mhurhangee/patent-ind-claim-en huggingface dataset:
Simulation device for motor vehicle monitoring, wherein the simulation device comprises a radar sensor and a camera sensor and a LiDAR light receiving sensor and a computer , wherein the radar sensor can be controlled via a radar signal transmitter, and the LiDAR light receiving sensor can be controlled via a light transmitter (7, 12, 27.1, 27.2, 27.3), characterized in that the camera sensor can be controlled via a lens, wherein the radar signal transmitter, the lens and the light transmitter (7, 12, 27.1, 27.2, 27.3) synchronously control the radar sensor , the camera sensor and the light receiving sensor in a time window of less than 50 ms the camera sensor can be controlled via a lens, wherein the radar signal transmitter, the lens and the light transmitter (7, 12, 27.1, 27.2, 27.3) synchronously control the radar sensor , the camera sensor and the light receiving sensor in a time window of less than 50 ms
A holding material for a gas treatment device, the holding material comprising silica fibers and an alumina sol in an amount of 3 parts by mass or more and 15 parts by mass or less with respect to 100 parts by mass of the silica fibers, wherein the holding material is a molded body including silica fibers at a content of 85 mass% or more, characterized in that a content of silica in the silica fibers is 97 mass% or more and a content of alumina in the silica fibers is from 1 to 3 mass%.
An article of footwear comprising: a) a knitted component including an instep area ; and b) a strap covering over the knitted component in the instep area , wherein the strap includes an inner side; wherein the knitted component comprises: i) a knit tab portion ; ii) a ribbing structure in at least the instep area and comprising at least two ribbing members; and iii) a base portion positioned between the at least two ribbing members; and wherein the inner side comprises an engagement member in contact with the ribbing structure , and wherein the engagement member protrudes out and is positioned between at least two ribbing members comprising the ribbing structure when the strap is secured to the knitted component . a) a knitted component including an instep area ; and b) a strap covering over the knitted component in the instep area , wherein the strap includes an inner side; i) a knit tab portion ; ii) a ribbing structure in at least the instep area and comprising at least two ribbing members; and iii) a base portion positioned between the at least two ribbing members; and
A user equipment handover method, the method comprising: determining (S201), by a target base station, that user equipment, UE, needs to be handed over from a source base station to the target base station and needs to perform a handover between a unicast bearer and a broadcast/multicast bearer; and receiving (S202), by the target base station, a data packet sent by using the unicast bearer and a data packet sent by using the broadcast/multicast bearer; characterised in that , the method further comprises: when the target base station determines (S203), according to a synchronization protocol data packet identifier of the data packet, that a synchronization protocol data packet identifier of a data packet received by the target base station by using an original bearer is greater than or equal to a synchronization protocol data packet identifier of a data packet received by the target base station by using a target bearer, handing over, by the target base station, the UE to the target bearer wherein the multicast/multicast bearer is an eMBMS channel. determining (S201), by a target base station, that user equipment, UE, needs to be handed over from a source base station to the target base station and needs to perform a handover between a unicast bearer and a broadcast/multicast bearer; and receiving (S202), by the target base station, a data packet sent by using the unicast bearer and a data packet sent by using the broadcast/multicast bearer; characterised in that , the method further comprises: when the target base station determines (S203), according to a synchronization protocol data packet identifier of the data packet, that a synchronization protocol data packet identifier of a data packet received by the target base station by using an original bearer is greater than or equal to a synchronization protocol data packet identifier of a data packet received by the target base station by using a target bearer, handing over, by the target base station, the UE to the target bearer wherein the multicast/multicast bearer is an eMBMS channel.
A method for securely communicating data, the method comprising the steps of: initiating a secure communication between a mobile device and a requester using a cryptographic key to verify a user of the mobile device; receiving, using the secure communication, at the mobile device a request from the requester, the request including an indication of one or more requested data attributes associated with the user of the mobile device; at the mobile device, querying a data store for the requested one or more data attributes and a verification attribute; in response to the request, providing the requester, using the secure communication, with the requested one or more data attributes and the verification attribute from the data store, wherein the verification attribute is generated from one or more data items of a physical token issued to the user, the one or more data items including information characterising a biological feature of the user, the verification attribute also indicating that sensor data of a biological feature of the user detected by the mobile device has been matched to the information characterising the biological feature of the user. initiating a secure communication between a mobile device and a requester using a cryptographic key to verify a user of the mobile device; receiving, using the secure communication, at the mobile device a request from the requester, the request including an indication of one or more requested data attributes associated with the user of the mobile device; at the mobile device, querying a data store for the requested one or more data attributes and a verification attribute; in response to the request, providing the requester, using the secure communication, with the requested one or more data attributes and the verification attribute from the data store, wherein the verification attribute is generated from one or more data items of a physical token issued to the user, the one or more data items including information characterising a biological feature of the user, the verification attribute also indicating that sensor data of a biological feature of the user detected by the mobile device has been matched to the information characterising the biological feature of the user.
A steering control unit for controlling a motor in accordance with a steering state, the motor configured to generate power that is supplied to a rack-and-pinion steering mechanism of a variable gear ratio type, the steering control unit comprising: a steering angle calculation circuit that calculates a motor neutral point (θm01) by subtracting a conversion value (θsm) from a rotation angle (θm) of the motor detected through a relative angle sensor , the conversion value being obtained by converting a steering angle (θs) detected through an absolute angle sensor in terms of the rotation angle (θm) of the motor by taking into account a theoretical specific stroke, the motor neutral point being the rotation angle of the motor corresponding to a steering neutral position, the steering angle calculation circuit calculating the steering angle in terms of an absolute angle (θsab) on a basis of the calculated motor neutral point and the rotation angle (θm) of the motor detected through the relative angle sensor , characterized in that in order to reduce an influence of a deviation between the theoretical specific stroke and an actual specific stroke with respect to the steering angle (θs) detected through the absolute angle sensor on the calculation of the motor neutral point (θm01), the steering angle calculation circuit calculates a correction amount (θm02) for the motor neutral point (θm01) in accordance with the deviation. a steering angle calculation circuit that calculates a motor neutral point (θm01) by subtracting a conversion value (θsm) from a rotation angle (θm) of the motor detected through a relative angle sensor , the conversion value being obtained by converting a steering angle (θs) detected through an absolute angle sensor in terms of the rotation angle (θm) of the motor by taking into account a theoretical specific stroke, the motor neutral point being the rotation angle of the motor corresponding to a steering neutral position, the steering angle calculation circuit calculating the steering angle in terms of an absolute angle (θsab) on a basis of the calculated motor neutral point and the rotation angle (θm) of the motor detected through the relative angle sensor , characterized in that in order to reduce an influence of a deviation between the theoretical specific stroke and an actual specific stroke with respect to the steering angle (θs) detected through the absolute angle sensor on the calculation of the motor neutral point (θm01), the steering angle calculation circuit calculates a correction amount (θm02) for the motor neutral point (θm01) in accordance with the deviation.
A method for producing an aqueous inkjet pigment dispersion, the method comprising: a mixed liquid production step for producing a mixed liquid of water, a pigment, a pigment dispersing polymer, and rosin acid in an amount of from 3% by mass to 30% by mass relative to the total mass of the pigment; and a reduction step for reducing the amount of rosin acid included in the mixed liquid obtained in the mixed liquid production step, to less than 3.0% by mass relative to the total mass of the pigment. a mixed liquid production step for producing a mixed liquid of water, a pigment, a pigment dispersing polymer, and rosin acid in an amount of from 3% by mass to 30% by mass relative to the total mass of the pigment; and a reduction step for reducing the amount of rosin acid included in the mixed liquid obtained in the mixed liquid production step, to less than 3.0% by mass relative to the total mass of the pigment.
Securing device for insertion into a façade part and for attachment of fall protections, with a lock that is accessible from the outside, an attachment ring , and an inner part , wherein the lock is intended for holding the attachment ring to the façade part and for engaging with the inner part , wherein the inner part is a two-part inner part , wherein the two-part inner part has a hardened inner end facing inwards away from the lock and a weld-on part towards the front of the façade part that is made of a softer material than the hardened inner end and that serves to attach the securing device to the façade part, and wherein the lock can be locked from the radial inside and is intended for separably engaging with the hardened inner end .
A fixation apparatus of fuel pump, comprising: a base(1 10) coupled to a fuel tank and having a first latching groove formed at one side thereof; a reservoir cup seated on the base(1 10), and wherein the reservoir cup having a first latching protrusion on one side, and wherein the first latching protrusion is fixed in the first latching groove ; and a fixing member installed in the reservoir cup , wherein the fixing member fixes the base and the reservoir cup , wherein a fixing groove or fixing hole(1 10a) into which the fixing member is fixed is formed in the base(1 10). a base(1 10) coupled to a fuel tank and having a first latching groove formed at one side thereof; a reservoir cup seated on the base(1 10), and wherein the reservoir cup having a first latching protrusion on one side, and wherein the first latching protrusion is fixed in the first latching groove ; and a fixing member installed in the reservoir cup , wherein the fixing member fixes the base and the reservoir cup , wherein a fixing groove or fixing hole(1 10a) into which the fixing member is fixed is formed in the base(1 10).
A rotary blade structure for a cylindrical cabinet indoor unit, comprising: an air-duct mounting frame ; a sweep blade arranged at the air-duct mounting frame , both ends of the sweep blade being rotatably connected with the air-duct mounting frame ; and a shaft sleeve , at least one of the both ends of the sweep blade being rotatably connected with the air-duct mounting frame through the shaft sleeve , wherein the shaft sleeve comprises: a positioning post (1-2); a limiting rib (1-3) arranged at one end of the positioning post (1-2) and parallel to an end face of the one end of the positioning post (1-2); and a snap (1-4) arranged at the other end of the positioning post (1-2) and perpendicular to an end face of the other end of the positioning post (1-2), characterized in that the snap (1-4) comprises a limiting post (1-4-1) and a snapping leg (1-4-2), one end of the limiting post (1-4-1) is fixedly connected with the positioning post (1-2), an outer peripheral wall of the limiting post (1-4-1) is provided with symmetrical cut planes (1-4-1-1), and the snapping leg (1-4-2) is arranged at the cut plane (1-4-1-1) and extends away from the positioning post (1-2). an air-duct mounting frame ; a sweep blade arranged at the air-duct mounting frame , both ends of the sweep blade being rotatably connected with the air-duct mounting frame ; and a shaft sleeve , at least one of the both ends of the sweep blade being rotatably connected with the air-duct mounting frame through the shaft sleeve , wherein the shaft sleeve comprises: a positioning post (1-2); a limiting rib (1-3) arranged at one end of the positioning post (1-2) and parallel to an end face of the one end of the positioning post (1-2); and a snap (1-4) arranged at the other end of the positioning post (1-2) and perpendicular to an end face of the other end of the positioning post (1-2), characterized in that the snap (1-4) comprises a limiting post (1-4-1) and a snapping leg (1-4-2), one end of the limiting post (1-4-1) is fixedly connected with the positioning post (1-2), an outer peripheral wall of the limiting post (1-4-1) is provided with symmetrical cut planes (1-4-1-1), and the snapping leg (1-4-2) is arranged at the cut plane (1-4-1-1) and extends away from the positioning post (1-2). a positioning post (1-2); a limiting rib (1-3) arranged at one end of the positioning post (1-2) and parallel to an end face of the one end of the positioning post (1-2); and a snap (1-4) arranged at the other end of the positioning post (1-2) and perpendicular to an end face of the other end of the positioning post (1-2), characterized in that the snap (1-4) comprises a limiting post (1-4-1) and a snapping leg (1-4-2), one end of the limiting post (1-4-1) is fixedly connected with the positioning post (1-2), an outer peripheral wall of the limiting post (1-4-1) is provided with symmetrical cut planes (1-4-1-1), and the snapping leg (1-4-2) is arranged at the cut plane (1-4-1-1) and extends away from the positioning post (1-2).
A method of analysing an at least partially transparent object (O); such as a gemstone, comprising: providing a cuvette with an immersion material (I); ; fixing the object (O) in a holder ; and next arranging the holder in the cuvette containing the immersion material (I) such that the object (O) and at least a portion of the holder is immersed in the immersion materia (I) analysing internal and/or external features of the object (O), wherein analysing comprises visualizing an internal and/or external portion of the object using light rays while the object is immersed in the immersion material, and determining characteristics of the object based on the visualized internal and/or external portion of the object; wherein, during the analysing, the difference between the refractive index RI of the immersion material (I) and the RI of at least an immersed portion of the holder which is in contact with the object, is less than 0.3. providing a cuvette with an immersion material (I); ; fixing the object (O) in a holder ; and next arranging the holder in the cuvette containing the immersion material (I) such that the object (O) and at least a portion of the holder is immersed in the immersion materia (I) analysing internal and/or external features of the object (O), wherein analysing comprises visualizing an internal and/or external portion of the object using light rays while the object is immersed in the immersion material, and determining characteristics of the object based on the visualized internal and/or external portion of the object; wherein, during the analysing, the difference between the refractive index RI of the immersion material (I) and the RI of at least an immersed portion of the holder which is in contact with the object, is less than 0.3.
A method for an enhanced intrusion detection system, a security device (SD) receiving alerts sent by an intrusion detection system monitoring an information system infrastructure, the method comprising the following steps in the security device (SD): defining (S1) for a received alert a time interval including a timestamp of the alert, the received alert containing identifiers of devices, collecting (S2) log entries related to the time interval by interrogating at least one log server (LS), wherein the log entries contains human readable text, retaining only the human readable text of the log entries, collecting metadata from said devices, transforming metadata into human readable text, and combining the human readable text from the metadata with the log entries, dividing the time interval into sub-intervals and distributing (S3) the log entries into their corresponding sub-intervals and for each sub-interval, concatenating the log entries to yield a paragraph, extracting (S4) from each paragraph one or more events using topic segmentation technique describing events of interest, combining (S5) the extracted events of the sub-intervals to create one or more sequences of events based on possible permutations of events belonging to the sub-intervals, declaring (S6) the alert as suspicious if one sequence of events is similar to a predefined sequence of events labeled as suspicious. defining (S1) for a received alert a time interval including a timestamp of the alert, the received alert containing identifiers of devices, collecting (S2) log entries related to the time interval by interrogating at least one log server (LS), wherein the log entries contains human readable text, retaining only the human readable text of the log entries, collecting metadata from said devices, transforming metadata into human readable text, and combining the human readable text from the metadata with the log entries, dividing the time interval into sub-intervals and distributing (S3) the log entries into their corresponding sub-intervals and for each sub-interval, concatenating the log entries to yield a paragraph, extracting (S4) from each paragraph one or more events using topic segmentation technique describing events of interest, combining (S5) the extracted events of the sub-intervals to create one or more sequences of events based on possible permutations of events belonging to the sub-intervals, declaring (S6) the alert as suspicious if one sequence of events is similar to a predefined sequence of events labeled as suspicious.
A method of separating a metal needle adhered to and/or molded in a needle holder , comprising: receiving the needle holder in a receiving unit biased in a first axial direction; characterized in that the method further comprises: causing grasping unit to grasp the needle by displacing the receiving unit in a second direction opposite the first axial direction; heating the needle grasped by the grasping unit to melt, soften, or otherwise weaken a material and/or adhesive connecting the needle with the needle holder; and displacing the needle holder and receiving unit relative to the grasped needle due to the bias and separating the entire needle from the needle holder. receiving the needle holder in a receiving unit biased in a first axial direction; characterized in that the method further comprises: causing grasping unit to grasp the needle by displacing the receiving unit in a second direction opposite the first axial direction; heating the needle grasped by the grasping unit to melt, soften, or otherwise weaken a material and/or adhesive connecting the needle with the needle holder; and displacing the needle holder and receiving unit relative to the grasped needle due to the bias and separating the entire needle from the needle holder. causing grasping unit to grasp the needle by displacing the receiving unit in a second direction opposite the first axial direction; heating the needle grasped by the grasping unit to melt, soften, or otherwise weaken a material and/or adhesive connecting the needle with the needle holder; and displacing the needle holder and receiving unit relative to the grasped needle due to the bias and separating the entire needle from the needle holder.
A liquid activated air battery (1, 1', 1", 1'''), comprising: an electrode assembly comprising a cathode and an anode ; wherein a space that serves as a liquid container to store a liquid component of an electrolyte of the air battery (1, 1', 1", 1''') before injection of the liquid component into the electrode assembly and also serves as a gas flowing member through which oxygen-containing gas (G) being an active material of the air battery (1, 1', 1", 1''') is supplied after injection, wherein the liquid component of the electrolyte of the air battery (1, 1', 1", 1''') is injected into the electrode assembly , characterized by a liquid supply controller to supply the electrode assembly with the liquid component in the liquid container , wherein discharge is started by supply of the liquid component of the electrolyte to the electrode assembly . an electrode assembly comprising a cathode and an anode ; wherein a space that serves as a liquid container to store a liquid component of an electrolyte of the air battery (1, 1', 1", 1''') before injection of the liquid component into the electrode assembly and also serves as a gas flowing member through which oxygen-containing gas (G) being an active material of the air battery (1, 1', 1", 1''') is supplied after injection, wherein the liquid component of the electrolyte of the air battery (1, 1', 1", 1''') is injected into the electrode assembly , characterized by a liquid supply controller to supply the electrode assembly with the liquid component in the liquid container , wherein discharge is started by supply of the liquid component of the electrolyte to the electrode assembly .
A composition, comprising the compound of the formula (I-1) and a compound (II) which is prothioconazole and a compound (III) which is selected from azoxystrobin , pyraclostrobin , and trifloxystrobin. the compound of the formula (I-1) and a compound (II) which is prothioconazole and a compound (III) which is selected from azoxystrobin , pyraclostrobin , and trifloxystrobin.
A wind turbine drive control device for controlling at least one drive device for moving two structures included in a wind power generation device relative to each other, the at least one drive device comprising an electromagnetic brake, respectively, and the wind power generation device comprising a hydraulic brake, the wind turbine drive control device comprising: a control unit for controlling the at least one drive device so as to cause a force generated by the electromagnetic brake respectively included in the at least one drive device during a stop period in which the two structures are stopped relative to each other to fix the two structures relative to each other to be reduced or zero when a predetermined timing is reached during the stop period while temporarily only a force generated by the hydraulic brake is applied to fix the two structures relative to each other.