KR19980021465A - Injection Molding Machine for Striped Gum - Google Patents

Abstract

The present invention relates to an injection molding machine for the production of striped gum, and among the various types of chewing gum manufactured in the prior art, the block-type gum has a monochromatic color, and thus has a limitation in visually inducing consumer's buying impulse. Taste and fragrance were only one thing, and they could not satisfy consumers' satisfaction satisfactorily, resulting in a weakening of product competitiveness.

4 to 7, the plurality of sub-injection pipes 14 are arranged at regular intervals around the inner circumferential surface of the injection pipe 12 connected to the batter chamber 38 for the base gum of the injection machine 10 as shown in FIGS. And, connecting the inlet of the auxiliary injection pipe 14 and the striped dough chamber 40, the base gum inlet 26 and respectively installed at the inlet side of the dough gum dough 38 and the striped dough chamber 40 and The chewing gum formulation in which the color, the fragrance, and the aesthetic materials are mixed differently is introduced into the stripe opening 28.

Therefore, the present invention is produced by mixing the color, taste and aroma of the base gum and stripes of the block-shaped gum differently, so that two colors are visually engraved on the block-type gum to induce consumer's curiosity to induce a purchase impulse In addition, the smell and taste are stimulated by two flavors and tastes, and the effect of recognizing that consumers who have purchased once and taste can be purchased next.

Description

Injection Molding Machine for Striped Gum

The present invention relates to a device for manufacturing a chewing gum engraved with stripes, and more specifically, to a block-type chewing gum engraved with a stripe, streaks and ground gum for the production of striped gum mixed with different colors, fragrance, taste It relates to an injection molding machine.

In general, the most consumed types of chewing gum are narrow, thin, and relatively long plate-shaped chewing gum, block-type chewing gum, and coated chewing gum. Aesthetics are produced in various ways in response to consumer preferences.

In addition, the block-type gum contains a gel-like honey inside the gum to give a very sweet taste when chewed, or contains a new substance to give a sour taste when chewed to stimulate the aesthetic nerves.

The production line and the manufacturing process for producing such a conventional block gum is as shown in Figure 1 attached.

Here, reference numeral 1 is an injection machine, 2 is a rolling machine, 3 is a molding machine, 4 is a cooler, 5 is a sorting machine, and 6 is a packing machine. A gum preparation extract prepared in advance is inserted into the extruder inlet. As shown in (b), the chewing gum having a diameter of about 5 cm in the form of a rope 7 is injected through the outlet of the injection tube 8.

The injection tube 8 is installed at the exit side of the injection machine 1, and the gum compound extract is injected into the injection port a of the injection machine 1 as shown in FIG. 1 to rotate the extruder installed at the injection machine 1. The inner peripheral surface is formed in a circular shape so as to come out of the cylindrical rope 7 when pushed out.

The rope 7 injected into the outlet of the injection tube 8 is transferred to the rolling machine 2 of FIG. 1, wherein the diameter is passed through a sizing roller 2 ′ installed in the rolling machine 2. The rope 7 having a diameter of about 5 cm is compressed and reduced to a size of about 2 cm in diameter.

The gum 9, ie the rope 7, which has passed through the rolling machine 2 and into the molding machine 3 as described above is shaped into the desired block-shaped gum 9, the molding machine 3 being based on the rope 7. Molding rods are provided at the upper and lower portions of the rope 7, and a rectangular cut portion is formed at the end of the forming rod. The forming rod positioned at the upper portion of the rope 7 lowers, and the rope 7 is fixed in size. It is cut and molded into a block shape.

On the other hand, the block-shaped gum 9 formed through the molding machine 3 and formed into a hexahedral shape is in a lumpy state before being cured, and when the block-type gums 9 are in contact with each other, they may stick to each other. In order to prevent the deformation of the block-type gum (9) is cooled through a cooler (4) to cool.

Then, the block gum 9 passing through the cooler 4 is maintained at room temperature and is formed in a hexahedron shape as shown in FIG. 3 (A) of the accompanying drawings. The block gum 9 is selected through a conveyor belt. When sent to (5), the sorter (5) sorts the defective products out of the product so that only good quality goods are sent to the packing machine (6), and finally the packing machine (6) is a block-type gum (9) to be shipped to the consumer as a finished product The outer surface is wrapped with synthetic resin such as paper or vinyl.

However, the conventional block gum (9) is limited to the appearance of the consumer's urge to buy visually because the color of the appearance is only a single color.

Therefore, there is a drawback that the competitiveness of the product is weakened by failing to actively cope with the purchase of consumers whose tastes are advanced and diversified in the selection of products.

Accordingly, the present invention was devised to improve the disadvantages of the above-described block-type gum, by engraving stripes on the block-type gum, by mixing the color, aroma, and taste of the stripe and the ground gum differently, the curiosity to consumers The purpose of the present invention is to provide an injection molding machine for producing a striped gum that stimulates the purchasing power and at the same time makes a product feel good aroma and different tastes when the product is eaten so that consumers can purchase the product later.

The present invention for realizing the above object is to form a sub-injection tube of a predetermined interval around the inner peripheral surface of the injection tube of the injection machine to stir the chewing gum having a different characteristic of the gum mixture of the injection outlet and the gum mixture of the injection port When the plate-shaped gum is injected, it sticks to the outer circumferential surface of the base gum and is engraved with a stripe-shaped gum.

Accordingly, the present invention can provide a gum with a taste and color suitable for the taste of the consumer by mixing and mixing the color, aroma, and taste of the base gum and the stripe of the block-shaped gum differently, and visually curious to the consumer. It can stimulate the purchase impulse, and can improve the competitiveness of the product by recognizing that consumers who have purchased and tasted once can buy it next time.

1 is an overall configuration diagram showing a production line of a conventional block gum, Figure 2 (a) is a view showing the injection port installed in the injection machine of Figure 1, (b) (a) is a rope in the injection port of the drawing (a) 3 is an illustration of a conventional block-type gum, (b) is an illustration of a block-type gum according to the present invention, and FIG. 4 is an injection machine for producing a striped gum according to the present invention. Side view, Figure 5 (a) is a plan view of a partial cutaway of the injection molding machine for producing striped gums according to the present invention, (b) is an enlarged view of a portion A of the injection segment of Fig. 5 (a), (c) is an injection pipe and an injection pipe Exemplary view of the state in which the base gum and the plate gum is injected through, Figure 6 is a front view of the injection molding machine for streaking gum according to the present invention, Figure 7 (a) is an injection pipe and a sub-injection pipe and an injection pipe installed on the exit side of the injection machine An exemplary view showing the annular inclined plane of the ring, (b) is a cross-sectional view taken along the line AA of Figure 7 (a).

Explanation of symbols for main parts of the drawings

10-Injection machine 12-Injection pipe

14 -Injection tube 16 -Plate gum

18-Extruder 20-Base Gum

22-Stripe 24-Block Gum

26-Base gum inlet 28-Stripe inlet

30-recessed groove 32-annular slope

34-Bulkhead 36-Dough

38-Dough for batik 40-Dough for striped

42-Injection Ring

Hereinafter, the configuration and operation of the present invention will be described with reference to the accompanying drawings.

In the present invention, in the injection molding machine of the gum manufacturing apparatus, the partition wall 34 is installed in the center of the dough chamber 36 of the injection molding machine 10, and divided into a batting chamber 38 for the ground gum and the dough dough 40 for stripes, The extruder 18 is installed inside the batting chamber 38 for batt gum and the striped batter chamber 40, respectively, and the injection pipe 12 having the batter chamber 38 for bating gum is an inlet. ) Is installed so as to be located toward the exit side of the injection molding machine 10 via the stripe dough chamber 40, the sub-injection pipe 14 is arranged around the inner circumferential surface of the injection pipe 12 at regular intervals and the injection pipe ( 12) penetrating through the outer circumferential surface is formed to be connected to the striped dough chamber 40, the exit side end of the injection pipe 12 is an injection machine for producing striped gum combined with the injection ring 42.

In addition, the injection ring 42 is formed of an annular inclined surface 32 in which the inner surface is narrowed to the outlet side.

As the present invention as shown in the accompanying drawings, Figures 5 to 7, attached to the inside of the injection molding machine 10, the vertical partition 38 is installed, the batter chamber 38 and the batter chamber for the stripe gum Is divided into 40, the extruder 18 is installed therein, respectively, the injection port installed on the tip of the injection machine 10 consists of the injection tube 12 and the sub-injection tube 14, the adverb A plurality of outlet pipes 14 are provided on the inner circumferential surface of the injection pipe 12 at regular intervals, and an injection ring 42 formed of an annular inclined surface 32 is attached to the front end thereof.

The sub-injection tube 14 penetrates through the outer circumferential surface of the injection tube 12 to communicate with the stripe dough chamber 40, and the injection tube 12 penetrates the partition wall 34 and opens the stripe dough chamber 40. It is in communication with the batter chamber 38 for the base gum.

Block-shaped gum 24 completed by the injection molding machine for streaking gum as described above can be shown as shown in Figure 3 (b) of the accompanying drawings, and different from the color of the base gum 20 in the base gum 20 A plurality of stripes 22 are engraved.

Therefore, since the color of the stripes 22 and the background gum 20 is clearly distinguished into two types, the consumer purchases the block-shaped gum 24 with curiosity.

The sub-injection pipe 14 for injecting the plate-like gum containing the stripes 22 is connected to the striped dough thread 40 as shown in FIG. On the inlet side of the 40, as shown in Fig. 6, a striped inlet 28 is provided adjacent to the upper part of the injection machine 10, that is, the base gum inlet 26.

Therefore, when the gum compound is introduced into the stripe entrance 28, the gum compound falls inside the striped dough chamber 40, and at this time, the extruder 18 rotates in a predetermined direction, thereby adhering the gum compound to the auxiliary injection pipe 14 The plate gum is injected into the outlet of the sub-injection pipe 14 by pushing toward the inlet of

At the same time, when the formulation for the base gum is put into the base gum inlet 26, the gum mixture is dropped by the operation of the extruder 18 inside the batter chamber 38 for the base gum while dropping the batter chamber 38 for the base gum. The background gum is injected into the outlet of the injection pipe 14 by pushing it to (12).

In addition, the concave groove 30 is formed on the outer circumferential surface of the base gum 20 so that the thin plate gum 16 injected into the outlet of the sub-injection tube 14 is seated as shown in FIG. As the plate gum 16 is injected, the concave groove 30 of the base gum 20 is introduced, and the plate gum 16 is molded into stripes around the outer circumferential surface of the base gum 20.

Therefore, when the chewing gum compound is added to the ground gum inlet 26 and the striped inlet 28, two different colors coexist with the different colors of the ground gum 20 and the striped 22. .

By using the injection machine 10, the fragrance or taste material that stimulates the sense of smell and taste other than color may be introduced into the base gum inlet 26 and the stripe inlet 28 so that the smell and taste may coexist differently. When mixed with the chewing gum formulation, the stripe 22 and the base gum 20 are manufactured to have a block-type gum 24 in which different flavors and flavors coexist.

In addition, the inside of the injection ring 42 is molded adjacent to the outlet of the sub-injection pipe 14, as shown in (7) of the accompanying drawings, the injection ring 42, The annular inclined surface 32 is tapered and shaped so that the outlet side becomes narrow.

When the base gum 20 is injected into the outlet of the injection ring 42, its diameter is about 5 cm, and the inner circumferential surface of the injection pipe 12 in which the inside of the annular inclined surface 32 is formed (that is, the sub-injection pipe 14 is formed). ) The diameter is formed to exceed 5cm and the base gum 20 injected through the injection pipe 12 is injected through the annular inclined surface 32, which is applied to the base gum 20 and the plate gum 16 The thin plate gum 16 by external pressure is seated in a state of being pressed into the concave groove 30 of the base gum 20 to form an integration.

Therefore, as illustrated in FIGS. 7A and 7B, the plate gum injected through the outlet of the sub-injection tube 14 is precisely adhered to the concave groove of the base gum so that the plate gum and the base gum are integrated to form a block type. Finished with gum.

On the other hand, although the shape of the sub-injection tube 14 shown in the present invention is formed similar to the trapezoid, it is not limited to the shape as described above, it will be understood that it can be formed by applying a variety of shapes such as square, semi-circle, triangle.

As described above, the present invention installs a partition wall 34 in the center of the dough chamber 36 formed in the injection molding machine 10 so as to be divided into a batting chamber 38 for batt gum and a dough batter 40 for stripes. The extruder 18 is installed inside the kneading chambers 38 and 40, and the injection pipe 12 having the inlet side of the dough gum dough chamber 38 is located at the outlet side of the injection machine 10. Then, the sub-injection tube 14 is arranged around the inner circumferential surface of the injection pipe 12 at regular intervals and connected to the stripe dough chamber 40 through the outer circumferential surface of the injection pipe 12, and the outlet of the injection pipe 12 The injection ring 42 is coupled to the side end portion, but the injection ring 42 is formed to have an annular inclined surface 32 narrowing toward the outlet side.

Therefore, the present invention by producing the color, taste and aroma of the base gum 20 and the stripes 22 of the block-shaped gum 24 differently, visually induces the curiosity to the consumer to induce a purchase impulse, By purchasing the product and opening the packaging of the block gum, the different senses of smell are slowed down, and when the product is chewed, different tastes are stimulated, so that the consumers who have purchased and tasted the product can buy it next time. The effect is to enhance the competitiveness of the company.

Claims (2)

In the injection machine of the gum manufacturing apparatus, a partition wall 34 is installed in the center of the dough chamber 36 of the injection machine 10 to be divided into a batting chamber 38 for bating gum and a dough batter 40 for stripes, and the batter dough for bating gum. The extruder 18 is provided inside the thread 38 and the striped dough thread 40, respectively, and the injection pipe 12 having the entrance to the batting gum thread 38 side penetrates the partition 34. And it is installed so as to be located to the exit side of the injection machine 10 via the striped dough chamber 40, the sub-injection tube 14 is arranged around the inner peripheral surface of the injection tube 12 at regular intervals and the injection tube 12 outer peripheral surface It is formed so as to be connected to the striped dough chamber 40 through, through the injection end pipe 12 is an injection machine for producing a striped gum, characterized in that configured by combining the injection ring 42. The injection molding machine for producing a striped gum according to claim 1, wherein the injection ring (42) is formed with an annular inclined surface (32) whose inner surface is narrowed toward the outlet side.