JPS5935575B2 - Mabushi fluff removal device - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention Q''!,,!,, relates to a fluff removal device that can easily and efficiently remove coarse fluff, with reference to the accompanying drawings showing one embodiment. The detailed configuration is as follows.

Two fluff removing rolls 4 have an artificial turf-like sheet 3 wrapped around their outer circumferential surfaces, which are placed opposite each other with an insertion gap where the surfaces with fluff 2 of the folded Mabushi 1 are just in contact with each other, and the fluff 2 of the folded Mabushi 1 is A fluff removing endless band 6 having a folded part 5 which is sandwiched between and removed by the fluff removing roll 4 and facing the contact area between the fluff removing roll 4 and the brush 1, and a removing tool for removing the fluff 2 that has been pinched and removed from the fluff removing roll 4. 8, by reversing the rotation direction of the fluff removing roll 4 and the endless fluff removing band 6, and inserting the hair removal roll 4 between the opposing fluff removal rolls 4, the hair removal roll 4 can be removed.
This feature is characterized in that the fuzz 2 on both sides of the lint 2 is removed at the same time.

Further, the fluff removing device of the above-mentioned Mabushi 1 is further provided with a return prevention body 7 for preventing the fluff 2 which has been pinched and removed between the fluff removing roll 4 and the endless fluff removing belt 6 from returning to its original state along the endless fluff removing belt 6. It is characterized by having the following.

It will be explained in more detail.

The guide plate 1 shown in this figure is guided by a guide plate 10 that is erected at the center of the machine stand 9 on the supply side with an insertion gap.

Reference numeral 11 is a lower guide plate.

The fluff removal endless band 6 in this figure is made of rubber and has a folding shaft 12,
The guide shaft 13 and the drive roll 14 are suspended from each other.

The return prevention body 7 is shown having rubber wings 15 attached to its outer peripheral surface.

The driving of the fluff removing roll 4, the endless fluff removing belt 6, and the return prevention body 7 shown in this figure will be explained.

A rotating shaft 17 rotated by a motor 16 is installed on the machine base 9, and main pulleys 18 are fixed to the left and right sides of this rotating shaft 17.
A belt 20 is suspended around this main pulley 18 and a slave pulley 19 fixed to the shaft of the drive roll 14.
A pulley 21 is fixed to the shaft of the pulley 21, and a belt 23 is suspended around the pulley 21 and the pulley 22 fixed to the shaft of the return prevention body 7, and the rotation of the rotating shaft 17 causes the fluff to move in the direction of the arrow shown in FIG. The removing roll 4, the endless fluff removal band 6, and the return prevention body 7 are each rotated.

The fluff removing roll 4 is driven to rotate by the 60 rotations of the endless fluff removing band (on the contrary, the fluff removing roll 4 may be on the driving side.

). A removal tool 8 for removing fluff 2 from the fluff removing roll 4 shown in this figure + a scraping plate 24 with a serrated scraping blade formed on the tip edge
is pivotally attached to a fulcrum shaft 25 so as to be able to freely vibrate, and this scraping plate 24 is swung by a crank 26, a connecting rod 21, and a swiveling lever 28 (that is, by a lever crank mechanism), and this swiveling action is used to move the fluff removal roll. Scrape off the fluff 2 attached to 4.
A scraping plate 29 is provided to remove the fuzz 2 removed by the scraping plate 24 when the scraping plate 24 moves back.

Further, although the drawing shows a case in which the fluff removing rolls 4 are installed vertically in the left and right directions, the fluff removing rolls 4 may be installed horizontally in two stages, upper and lower.

Next, the operation will be explained based on the use of this machine.

First, when the switch is turned on, the rotating shaft 17 is rotated by the motor 1'6, the drive roll 14 and the return prevention body 7 are rotated, and the endless fluff removal band 6 is rotated by the rotation of the drive roll 140.

The fluff removing roll 4 in contact with the endless fluff removing band 6 is driven to rotate.

The removal tool 8 also swings.

In this state, insert the Mabushi 1 into the guide plate 10.

Then, the lint 1 is pinched and transferred by the two fluff removing rolls 4.

At this time, the fluff 2 adhering to the lint 1 is pinched and removed by the fluff removing roll 4 and the folded part 5 of the endless fluff removing band 6.

The fluff 2 attached to the fluff removing roll 4 is removed from the fluff removing roll 4 by the removing tool 8, and at the same time, the fluff 2 slightly attached to the fluff removing endless band 6 is made to adhere to the fluff removing roll 4 by the return prevention body 7. , will be removed by the removal tool 8.

Then, the fluff 1 is discharged by the fluff removal roll 4 while the fluff 2 is removed.

By repeating this operation, you can successively remove the fluff from Mapushi 1.

Conventionally, the method was to first remove the fluff from one side of the mackerel, then return it to its original position and remove the fluff from the other side, which was repeated twice, which was extremely time-consuming and inefficient.

In order to eliminate such a drawback, the present invention provides two fluff removing rolls 4 which are placed in pairs with an insertion gap where the surfaces with fluff 2 of the folded Mapushi 1 are exactly in contact with each other, and the fluff removing rolls 4 are
Since a fluff removing endless band 6 is provided in parallel with the fluff removing roll 4 to remove the fluff 2 attached to the fluff removal roll 4, when the fluff removal belt 1 is inserted into this insertion gap, the fluff removal roll 4 will sandwich it between the two fluff removal rolls 4. It is then transferred by 40 revolutions of the fluff removing roll.

That is, the lint 1 is automatically transferred and discharged while having its fluff removed.

Therefore, it is extremely efficient (the fluff removal work can be done easily).

At this time, the fluff removing roll 4 presses the lint 1 with a constant predetermined pressing force, and the fluff can be removed extremely uniformly and reliably.

What's more, there is no need for the unnecessary operation of reversing the lint 1 to change the fluffing surface as in the past, and the lint can be removed from both sides of the lint 1 at the same time with a single operation, making the work even more efficient. Compared to the conventional type in which the fluff is removed twice on each side, the fluff removing roll 4 and the endless fluff removing band 6 are less worn (and can be used for a long time).

Furthermore, since the remover 8 is provided, the fluff 2 adhering to the fluff removal roll 4 is completely removed from the fluff removal roll 4 by this removal tool 8.

Furthermore, since the mechanism is simple, it is easy to manufacture and is extremely inexpensive.

Furthermore, by selecting the spacing between the opposing fluff removing rolls 40, it is possible to apply a predetermined and appropriate pressing force to both sides of the fluff remover 1, which results in better fluff removal and eliminates unnecessary force. Since no pressing force is applied, there is no possibility that the mawashi 1 will be crushed, and it can be used repeatedly for a long time.

In addition, when a return prevention body 7 is provided to prevent the fluff 2 pinched and removed from the sieve 1 from returning to its original state along the endless fluff removing belt 6, it is possible to prevent the fluff from sticking to the fluff removing roll 4 and to prevent the fluff from returning to its original state along the endless fluff removing belt 6. The fluff 2 adhering to the endless strip 6 is removed by the return prevention body 7, and the initial fluff-clipping removal function is always good, making it possible to remove the fluff more reliably.

As described above, according to the present invention, it is possible to provide a fuzz removing device for fuzz that has innovative effects such as being able to easily and efficiently remove fuzz attached to fuzz.

[Brief explanation of the drawing]

The drawings show one embodiment of the present invention, and FIG. 1 is an overall perspective view, and FIG. 2 is a partially cutaway plan view. 1... Mapushi, 2... Fluff, 4...
...Fuzz removing roll, 5...Folding part, 6
...Fuzz removing endless belt, 7...Return prevention body, 8...Removal tool.

Claims (1)

[Scope of Claims] 1. Two fluff removal rolls placed opposite each other with an insertion gap in which the fluffed surfaces of the folded mashi are exactly in contact with each other, and a folded part that removes the fluff of the mashi by sandwiching it with the fluff removal roll. It consists of an endless fuzz removal band that faces the contact area between the removal roll and the strip, and a removal tool that removes the pinched and removed fuzz from the fuzz removal roll, and reverses the rotation direction of the fuzz removal roll and the endless fuzz removal band. A fuzz removal device for a mabusi, characterized in that the fuzz on both sides of the mapushi can be simultaneously removed by inserting the fuzz remover between opposing fluff removal rolls. 2 Two fluff removing rolls are placed opposite each other with an insertion gap where the fluffed sides of the folded Mapusi are in contact with each other, and the fluff of the Mapushi is removed by sandwiching it between the fluff removing roll and the Mapusi. An endless belt for removing fluff facing the contact area with the belt, a return prevention body that prevents the pinched and removed fluff from returning along the endless belt for removing fluff, and a fluff removal roll to remove the fluff that was also pinched and removed. (composed of a removing tool, the direction of rotation of the fluff removing roll and the endless fluff removing band is reversed, and the fluff is inserted between the opposing fluff removing rolls to remove fluff on both sides of the fluff at the same time) Mabushi's fluff removal device is characterized by