SU1390144A1 - Reloader - Google Patents

Abstract

The invention relates to a device for transferring products from one conveyor to another located at a different level. The purpose of the invention is to increase the reliability of the device. On a frame at different levels, receiving-feeding vertically "closed bodies" are fixed, embracing sprockets mounted on shafts (B). In the guides located on the vertical rack, a lifting table is installed with a transmitting vertically closed traction body that bends around the mountings. bathrooms on B 12 bypass elements. Lifting or conveying organs are coupled to the drive. B 6 on the sleeves 14 are installed spring loaded 17. levers (P) 15 with mounted on them clamping elements in the form of pin wheels (K) 16. On each P 15 there is one disk 22, the diameter of which is equal to the diameter of the pitch circle K 16. To limit the stroke of P 15, adjustable stops 18 are installed in the area of receiving and feeding bodies. Cajep do K 16 is engaged with 6 stars 19 placed on B and 20 transmitters 20 set on B 12. A disk 21 is installed on B 12, the diameter of which is equal to the diameter pitch circle asterisks 20. When transferring goods from the bottom up OT. In 6 of the lower traction organ, an asterisk 19 is associated with K16, and then, through an asterisk 20, the traction organ of the table is set in motion. The reliability of the connection is ensured by the spring 17, which presses K 16 to the sprocket 20, and the disks 22, 21, which ensure a constant center-to-center distance between K 16 and the asterisk 20. 3 sludge. from (L 00 to 4

Description

The invention relates to devices for the transfer of products from one conveyor to another, located at another level, and can be used in any branch of the national economy in automated warehouses, as well as in transport and storage facilities. telnoe systems of flexible automated productions,.

The purpose of the invention is to increase the reliability of the device.

Fig, t presents the transfer device, a general view; Fig 2 - Weel 1 Fig 1; on fig.Z - section aa on fig, 2,

The reloading device comprises a frame 1 on which two traction organs are fixed at different levels, the upper of which has a belt or chain 2, which bends back bypass elements in the form of sprockets mounted on shafts 3 and 4, and the lower one has a belt or chain 5, the envelope bypass elements in the form of stars on shafts 6 and 7. Guides 9 are mounted on a vertical rack 8, in which a lifting table 10 is installed (the lifting drive is not shown). On the latter a transmitting vertically closed traction body in the form of a belt or chain is mounted. t1 og chains 2-5-12 are connected to a drive (not shown), on shafts 3 and 6 on sleeves 14, one lever 15 is placed on the shafts 14 and 13. which are mounted on the clamping element in the form of the pinwheel 16,

The levers 15 are spring-loaded in the direction of the conveyor shaft of the lifting table by the spring 17. To limit the lever code 15 on the frame 1, adjustable stops 18 are mounted on the frame 1 in the area of receiving and feeding traction orgins (chains 2 and 5). Each pinwheel 16 is in engagement with the intermediate element in asterisks 19, which are placed on the shafts 3 and 6. In addition, the pinion wheels 16 have the opportunity to interact with the transmitting sprocket 20 placed on the lifting shaft 12 of the table. The latter contains a disk 21, the diameter of which is equal to the diameter of the pitch circle of the transmitting sprocket 20, and on each lever 15 one disk 22 is placed, the diameter of which is equal to

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five

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five

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five

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five

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five

the pitch diameter of the hub wheel 16.

The proposed device works as follows.

When transferring cargo, for example, from the lower body of traction (chain 5)

on the top (chain 2) the lift table 10 is in the lower position, while the pulling member (chain 11) of the lifting table is flush with the lower pulling member (chain 5). In this example, the drives are receiving and receiving. gob bodies (chains 2 and 5). Thus, the sprocket 19 connected to the pinwheel 16, and then through the transmitting sprocket 20, the pulling organ (chain 11) of the lifting table 10 is driven from the shaft 6 of the lower traction organ, Reliability of the kinematic connection between these two traction organs (chains 5 and 11) is provided on the one hand by a spring 17, which presses the pinwheel 16 to the transmitting sprocket 20, and on the other hand is provided by the disks 22 and 21, providing a constant center-to-center distance between the pinwheel 16 and the transmitting asterisk 20, the Load, moving from the lower linkage to the traction body of the lifting table, comes to a stop (not shown), Then the elevator drive of the table 10 is turned on, the table rises 9 along the guide rails to the level of the upper traction body (chain 2). In this case, the transmission sprocket 20 engages with the pinwheel 16 placed on the shaft 3 of the upper linkage body (chain 2). Similarly, the load is transferred from the lifting table to the top linkage body (chain 2).

Claims (1)

Invention Formula Reloading device, including fixedly mounted on the frame and placed at different levels of receiving and feeding vertically closed traction bodies, covering the bypass elements mounted on the shafts, a vertical stand with guides, placed in the guides of a lifting table with a transmitting vertical mounted on it closed traction body, including shaft-mounted circumferential elements, drive receiving and feeding and transmitting vertically closed traction bodies and pivoting levers with a clamping element interacting with intermediate elements mounted on the shafts of receiving and transmitting vertically closed traction organs, characterized in that, in order to improve the reliability of the device, it is equipped mounted on a frame in the zone of receiving and feeding vertically closed traction bodies with adjustable stops, and levers made spring-loaded and mounted on the shafts of receiving and feeding vertically closed traction bodies with the ability to interact with adjustable stops, while the clamping and intermediate elements are made respectively in the form of a pinwheel and sprockets and located on their lateral sides in the same vertical plane of the discs whose diameters equal, respectively, to the diameters of the pitch circle of the pinwheel and sprockets. Editor N, Bobkova  J Compiled by B.Tolchanov Tehred I.Popovich Order 1728/23 Circulation 787 VNIIPI USSR State Committee for inventions and discoveries 113035, Moscow, Zh-35, Raushsk nab, d. A / 5 In and Proofreader M. Maksimishinets Subscription