KR102013290B1 - A candle making apparatus forming a candle holder fixing groove - Google Patents

Abstract

The present invention relates to a candle production apparatus forming a candle stick fixing groove, which comprises: a candle production unit receiving an injection of paraffin therein and molding a candle; and a hole molding lifting unit disposed on a side portion of the candle production unit to provide a wick to the candle production unit, provided to be lifted from the top of the candle production unit, and inserted into the candle production unit to form a candle stick fixing hole in the candle.

Description

Candle manufacturing apparatus forming candle holder fixing grooves {A CANDLE MAKING APPARATUS FORMING A CANDLE HOLDER FIXING GROOVE}

The present invention relates to a candle manufacturing apparatus, and more particularly to a candle manufacturing apparatus for forming a candlestick fixing groove for forming a candlestick fixing groove in the candle.

In general, a candle (candle) refers to a lighting device for molding a flammable solid, such as paraffin wax, beeswax, at a suitable temperature into a cylindrical shape, and inserting a wick such as cotton in the center thereof.

In the method of manufacturing such a candle, a wick is inserted into a mold in which the outer shape of the candle is formed, and then paraffin is dissolved and injected, followed by cooling to separate the solidified candle from the mold to obtain a finished candle. The production method of such candles is extremely low productivity by the process of injecting and extracting paraffin solution by making a plurality of candle molds, and in order to form various outer diameters of the candles, the molds are required. In addition, since the process is made by manual labor, there is a disadvantage in economic efficiency.

In order to solve this problem, a technology for a candle manufacturing apparatus has been developed. However, since the forming tube is formed into a completely cylindrical shape having the same inner diameter at the upper end and the lower end, the candles having various lengths are formed by varying the cup position inside the forming tube. It is possible to spray the cooling water into the forming pipe through the cooling water jet hole formed in the connecting pipe without filling the cooling water in the cooling tank, and discharge the sprayed cooling water out of the cooling tank through the discharge pipe to prevent corrosion of the cooling tank. In addition to preventing, the liquid paraffin inside the forming tube can be cooled by air cooling.

However, this prior art is made of a cylindrical tube can produce a candle of various lengths, but can be produced in a cylindrical candle, and also the cooling effect is reduced by spraying the cooling by spraying the cooling water, and also the wick Hanging on the wick hanger installed on the upper part of the cooling tank hangs through the center of the forming pipe, it is not easy to use the wick.

In addition, in recent years, large candles, including candles used in religious events, are used in godly ceremonies and ceremonies, and are used in candlesticks.

However, the candle does not have a hole, so it is often inserted into the candlestick by force, which is why the candle and the candlestick must be energized.

In such a situation, the candle or candlestick may be broken, and if the candle is broken, the floor may be slippery, causing inconvenience in movement.

In addition, the candlesticks used for religious events or godliness are stored as expensive commodities to reveal the formality of the event or ritual, in which the atmosphere and the cost of the event are caused by the damage of the candles.

Therefore, there is a need for a method for solving such problems.

The present invention has been made to solve the above-mentioned problems of the prior art, to provide a candle that can be manufactured at the same time a plurality of candles using a mold and to form a fixing groove for easy insertion into a candlestick.

The present invention also provides a candle manufacturing apparatus capable of supplying the wick without being entangled by supplying the wick to the molding groove of the candle mold frame.

The objects of the present invention are not limited to the above-mentioned objects, and other objects that are not mentioned will be clearly understood by those skilled in the art from the following description.

Candle production apparatus for forming a candle holder fixing groove of the present invention for achieving the above object is a candle manufacturing unit for molding a candle by injecting paraffin inside, disposed on the side of the candle manufacturing unit wick to the candle manufacturing unit A thread may be provided, and may be provided at an upper portion of the candle manufacturing unit, and may include a hole-forming lifting unit inserted into the candle manufacturing unit to form a candlestick fixing hole in the candle.

And the hole-forming lifting unit is a lifting plate connected to the rail part in the form of a rail part and a plate formed on both sides of the candle manufacturing unit, and formed through the lifting plate and inserted into the center of the candle manufacturing unit fixed groove It may include a lifting chamber and a wick chamber supply part for supplying the wick chamber to the inside of the candle manufacturing unit is formed adjacent to the lifting part and the rail forming the forming needle for molding.

In addition, the forming needle, the length of the protruding through the lifting plate is adjusted, it may form a candle holder fixing groove disposed in the vertical upper portion of the candle manufacturing unit.

And the candle manufacturing unit is provided in the form of a candle mold, the mold housing for receiving the paraffin, a portion of the candle mold is accommodated in the inner part, the inlet and outlet communicating with the inside is formed around the outside It may include a cooling water canister and a mounting plate for mounting the discharged horizontally formed on both sides of the cooling water canister is formed with a path through which the coolant is circulated.

In addition, the candle manufacturing unit may form a candle holder fixing groove including a guide rod for adjusting the position of the wick chamber on the top of the cooling water container.

The candle manufacturing unit may form a candle holder fixing groove having a fixed step of fixing the position of the guide rod.

In addition, the candle manufacturing unit is formed in a long, the rotating shaft is formed in the center is coupled to the side of the candle manufacturing unit, it may include a lifting part removal portion one end is in contact with the lifting plate while being rotated about the rotating shaft.

In addition, the lifting part removing unit, a roller is formed at one end with respect to the rotating shaft, the handle may be formed at the other end.

Candle production apparatus for forming the candle holder fixing groove of the present invention for solving the above problems has the following effects.

First, since a plurality of candle molds are formed, there are advantages in that a plurality of candles can be produced at the same time.

Second, there is an advantage that the hole-forming lifting unit which can form a fixing groove in the candle is provided to form the fixing groove in the candle at once.

Third, there is an advantage that can be easily removed by using the lifting part in removing the forming needle from the candle.

Fourth, there is an advantage that the guide rod is provided to move the wick room to avoid the fixing groove.

The effects of the present invention are not limited to the above-mentioned effects, and other effects not mentioned will be clearly understood by those skilled in the art from the description of the claims.

1 is a perspective view showing the overall appearance of the candle manufacturing apparatus for forming the candle holder fixing groove according to the first embodiment of the present invention;
2 is a front configuration diagram of a candle manufacturing apparatus forming a candle holder fixing groove according to the first embodiment of the present invention;
3 is a view showing the appearance of the lifting part in the candle manufacturing apparatus forming the candle holder fixing groove according to the first embodiment of the present invention;
4 is a view showing a state in which the position of the wick is adjusted through the guide rod in the candle manufacturing apparatus forming the candle holder fixing groove according to the first embodiment of the present invention;
5 is a view showing the appearance of the hole-forming lifting unit for forming the fixing groove in the candle in the candle manufacturing apparatus forming the candle holder fixing groove according to the first embodiment of the present invention;
Figure 6 is a view showing the lifting part removal unit in the candle manufacturing apparatus forming the candle holder fixing groove according to the first embodiment of the present invention;
7 is a view showing the operation of the lifting part removing unit in the candle manufacturing apparatus forming the candle holder fixing groove according to the first embodiment of the present invention.

DETAILED DESCRIPTION Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the description of this embodiment, the same name and the same reference numerals are used for the same configuration and additional description thereof will be omitted.

The present invention relates to an apparatus for manufacturing a candle (C) and includes a candle manufacturing unit 100 and a hole-forming lifting unit 200.

The candle manufacturing unit 100 is a configuration in which the paraffin is injected to mold the candle C, and the hole forming unit is disposed at the side of the candle manufacturing unit 100 and is the wick chamber T as the candle manufacturing unit 100. Providing and ascending from the top of the candle manufacturing unit 100 forms a candlestick fixing hole.

Specifically, the hole-forming elevating unit 200 penetrates the elevating plate 222 and elevating plate 222 connected to the rail part 240 formed on both sides of the candle manufacturing unit 100, and the rail part 240 in the form of a plate. Formed to be adjacent to the elevating part 220 and the rail part 240 is formed to be inserted into the center of the candle manufacturing unit 100 to form a molding needle 224 to form a fixing groove (H), the candle manufacturing unit 100 ) Includes a wick chamber supply part 260 for supplying the wick chamber (T) to the inside.

Candle manufacturing apparatus for forming a candle holder fixing groove (H) according to the present invention in such a configuration is arranged a portion of the wick chamber (T) to form a candle holder fixing hole in the candle (C) and the lower end of the candle (C) A candle holder fixing hole is formed on the candle holder.

Accordingly, the configuration of the candle manufacturing apparatus forming the candle holder fixing groove (H) of the present invention will be described in detail with reference to the drawings.

1 is a perspective view showing the overall appearance of the candle manufacturing apparatus forming the candle holder fixing groove (H) according to the first embodiment of the present invention, Figure 2 is a candle holder fixing groove (H) according to the first embodiment of the present invention Figure 3 is a front configuration diagram of a candle manufacturing apparatus for forming a, Figure 3 is a view showing the appearance of the lifting part 220 in the candle manufacturing apparatus for forming the candle holder fixing groove (H) according to the first embodiment of the present invention.

As shown in FIG. 1, the present invention includes a candle manufacturing unit 100 and a hole forming lifting unit 200, and the candle manufacturing unit 100 includes a candle mold 120, a cooling water container 140, and a holder. Plate 160.

For the sake of clarity, the azimuth marks a1, a2, b, and c are shown.

The candle mold 120 has a space in which the paraffin is accommodated, and a plurality of the mold molds 120 are arranged to be elongated in the b direction.

And the cooling water container 140 is formed to surround the candle mold 120 in the lower portion of the candle mold 120, the upper portion is formed in an open cube shape and the inlet 142 through which the coolant enters both ends along the longitudinal direction. ) And an outlet 144 are formed.

At this time, the inlet 142 and the outlet 144 are formed in the b direction in the cooling water tank 140, respectively.

And the mounting plate 160 is coupled to the upper end of the cooling water tank 140 in a form that is spread horizontally on both sides from the top of the candle mold (120).

The mounting plate 160 is formed in the a1 direction and the a2 direction around the candle mold 120, respectively.

The mounting plate 160 is used to mount the candles (C) taken out of the candle mold 120.

The hole-forming elevating unit 200 described above is formed on an upper portion of the mounting plate 160 formed on both sides in the longitudinal direction of the candle manufacturing unit 100.

As shown, the hole-forming lifting unit 200 is formed in the a2 direction, and a plurality of wick chamber supply parts 260 are formed.

The wick chamber supply part 260 is rotatably hung on a plurality of wick thread racks (not shown), the wick chamber (T) is made of a thread wrapped.

Specifically, the wick chamber supply part 260 is erected vertically in the c direction at the end of the mounting plate 160 in the a2 direction, the frame is erected on both sides in the b direction of the mounting plate 160.

The plurality of the wick thread rack is arranged in the b direction between the pair of the frame set up in this way.

The thread wound around the thread is inserted into the candle mold 120 through the lower portion of the cooling water tank 140.

At this time, the lower portion of the cooling water tank 140 protrudes downward to correspond to the number of candle molds 120 from the lower portion of the plurality of candle molds 120 to the wick chamber connecting tube 146 in communication with the candle mold 120 do.

Here, the wick room connection pipe 146 is formed to a diameter of the degree surrounding the wick room (T), the wick room connection pipe 146 is connected to the lower portion of the candle mold 120 through the cooling water tank 140 Therefore, even if the coolant flows, it does not interfere with the wick chamber (T).

Subsequently, the hole-forming elevating unit 200 is a rail part 240 which is integrally connected to the core chamber supply part 260 and the elevating part 220 which is lifted from the upper part of the mounting plate 160 in the a2 direction is a rail part ( 240).

The elevating part 220 is formed through the elevating plate 222 and elevating plate 222 connected to the rail part 240 in the form of a plate and is inserted into the center of the candle manufacturing unit 100 to fix the fixing groove H. A molding needle 224 to be molded is formed.

As shown in FIG. 3, the forming needle 224 penetrates the lifting plate 222 up and down along the C direction and is formed integrally with the lifting plate 222 so that the degree of protruding downward can be adjusted. 225 is fixed.

Molding needle control unit 225 is fixed by a stud bolt is inserted around the molding needle 224 in the form of wrapping a portion along the longitudinal direction of the molding needle 224.

Here, the forming needle 224 is formed to correspond to the number of candle molds 120, and is inserted into the center of the candle molds 120 to form a fixing groove (H).

2 is a view of the present invention as viewed from the a1 direction.

As shown, the hole-forming lifting unit 200 has a coolant inlet 142 on one side and a coolant outlet 144 on the other side in the b direction.

Here, the inlet 142 and the inlet 142 of the outlet 144 may be interchanged.

Although not shown in detail in the drawing, the cooling water tank 140 is formed such that the candle mold 120 is accommodated therein and the cooling water flowing inside the cooling water tank 140 is in contact with the circumference of the candle mold 120.

Through this, the cooling water flows to cool the candle mold 120, and when the user injects paraffin into the candle mold 120, the high temperature paraffin can be solidified in a short time.

Meanwhile, looking at the wick chamber supply part 260, it can be seen that 20 pairs are formed in the b direction in two rows in the c direction.

This corresponds to the number of candle molds 120, which is the same as 10 candles formed in the b direction by two candle molds 120.

Therefore, 20 pieces are formed in total, and the core chamber supply part 260 and the forming needle 224 are also preferably formed in the corresponding number.

Here, the rail part 240 guides the lifting part 220 to move in the vertical direction (c direction).

In the present embodiment, the rail part 240 and the elevating part 220 are coupled by an LM guide, and the frames of the rail part 240 and the wick chamber supply part 260 are formed at the same height.

And it can be seen that the pulley is formed over the upper end of the rail part 240 and the upper end of the frame.

In addition, the lifting part 220 is lifted from the rail part 240 through the pulley, and the weight B connected to the lifting part 220 is formed on the other side of the pulley.

This allows the user to easily lift the lifting part 220 by reducing the power consumed to lift the lifting part 220 in order to support the lifting part 220 weight.

In addition, the lifting part 220 is formed by the fixing groove (H) in the paraffin by lifting the weight (B) on the other side because the lifting part 220 is to be spaced apart in the paraffin solidified state (the candle (C) state). It is.

Specifically, about 120 ° C., paraffin is injected into the candle mold 120, and the temperature is dropped by the cooling water flowing from the cooling water tank 140, and then gradually solidifies.

Therefore, after inserting the paraffin and penetrating the wick chamber (T), the cooling water flows in a state where a part of the forming needle 224 is inserted into the candle mold 120 from the top, the candle (C) is fixed groove (H) Will be formed.

At this time, in order to form the fixing groove (H), the position of the wick chamber (T) at the end of the candle (C) should be adjusted.

Since the fixing groove (H) is a groove to be inserted into the candlestick (not shown), the wick chamber (T) should not be exposed to the fixing groove (H), and for this purpose, the fixing groove along the longitudinal direction of the candle (C) ( H) should be placed away from the wick.

To this end, the guide rod 122 is disposed above the candle mold 120.

4 is a view showing a state in which the position of the wick chamber (T) is adjusted through the guide rod 122 in the candle manufacturing apparatus forming the candle holder fixing groove (H) according to the first embodiment of the present invention.

As shown, it can be seen that there is a guide rod 122 on the top of the candle mold 120.

The guide rod 122 is formed long and is seated in a seating groove (not shown) formed at the upper end of the cooling water tank 140, and a plurality of support grooves 122a are formed along the length direction.

Here, the support groove 122a is seated in the wick chamber (T) protruding into the candle mold 120, and the position of the wick chamber (T) can be adjusted before the candle (C) is hardened.

Specifically, the guide rod 122 seated in the seating groove allows the wick chamber T projecting upward from the candle center portion Vc to be kept taut inside the candle C.

That is, when the paraffin is cooled to solidify the candle (C), the candle (C) is taken out and placed on the mounting plate 160, wherein the wick chamber (T) is not cut.

Therefore, the drawn candle (C) is seated on the mounting plate 160 to support the wick (T), in this state, the paraffin is newly injected into the candle mold 120 and the guide rod 122 is the wick ( The wick chamber T is disposed in the support groove 122a so that T) maintains the tension vertically to maintain the state of the wick chamber T while the paraffin is cooled.

To this end, the support groove 122a is preferably formed at the upper edge of the guide rod 122 disposed in the vertical upper portion of the candle center (Vc).

And the support groove 122a is formed in the upper portion of the candle center portion (Vc) corresponding to the number of the candle mold (120).

In this embodiment, since the fixing groove (H) is formed in the candle (C) is to adjust the position of the guide rod 122 so that the fixing groove (H) can be formed in the candle (C).

Looking at the inside of the candle (C) seated on the mounting plate 160 as shown, first to refer to the a2 direction and a1 direction along the lower portion from the top of the candle (C) and to the inside of the candle (C) Fixing groove (H) is formed and the wick chamber (T) is formed in the candle center (Vc) in the a1 direction in the a2 direction, but the position of the wick chamber (T) is adjusted to avoid the fixing groove (H) in the lower portion You can see that.

As such, the arrangement of the wick chamber T may be changed by injecting paraffin into the candle mold 120 and opening the upper portion of the candle mold 120 to be a lower portion of the candle C. 120) The position of the wick chamber (T) is adjusted to the lower portion of the candle (C) while the guide rod 122 is disposed in the b direction.

This is because the wick chamber connection pipe 146 formed in the cooling water tank 140 is formed in communication with the candle center portion Vc in the candle mold 120, the shank portion of the candle (C) wick chamber (Tc) in the candle center portion (Vc) ) Is formed, the position of the wick (T) is adjusted in accordance with the b-direction movement of the guide rod 122 toward the lower portion of the candle (C).

Therefore, as the guide rod 122 is moved by the wick chamber moving interval (d), the wick chamber (T) is moved from the candle center portion (Vc) to the candle moving portion (Vd).

Accordingly, in order to accurately adjust the position where the guide rod 122 is moved on the cooling water tank 140, it is preferable that the unevenness is formed on the lower surface of the guide rod 122.

Therefore, it is preferable that the unevenness formed on the lower surface of the guide rod 122 is seated in the support groove 122a so that the guide rod 122 moves accurately by the wick chamber moving interval d.

If the position of the wick (T) is adjusted so that the fixing groove (H) is formed in the lower portion of the candle (C), the hole-forming lifting unit 200 forms a fixing groove (H) in the candle (C).

Hole forming lifting unit 200 through the Figure 5 will be described to form the fixing groove (H) in the candle (C).

5 is a view showing the appearance of the hole-forming lifting unit 200 for forming the fixing groove (H) in the candle (C) in the candle manufacturing apparatus for forming the candle holder fixing groove (H) according to the first embodiment of the present invention. to be.

As shown, the lifting part 220 is lowered to the lower part of the candle C while being lifted along the rail part 240 to form the fixing groove H, and forming needles 224 formed on the lifting part 220. Silver candle mold 120 is adjacent to the end is formed sharply inserted into the candle (C).

Thus, the lifting part removing unit 180 is formed on the periphery of the candle manufacturing unit 100 so that the hole forming lifting unit 200 forms the fixing groove H and rises again.

Lifting part removal unit 180 is formed long and the center is rotatably coupled with the rotating shaft 185 at the side of the cooling water tank 140, one end is rotated around the rotating shaft 185 and the lifting plate 222 It is a configuration to be contacted.

In more detail, the lifting part removing unit 180 has a roller 182 formed at one end thereof on the inner side of the rotating shaft 185 and a handle 184 formed at the outside of the other end thereof.

This will be described in detail with reference to FIGS. 6 and 7.

6 is a view showing the lifting part removing unit 180 in the candle manufacturing apparatus forming the candle holder fixing groove (H) according to the first embodiment of the present invention, Figure 7 is a candle holder according to the first embodiment of the present invention 2 is a view showing the operation of the lifting part removing unit 180 in the candle manufacturing apparatus forming a fixing groove (H).

The lifting part removing unit 180 is formed around the rotation shaft 185 on both sides of the cooling water tank 140 along the b direction.

Accordingly, the rotating shaft 185 is rotatably formed at the lower portion of the mounting plate 160 in the candle manufacturing unit 100, and the lifting part removing unit 180 is coupled to both ends of the rotating shaft 185.

The lifting part removing unit 180 is formed to be long and has a rotary stick 183 having a long hole 186 formed at the center thereof, and a roller 182 formed at one end of the rotating stick 183 to support the lower part of the lifting part 220. The roller 182 and the other end includes a handle 184 for the user to rotate the lifting part removal unit 180 about the rotation shaft 185.

Therefore, while the user moves the handle 184 to the lower portion of the elevating part removal unit 180, the one end is raised to the upper portion around the rotating shaft 185 to support the lower surface of the elevating part 220 candles The mold is spaced apart from the 120.

This is to extract a plurality of molding needles 224 inserted to form the fixing grooves (H) in the candle (C) to separate from the candle (C).

In addition, the outer surface of one end is formed with an elastic spring 188 connected with the candle manufacturing unit (100).

The elastic spring 188 is configured to return the lifting part removing unit 180 to an initial position, and the initial position of the lifting part removing unit 180 is disposed in the a1-a2 direction so as to be parallel to the mounting plate 160. Say.

Through this, the user can easily extract the lifting part removal unit 180 from the candle (C) by pressing the handle 184 downward.

Here, the roller 182 is rotatably coupled on the rotary stick 183 so that the lifting part removing unit 180 is rotated while supporting the lifting part 220 while moving in the a1-a2 direction.

Therefore, the roller 182 may reduce the external force generated by the friction, and the lifting part 220 may be easily separated by the action of pushing the handle 184 downward.

As described above, a preferred embodiment according to the present invention has been described, and the fact that the present invention can be embodied in other specific forms in addition to the above-described embodiments without departing from the spirit or scope thereof has ordinary skill in the art. It is obvious to them. Therefore, the above-described embodiments should be regarded as illustrative rather than restrictive, and thus, the present invention is not limited to the above description and may be modified within the scope of the appended claims and their equivalents.

100: candle manufacturing unit
120: candle mold
122: guide rod
122a: support groove
140: coolant bottle
142: entrance
144: exit
146: wick room connector
160: holder
180: lifting part removal unit
182: roller
183: rotary stick
184: handle
185: axis of rotation
186: longman
188: elastic spring
200: hole forming lifting unit
220: lifting parts
222: lifting plate
224: molding needle
225: molding needle control unit
240: rail
260: wick room supply part
B: weight
C: candles
H: fixing groove
T: the wick
Vc: candle center
Vd: Candle Moving Part

Claims (8)

Paraffin is injected inside the candle manufacturing unit for molding a candle;
A hole disposed on a side of the candle manufacturing unit to provide a wick to the candle manufacturing unit, and provided to be liftable from an upper portion of the candle manufacturing unit, and inserted into the candle manufacturing unit to form a candlestick fixing hole in the candle Molding lifting unit;
Including,
The hole forming lifting unit,
Rail parts formed on both sides of the candle manufacturing unit;
A lifting part having a lifting plate connected to the rail part in the form of a plate, and a forming needle formed through the lifting plate and inserted into the center of the candle manufacturing unit to form a fixing groove; And
A wick chamber supply part formed adjacent to the rail part to supply a wick chamber into the candle manufacturing unit;
Candle manufacturing apparatus forming a candle holder fixing groove comprising a. delete The method of claim 1,
The molding needle,
The length of the protruding through the elevating plate is adjusted, candle manufacturing apparatus for forming a candlestick fixing groove disposed on the vertical upper portion of the candle manufacturing unit. The method of claim 1,
The candle manufacturing unit,
Candle molds containing paraffin;
A cooling water container provided with a shape surrounding the mold frame and having a portion of the candle mold frame accommodated in an inner portion thereof, and having an inlet and an outlet communicating with the inside thereof to form a path through which the coolant injected from the outside is circulated; And
Mounting plate for mounting the discharged horizontally formed horizontally on both sides of the cooling water container;
Candle manufacturing apparatus forming a candle holder fixing groove comprising a. The method of claim 4, wherein
The candle manufacturing unit,
Candle production apparatus forming a candlestick fixing groove comprising a guide rod for adjusting the position of the wick chamber on the top of the cooling water container. The method of claim 5,
The candle manufacturing unit,
Candle manufacturing apparatus forming a candle holder fixing groove formed with a fixing step to fix the position of the guide rod. The method of claim 1,
The candle manufacturing unit,
Rotating shaft is formed in the center is formed in the center is coupled to the side of the candle manufacturing unit, the candle manufacturing apparatus for forming a candle holder fixing groove including a lifting part removing portion one end is in contact with the lifting plate while being rotated around the rotating shaft. The method of claim 7, wherein
The lifting part removing unit,
The candle manufacturing apparatus for forming a candle holder fixing groove is formed at one end with a roller is formed on the other end around the axis of rotation.

Images