mhurhangee/ep-ind-claims huggingface dataset:
A container having a container body and a handle (3; 103) mounted thereto, the container body having a container wall bounding a storage space, an opening communicating with the storage space at an upper end of the container body and a bottom at a lower end of the container body, the container wall extending between said opening and said bottom and having an outer surface, the container body further having a cavity in said container wall; wherein the handle (3; 103) has a grip portion (11; 111) elongate in a first horizontal direction and a mounting bracket, a gripping area being left free between said grip portion (11; 111) and said mounting bracket, for allowing a portion of a hand of a user to enter between the mounting bracket and the grip portion (11; 111) for gripping the grip portion (11; 111); characterized in that the mounting bracket extends between opposite ends (13, 14) of said grip portion (11; 111); an anchoring portion (17; 117) is arranged on a side of the mounting bracket facing away from the grip portion (11; 111) and projecting into said cavity; wherein the anchoring portion (17; 117) is elongate in said first horizontal direction; and wherein the anchoring portion (17; 117) has a single wall stem portion oriented in a plane in said first, horizontal direction and in a second direction away from the grip portion (11; 111) and a hooking portion (20; 120) projecting from the stem portion in a third direction transverse to said plane. the container body having a container wall bounding a storage space, an opening communicating with the storage space at an upper end of the container body and a bottom at a lower end of the container body, the container wall extending between said opening and said bottom and having an outer surface, the container body further having a cavity in said container wall; wherein the handle (3; 103) has a grip portion (11; 111) elongate in a first horizontal direction and a mounting bracket, a gripping area being left free between said grip portion (11; 111) and said mounting bracket, for allowing a portion of a hand of a user to enter between the mounting bracket and the grip portion (11; 111) for gripping the grip portion (11; 111); characterized in that the mounting bracket extends between opposite ends (13, 14) of said grip portion (11; 111); an anchoring portion (17; 117) is arranged on a side of the mounting bracket facing away from the grip portion (11; 111) and projecting into said cavity; wherein the anchoring portion (17; 117) is elongate in said first horizontal direction; and wherein the anchoring portion (17; 117) has a single wall stem portion oriented in a plane in said first, horizontal direction and in a second direction away from the grip portion (11; 111) and a hooking portion (20; 120) projecting from the stem portion in a third direction transverse to said plane.
A system for monitoring yield while harvesting grain with a harvester, comprising: a mass flow sensor of the harvester configured to generate a flow rate signal corresponding to a flow rate of grain within the harvester; a vehicle weight system of the harvester configured to generate a weight signal corresponding to the weight of a portion of the harvester; and processing circuitry in electrical communication with said mass flow sensor and said vehicle weight system, said processing circuitry configured to calculate an error in said flow rate signal using said weight signal, wherein said processing circuitry is further configured to calculate a corrected mass flow rate based on said error. a mass flow sensor of the harvester configured to generate a flow rate signal corresponding to a flow rate of grain within the harvester; a vehicle weight system of the harvester configured to generate a weight signal corresponding to the weight of a portion of the harvester; and processing circuitry in electrical communication with said mass flow sensor and said vehicle weight system, said processing circuitry configured to calculate an error in said flow rate signal using said weight signal, wherein said processing circuitry is further configured to calculate a corrected mass flow rate based on said error.
Device for producing a small quantity of a radioactive substance compound comprising: - a single-component body, - a mixing device which is integrated into the body and used to receive a small quantity of chemical substances, and - at least one container which is integrated into the body connected to the mixing device and used to receive a small quantity of a chemical substance, characterised in that - the mixing device comprises a channel less than 500 μm high and less than 5 mm wide, so that a capillary effect is exerted on a liquid in the channel, and the channel comprises a rippled course between two straight sections, and - the device comprises a mechanical interface (1, 2) to the outside and can be closed and sealed from the outside by means of the mechanical interface (1, 2). - a single-component body, - a mixing device which is integrated into the body and used to receive a small quantity of chemical substances, and - at least one container which is integrated into the body connected to the mixing device and used to receive a small quantity of a chemical substance, characterised in that - the mixing device comprises a channel less than 500 μm high and less than 5 mm wide, so that a capillary effect is exerted on a liquid in the channel, and the channel comprises a rippled course between two straight sections, and - the device comprises a mechanical interface (1, 2) to the outside and can be closed and sealed from the outside by means of the mechanical interface (1, 2).
A Device Abstraction Proxy comprising: a communications interface to connect the Device Abstraction Proxy to one or more access aggregation devices, each having a plurality of wireless ports to provide wireless communication services to a plurality of terminals via the plurality of wireless ports; a memory and processor to execute a virtual access aggregation device, wherein a subset of the plurality of wireless ports are allocated to the virtual access aggregation device and linked to corresponding logical ports within the virtual access aggregation device; a global rule-set module to define one or more allowed distinct profiles defining operational characteristics for a respective logical port; and a management interface to allow at least one access management system to manage the subset of wireless ports allocated to the virtual access aggregation device subject to the allowed distinct profiles. a communications interface to connect the Device Abstraction Proxy to one or more access aggregation devices, each having a plurality of wireless ports to provide wireless communication services to a plurality of terminals via the plurality of wireless ports; a memory and processor to execute a virtual access aggregation device, wherein a subset of the plurality of wireless ports are allocated to the virtual access aggregation device and linked to corresponding logical ports within the virtual access aggregation device; a global rule-set module to define one or more allowed distinct profiles defining operational characteristics for a respective logical port; and a management interface to allow at least one access management system to manage the subset of wireless ports allocated to the virtual access aggregation device subject to the allowed distinct profiles.
An electrical component for a photovoltaic cell, the electrical component comprising: a metallic article comprising a plurality of electroformed elements that form a continuous grid pattern and a cell interconnection element integrally electroformed with the continuous grid pattern, the continuous grid pattern having a plurality of first elements intersecting a plurality of second elements; wherein the cell interconnection element spans an edge of the continuous grid pattern, and comprises a plurality of segments, and a first end of the plurality of segments is coupled to the continuous grid pattern and an opposite end of the plurality of segments is coupled to a region configured as a tab for being electrically connected to an electrical conduit of a neighboring cell; wherein each electroformed element in the continuous grid pattern has a height and a width, wherein the ratio of the height to the width is an aspect ratio, and wherein a majority of the electroformed elements have an aspect ratio greater than 0.1; wherein the electroformed elements are interconnected and integrally electroformed with each other such that the metallic article is a unitary, free-standing piece, and wherein the electroformed elements are configured to serve as an electrical conduit for a light-incident surface of a photovoltaic cell, with the continuous grid in contact with the light-incident surface and the cell interconnection element configured to extend beyond the light-incident surface. a metallic article comprising a plurality of electroformed elements that form a continuous grid pattern and a cell interconnection element integrally electroformed with the continuous grid pattern, the continuous grid pattern having a plurality of first elements intersecting a plurality of second elements; wherein the cell interconnection element spans an edge of the continuous grid pattern, and comprises a plurality of segments, and a first end of the plurality of segments is coupled to the continuous grid pattern and an opposite end of the plurality of segments is coupled to a region configured as a tab for being electrically connected to an electrical conduit of a neighboring cell; wherein each electroformed element in the continuous grid pattern has a height and a width, wherein the ratio of the height to the width is an aspect ratio, and wherein a majority of the electroformed elements have an aspect ratio greater than 0.1; wherein the electroformed elements are interconnected and integrally electroformed with each other such that the metallic article is a unitary, free-standing piece, and wherein the electroformed elements are configured to serve as an electrical conduit for a light-incident surface of a photovoltaic cell, with the continuous grid in contact with the light-incident surface and the cell interconnection element configured to extend beyond the light-incident surface.
A method for transmitting control information in a base station of a wireless communication system, the method comprising: transmitting, to a terminal, periodic information of a control channel resource region carrying control channels; determining a number of physical downlink control channel, PDCCH candidates for each of a plurality of PDCCH modulation and coding schemes, MCSs, according to the periodic information, wherein each of the plurality of PDCCH MCSs represents a code rate and corresponds to a different number of control channel elements, CCEs, constituting single PDCCH; transmitting, to the terminal, by upper layer signaling, a plurality of numbers of PDCCHs to be monitored by the terminal according to each PDCCH MCS; determining a set of control channel candidates to be monitored by the terminal based on the number of PDCCH candidates for each PDCCH MCS determined according to the periodic information, the plurality of numbers of PDCCHs and a random number generation function using an identifier, ID, of the terminal as a variable; selecting at least one control channel candidate from among the set of control channel candidates; and transmitting the control information to the terminal through the selected at least one control channel candidate in the control channel resource region. transmitting, to a terminal, periodic information of a control channel resource region carrying control channels; determining a number of physical downlink control channel, PDCCH candidates for each of a plurality of PDCCH modulation and coding schemes, MCSs, according to the periodic information, wherein each of the plurality of PDCCH MCSs represents a code rate and corresponds to a different number of control channel elements, CCEs, constituting single PDCCH; transmitting, to the terminal, by upper layer signaling, a plurality of numbers of PDCCHs to be monitored by the terminal according to each PDCCH MCS; determining a set of control channel candidates to be monitored by the terminal based on the number of PDCCH candidates for each PDCCH MCS determined according to the periodic information, the plurality of numbers of PDCCHs and a random number generation function using an identifier, ID, of the terminal as a variable; selecting at least one control channel candidate from among the set of control channel candidates; and transmitting the control information to the terminal through the selected at least one control channel candidate in the control channel resource region.
A method for performing platform integrity checking between a requesting entity, RE, and a target entity, TE, characterized by the following steps performed by the RE: requesting the TE to report its trusted credentials and its self-attested own platform integrity status; receiving the TE's trusted credentials and its self-attested platform integrity status; forwarding the TE's trusted credentials to a responder for integrity verification; receiving a report of the integrity verification of the TE's trusted credentials from the responder; determining, based on the report from the responder of the integrity verification of the TE's trusted credentials and the TE's self-attested platform integrity status, whether to impart sufficient trust in the TE to proceed in a rights object acquisition protocol, ROAP, process with the TE or another protocol with the TE that enables a device to acquire a rights object from a rights issuer, RI. requesting the TE to report its trusted credentials and its self-attested own platform integrity status; receiving the TE's trusted credentials and its self-attested platform integrity status; forwarding the TE's trusted credentials to a responder for integrity verification; receiving a report of the integrity verification of the TE's trusted credentials from the responder; determining, based on the report from the responder of the integrity verification of the TE's trusted credentials and the TE's self-attested platform integrity status, whether to impart sufficient trust in the TE to proceed in a rights object acquisition protocol, ROAP, process with the TE or another protocol with the TE that enables a device to acquire a rights object from a rights issuer, RI.
A manufacturing method of a sheet having needle-like protruding portions, comprising: a device preparation step of preparing a mold having needle-like recessed portions formed in a front surface of the mold, and a solution supply device having a slit-like opening formed at a nozzle distal end portion; a filling step of supplying a solution from the solution supply device to the mold in a state that the nozzle distal end portion is pressed against the front surface of the mold in a thickness direction thereof, and filling the solution in the needle-like recessed portions; and a moving step of moving the solution supply device relatively to the mold in a state that the nozzle distal end portion is brought into contact with the front surface of the mold, wherein, as a hardness distribution in the thickness direction of the mold, an average value of a Young's modulus at a part within 40 μm from the front surface of the mold is 1.9 MPa or higher and 100 MPa or lower, and an average value of a Young's modulus at a part over 40 μm from the front surface of the mold is lower than the average value of the Young's modulus at the part within 40 μm from the front surface of the mold. a device preparation step of preparing a mold having needle-like recessed portions formed in a front surface of the mold, and a solution supply device having a slit-like opening formed at a nozzle distal end portion; a filling step of supplying a solution from the solution supply device to the mold in a state that the nozzle distal end portion is pressed against the front surface of the mold in a thickness direction thereof, and filling the solution in the needle-like recessed portions; and a moving step of moving the solution supply device relatively to the mold in a state that the nozzle distal end portion is brought into contact with the front surface of the mold, wherein, as a hardness distribution in the thickness direction of the mold, an average value of a Young's modulus at a part within 40 μm from the front surface of the mold is 1.9 MPa or higher and 100 MPa or lower, and an average value of a Young's modulus at a part over 40 μm from the front surface of the mold is lower than the average value of the Young's modulus at the part within 40 μm from the front surface of the mold.
Door contact switch comprising a switch plunger, a baseplate and a switch housing for accommodating the switch plunger, characterized in that the switch housing is mounted such that it can be displaced in a translatory manner relative to the baseplate, at least one edge of the baseplate having at least one baseplate detent device and the switch housing having at least one switch housing detent device such that the baseplate can be latched to the switch housing in at least two different positions.
An LNA antisense oligomer conjugate, comprising an LNA antisense oligomer for use in modulating a nucleic acid and a carbohydrate conjugate moiety which comprises an asialoglycoprotein receptor targeting moiety and a pharmacokinetic modulator selected from the group consisting of C8 - C36 saturated or un-saturated fatty acid, sterol, cholesterol, palmitoyl, hexadec-8-enoyl, oleyl, (9E, 12E)-octadeca-9,12-dienoyl, dioctanoyl, and C16-C20 acyl, wherein the conjugate moiety is covalently bound to the LNA antisense oligomer.
A power conversion device configured to convert direct current electricity supplied from a direct current power supply to alternating current electricity, the power conversion device comprising: - a first input terminal connected to a positive electrode of the direct current power supply; - a second input terminal connected to a negative electrode of the direct current power supply; - a power module (4, 4a - 4f) configured to convert the direct current electricity supplied from the direct current power supply to the alternating current electricity; - a first power supply bus (5, 5x, 5y) connecting the first input terminal and the power module (4, 4a - 4f); - a second power supply bus (6, 6x, 6y) connecting the second input terminal and the power module (4, 4a - 4f); and - a metal casing housing the first and second power supply buses (5, 5x, 5y; 6, 6x, 6y) and the power module (4, 4a - 4f), characterized in that: - a casing conducting member is provided which is electrically continuous with the metal casing, - a capacitive coupling (C, C1) between the first power supply bus (5, 5x, 5y) and the casing conducting member and a capacitive coupling (C, C2) between the second power supply bus (6, 6x, 6y) and the metal casing are matched, and - the first power supply bus (5, 5x, 5y) and the second power supply bus (6, 6x, 6y) are disposed between the casing conducting member and the metal casing. - a first input terminal connected to a positive electrode of the direct current power supply; - a second input terminal connected to a negative electrode of the direct current power supply; - a power module (4, 4a - 4f) configured to convert the direct current electricity supplied from the direct current power supply to the alternating current electricity; - a first power supply bus (5, 5x, 5y) connecting the first input terminal and the power module (4, 4a - 4f); - a second power supply bus (6, 6x, 6y) connecting the second input terminal and the power module (4, 4a - 4f); and - a metal casing housing the first and second power supply buses (5, 5x, 5y; 6, 6x, 6y) and the power module (4, 4a - 4f), - a casing conducting member is provided which is electrically continuous with the metal casing, - a capacitive coupling (C, C1) between the first power supply bus (5, 5x, 5y) and the casing conducting member and a capacitive coupling (C, C2) between the second power supply bus (6, 6x, 6y) and the metal casing are matched, and - the first power supply bus (5, 5x, 5y) and the second power supply bus (6, 6x, 6y) are disposed between the casing conducting member and the metal casing.
A sidelink configuration method, applied to a first terminal device, wherein the method comprises: obtaining first information, wherein the first information is configuration information of a sidelink configured grant or activation/deactivation information of a sidelink configured grant; sending the first information to a second terminal device by using sidelink radio resource control, RRC; and sending sidelink service data to the second terminal device based on the first information; characterized in that the method further comprises: sending (S201, S501) first indication information to the second terminal device, wherein the first indication information is used to indicate that the first terminal device has service data to be sent; and receiving (S202, S503) first feedback information fed back by the second terminal device, wherein the first feedback information is used to indicate that the second terminal device has an idle HARQ process or has no idle HARQ process. obtaining first information, wherein the first information is configuration information of a sidelink configured grant or activation/deactivation information of a sidelink configured grant; sending the first information to a second terminal device by using sidelink radio resource control, RRC; and sending sidelink service data to the second terminal device based on the first information; characterized in that the method further comprises: sending (S201, S501) first indication information to the second terminal device, wherein the first indication information is used to indicate that the first terminal device has service data to be sent; and receiving (S202, S503) first feedback information fed back by the second terminal device, wherein the first feedback information is used to indicate that the second terminal device has an idle HARQ process or has no idle HARQ process. sending (S201, S501) first indication information to the second terminal device, wherein the first indication information is used to indicate that the first terminal device has service data to be sent; and receiving (S202, S503) first feedback information fed back by the second terminal device, wherein the first feedback information is used to indicate that the second terminal device has an idle HARQ process or has no idle HARQ process.