SU737113A1 - Line for casting in lined chill moulds - Google Patents

Description

(54) CASTING LINES IN FACED COCKIES

one

The invention relates to foundry engineering, IB in particular to the area of production in COKILS with thermal insulating material.

It is known to pour into the COCILES, which contain the coating and curing unit (coke, coil coil assembly unit, pouring unit: KU, crystallization chamber, chill mold disassembly unit, casting coke unit, coil heater unit, kakili cooling chamber, rollers, and kagilles, rolls, casting unit, coil oil cleaning unit, chamber for cooling, rolls, rollers, and a mold for removing castings, coil house cleaning unit, chamber for chilling, rolls, rolls, casting machine, coil unit, cooling chamber, rollers, rolls, rolls, die casting unit, coil pile cleaning unit, chamber for cooling, rolls, rolls, casting unit, coil unit, cooling chamber, rollers, rolls, rolls, cooling chamber, rollers, rolls, castings removal unit, coil pile cleaning unit, chamber for cooling, rolls, rolls, casting unit, casting unit, coilles unit, chamber for cooling, rollers, rolls, casting unit, unit for cleaning coilles, chamber for chill cooling, rollers. and mechanisms of transfer of cocoa from a long roller conveyor to the cross section and from the river to the cross section 1.

The disadvantages of the well-known line are CPA; the productivity is noticeably low and the low H | 0 exchange rate of the withdrawn products.

The aim of the invention is to increase the production of Nost1 line and the expansion of casting.

The line is installed by the line, turn on the chip, and the lining application and rallying unit, the chill mold assembly unit, the casting installation, the crystallization chamber, the chill mold disassembly unit, the casting removal unit, the chill mold cleaning unit, to the chill mold, roller conveyors, tilters and The mechanisms for transferring the chill molds from the longitudinal to the lopered roller conveyor and vice versa, are equipped with an additional return branch, made finally into an additional drive roller table of the crystallization chamber with reverse charging; Located above the main

5 with a rolling table and equipped with cleaning brushes, which connects the transfer mechanism of the chill molds from the longitudinal roller table to the transverse, located after the crystallization chamber, with the chill mold assembly unit before

10 by pouring, with the transfer mechanism of the kicks from the longitudinal roller conveyor to the transverse, located after the crystallization chamber, equipped with a lifting mechanism for the lids of the chill molds, and a pusher to transfer them

15 on an additional drive roller table of the crystallization chamber, installed against the end of the drive roller table of a crystallization measure, and the assembly of the chill mold assembly is equipped with a mechanism for receiving the covers from the additional drive roller table of the camera for | installation, made in the form of a roller roller.

FIG. 1 shows a circuit of the claimed line, in plan; on; FIG. 2 - section aa

25 in FIG. G; pas figs. 3 shows a section BB in FIG. 2

The line consists of a lining unit 1, a roll table 2 for mounting rods, an assembly unit 3, in which

30 lifting kantyu table is replaced with the following: m, roller | YO: M table 4, support frame 5, stop 6, KHiMepbi 7 for cleaning the roof | Koley, Ulyura 8, filling machine 9, stop 10, mehanizma (// transfer cokilles from longitudinal p | olganga to royrechny, bearing 12, (lifting roller catch 13, pusher 14, disassembly unit 15 “O1kiliya, alregata 16, removed the ejecta, 1PC1pe, river roller conveyor 17, mechaiZha 18 transmissions from the pickle roller conveyor to the argentan on the argentan, on the argentan, on the argentan on the argentan, on the argentan, on the argentan roll on the argentan, on the argentan roll, 17 measures 19 for cleaning of chill molds, ch. measures 20 for chill mold cooling, tilter 2.1, metal brushes 22 and roller table a 23

The operation of the line during the formation of a BOIK in one chill is carried out in the next stage.

KogKili (after putting on them the SOCC area is removed from the models of the unit / for applying obditsiki, canted on 80 ° and installed; on the slide 2, on the KOTOipOM 3 rods are mounted. On the positioning of the assembly (installed the covers when the roller table is lowered 4 units 3 assembly.

The coconuts assembled from the lid are fed by a roller table to the stop 8, and metal is poured into them from the casting machine 9. After the crystallization of the molds is completed, the chill molds are fed to the table. // they are transferred to the cross roller table 17, which are fixed with a stop 10 This means that the lids of the cover of the mouth iaiB overlap the wadding 13, paddling the ram down to the role level 1К01В in the first roller table 23 and push the pusher 14 on it. When the axle is uncortical, it goes to the unit. : CIs are cleaned by bristles 22.

After removal of the caps from the moquillae, the mechanism // transfers the cuckoles to the position of the unit 16 for the ebb-flow. Once again, they are transmitted to ISO, transferred transversely by a CHY1M roller conveyor 17 by means of mechanism 18. to the return branch, cleaned of residues. They are cooled in compartment IB, chamber 19, cooled by 180 ° tilter. 21 and viov enter the lining application unit 1. In this case, the unit 15 for disassembling the molds is not used.

In case of pharmaceutical production in two molds, table 4 units 3 assemblies are removed and, instead, a turning device is installed. The upper mold moving in front stops with the stop 6, seizes the tilting device. The PST1M rises to the upper position, turns to 180 ° and lowers to the lower chill mold that falls on the stop 6, after which it is fed to the pouring position. , and after crystallization, is transferred by the mechanism // and a roller table.

The position of the unit 15 is disassembled, where the upper chill mold is removed by this unit, the blowing holes of the mold are stitched with the pins of the slab of the plate, and the line is turned and passed by the unit 16. At the same time, the table for the pick of the gripper 13 rises to the upper position, and the pullers themselves, the pusher 14, the brushes 22 and the roller conveyor 23 are not used.

The proposed Linp has the following technical and economic advantages: an increase in the production of water by half by the number of fillings per hour, the possibility of simultaneously casting parts of four

names instead of d; nuh.

E | K: Snowmich efficiency from the introduction of one such line is 467 thousand. P. rub. at .

Ф Орм у Л а and 3 О-б р er eti

Claims (3)

1. Lines are poured into the face, while the machine is harnessed by the assembly of the lanesen and curing of the facing, the assembly of the K01 assembly, primer, crystallization chamber, chill mold disassembly unit, casting unit, casting unit, chill mold cooling chamber, roller tables, tilters and mechanism of transferring molds from the rolling table to the transverse and from the transverse to the .Dollar, characterized in that, in order to improve the performance of the line and the expansion of the molded metal casting sheet, it is equipped with an additional tract [NSPortnyy] branch, made. For example, in the form of a supplementary attachment r.olganga ka.mery. crystallization with o.bratnom na.p and vlbniem movement connecting the transmission mechanism chill molds from the longitudinal roller table to the stoperachny one, located after the crystallization chamber, with a; lregato.m of the assembly. koki-leu in front of the casting hall, etc., and this is the mechanism for transferring the chill molds from 1 rd to 1l. on the transverse, located after the crystallization chamber, is equipped with a mechanism for lifting the covers of dies and furs: Low m. of their transfer to an additional transport (branch, and the assembly of chill molds equipped with a mechanism for receiving. covers with additional transport. 2. Lines according to claim .1, it is different there that the mechanisms for lifting the covers of the comyles and their transfer to an additional The transport branch is made in the form of a roller grab, the rollers of which are in the lower position of the suture, cotton wool is found along the sides of the eggs that come up beyond the lower half-form, and the transfer mechanism (cracks of the blade asIlle on do1P10lnitelN | th branch is made in the form of a tile, installed by the mouth of the branch of the said branch. 3. Lines according to claim 1, characterized in that the optional traporitna The branch is equipped with. cleaning brushes.