mhurhangee/ep-ind-claims huggingface dataset:
A bushing forming a terminal for a lithium-ion (Li-ion) storage battery, formed through an orifice opening on either side of a wall having two opposite faces (30, 31), comprising: - two electrically insulating washers (5A, 5B), each having a bearing portion (50A, 50B) bearing with its surface under pressure against one (30, 31) of the faces of the wall, and a guiding portion (51A, 51B) projecting from the bearing portion, the guiding portion bearing with pressure against the edge of the orifice of the wall, - two electrically conductive pieces (7, 8), of which a male piece is fitted tightly in the female piece, each of the conductive pieces having a bearing portion (70, 80) bearing with its surface under pressure against a bearing portion (50A, 50B) of the washers, the female piece furthermore bearing with its surface under pressure against the guiding portions (51A, 51B) of the washers, in which bushing the material(s) of the pieces is (are) adapted, and their cross sections are dimensioned, in order to allow an electric current with a value at least equal to 100 A to flow through. - two electrically insulating washers (5A, 5B), each having a bearing portion (50A, 50B) bearing with its surface under pressure against one (30, 31) of the faces of the wall, and a guiding portion (51A, 51B) projecting from the bearing portion, the guiding portion bearing with pressure against the edge of the orifice of the wall, - two electrically conductive pieces (7, 8), of which a male piece is fitted tightly in the female piece, each of the conductive pieces having a bearing portion (70, 80) bearing with its surface under pressure against a bearing portion (50A, 50B) of the washers, the female piece furthermore bearing with its surface under pressure against the guiding portions (51A, 51B) of the washers,
A welding unit for connecting two rails of a track by flash-butt welding, the welding unit having clamping jaws comprising contact surfaces intended for application to a rail web, characterized by the following features: a) a power jaw having a contact surface for application to the rail web is provided for current transmission, b) the power jaw is displaceable relative to the clamping jaw in a pressing direction leading to contact with the rail, c) in an inoperative position spaced from the rail web, the power jaw - due to the pressure of a pressure spring - is situated in a forward end position, with regard to the pressing direction, in which the contact surface of the power jaw projects beyond the contact surface of the clamping jaw. a) a power jaw having a contact surface for application to the rail web is provided for current transmission, b) the power jaw is displaceable relative to the clamping jaw in a pressing direction leading to contact with the rail, c) in an inoperative position spaced from the rail web, the power jaw - due to the pressure of a pressure spring - is situated in a forward end position, with regard to the pressing direction, in which the contact surface of the power jaw projects beyond the contact surface of the clamping jaw.
A dichroic prism assembly (P1-P7) configured to receive light from an object image through an entrance face of the dichroic prism assembly, comprising: - a first prism, - a second prism, - a first compensator prism located between the first prism and the second prism, - a further dichroic prism assembly (P5, P6, P7) for splitting light in three light components, and - a second compensator prism located between the second prism and the further dichroic prism assembly (P5, P6, P7), wherein the first prism and the second prism each have a cross section with at least five corners, each corner having an inside angle of at least 90 degrees, wherein the corners of the first prism and the second prism each have a respective entrance face (S1, S2) and a respective exit face, and are each designed so that an incoming beam which enters the entrance face of the respective prism in a direction parallel to a normal of said entrance face is reflected twice inside the respective prism and exits the respective prism through its exit face parallel to a normal of said exit face, wherein the normal of the entrance face and the normal of the exit face of the respective prism are perpendicular to each other; and wherein, when light enters the first prism through the entrance face, the light is partially reflected towards the exit face of the first prism thereby travelling a first path length from the entrance face of the first prism to the exit face of the first prism, and the light partially enters the second prism via the first compensator prism and is partially reflected towards the exit face of the second prism, thereby travelling a second path length from the entrance face of the first prism to the exit face of the second prism, wherein the first prism is larger than the second prism so that the first and the second path lengths are the same. - a first prism, - a second prism, - a first compensator prism located between the first prism and the second prism, - a further dichroic prism assembly (P5, P6, P7) for splitting light in three light components, and - a second compensator prism located between the second prism and the further dichroic prism assembly (P5, P6, P7),
A method comprising the steps of: - receiving edges conveyed by a serial bus and separated by multiples of a same duration (TCAN); - determining a measurement value (MES; STEP) of a ratio (TCLK/TCAN) between a cycle time (TCLK) of a clock and said duration (TCAN); and - sending bits on the serial bus using said measurement value (MES; STEP). - receiving edges conveyed by a serial bus and separated by multiples of a same duration (TCAN); - determining a measurement value (MES; STEP) of a ratio (TCLK/TCAN) between a cycle time (TCLK) of a clock and said duration (TCAN); and - sending bits on the serial bus using said measurement value (MES; STEP).
A particle including: - a surface; - transition metal ions at least partially coating the surface; and - a first target molecule and a second target molecule, wherein the first and second target molecules are different to each other, wherein the particle is formed from one or more substrate molecules or atoms that embody the particle; and wherein the transition metal ions form co-ordination bonds with the substrate molecules or atoms at the particle surface, and at least one of the first target molecules and at least one of the second target molecules, thereby linking the first and second target molecules to the particle. - a surface; - transition metal ions at least partially coating the surface; and - a first target molecule and a second target molecule, wherein the first and second target molecules are different to each other,
An isolated nucleic acid comprising a nucleotide sequence encoding a mutated HPPD protein, wherein said mutated HPPD protein has HPPD activity, and wherein in said mutated HPPD protein the amino acid at a position corresponding to position 250 of SEQ ID No. 2 has been replaced so that the resulting amino acid sequence comprises an amino acid selected from Ala, Asp, Glu, Phe, Gly, Lys, Gln, Arg, Ser, Thr, Val or Tyr at the position corresponding to position 250 of SEQ ID No. 2.
A method comprising: sending, by a client, a hypertext transfer protocol request for at least one asynchronous notification to be sent by a server to the client, the hypertext transfer protocol request including at least one proposed transport method for carrying the at least one asynchronous notification, characterized by further comprising: determining, by the client, whether a first transport method selected by the server from the at least one proposed transport method is successfully established, wherein the first transport method is determined to be successfully established based on a message to probe establishment of the first transport method which is received from the server; and when the determination is that the first transport method is not established successfully, sending, by the client, another hypertext transfer protocol request to the server, the other hypertext transfer protocol request including at least one other proposed transport method. sending, by a client, a hypertext transfer protocol request for at least one asynchronous notification to be sent by a server to the client, the hypertext transfer protocol request including at least one proposed transport method for carrying the at least one asynchronous notification, characterized by further comprising: determining, by the client, whether a first transport method selected by the server from the at least one proposed transport method is successfully established, wherein the first transport method is determined to be successfully established based on a message to probe establishment of the first transport method which is received from the server; and when the determination is that the first transport method is not established successfully, sending, by the client, another hypertext transfer protocol request to the server, the other hypertext transfer protocol request including at least one other proposed transport method. determining, by the client, whether a first transport method selected by the server from the at least one proposed transport method is successfully established, wherein the first transport method is determined to be successfully established based on a message to probe establishment of the first transport method which is received from the server; and when the determination is that the first transport method is not established successfully, sending, by the client, another hypertext transfer protocol request to the server, the other hypertext transfer protocol request including at least one other proposed transport method.
A diode lighting module comprising both a diode matrix mounted on a support plate and heat dissipator means for dissipating the heat given off by said diode matrix, the module being characterized in that said heat dissipator means comprise: • a metal plate having an outside face in contact with said support plate and an inside face supporting a cellular metal foam, said cellular metal foam including a plurality of calibrated holes passing through each cell in two perpendicular directions; and • a vessel-forming box filled with said cellular metal foam and for which said metal plate constitutes a lid, said box including: • an inlet orifice passing through said box to receive a cooling fluid; • an outlet orifice for discharging said cooling fluid; and • a separator defining two separate flow zones for said cooling fluid in said cellular metal foam, one zone for feeding said cooling fluid from said inlet orifice and one zone for discharging said cooling fluid towards said outlet orifice, the passage from one zone to the other taking place via a cutout in said separator. • a metal plate having an outside face in contact with said support plate and an inside face supporting a cellular metal foam, said cellular metal foam including a plurality of calibrated holes passing through each cell in two perpendicular directions; and • a vessel-forming box filled with said cellular metal foam and for which said metal plate constitutes a lid, said box including: • an inlet orifice passing through said box to receive a cooling fluid; • an outlet orifice for discharging said cooling fluid; and • a separator defining two separate flow zones for said cooling fluid in said cellular metal foam, one zone for feeding said cooling fluid from said inlet orifice and one zone for discharging said cooling fluid towards said outlet orifice, the passage from one zone to the other taking place via a cutout in said separator. • an inlet orifice passing through said box to receive a cooling fluid; • an outlet orifice for discharging said cooling fluid; and • a separator defining two separate flow zones for said cooling fluid in said cellular metal foam, one zone for feeding said cooling fluid from said inlet orifice and one zone for discharging said cooling fluid towards said outlet orifice, the passage from one zone to the other taking place via a cutout in said separator.
An electromagnetic actuator for operating a poppet valve of an internal combustion engine, the actuator comprising: a stator; a rotor which is rotatable relative to the stator over a range of rotation of the rotor; and a biasing assembly for applying a torque to the rotor, characterised in that the biasing assembly is switchable between: (a) a first configuration in which the biasing assembly exerts a torque on the rotor over at least part of the range of rotation of the rotor, wherein the torque exerted varies with the rotational position of the rotor according to a torque profile; and (b) a second configuration in which the biasing assembly exerts substantially no torque on the rotor over the range of rotation of the rotor. a stator; a rotor which is rotatable relative to the stator over a range of rotation of the rotor; and a biasing assembly for applying a torque to the rotor, characterised in that the biasing assembly is switchable between: (a) a first configuration in which the biasing assembly exerts a torque on the rotor over at least part of the range of rotation of the rotor, wherein the torque exerted varies with the rotational position of the rotor according to a torque profile; and (b) a second configuration in which the biasing assembly exerts substantially no torque on the rotor over the range of rotation of the rotor. (a) a first configuration in which the biasing assembly exerts a torque on the rotor over at least part of the range of rotation of the rotor, wherein the torque exerted varies with the rotational position of the rotor according to a torque profile; and (b) a second configuration in which the biasing assembly exerts substantially no torque on the rotor over the range of rotation of the rotor.
A bonded tungsten carbide-based super hard alloy assembly (1, 21) comprising a first metal member having a first bonding surface and comprised of a steel material containing a martensite structure and a second metal member having a second bonding surface, the second bonding surface having been directly bonded to the first bonding surface of the first metal member, and comprised of a tungsten carbide-based super hard alloy, wherein: the martensite structure-containing steel material constituting the first metal member either: is a stainless steel having an average carbon concentration of from 0.10 to 0.40 mass%; or further contains at least one element selected from the group consisting of Ti, Nb, Mo, Ta, V, W, and Zr, characterised in that: the first metal member has, at a depth thereof ranging from 0.70 to 3.00 mm from the first bonding surface, a high carbon concentration region, the high carbon concentration region having the maximum carbon concentration of from 0.3 to 1.2 mass% when the martensite structure-containing steel material is the stainless steel having the average carbon concentration of from 0.10 to 0.40 mass%, and the maximum carbon concentration of from 0.55 to 1.7 mass% when the martensite structure-containing steel material further contains the at least one element selected from the group consisting of Ti, Nb, Mo, Ta, V, W, and Zr. the martensite structure-containing steel material constituting the first metal member either: is a stainless steel having an average carbon concentration of from 0.10 to 0.40 mass%; or further contains at least one element selected from the group consisting of Ti, Nb, Mo, Ta, V, W, and Zr, is a stainless steel having an average carbon concentration of from 0.10 to 0.40 mass%; or further contains at least one element selected from the group consisting of Ti, Nb, Mo, Ta, V, W, and Zr, characterised in that: the first metal member has, at a depth thereof ranging from 0.70 to 3.00 mm from the first bonding surface, a high carbon concentration region, the high carbon concentration region having the maximum carbon concentration of from 0.3 to 1.2 mass% when the martensite structure-containing steel material is the stainless steel having the average carbon concentration of from 0.10 to 0.40 mass%, and the maximum carbon concentration of from 0.55 to 1.7 mass% when the martensite structure-containing steel material further contains the at least one element selected from the group consisting of Ti, Nb, Mo, Ta, V, W, and Zr. the maximum carbon concentration of from 0.3 to 1.2 mass% when the martensite structure-containing steel material is the stainless steel having the average carbon concentration of from 0.10 to 0.40 mass%, and the maximum carbon concentration of from 0.55 to 1.7 mass% when the martensite structure-containing steel material further contains the at least one element selected from the group consisting of Ti, Nb, Mo, Ta, V, W, and Zr.
A method of operating a terminal device in a first communication network, wherein the first communication network is operated by a first network operator, the method comprising: receiving a list of WLAN APs that are considered by the first network operator to be priority nodes; receiving one or more signals from WLAN access points, APs, determining, for each of the one or more received signals, whether the signal was received from a WLAN AP that is considered by the first network operator to be a priority node or from a WLAN AP that is considered by the first network operator to be a non-priority node; wherein the step of determining comprises using the received list to determine whether each signal was received from a priority node or a non-priority node, forming a measurement report comprising measurements of one or more of the received signals, the measurement report being formed by prioritising the inclusion of measurements of signals received from priority nodes over measurements of signals received from non-priority nodes; and sending the measurement report to a network node in the first communication network. receiving a list of WLAN APs that are considered by the first network operator to be priority nodes; receiving one or more signals from WLAN access points, APs, determining, for each of the one or more received signals, whether the signal was received from a WLAN AP that is considered by the first network operator to be a priority node or from a WLAN AP that is considered by the first network operator to be a non-priority node; wherein the step of determining comprises using the received list to determine whether each signal was received from a priority node or a non-priority node, forming a measurement report comprising measurements of one or more of the received signals, the measurement report being formed by prioritising the inclusion of measurements of signals received from priority nodes over measurements of signals received from non-priority nodes; and sending the measurement report to a network node in the first communication network.
A method of diagnosing or prognosing prostate cancer in a subject, comprising measuring the expression level of the ERG1 gene (SEQ ID NO: 1) in a biological sample from the subject; wherein the expression level of the ERG1 gene in the biological sample is compared to the expression level of the ERG1 gene in a control sample or to a standardized value, and wherein an increased expression of the ERG1 gene in the biological sample compared to the expression of the ERG1 gene in the control sample or the standardized value indicates the presence of prostate cancer in the subject or a higher predisposition of the subject to develop prostate cancer.
Arrangement for automatically controlling a work parameter of a crop conveying and/or processing device of an agricultural harvester, comprising: a sensor for capturing at least one property of crops and/or a variable influenced by the property, a control device which can be operated to determine successive control signals for controlling an actuator on the basis of the signals from the sensor using an algorithm, which actuator influences the work parameter of the crop conveying and/or processing device interacting with the sensed crops, and an interface for inputting correction inputs for the work parameter by an observer monitoring the work result of the crop conveying and/or processing device, wherein the control device is connected to the interface and can be operated to override the control signals supplied to the actuator on the basis of the received correction inputs, characterized in that the control device can be operated to automatically modify the algorithm used by the control device on the basis of the signals from the sensor and the correction inputs associated therewith. a sensor for capturing at least one property of crops and/or a variable influenced by the property, a control device which can be operated to determine successive control signals for controlling an actuator on the basis of the signals from the sensor using an algorithm, which actuator influences the work parameter of the crop conveying and/or processing device interacting with the sensed crops, and an interface for inputting correction inputs for the work parameter by an observer monitoring the work result of the crop conveying and/or processing device, wherein the control device is connected to the interface and can be operated to override the control signals supplied to the actuator on the basis of the received correction inputs, characterized in that the control device can be operated to automatically modify the algorithm used by the control device on the basis of the signals from the sensor and the correction inputs associated therewith.
A fall arrest device configured to be mounted around a wire rope of an elevator, the fall arrest device comprising a casing with an entry hole for the wire rope, and an exit hole for the wire rope, and a clamping mechanism and an overspeed detector arranged inside the casing, the overspeed detector comprising a driven roller arranged to be driven by the wire rope and wherein the clamping mechanism is configured to clamp the wire rope if the overspeed detector detects a speed of the driven roller above a predetermined threshold, characterized in that the driven roller has one or more selected areas to be detected by a sensor, and the device further comprising a motion indicator configured to receive a signal from the sensor when the sensor detects one of the selected areas, and the motion indicator is configured to give different indications depending on whether or not the signal is received from the sensor, such indications being detectable from outside the casing.