mhurhangee/ep-ind-claims huggingface dataset:
Method for adjusting the richness (r) of a controlled ignition internal combustion engine, the value of the richness being set around the stoichiometric value when the engine is not operating in the vicinity of full load, and around a value higher than the stoichiometric value when the engine torque is above a torque threshold (Cs) lower than the maximum engine torque (Cmax), CHARACTERIZED IN THAT it comprises, when said torque is above said torque threshold (Cs): - a step during which said richness value (r) is set to a first richness value (r 1) higher than the stoichiometric value, when a temperature value (θ exh) of the exhaust gases of the engine is below a first temperature threshold (θ 1); - a step during which said richness value (r) is immediately set to a second richness value (r 2) higher than the first richness value (r 1) when said temperature value (θ exh) is above a second temperature threshold (θ 2), said second threshold (θ 2) being higher than said first threshold (θ 1); and - a step during which said richness value is progressively increased from the first richness value (r 1) to, at most, the second richness value (r 2), when said temperature value (θ exh) is comprised between said first threshold (θ 1) and said second threshold (θ 2). - a step during which said richness value (r) is set to a first richness value (r 1) higher than the stoichiometric value, when a temperature value (θ exh) of the exhaust gases of the engine is below a first temperature threshold (θ 1); - a step during which said richness value (r) is immediately set to a second richness value (r 2) higher than the first richness value (r 1) when said temperature value (θ exh) is above a second temperature threshold (θ 2), said second threshold (θ 2) being higher than said first threshold (θ 1); and - a step during which said richness value is progressively increased from the first richness value (r 1) to, at most, the second richness value (r 2), when said temperature value (θ exh) is comprised between said first threshold (θ 1) and said second threshold (θ 2).
An apparatus for measuring information which is indicative of electromobility in a sample, the apparatus comprising: a light source configured for generating coherent light; a modulator arranged for modulating a first part of the generated light; a sample cell for accommodating the measured sample, configured for applying an electric field to the sample, and arranged for receiving a second part of the generated light for interaction with the sample in the electric field; a light detector being configured for detecting interference between a second part of light coming from the modulator and light received from the sample cell, wherein the detected signal includes the information which is indicative of electromobility in the sample; characterized by a modulator monitor arranged separately from the light detector and configured for monitoring the modulator by detecting interference between a first part of the light coming from the modulator and an unmodulated third part of the generated light. a light source configured for generating coherent light; a modulator arranged for modulating a first part of the generated light; a sample cell for accommodating the measured sample, configured for applying an electric field to the sample, and arranged for receiving a second part of the generated light for interaction with the sample in the electric field; a light detector being configured for detecting interference between a second part of light coming from the modulator and light received from the sample cell, wherein the detected signal includes the information which is indicative of electromobility in the sample; characterized by a modulator monitor arranged separately from the light detector and configured for monitoring the modulator by detecting interference between a first part of the light coming from the modulator and an unmodulated third part of the generated light.
A walking assistance device, comprising a hip support member adapted to be secured to a hip of a wearer, a power actuator secured to the hip support member and having a drive shaft, an assist force transmitting arm extending radially from the drive shaft and a femoral support member for securing a free end of the assist force transmitting arm to a femoral region of the wearer, characterized in that: the femoral support member is adapted to engage the femoral region via an air pad including a bag filled with air, the femoral support member further comprises a stay that supports the air pad on a free end of the assist force transmitting arm and is adapted to at least partly surround the femoral region of the wearer, and in that the femoral support member comprises a front support plate attached to the stay so as to oppose a front face of the femoral region and a rear support plate attached to the stay so as to oppose a rear face of the femoral region, the front support plate being adapted to engage a corresponding part of the femoral region via the air pad. the femoral support member is adapted to engage the femoral region via an air pad including a bag filled with air, the femoral support member further comprises a stay that supports the air pad on a free end of the assist force transmitting arm and is adapted to at least partly surround the femoral region of the wearer, and in that the femoral support member comprises a front support plate attached to the stay so as to oppose a front face of the femoral region and a rear support plate attached to the stay so as to oppose a rear face of the femoral region, the front support plate being adapted to engage a corresponding part of the femoral region via the air pad.
A nonwoven fabric for a top sheet of an absorbent article, having a longwise direction and a crosswise direction, the nonwoven fabric having a plurality of ridges and a plurality of furrows extending in the longwise direction and alternately disposed in the crosswise direction, wherein the plurality of ridges and the plurality of furrows each have a plurality of through-holes, each of the ridges has a blood slipping agent-containing region that consists of a blood slipping agent or a blood slipping agent-containing composition, wherein the blood slipping agent-containing composition includes the blood slipping agent and a basis weight of 0.0 to 1.0 g/m 2 of a surfactant, and wherein the blood slipping agent has a kinematic viscosity of 0.01 to 80 mm 2 /s at 40°C measured according to JIS K 2283:2000, "5. Kinematic Viscosity Test Method", using a Cannon-Fenske reverse-flow viscometer, at a testing temperature of 40°C, a water holding percentage of 0.01 to 4.0 mass% as described in the description and a weight-average molecular weight of less than 1,000 as described in the description. the nonwoven fabric having a plurality of ridges and a plurality of furrows extending in the longwise direction and alternately disposed in the crosswise direction, wherein the plurality of ridges and the plurality of furrows each have a plurality of through-holes, each of the ridges has a blood slipping agent-containing region that consists of a blood slipping agent or a blood slipping agent-containing composition, wherein the blood slipping agent-containing composition includes the blood slipping agent and a basis weight of 0.0 to 1.0 g/m 2 of a surfactant, and wherein the blood slipping agent has a kinematic viscosity of 0.01 to 80 mm 2 /s at 40°C measured according to JIS K 2283:2000, "5. Kinematic Viscosity Test Method", using a Cannon-Fenske reverse-flow viscometer, at a testing temperature of 40°C, a water holding percentage of 0.01 to 4.0 mass% as described in the description and a weight-average molecular weight of less than 1,000 as described in the description.
A method for isolation and/or purification of extracellular nucleic acids from a nucleic acid containing starting material, characterized by the following method steps: (a) binding the nucleic acids to a nucleic acid binding support material by contacting the starting material in the presence of at least one chaotropic compound and isopropanol with the nucleic acid binding support material, wherein isopropanol is present in a concentration of ≥ 15% (v/v) and ≤ 25% (v/v); (b) optionally eluting the bound nucleic acids from the nucleic acid binding support material, wherein the nucleic acid containing starting material is a body fluid. (a) binding the nucleic acids to a nucleic acid binding support material by contacting the starting material in the presence of at least one chaotropic compound and isopropanol with the nucleic acid binding support material, wherein isopropanol is present in a concentration of ≥ 15% (v/v) and ≤ 25% (v/v); (b) optionally eluting the bound nucleic acids from the nucleic acid binding support material,
Construction panel intended for use as a self-supporting wall panel or roof panel having a high R-value, comprising a base layer of foamed material of, for example, EPS, with a thin, rigid reinforcement cover layer on one side, hereinafter referred to as the first cover layer, and on the other side also a thin, rigid reinforcement cover layer, hereinafter referred to as the second cover layer, either directly applied to the base layer, or by means of an intermediate layer of a material, which is suitable for screws, the construction panel having side surfaces, wherein the side surfaces are not covered by the cover layers (1, 2), characterised, in that the side surfaces of the construction panel covered with a layer of polyurea, polyester or epoxy (5,7) applied thereon.
A radiotherapy planning apparatus comprising processing circuitry, the processing circuitry configured to: set irradiation conditions for a medical image relating to a patient; acquire a histogram of a radiation dose rate in a predetermined area in the patient based on the irradiation conditions; evaluate the irradiation conditions based on the histogram; and output information based on an evaluation result of the irradiation conditions. set irradiation conditions for a medical image relating to a patient; acquire a histogram of a radiation dose rate in a predetermined area in the patient based on the irradiation conditions; evaluate the irradiation conditions based on the histogram; and output information based on an evaluation result of the irradiation conditions.
A computer-implemented method carried out by a gateway device, comprising: intercepting an incoming packet from a client device; determining that the incoming packet is an access request directed to an access interface of a resource of an intranet; providing an access checkpoint interface to the client device; receiving an authentication input response; validating the authentication input response; and providing a redirection of the client device to the access interface of the resource, based on an access proxy rules table, APRT, indicating, for the resource, a device on which the resource is available. intercepting an incoming packet from a client device; determining that the incoming packet is an access request directed to an access interface of a resource of an intranet; providing an access checkpoint interface to the client device; receiving an authentication input response; validating the authentication input response; and providing a redirection of the client device to the access interface of the resource, based on an access proxy rules table, APRT, indicating, for the resource, a device on which the resource is available.
A switch device comprising: a) a drive unit (120; 220; 320) configured to interact with an actuation device operable by external force and provided at the switch device; b) a moving device (130; 230; 330) configured to be set in motion by the drive unit; c) an energy harvester (132, 140a; 230, 240; 330, 340) coupled with the moving device; d) a position return device (110a, 110b; 210a, 210b; 310) coupled with the moving device; and e) wherein the moving device is configured to be repositioned by the position return device in relation to a defined zero position, characterised in that the switch device further comprises a sensor configured to detect an actuation of the actuation device and to differentiate between rotational actuation around an actuation axis and a translational actuation along the actuation axis; the switch being adapted to transmit different control signals corresponding respectively to the rotational actuation and the translational actuation; the switch comprising a blocking device arranged to prevent rotation of the actuation device when the actuation device is operated along the translational direction. a) a drive unit (120; 220; 320) configured to interact with an actuation device operable by external force and provided at the switch device; b) a moving device (130; 230; 330) configured to be set in motion by the drive unit; c) an energy harvester (132, 140a; 230, 240; 330, 340) coupled with the moving device; d) a position return device (110a, 110b; 210a, 210b; 310) coupled with the moving device; and e) wherein the moving device is configured to be repositioned by the position return device in relation to a defined zero position, characterised in that the switch device further comprises a sensor configured to detect an actuation of the actuation device and to differentiate between rotational actuation around an actuation axis and a translational actuation along the actuation axis; the switch being adapted to transmit different control signals corresponding respectively to the rotational actuation and the translational actuation; the switch comprising a blocking device arranged to prevent rotation of the actuation device when the actuation device is operated along the translational direction.
A cable assembly comprising: a cable group, in which a plurality of cables is bound together, each out of the plurality of cables having at least a cable core and an internal insulator formed on an outer circumference of the cable core as well as a shield wire formed on an outer circumference of the internal insulator and an external insulator formed on an outer circumference of the shield wire; a cable fixing member for binding the plurality of cables together into the cable group; conductor layers (52, 54), which are provided corresponding to a cross section of each of the cable cores and the shield wires on a connecting end surface, the connecting end surface being formed by cutting the cable group fixed by the cable fixing member along a cutting plane and by polishing the cutting plane that leads to the cable group, wherein a width of the respective conductor layers (52, 54) exceeds a width of the cross section of the cable cores and a width of the cross section of the shield wires, so that a part of the respective conductor layers (52, 54) is provided on an area corresponding to the insulator (13, 15) on the outer circumference of cable core or shield wire, so that upon provision of the conductor layers (52, 54) corresponding to said cross section of each of the cable cores and the shield wires said conductor layers (52, 54) function as stoppers preventing a movement of the cable cores and shield wires and thus of the respective cables inwardly with respect to the cable fixing member. a cable group, in which a plurality of cables is bound together, each out of the plurality of cables having at least a cable core and an internal insulator formed on an outer circumference of the cable core as well as a shield wire formed on an outer circumference of the internal insulator and an external insulator formed on an outer circumference of the shield wire; a cable fixing member for binding the plurality of cables together into the cable group; conductor layers (52, 54), which are provided corresponding to a cross section of each of the cable cores and the shield wires on a connecting end surface, the connecting end surface being formed by cutting the cable group fixed by the cable fixing member along a cutting plane and by polishing the cutting plane that leads to the cable group, wherein a width of the respective conductor layers (52, 54) exceeds a width of the cross section of the cable cores and a width of the cross section of the shield wires, so that a part of the respective conductor layers (52, 54) is provided on an area corresponding to the insulator (13, 15) on the outer circumference of cable core or shield wire, so that upon provision of the conductor layers (52, 54) corresponding to said cross section of each of the cable cores and the shield wires said conductor layers (52, 54) function as stoppers preventing a movement of the cable cores and shield wires and thus of the respective cables inwardly with respect to the cable fixing member.
A cleaning trolley comprising a base plate supported by rolling members; at least four upright hollow profiles for fixing cross walls arranged on the base plate, wherein each cross wall consists of two separate wall elements fixed by said upright hollow profiles; and an upper frame for securing the at least flour upright hollow profiles; characterized in that the wall elements are removably arranged back-to-back to each other and comprise two opposed edges each provided with reduced thickness and a terminal beaded edge for insertion into the hollow profile, wherein the hollow profile has a groove which matches with the shape of the edges of two wall elements arranged back-to-back to each other.
A method in an electronic device for creating a panoramic combined image, the electronic device being a mobile phone, tablet, or a tablet computer, the method comprising: obtaining a first set of at least two sub-images recorded by an array of image recording units directed in a first direction; obtaining a second set of at least two sub-images recorded by the array of image recording units directed in a second direction, the second direction being different from the first direction; calculating a first depth map for the first set of sub-images, the first depth map comprises information about a first plane of the sub-images and a second plane of the sub-images, the first plane being at a first distance from the point where the sub-images have been recorded, and the second plane being at a second distance from the point where the sub-images have been recorded: calculating a second depth map for the second set of sub-images, the second depth map comprises information about the first plane and the second plane; stitching the first set of sub-images and the second set of sub-images in the first plane, and thereby obtaining a first stitched image; stitching the first set of sub-images and the second set of sub-images in the second plane, and thereby obtaining a second stitched image; and combining the first stitched image with the second stitched image and thereby creating the combined image. obtaining a first set of at least two sub-images recorded by an array of image recording units directed in a first direction; obtaining a second set of at least two sub-images recorded by the array of image recording units directed in a second direction, the second direction being different from the first direction; calculating a first depth map for the first set of sub-images, the first depth map comprises information about a first plane of the sub-images and a second plane of the sub-images, the first plane being at a first distance from the point where the sub-images have been recorded, and the second plane being at a second distance from the point where the sub-images have been recorded: calculating a second depth map for the second set of sub-images, the second depth map comprises information about the first plane and the second plane; stitching the first set of sub-images and the second set of sub-images in the first plane, and thereby obtaining a first stitched image; stitching the first set of sub-images and the second set of sub-images in the second plane, and thereby obtaining a second stitched image; and combining the first stitched image with the second stitched image and thereby creating the combined image. calculating a second depth map for the second set of sub-images, the second depth map comprises information about the first plane and the second plane; stitching the first set of sub-images and the second set of sub-images in the first plane, and thereby obtaining a first stitched image; stitching the first set of sub-images and the second set of sub-images in the second plane, and thereby obtaining a second stitched image; and combining the first stitched image with the second stitched image and thereby creating the combined image.
An organic electroluminescence device comprising an electrode-coated transparent substrate comprising a light-transmissive transparent plate and a light-transmissive first electrode provided thereon, a second electrode positioned as opposed to the first electrode and having a polarity different from the first electrode, and a light-emitting layer provided between the first electrode and the second electrode, wherein the first electrode comprises a mixture layer containing a conductive first resin and a large number of wire-like conductors, and a conductive resin layer containing a conductive resin and no wire-like conductors, and the first electrode comprises the mixture layer positioned on the side of the transparent plate and laminated on the transparent plate; with n1 being a refractive index of the first electrode and n2 being a refractive index of the transparent plate, n1 and n2 meet the following formulae: n 2 − n 1 < 0.3 n 1 ≤ 1.8, respectively; wherein the refractive index of the first electrode is equal to or less than the refractive index of a layer of the light-emitting layer contacting the first electrode; and the face opposite to the face, on which the first electrode is formed, of the transparent plate has asperities having elevation differences of 0.1 μm or more and 0.2 mm or less.
A laser detection device for protecting an integrated circuit, the device comprising: a detection cell having: - a buried channel of a first n or p conductivity type extending in a substrate of the integrated circuit, the substrate being of a second conductivity type opposite to the first conductivity type; - a first electrical connection (204, 206, 217) coupling a first point in the buried channel to a supply voltage rail; and - a second electrical connection (208, 210, 218) coupled to a second point in the buried channel; and a detection circuit coupled to the second point in the buried channel via the second electrical connection and adapted to detect a fall in the voltage at the second point. a detection cell having: - a buried channel of a first n or p conductivity type extending in a substrate of the integrated circuit, the substrate being of a second conductivity type opposite to the first conductivity type; - a first electrical connection (204, 206, 217) coupling a first point in the buried channel to a supply voltage rail; and - a second electrical connection (208, 210, 218) coupled to a second point in the buried channel; and - a buried channel of a first n or p conductivity type extending in a substrate of the integrated circuit, the substrate being of a second conductivity type opposite to the first conductivity type; - a first electrical connection (204, 206, 217) coupling a first point in the buried channel to a supply voltage rail; and - a second electrical connection (208, 210, 218) coupled to a second point in the buried channel; and a detection circuit coupled to the second point in the buried channel via the second electrical connection and adapted to detect a fall in the voltage at the second point.