WO/2015/070264 FURNITURE DRIVE||WO||21.05.2015|
||PCT/AT2014/000175||JULIUS BLUM GMBH||SPERGER, Gerald|
The invention relates to a furniture drive (4) for ejecting a movable furniture part (3) from a closed end position in relation to a furniture body (2), comprising: a housing (9); an electrical drive unit (10) arranged in or on the housing (9); an ejecting lever (12), which can be driven by the electrical drive unit (10) and which is supported in such a way that the ejecting lever can be rotated about a pivot axis (11) in relation to the housing (9); a tappet (6) for ejecting the movable furniture part (3), which tappet can be driven by the ejecting lever (12) and can be moved linearly; wherein the furniture drive (4) has a reduction mechanism (5), which converts a pivoting motion of the ejecting lever (12) into a linear motion of the tappet (6), wherein the reduction mechanism (5) has at least one angle lever (15), which is rotatably supported about an axis of rotation (16) and which has two lever arms (18, 19), wherein a first lever arm (18) of the angle lever (15) interacts with the ejecting lever (12) and a second lever arm (19) of the angle lever (15) interacts with the linearly movable tappet (6) and wherein the axis of rotation (16) of the angle lever (15) and the pivot axis (11) of the ejecting lever (12) are arranged so as to be stationary in relation to each other.
WO/2015/070269 DEVICE FOR MACHINING THE EDGES OF FLAT WORKPIECES||WO||21.05.2015|
||PCT/AT2014/000204||LISEC AUSTRIA GMBH||MADER, Leopold|
A grinding disk (6) which is moved along the edge (4) of the glass pane (1) is used during the production of bevels (11, 12) on the edge (4) of a workpiece, such as a glass pane (1). The borders (A, B) of the edge (4) of the glass pane (1) are machined so as to remove material using a tool which has active areas (9, 10) on the tool circumferential surface, thereby forming the bevels (11, 12). When the flat, curved, or waved end face (5) of the edge (4) of the glass pane (1) is inclined relative to the central plane of the glass pane (1), the tool is moved along the edge (4) of the glass pane (1) in an aligned manner such that substantially equally sized bevels (11, 12) are formed. For this purpose, the tool is designed such that the plane of symmetry (13) of the active areas (9, 10) of the tool does not lie on the central plane of the glass pane (1), i.e. is at a distance from the central plane, and the active areas (9, 10) are arranged at a substantially equal distance to the borders (A, B) of the edge (4) of the glass pane (1). Devices are associated with the grinding disk (6), which detect the position of the boarders (A, B) of the edge (4) of the workpieces (1). The devices for detecting the position of the borders (A, B) are tasters (20, 21) which rest on the boarders (A, B) of the edges (4) of the workpiece (1) under elastic prestress and that the tasters (20, 21) are aligned to the surfaces (2, 3) of the workpiece (1) at an angle of approximately 45°.
WO/2015/070270 DEVICE FOR IMPROVING THE GRIP OF A VEHICLE TYRE||WO||21.05.2015|
||PCT/AT2014/050257||WÜRKNER, Gerald||WÜRKNER, Gerald|
The invention relates to a device for improving the grip of a vehicle tyre (1), consisting of a gas-pressurised, elastic gas-pressure tyre (1) and a cage wheel (3) at least part of which is arranged on a radial outer side of said gas-pressure tyre (1) and, when the gas-pressure tyre (1) is at a first gas pressure, said cage wheel is lowered in the gas-pressure tyre (1) profile (4) and when the gas-pressure tyre (1) is at a second gas pressure which is lower than the first gas pressure, said cage wheel arrives at the same height as the tread of the gas-pressure tyre (1) or protrudes therefrom, such that the tread of the cage wheel (3) thus makes contact with the road surface.
WO/2015/070268 METHOD FOR APPLYING COLOUR PATTERNS OR COLOUR PORTIONS TO AT LEAST ONE SLUBBING||WO||21.05.2015|
||PCT/AT2014/000201||PETER ZIMMER KG||ZIMMER, Peter|
Method for applying colour patterns or colour portions to at least one slubbing of hairs and/or fibres which are joined together loosely, are preferably aligned substantially in parallel or are spun with one another in the manner of a yarn, wherein at least one colour, as a rule a plurality of colours, is/are applied by way of a contactlessly operating colour application device as colour portions to the upper side of a slubbing, wherein the slubbing is moved relative to the colour device by way of a transport device, wherein 1. the slubbing which is preferably removed from a rotating can passes the colour application device such that the hairs and/or fibres thereof lie parallel to the slubbing belt on the transport device, 2. the colour/colours is/are applied by the colour application device in a preferably adjustable pressure depth on the slubbing, 3. the colour portions are distributed downstream of the colour application device towards the underside of the slubbing transversely with respect to the movement direction of the slubbing by means of a hot air-blown suction device, 4. the at least prefixed slubbing is laid, downstream of the prefixing or fixing section, by means of a depositing means or in an oscillating manner in loops onto a steamer transport belt which subsequently moves into a steamer housing, 5. the passage time of the steamer transport belt, preferably at a constant printing speed, can be set, in order to regulate the steaming time. The invention further relates to a device for carrying out the method.
WO/2015/070267 FURNITURE DRIVE||WO||21.05.2015|
||PCT/AT2014/000193||JULIUS BLUM GMBH||FRIESENECKER, Gerald|
The invention relates to a furniture drive (4) for ejecting a moveable furniture part (3) from a closed end position relative to the body of the item of furniture (2), comprising; a housing (9), an electric drive unit (10) which is arranged in or on the housing (9), an ejection lever (12) which can be driven by the electric drive unit (10) for transferring a movement to the moveable furniture part (3). The ejection lever (12) is mounted so that it can rotate about a rotational axis (11) on one side and comprises a free lever end (13) on the other side. Said ejection lever (12) comprises an ejection surface (14) between the rotational axis (11) and the free lever end (13). Said ejection surface (14) of the ejection lever (12) comprises, at least in sections, a toothing (15).
WO/2015/070266 GEM HAVING A STELLAR APPEARANCE||WO||21.05.2015|
||PCT/AT2014/000192||D. SWAROVSKI KG||LOINGER, Christian|
Disclosed is a gem (1) that has a stellar appearance. Said gem (1) comprises a crown (2) having a plurality of crown facets, including a first group (6) of crown facets that taper in the direction of a girdle (4) and extend at an angle (α) of 22.5° ± 3°, preferably 22.5° + 2° from the girdle plane (E), and a second group (7) of crown facets that adjoin the girdle (4) by their large side and extend at an angle (ß) of 34° ± 3°, preferably 34° ± 2° from the girdle plane (E). Also disclosed is an arrangement comprising a gem.
WO/2015/070271 DEVICE FOR MACHINING AN ENDLESS BELT WITH A BELT BODY MADE OF METAL||WO||21.05.2015|
||PCT/AT2014/050271||BERNDORF BAND GMBH||SCHUSTER, Roland|
The invention relates to a device (1) for machining an endless belt (2) which has a belt body made of metal. The device (1) comprises a tensioning station (3) with a tensioning roller (4) for the endless belt (2) and a drive station (5) with a drive roller (6) for the endless belt (2) or the device comprises a drive/tensioning station which is used to tension and drive the endless belt. The device (1) comprises guides which run parallel to one another and on which the drive station (5) and/or the tensioning station (3) or the drive/tensioning station and/or a deflecting roller lying opposite the drive/tensioning station in the longitudinal direction of the endless belt (2) can be moved in order to adjust a distance between the tensioning station (3) and the drive station (5) or between the drive/tensioning station and the deflecting roller.
WO/2015/070272 IN-LINE METHOD AND IN-LINE PRODUCTION PLANT||WO||21.05.2015|
||PCT/AT2014/050272||STIWA HOLDING GMBH||GRAUSGRUBER, Klaus|
The invention relates to an in-line method for producing workpieces or assemblies (2), in which method workpieces or assemblies (2) pass through a number of successive work stations (4) by means of a conveyor device (3). Said method is characterised by a hardening step that is carried out in one of the work stations (4), during which step at least one region of the workpiece or assembly (2) is hardened by the application of at least one laser hardening trace (6) by means of a laser device (5), in particular a laser with programmable focussing optics (PFO), or a linear laser. The invention also relates to a corresponding in-line production plant.
WO/2015/070274 TOOL UNIT, EXTRUSION MACHINE, AND METHOD FOR CHANGING A FRICTION WHEEL||WO||21.05.2015|
||PCT/AT2014/050274||ASMAG-HOLDING GMBH||VIELHABER, Johann|
The invention relates to a tool unit (12) for an extrusion machine (1) with a scraping element (51), a tool element (49) with an expanding channel (50) which receives the scraped extrusion material (3), and a die (53). The tool unit (12) comprises a receiving cage (42) with first and second receiving cage parts (43, 44). The tool element (49) is received in a receiving channel (48) in the first receiving cage part (43). A receiving chamber (52) which faces the first receiving cage part (43) is formed in the second receiving cage part (44), at least the die (53) being received in said receiving chamber and being supported on a support surface (56). A common receiving groove (62) with at least one groove base surface (63, 64) is formed in both the tool element (49) as well as in the first receiving cage part (43), the scraping element (51) being loosely positioned and supported in the groove. The invention further relates to an extrusion machine (1) and to a method for changing a friction wheel (4).
WO/2015/070275 DEVICE FOR RINSING THE TEAR DUCT OF AN EYE||WO||21.05.2015|
||PCT/AT2014/050276||GROSSCHÄDL, Werner||GROSSCHÄDL, Werner|
Described is a device for rinsing the tear duct of an eye, comprising a lacrimal cannula (2) which is fluidically connected to a container for a rinsing fluid, and comprising a protective sleeve (5) that can be pulled off the lacrimal cannula (2) and is closed at the insertion end of the lacrimal cannula (2). To simplify handling and largely eliminate the risk of contamination it is proposed that the closed end of the protective sleeve (5) form an expander probe for the tear duct.