KR101489368B1 - The duplex candle mold to be made all of fiber reinforced synthetic plastic materials - Google Patents

Abstract

The present invention relates to a candle molding machine which is currently in use and is an invention developed from a conventional simple mold and is a double body mold capable of forming a candle outer body and a door molding at the same time, It is an injection that excludes the process of cutting and welding with iron plate. It does not cause any scratches, it does not leak, and it does not require finishing work after molding a candle, and developed various inventions to solve the crisis of the candle industry The present invention relates to a molding machine mold.

Since the steel plates and seats used in the molding machine are corroded, the material that can be excluded is resin products. In the same field, molds are made of fiber-reinforced resin such as PA66G / F 30% Can form various kinds of patterns from the head of the candle to the inner part of the molding, so that there is no corrosion, no leakage, and no scratches on the welded part The present invention relates to an apparatus for manufacturing a double candle molding machine, which can be formed smoothly, thereby reducing costs.

If the candle is manufactured according to the present invention, there is no welding residual shape in the shape of the body frame and the hair part and the body part, so that it is possible to omit a separate work for post-treatment, thereby reducing costs and shortening the production time.

Candle molding machine, plastic series, PA66G / F30%, thermoforming, fiber reinforced synthetic resin, welding trace, double layer, embossed, embossed,

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a candle molding compound mold made of a reinforced synthetic resin material,

The present invention relates to an existing molding machine in which a metal tube is rounded or polygonal when a mold for a head and a body is manufactured by bending a flat plate by welding and then welding is performed to form a petal of the head portion. In order to emboss or emboss letters or figures around the body of the candle, the surface of the molded candle is cut or manufactured so that it is always overlapped and the cost of production is increased. As a result, It has been a threat to the survival of the region.

In particular, it has been used to form a mold on the surface of a candle. However, it has been difficult to secure manpower, lacks technology, and has not been able to manufacture a handmade candle having a commerciality. The technology of the present invention can be used to produce the same mold, Since the head petal part to be attached to the plunger and the small pieces for the petal shape or the various molding components are welded, the molded candle due to the leakage or leakage does not form smoothly, so it is necessary to form a candle, It is also a field of problems left in the candle manufacturing industry which is filled with time and additional labor costs because the case is common, and the demand is reduced.

Fortunately, plastic injection molds developed with synthetic resin based on long-term development of the plastic industry are made into materials that are developed so as not to cause thermal degeneration. Therefore, even if a beeswax is poured into the mold and a candle is produced, the plastic mold is not deformed It is a technology for making parts for making candle molding machine in materials field that can be used safely.

A composite material made of epoxy resin or polyester resin mixed with glass fiber or carbon fiber is used as the material of the candle lapping machine of the present invention, which is made of a new synthetic plastic material, It uses PA66G / F 30% glass fiber containing polymer. By adopting such material, it is advantageous to utilize the advantage of plastic which is light, rusty and easy to process. In addition, it has high strength, It is used for the body of a motor boat, a ski, a tennis racket, and the like.

Among the advantages of the fiber reinforced plastic, the candle molding machine keeps the beeswax heated until it is instantaneously cooled, and the plastics that are tolerable are supplemented with the disadvantage that the thermoforming occurs, Since the formation of embossing or embossing is also formed in a double pipe which forms the inner wall, formation of a laser door formed in a conventional steel plate can be easily performed by embossing or embossing with plastic injection and then used continuously. And the prior art is a one-touch mold capable of simultaneously manufacturing the base and the body of the Korean Utility Model Registration No. 20-0383725 (2005.05.09.), A candle having a three-dimensional shape, and a Korean patent The plastic mold disclosed in Publication No. 10-2009-81475 (2009.07.29.) Is also disclosed as a background art of the present invention. The.

A problem to be solved by the present invention is not a cooling bath which is an outer appearance of a candle-type double-plated molding machine but a candle-forming inner frame which is formed of a candle-forming outer frame to be mounted in a cooling tank, It is possible to make a shape without welding, unlike a stone or an iron plate, so that it is a task to develop and apply it so that it can be manufactured as a candle forming mold of the present invention.

In the meantime, candles were simply injected with the same diameter without any door shape when they were able to put the head part of the wick or the bottom part of the base that was built on the candle holder according to the use, but the candle for the religious and ceremonial purpose was the wick part It is possible to produce the candle which is made by casting the base part in the form of lotus shape or turtle shape or molding the body into the shape of the door or the letter so that it can be produced in a mass production and a desired shape, To be able to obtain an effect that can be achieved.

In order to avoid the thermal deformation, it is necessary to construct a mold with a metal structure such as a steel plate and a seat. However, It is possible to mold the candle with beeswax smoothly without the edge part, and the candle does not stick to the holding ingredient which is the same physical property as the metal, so that it is formed only by molding without finishing work Which can be used as a means of solving the problem of mold production.

Since the candle itself can be melted and hardened, there is no difficulty. However, in order to melt wax, which is the raw material of candle, high heat is needed and the resin mold can be deformed. Therefore, It does not require a separate advanced technology in that it is selected and used, but it is determined through many trial and error and experiments, and the task solution that can exclude the manual work which must be carved by individual body after candle molding This is what I need.

It is possible to produce a synthetic resin mold without thermal deformation according to the present invention without forming a door shape in the head part of the candle or the candle rest part and the body part, It is expected that the product which can be mass-produced at low cost so that it can be provided in a shape suitable for various events.

Since it is possible to form a door shape of various shapes on the head part of the candle, or the supporting part and the body part, it is easy to mass-produce not only custom-made but also an additional work for smoothing after molding is not necessary, It is also expected that it will lead to revitalization of the candle industry by increasing sales.

In addition, since metal parts are immersed in water, they have provided many problems in molding candles due to corrosion or leakage. However, since the mold of this material is used, it can be used semi-permanently without aging shape. It is expected to lower the production cost.

The candle appearance 20 for a plurality of candle molding already installed in the conventional candle forming apparatus 100 is made and inserted into a shape gradually narrowing from the outer appearance upper end entrance 22 to the outer appearance lower end entrance 24 opened at the bottom face The synthetic resin injection candle head holder (40) receiving the molten candle is a new synthetic resin material which is recently marketed in the present invention and is made of a plastic material which is not deformed even in high temperature. PA66G / F 30% fiber reinforced The candle head restraint 40, which is not deformed even when a high temperature molten candle is received, is assembled with the half inner tube 30 and the half inner tube 2 32, which are injected with various body patterns. A candle outer tube 20 which is attached and fixed to the molding body 10 when inserted into the candle outer tube 20 and a half inner tube 30 and a half inner tube 32 assembled in half to the candle outer tube 20 Inside When only the dried candle is cooled, it is molded into a candle with a new door style that does not require any finishing work, and it becomes a commodity manufactured by a one-stop process.

The part to be corrected in the conventional candle forming apparatus 100 is a candle appearance 20 to be fixed to the molding body 10 and the newly added parts are formed by the half inner one 30 and the half inner half 2 The candle head support 40 is also made of a reinforcing resin having a PA66G / F of 30% and is attached to the top of the candle stand 44, which is erected in multiple numbers on the stationary fixed ground 46, 22 is inserted from the candle plunger 44, the candle head rest 40 is caught on the distal end of the outer lower end inlet 24 gradually narrowed.

The candle holder 40 is caught immediately before reaching the end of the outer lower entrance 24 where the candle holder 44 is inserted from the candle holder 44 through the outer upper entrance 22, The molten candles are prevented from flowing down by being placed on the edge of the candle head holder 40 while assembling the half inner tube 30 and the half inner tube 32 which are inserted into the candle outer tube 20 .

When the candle appearance 20 arranged in the molding body 10 is vertically fixed to the water tray support 16, the water tray support 16 is formed of a plurality of the candle appearance 20, The outer surface of the candle body 20 is submerged in water and the inner surface of the candle body 20 is penetrated from the outer upper entrance 22 to the outer lower entrance 24 so that the candle bar 44 And the candle head holder 40 are installed in the candle head holder 40. The candle head holder 40 is attached to the candle head holder 40 and the half inner tube 30 and the half inner tube 2 are accommodated in the candle outer tube 20, The inner pipe forming mold 34 having various door molds is mounted on the inner wall surface of the half inner pipe 1 30 and the half inner pipe 2 32 up to the half inner pipe 1 30 or the half inner pipe 2 32 The candle can be formed, the engraving can be engraved or embossed, the candle is cooled, When taking out the molded candles stand halves inner pipe 1 30 and the second inner tube halves (32) after taking out is also included that is produced is not as positive without the formed sentence when separating the individual half-scratch requires finishing.

The core of the present invention is not the whole candle forming apparatus 100 but the metal panel is cut to size and welded in a cylindrical or polygonal shape. However, since the present invention is injection-molded with a synthetic resin, It is a feature of the present invention that it is excluded initially.

[Example 1]

In order to manufacture the candle head holder 40 made of the synthetic resin of the present invention, a mold is firstly manufactured in the market, and then the PA66G / F 30% fiber-reinforced resin is purchased and mounted on a molding body 10 of a desired size The candle appearance 20 was injected to replace all the existing candle appearance 20 of the candle.

A semi-cylindrical inner tube 1 (30) and a semi-cylindrical inner tube 2 (32) to be newly added to the candle outer tube 20 are also designated as molds, and then a candle head base (20) to be inserted into the candle outer tube 20 40 are attached to the top of the candle pillar 44 by being injected into a separate mold so that the candle head pedal 40 attached to the candle pillar 44 is inserted into the outer surface upper inlet 22 The candle head support 40 is formed so as to be narrower than the upper portion of the candle outer tube 20 so that the candle head support 40 is inserted into the inner space of the candle outer tube 20 A new candle molding apparatus 100 is completed by inserting the half inner tube 1 30 and the half inner tube 2 32 on the candle head holder 40 and assembling the half body.

Next, a molten candle is poured into the outer upper entrance 22 of the candle forming apparatus 100, and cooling water is poured into the cooling water tank 12 of the molding body 10, so that the candle appearance 20 is not tilted. 14 were also set at proper intervals and cooled for about 1 hour and then the raising belt 50 fixed to the belt fixing ground 54 provided for each corner of the fixed grounding panel 56 placed on the fixed grounding row 60 was raised The candle head support 40 attached to the upper end of the candle pawl 44 mounted on the stationary fixed ground 46 is pulled up by pulling the candle head support 40 pulled by the belt knob 52 and the molded candle is guided to the outer upper end entrance 22 A new candle with a beautifully shaped mold that does not need a finishing work because it removes the molded candle with the half inner tube 2 (32) attached and carefully separates the half inner tube 1 (30) and the half inner tube 2 (32) .

[Example 2]

Since the candle head holder (40) made of the synthetic resin is mounted, the petals between the petals that have been welded by the conventional welding do not need any residue to finish the work, and the candle can be packed and released .

Further, in addition to the petal door shape of the present invention, since the candle is formed by the polygonal grass leaf, which is a new temple-provided door type, it is molded by using another new shape candle head holder 40 as a separate mold, It was possible to mold the head part of a clean candle.

[Example 3]

In the present invention, the candle head holder 40 is inserted into the outer appearance upper entrance 22 of the candle appearance 20, as well as the semi-intumescent interior 1 30 embossed to emboss the Buddha shape, 32) were also placed in the inner tub 1 to confirm that the two inner tubular molds 34 were aligned with the inner tubular wall surface together with the inner tub 1 (30). Then, the molten candles were poured and the cooling water The Buddhist candles that were poured and shaped were also lifted up with the raised belt handle (52) to remove the semi-inward 1 (30) and the inward 2 (32) and remove them.

The molten candle is filled in the upper entrance (22) of the outer appearance, and a special base resin (not shown) made of special synthetic resin is formed and adhered to the molten candle before the cooling and hardening. The molten candle solidifies and the candle underlay can be formed for religious purposes. Shaped candles could be made without additional residue.

[Example 4]

The tubular shape of the half inner tube 1 (30) and the half inner tube 2 (32) to be inserted into the candle outer tube 20 is injected with PA66G / F 30% fiber reinforced resin so as to be formed into a polygonal shape, One side half was formed into a half inner tube 1 (30) to form an inner tube forming mold 34 and the other half inner tube was molded into a half inner tube 2 (32), and the outer surface of the candle was polygonal. ) Is embossed in the middle of the half inner tube 1 (30) so that the candles can be embossed so that they can be molded into candles until now, The manufacturing method that can reduce the cost can be established.

The detailed view of the candle head holder 40 which is the core of the present invention and which is assembled by being joined to the candle pillar 44 is shown in the candle pillar configuration reference diagram (A), and the candle appearance head 20, the half inner tube 1 30, 2 (32) is the same as the separating reference (B) of the candle appearance, the half inner one and the half inner half 2, and the details of assembling and inserting the half inner one 1 and two half (30,32) inside the candle outer 20 The contents can be seen in the insertion reference (C) of the inner tube 1 and the inner tube 2 of the half to the outer tube upper entrance, and the two inner tube 1 (30) and the inner tube 2 (32) The inserted detail was the same as that of the insert reference (D) after assembling the semi-internal pipes 1 and 2 inside the candle appearance.

1 is a perspective view of a candle forming apparatus according to the present invention,

FIG. 2 is a perspective view showing the candle forming apparatus of the present invention in an assembled state,

Fig. 3 is a perspective view of an inner tube assembled inside the outer appearance of the candle molding apparatus of the present invention,

4 is a perspective view illustrating a process of assembling the inner tubes 1 and 2 to be inserted into the inner surface of the water tank of the present invention,

<Brief Description of Symbols>

10: Molded body, 12: Cooling water tank,

14: a tank partition, 16: a tank rest,

20: candle appearance, 22: outer appearance upper entrance,

24: bottom entrance of outer appearance, 30: half inner tube 1,

32: half inner tube 2, 34: inner tube molding type,

40: candle headrest, 42: adhesive area,

44: a candle bar, 46: a stationary fixed ground,

50: a belt raising belt, 52: a raising belt handle,

54: Belt fixing ground, 56: Fixed ground panel,

60: fixed ground line, 100: candle forming device,

A: Candle pillar configuration reference diagram,

B: Separation reference of candle appearance and half inner one and half inner half 2,

C: Insertion of half inner one and half half inner 2 to the outer upper entrance.

D: After inserting the half inner tubes 1 and 2 in the inside of the candle appearance,

Claims (3)

A candle molding lapping die made of a fiber reinforced synthetic resin material which is accommodated in a molding body (10) of a candle molding apparatus (100) and is molded into a candle appearance (20) fixed to a water tray support (16) (30) inserted into the inside of the candle and supported by the candle head holder (40) and having various door type casting molds (34) and a half inner pipe (32) paired with the half internal pipe Wherein the mold is poured into an inner space, and the mold for forming the inner tube having a positive or negative angle is molded and cooled, and then the inner tube 1 and the inner tube 2 are separated from each other to take out the molded candle, Candle molding compound mold made of synthetic resin The method according to claim 1, A candle head base 40 having a size so as to be positioned at an outer lower end entrance 24 narrowing from the outer appearance upper end entrance 22 and a half inner diameter 1 30 and a half inner side 2 32 supported by the candle head base, A candle molding compound mold made of a fiber reinforced synthetic resin material characterized in that a candle appearance (20) combining a semi-inner tube (1) and a semi-inner tube (2) by injection molding is made by a fiber reinforced synthetic resin material having the same physical properties as a candle delete

Images