manufacturing apparatus. Will be done.

On the other hand, when looking at the manufacturing method using the accessory processing material manufacturing apparatus as shown in the working state of Figure 2 as shown in the color of the pattern to be selectively filled with each individual color raw material container 21 is a raw material supply hose Through (H) the water support fee 22 is supplied to the mixing operation part 3 into the primary mixing plate 35 and the raw material inlet container 351,

Accordingly, the water support material 22 introduced into the raw material inlet container 351 flows into the primary mixing plate 35 installed at a predetermined inclination angle through the discharge hole 351a so as to form the main color of the accessory processed material. It is mixed with the water support material 22 having a color forming a pattern of the accessory processing material which is directly supplied to the plate 35. In this case, the feed shaft 31 is driven by driving the power transmission plate 32 by the control box C. As shown in FIG. 3, the left and right transfers are uniformly mixed in a zigzag with the support material 22 mixed through the compounding rod 312.

On the other hand, the water support material 22 having the mixed color uniformly blended by the mixing rod 312 flows through the primary mixing plate 35 and falls to the secondary mixing plate 36 of the multi-stage configuration, and thus the raw material flow direction This converted and mixed water support material is mixed again to filter impurities by the filtering network 41 of the inlet port 42, and then into the accessory processing material forming mold 10 taking a shape as needed through the supply port 43. By injecting the support material 22 having a pattern by mixing, the supply port 43 is changed in position by the link (L) connected to the fixed shaft 44 as necessary and into the mold 10 Will lead to a mixed water supply fee 22 supply.

At this time, the transfer shaft 31 in the transfer operation, the power transmission plate 32 connected by the link (L) to set the transfer distance of the transfer shaft 31 as necessary by the stroke adjusting hole (P). By varying the degree of mixing of the water support material 22 according to the change of the conveying distance, the shape of the pattern by color mixing can be expressed differently.

In addition, the power shaft 34 is to add the function of the feed shaft 31, it is operated by a separate power motor (M), the use of the feed shaft 31 or the degree of mixing of the support material 22 In the case of making a small compound rod 341, the water support material 22 is to be compounded by the mixing rod 312 on the upper end of the power shaft 34, as shown in Figure 4 while being installed eccentrically to one side Likewise, when the power shaft rotates, the compounding rod 312 enables zigzag movement.

Meanwhile, the mixed water support material 22 is injected into the mold 10 having a plurality of shapes according to the use of the accessory product to be processed as shown in FIG. 2 and molded into a predetermined shape. The liquid support material 22 to be prepared is solidified in the air, and solidified for a predetermined time to be supplied to the accessory processing material, as shown in FIG. 4 and another embodiment of the molded article 2 as an example of the molded product. As such, to provide an accessory processing material having a natural pattern by mixing a variety of colors. (Drawing reference numeral 20: accessories processing material 30: compounded pattern)

Therefore, the present invention selectively supplies a water support material having various individual colors by using a manufacturing apparatus of the processed material, and after mixing the appropriate amount of the supplied water support material to form a pattern, the blended raw material into the accessory processing material molding frame Injecting and solidifying to form an accessory processing material, such an accessory processing material is not only to reduce the production cost of the product, but also to reduce the production cost of the product by using a low cost material and easy to supply support material The quality of processed materials has been improved and advanced. In addition, the formation of various compounding patterns replaces natural ingredients, giving users a wide range of product choices. Will be provided.

Claims (2)

It is formed of a frame body 1 having a raw material supply part 2, a compounding operation part 3 and a molding part 4, The raw material supply unit 2 has a plurality of raw material supply hoses (H) and a plurality of raw material containers (21) for accommodating individual color raw materials are seated and formed, and the mixing operation unit (3) mixes the support material (22). The primary mixing plate to flow the feed shaft 31 having a plurality of compounding rods 312, and the power transmission plate 32 and the water support material 22 blended to transfer the power to the feed shaft 31 It is formed of 35 and the secondary mixing plate (36), the molding portion (4) is an accessory processing material manufacturing apparatus, characterized in that formed by the inlet 42 and the supply port 43 having a filter net (41). A liquid water support material 22 having an optional individual color is accommodated in a plurality of containers and introduced into the compounding operation part 3 of the accessory processing material manufacturing apparatus, and each color water support material 22 supplied is a compounding operation part. (3) is mixed in to form a compound pattern, and the water support material 22 blended in this way is injected and solidified into the mold through the molding unit 4, the accessory processing material, characterized in that the accessory processing material 20 is molded Material manufacturing method.