mhurhangee/ep-ind-claims huggingface dataset:
A vehicle configured to cancel restriction of at least one function by unlock using a smart key, characterized by comprising: reception means for receiving a registration request of an electronic key from a communication terminal by short distance wireless communication; determination means for determining, on condition that the vehicle is unlocked by the smart key, whether to accept the registration request received by the reception means; and registration means for registering the electronic key concerning the registration request in a case where the determination means determines to accept the registration request, characterized in that the reception means further receives an invalidation request of at least one registered electronic key from the communication terminal by the short distance wireless communication, and the determination means further determines, on condition that the vehicle is unlocked by the smart key, whether to accept the invalidation request received by the reception means. reception means for receiving a registration request of an electronic key from a communication terminal by short distance wireless communication; determination means for determining, on condition that the vehicle is unlocked by the smart key, whether to accept the registration request received by the reception means; and registration means for registering the electronic key concerning the registration request in a case where the determination means determines to accept the registration request, the reception means further receives an invalidation request of at least one registered electronic key from the communication terminal by the short distance wireless communication, and the determination means further determines, on condition that the vehicle is unlocked by the smart key, whether to accept the invalidation request received by the reception means.
System architecture for managing resources in a communication network of military ad-hoc type or safety comprising in combination at least the following elements: • several software programmed radio equipments working in a given frequency band and with identical frequency hopping rules, • the master device is adapted to manage the additional "3 in 1" functions to the communication network of said radio equipments, a "3 in 1" function comprising communication services, services derived from radio reception/listening capabilities and services derived from radio transmission capabilities, said master device comprises a management algorithm of the equipment adapted to program resources of the units adapted to optimize conjoint operation of functions for monitoring transmissions, originating from devices or elements, and radiocommunication functions in a communication network under quality of service QoS and service level agreement constraints, • a radio equipment comprises at least the two following modules: • a software module to assure the main mission of radio communication which supports the exchanges on the chain of command, voice, data, • a software module (12 or 14) adapted for listening, monitoring and intercepting radio signals in the environment and for recording them locally in a database; a module adapted for disrupting non-authorized communications; and a local "3 in 1" management module receiving the orders emitted by the master device, the management module being adapted for controlling the various modules of the radio equipment; • a software radio-router module; • a software listening and monitoring module. • several software programmed radio equipments working in a given frequency band and with identical frequency hopping rules, • the master device is adapted to manage the additional "3 in 1" functions to the communication network of said radio equipments, a "3 in 1" function comprising communication services, services derived from radio reception/listening capabilities and services derived from radio transmission capabilities, said master device comprises a management algorithm of the equipment adapted to program resources of the units adapted to optimize conjoint operation of functions for monitoring transmissions, originating from devices or elements, and radiocommunication functions in a communication network under quality of service QoS and service level agreement constraints, • a radio equipment comprises at least the two following modules: • a software module to assure the main mission of radio communication which supports the exchanges on the chain of command, voice, data, • a software module (12 or 14) adapted for listening, monitoring and intercepting radio signals in the environment and for recording them locally in a database; a module adapted for disrupting non-authorized communications; and a local "3 in 1" management module receiving the orders emitted by the master device, the management module being adapted for controlling the various modules of the radio equipment; • a software radio-router module; • a software listening and monitoring module.
Use of a composite component as a mass inertia element for a motor vehicle locking system, consisting of a plastics material and a metal material, characterized in that the composite component can be produced from granules of a plastics material with an admixture of at least one metal aggregate.
A non-transitory computer readable medium storing instructions that, when executed by one or more processors of a communication device, cause the one or more processors to perform the steps of: determining that the communication device is in a scenario when a battery power of the communication device falls below a battery power threshold; classifying, data from one or more applications (15908, 15910) of the communication device into a plurality of priorities, wherein classifying data into the plurality of priorities comprises classifying data from a highest priority to a lowest priority based on use of the one or more applications (15908, 15910) during an extended time period; throttling the data from the one or more applications (15908, 15910) based on their respective priorities while the communication device is in the scenario, wherein throttling the data comprises transmitting the lowest priority data with a longer transmission delay than the highest priority data; and terminating the throttling when the communication device exits the scenario, wherein the communication device is determined to have exited the scenario when at least one of: the battery power rises above the battery power threshold, the battery power rises above a second battery power threshold, and/or the communication device is connected to a charging power supply. determining that the communication device is in a scenario when a battery power of the communication device falls below a battery power threshold; classifying, data from one or more applications (15908, 15910) of the communication device into a plurality of priorities, wherein classifying data into the plurality of priorities comprises classifying data from a highest priority to a lowest priority based on use of the one or more applications (15908, 15910) during an extended time period; throttling the data from the one or more applications (15908, 15910) based on their respective priorities while the communication device is in the scenario, wherein throttling the data comprises transmitting the lowest priority data with a longer transmission delay than the highest priority data; and terminating the throttling when the communication device exits the scenario, wherein the communication device is determined to have exited the scenario when at least one of: the battery power rises above the battery power threshold, the battery power rises above a second battery power threshold, and/or the communication device is connected to a charging power supply.
An isolated human monoclonal antibody or a fragment thereof inhibiting both the Cath-D catalytic activity and its binding to the LRP1 receptor, wherein said isolated human monoclonal antibody or a fragment thereof, comprises a heavy chain variable region comprising SEQ ID NO: 2 in the H-CDR1 region, SEQ ID NO: 3 in the H-CDR2 region and SEQ ID NO: 4 in the H-CDR3 region; and a light chain variable region comprising SEQ ID NO: 6 in the L-CDR1 region, SEQ ID NO: 7 in the L-CDR2 region and SEQ ID NO: 8 in the L-CDR3 region.
A method comprising: receiving at least one of weather data comprising weather events associated with a geographic area in which a connected vehicle is located and disaster data comprising disasters and other extreme events associated with the geographic area; determining, by an onboard vehicle computer system of the connected vehicle, that an extreme event is occurring in the geographic area based on the at least one of the weather data and the disaster data; characterized by automatically unlocking, by the onboard vehicle computer, hidden vehicle functionality (181, 281) of the connected vehicle responsive to determining that the extreme event is occurring, wherein the hidden vehicle functionality (181, 281) comprises one or more functions capable of being performed by hardware and software present on the connected vehicle, and wherein the hidden vehicle functionality (181, 281) is locked such that the one or more functions are not available to a driver of the vehicle prior to unlocking. receiving at least one of weather data comprising weather events associated with a geographic area in which a connected vehicle is located and disaster data comprising disasters and other extreme events associated with the geographic area; determining, by an onboard vehicle computer system of the connected vehicle, that an extreme event is occurring in the geographic area based on the at least one of the weather data and the disaster data; characterized by automatically unlocking, by the onboard vehicle computer, hidden vehicle functionality (181, 281) of the connected vehicle responsive to determining that the extreme event is occurring, wherein the hidden vehicle functionality (181, 281) comprises one or more functions capable of being performed by hardware and software present on the connected vehicle, and wherein the hidden vehicle functionality (181, 281) is locked such that the one or more functions are not available to a driver of the vehicle prior to unlocking.
A bag comprising a front wall, a back wall, a first side wall having a gusset portion, a second side wall having a gusset portion, an interior surface, an exterior surface, a top end, a bottom end, a first layer and a second layer, each of the front wall, back wall, first side wall and second side wall having an interior surface, an exterior surface, a top end and a bottom end, wherein the front wall, the back wall, the first side wall and the second side wall are folded over along a fold line extending between the gusset folds of the gusset portions (6, 8) of the first and second side walls (5, 7) to form the top end of the bag, wherein the first layer comprises a woven polymer and the second layer comprises a polymer film laminated to the first layer, and wherein the bag comprises a plurality of perforations located on the front wall of the bag, the first side wall of the bag and the back wall of the bag, wherein each of the plurality of perforations penetrates through at least a portion of the first layer and a portion of the second layer, and wherein the plurality of perforations define a line generally on the fold line for closing or sealing the top end and which extends from a point on the front wall of the bag, across the first side wall of the bag, and to a point on the back wall of the bag, and wherein the bag is adapted to hold at least 4,54 kg (ten pounds) by weight of a filling material when the top end and bottom end are sealed.
A downhole apparatus configured to move through a well in rock for operation in a drilled bore, the apparatus comprising a first part and a second part connected to the first part, wherein the second part comprises a first electronic device adapted to generate a data signal and a first communications device for wirelessly transmitting the generated data signal, characterised in that the data signal is transmitted via a wireless short-range radio-frequency communications channel, wherein the first part comprises a second communications device for wirelessly receiving the transmitted data signal via said wireless short-range radio-frequency communications channel, and wherein the first and second communications devices are adapted to communicate with each other via the short-range radio-frequency communications channel.
Method for determining a current angular position of a rotatable magnetic component in an electric drive which has an uneven number (Zp) of pole pairs, wherein a current angle measured value (φ AMR,k) of the rotatable component is measured with an angle sensor system which unambiguously measures the current angle measured value (φ AMR,k) only within a predefined limited angle range of 360°/Zp, characterized in that the current angle measured value (φ AMR,k) which is unambiguously measured in the limited angle range is converted into an unambiguous current angular position (φ k) in an unlimited angle range of 0 to 360° using the direction and sign of the magnetic field of the rotatable magnetic component, wherein the direction and sign of the magnetic field of the rotatable magnetic component are determined by applying first test pulses (U a, U b, U c) to the electric drive and by evaluating resulting second test pulses (I 1, I 2, I a, I b, I c) which are produced in the electric drive in reaction to the applied first test pulses (U a, U b, U c), and wherein resulting second test pulses (I 1, I 2, I a, I b, I c), which are generated in reaction to first test pulses (U a, U b, U c) which have been applied to the electric drive at two successive actuation times (t k, t k+1), are evaluated in order to determine a length, resulting with respect to a first actuation time (t k), of a first total current pulse (I 1) and of a length, resulting with respect to a second actuation time (t k+1), of a second total current pulse (I 2), wherein the current angle measured value (φ AMR,k), which is measured unambiguously in the limited angle range, is converted into an unambiguous current angular position (φ k) in the unlimited angle range using the length of the first total current pulse (I 1) and the length of the second total current pulse (I 2), from which the direction and sign of the magnetic field of the rotatable magnetic component are determined.
The use of a physiologically acceptable acid for the treatment of uncooked French fries or flour for use in the preparation of uncooked French fries to reduce acrylamide production in subsequent cooking thereof.
A device for performing corneal freezing comprising: an elongate member having an inner inward and return flow line system through which a cryogenic fluid flows to and from an expansion chamber, respectively and, at a first end, a sealed cryoprobe tip and, at a second end, a thermal insulating handle; wherein said cryoprobe tip is fixed and comprises a concave epithelial surface contact member in thermal communication with said expansion chamber, the device characterised in that the concave epithelial surface contact member has a radius of curvature between 7-9mm and a diameter selected from one of the following options 1 mm, 2mm, 3mm, 4mm, or 5mm, or 1 mm plus 0.1, 0.2, 0.3, 0.4, 0.5, 0.6, 0.7, 0.8, or 0.9mm, 2mm plus 0.1, 0.2, 0.3, 0.4, 0.5, 0.6, 0.7, 0.8, or 0.9mm, 3mm plus 0.1, 0.2, 0.3, 0.4, 0.5, 0.6, 0.7, 0.8, or 0.9mm, 4mm plus 0.1, 0.2, 0.3, 0.4, 0.5, 0.6, 0.7, 0.8, or 0.9mm, 5mm plus 0.1, 0.2, 0.3, 0.4, 0.5, 0.6, 0.7, 0.8, or 0.9mm.
A latex particulate, comprising: a plurality of polymerized monomers; a co-polymerized cross-linking agent including the structure CH 2 =C(R')-A-B-CH 2 -X, wherein X is Cl or Br; R' is H or CH 3; A is COO, CONH, CH 2, or arylene; and B is C1 to C20 alkylene or arylene, and wherein from 0.05% to 15% of the latex particulate is cross-linked, and wherein the monomers are acrylates, methacrylates or vinyl containing monomers. a plurality of polymerized monomers; a co-polymerized cross-linking agent including the structure CH 2 =C(R')-A-B-CH 2 -X, wherein X is Cl or Br; R' is H or CH 3; A is COO, CONH, CH 2, or arylene; and B is C1 to C20 alkylene or arylene, and wherein from 0.05% to 15% of the latex particulate is cross-linked, and wherein the monomers are acrylates, methacrylates or vinyl containing monomers. wherein X is Cl or Br; R' is H or CH 3; A is COO, CONH, CH 2, or arylene; and B is C1 to C20 alkylene or arylene, and wherein from 0.05% to 15% of the latex particulate is cross-linked, and wherein the monomers are acrylates, methacrylates or vinyl containing monomers.
Detector for the detection of presence and/or motion of persons in the detection range with a housing provided to take up a PCB arrangement, wherein the PCB arrangement consists of a main PCB with several components necessary for the function, an adjusting unit (5,6) and at least one microcontroller and of a sensor PCB, which is equipped with a first sensor arrangement for detection of infrared radiation, providing at least one first sensor element and with a sensor unit for detection of the ambient brightness, providing at least one second sensor element and wherein at the housing a lens cap with several lens segments is fixed, wherein the housing consists of a lower part and an upper part provided with the lens cap characterized by the fact that the adjusting unit (5,6) can be influenced from outside by a user via an operation element (5a, 6a), that the upper part of the housing is provided with the lens cap in one piece, that the first sensor arrangement consists of several first sensor elements, and that at the sensor PCB a support is fixed which takes up the first sensor elements of the sensor unit as well as the second sensor element of the sensor unit, and that a rod-type light conductor is assigned to the second sensor element of the sensor unit, this light conductor being taken up in a chimney-type housing of the support, reaching up to the lens cap, which light conductor is lead in direction of the inner side of the lens cap and ends closely underneath the inner side of the lens cap, and that in the area of the light conductor assignment the lens cap provides an optical unit shaped like a clear transparent window, whose material thickness is reduced compared to the lens segments of the lens cap.
A method at a network element of scheduling an uplink, UL, reference signal, RS, resource for a multi-user multi-input-multi-output, MU-MIMO, enabled user equipment, UE, (111, 113, 115), the method being characterized by comprising: determining (320, 512, 532, 542, 552) whether channel status information for the UE (111, 113, 115) is known or not at the network element; assigning (350, 534) a first RS resource from a first RS group of RS resources to the UE in response to determining that the channel status information for the UE is unknown at the network element and that the first RS resource is not assigned to any other UE; and assigning (330, 514, 544) a second RS resource from a second RS group of RS resources to the UE (111, 113) in response to determining that the channel status information for the UE (111, 113) is known at the network element, wherein the first RS group and the second RS group are different. determining (320, 512, 532, 542, 552) whether channel status information for the UE (111, 113, 115) is known or not at the network element; assigning (350, 534) a first RS resource from a first RS group of RS resources to the UE in response to determining that the channel status information for the UE is unknown at the network element and that the first RS resource is not assigned to any other UE; and assigning (330, 514, 544) a second RS resource from a second RS group of RS resources to the UE (111, 113) in response to determining that the channel status information for the UE (111, 113) is known at the network element, wherein the first RS group and the second RS group are different.
A method for reconstructing medical images, comprising: identifying a plurality of organs in a body of a subject based on an anatomic image; assigning a plurality of voxels in the body to respective ones of the plurality of organs based on the anatomic image; and reconstructing an activity image of the body using respectively different processing for the voxels assigned to each respective one of the plurality of organs, wherein the reconstructing includes performing regularization for one or more selected organs based on information from the anatomic image; wherein the selected organs are selected based on a correlation between voxel values of the anatomic image and voxel values of the activity image; and wherein the anatomic image is a CT image, the activity image is a PET image, and the reconstructing includes: using said information from the anatomic image to reconstruct a portion of the activity image containing an organ within a torso of the body; and reconstructing a portion of the activity image containing a brain without information from the anatomic image. identifying a plurality of organs in a body of a subject based on an anatomic image; assigning a plurality of voxels in the body to respective ones of the plurality of organs based on the anatomic image; and reconstructing an activity image of the body using respectively different processing for the voxels assigned to each respective one of the plurality of organs, wherein the reconstructing includes performing regularization for one or more selected organs based on information from the anatomic image; wherein the selected organs are selected based on a correlation between voxel values of the anatomic image and voxel values of the activity image; and wherein the anatomic image is a CT image, the activity image is a PET image, and the reconstructing includes: using said information from the anatomic image to reconstruct a portion of the activity image containing an organ within a torso of the body; and reconstructing a portion of the activity image containing a brain without information from the anatomic image. using said information from the anatomic image to reconstruct a portion of the activity image containing an organ within a torso of the body; and reconstructing a portion of the activity image containing a brain without information from the anatomic image.
Insert part having a water-channelling cartridge housing, which can be inserted into a housing holder in a water line and which, on the outer circumference of the cartridge housing, has at least one encircling annular groove, in which annular groove is arranged a sealing ring, which has a sub-region of its ring cross section projecting radially outwards beyond the annular groove, and having at least one component, which is assigned to the insert part and, on its end side which is directed towards the insert part, has at least one retaining protrusion, by means of which retaining protrusion the component, in a latched position on the outer circumference of the cartridge housing, is latched to the insert part to form a unit, characterized in that the at least one retaining protrusion, in the latched position, is latched in the at least one annular groove intended for the sealing ring.