mhurhangee/patent-ind-claim-en huggingface dataset:
Measuring tape for determining the position of an elevator car in an elevator shaft , said measuring tape being vertically disposable in the elevator shaft and preferably being disposable so as to extend across at least two building floors , said measuring tape having a tape-shaped base body and a position coding which is capable of being read out by means of a magnetic field sensor and is made of ferromagnetic material, characterized in that the tape-shaped base body is made of textile material and in that the position coding is disposed so as to be inserted into the base body or so as to be applied to a surface of the base body.
A drilling system for executing an underwater well drilling program in the bed of a body of water; the drilling system comprising a jack-up having a floating structure , and a drilling installation supported on the floating structure ; and an auxiliary floating unit connectable selectively to the jack-up and comprising two tanks designed for location on opposite sides of the jack-up ; characterised by at least one connecting member for connecting the tanks to each other, and designed for location beneath the floating structure .
Vulcanisable elastomeric composition for winter tyres comprising at least: one quantity X equal to at least 1 phr of at least one liquid polymer (A) selected from among a liquid polybutadiene, a liquid polyisoprene and/or mixtures thereof, one quantity Y equal to at least 11 phr of at least one resin (B) selected from among hydrocarbon resins, phenolic resins and natural resins, one quantity Z of at least 5 phr of at least one plasticising oil (C), 100 phr of a mixture of solid diene elastomeric polymers (D), wherein said mixture (D) comprises: from 0 to 95 phr of at least one styrene-butadiene polymer (SBR), from 0 to 95 phr of at least one polybutadiene polymer (BR), and from 5 to 100 phr of at least one polyisoprene polymer (IR), at least 10 phr of at least one reinforcing filler (E), and at least 0.05 phr of at least one vulcanising agent (F). one quantity X equal to at least 1 phr of at least one liquid polymer (A) selected from among a liquid polybutadiene, a liquid polyisoprene and/or mixtures thereof, one quantity Y equal to at least 11 phr of at least one resin (B) selected from among hydrocarbon resins, phenolic resins and natural resins, one quantity Z of at least 5 phr of at least one plasticising oil (C), 100 phr of a mixture of solid diene elastomeric polymers (D), from 0 to 95 phr of at least one styrene-butadiene polymer (SBR), from 0 to 95 phr of at least one polybutadiene polymer (BR), and from 5 to 100 phr of at least one polyisoprene polymer (IR), at least 10 phr of at least one reinforcing filler (E), and at least 0.05 phr of at least one vulcanising agent (F).
A computer-implemented method for predicting a failure state of an automated analyzer for analyzing a biological sample, the method comprising: generating a prediction algorithm for predicting a failure state of an automated analyzer based on historic analyzer data (5a; 7a; 8a), wherein the historic data includes historic data regarding the occurrence of failure states (7a; 8a) and historic calibration data and/or quality control data , wherein the prediction algorithm is adapted to predict a failure state of the automated analyzer based on calibration data and/or quality control data (5; 52) generated by an automated analyzer; obtaining calibration data and/or quality control data (5; 52) of the automated analyzer ; and processing the calibration data and/or quality control data (5; 52) by using the prediction algorithm to predict a failure state of the automated analyzer, characterized in that the generating includes training an initial prediction algorithm using the historic data regarding the occurrence of failure states (7a; 8a) and the historic calibration data and/or quality control data , wherein the prediction algorithm is configured to have one output state indicating that a failure state is expected and a second output state indicating that no failure state is expected, wherein generating the predicting algorithm comprises determining a length of a reactive interval between a period of time in which the quality control and/or the calibration data is used to predict a failure event and the failure event. generating a prediction algorithm for predicting a failure state of an automated analyzer based on historic analyzer data (5a; 7a; 8a), wherein the historic data includes historic data regarding the occurrence of failure states (7a; 8a) and historic calibration data and/or quality control data , wherein the prediction algorithm is adapted to predict a failure state of the automated analyzer based on calibration data and/or quality control data (5; 52) generated by an automated analyzer; obtaining calibration data and/or quality control data (5; 52) of the automated analyzer ; and processing the calibration data and/or quality control data (5; 52) by using the prediction algorithm to predict a failure state of the automated analyzer, characterized in that the generating includes training an initial prediction algorithm using the historic data regarding the occurrence of failure states (7a; 8a) and the historic calibration data and/or quality control data , wherein the prediction algorithm is configured to have one output state indicating that a failure state is expected and a second output state indicating that no failure state is expected, wherein generating the predicting algorithm comprises determining a length of a reactive interval between a period of time in which the quality control and/or the calibration data is used to predict a failure event and the failure event.
Method for evaluating gestures based on data of a sensor having lateral drift field diodes (LDPDs), comprising the following steps: - sequential measurement by the sensor in order to detect a gesture, firstly by measuring extraneous light in order to detect 2D data in the form of reflectance data, secondly by measuring laser light in order to detect 3D data in the form of distance data, and thirdly by measuring residual light; - detecting motion artifacts in the 2D data and/or the 3D data which have been caused by residual charges in the case of moving objects; - detecting a movement by processing only the motion artifacts ; and - evaluating the detected movement with respect to possible gestures; in that a quantification of motion artifacts at the edges of the moving object is used for the calculation of a motion vector, and/or for the calculation of an approach speed of the moving object toward the sensor ; wherein the quantification calculates a quantization point which corresponds to the centroid of the motion artifact or the highest value of the motion artifact ; wherein the calculation of the movement vector and/or of the approach speed is based on the quantization point . - sequential measurement by the sensor in order to detect a gesture, firstly by measuring extraneous light in order to detect 2D data in the form of reflectance data, secondly by measuring laser light in order to detect 3D data in the form of distance data, and thirdly by measuring residual light; - detecting motion artifacts in the 2D data and/or the 3D data which have been caused by residual charges in the case of moving objects; - detecting a movement by processing only the motion artifacts ; and - evaluating the detected movement with respect to possible gestures; in that a quantification of motion artifacts at the edges of the moving object is used for the calculation of a motion vector, and/or for the calculation of an approach speed of the moving object toward the sensor ; wherein the quantification calculates a quantization point which corresponds to the centroid of the motion artifact or the highest value of the motion artifact ; wherein the calculation of the movement vector and/or of the approach speed is based on the quantization point .
Conductor line (6; 35) for supplying at least one electrical load which is movable on the conductor line (6; 35) in the longitudinal direction (L) thereof with electrical energy, having at least one conductor strand running in longitudinal direction (L) with an electrically conductive conductor profile for making contact with a sliding contact of the load, wherein a first optical transmission unit running in longitudinal direction (L) is arranged on the conductor line (6; 35) for contactless data transmission with a second optical transmission unit which is movable with respect to the conductor line (6; 35), characterised in that the conductor line (6; 35) is designed as an elongated hollow profile with a hollow space running in longitudinal direction (L) and a longitudinal slot running in longitudinal direction (L), wherein the first optical transmission unit is arranged in the hollow space .
A genetically edited livestock animal comprising at least one edited chromosomal sequence encoding a NANOS2 protein, wherein the at least one edited chromosomal sequence is inactivated, and wherein the livestock animal is bovine or porcine.
A surface extraction interface system comprising: a seal assembly comprising: a cavity assembly defining a cavity with an inlet, an outlet, and an open side; an actuator operable to press the cavity assembly against an opposed surface facing the open side of the cavity; a force gauge operable to measure a force applied by the seal assembly against the opposed surface; and a control system connected to the actuator and the force gauge, the control system responsive to input data identifying characteristics of the opposed surface to determine a force to be applied by the seal assembly against the opposed surface and to operate the actuator to achieve the force. a seal assembly comprising: a cavity assembly defining a cavity with an inlet, an outlet, and an open side; an actuator operable to press the cavity assembly against an opposed surface facing the open side of the cavity; a force gauge operable to measure a force applied by the seal assembly against the opposed surface; and a cavity assembly defining a cavity with an inlet, an outlet, and an open side; an actuator operable to press the cavity assembly against an opposed surface facing the open side of the cavity; a force gauge operable to measure a force applied by the seal assembly against the opposed surface; and a control system connected to the actuator and the force gauge, the control system responsive to input data identifying characteristics of the opposed surface to determine a force to be applied by the seal assembly against the opposed surface and to operate the actuator to achieve the force.
An information processing device , comprising: a memory ; a processing unit which operates a virtual machine, an operating system which is executed on the virtual machine, and a hypervisor which controls the virtual machine, and controls relationship between the virtual machine and a physical resource being allocated to the virtual machine; and a control unit which controls the information processing device including the memory and the processing unit , wherein the processing unit manages first information specifying a first memory area used by the hypervisor; pauses the operating system when detecting an error of the hypervisor; notifies the control unit of the first information; stops the hypervisor; allocates a second memory area different from the first memory area specified in the first information to the hypervisor; starts the hypervisor using the second memory area as an available area; starts the operating system, and resumes an application program which is operated on the operating system; and reads data in the first memory area, and writes the data to a file as a dump file of the hypervisor. a memory ; a processing unit which operates a virtual machine, an operating system which is executed on the virtual machine, and a hypervisor which controls the virtual machine, and controls relationship between the virtual machine and a physical resource being allocated to the virtual machine; and a control unit which controls the information processing device including the memory and the processing unit , wherein the processing unit manages first information specifying a first memory area used by the hypervisor; pauses the operating system when detecting an error of the hypervisor; notifies the control unit of the first information; stops the hypervisor; allocates a second memory area different from the first memory area specified in the first information to the hypervisor; starts the hypervisor using the second memory area as an available area; starts the operating system, and resumes an application program which is operated on the operating system; and reads data in the first memory area, and writes the data to a file as a dump file of the hypervisor.
A finishing accessory (1A / 1B / 1C / 1D / 1E / 1F) comprising a finishing profile (10; 10') and at least one blocking part (P1A or P2A / P1B or P2B / P1C or P2C / P3 / P4 / P1F or P2F or P3F), said finishing profile (10; 10') is deformable and suitable for making up a finishing transition between two surfaces (S1; S2) coplanar and forming a finishing transition between two surfaces (S1; S2) having a level difference (E) and/or between two surfaces (S1; S2) oriented transversely with respect to one another, and in particular perpendicularly, with respect to one another, and comprises two rigid wings (100; 101) that extend lengthwise parallel to a longitudinal axis (A), which are spaced from one another and which are intended to be in contact respectively with the two surfaces (S1; S2) to be connected, and a flexible hinge that extends lengthwise parallel to said longitudinal axis (A), which is, at least in part, positioned between the two wings (100; 101), and which connects the two wings to one another while allowing a rotation of the two wings (100; 101) relative to one another in a plane (X, Y) perpendicular to the longitudinal axis (A), each wing has, on its underside , a rigid longitudinal projection (100c; 101c) that extends lengthwise parallel to said longitudinal axis (A), the flexible hinge and the two longitudinal projections (100c; 101c) define a longitudinal groove between them, said blocking part comprises an adjusting shim , which extends lengthwise, which is capable of being inserted into said longitudinal groove and which, once inserted into said longitudinal groove, acts as a stop preventing the two longitudinal projections (100c; 101c) from being brought closer to one another, and said locking part being adaptable to the finishing profile (10; 10') with the adjusting shim inserted in the longitudinal groove of the finishing profile (10; 10'), so as to block the inward rotation of the two wings (100; 101) in relation to one another in a plane (X, Y) perpendicular to the longitudinal axis (A) and in the first directions of rotation (R1a; R1b) of the lower faces (100b; 101b) of the wings (100; 101) towards one another, with a predefined angular orientation of the two wings (100; 101) relative to one another.
A polymer composition for coating expanded polystyrene (EPS), the polymer composition comprising: a mixture of at least one of polyurea, polyurethane, silicon elastomer, and a combination thereof in a predefined ratio, wherein the mixture comprises one of the polyurea and the polyurethane in the predefined ratio, with the predefined ratio comprised between 60:40 and 80:20, and the polyurea, the polyurethane, and the silicon elastomer in the predefined ratio, with the predefined ratio comprised between 60:37:03 and 78:19:03.
An axle assembly comprising: an electric motor module ; a gear reduction module that is operatively connected to the electric motor module ; a drive pinion that is rotatable about a first axis ; a shift collar that is rotatable with the drive pinion and moveable along the first axis such that the shift collar is selectively couplable to the gear reduction module , characterized in that the shift collar has a set of detection features that are arranged around the first axis such that a gap is provided between adjacent detection features ; and in that the axle assembly further comprises a sensor that is configured to detect the set of detection features and provide a signal indicative of rotation of the shift collar about the first axis , wherein a duty cycle of the signal varies as the shift collar moves along the first axis and is indicative of positioning of the shift collar along the first axis . an electric motor module ; a gear reduction module that is operatively connected to the electric motor module ; a drive pinion that is rotatable about a first axis ; a shift collar that is rotatable with the drive pinion and moveable along the first axis such that the shift collar is selectively couplable to the gear reduction module , characterized in that the shift collar has a set of detection features that are arranged around the first axis such that a gap is provided between adjacent detection features ; and in that the axle assembly further comprises a sensor that is configured to detect the set of detection features and provide a signal indicative of rotation of the shift collar about the first axis , wherein a duty cycle of the signal varies as the shift collar moves along the first axis and is indicative of positioning of the shift collar along the first axis .
A bone fusion system , comprising an alignment guide ; an implant ), comprising: a body portion ; a first arm extending away from the body portion in a first direction; a second arm extending away from the body portion in a second direction; and a third arm extending away from the body portion laterally at a position between the first arm and the second arm ; and an extension member extending away from a bottom surface of the third arm and comprising a hole extending therethrough in a direction substantially parallel to the first and second arms ; and at least one fastener insertable through the implant . an alignment guide ; an implant ), comprising: a body portion ; a first arm extending away from the body portion in a first direction; a second arm extending away from the body portion in a second direction; and a third arm extending away from the body portion laterally at a position between the first arm and the second arm ; and a body portion ; a first arm extending away from the body portion in a first direction; a second arm extending away from the body portion in a second direction; and a third arm extending away from the body portion laterally at a position between the first arm and the second arm ; and an extension member extending away from a bottom surface of the third arm and comprising a hole extending therethrough in a direction substantially parallel to the first and second arms ; and at least one fastener insertable through the implant .
An inverter comprising an inverter bridge , which is connected on the input side between two DC busbars and on the output side to an AC output , - wherein the two DC busbars extend, overlapping one another, in mutually parallel planes, - wherein the inverter bridge has a subcircuit between the AC output and each DC busbar , - wherein semiconductor modules , which form the two subcircuits, are arranged next to one another, - wherein the semiconductor modules are connected to the two DC busbars and the AC output via connections (11 to 13), and - wherein a connection element (10', 10", 17, 17'), which leads to the AC output , connects the semiconductor modules of the two subcircuits to one another in a region overlapped by the DC busbars , characterized - in that each subcircuit provided between the AC output and one of the DC busbars has a plurality of semiconductor switches , and - in that the connection element (10', 10", 17, 17'), which leads to the AC output , begins in the region overlapped by the DC busbars on that side of the DC busbars which faces the semiconductor modules , connects the semiconductor modules of the two subcircuits to one another there, and emerges beneath the DC busbars . - wherein the two DC busbars extend, overlapping one another, in mutually parallel planes, - wherein the inverter bridge has a subcircuit between the AC output and each DC busbar , - wherein semiconductor modules , which form the two subcircuits, are arranged next to one another, - wherein the semiconductor modules are connected to the two DC busbars and the AC output via connections (11 to 13), and - wherein a connection element (10', 10", 17, 17'), which leads to the AC output , connects the semiconductor modules of the two subcircuits to one another in a region overlapped by the DC busbars , characterized - in that each subcircuit provided between the AC output and one of the DC busbars has a plurality of semiconductor switches , and - in that the connection element (10', 10", 17, 17'), which leads to the AC output , begins in the region overlapped by the DC busbars on that side of the DC busbars which faces the semiconductor modules , connects the semiconductor modules of the two subcircuits to one another there, and emerges beneath the DC busbars .
A method , performed by a station , to filter service advertisement information, the method comprising: receiving a first service advertisement frame comprising a transmit power value , a link quality value and service information associated with a service provider; determining a received signal strength value for the first service advertisement frame; determining an updated link quality value for the service provider based on the transmit power value in the first service advertisement frame and the received signal strength value for the first service advertisement frame; determining based at least on the updated link quality value whether to update service advertisement information stored at the station using the service information from the first service advertisement frame, the service advertisement information comprising service information corresponding to a service provider list including service providers on one or more other stations; and transmitting a second service advertisement frame comprising at least some of the service advertisement information stored by the station. receiving a first service advertisement frame comprising a transmit power value , a link quality value and service information associated with a service provider; determining a received signal strength value for the first service advertisement frame; determining an updated link quality value for the service provider based on the transmit power value in the first service advertisement frame and the received signal strength value for the first service advertisement frame; determining based at least on the updated link quality value whether to update service advertisement information stored at the station using the service information from the first service advertisement frame, the service advertisement information comprising service information corresponding to a service provider list including service providers on one or more other stations; and transmitting a second service advertisement frame comprising at least some of the service advertisement information stored by the station.