Patent application number | Description | Published |
20090120224 | Apparatus for Driving a Roller of a Printing Press and Printing Press Having the Apparatus - An apparatus for driving a roller of a printing press includes a main motor configured to drive the roller through a first gear wheel and a first freewheel, and an auxiliary motor configured to drive the roller through a second gear wheel and a second freewheel. A brake that is different from the main motor, for example a band brake, is configured to brake the roller during overrunning of the roller following a machine stop signal. A printing press having the apparatus is also provided. | 05-14-2009 |
20090260530 | METHOD FOR OPERATING A PRINTING PRESS AND PRINTING PRESS IMPLEMENTING THE METHOD - A method for operating a printing press having a printing unit and a cleaning apparatus includes, in a first step, starting up the printing unit in order to print therewith, and in a subsequent, second step, displacing the cleaning apparatus into the printing unit running in printing operation and/or out of the printing unit running in printing operation. A printing press for implementing the method is also provided. | 10-22-2009 |
20100050892 | METHOD FOR OPERATING A CLEANING APPARATUS OF A PRINTING PRESS AND PRINTING PRESS FOR CARRYING OUT THE METHOD - A method for operating a cleaning apparatus, having a trough and a brush disposed in the trough, in a printing press, includes first, second and third steps. In the first step, a cylinder of the printing press is cleaned by the cleaning apparatus, with the brush bearing against the cylinder. In the second step, the brush is moved away from the cylinder, and a level of a liquid in the trough is changed, resulting in the liquid being brought into contact with the brush. In the third step, the brush is cleaned by the liquid in the trough. A printing press for carrying out the method is also provided. | 03-04-2010 |
Patent application number | Description | Published |
20120107454 | FOOD-GRADE FLOUR FROM DRY FRACTIONATED CORN GERM AND COLLET COMPOSITION AND METHOD FOR PRODUCING SAME - A nutrient rich food-grade defatted corn germ flour derived from a dry-milled corn germ fraction is provided. The flour produced contains high levels of protein, dietary fiber, and amino acids and is low in fat. Furthermore, a method for preparing the flour by forming collets and removing oil from the dry-milled corn germ fraction is provided. The method includes: providing a dry-milled corn germ fraction; conditioning the fraction; flaking the fraction to increase surface area; adding water and steam to the flaked fraction; forming the flaked fraction into collets; removing oil from the collets by solvent-extraction; drying the collets; and processing the collets in a food-grade flourmill to obtain food-grade defatted corn germ flour with a desired consistency. The solvent-extraction process produces a miscella, a mixture of corn oil, hydrocarbon solvent, and water. The miscella may be processed through a distillation system to recover crude food-grade corn oil. | 05-03-2012 |
20130136845 | FOOD-GRADE FLOUR FROM DRY FRACTIONATED CORN GERM AND COLLET COMPOSITION AND METHOD FOR PRODUCING SAME - A nutrient rich food-grade defatted corn germ flour derived from a dry-milled corn germ fraction is provided. The flour produced contains high levels of protein, dietary fiber, and amino acids and is low in fat. Furthermore, a method for preparing the flour by forming collets and removing oil from the dry-milled corn germ fraction is provided. The method includes: providing a dry-milled corn germ fraction; conditioning the fraction; flaking the fraction to increase surface area; adding water and steam to the flaked fraction; forming the flaked fraction into collets; removing oil from the collets by solvent-extraction; drying the collets; and processing the collets in a food-grade flourmill to obtain food-grade defatted corn germ flour with a desired consistency. The solvent-extraction process produces a miscella, a mixture of corn oil, hydrocarbon solvent, and water. The miscella may be processed through a distillation system to recover crude food-grade corn oil. | 05-30-2013 |
20140220202 | FOOD-GRADE FLOUR FROM DRY FRACTIONATED CORN GERM AND COLLET COMPOSITION AND METHOD FOR PRODUCING SAME - A nutrient rich food-grade defatted corn germ flour derived from a dry-milled corn germ fraction is provided. The flour produced contains high levels of protein, dietary fiber, and amino acids and is low in fat. Furthermore, a method for preparing the flour by forming collets and removing oil from the dry-milled corn germ fraction is provided. The method includes: providing a dry-milled corn germ fraction; conditioning the fraction; flaking the fraction to increase surface area; adding water and steam to the flaked fraction; forming the flaked fraction into collets; removing oil from the collets by solvent-extraction; drying the collets; and processing the collets in a food-grade flourmill to obtain food-grade defatted corn germ flour with a desired consistency. The solvent-extraction process produces a miscella, a mixture of corn oil, hydrocarbon solvent, and water. The miscella may be processed through a distillation system to recover crude food-grade corn oil. | 08-07-2014 |
Patent application number | Description | Published |
20120093440 | PACKAGING BAG HAVING HANDLE - A packaging bag includes two long sides, two narrow sides, a top side or roof surface, a bottom side produced from one or more layers of plastics material foils, and a carrying handle including a single-part or multi-part plastics material strip arranged to pass around the packaging bag in a region of the top side. | 04-19-2012 |
20130123732 | LUMINESCABLE RELEASE OR PROTECTIVE FILM - A release film or protective film having a silicone coating composed at least at regular intervals of a luminescable silicone coating section, method for furnishing starting products with such a release or protective film, products produced by this method, and device for implementing the aforementioned method. | 05-16-2013 |
20140014546 | QUIET-OPENING WRAPPER - A wrapper that opens relatively quietly and wraps a sheetlike hygiene product provided on one side with an adhesive, said wrapper being based on a packaging material in web form and composed of a polymeric film comprising a) at least one heat-sealable layer based on a mixture of at least one C | 01-16-2014 |
Patent application number | Description | Published |
20110108641 | Method for the Disintegration of Lignocellulose to Fibres - The method for disintegration of materials containing lignocellulose to fibers is characterized in that roller pressure is applied to the material containing lignocellulose in a flat die pellet mill by pinch rollers which can have an offset from the die of several millimeters, said pressure being applicable over a wide area, and the material being in a mixture with fiber-improving agents and moist on the surface, whereby the fiber improving agents, supported by the high moisture in the pore interiors, enter far into the interior of the fiber material and react spontaneously or with a delay, wherein finally the disintegrated and refined material is pressed through the bores of the flat die. | 05-12-2011 |
20110147978 | Method For Producing Pellets From Large Pieces of Renewable Fibrous Raw Materials - The invention relates to a method for producing pellets from large pieces of renewable fibrous raw materials, such as, in particular, wood, straw, or energy crops, wherein the raw material is chopped up, then dried, and subsequently processed into pellets in a matrix press, characterized in that the material, optionally pre-chopped in choppers or shredders, is chopped in a first matrix press prior to drying. | 06-23-2011 |
20150121748 | Method and Device for Refining Pellets - A method for refining pellets, in which, in a first step, pellets that have been pressed from a biomass are provided. A heat treatment is carried out, involving heating the pellets to a temperature between 210° C. and 390° C. The heat treatment takes a period of time of between 1 minute and 30 minutes. Also described is a device that is suitable for carrying out the method. The pellets treated in this way are water-repellent and so can be stored outdoors. | 05-07-2015 |