JPS5881773A - Dividing and supplying 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 dividing supply device for compressed box-shaped raw material O.

Previously
The family is placed horizontally and divided into circles.%/%
Good 〇〇〇〇〇〇〇〇〇〇〇〇〇〇〇〇〇〇〇〇〇〇〇〇〇　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　　〇9. The present invention eliminates the above drawbacks by providing an inclined raw material stand, which requires a shear and has the disadvantage of causing the raw material to turn over and fall over.The present invention solves the above drawbacks by providing a slanted raw material table. It sounds when the foundation is to be offered.

Details of the present invention #lIcl1 will be explained with reference to leeward-1M.
・Front view of the gill splitting compressor, Figure 2 is A-A'
The division 7#-ri and the division 4E fried 7 O1 Ku minute 0 @ uniform is the same. Tsure 5 SK. When the material 1 slides under its own weight, the rear end of the raw material 1 turns over and falls down, and it is set perpendicular to the angle 1.The angle of inclination varies depending on the material, etc., but it is 16 degrees ~ 451 preferably 18°~2! Marry with @. A splitting fork 5 and a stripping fork 6 are provided above the end portion 4-1 of the Nerihara Kodai 4-1.The splitting fork 5 and the stripping fork @kari are provided on the same plane and the splitting fork 5 is attached to the JIL. 414) to the frame 7 via the support member S
The split fork 5 has a pair of left and right parts connected to the nine air cylinders 9.The tip of the split fork 5 is connected to the support member 8. The split fork 6 inserted into the slide hole 1G-1 is connected to the air cylinder 9.
The target is moved almost perpendicularly to the JI department table 4.
Four of the stripping decks and multi-forks 6 are connected on the same plane by a connecting member 11, and the tip S thereof is connected to a guide 12.
・The connecting ia members 11 are connected to the air cylinder 13, and the forks 6 are flattened by the air cylinder 11 on the raw material table 4 in a substantially perpendicular direction. will be moved to Guide 12 and air 7~/gu m118U1111
It is attached to the frame 14. Moving frame ^14
A roller Is is attached to the air cylinder 16.
The air cylinder 16 is movable from the VC on a rail 17 provided on the frame 7. The air cylinder 16 is operated at an angle of 45 degrees with respect to the operating direction of the air cylinder 13. Therefore, stripping paper 7 #-ri 6 is air cylinder 1
3 and 16, it is movable in a direction substantially perpendicular to the raw material table 4, and further movable obliquely downward. A slide bar 18 is provided on the movable frame 14, and its tip is provided on the frame 7, and is inserted into a slide hole 19-1 formed in a guide 19. A stopper 2o is provided in the vicinity of the lower end portion 4-1 of the raw material table.The shell stopper 2o is operated by an air cylinder 22 provided on the frame 7 via the support portion #21, and is located between the lowered position of the dividing fork 5 and the raw material division. When the split fork 5 and the T-banking fork 60F are lowered from a position separated by the thickness, they are moved backward in the horizontal direction. Stopper
The O-type # includes a rod-shaped member 20-2 which is provided on the rod of the air cylinder 22 at 22-1 and placed at the center of the round plate 20-1 so as to contact the front center of the raw material 1 to be divided. , rod-shaped members 20-3.20-4.20- attached to the upper and lower left and right ends of the rod-shaped member 20-2.
5, and 20-6. Rod-shaped member 20-3
．． It is desirable that each length of 20-4, 20-5 and 20-6 be slightly shorter than the length of rod-shaped member 20-2. The support member 21 to which the air cylinder 22 is attached is movable on the rail 7-1 of the frame 7 using a bearing 2B$ (from 7). A weighing conveyor 25 and a take-out conveyor 26 are sequentially provided at the outlet of the raw material table 4. A signal line division control circuit (not shown) from the weighing conveyor 25 )
is input from the split control path 1 to the split fork 5 and r
*Controls the operating interval of the shift oak 6 or the forward stop position of the stopper 20.

On the raw material table 4, a box-shaped compressed nine-baze raw material 1 is placed so that the tobacco pressing surface and the dividing surface are parallel to each other as shown in the figure. At the time when the dividing operation is completed, the stock/<20 has been advanced toward the dividing position by the air cylinder 22.The nine-dimensional raw material 14d placed on the raw material table 4 is
Move up to 200 places with your own weight and stop! 00 The central rod-shaped member 20-2 mainly supports the central part of the pressing surface.The dividing operation is performed by operating the dividing fork 2 and the filtration fork by a signal from a dividing control circuit (not shown). The split fork 5 is lowered by an air cylinder 9 and pierced into the tobacco raw material 1.

The depth of the central piercing is set so that it will be difficult even when the pressing surface of the tobacco raw material is deformed into a liquid state (6-).
It is recommended that the thickness be 1/2 to 3/4 of the thickness of .

The slide hole 10-1 is the ninth one that prevents the split fork 5 from swinging. Almost at the same time as the split fork 5 is activated, the pruning fork 6 is lowered by the air cylinder/Vl 3, and the split fork removes the raw material 1. 1/2 to 3/ of the thickness
A value of about 4 is good. ◎The moving valve V-414 to the air cylinder 16 is lowered along the rail 17, and the stripping fork 6 is lowered diagonally downward. The slide hole 12-1 is for the stripping fork 6, and also for the slide hole 1.
8 is a rounded frame that prevents the moving frame 14 from swinging. The air cylinder 22 is operated in accordance with the operation of the air cylinder 16, and the stopper 20 is retracted to the right in FIG.
The raw material is divided into 2 parts with the thickness required by the company, and conveyed to a weighing conveyor 25.
The weight is measured on the weighing conveyor 25 and transferred to the next process, for example, the harmonization process. The support member 21, on which the air cylinder 22 and the stopper 20 are mounted, is attached to the rail 7-1 of the frame 7 by rotating the provided female threaded portion 24 and attaching the support member 21, on which the air cylinder 22 and stopper 20 are provided, to the rail 7-1 of the frame 7 via the threaded portion 21-1 that engages with the female threaded portion. This is done by moving the

As a result, the air cylinders 13 and 16 raise the stripping plate shifting oak 6, and the air cylinder 22 moves the stopper 20 forward. Stopper! 0 is advanced forward, the dividing fork 5 is raised by the air cylinder, and the remaining nine tobacco raw material l, which was supported by the wrinkle dividing fork S, moves across the raw material stage 4 to the position of the stopper 20. The interval until the next operation of the dividing fork 2 and scraping fork 60 is controlled by a division control circuit (not shown) depending on the magnitude of the dividing material 20 needle weight signal from the falling/weighing machine 25, and the time interval is divided by the division control circuit (not shown). The amount is kept constant. Scissors control controls the split operation interval)
By rotating the female threaded portion 24 (by the motor), the IFF2O3 position can be changed and controlled. In addition, by combining these two controls, the shape of the stopper 20 may be flat when the dividing thickness is thick, but when the dividing thickness is thin, the shape of the stopper 20 may be flat. Therefore, it is desirable that the shape of the supporting surface of the strut 20 be rod-shaped as shown in this embodiment. The tobacco material is placed on a slanted raw material table 4 and moves under its own weight, which simplifies the display of the device and prevents the rear end of the tobacco raw material from falling over and turning over, which prevents operational troubles. 0 which has few characteristics

[Brief explanation of the drawing]

Fig. 1...Second side view showing one embodiment of the present invention
Figure: A diagram showing the structure of the split fork and stripping fork taken along line A-A in Figure 1.

Claims (1)

[Claims] A raw material stand inclined downward, a split fork and a tear-off fork provided above the lower end of the raw material stand;
A dividing fork moving means for moving the dividing fork toward the raw material table, a first stripping fork moving means for moving the carcass stripping fork toward the raw material table, and a first moving means for moving the stripping fork and the first stripping fork at an angle. The stripping 9 fork is moved diagonally downward by the stripping fork second moving means from a position that is a distance of the raw material dividing sheet from the lowering position of the dividing fork. The invention is characterized in that the means for retiring in synchronization with the start of work is provided with a stopper having nine raw material stoppers. Sub-feeding device.