mhurhangee/ep-ind-claims huggingface dataset:
A dolly vehicle comprising at least one motion support device, MSD, (710, 720) and a control unit (602, 900) arranged for vehicle motion management, VMM, wherein the control unit (602, 900) is configurable in a master mode where the at least one MSD is controlled based on a set of capabilities of a vehicle combination comprising the dolly vehicle to fulfil an assigned task, and wherein the control unit (602, 900) is configurable in a slave mode where the at least one MSD is controlled based on requests received from an external master control unit, characterized in that the slave mode is automatically configured when the control unit (602, 900) of the dolly vehicle is connected via wireless link to an external control unit. wherein the control unit (602, 900) is configurable in a master mode where the at least one MSD is controlled based on a set of capabilities of a vehicle combination comprising the dolly vehicle to fulfil an assigned task, and wherein the control unit (602, 900) is configurable in a slave mode where the at least one MSD is controlled based on requests received from an external master control unit, characterized in that the slave mode is automatically configured when the control unit (602, 900) of the dolly vehicle is connected via wireless link to an external control unit.
A solid-state image sensor that executes photoelectric conversion for a subject image formed through an optical system, comprising: a plurality of pixels disposed in a two-dimensional pattern and each equipped with a photoelectric conversion unit that generates and stores an electrical charge corresponding to incident light, wherein: each pixel is either a first pixel or a second pixel (20F, 20R, 20L), the first pixel is configured to output a signal obtained through photoelectric conversion executed on a light flux received from an area of an exit pupil of the optical system, which is not offset from a center of the exit pupil, and the second pixel is configured to output a signal obtained through photoelectric conversion executed on a light flux received from an area of the exit pupil of the optical system, which is offset from the center of the exit pupil; wherein the plurality of pixels are divided into a plurality of pixel blocks set in a two-dimensional pattern; the pixel blocks each assume a single color and include m x n pixels disposed in a two-dimensional pattern with m pixels and n pixels among the plurality of pixels set respectively along a columnar direction and along a row direction, assuming that m and n each represent an integer equal or greater than 2; at least one of the pixels in each pixel block is the first pixel; color filters assuming a single color are disposed at first pixels belonging to a common pixel block; and at least one pixel among the m x n pixels in at least one pixel block among the plurality of pixel blocks is the second pixel at which a color filter is disposed, said color filter assuming the same color of the color filter disposed at the first pixel. each pixel is either a first pixel or a second pixel (20F, 20R, 20L), the first pixel is configured to output a signal obtained through photoelectric conversion executed on a light flux received from an area of an exit pupil of the optical system, which is not offset from a center of the exit pupil, and the second pixel is configured to output a signal obtained through photoelectric conversion executed on a light flux received from an area of the exit pupil of the optical system, which is offset from the center of the exit pupil; wherein the plurality of pixels are divided into a plurality of pixel blocks set in a two-dimensional pattern; the pixel blocks each assume a single color and include m x n pixels disposed in a two-dimensional pattern with m pixels and n pixels among the plurality of pixels set respectively along a columnar direction and along a row direction, assuming that m and n each represent an integer equal or greater than 2; at least one of the pixels in each pixel block is the first pixel; color filters assuming a single color are disposed at first pixels belonging to a common pixel block; and at least one pixel among the m x n pixels in at least one pixel block among the plurality of pixel blocks is the second pixel at which a color filter is disposed, said color filter assuming the same color of the color filter disposed at the first pixel.
A method of selecting an animal with a desired meat quality trait, the method comprising i) analysing the SREBP1, M-RIP, NT5M and TCAP genes of the animal for a combination of polymorphisms characteristic of a haplotype associated with the desired trait, and ii) selecting an animal with a combination of polymorphisms characteristic of a haplotype associated with the desired trait. i) analysing the SREBP1, M-RIP, NT5M and TCAP genes of the animal for a combination of polymorphisms characteristic of a haplotype associated with the desired trait, and ii) selecting an animal with a combination of polymorphisms characteristic of a haplotype associated with the desired trait.
A biopsy device comprising a shaft and a tubular member, the shaft being movably accommodated within the tubular member, the shaft having a longitudinal axis and a distal end, wherein a bevel is formed at the distal end of the shaft, the bevel facing upwardly, wherein at least two channels are formed within the shaft in a longitudinal direction of the shaft, each channel forming an opening in the bevel surface, wherein an optical fiber is accommodated within each of the channels, and wherein a recess is formed in the shaft adjacent the distal end of the shaft, characterized in that the recess faces sidewardly; upwardly and sidewardly being directions that are mutually offset in a circumferential direction about the longitudinal axis of the shaft.
Feed apparatus for a sizing and/or edging machine, having: a conveying device for moving a workpiece in a direction of through-travel and an intake mechanism, in particular intake rollers, wherein adjacent to the conveying device is arranged at least one infeed fence (3a-3c), characterised in that the at least one infeed fence (3a-3c) is displaceable in a horizontal direction and rotatable in a horizontal plane to the direction of through-travel. a conveying device for moving a workpiece in a direction of through-travel and an intake mechanism, in particular intake rollers, wherein adjacent to the conveying device is arranged at least one infeed fence (3a-3c), characterised in that the at least one infeed fence (3a-3c) is displaceable in a horizontal direction and rotatable in a horizontal plane to the direction of through-travel.
A system for performing multiple transactions through a single near field communication, NFC, tap, the system comprising: a wireless device including a linking application that stores a plurality of application identifiers, AIDs, that identify a plurality of applications to be processed in a single NFC tap, wherein the wireless device is an NFC-enabled mobile device; and a wireless device reader for detecting a linking application identifier stored in a proximity payment system environment, PPSE, application in the wireless device that identifies the linking application upon interfacing with the wireless device via the single NFC tap, for accessing the plurality of AIDs using the linking application, and for processing the plurality of applications associated with the plurality of AIDs through the single NFC tap, and wherein the wireless device reader is a device separate from the wireless device. a wireless device including a linking application that stores a plurality of application identifiers, AIDs, that identify a plurality of applications to be processed in a single NFC tap, wherein the wireless device is an NFC-enabled mobile device; and a wireless device reader for detecting a linking application identifier stored in a proximity payment system environment, PPSE, application in the wireless device that identifies the linking application upon interfacing with the wireless device via the single NFC tap, for accessing the plurality of AIDs using the linking application, and for processing the plurality of applications associated with the plurality of AIDs through the single NFC tap, and wherein the wireless device reader is a device separate from the wireless device.
A heating atomization core having a multi-core porous liquid-conducting material, characterized by comprising a porous liquid-conducting material body and an electrical heating track element attached to a bottom surface of the porous liquid-conducting material body, wherein the electrical heating track element has multiple electrical heating regions, multiple liquid-conducting holes are formed in the porous liquid-conducting material body and match the electrical heating regions in position and number, and the porous liquid-conducting material body is provided with an intermediate through hole.
A first network device for operating as an access and mobility management function, AMF, in a first communication network, the first network device comprising: means for checking whether access rights and security capabilities of a communication terminal are valid during a handover procedure to handover the communication terminal from the first communication network to a second communication network having a second network device operating as a mobility management entity, MME; and means for sending a relocation request message including a security context of the communication terminal to the second network device after checking that the access rights and security capabilities of the communication terminal are valid, wherein the first communication network comprises a 5 th generation system, 5GS, network and the second communication network comprises an evolved packet system, EPS, network. means for checking whether access rights and security capabilities of a communication terminal are valid during a handover procedure to handover the communication terminal from the first communication network to a second communication network having a second network device operating as a mobility management entity, MME; and means for sending a relocation request message including a security context of the communication terminal to the second network device after checking that the access rights and security capabilities of the communication terminal are valid, wherein the first communication network comprises a 5 th generation system, 5GS, network and the second communication network comprises an evolved packet system, EPS, network.
A computer-implemented method comprising: mapping, within a layout of a first surface in a flip chip configuration, a bump restriction area according to a set of bump placement restrictions, wherein a first bump placement restriction specifies an allowed distance range between a bump and a qubit chip element (814, 834) in a layout of the first surface, and wherein a second bump placement restriction specifies an allowed distance range between the bump and a qubit chip element in a layout of a second surface in the flip chip configuration; checking conformity of the layout of the first surface with a third bump placement restriction and a fourth bump placement restriction, wherein the third bump placement restriction specifies an allowed distance range between each bump in the layout of the first surface, and wherein the fourth bump placement restriction specifies a minimum allowable bump density of a portion of the layout of the first surface; and adjusting, responsive to the checking, the bump density, the set of bump placement restrictions comprising: the first bump placement restriction, the second bump placement restriction; the third bump placement restriction; and the fourth bump placement restriction. mapping, within a layout of a first surface in a flip chip configuration, a bump restriction area according to a set of bump placement restrictions, wherein a first bump placement restriction specifies an allowed distance range between a bump and a qubit chip element (814, 834) in a layout of the first surface, and wherein a second bump placement restriction specifies an allowed distance range between the bump and a qubit chip element in a layout of a second surface in the flip chip configuration; checking conformity of the layout of the first surface with a third bump placement restriction and a fourth bump placement restriction, wherein the third bump placement restriction specifies an allowed distance range between each bump in the layout of the first surface, and wherein the fourth bump placement restriction specifies a minimum allowable bump density of a portion of the layout of the first surface; and adjusting, responsive to the checking, the bump density, the set of bump placement restrictions comprising: the first bump placement restriction, the second bump placement restriction; the third bump placement restriction; and the fourth bump placement restriction.
A device for consolidating a thermoplastic preform, comprising: - a heating element for heating the preform; and - a consolidation element for exposing the preform to pressure and for cooling the preform, wherein, to consolidate the preform, the heating element and consolidation element are arranged and are movable relative to each other in such a way that the preform can be is exposed to pressure and cooled by the consolidation element after being heated by the heating element, wherein the consolidation element comprises at least one consolidation roller, and the heating element and consolidation roller are moveable along the preform in such a way that the preform is heated region by region by the heating element, and subsequently pressurized as well as cooled by the consolidation roller, wherein the consolidation roller is guidable along the preform by a web guide, and wherein the web guide comprises a guide groove and a guide arm, wherein the consolidation roller and/or heating element are arranged on the guide arm. - a heating element for heating the preform; and - a consolidation element for exposing the preform to pressure and for cooling the preform,
An information transmission method for integrating bandwidth control techniques and caching techniques, comprising the steps of: monitoring transmission bandwidth for transmitting data to and receiving data from a transmitter terminal; and monitoring transmission bandwidth for transmitting data to and receiving data from a receiver terminal; characterized by determining a procedure of requesting for data with a request from the receiver terminal for transmission being employed as input; controlling a storage portion in accordance with information on bandwidth of said transmitter terminal and said request for data; allowing a user to input said request for transmission at said receiver terminal; controlling further said storage portion in accordance with information on bandwidth of said receiver terminal; and allowing program information and contents management information containing a description of a location of program-related information to be inputted, acquiring and accumulating the program-related information automatically in advance by the receiver terminal side before or in response to progress of a program, and presenting the information acquired in advance by the receiver terminal side in response to a program rating. monitoring transmission bandwidth for transmitting data to and receiving data from a transmitter terminal; and monitoring transmission bandwidth for transmitting data to and receiving data from a receiver terminal; characterized by determining a procedure of requesting for data with a request from the receiver terminal for transmission being employed as input; controlling a storage portion in accordance with information on bandwidth of said transmitter terminal and said request for data; allowing a user to input said request for transmission at said receiver terminal; controlling further said storage portion in accordance with information on bandwidth of said receiver terminal; and allowing program information and contents management information containing a description of a location of program-related information to be inputted, acquiring and accumulating the program-related information automatically in advance by the receiver terminal side before or in response to progress of a program, and presenting the information acquired in advance by the receiver terminal side in response to a program rating.
An assembly comprising a towing hook orifice covering plate and a skin, the towing hook orifice covering plate comprising a covering plate modeling surface facing the outside of a bumper and a covering plate structural surface facing the inside of the bumper, the covering plate structural surface being provided with oppositely arranged rotary lugs (13a, 13b), protruding from the covering plate structural surface, the rotary lugs (13a, 13b) comprising a curved surface (131a, 131b) allowing rotation of the covering plate relative to the skin, wherein the skin comprises grooves (21a, 21b) for receiving the rotary lugs (13a, 13b), characterized in that the grooves (21a, 21b) comprise a first curved section (211a, 211b), a linear section (212a, 212b) and a second curved section (213a, 213b), the linear section (212a, 212b) being disposed between the first curved section (211a, 211b) and the second curved section (213a, 213b), and the rotary lugs (13a, 13b) and the grooves (21a, 21b) are shaped so that the rotary lugs (13a, 13b) are capable of rotating and vertically sliding in the grooves (21a, 21b).
A medical occlusive device comprising: an occlusive device frame comprising a plurality of elongate occlusive frame members, each of the elongate occlusive frame members including a first end and a second end; a first hub member that aggregates the first ends of the plurality of elongate occlusive frame members; wherein the occlusive device frame includes an occlusive face portion, a laterally facing skirt portion, and a distal portion, and wherein first portions of the elongate occlusive frame members define the occlusive face portion and extend radially from the first hub member, second portions of the elongate occlusive frame members define the laterally facing skirt portion and extend in a distal and helical direction along a first rotational direction from the occlusive face portion, and wherein the plurality of elongate occlusive frame members terminate in free ends at the distal portion; and an anchor frame comprising a plurality of elongate anchor frame members that extend from a second hub member such that free ends of the elongate anchor frame members protrude from the laterally facing skirt portion, wherein the first hub member is coupled with the second hub member; and wherein the first hub member is coupled within the second hub member, or the second hub member is coupled within the first hub member. an occlusive device frame comprising a plurality of elongate occlusive frame members, each of the elongate occlusive frame members including a first end and a second end; a first hub member that aggregates the first ends of the plurality of elongate occlusive frame members; wherein the occlusive device frame includes an occlusive face portion, a laterally facing skirt portion, and a distal portion, and wherein first portions of the elongate occlusive frame members define the occlusive face portion and extend radially from the first hub member, second portions of the elongate occlusive frame members define the laterally facing skirt portion and extend in a distal and helical direction along a first rotational direction from the occlusive face portion, and wherein the plurality of elongate occlusive frame members terminate in free ends at the distal portion; and an anchor frame comprising a plurality of elongate anchor frame members that extend from a second hub member such that free ends of the elongate anchor frame members protrude from the laterally facing skirt portion, wherein the first hub member is coupled with the second hub member; and wherein the first hub member is coupled within the second hub member, or the second hub member is coupled within the first hub member.
A method of producing a flat sheet membrane element comprising: arranging a sheet filter membrane on a surface of a filter plate of a thermoplastic resin; and pressing a plurality of projections (521, 522) provided in a hot plate against the filter plate above a periphery of the filter membrane with different timing for each projection (521, 522) to abut on the filter membrane; thereby bonding by forming a plurality of recessed bonding portions (231, 232) with different depths in the filter plate and by heat welding the filter membrane to the filter plate in each recessed bonding portion (231, 232); and sealing between the filter membrane and the filter plate along the periphery of the filter membrane; characterized by pressing the plurality of projections (521, 522), having different heights, of the hot plate against a flat filter plate surface. arranging a sheet filter membrane on a surface of a filter plate of a thermoplastic resin; and pressing a plurality of projections (521, 522) provided in a hot plate against the filter plate above a periphery of the filter membrane with different timing for each projection (521, 522) to abut on the filter membrane; thereby bonding by forming a plurality of recessed bonding portions (231, 232) with different depths in the filter plate and by heat welding the filter membrane to the filter plate in each recessed bonding portion (231, 232); and sealing between the filter membrane and the filter plate along the periphery of the filter membrane;
A wind turbine comprising a tower and a nacelle mounted on top of the tower, the turbine further comprising - a bearing (3, 4) for a yaw motion of the nacelle in relation to the tower, and - a drive assembly (5, 6) for said yaw motion, in turn comprising - at least one power unit fixedly connected to the nacelle, the power unit comprising - a motor and - a wheel adapted to be driven by the motor and in engagement with a ring fixedly connected to the tower for effecting the yaw motion, - wherein the motor is located below the wheel, - characterized in that a region of engagement of the ring with the wheel is located separated from the bearing (3, 4), wherein the bearing (3, 4) is a friction bearing comprising an insert portion fixedly connected to the nacelle, and a clamp portion fixedly connected to the tower and in clamping engagement with the insert portion. - a bearing (3, 4) for a yaw motion of the nacelle in relation to the tower, and - a drive assembly (5, 6) for said yaw motion, in turn comprising - at least one power unit fixedly connected to the nacelle, the power unit comprising - a motor and - a wheel adapted to be driven by the motor and in engagement with a ring fixedly connected to the tower for effecting the yaw motion, - wherein the motor is located below the wheel, - characterized in that a region of engagement of the ring with the wheel is located separated from the bearing (3, 4), wherein the bearing (3, 4) is a friction bearing comprising an insert portion fixedly connected to the nacelle, and a clamp portion fixedly connected to the tower and in clamping engagement with the insert portion.