Patent application number | Description | Published |
20080290060 | Closure - In the case of a closure for a container having a content, in particular a bottle or the like made from plastic, glass or the like, with a cap, in particular made of plastic, for sealing connection to a neck of the container, which neck has an edge, with at least one knife edge, which is arranged around a central axis of the cap in the region of the clear width of the neck and is intended for severing a sealing foil, which is sealed onto the edge, during axial displacement of the at least one knife edge through the sealing foil, a screw cap which can be screwed onto and can be unscrewed from the cap is provided, during the screwing-on of which the at least one knife edge can be displaced in the direction of the sealing foil, wherein this screw cap has an initial screwing position, in which the sealing foil is still undamaged, and, after further screwing, an end-stop screwing position, in which the sealing foil is pierced by the at least one knife edge. The screw cap has a pouring and/or drinking opening in the manner of a sports cap. An axial plunger which has the at least one knife edge is arranged centrally between the cap and the screw cap and is guided displaceably in a coaxial guide of the transverse wall of the cap. | 11-27-2008 |
20090026165 | CLOSURE - The invention relates to a closure for a container containing a contents, particularly a bottle or the like made of plastic, glass or the like, with a cap, particularly made of plastic, for sealingly connecting to a neck of the container having an edge, with at least one cutter edge, which is placed around a central axis of the cap in the area of the internal width of the neck and which serves to cut through a closure film when the at least one cutter edge is axially displaced through the closure film. The cutter edge is placed on a holding sleeve, which is held in an essentially central manner by the cap by means of a flexible skirt and is to be displaced relative to the cap toward the closure film. The holding sleeve contains a component provided for mixing the contents of the container. A screw cap, which can be screwed onto and back from the cap, is provided with an initial screwed position, in which the closure film has not yet been ruptured, and with a stop screwed position after additional screwing on, in which the closure film is punctured by the at least one cutter edge and the component is exposed. The cap, after the sealing connection, remains permanently on the neck of the container, and the screw cap comprising, like a sport cap, a pouring and/or drinking opening. In the stop screwed position, the container contents are permitted to flow toward the screw cap and its pouring and/or drinking opening. When screwing the screw cap back into its initial position, flow to the screw cap and its pouring opening is interrupted once again. | 01-29-2009 |
20110155687 | Method For Detaching or Separating A Sealing Film or Foil Sealingly Attached to The Rim of The Neck of A Bottle, or The Like, And A Screw Cap For Implementation of Said Method - In a method for the at least partial detachment or separation of a sealing film or foil | 06-30-2011 |
20140326360 | DEVICE FOR SIMULTANEOUSLY FILLING AT LEAST TWO FOODS OF DIFFERENT COMPOSITIONS INTO ONE CONTAINER - A device for simultaneously filling at least two foods of different compositions, predominantly in a thick fluid and/or pasty form, into a container, particularly a transparent plastic cup, having a valve head with a nozzle inlet opening and nozzle outlet openings for the food and fed by dosing devices, wherein the controller has a control disc ( | 11-06-2014 |
Patent application number | Description | Published |
20090020510 | Method for electric arc joining - A method for electric arc joining, in particular for arc welding and/or arc soldering, under protective gas using the method of T[ungsten] l[nert] G[as] joining, in particular TIG welding and/or TIG soldering, at least one gas mixture having the composition essentially argon and/or helium and carbon dioxide in a proportion range from approximately 0.2 volume-percent (vol.-%) to approximately 0.7 vol.-% being supplied as the protective gas, as well as a corresponding protective gas, in such a manner that weld pool movements, electric arc turbulence, and occurrences of wear of the T[ungsten] l[nert] G[as] electrode may be reliably avoided. The protective gas also has hydrogen in a proportion range from approximately 1.8 vol.-% to approximately 9 vol.-%. | 01-22-2009 |
20100025381 | METHOD FOR ARC JOINING - A method for arc joining, in particular for M[etal]S[hielding]G[as] welding and/or for M[etal]S[hielding]G[as] soldering of at least one object made of titanium and/or of at least a titanium alloy under shielding gas in the presence of at least one melting electrode, wherein at least an inert gas is supplied as shielding gas in such a manner that the arc burns in a stable and calm manner in response to the arc joining. The shielding gas further includes at least one active gas. | 02-04-2010 |
20130008876 | WELDING METHOD - In a Gas Tungsten Arc or Gas Metal Arc welding method for austenitic steel that does not contain Ti or Al in a respective quantity of more than about 0.2% by weight, a welding additive containing Ti and/or Al is used in conjunction with a welding gas that contains nitrogen. | 01-10-2013 |