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Results 1-10 of 3,163,640 for Criteria:OF:WO Office(s):all Language:EN Stemming: true maximize
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TitleCtrPubDate
Int.ClassAppl.NoApplicantInventor
1. WO/2017/177242 SYSTEMS AND METHODS FOR DETECTING ENGINE VIBRATIONWO19.10.2017
G01H 1/00
PCT/AP2017/000001UNITED TECHNOLOGIES CORPORATIONHAGSHENAS, Behzad
Systems and methods of monitoring health of rotating engine components are provided. The systems and methods may receive a measurement from a speed sensor (44), detect the measurement from the speed sensor (44) indicates a vibration of an engine, determine the vibration of the engine persisted for a predetermined duration, and signal the vibration of the engine is detected.

2. WO/2017/177243 CODE GENERATORWO19.10.2017
H03K 3/78
PCT/AT2016/050095METADAT IT-BERATUNGS- UND ENTWICKLUNGS-GMBHKOTSCH, Leszek
The invention relates to a code generator, in which a plurality of flip-flops (R1, R2, R3) is interconnected to form a circuit. In addition, feedback is provided, wherein an output (Q) and an input (D) of the flip-flops (R1, R2) are recursively interconnected via an XOR gate (XF2), wherein the first input of the XOR gate is connected to the output (Q) of a flip-flop (R1) located in the code-producing series and at least one further input of the XOR gate is connected to the output (Q) of a further flip-flop (R2, R3) located further back in the code-producing series and the output of the XOR gate is connected to the input (D) of the flip-flop (R2) that follows the flip-flop (R1) connected to the first input of the XOR gate (XF2) in the code-producing series. Furthermore, an input signal can be fed in via an XOR gate (XE). According to the invention, a plurality of such feedbacks are provided, wherein, in the case of at least two feedbacks, an AND gate (AR23; AR22) is provided between the further flip-flop (R2, R3) located further back in the code-producing series and the XOR gate (XF2), the second input of which AND gate can be controlled by means of look-up tables.

3. WO/2017/177244 ANODE FOR A HIGH-PRESSURE DISCHARGE LAMPWO19.10.2017
H01J 61/073
PCT/AT2017/000018PLANSEE SEWESEMANN, Ingmar
The invention relates to an anode (1) for a high-pressure discharge lamp, comprising a main body (3) composed of a refractory metal or a refractory-metal-based alloy and an insert (2) composed of a tungsten-based alloy, which are integrally bonded to each other along at least one interface (23), characterized in that the insert (2) consists of a tungsten-based alloy having a potassium content between 5 μg/g and 120 μg/g, preferably 15 μg/g and 85 μg/g, more preferably 25 μg/g and 65 μg/g. The invention further relates to a method for producing an anode and to a high-pressure discharge lamp.

4. WO/2017/177245 METHOD AND DEVICE FOR STRAIGHTENING A WORKPIECEWO19.10.2017
B21D 3/10
PCT/AT2017/050007MOSER, FriedrichMOSER, Friedrich
The invention relates to a method for straightening a workpiece (1) having a longitudinal axis, wherein the workpiece (1) is bent out from an initial position transverse to the longitudinal axis and bent back again. In order to create advantageous straightening conditions, it is proposed that the workpiece (1), which is held on the end side in mounting heads (6), is bent out by the mounting heads (6) in directions, which change in at least predetermined angle ranges, and bent back again.

5. WO/2017/177246 LASER SCANNERWO19.10.2017
G01S 17/02
PCT/AT2017/060015RIEGL LASER MEASUREMENT SYSTEMS GMBHRIEGER, Peter
The invention relates to a laser scanner (10) for scanning a ground (2) from a sea- or airborne vehicle (1), comprising a scanning unit (11) for emitting a fan-shaped scanning beam (6) of laser beams (4) distributed about a scanning axis (5), and receiving the laser beams (4) reflected from the ground (2), and comprising an evaluation unit (12) connected to the scanning unit (11) for evaluating the received laser beams (4), characterised by a measuring unit (16; 11; 13, 25, 27; 13, 15, 27) designed to measure the height (a) of the vehicle (1) above the ground (2), and comprising an adjustment device (19) that can be anchored to the vehicle (1) and is connected to the measuring unit (16; 11; 13, 25, 27; 13, 15, 27), wherein the adjustment device (19) is designed to turn the fan-shaped scanning beam (6) of the scanning unit (11) in relation to the vehicle (1), about a first adjustment axis (22) that is different from the scanning axis (5), and in accordance with the measured height (a) above the ground (2).

6. WO/2017/177247 FURNITURE DRIVE SYSTEMWO19.10.2017
E05F 1/10
PCT/AT2017/060027JULIUS BLUM GMBHBOHLE, Wolfgang
The invention relates to a furniture drive system (4) for a furniture part (3) that is movably mounted on a furniture body (2), comprising: a mechanical control unit (5) having: at least one pivotably mounted control arm (6) for moving the movable furniture part (3), a spring device (18) for applying force to the control arm (6), a movably mounted control part (10) having a transmission opening (10a) for transmitting a force from the spring device (18) to the control arm (6); an electrical drive unit (7) having: an electric motor (12) for the electric-motor support of motion of the movable furniture part (3), a driver (22), which can be driven by the electric motor (12), for transmitting a torque of the electric motor (12) to the mechanical control unit (5), wherein the driver (22) of the electrical drive unit (7) can be inserted into the transmission opening (10a) of the control part (10), wherein the electrical drive unit (7) and the mechanical control unit (5) are designed as separate assemblies and can be fastened to each other, wherein a contact surface (25) for the driver (22) is arranged laterally adjacent to the transmission opening (10a) and the driver (22) is preloaded toward the contact surface (25) by a force store (23), wherein the driver (22), in a position in which the driver (22) is aligned with the transmission opening (10a), automatically penetrates the transmission opening (10a) by means of the force of the force store (23).

7. WO/2017/177248 DRAWER OPENING GUIDE WITH ROLLING ELEMENTSWO19.10.2017
A47B 88/493
PCT/AT2017/060063JULIUS BLUM GMBHHÄMMERLE, Hermann
A drawer opening guide (100) comprises at least two rails (1, 2) mounted to be movable relative to each other, wherein a running surface (3) extending in the longitudinal direction (LR) of the rail (1, 2) is located on at least one rail (1, 2), at least one load-transferring rolling element (4) which is arranged between the rails (1, 2) and is mounted to move along the running surface (3) when the rails (1, 2) move relative to each other, wherein the running surface (5) of the rail (1, 2) comprises at least one first guide strip (5) extending in the longitudinal direction (LR) for laterally guiding the at least one rolling element (4).

8. WO/2017/177249 COMPONENT COOLING DEVICEWO19.10.2017
H05K 7/20
PCT/AT2017/060085ZKW GROUP GMBHEDLINGER, Erik
A component cooling device (101) comprising: a circuit board (102), the circuit board (102) having an upper side (103) and a lower side (104) facing away from the upper side (103); and at least one electronic component (106) and at least one hollow circuit board opening (107) for a gaseous cooling medium for cooling the component, wherein on the lower side (104) of the circuit board (102) is provided a guide (110) which forms a flow channel (109) that has at least one inlet (113) and at least one outlet, which is formed by the at least one circuit board opening (107), for at least one convection flow (108) of the cooling medium.

9. WO/2017/177250 CHAIN LINK ASSEMBLY AND PRODUCTION METHOD FOR A CHAINWO19.10.2017
F16G 13/12
PCT/AT2017/060089WEINER, ChristineZARCHINI, Manoochehr
The invention relates to a chain link assembly, in particular a chain, comprising a plurality of respective closed, preferably annular chain links (100) mounted in one another. At least one chain link (100) runs in a plane (E). The chain link (100) has a first side (102) and a second side (103) facing away from the first side (102). The sides (102, 103) are defined to be substantially parallel and at a distance from the plane (E) on both sides. The chain link (100) has a height (101) that is determined perpendicular to the plane (E), substantially via the distance between the two sides (102, 103) of the chain link (100). The chain link (100) has a cross-sectional area perpendicular to the plane (E) at every point on the perimeter thereof, which is designed as a substantially single part. The chain link (100) has a first recess (112) in a first position (111) along the perimeter thereof, via which a first reduced cross-section (116) is formed in the chain link (100), and has a second recess (122) in a second position (121), via which a second reduced cross-section (126) is formed in the chain link (100), wherein the first recess (112) is configured on the first side (102) and the second recess (122) is configured on the second side (103).

10. WO/2017/177251 BODY PROTECTION ELEMENTWO19.10.2017
A41D 13/015
PCT/AT2017/060092KARALL, GerhardKARALL, Gerhard
The invention relates to a body protection element (100, 200, 300) having at least one damping layer (110, 210, 310A, 310B), wherein the at least one damping layer (110, 210, 310A, 310B) has a plurality of damping bodies (112, 312A, 312B) in the form of hollow bodies having a substantially circular, elliptical, triangular, square and/or polygonal cross-section, which are arranged on a plate-shaped base body.


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