WO/2015/106301 ARRANGEMENT COMPRISING AT LEAST ONE ROLL ROTATABLY MOUNTED ON A PIVOT PIN||WO||23.07.2015|
||PCT/AT2014/000206||FULTERER GESELLSCHAFT MBH||RAID, Karl|
Disclosed is an arrangement (1) comprising at least one roll (3) that is rotatably mounted on a pivot pin (2), at least one lubricating layer (4) being placed between the pivot pin (2) and the roll (3) to reduce friction between the pivot pin (2) and the roll (3), said lubricating layer (4) consisting of a dry film lubricant (5).
WO/2015/106302 VERTICAL PROBE CARD||WO||23.07.2015|
||PCT/AT2015/000006||GAGGL, Rainer||GAGGL, Rainer|
The invention relates to a vertical probe card (1) provided with a housing (8) which has a pressure chamber (11) made of a portion (10) of the housing (8) that is in the shape of a cylinder jacket. Outside the pressure chamber (11) an axially mobile sealing ring (6, 7) is provided. The Bernoulli effect, which is produced by compressed gas flowing from the pressure chamber (11) or from ducts (16) provided in the sealing ring (6) into the gap (13) between the sealing ring (6, 7) and a semiconductor element (5), causes the sealing ring (6, 7) to be held at a defined distance from the semiconductor element (5).
WO/2015/106303 LASER UNIT FOR A VEHICLE HEADLIGHT||WO||23.07.2015|
||PCT/AT2015/050016||ZIZALA LICHTSYSTEME GMBH||MAYER, Matthias|
The invention relates to a laser unit (2) for a vehicle headlight, which laser unit has a laser diode (11) and an adjustable optical system assigned to the laser diode (11) and having optical elements including at least one collimator. At least one of the optical elements selected from the group consisting of a collimator (13, 22) and a deflective mirror (20) is mounted such that it can be pivoted about at least one spatial axis.
WO/2015/103652 METHOD AND DEVICE FOR COATING SPACERS||WO||16.07.2015|
||PCT/AT2015/000001||LISEC AUSTRIA GMBH||MADER, Leopold|
A nozzle pair (3, 6) is used to coat the side faces of spacers (1) for insulating glass with an adhesive material, the adhesive material being applied to the side face of the spacers (1) through the nozzles (15) of said nozzle pair. As the side faces of the spacer (1) are coated with adhesive material the nozzle pair (3, 6) is moved along the sides of the spacer (1), the relative movement between the nozzle pair (3, 6) and the spacer (1) being obtained by a movement of the spacer (1) and/or the nozzle pair (3, 6). With this way of working, there is no need to rotate the spacer (1) about an axis perpendicular to its plane and therefore said rotation can be dispensed with.
WO/2015/103651 KNOCK-OFF DEVICE FOR A FIREARM||WO||16.07.2015|
||PCT/AT2014/050270||STEYR MANNLICHER GMBH||HÖSZ, Christian|
The invention relates to a knock-off device (4) for a firearm (1), comprising a component carrier (9) and a trigger slide (10) which is mounted therein in a linear displaceable manner and has a trigger (3), wherein the trigger slide (10) can be blocked by a movable securing element (22) and carries on an extension (13) a trigger catch (14) for a hammer (15). According to the invention, the extension (13) is formed with the trigger catch (14) as a pawl which is resiliently mounted on the trigger slide (10) and behind which the hammer (15) can be locked.
WO/2015/103659 DRIVER CIRCUIT FOR LIGHTING MEANS, PARTICULARLY LEDS||WO||16.07.2015|
||PCT/AT2015/050009||TRIDONIC GMBH & CO KG||MARENT, Günter|
The invention relates to a driver circuit (1) for lighting means, particularly for one or more LEDs, comprising: a circuit (20) which can be supplied with a voltage (Vdc), is clocked by means of at least one switch (LS, HS) and feeds a resonant circuit (21); a transmitter (22) which follows said resonant circuit (21) and transmits electrical energy from a primary winding (L1) to a secondary winding (L2), said resonant circuit (21) being coupled to the primary winding (L1) and the lighting means being able to be supplied with current from the secondary winding (L2); and a control unit (9) to which are fed back an actual current signal (S_iLLC) that reproduces the current (iLLC) through the resonant circuit (21), and an actual voltage signal (VL1) that reproduces the voltage applied to the primary winding (L1), said control unit (9) being designed to determine an indirect reproduction of the secondary side current on the basis of the actual current signal (S_iLLC) and actual voltage signal (VL1) that were obtained on the primary side.
WO/2015/103654 MACHINING SYSTEM FOR A PLURALITY OF DIFFERENT WORKPIECES||WO||16.07.2015|
The invention relates to a machining system (1) and a method for operating said machining system (1), said system (1) comprising at least one machining zone (3), one control zone (4), one input zone (4a) and, optionally, a receiving zone (5) and/or a presentation zone (5). Using an input and/or display element (11), a user can enter a text and/or a graphic into operator software that is installed on same, and this can be transmitted to control software running in the control zone (4). A data bank (24) is integrated into the input zone (4a) and/or control zone (4), in which data relating to the workpieces (9) or blanks (9) to be machined are stored.
WO/2015/103656 DEVICE FOR CONVERTING THERMAL ENERGY||WO||16.07.2015|
||PCT/AT2015/050005||ECOP TECHNOLOGIES GMBH||ADLER, Bernhard|
The invention relates to a device (20) for converting thermal energy of a low temperature into thermal energy of a high temperature by means of mechanical energy, and vice versa, comprising a rotor (21) which is mounted so as to rotate about a rotational axis (22) and in which a flow channel is provided for a working medium that circulates in a closed circuit process, said medium being conducted outwards, relative to the rotational axis, in a compression unit (23) in order to increase pressure, and being conducted inwards, relative to the rotational axis (22), in an expansion unit (24) in order to reduce pressure. At least one heat exchanger (1") that is positioned inwardly relative to the rotational axis and at least one heat exchanger (1') that is positioned outwardly relative to the rotational axis are provided for exchanging heat between said working medium and a heat exchange medium, said heat exchangers (1'; 1") preferably being arranged substantially parallel to the rotational axis of the rotor (21), and said rotor (21) comprising a support element (51) which supports said inner (1") and/or outer heat exchanger (1') along the length such that said inner (1") and/or outer heat exchanger (1') is retained.
WO/2015/103658 METHOD AND DEVICE FOR CONTROLLING A POWERTRAIN TEST STAND||WO||16.07.2015|
||PCT/AT2015/050007||KRISTL, SEIBT & CO. GESELLSCHAFT M.B.H.||BAUER, Robert|
Disclosed are a method and a control device for controlling a powertrain test stand (1) comprising a driving machine (2) and a driven machine (3, 3'). According to the invention, a torque supplied by the driving machine (2) is controlled, a reference variable (Mx) for controlling the torque of the driving machine (2) in order to dampen vibrations between the driving machine (2) and the driven machine (3, 3') being modified in accordance with a current speed (nist) of the driving machine (2) in relation to a predefined value (Msoll), the reference variable (Mx) being determined from a model (10) of a virtual tire.
WO/2015/103653 STAMP BAND AND PRODUCTION METHOD||WO||16.07.2015|
||PCT/AT2015/050002||TRODAT GMBH||DEUTSCH, Dieter|
The invention relates to a stamp band (1) for settable stamps, in particular for date stamps, and to a method for the production thereof, comprising at least one woven fabric (4) made of a weft thread (2) and a number of warp threads (3), in particular made of a cut woven fabric tube (23). The woven fabric (4) is embedded in a rubber impression material (5) using a vulcanisation process, wherein a number of printable characters (6) for a stamp impression and/or optionally readable characters (7) for a reading region (9) are formed in the rubber impression material (5). The weft thread (2) is made of polyamide or polyester and the warp threads (3) are made of cotton, and the weft thread (2) has a diameter of between 0.03 mm and 0.2 mm, or a textile measurement unit of between 80 and 200 Dtex, wherein the weft thread (2) or the entire woven fabric (4) is wetted with an adhesion agent (17).