SU1399213A1 - Apparatus for placing articles into containers - Google Patents

Abstract

The invention relates to devices for filling containers by simultaneously loading small articles into containers and racks and can be used in powder metallurgy and other industrial sectors. The purpose of the invention is the expansion of technological capabilities by loading the container located in the rack, in rows and rusam. Device

Description

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for stacking items B, the container contains | 1dayuyushchy conveyor, the mechanism of step-by-step movement of the tare jo in the rack 9, including the vertical power cylinder, the frame, chains, enveloping sprockets attached to the ijUTOKe of the vertical power gauge and The carriage 5 connected to it, on which there are rollers 7 for fixing the cross beam 8 where the rack is being placed, There is a vibrating table 16 and the mechanism Ik of pushing and pushing the container.

99213

The rack with the container rises to the first Russian, after which it moves along the rollers 7 to the extreme left position and sets the first cell of the rack 9 opposite the vibration table 16, after which the power cylinder with hook hook extracts the container O from the rack to the table 16, After it is filled, the power cylinder with the pusher, pushes it back into the rack, which then moves to the middle position, etc. 6 Il.

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The invention relates to devices for filling containers by single-loading small items, j | containers and shelves and can be used in porous metallurgy of other industrial areas.

The aim of the invention is to expand the technological possibilities with | loading by loading containers, located in the rack, along rows and shafts, which is achieved by ensuring that E | POSSIBILITY of automatic loading and two mutually perpendicular directions -.

: FIG. 1 shows a device as shown in FIG. 2 is the same; the view of FIG. 3 - the same, plan view, FIG. 4 g section aa on. one; in fig. 5 - section on. 2; in fig. 6 - rack with loading sequence

Device for stacking products in | The container contains a mechanism for stepping vertical movement of the container, including a telescopic lift, which consists of a vertical force $ $ 1pindra (hydraulic cylinder) I vertical nfgo displacement, to the frame of which the frame 2, chains 3, o | Sprockets 4, fixed with an NF to a cylinder of hydraulic cylinder 1 and a carriage 5 connected to it, with one chain cable 3 connected to the cylinder of cylinder 1, and the other to carriage 5) 1 which is mounted with a possible C1 | moving relative to the frame along the vertical guideline 6. At

the carriage 5 has rollers 7 for installing the cross bar 8, where the rack 9 with the container 10 is mounted. The elevator also has a horizontal power cylinder (horizontal hydraulic cylinder) 11, which is located on the carriage 5 (Fig. 1) and has the ability to move the cross bar 8 in the horizontal plane relative to the carriage 5. On the vertical guide 6, a latch 12 (FIG. 2) is set, driven by a pneumatic cylinder 13 of the limit switches 14 of the vertical lifting of the rack with container, and the limit switches 15 (of the figure 1) of the horizontal eremescheni rack.

The device comprises a vibrating table 16 mounted on a stand 17, and a container removing and pushing mechanism including a power cylinder (pneumatic cylinder) 18 for removing the container, on the stem of which a spring-loaded hook gripper 19 is located, and pneumatic cylinder 20 for pushing the container. The mechanism for removing and pushing the container has two rails 21, which, when the rods of the pneumatic cylinders 18 and 20 move, alternately press the shut-off valve 22 (Fig. 1) at the time of changing the container 10 on the vibrating table 16. There is also a feed conveyor (tray) 23, along which products from the press 24 are delivered to the container 10,

Pneumatic cylinder 18 has limit switches of extreme positions, and pneumatic cylinder 20 also has a finite

31

middle switch, and a push rod 25 is mounted on its stem.

The device works as follows.

The rack 9 with the container 10 is installed in the yoke 8. The hydraulic cylinder 1 is turned on, the rod of which lifts the frame 2, and the chains 3, thrown through the sprockets A, lift the carriage 5 with the rollers 7, on which it is installed on the yoke 8 with the rack 9 and the container 10. The carriage 5 moves along frame 2, and the latter along a vertical guide 6, and the rack 9 rises onto the first floor. The pneumatic cylinder 13 of the clamp 12 is turned on to fix the wheel and remove the load from the hydraulic cylinder rod J. Then the hydraulic cylinder 11 moves the yoke 8 from the racks 9 along the rollers 7 from the middle position to the leftmost one and sets the first cell of the rack 9 opposite the vibrating table 16. Pneumatic cylinder 18 with a hook hook 19 removes the container 10 from the rack 9 on the vibrating table 16, the vibrating table 16 is turned on and the product enters the container 10, after filling which the pneumatic cylinder 20 is turned on, which activates the time relay, and the loaded container 10 is closed down latch 25 into the cell stack 9. At this time, the rail 21 presses the slam-shut 22 and. blocking the movement of Products. When changing the container 10 on the vibrating table 16, the products accumulate in the feeding conveyor (chute) 23. The hydraulic cylinder II moves the yoke 8 to the middle position, and then, after loading the rack cell 9, moves it to the right position. After filling the first tier of the rack 9, the pneumatic column 99213 is turned on.

Lindr 13 and latch 12 will unlock this Rus, after which the hydraulic cylinder I and carriage 5 with the cross member 8 and the rack 9 turn on to the level of the second row of the cells of the rack 9 with the fixation of this Russ with the lock 12. The loading cycle is repeated. After the last Q cell of the last rush has been loaded, the rack 9 is set to the middle position and lowered. The entire loading cycle of the rack 9 is automated.

Fo emule of invention

A device for stacking products in a container containing a feed conveyor and a mechanism for stepping vertical movement of the container, which is tactile in that, in order to expand the technological capabilities by loading the container located in the rack, along rows and rusam, it is equipped with a vibrostop and

the mechanism for removing and pushing the container, including the power cylinders, on the rod of one of which the hook hook is fixed, on the rod of the other - the pusher, and the mechanism for moving

the container is made in the form of a frame connected to the rod of the vertical power cylinder and the carriage connected to its rod by means of chains, enveloping sprockets attached to

mounted and movable, relative to the frame, mounted with the possibility of moving in a vertical guide, on which is fixed the fixture P at the same time on the carriage mounted traverse with the possibility of horizontal movement through a horizontal power cylinder relative to the carriage.

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Claims (1)

Claim A device for stacking products' in a container containing a feed conveyor and a stepwise vertical movement of the container, characterized in that, in order to expand technological capabilities by loading the containers located in the rack, in rows and tiers, it is equipped with a vibrating stop and a mechanism for extracting and pushing containers including power cylinders, on the rod of one of which a hook grip is fixed, on the rod of the other is a pusher, and the mechanism for moving the container is made in the form of a frame connected to the rod of a vertical power cylinder Indra and carriage connected with its rod by means of chains enveloping the sprockets mounted on it and mounted with the possibility of movement relative to the frame mounted with the possibility of movement along the vertical guide on which the latch is mounted, while the traverse is mounted on the carriage with the possibility of horizontal movement by means of a horizontal power cylinder relative to the carriage. Fi g. 2 A-A F ~ Ί 21 , ... / 18 / jXS »· - ,, .p —F ------- ---— BG TP ‘ ] ---- R? ΊΤ G 19 4-- = 1 ---- _and  . czzzzz ± J 25 ^X and well ha FIG. Ts 1 2 3 δ 5 4 7 8 9 72 7 70 / 3 No. 75 Fi g. 6