FR2935966A1 - Aluminum/tin cap installing method for champagne bottle, involves preparing four folds of cap, and simultaneously folding cap by extracting champagne bottle from pouch and by raising closure head - Google Patents

Abstract

The method involves preparing four folds of an aluminum/tin cap, and simultaneously folding the cap by extracting a champagne bottle from a pouch and by raising a closure head, where the closure head comprises four rollers. The rollers are articulated to four pneumatic control arms that set at low pressure, and machined and molded for being located closer to radius of the champagne bottle.

Description

The present invention relates to the installation of an aluminum or tin cap, on a Champagne bottle neck or other. In the category of single heads existing on the market. The CPGL / 08 "pocket and roller capsulator" Leclercq 08 is the fastest just a return trip on the bottle, the most efficient it passes half to the magnum without adjustment, just a height adjustment of the bottle . the simplest one pocket rubber, inflatable hose, 2 micro valves, 4 rubber rollers, a support for center and help for the exit of the bottle. The frame a bell aluminum 4 articulated arms in aluminum, a reliable mechanics to be controlled by completely independent cams, perhaps associated, an automaton for a mounting on automatic, carousel or linear frames. Today the process is to crimp the cap by passing twice the bottle of a pocket 4 folds to another pocket 2 folds that can fold the 4 folds made by the first pocket.or other process on the walk. Capsule jaws order by cylinder, or 4S by eccentric, and bringing 2 cylinders with large jaws that fold folds. My process consists of working with a single inflatable pocket to form the 4 folds, and 4 rollers to fold folds. The construction of the apparatus "CPGL / 08" is as follows: • An aluminum bell with an orifice diameter: 21 mm at the end a hole 1/8 gas on the side, which will allow the inflation of a rubber membrane that is introduced inside, the aluminum bell, it is maintained by a head washer fixed by 6 screws M5 to a diameter of 115 mm, an aluminum support is mounted outside of the bell and fixed by 4 screws CHC M6 at 90 ° this support makes it possible to come hold the 4 arms aluminum on z. s which are fixed 4 rubber rollers that allow folding folds, the articulated arms are controlled by an air chamber attached to the aluminum part, a bronze piece with a diameter of 40mm threaded 1/2 gas over a length of 60mm . which makes it possible to hold the rubber membrane at the bottom of the aluminum bell, a 1/2 gas steel nut, a bitter steel plate of l2mm thick, pierced for fixing either horizontally or vertically in 3o the center of the plate, a bore with a diameter of 93 allowing the aluminum bell to slide inside. On this plate we also have fixing holes for the micro valve which allows to inflate and deflate the pocket by a simple movement back and forth, a sheet metal ear of 6mm with a diameter of 21 and a hole 8mm diameter this 2 5 piece and fixed at the same time as the diaphragm is held by a 1/2 gas nut, once tightened this is only one on the end of the ear the diameter 8 allows to set a bronze cam that can come to control the micro valve, we have another micro valve that is fixed inside with a fixed adjustable slider at the top of the cylinder rod that allows us to introduce the bottle inside the rubber membrane that will form the four folds on the cap. The principle: we put the bottle under the bell we control the descent of the head, either by manual control, pneumatic and electric by push buttons, or automatic by cell, the bell descends on the bottle endow with a cap the neck of the bottle is introduced until come out the pocket of its support "sheet of l2mm" is disconnect, the micro valve that immediately inflate the membrane, the 4 folds are made the bell goes up the membrane purge the other micro valve takes the relay, it comes inflate an inflatable tube "air chamber" attached to the periphery of the flange alu, the rollers are therefore in pressure on the neck of the bottle and by extraction of the bell the rollers are therefore folded folds. the rollers are machined and molded to be closer to the rays of the bottle. Here is the process allows in one operation to make the 4 folds and fold in a movement back and forth or up and down. The CPGL / 08 single-head capsulator can be mounted on a carousel d 4-6-8-10-12- head for worked up to 15000 flasks hour, the maintenance is very simple., 2 micro valves 1 inflatable hose " inner tube "4 rubber rollers

Claims (3)

Revendications1. Method of fitting a cap on a bottle neck CLAIMS1. Method of laying a cap on a vial neck characterized in that the cap is folded down by means of the extraction of the vial from the pocket or the four plies were formed 2. Capping heads characterized by 4 articulated rollers with 4 pneumatically controlled arms with low pressure 3. A method of installing a cap according to claim 1, characterized in that the folds are folded in a single operation by coming to bear on the folds and remnntant the head fo