WO/2015/095906 MULTI-LAYER SLIDING BEARING||WO||02.07.2015|
||PCT/AT2014/050304||MIBA GLEITLAGER GMBH||ZIDAR, Jakob|
The invention relates to a multi-layer sliding bearing (1) comprising a bearing coating (3) having a surface for contacting a component which is to be mounted. Said bearing coating (3) is made from a tin-based alloy with tin as the main alloy element and the bearing coating (3) has on the surface, at least in sections, an oxidic subcoating (6) in which the proportion of tin oxide(s) is at least 50 % in wt.
WO/2015/095907 SAW BLADE HAVING INTERNAL COOLING||WO||02.07.2015|
||PCT/AT2014/050306||FRAMAG INDUSTRIEANLAGENBAU GMBH||MALY, Wolfgang|
The invention relates to a chip-forming machining device (1), in particular a sawing or milling device, comprising a base (2), a rotary part (3), which can be driven about an axis of rotation (20) in relation to the base (2) and which comprises a disk-shaped chip-forming tool (5), and a coolant feed (7) for feeding coolant from a pressurized, base-side coolant line (10) to the tool (5), wherein the coolant feed (7) has an outlet opening (10) on the base, which outlet opening lies against inlet openings (12) on the rotary part, which inlet openings are distributed about the axis of rotation (29) and are associated with respective channels (6) extending in the tool (5) in the direction of the outer tool circumference. In order to limit the coolant consumption, the outlet opening (10) overlaps with inlet openings (12) only in a limited angle range about the axis of rotation (20), such that only part of the inlet openings (12) is connected to the base-side feed (9) in each rotational position of the rotary part (3) in relation to the base (2).
WO/2015/095908 ULTRASONIC TESTING DEVICE||WO||02.07.2015|
||PCT/AT2014/050311||FILL GESELLSCHAFT M.B.H.||GRABNER, Johann|
The invention relates to an ultrasonic testing device (1) comprising a test head arrangement (2) that includes a sound coupling surface (3), can move in a testing direction (I) running parallel to a surface of an object under test, and is disposed so as to be able to glide along a first spatial axis (z) extending along the testing direction (I) and the surface of the object under test. The test head arrangement (2) is disposed so as to be able to also pivot about a second spatial axis (x) extending parallel to the testing direction (I) and about a third spatial axis (y) extending perpendicular to the first spatial axis (z) and the second spatial axis (x). The test head arrangement (2) is equipped with rollers (4, 5, 6, 7, 8, 9) that are located outside the sound coupling surface (3) and have parallel axes of rotation extending perpendicular to the testing direction. Contact surfaces of the rollers (4, 5, 6, 7, 8, 9) protrude from the sound coupling surface (3) in a direction facing away from the test head arrangement (2). At least two rollers (6, 7) are disposed on opposite sides of the sound coupling surface (3), the axes of rotation of said rollers (6, 7) being stationary in relation to the sound coupling surface (3).
WO/2015/095903 MARINADE FOR TUMBLING A MEAT PRODUCT||WO||02.07.2015|
||PCT/AT2014/000230||HAMA FOODSERVICE GESMBH||HAINDL, Rudolf|
A marinade for tumbling a meat product, with water and salt as ingredients, the marinade comprising a milk-based ingredient and gelatine; the marinade may further comprise starch and plum extract. The invention also describes a method for manufacturing a meat product by tumbling, with the steps of comminuting the meat into pieces, introducing the comminuted meat pieces into a tumbling device, introducing a marinade of the invention into the tumbling device onto the comminuted meat pieces, and tumbling the meat pieces in the marinade by rotating the tumbling device. Also claimed is a meat product which comprises at least one meat piece and a marinade of the invention absorbed in the meat piece.
WO/2015/095904 TATTOOING DEVICE||WO||02.07.2015|
||PCT/AT2014/050301||BUMBA, Matilda||BUMBA, Matilda|
Disclosed is a tattooing device comprising a needle (3) that includes a shaft section (1) and a tip section (2), a guiding unit (4) for directing the needle (3), and a removable receptacle (6) containing an ink (5). The needle (3) can be moved by a drive from a retracted position (7) into a pricking position (8) along a needle movement axis (9). When the needle (3) moves from the retracted position (7) into the pricking position (8), same can move at least along a moistening distance (12) as the needle passes a sector of the receptacle (6) and/or moves through a sector (11) of the guiding unit that is filled with the ink (5), such that a tip region (13) of the needle (3) is moistened with the ink (5) .
WO/2015/095905 MULTI-LAYER SLIDING BEARING||WO||02.07.2015|
||PCT/AT2014/050303||MIBA GLEITLAGER GMBH||ZIDAR, Jakob|
The invention relates to a multi-layer sliding bearing (1) comprising, in the following order, a support layer, a bearing-metal layer, a diffusion-barrier layer and a sliding layer, the sliding layer being made up of a tin-based alloy and the diffusion-barrier consisting of an alloy, especially a copper alloy, with a copper content of at least 30 % by weight.
WO/2015/095902 METHOD FOR PRODUCING CARBON PARTICLES||WO||02.07.2015|
||PCT/AT2014/000224||LENZING AG||GOLDHALM, Gisela|
The invention relates to a method for producing carbon particles from precursors with a cellulose II structure, in which non-cylindrical cellulose particles with a cellulose II structure are used as precursors.
WO/2015/089527 METHOD FOR PRODUCING ABRASIVES||WO||25.06.2015|
||PCT/AT2014/000190||TYROLIT-SCHLEIFMITTELWERKE SWAROVSKI K.G.||SIGWART, Klaus|
The invention relates to a method (1) for producing abrasives (2, 3, 4), comprising the following method steps: i. providing a starter mixture (5) which preferably contains aluminium hydroxide and can be converted at least into aluminium oxide by sintering, said starter mixture (5) preferably being free-flowing, ii. producing a layer (6) of said starter mixture (5) with a predetermined uniform layer thickness (7), iii. dividing said layer (6) into preferably planar material sections (8, 9, 10), iv. reducing the material sections (8, 9, 10) into small pieces by fracturing, and v. sintering, it being either the layer (6) or the material sections (9), or the material sections that were fractured into small pieces (10), that are sintered.
WO/2015/089529 METHOD FOR THE PRODUCTION OF ABRASIVE ARTICLES||WO||25.06.2015|
||PCT/AT2014/000219||TYROLIT - SCHLEIFMITTELWERKE SWAROVSKI K.G.||SIGWART, Klaus|
Method (1) for producing abrasive articles (2), comprising the following successive steps: i. providing a feedstock mixture (3) of at least one abrasive (4), a ceramic or organic binder, and a plasticizer; ii. producing a layer (5) from the feedstock mixture (3) that has a predefined, uniform layer thickness (6); and iii. cutting the layer (5) of feedstock mixture (3) into shaped material sections (7) and sintering the shaped material sections (7) so as to obtain abrasive articles (2), or iv. sintering the layer (5) of feedstock mixture (3) to obtain a flat article (8) and breaking the flat article (8) to form abrasive articles (2).
WO/2015/089533 W-NI SPUTTER TARGET||WO||25.06.2015|
||PCT/AT2014/000225||PLANSEE SE||LINKE, Christian|
The invention relates to a method for producing a W-Ni sputter target and to the use thereof. The invention further relates to a sputter target containing 45 to 75 wt% W, the remainder consisting of Ni and common impurities. Said sputter target contains a Ni(W) phase, a W phase and no or less than 10% intermetallic phases.