mhurhangee/ep-ind-claims huggingface dataset:
A polypeptide with laccase activity consisting of an amino acid sequence that is at least 75% identical to the amino acid sequence according to SEQ ID NO: 1, wherein the polypeptide comprises a small amino acid residue selected from the group consisting of threonine, proline, alanine, glycine, serine, cysteine, aspartic acid, asparagine and valine at an amino acid position corresponding to position 149 in SEQ ID NO: 1.
A planetary mixer in which solid/liquid type treatment materials are subjected to dispersion, blending, mixing/kneading or the like by plural frame-shaped stirring blades which revolve and rotate in a tank, wherein the frame-shaped stirring vanes are frame-shaped stirring blades of which the frame comprises a vertical side portion and a horizontal side portion, and the vertical side portion has a cross sectional configuration which has two slope faces (25, 26) slanting toward an inner wall of the tank so that inward front ends are located far apart from the inner wall of the tank and outward front ends are located near the inner wall of the tank when the vertical side portion comes close to the inner wall of the tank, in which the distance between the inward front ends is broader than the distance between the outward front ends; an edge face connecting outward front ends of the slope faces (25, 26); and an inner face connecting inward front ends of the slope faces (25, 26), characterized in that the inner face is in the shape of an arc having a center located at an intersection of a line connecting the inward front ends and a centerline running through a center of the edge face.
An optical recording medium on which a recording/reproducing unit block (40/50) is recorded, the recording/reproducing unit block (40/50) comprising invalid data used in disc certification; characterised by further comprising a padding identifier to indicate that the invalid data is included in the recording/reproducing unit block (40/50), wherein the invalid data and the padding identifier constitutes a data structure that enables a recording/reproducing apparatus into which the optical recording medium is loaded to determine that the recording/reproducing unit block contains the invalid data by reading the padding identifier from the optical recording medium.
A method for determining an amount of water contamination in oil of a gearbox of a wind turbine, the method comprising: Receiving, via a controller, one or more weather conditions at the wind turbine; Receiving, via the controller, one or more operational parameters of the wind turbine; Calculating, via the controller, the amount of water contamination in the oil of the gearbox as a function of the one or more operational parameters of the wind turbine and the one or more weather conditions at the wind turbine, and, Implementing, via the controller, a corrective action based on the calculated amount of water contamination in the oil of the gearbox; wherein the one or more operational parameters are at least one of generator speed, oil type, gearbox volume, and desiccant specifications, and wherein the one or more weather conditions at the wind turbine are at least one of humidity, dew point, and wind speed. Receiving, via a controller, one or more weather conditions at the wind turbine; Receiving, via the controller, one or more operational parameters of the wind turbine; Calculating, via the controller, the amount of water contamination in the oil of the gearbox as a function of the one or more operational parameters of the wind turbine and the one or more weather conditions at the wind turbine, and, Implementing, via the controller, a corrective action based on the calculated amount of water contamination in the oil of the gearbox; wherein the one or more operational parameters are at least one of generator speed, oil type, gearbox volume, and desiccant specifications, and wherein the one or more weather conditions at the wind turbine are at least one of humidity, dew point, and wind speed.
Method for operating a combustion engine brake by means of at least one first operating parameter value which is selected in order to create a demanded brake torque value, comprising a step of detecting a brake torque value which is delivered by the combustion engine brake for braking the vehicle, characterized in that said brake torque value is detected by a real torque sensor positioned in a drive line of said vehicle, and, if the amount of the difference between the demanded brake torque value and the delivered brake torque value exceeds a predetermined first limit value, the combustion engine brake is operated by means of at least one second operating parameter value which is selected or adapted or controlled in order to create a corrected brake torque value.
Method for sealing the edges of carbon fibre-reinforced plastics components (CFRP), comprising the steps of: applying a thermoplastic semifinished product to a cut edge of a composite fibre component being a carbon fibre-reinforced plastic component (CFRP); thermoplastically or integrally joining the thermoplastic semifinished product to the cut edge of the composite fibre component, characterised in that the joining is done by means of ultrasonic welding. applying a thermoplastic semifinished product to a cut edge of a composite fibre component being a carbon fibre-reinforced plastic component (CFRP); thermoplastically or integrally joining the thermoplastic semifinished product to the cut edge of the composite fibre component, characterised in that the joining is done by means of ultrasonic welding.
A method for predicting the survival time of a subject suffering from a Non-Small-Cell Lung Cancer (NSCLC)comprising the steps of: i) quantifying the density of regulatory T CD3+FoxP3+ (Treg) cells in a tumor tissue sample obtained from the subject, ii) quantifying the density of one further population of immune cells selected from the group consisting of TLS-mature DC or TLS-B cells or Tconv CD3+ FoxP3-cells or CD8+ T cells or CD8+ Granzyme-B+ T cells in said tumor tissue sample, iii) comparing the densities quantified at steps i) and ii) with their corresponding predetermined reference values and iv) concluding that the subject will have a short survival time when the density of Treg cells is higher than its corresponding predetermined reference value and the density of the further population of immune cells is lower than its corresponding predetermined reference value or concluding that the subject will have a long survival time when the density of Treg cells is lower than its corresponding predetermined reference value and the density of the further population of immune cells is higher than its corresponding predetermined reference value. i) quantifying the density of regulatory T CD3+FoxP3+ (Treg) cells in a tumor tissue sample obtained from the subject, ii) quantifying the density of one further population of immune cells selected from the group consisting of TLS-mature DC or TLS-B cells or Tconv CD3+ FoxP3-cells or CD8+ T cells or CD8+ Granzyme-B+ T cells in said tumor tissue sample, iii) comparing the densities quantified at steps i) and ii) with their corresponding predetermined reference values and iv) concluding that the subject will have a short survival time when the density of Treg cells is higher than its corresponding predetermined reference value and the density of the further population of immune cells is lower than its corresponding predetermined reference value or concluding that the subject will have a long survival time when the density of Treg cells is lower than its corresponding predetermined reference value and the density of the further population of immune cells is higher than its corresponding predetermined reference value.
A 3D touch control-based automobile seat adjustment switch, comprising an insulating cover plate, a touch sensor, a base, a feedback module, a circuit board, and a module assembly cover plate, wherein a plurality of protruding or recessed touch control regions are arranged on the insulating cover plate, a plurality of independent touch sensors are attached to the plurality of touch control regions on the insulating cover plate, to form a 3D touch assembly, and the plurality of touch sensors are all connected to the circuit board; characterized in that, the circuit board is assembled on the module assembly cover plate, the module assembly cover plate and the feedback module are assembled on one surface of the base, the feedback module is connected to the circuit board, and an other surface of the base is assembled on the insulating cover plate, the feedback module is a combination of more than one of a vibration motor, a pressure element, an electromagnet, or a buzzer; and the feedback module comprises the vibration motor and the pressure element, the vibration motor is arranged between the circuit board and the base, and the pressure element is a diaphragm pressure sensor and is attached between the circuit board and the module assembly cover plate. the circuit board is assembled on the module assembly cover plate, the module assembly cover plate and the feedback module are assembled on one surface of the base, the feedback module is connected to the circuit board, and an other surface of the base is assembled on the insulating cover plate, the feedback module is a combination of more than one of a vibration motor, a pressure element, an electromagnet, or a buzzer; and the feedback module comprises the vibration motor and the pressure element, the vibration motor is arranged between the circuit board and the base, and the pressure element is a diaphragm pressure sensor and is attached between the circuit board and the module assembly cover plate.
Method for assisting with driving a client vehicle upon detection of a current driving situation in a current time context, particularly defined by date and time information, the method being characterized in that it comprises the following steps of: - identifying a set of surrounding vehicles located in a neighbouring area of said client vehicle; - determining an identifier associated with each surrounding vehicle; - transmitting a request for characterizing the driving behaviour of each surrounding vehicle to a driving assistance server, said characterization request comprising the identifier associated with each surrounding vehicle, the current driving situation, and the current time context; - determining a driving behaviour score in association with each identifier using a database of driving behaviour scores, with each driving behaviour score in the database being associated with a vehicle identifier, in a given driving situation and in a given time context; - determining a driving manoeuvre as a function of the driving behaviour scores associated with the identifiers of said surrounding vehicles. - identifying a set of surrounding vehicles located in a neighbouring area of said client vehicle; - determining an identifier associated with each surrounding vehicle; - transmitting a request for characterizing the driving behaviour of each surrounding vehicle to a driving assistance server, said characterization request comprising the identifier associated with each surrounding vehicle, the current driving situation, and the current time context; - determining a driving behaviour score in association with each identifier using a database of driving behaviour scores, with each driving behaviour score in the database being associated with a vehicle identifier, in a given driving situation and in a given time context; - determining a driving manoeuvre as a function of the driving behaviour scores associated with the identifiers of said surrounding vehicles.
A wireless communication network comprising: a plurality of mobile nodes each comprising a wireless transceiver and a controller for controlling said wireless transceiver, said controller also for scheduling a plurality of time slots for establishing a communication link with a neighboring mobile node for transmitting data therebetween, the data having a plurality of priority levels, characterized by the controller being suitable for determining respective link quality values associated with the communication link during each time slot, and prioritizing data to be transmitted during the time slots based upon the priority level of the data and the respective link quality values of the time slots; wherein the link quality value is based upon a packet reception error value or a signal-to-interference ratio associated with the communication link during a respective time slot. a plurality of mobile nodes each comprising a wireless transceiver and a controller for controlling said wireless transceiver, said controller also for scheduling a plurality of time slots for establishing a communication link with a neighboring mobile node for transmitting data therebetween, the data having a plurality of priority levels, characterized by the controller being suitable for determining respective link quality values associated with the communication link during each time slot, and prioritizing data to be transmitted during the time slots based upon the priority level of the data and the respective link quality values of the time slots; wherein the link quality value is based upon a packet reception error value or a signal-to-interference ratio associated with the communication link during a respective time slot.
A layer structure which is formed between an interconnect and a cathode of a solid oxide fuel cell, wherein the interconnect comprises a metal alloy containing chromium and the layer structure is formed in the green state by a powdery spinel as well as at least one of the below-named metal oxides CuO, NiO, CoO x and MnO x as a sintering additive, and at least one powdery perovskite, in this respect chromium is not contained in any of these chemical compounds, and wherein the portion of spinel contained with the metal oxides as a sintering additive reduces starting from the side facing the interconnect up to the side facing the cathode and the portion of perovskite is likewise reduced starting from the side facing the cathode in the direction of the side facing the interconnect.
A physical layer device for an in-vehicle network, comprising: a transmit buffer configured to buffer first media independent interface, MII, data received from a media access control, MAC, controller over a first path; a receive buffer configured to buffer second MII data for transmission to the MAC controller over a second path; a transmitter configured to process the first MII data buffered by the transmit buffer to form a transmit signal for transmission over a single pair of shielded or coaxial cables to a remote Ethernet transceiver in the in-vehicle network; a receiver configured to process a receive signal received from the remote Ethernet transceiver in the in-vehicle network to provide the second MII data to the receive buffer for buffering; and a time-division duplex, TDD, controller configured to control when the transmitter transmits the transmit signal to the remote Ethernet transceiver in the in-vehicle network; wherein the TDD controller is further configured to provide a control signal to components of the physical layer device that indicates when the physical layer device is to transmit; and the TDD controller is further configured to control the receiver to stop adaptation of an equalizer or cross-talk canceler implemented by the receiver based on the transmitter transmitting the transmit signal over the single pair of shielded or coaxial cables. a transmit buffer configured to buffer first media independent interface, MII, data received from a media access control, MAC, controller over a first path; a receive buffer configured to buffer second MII data for transmission to the MAC controller over a second path; a transmitter configured to process the first MII data buffered by the transmit buffer to form a transmit signal for transmission over a single pair of shielded or coaxial cables to a remote Ethernet transceiver in the in-vehicle network; a receiver configured to process a receive signal received from the remote Ethernet transceiver in the in-vehicle network to provide the second MII data to the receive buffer for buffering; and a time-division duplex, TDD, controller configured to control when the transmitter transmits the transmit signal to the remote Ethernet transceiver in the in-vehicle network; wherein the TDD controller is further configured to provide a control signal to components of the physical layer device that indicates when the physical layer device is to transmit; and the TDD controller is further configured to control the receiver to stop adaptation of an equalizer or cross-talk canceler implemented by the receiver based on the transmitter transmitting the transmit signal over the single pair of shielded or coaxial cables.
Control assembly for controlling the transfer of harvested agricultural goods from a harvester to a transport vehicle (12, 12') comprising a load container (18, 18'), having a first transmitter device for electromagnetic waves in the radiofrequency range and a first receiver device which reacts with the first transmitter device and is connected to a control device which can be operated to control automatically, on the basis of the signals of the first receiver device, the position of the output end of a discharge device with respect to the harvester and/or the ejection direction of the discharge device and/or the position of the transport vehicle (12, 12') with the load container (18, 18') with respect to the harvester, characterized in that the first receiver device is configured to detect the propagation time of the electromagnetic waves between the first transmitter device and the first receiver device, and in that a plurality of first transmitter devices and/or first receiver devices which are connected to the control device are attached, spaced apart from one another, at respective different positions of the transport vehicle (12, 12').
Bore-scope sealing apparatus for removably sealing a bore-scope opening (2, 4) in a turbomachine wall (3, 5) with a plug, characterised in that the plug is mountable to the bore-scope opening (2, 4) by means of a bayonet coupling; wherein the bayonet coupling comprises a projection at the plug and a corresponding recess at the bore-scope opening (2, 4); and wherein a resilient retaining means is arranged at the recess being compressed by the projection in a sealing position to retain the plug in the bore-scope opening (2, 4).
An adhesive applicator device for applying adhesive to a continuous web of paper used in the tobacco processing industry, comprising a container for the adhesive and a disc-shaped element for picking up a first quantity of adhesive from the container, the disc-shaped element rotating about an axis of rotation, the applicator device further comprising an adhesive spreader associated with the disc-shaped pick-up element, the adhesive spreader comprising collecting means (5, 12, 13) for receiving from the disc-shaped pick-up element a second quantity of adhesive, received at least partly from the first quantity, the collecting means (5, 12, 13) comprising a conveyor designed to convey the second quantity of adhesive towards the adhesive spreader, the applicator device further comprising an adhesive applicator roller coaxial with the disc-shaped pick-up element, the roller being associated with the adhesive spreader to receive a third quantity of adhesive, received at least partly from the second quantity of adhesive present in the adhesive spreader, the adhesive spreader further comprising a spreading system for smearing the third quantity of adhesive on the applicator roller, the applicator device being characterized in that the disc-shaped pick-up element is defined by a toothed wheel comprising a plurality of teeth delimiting a plurality of corresponding spaces for collecting the first quantity of adhesive from the container, the conveyor being in fluid communication with the spaces to convey the second quantity of adhesive to the adhesive spreader.
A fatty alcohol alkoxylate made from a monounsaturated fatty alcohol composition, wherein the fatty alcohol composition is made by reducing a metathesis-derived monounsaturated alkyl ester, wherein the fatty alcohol alkoxylate has the general structure: R-CH=CH-(CH 2) 7 -CH 2 O- n -H, wherein R is H or C 2 alkyl; AO is an oxyalkylene group; and n, which is the average number of oxyalkylene groups, has a value within the range of 1 to 50.
A network node, comprising: A bus switching element; a network adapter, a computational accelerator and a host, all coupled to communicate with each other via the bus switching element, wherein: the network adapter is configured to communicate with remote nodes over a communication network; the host is configured to establish a Remote Direct Memory Access, RDMA, link between the computational accelerator and a RDMA endpoint by creating a Queue Pair, QP, to be used by the computational accelerator for communication with the RDMA endpoint via the RDMA link; and the computational accelerator is configured to exchange data, via the network adapter, between a memory of the computational accelerator and a memory of the RDMA endpoint. A bus switching element; a network adapter, a computational accelerator and a host, all coupled to communicate with each other via the bus switching element, wherein: the network adapter is configured to communicate with remote nodes over a communication network; the host is configured to establish a Remote Direct Memory Access, RDMA, link between the computational accelerator and a RDMA endpoint by creating a Queue Pair, QP, to be used by the computational accelerator for communication with the RDMA endpoint via the RDMA link; and the computational accelerator is configured to exchange data, via the network adapter, between a memory of the computational accelerator and a memory of the RDMA endpoint. the network adapter is configured to communicate with remote nodes over a communication network; the host is configured to establish a Remote Direct Memory Access, RDMA, link between the computational accelerator and a RDMA endpoint by creating a Queue Pair, QP, to be used by the computational accelerator for communication with the RDMA endpoint via the RDMA link; and the computational accelerator is configured to exchange data, via the network adapter, between a memory of the computational accelerator and a memory of the RDMA endpoint.