mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing a polycrystalline silicon carbide support substrate comprising the following steps: a) growing an initial substrate consisting of polycrystalline silicon carbide on a seed consisting of graphite or silicon carbide; at the end of step a), the initial substrate having a free front face and a rear face in contact with the seed , b) forming a stiffening film made of carbon on the front face of the initial substrate , the initial substrate having, in the plane of its front face and just prior to the formation of the stiffening film , a first average silicon carbide grain size, c) removing the seed so as to free the rear face of the initial substrate , the initial substrate having, in the plane of its rear face and just after removal of the seed , a second average silicon carbide grain size, smaller than the first average size, d) thinning the rear face of the initial substrate to a thickness at which the initial substrate has, in the plane of its thinned rear face , a third average grain size equal to the first average grain size to within +/- 30%, the thinned initial substrate forming the support substrate . a) growing an initial substrate consisting of polycrystalline silicon carbide on a seed consisting of graphite or silicon carbide; at the end of step a), the initial substrate having a free front face and a rear face in contact with the seed , b) forming a stiffening film made of carbon on the front face of the initial substrate , the initial substrate having, in the plane of its front face and just prior to the formation of the stiffening film , a first average silicon carbide grain size, c) removing the seed so as to free the rear face of the initial substrate , the initial substrate having, in the plane of its rear face and just after removal of the seed , a second average silicon carbide grain size, smaller than the first average size, d) thinning the rear face of the initial substrate to a thickness at which the initial substrate has, in the plane of its thinned rear face , a third average grain size equal to the first average grain size to within +/- 30%, the thinned initial substrate forming the support substrate .
A vehicle information acquisition apparatus comprising: a vehicle authentication unit configured to execute vehicle authentication on a vehicle having a predetermined on-board device entering a preset range based on preset vehicle authentication information; and an integration unit configured to integrate the number of vehicles passing after the vehicle having the predetermined on-board device passes when the vehicle authentication executed on the vehicle is successful, wherein the vehicle information acquisition apparatus is configured to notify, when the vehicle authentication executed on the next vehicle having the predetermined on-board device passing after the vehicle passes is successful, the next vehicle of the number of vehicles integrated by the integration unit including vehicles without a predetermined on-board device; a vehicle recognition unit configured to acquire an image of the vehicle entering the preset range, and recognize the vehicle entering the preset range based on the acquired image, wherein the integration unit comprises: vehicle number integration means for integrating the number of vehicles entering the preset range based on a result of the recognition of the vehicle; and reset means for instructing the vehicle number integration means to reset the integration of the number of vehicles when the vehicle authentication on the next vehicle is successful. a vehicle authentication unit configured to execute vehicle authentication on a vehicle having a predetermined on-board device entering a preset range based on preset vehicle authentication information; and an integration unit configured to integrate the number of vehicles passing after the vehicle having the predetermined on-board device passes when the vehicle authentication executed on the vehicle is successful, wherein the vehicle information acquisition apparatus is configured to notify, when the vehicle authentication executed on the next vehicle having the predetermined on-board device passing after the vehicle passes is successful, the next vehicle of the number of vehicles integrated by the integration unit including vehicles without a predetermined on-board device; a vehicle recognition unit configured to acquire an image of the vehicle entering the preset range, and recognize the vehicle entering the preset range based on the acquired image, wherein the integration unit comprises: vehicle number integration means for integrating the number of vehicles entering the preset range based on a result of the recognition of the vehicle; and reset means for instructing the vehicle number integration means to reset the integration of the number of vehicles when the vehicle authentication on the next vehicle is successful. vehicle number integration means for integrating the number of vehicles entering the preset range based on a result of the recognition of the vehicle; and reset means for instructing the vehicle number integration means to reset the integration of the number of vehicles when the vehicle authentication on the next vehicle is successful.
A sliding member comprising: a metallic substrate ; a porous layer formed on a surface of the metallic substrate ; and a sliding layer that covers the porous layer , wherein the porous layer is made of a metal itself or an alloy composition, wherein the sliding layer is made of a lead-free resin composition , wherein the resin composition consists of an essential additive, optionally an optional additive, with the remainder being a fluororesin, the essential additive being any one of a combination of a zinc compound and an iron oxide, and a combination of a zinc compound, a carbon fiber and an iron oxide, the optional additive being at least one selected from the group consisting of aramid fibers, graphite, molybdenum disulfide, calcium compounds, and zinc or zinc alloys, wherein a total content of the essential additive and the optional additive is 10 vol% or more and 35 vol% or less in the resin composition. a metallic substrate ; a porous layer formed on a surface of the metallic substrate ; and a sliding layer that covers the porous layer , wherein the porous layer is made of a metal itself or an alloy composition, wherein the sliding layer is made of a lead-free resin composition , wherein the resin composition consists of an essential additive, optionally an optional additive, with the remainder being a fluororesin, the essential additive being any one of a combination of a zinc compound and an iron oxide, and a combination of a zinc compound, a carbon fiber and an iron oxide, the optional additive being at least one selected from the group consisting of aramid fibers, graphite, molybdenum disulfide, calcium compounds, and zinc or zinc alloys, wherein a total content of the essential additive and the optional additive is 10 vol% or more and 35 vol% or less in the resin composition.
A seismic sensor system comprising: a seismic node having at least one seismic sensor ; and a coupling between the seismic node and a rope ; wherein the seismic sensor is configured for sampling seismic energy when the seismic node is towed through a water column by the rope, the seismic sensor system being characterized in that the seismic node comprises a hydrodynamic body with different horizontal and vertical profiles configured to preferentially capture acoustic energy propagating in a vertical direction through the water column with respect to acoustic energy propagating in a corresponding horizontal direction; and in that the coupling comprises an elastic coupling member adapted to modulate transmission of one or more frequency components of acceleration of the rope to the seismic node. a seismic node having at least one seismic sensor ; and a coupling between the seismic node and a rope ; wherein the seismic sensor is configured for sampling seismic energy when the seismic node is towed through a water column by the rope, the seismic sensor system being characterized in that the seismic node comprises a hydrodynamic body with different horizontal and vertical profiles configured to preferentially capture acoustic energy propagating in a vertical direction through the water column with respect to acoustic energy propagating in a corresponding horizontal direction; and in that the coupling comprises an elastic coupling member adapted to modulate transmission of one or more frequency components of acceleration of the rope to the seismic node.
A method for determining and correlating event data comprising: obtaining (S104) a first image stream within a first time window, wherein the first image stream is generated at an interior-facing camera of an onboard vehicle system, wherein the onboard vehicle system is configured to couple to a vehicle; extracting (S106) interior activity data from the first image stream; obtaining (S104) a second image stream within a second time window, wherein the second image stream is generated at an exterior-facing camera of the onboard vehicle system; and extracting (S106) exterior activity data from the second image stream; characterized in that : t he first time window and second time window are at least partially coextensive; and t he method further comprises: determining (S120) an interior event based on the interior activity data; determining (S110) an exterior event based on the exterior activity data; and correlating (S130) the interior event with the exterior event. obtaining (S104) a first image stream within a first time window, wherein the first image stream is generated at an interior-facing camera of an onboard vehicle system, wherein the onboard vehicle system is configured to couple to a vehicle; extracting (S106) interior activity data from the first image stream; obtaining (S104) a second image stream within a second time window, wherein the second image stream is generated at an exterior-facing camera of the onboard vehicle system; and extracting (S106) exterior activity data from the second image stream; t he first time window and second time window are at least partially coextensive; and t he method further comprises: determining (S120) an interior event based on the interior activity data; determining (S110) an exterior event based on the exterior activity data; and correlating (S130) the interior event with the exterior event. determining (S120) an interior event based on the interior activity data; determining (S110) an exterior event based on the exterior activity data; and correlating (S130) the interior event with the exterior event.
A work vehicle comprising: a vehicle body having a wheel; a controller that causes the vehicle body to perform automatic travel along a travel route set in advance; a driver seat mounted on the vehicle body ; a driver seat protective body provided around the driver seat ; a first obstacle detector provided at a side portion of the driver seat protective body , and capable of detecting an obstacle; and a second obstacle detector provided at a position differing from a position of the first obstacle detector in a front-back direction, and capable of detecting the obstacle, wherein, at a time of start of the automatic travel, the controller is configured to put the first obstacle detector in a detection state of detecting the obstacle, and, during automatic travel after the start of the automatic travel, the controller is configured to put the first obstacle detector in a non-detection state of not detecting the obstacle, characterized in that after the start of the automatic travel, the controller is configured to put the first obstacle detector in the detection state of detecting the obstacle until the first obstacle detector passes a position of the wheel or a lateral position of the wheel before the start of the automatic travel, and the controller is configured to put the first obstacle detector in the non-detection state of not detecting the obstacle after the first obstacle detector has passed the position of the wheel or the lateral position of the wheel before the start of the automatic travel. a vehicle body having a wheel; a controller that causes the vehicle body to perform automatic travel along a travel route set in advance; a driver seat mounted on the vehicle body ; a driver seat protective body provided around the driver seat ; a first obstacle detector provided at a side portion of the driver seat protective body , and capable of detecting an obstacle; and a second obstacle detector provided at a position differing from a position of the first obstacle detector in a front-back direction, and capable of detecting the obstacle, wherein, at a time of start of the automatic travel, the controller is configured to put the first obstacle detector in a detection state of detecting the obstacle, and, during automatic travel after the start of the automatic travel, the controller is configured to put the first obstacle detector in a non-detection state of not detecting the obstacle, characterized in that after the start of the automatic travel, the controller is configured to put the first obstacle detector in the detection state of detecting the obstacle until the first obstacle detector passes a position of the wheel or a lateral position of the wheel before the start of the automatic travel, and the controller is configured to put the first obstacle detector in the non-detection state of not detecting the obstacle after the first obstacle detector has passed the position of the wheel or the lateral position of the wheel before the start of the automatic travel.
An examination system comprising: a database adapted for storing examination information associated with a specimen obtained in advance; a microscope observation unit adapted for optically obtaining characteristic values of a plurality of biological samples derived from the specimen; and an examination device adapted for comparing the characteristic values and the examination information and presenting, based on a result of the comparison, which result considers the diversity of a specimen, an indicator recommending whether a process implemented by the examination system is continued to genetic analysis of the biological samples or a re-preparation of samples from the specimen is performed, wherein pathological judgment information associated with the specimen is stored in the database as the examination information. a database adapted for storing examination information associated with a specimen obtained in advance; a microscope observation unit adapted for optically obtaining characteristic values of a plurality of biological samples derived from the specimen; and an examination device adapted for comparing the characteristic values and the examination information and presenting, based on a result of the comparison, which result considers the diversity of a specimen, an indicator recommending whether a process implemented by the examination system is continued to genetic analysis of the biological samples or a re-preparation of samples from the specimen is performed, wherein pathological judgment information associated with the specimen is stored in the database as the examination information.
A recombinant nucleic acid construct comprising in 5'-> 3' direction - a 5' UTR, - a coding region coding for an effector molecule, and - a 3' UTR, wherein the 5' UTR is a 5' UTR of a gene coding for MCP-1 or a derivative thereof having a nucleotide identity of at least 85 %, wherein the 3' UTR is a 3' UTR of a gene coding for vWF or a derivative thereof having a nucleotide identity of at least 85 %, wherein the effector molecule is effective in restoring a cellular function of a cell or is effective in exercising a therapeutic effect in or on a cell, and wherein the recombinant nucleic acid construct is different from a wild type mRNA coding for the effector molecule. - a 5' UTR, - a coding region coding for an effector molecule, and - a 3' UTR, wherein the 5' UTR is a 5' UTR of a gene coding for MCP-1 or a derivative thereof having a nucleotide identity of at least 85 %, wherein the 3' UTR is a 3' UTR of a gene coding for vWF or a derivative thereof having a nucleotide identity of at least 85 %, wherein the effector molecule is effective in restoring a cellular function of a cell or is effective in exercising a therapeutic effect in or on a cell, and wherein the recombinant nucleic acid construct is different from a wild type mRNA coding for the effector molecule.
A control method for a refrigerator including a compressor , a condenser connected to an outlet of the compressor , a valve member connected to an outlet of the condenser , a fridge evaporator cooling a fridge and a freezer evaporator cooling a freezer connected in parallel to the fridge evaporator from the valve member , the valve member configured to selectively opening and closing a refrigerant passage to allow refrigerants to flow to any one side of the fridge evaporator and the freezer evaporator , the method comprising: actuating the compressor when it is judged that temperatures of the fridge and the freezer are equal to or higher than set upper limit temperatures, respectively; characterized by opening firstly a refrigerant passage at the fridge evaporator by operating the valve member at the same time when or just after the compressor is actuated; actuating a freezer fan at the same time when or just after the refrigerant passage at the fridge evaporator is opened, the freezer fan configured to be actuated for a predetermined time (ta) in status where a refrigerant passage at the freezer evaporator is closed; and actuating the fridge fan at the predetermined time (ta) after opening the refrigerant passage at the fridge evaporator . actuating the compressor when it is judged that temperatures of the fridge and the freezer are equal to or higher than set upper limit temperatures, respectively; characterized by opening firstly a refrigerant passage at the fridge evaporator by operating the valve member at the same time when or just after the compressor is actuated; actuating a freezer fan at the same time when or just after the refrigerant passage at the fridge evaporator is opened, the freezer fan configured to be actuated for a predetermined time (ta) in status where a refrigerant passage at the freezer evaporator is closed; and actuating the fridge fan at the predetermined time (ta) after opening the refrigerant passage at the fridge evaporator .
A retina implant comprising • an electrode carrier having a two-dimensional carrier surface and being adapted for surgical implantation within an eye such that the carrier surface faces a layer of a retina , • a plurality of electrodes attached to the carrier surface , and • an electronic controller connected to the electrodes for providing stimulation signals to the electrodes , wherein • the electrodes are arranged in varying distances from the carrier surface , and wherein • the carrier surface comprises a plurality of electrode connecting points arranged in a pattern on the carrier surface , each of the electrode connecting points being connected to at least one of the electrodes , characterized by • a plurality of linear carrier elements , each of the linear carrier elements being connected to an electrode connecting point and carrying a plurality of the electrodes . • an electrode carrier having a two-dimensional carrier surface and being adapted for surgical implantation within an eye such that the carrier surface faces a layer of a retina , • a plurality of electrodes attached to the carrier surface , and • an electronic controller connected to the electrodes for providing stimulation signals to the electrodes , wherein • the electrodes are arranged in varying distances from the carrier surface , and wherein • the carrier surface comprises a plurality of electrode connecting points arranged in a pattern on the carrier surface , each of the electrode connecting points being connected to at least one of the electrodes , characterized by • a plurality of linear carrier elements , each of the linear carrier elements being connected to an electrode connecting point and carrying a plurality of the electrodes .
A microparticle composition comprising saflufenacil, wherein saflufenacil is present in the form of microparticles, which comprise solid saflufenacil, which is surrounded or embedded by an aminoplast polymer, which is a polycondensation product of one or more amino compounds and one or more aldehydes.
System comprising an identification carrier and a toy for reproducing music or an audio story with a loudspeaker or a loudspeaker connection, a sensor, which can detect a characteristic or a change in a characteristic of a magnetic field acting in the area of its surroundings, and a control unit which can control the loudspeaker or the loudspeaker connection to reproduce music or an audio story when the sensor detects within the area of its surroundings a determined characteristic or a determined change of a characteristic of the magnetic field acting in the area of its surroundings or when the control unit detects a determined change in the characteristic detected by the sensor, wherein the identification carrier is designed with - a platform, - a magnet and - an identification wherein the identification changes a characteristic of an external magnetic field when it enters the magnetic field wherein the identification is an active RFID transponder or a passive RFID transponder or has an antenna, wherein the identification carrier has the external figurative shape of either an animal, a human being or a fantasy figure, characterised in that no surface normal (N1, N2) to the platform leads to the identification by the magnet and by the antenna so that only the surface normal to the platform remains, which either • does not lead to the identification by the magnet at all and by the antenna at all or • leads to the identification of only a part of the magnet but not by the antenna, or • leads to the identification of only a part of the antenna but not by a part of the magnet. - a platform, - a magnet and - an identification wherein the identification changes a characteristic of an external magnetic field when it enters the magnetic field wherein the identification is an active RFID transponder or a passive RFID transponder or has an antenna, • does not lead to the identification by the magnet at all and by the antenna at all or • leads to the identification of only a part of the magnet but not by the antenna, or • leads to the identification of only a part of the antenna but not by a part of the magnet.
A compression-loaded assembly for applying a compression force on ball grid array ("BGA") package , the compression-loaded assembly comprising: a top plate ; a compression plate ; one or more coupling mechanisms configured to releasably couple the top plate to a printed circuit board ("PCB") , wherein each of the one or more coupling mechanisms includes an alignment stud and a threaded member, wherein the alignment stud is integral with the top plate and includes a threaded bore; and one or more compression mechanisms coupled to the compression plate and the top plate , wherein the one or more compression mechanisms configured to apply a compression load on the BGA package in a direction away from the top plate towards the compression plate . a top plate ; a compression plate ; one or more coupling mechanisms configured to releasably couple the top plate to a printed circuit board ("PCB") , wherein each of the one or more coupling mechanisms includes an alignment stud and a threaded member, wherein the alignment stud is integral with the top plate and includes a threaded bore; and wherein each of the one or more coupling mechanisms includes an alignment stud and a threaded member, wherein the alignment stud is integral with the top plate and includes a threaded bore; and one or more compression mechanisms coupled to the compression plate and the top plate , wherein the one or more compression mechanisms configured to apply a compression load on the BGA package in a direction away from the top plate towards the compression plate .