JPS59192755A - Cocoon collecting method and apparatus - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a method and apparatus for cocooning surfaces from a group of partitions. Various types of cocoon collection devices are known, but the present invention allows for easy collection of cocoons from compartments, as well as effective removal of fuzz attached to cocoons and cocoons. .

FIG. 1 and FIG. 2 are explanatory views of the present invention, and the rotating brush body (1) has a brush fiber tip that can enter into the compartment frame (3) of the compartment group (2). has a length,
A partition row of a partition group, preferably located overflowing in the long side direction,
Multiple brush bodies are arranged in parallel at intervals that prevent cocoons from falling from between the brush bodies. When each brush body is rotated in the same direction and a group cocooned in a partition frame is pressed against the brush body from above and/or brought close to the brush body, the tips of the brush fibers are separated from each other. It enters the frame and comes into contact with the cocoon (4), which preferably rolls around its diameter. The fluff that holds the surface in the division frame and the fluff that is attached to the group (
5) becomes entangled with the brush fibers, and the cocoon separates from the compartment frame (Figure 1). When the brush body and tear are separated by lifting the membrane upward in the figure, the cocoon remains on the top surface of the brush body,
As the brush body rotates, the particles are sequentially transferred in the direction of rotation of the brush body and can be collected (FIG. 2). The fluff attached around this sterilization is also removed by the brush body.

By the above operations, it is possible to remove the fluff attached to the membrane, as well as to remove the fluff attached to the membrane, and to remove the fluff from the surface.

An example of the apparatus is shown in FIGS. 3, 4, etc. Above the frame (6), a brush body (1) containing brush fibers such as pig hair or other animal hair, vegetable fibers, synthetic fibers, or others, and having a length approximately corresponding to the long side of the partition group, is attached to the shaft (7). Fix it. The fibers can be planted in various ways, such as by changing the planting density or planting a mixture of long and short fibers, and the fibers in the part of the membrane that contact the compartment frame can be shortened or removed to prevent them from hitting the frame. It's good to do that. The brush bodies are arranged in a plurality of rows with an interval between adjacent brush bodies that is sufficient to prevent cocoons from falling. In what is shown in the figure, 73 pieces are provided depending on the number of sections in the short side direction of the group, but more or fewer pieces may be provided. At one end of the above shaft or at both ends as shown.

Boo IJ -+81 and +8+ are fixed, a belt (9) is passed around the pulleys, and a drive pulley (10) provided on an appropriate shaft is rotated by a motor (path shown), etc., so that each brush body is the same. It is designed to rotate in the direction. A guide plate (11) for guiding the farmer is provided on the upper periphery of the brush body. Below the brush body, there is a suitable removal means for removing fluff attached to the brush body. In the device shown in FIG. 7, a rubber belt, cloth, or other removal band (12) is rotatably provided in contact with the brush body, and the advancing speed of the removal band is slightly different from the circumferential speed of the brush body in the same direction. By moving the brush body, the fluff of the brush body is transferred to the removal zone, and a fluff removal roller 03) is provided in contact with the removal zone, and a fluff removal plate (one brush removal roller) is provided intermittently in contact with the fluff removal roller. This is to remove fluff.

In the one shown in Figure 1, five fluffing plates 11151 are provided corresponding to each brush body so as to come into contact with the brush bodies, and the fluffing plates are connected to a connecting plate [61, and the connecting plate is moved left and right in the figure. As a result, the fluffing plate is swung, and its tip is brought into contact with the circumferential surface of the brush body to remove fluff.

As a result, the brush fibers enter into each compartment frame from above the brush body to push away the division group (FIG. S), and the surface can be separated from the group in the manner described above. At this time, it is advisable to provide a stopper at an appropriate position to restrict the position (depth) at which the group contacts the brush body (path shown). Note that the cocoons remaining on the brush body can be collected by rotating the brush body as described above, but the top surface must be tilted in any direction such as left/right or front/back. You can also do it.

[Brief explanation of drawings]

The drawings show embodiments of the present invention; FIGS. 1 and 2 are explanatory views, FIGS. 3 and 4 are a plan view and a sectional view of the device, and the left figure is a sectional view mainly of a part of the brush body. , FIG. 4 is a side view of a modified example.

Claims (1)

[Claims] /1 A rotating brush body is brought close to the lower surface of the division group, and the tip of the brush body that has entered the division frame rolls the surface to separate the surface from the division frame. Cocooning method. B. Brush bodies whose tips have brush fibers that can be inserted into the compartment frames of the compartment groups are installed along the division rows of the division groups, and the brushes are placed at intervals so that the collected cocoons do not fall from between the brush bodies. A cocoon containing device with multiple bodies arranged in rows.