SU455066A1 - Bottle caps with metal caps - Google Patents

Description

one

The invention relates to the technique of bottlenecking, namely, devices for closing bottles with metal bars, and from ::: - to be used in food industry lines - wine-making, alcoholic, beer-non-alcoholic, oil and fat, as well as in other folk industries. households such as the medical and chemical industries.

There are known devices for closing bottles with metal caps, consisting of a roundabout with closures reinforced around its circumference, mounted under them with potential reciprocating tables and for bottles, as well as mechapisms of loading of bottles into porous bottles.

However, this device is not provided with; 11 from .1 the quality of the closure; when using it is possible () b) azovapis of debris and chipping glass, as well as not making up bottles.

The aim of the invention is to increase the reliability of the device in operation.

This is achieved by the fact that the cartridges in the proposed device are magnetic-pulse, and it is equipped with a brush dispenser .; to alternately power each cartridge of the Pulse Cartridge from a common capacitor

batteries and a locking mechanism to eliminate filing in the absence of the BUTL1.

The brush distributor can consist of two slip rings, one of which is sectioned, a split control ring, two from 1 brush holders and a brush holder controls, and the locking mechanism is a limit switch with HiynoM.

FIG. 1 shows a schematic diagram of the proposed device; in fig. 2 - closing arusol; in fig. 3 - П1, current distributor.

Mouth) About 1 VST.Pochaet closure carousel) 1 with capping cartridges 2, brush gauge 3 and lifting tables 4, cap feeding and dismounting (not shown), copier 5, drive mechanism, including electrically active 6, a belt drive 7, a gear 8, a gear 9 and driven gears 10,11; mechanism 12 and p, bbcc11 13 bottles and limit switch 14 with Miyo. . The capping cartridges 2 are mounted on the flange 15 (see Fig. 2) of the capping;

The brush distributor consists of two power brush holders 16 and two control brush holders 17 fixed with the help of insulation plates 18 and a cup 19 on a stand 20, two current collector rings 21 and 22 and a control ring 23.

The number of sectors 24 (see FIG. 3) of the split current collection ring 22 n of the sectors 25 of the control ring 23 is determined by the number of closing patrons. Sectors 24, 25 are separated among themselves by insulating spacers 26, 27. Sealing cartridges 2 are connected to collector rings 21, 22. The connection of the brush dispenser with the citation cabinet is carried out by coaxial cables 28.

A bottle fitted with a cap, loading mechanism 12 is attached to the lifting column 4. When rotating the carousel 1, the lifting table 4 rolls onto the copier 5, the bottle neck is inserted into the closure patrol. During the period of copy cop 5, the brush holder 16 finds on sector 24 of the current collection ring 22 connected to this closure chuck. At this time, the sector 25 of the ring 23 of the control bridges between the brush holders 17, which gives an impetus to the discharge of the co-detector battery of the power source to this closure cartridge. The cap is compressed on the bottle's throat, after which the bottle is lowered and removed from the device by the unloading mechanism 13. In the absence of 4 bu4 on the next lifting column

Circuit breaker 14 opens its contacts in the control circuit, and the discharge of the capacitor to the corresponding capping cartridge does not occur.

Subject invention

Claims (3)

1. A device for closing bottles with metal caps, consisting of carousels with closures fitted with reinforced but around its circumference, mounted under them with the possibility of reciprocation moved; I tables for bottles, mechanisms for loading and unloading sealed bottles, characterized in that, in order to increase reliability, the cartridges in it are magnetic-immersion, and the device is equipped with a brush dispenser for alternately feeding each cartridge from the common capacitor battery and locking mechanism to exclude feeding in the absence of the bottle. 2. The device according to claim 1, characterized in that the brush dispenser consists of 5 two current collecting rings, one of which is made up of sectional, split rings:: 1, two C1 brush holders and control brush holders. 3. Device of claim 1, characterized in that the lockout mechanism is a limit switch with a probe. gS§ Fig 1 13. . : - .l pft7xKf. u2 24