KR950005967A - Candle Maker System - Google Patents

Abstract

The present invention relates to a candle maker system, unlike the conventional candle manufacturing method, by mass-producing the candle by the innovative automation method, it is possible to improve the quality and reduce the manufacturing cost, in particular, frequently occurs during the manufacturing process By preventing industrial accidents such as burnouts and burns in advance, workers can work with confidence, so that they can come up with the purpose of making them superior in external competitiveness.

Conventional candle making methods have been carried out in a very primitive way, and all the work is done by human hands.

It is likely to see the mechanical configuration carried out by this conventional method, and about 20 molded pipes are coupled to the cooling tank.

At this time, the upper part of the forming tube is coupled in a state consistent with the surface of the tumbler plate, and each forming tube is fixedly coupled to the pressing plate, and the pressing plate is equipped with a gear reducer having a handle. It is composed.

Therefore, when a liquid candle is poured into a candle plate, the candle flows into each forming tube, and the candle is formed while being solidified by solidified cooling water, and then the worker artificially rotates the handle. When turned, the thrust plate rises according to the action of the gears that are engaged, and the candle from the forming pipe is pushed up.

However, since there are limitations to such artificial means, the candle that is being molded while the candle is hardened is already stuck to the forming tube, so it is not difficult to turn the handle by pushing the handle. This is required, and even if pushed up, it is impossible to carry out continuous work continuously, so mass production is impossible.

However, the present invention is composed of an automobile system for manufacturing candles, which can be mass-produced from 200 to about 500 at a time by increasing the capacity of the manufacturing machine.

At this time, the capacity, how much the forming pipe (1) is formed in the cooling molding tank (7), and the capacity of the push rod cylinder 20 and the ejection plate cylinder (12) according to this, where the production amount is determined The molded candle 25 is moved by the sieve take-out plate moving rail 21 and the base plate moving rail 22 which are simultaneously taken out by the take-out panel 15 and coupled to the candle support plate 11, and the multer ( 23) cutting and finishing work is carried out and moved by the continuous candle movement take-out rail (21a) is to be automatically produced mass production without the artificial help of many personnel.

Description

Candle Maker System

Since this is an open matter, no full text was included.

1 to 12 are views illustrating the embodiment of the present invention, Figure 1 is a perspective view illustrating a candle maker of the present invention,

2 is a front view of the first diagram,

3 is a plan view of the state in which the extraction plate is removed,

4 is a side view of the second diagram illustrating the working state of the extraction plate in the present invention,

5 is a plan view of the molding cooling tank showing an enlarged portion of the third,

6 is a cross-sectional view illustrating a front state of the fifth view;

7 is an enlarged perspective view showing the main part of the present invention, the ejection plate and the molding cooling tank,

8 is an enlarged cross-sectional view showing the state in which the candle is manufactured and taken out in the candle maker according to the present invention;

9 is a process example illustrating a state in which a candle, which has been molded and cooled from a candle maker, is finished while being taken out by a blower plate in the present invention;

10 is a view illustrating an installation example of a candle movement extraction rail illustrating the state seen in part D of FIG. 9;

11 is a partially enlarged cross-sectional view of the candle support plate in the present invention,

Figure 12 is an enlarged cross-sectional view showing a part of the process of part C of the ninth view.

Claims (11)

At the upper end of the forming tube (1), at least one of the inlet grooves (1a) is formed in which dissolved melt flows, and a part of the upper end thereof protrudes to the upper surface of the candle plate (5a) and the coolant connection (8a) and the coolant supplied with the coolant. Each cooling water overflow (8) having a discharge conduit (9a) is discharged, and the cooling forming tank (7) formed with the discharge overflow (9); Four frames (F) are formed to maintain a constant height from the upper surface of the cooling molding tank (7); A candle piston (2) formed with a wick hole penetrated in the center of the Sanggwang strait groove is connected to the upper end of the metal pipe sealing tube (3) through the bolt or welding means, and the sealing tube fixing piece at the lower portion of the sealing tube (3). (4) is formed and coupled to the plate-shaped pusher plate 19 by bolts or welding means; The pusher plate cylinder 20 is mounted in a state where the upper end of the pusher plate cylinder shaft 20a is fixed to the bottom surface of the pusher plate 19, and another two take-out plate cylinders 12 are formed between the long shafts, one by one. Mounted on both sides of the cooling molding tank (7) of the candle making machine (A) combined configuration; A candle support plate having a blowout plate 16 'and a rubber plate 16 having several stretched pieces 18 formed therein are formed to form a blowout plate 16' and a light receiving side candle head hole 11a. 11); Forming a supporting plate cylinder 14 and an elevating plate 13 for raising the candle supporting plate 11, and placing a wheel cutter 23 on a disc at each position; The take-out plate moving rail 21 for guiding the above-mentioned take-out panel 15 is formed, and the support plate moving rail 22 forms a downwardly upward candle moving take-out rail 21a toward the end in accordance with the end thereof. A device for producing a candle, characterized in that the device is configured to couple the system. The forming pipe (1) formed in the above-mentioned cooling molding tank (7) is formed in the same diameter from above, or is formed in the upper and lower narrow beams or the upper and lower narrow beams, regardless of the number thereof. Or a triangular to square, hexagonal, octagonal, or other metal tube, the inner edge of which is flat, or forms a straight stripe, and the upper surface of the inflow groove 1a is formed by opening upwards, or Irrespective of the shape of a long ellipse, a rectangle, a square, or the like, the inflow groove 1a through which the inflow of the inflow water is formed so as to coincide with the top surface of the induction plate 5 above. (1a) to the hole to allow the introduction of the candle in the forming tube (1) of the candle manufacturing system, characterized in that a separate impurity dosing prevention network is combined or non-binding is configured in the hole. . The cooling water overflow (8) and the water discharge overflow (9) according to claim 1, wherein the upper part of the cooling water overflow (9) or the water discharge overflow (9) is formed in an airtight or closed shape so that the cooling water flows regardless of the positions of both sides of the cooling molding tank (7). Cooling water circulation device of the candle maker, characterized in that it is formed to retract or control as much as possible. According to claim 1, wherein the frame (F) is formed in a straight line toward the air from the ground, or formed to be in the lower light reciprocal only in one direction and the roller (15b) having the take-out panel 15 is the take-out plate moving rail Frame of the candle maker system, characterized in that configured to be guided to (21). The method of claim 1, wherein the extraction panel (15) is formed in a square. The bottom take-out panel 15 is formed of a metal plate or a synthetic resin material having good tensile property, and the upper surface is formed of a rubber plate 16, and formed by forming several elastic pieces 18 extending from the bottom to the upper surface. A take-out panel of the candle maker system, characterized in that for lifting the candle (25). The method of claim 1, wherein the candle support plate 11, the upper and lower narrow candle head hole (11a) is formed, the material of the plate is formed by combining a metal plate and a rubber plate, or formed of only a synthetic resin plate is moved upside down Candle support plate of the candle maker system, characterized in that the head of the candle (25) is inserted and moved to support to prevent shaking when the candle (25) is cut. The said take-out plate moving rail 21 and the support plate moving rail 22 are formed in a straight line by general steel angles, a pipe, a round bar, etc., The said candle taking-out rail 21a is " "Formed to be inclined downward toward the end of the direction in the direction of the section, etc., with a rotational force device (not shown) at the leading end or end thereof, and by connecting two endurer chains (not shown) to both ends of the endure chain To be coupled to the traction shaft having a hook (not shown) to maintain a constant interval, the above-mentioned blowout panel 15 and the candle support plate 11, the candle 25 is moved to the upper side take-out panel 15 Candle moving device and the candle extraction device of the candle maker system, characterized in that to be separated out. The method according to any one of claims 1 to 7, wherein the blowout panel (15) or the candle support plate (11) forms a hook separately from the cylinder bracket (15a) having holes on both sides of the endure chain (not shown). Take-out panel conveying apparatus of a candle maker system, characterized in that it is moved to the hook (not shown) of the towing shaft. According to claim 1 and 8, wherein the ejection panel (15) and the four corners of the candle support plate (11), the rollers (15b, 13a) can be rotated only, or the rollers (15b) (13a) of the It is arranged to be elastically flow by the shaft to move the candle of the candle maker system, characterized in that the drive plate movement rail 21 and the support plate moving rail (22), including the frame (F) can be driven by Device. The candle support plate according to claim 1, wherein the candle support plate (11) is manually and artificially coupled to the bottom of the candle (25) without the support plate cylinder (14). The method according to claim 1, wherein the wheel cutter 23, by combining a separate heating device, the candle support plate of the candle maker system, characterized in that for generating a high heat of about 70 ℃ or more 110 ℃. ※ Note: The disclosure is based on the initial application.