SU1507647A1 - Device for packaging metal powders - Google Patents

Abstract

The invention relates to non-ferrous metallurgy, in particular, to devices for packaging metal powders. The aim of the invention is to improve the uniformity of filling of containers in fractions. A dispenser is mounted under the hopper 1, including a distribution cone 2 and measuring cups 3 located around the latter. Above the glasses there are mounted funnels 4 interconnected with each other, above which is placed a collector 5 connected to the hopper 1 by a flexible link 6. 4 Il.

Description

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The invention relates to non-ferrous metallurgy, in particular, devices for packaging metal powders, and can be used to obtain homogeneous batches of metal powders, for example, magnesium, spongy titanium.

The purpose of the invention is to improve the uniformity of filling of the container in fractions m. Q for tanks 4, in volumetric glasses 3, where

Fig. 1 shows a device for packaging metal powders; figure 2 - section aa in figure 1; on fig.Z - section bb in figure 2; in fig. section bb in Fig.2.15

A device for packing metal powders contains a hopper 1, a dispenser mounted under it, including a distribution box, and there is a vibration compaction. As the vibrating compaction is carried out, the volumetric glasses of material are included in the batch volume and are located in the annular manifold 5. At the same time, the material evenly spreads over the surface under the action of vibration. The total capacity of all volumetric cups with funnels

, the vibrator 11 of the dispenser is in operation, then the material from the bunker enters the averager by opening the shutter 13, where it is poured over a pair of mutually perpendicular slot dividers I t and 15, and the average is directed through the load chute 1b to the cone 2, through which it is scattered in order to vibrate it. As the vibrating compaction is carried out, the material supplied to the batch volume and located in the annular manifold 5 is fed into the measuring cups. At the same time, the material evenly spreads over the surface under the action of vibration. The total capacity of all measuring glasses with funnels by vibroplot

nus 2 and beakers 3, located -20 nano material accepted at 5

around the latter, over which are mounted interconnected funnels 4, Above the funnels is mounted a collector 5 located in the zone of the cr 2 distribution cone 2 cone. The collector is connected to the hopper 1 by a flexible connection 6. The dispenser is installed with possibility () swan. Measuring cups 3 are provided with closures 7 with elastic sleeves 8 at the outlet. Measuring cups 3 are connected by means of sleeves 8 to tare 9 mounted on a vibroplate - b) shape 10. Under the distributor 30, the elastic sleeves 8 are poured into the container. During material transfer to the container in order to speed up the process of packaging, vibrating platform 10 is turned on. After the closures are finished, the container is disconnected from the dispenser and packaged.

the invention

A catfish 2 is fitted with a vibrator 11, which serves to evenly seal the filling and sealing material of the rial material in the measuring cups 3. The vibrator in the container is turned off, it has nozzles 12 for purging with protective gas. Bunker 1 is connected to the dispenser by means of a shutter 13, slot

dividers 14 and 15, deployed in PPA-F o r m y l and not one relative to another at an angle

A device for packaging metal powders containing a hopper mounted below it A dispenser comprising a distribution cone and measuring cups located around the latter, characterized in that, in order to improve the uniformity of filling of containers in fractions of m.

90 and crevice heat 16.

The device works as follows.

Before the device starts working, the cart with empty container 9 is installed and secured on the vibroplatform 10. The container is attached by elastic arms 8 to the measuring cups

above the measuring cups of the dispenser is installed, 3, then the Spri device, which is necessary — the coupled mutually coupled devices — are purged with a protective gas supplied through the pipes 12.

A batch of packaged material of a given volume is loaded into a sealed bunker 1 through a hatch. Included

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The collector and the collector located above them and in the zone of the distribution cone, in which the collector is connected to the bunker by a flexible connection, and the dispenser is installed with the possibility of vibrations.

The volume of material of the batch is varied so that, when vibroplate, there is always an excess layer in the common ring collector.

Thus, the entire volume of the consignment is divided into equal parts for a given number of loaded places. At the end of the vibration compaction process, the closures 7 are opened and the material is poured into elastic containers through elastic sleeves 8. During the transfer of material into the container in order to speed up the process of packaging, the vibrator of the vibrating platform 10 is turned on. After the material is filled and compacted in the container, the vibrator is turned off

The closures are removed, the container is disconnected from the dispenser and packaged.

 filling and compacting the material in the container, the vibrator is turned off, overlapping

the invention

and seals the material shut off, overlapping

over measuring cups of the mouth

The collector and the collector located above them and in the zone of the distribution cone, in which the collector is connected to the bunker by a flexible connection, and the dispenser is installed with the possibility of vibrations.

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Claims (1)

The device operates as follows. Before the device starts, the cart with an empty container 9 is installed and fixed on the vibrating platform 10, the container is attached with elastic sleeves 8 to the measuring cups 3, then the device (if necessary) is blown with protective gas supplied through the nozzles 12. A batch of the material to be packed of a given volume is loaded into the airtight hopper 1 through the hatch. Turns on ’ A device for filling metal powders containing a hopper, a dispenser mounted under it, including a distribution cone and measuring cups located around the latter, characterized in that, in order to increase the uniformity of filling the containers in fractions, conjugated funnels are installed above the measuring cups and located above them and in the zone of the distribution cone, the collector, while the collector is connected to the hopper by a flexible connection, and the dispenser is installed with the possibility of oscillations.