JPS6024081B2 - Incense stick manufacturing method - Google Patents

Description

[Detailed description of the invention] The purpose of the following is to extrude the incense material in a linear form from an extruder, and at the same time, first receive it on a receiving plate called a short tray plate, cut it into short pieces, and place it on a drying plate. However, in the present application, the incense sticks were directly received on a long drying board, placed on a long drying board, and then left to dry, so one step was omitted from the production process. The purpose of this invention is to easily and quickly mass-produce high-quality incense sticks by easily adjusting parallel incense sticks and without requiring skill.

Construction: A drying board 9 made of a rectangular wooden board or silk board, which has projecting legs 7 and 8 at the left and right ends of the front end of the front surface and the rear end of the back surface, is placed below the extrusion/ruze for the kneaded incense stick material. The raw incense stick A extruded in a linear shape is directly placed on a drying board and allowed to flow down, and when it reaches the lower end, the board is raised to a horizontal position. The drying plates with the incense sticks placed on them are stacked in several tiers as shown in Figure 3 and dried. After that, the dried incense sticks of the textbook are put together. Then, the incense stick is tightly encapsulated by inserting it into the synthetic resin film cylinder 11 or wrapping it with a synthetic resin film and sealing it, and then flooding it and shrinking the film. It is carried out using an apparatus as described (Figs. 1-6).

A downward cutting blade 2 is installed in front of the incense material extruder 1, which has a large number of extruders/zurs arranged in parallel on the front side, and the upper end of a rotary punch 4 is rotated on a bearing 3 provided on the side of the extruder 1. It is freely pivoted and its lower part extends downward, and a hook arm 5 is provided at the upper part of the village, and a support arm 6 is provided at the lower part thereof, respectively, projecting at right angles to the village.

The drying board 9 is made of a rectangular wooden board or a mesh board, and protruding legs 7 and 8 are provided at the left and right ends of the front end of the front surface and the rear end of the back surface, respectively. This drying plate 9 is held almost vertically and the protruding leg 8 at the rear end is hooked onto the chicken pulling arm 5 to support it. A cutting blade 2 provided facing downward in front of the extruder 1 is used to cut off the upper end of the incense stick when the incense stick is extruded and reaches the lower end of the drying plate 9 and the plate is placed in a horizontal state. The tip of the incense stick protrudes from the lower end of the drying plate 9 and is bent downward so that it breaks and falls naturally. A conveyor 10 can be provided below the drying plate for transporting fallen incense stick debris. Effect: When the kneaded incense stick material is put into the extruder 1 and activated, the incense stick A is extruded from the nozzle in the form of a long line.
This is located below the nozzle), a vertical drying plate 9
flows down along the top surface of the

When the incense stick reaches the bottom end of the board, the rotating village 4 is pushed up by hand to make it horizontal, and the top end of the incense stick hits the cutting blade 2 and is cut, and the part of the bottom end of the incense stick that protrudes from the board bridge is directed downward. It bends, breaks off naturally, and falls onto the conveyor 10. Next, the drying plate 9 is removed from the hook arm 5, the ends of the incense sticks are trimmed, and the plates are stacked as shown in FIG. 3 to dry the incense sticks. Dry incense sticks are placed next to the textbook and inserted into a synthetic resin film tube 11 such as nylon (Figure 5), or wrapped in a synthetic resin film and sealed, heated, and the film is shrunk to tightly encapsulate the incense sticks. do.

Next, the wrapped incense stick is cut to an appropriate length using a well-known method, and after removing the attached dust, it is dried again and finished.

Conventionally, it takes a lot of skill and time to transfer extruded incense sticks to a drying plate after receiving them on a drying board, and some butterflies have damaged the incense sticks. Since the incense sticks are directly received on a drying board, there is no need to transfer them to a drying board again, and one step of the manufacturing process is omitted, which saves time and effort.Any number of people can work easily and quickly without requiring any skill. Efficiency increases.

Since the incense sticks are run along a long drying board, it is easy to adjust the overlap and line them up correctly, making it possible to produce high-quality incense sticks without requiring much time and effort in post-processing.

[Brief explanation of drawings]

Fig. 1 is a front view of the apparatus for implementing the present invention, Fig. 2 is a side view of the same, Fig. 3 is a front view of stacked drying plates, Fig. 4 is a plan view of the same, and Fig. 5 is a synthetic resin film section. Fig. 6 is a front view (partially cut away) of the incense stick placed in the container. 1 is an extruder, 2 is a cutting blade, 3 is a bearing, 4 is a mariseki pestle, 5 is a hooking arm, 6
is a supporting arm, 7 and 8 are protruding legs, and 9 is a drying plate. Ku'sashi 〆Z diagram ryo J's Fu VI available ona board personal property

Claims (1)

[Claims] 1 Below the kneaded incense stick material extrusion nozzle, a rectangular wooden board or net board for drying having protruding legs at the left and right ends of the front end and rear end of the back surface is supported with a slight inclination in the front and back directions,
The raw incense sticks extruded into a linear shape were placed directly on a drying plate and allowed to flow down, and when the plate reached the bottom, the plate was lifted and placed in a horizontal position, so that the raw incense sticks on the plate were placed facing downward in front of the nozzle. The dried incense sticks are stacked in several tiers and dried, and then several dried incense sticks are inserted into a synthetic resin film tube or a synthetic resin film tube is used. An incense stick production method characterized by tightly enclosing an incense stick by wrapping it in a resin film and sealing it, then heating it and shrinking the film.