SU19738A1 - The method of processing ampoules - Google Patents

Description

The invention relates to methods for treating ampoules and other glass objects, which should be easily opened in a given place without fragments. In the present invention, the place where separation must occur during the manufacture of the ampoule or the colored glass object is subject to high tension by abrupt cooling, as a result of which only a superficial damage of the wall is sufficient for the separation of the vessel's vessel without. damage to its walls. The said tension has the form to inform the thinned end of the ampoule, the pouring and sealing of which is effected through the open mouth. In the case of modified fabrication, the tension is communicated to the deflated end by reheating and local cooling of the deflated part after sealing the ampoule. In FIG. Figures 1-8 depict the development of ampoules, x. The ampoules known hitherto are filled through the very opening through which, after breaking off the filled end, they are meaningfully removed from them. In order to protect the ampoules from the deliberately intentionally induced tension, which may occur as a result of the zapayka necessary after filling, the ampoule, on the opposite of that / coholt, is given tension) (s), give it a single shape so that it has one place, for filling and folder. This also provides an opportunity for pro-, to end the end of the lybrat form that is completely incomprehensible from the form desired for the filling. For example, you can make the end pro-designed to open narrow, tl ;; to it g.hol1: l li1n thin shlrnts for napolisnyug; nlprotiv order, prsd | 1aan.chchen1)) th LLI filling, to give srapnitslyyu: rokoe neck with seed on NSL boiling n Ronchi. Another way to protect c-vv tension from any disorder is to not give tension to the vessel, but to fill it,

they are then squeezed and then hot, still sealed, by cooling outside, tension is introduced along the desired compartment. These vessels can first of all be treated as ordinary (for example, boiled) and their contents can be sterilized after filling by means of agregapapp.

 H; i (i (1pCTCiiitc ii.ixrMiiT npHMoiiniiiir, for example, in ampoules or glass containers, mainly for medicinal, nutritional and taste products, etc., which need to be opened without effort and the formation of fragments, especially glass vessels whose contents are hermetically sealed and whose opening without danger of injury should be accessible to a non-specialist. To protect such glass vessels from damage at the site of tension, it is recommended to provide them with a light cover from this place during: installation and transport celluloid, w latin, etc. or, paste over with paper. In ampoules and in other glass vessels, once opened, the part (when the separation was made with an effort) is separated from the vessel itself, especially since it is open when often breaks into several parts, meanwhile the invention makes it possible to use this / part further, since, according to the invention, when opening the glass vessel disintegrates along the tensioning line without forming a fragment, and 1 after opening both parts exactly fit to each other. Therefore, the trimming piece can be used as a vessel lid.

FIG. Figure 1 depicts a glass tube a, which at one end is closed by a bottom B. When this end is in a heated condition, a metal body is inserted into it with its somewhat prominent edge f (it touches the glass tube where Due to the strong cooling along the line of contact, tension arises. The depicted tube must be represented as the top of a glass vessel.

This vessel should be opened, it is enough to damage the wall from the outside at any point of the tension line. Then a ring crack arises and the bottom B separates from the tube fi automatically and without the formation of fragments, as shown in the fng. 2. FIG. Figure 3 shows exactly the same glass tube with the bottom B, stuck before contact into a hollow cone-shaped part C. The divided glass tube is depicted in FIG. 4. FIG. 5 shows the end of the neck of the ampoules G | G, which is oTKfx.rra with L (for that group 1. 1. The coidis of the neck is in the size of 1 cmd, in the non-leading f, which touches the wavy edge of the ff to the neck. On the f). Fig. 7 shows the ampoule (which is indicated by the tension at the end of the neck. The ampoule is equipped with a wide funnel tube.) After filling the ampoule, the latter is sealed, with which the neck tension state does not change; Fig. 8 shows the ampoule in finished form.

The subject of the patent.

Claims (3)

1. A method of treating an ampoule, characterized in that, in order to facilitate breaking off of a known part of a vessel by causing slight damage to the wall by conventional methods on a certain line of breaking, the vessel material is reported to be continuously interrupted by a discontinuous line of tension by rapidly cooling this line, for example , priklldyplnpom to the glass of cold cold glass - the corresponding outlines of the saddle: and ggli from the inside / about the tube. 2. Accepting the manufacture of ampoules according to claim 1, characterized in that the tension along the line of the intended separation imparts the thinned end of the ampoule, and the pouring and sealing are performed through the open mouth at the other end. 3. A manufacturing ampoule according to claim 1, characterized in that the tension on the drawn end is reported after filling and reapplying the ampoule by reheating and local cooling of the marked off part. . ; ; To; patent F. T. Meyer number 1973 & figure 1. /, /. Fig.2a.a; FIG. 3; , fig 4 fig 6 .-. .l. . Chl I