SU1344608A1 - Apparatus for removing frames from kiln car and feeding ceramic articles to automatic placing machine - Google Patents

Abstract

The invention relates to the building materials industry and can be used in the manufacture of ceramic products, such as bricks, as part of a paver machine. The aim of the invention is to reduce energy consumption by eliminating reciprocating mechanisms. The carriage 11 is equipped with a driven two-belt conveyor 14, a drying trolley spanning the width of the cantilever, and a portable storage box 16 containing a locking mechanism in the form of two spring-loaded articulated arms with rollers that interact with them with the stops on the frame 9 in the final the positions of the carriage stroke 11. The drying car 3 with frames 4 is fed to the turntable 1. When moving upward the two-belt conveyor 14, the frames accumulate in the stack in the storage box 16. The frames are fed by means of drives 13 and 12 in the intake hydrochloric cassette 5 avtomata- stacker ceramic products. 4 il. "L with Nj: 4 C5 O oo Srig

Description

The invention relates to the building materials industry and can be used in the manufacture of ceramic products as part of automatic pavers.

The aim of the invention is to reduce energy consumption.

FIG. 1 shows the proposed device, a general view; carriage in the initial position; in fig. 2 - the same, the carriage is in the raised position; in fig. 3 shows section A-A in FIG. 2; in fig. 4 shows a section BB in FIG. 2

The device for removing the frames from the drying car and feeding the auto-stacker of ceramic products consists of a turntable 1 installed on the supply path 2 of the drying car 3 with frames 4, the receiving cassette 5 of the machine-stacker 6 and the path 7 of haulage of the drying car through pushers 8 on product loading.

On the frame 9 of the rail track 10, the pogo is mounted between the turntable 1 and the receiving cassette 5, a carriage 11 is mounted with the possibility of horizontal movement with help, and the drive 12 and vertical movement by means of the drive 13.

The carriage 1 1 is equipped with a two-belt koveyer 14 with a drive 15 and a portable box-drive 16. The drive-box 16 contains a locking mechanism, made in the form of two levers 17, suspended from a shaft and turned by springs 18, as well as levers 19 with rollers 20 interacting with the stops 21 and 22 on the frame 9. In the left end position of the carriage, the rollers 20 interact with the stop 21, and in the right end position of the carriage above the receiving cassette 5 of the automatic stacker 6, the rollers 20 interact with the stops 22.

The device works as follows.

The twin-trolley 3 with frames 4 on its shelves is fed along the track 2 onto the Novorot circle 1.

The carriage 11 turns on, a two-lined conveyor 14 is driven with the drive 15 turned on (the beginning of this movement is shown in Fig. 2, the end of the movement is shown in Fig. 2). The frames 4, which fall onto the double belt conveyor 14 cynjHJibHbie, are displaced into the storage box 16 and form a stack. The carriage 11 moves along the path 10 to the receiving cassette 5 of the stacker 6.

The storage box starts to decline. In this case, the rollers 20 collide with the stops 22 and the levers 17 of the vehicle to the side, freeing

five

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yes, a stack of drying frames from the lower supports. The frame stops falling into the receiving cassette 5. Moreover, the lateral displacement of the individual frames (shown in Fig. 4) does not play a special role, since when the frame falls, they fall into the receiving cassette 5, which has an upwardly expanding part, and direction.

The longitudinal displacement of the frames is engraved by the storage box 16 itself.

Two-belt conveyor 14 with a box-tip 16 receives a reverse movement to lift and shift to the left, and then to lower to the lower position.

The snug trolley 3 is rotated 180 °. Two-belt conveyor 14 ends its movement to the left, and the rollers 20, stumbled upon the stop 21, reducing the levers 17 inside. The storage box 16 is ready to receive the next stack of frames 4 from the other half of the company.

After unloading the frames from the drying trolley, the entire turntable 1 is rotated 90 ° and the trolley 3 is transferred by means of the pusher 8 to the route 7 for loading products.

The turntable 1, after turning by 90 °, is ready to receive the next drying trolley 3 with frames 4. The cycle is repeated.

The device allows automating the supply of drying frames to the automatic machine for laying ceramic products using simple means of a simple design using a minimum of drives.

Claims (1)

Invention Formula A device for removing frames from a drying trolley and feeding ceramic products into the automatic machine, comprising a frame with horizontal guides located between the receiving cassette of the automatic machine and the drying trolley, a lifting and lowering carriage installed in the manipulators characterized in that in order to reduce energy consumption, the carriage is equipped with a cantilever double-belt conveyor and a storage box with a locking mechanism, and stops are mounted on the frame, while the conveyor belts cover the drying wagon The mesh, and the locking mechanism are made in the form of two pivotally suspended spring-loaded arms with rollers installed with the possibility of contact with the frame stops. cpus.Z A-A b b 20 F. four Compiled by I. Generalova Editor M. BanduraTehred I. VeresKorrektor G. Reshetnik Order 4569/18 Circulation 524Subscription VNIIPI USSR State Office for Inventions and Discoveries H3035, jWocirea, F -35. Raushsk iab., 4/5 Production and Printing Enterprise, Uzhgorod, ul. Project, 4