WO/2012/083549 DIE STEEL||WO||28.06.2012|
||PCT/CN2010/080203||ADVANCED MANUFACTURE TECHNOLOGY CENTER CAMTC||CHEN, Yunbo|
A kind of die steel and mold made of the steel are provided. The die steel comprises: 0.30≤C≤0.40, 3.0≤Cr≤10.00, 0≤N≤0.15, 0.50≤Mn≤1.00, 0.30≤Si≤1.00, 1.00≤Mo≤2.40, 0.5≤V≤1.00, P≤0.030, S≤0.030 (mass%), Fe as residue and inevitable impurities.
WO/2011/061176 PLASTER MIXING DEVICE AND METHOD FOR VARIABLY FORMING PLASTER||WO||26.05.2011|
||PCT/EP2010/067553||CEBULAR, Christian||CEBULAR, Christian|
The invention relates to a plaster mixing device and to a method for variably forming plaster. The invention relates to a method for producing a finishing grout. A multi-component dry grout can be converted into a workable state for plastering work by adding mixing water by means of at least one automatic metering mixing device, such as a plaster machine, having at least one mixing container. In order to promote processing, at least one liquid additive can be introduced into the mixing water prior to adding same to the multi-component dry grout in the mixing container for preparing the mixing water for addition to the dry grout, such as a retarding agent or an accelerating agent, such as a tartaric acid solution, by means of at least one automatic metering device. The invention further relates to a metering device, to a plaster machine, and to a plaster meter.
WO/2010/142513 ROD-BED ASSEMBLY||WO||16.12.2010|
||PCT/EP2010/056718||METSO PAPER, INC.||LINTULA, Timo S.|
A rod bed assembly (1, 11, 111) comprises a holder (2) made of a composite material according to a continuous primary molding method, a rod bed (3) made of a polymer according to a continuous primary molding method, and a doctor rod (4) rotatably supported in a bearing recess (34) on the front side of the rod bed. The holder (2) is formed such that the rod bed (3) and the doctor rod (4) are insertable into and removable from a socket provided in the holder in the radial direction of the doctor rod (4). The rod bed (3) comprises closed cavities for saving material.
WO/2010/135756 ORDER PICKING DEVICE||WO||02.12.2010|
||PCT/AT2010/000185||TGW Mechanics GmbH||WOLKERSTORFER, Christoph|
The invention relates to an order picking device (1), comprising an order picking storing station (9) provided at one end of a container provisioning device (7) for product carriers (4) and comprising a container manipulating device (14), which is provided at an end of the container provisioning device (7) that is opposite of the order picking storing station (9) and which is formed by a conveying apparatus (15) that can be reversibly driven by an external drive means.
WO/2010/136228 DEVICE FOR FASTENING A FRONT PANEL TO A SIDE SECTION OF A MOVABLE FURNITURE PART, DRAWER AND ITEM OF FURNITURE||WO||02.12.2010|
||PCT/EP2010/053296||PAUL HETTICH GMBH & CO. KG||BABUCKE-RUNTE, Guido|
A device for fastening a front panel (3) to a side section (4) of a furniture part (2) that can be moved into an open and closed position on/in the body of an item of furniture, in particular of a drawer of an item of furniture (1), has a panel carrier (5) that can be fastened to the front panel (3), a mechanism arranged on the side section (4), into which the panel carrier (5) can be inserted in the insertion direction (X) of the movable furniture part (2), wherein cutouts (21, 22) are provided on the edges (23) of the panel carrier (5) that lead away from the front panel (3), into which cutouts two spring-loaded retaining parts (12, 13) engage in a retaining position of the panel carrier (5), wherein the mechanism has two limbs (8, 9) which are mounted in a floating manner, fixed to each other such that they can rotate and interact in the manner of tongs, on which there is arranged at least one spring element (27) counteracting spreading of the limbs (8, 9), wherein each of the retaining parts (12, 13) is fixed to one end of the limbs (8, 9). Furthermore, a drawer and an item of furniture are described.
WO/2010/136273 HYDRAULIC SYSTEM FOR A MACHINE FOR PRODUCING A FIBER WEB||WO||02.12.2010|
||PCT/EP2010/055282||METSO PAPER, INC.||IKONEN, Arto|
The invention relates to a hydraulic system for a paper or cardboard making machine, comprising at least one hydraulic actuator (3) and at least one accumulator (11, 12) for storing a hydraulic working fluid under pressure, at least one digital hydraulic pressure controller (4) being provided which is associated with the hydraulic actuator (3) and which sets the pressure of the working fluid in the hydraulic actuator (3). In order to make a high-pressure working fluid available, a pump (10) is used to feed the high-pressure working fluid to the accumulator (11, 12) and to charge it. A plurality of accumulators (11, 12) can be present in the system having a plurality of hydraulic actuators while the pump (10) is designed as a common pump charging the accumulators (11, 12). According to an embodiment, the pump (10) is a mobile pump which is mobile relative to the respective accumulators (11, 12) and which can be releasably connected thereto.
WO/2010/136269 HYDRAULIC CYLINDER ASSEMBLY FOR A MACHINE FOR PRODUCING A FIBER WEB, ESPECIALLY A PAPER OR CARDBOARD MAKING MACHINE||WO||02.12.2010|
||PCT/EP2010/055278||METSO PAPER, INC.||HOPPONEN, Ville|
The invention relates to a hydraulic cylinder assembly for a machine for producing a fiber web, especially a paper or cardboard making machine. The assembly comprises a hydraulic cylinder (2) having a cylinder housing (21) and a piston (27) which can be displaced inside the cylinder housing, said piston subdividing the cylinder housing into a chamber (22) on the cylinder head side and a chamber (23) on the cylinder back end side, and at least one digital hydraulic pressure controller (3) which is integrated into the assembly. Said pressure controller is associated with the chamber on the cylinder head side and the chamber on the cylinder back end side and controls a supply of working fluid to and a discharge thereof from the chambers to adjust the pressure of the working fluid in at least one of the chambers of the hydraulic cylinder (2).
WO/2010/136538 CARRIER AND PNEUMATIC DISPATCH STATION||WO||02.12.2010|
||PCT/EP2010/057347||ING. SUMETZBERGER GMBH||FRIEDRICH, Peter|
The invention relates to a pneumatic dispatch system comprising a sleeve (1), a sleeve tube (7) being closed by means of at least one lid (3), which comprises several lid sectors (4). Each lid sector (4) can be swiveled about a separate swivel pin (5) which is tangential to the longitudinal axis (18) of the sleeve. An operating ring (19), which surrounds the sleeve tube (7) and in which the swivel pins (5) are mounted, comprises an annular groove (6). Said groove (6) is arranged normal to the longitudinal axis (18) of the sleeve and is further removed from the sleeve end than the swivel pins (5) of the lid sectors (4). The pneumatic dispatch station comprises a holding mechanism (11) having a holding element (14) which has a U-shaped or arcuate edge part (15) on one side. If the sleeve (1) reaches the station opening (16) of the pneumatic dispatch station, the holding element (14) of the operating ring (19) engages in the annular groove (6) in a form-closed manner and holds the sleeve (1).
WO/2010/132164 TWO STAGE PULP SCREENING DEVICE WITH TWO STATIONARY CYLINDRICAL SCREENS||WO||18.11.2010|
||PCT/US2010/030878||OVIVO LUXEMBOURG S.À.R.L.||GALLAGHER, Brian|
A device including a hollow cylindrical body, first and second stationary coaxial annular screening screens disposed within the body, and a rotor within the body and positioned between the screens to conduct the slurry through the first screen and then through the second screen, the rotor being driven in rotation. The pulp slurry passes through a central entry pipe, radially outward and then upward along the inside of the rotor, further inward through a coarse screen cylinder, and then around the end of the rotor to pass between the outer surface of the rotor and the inner surface of a fine screen cylinder. The pulp slurry then finally passes outward through the fine screen cylinder.
WO/2010/127858 PRODUCTION LINE||WO||11.11.2010|
||PCT/EP2010/002788||SCHRAMM, Kurt||SCHRAMM, Kurt|
A production line (10) comprises: a. a wet end (11) comprising several, in particular dry, suction forming vats (12 – 19) or molder discharges or endless wires; b. at least one, preferably two, sizing presses (30); c. a hot-air drying system (31); d. a storage section (45), wherein the hot-air drying system (31) is designed as a suspension hot-air drying system.