mhurhangee/ep-ind-claims huggingface dataset:
A hybrid automatic repeat request, HARQ, process control method, comprising: receiving, by a second terminal, first sidelink control information, SCI, from a first terminal, wherein the first SCI is used to schedule a first transport block, TB, and the first SCI comprises information used to indicate a first HARQ process identifier, ID; receiving, by the second terminal, the first TB from the first terminal in a second HARQ process; receiving, by the second terminal, second SCI from the first terminal, wherein the second SCI is used to schedule a second TB, the second SCI comprises the information used to indicate the first HARQ process ID and indication information, and the indication information indicates that the second TB is a newly transmitted TB; and in response to the second SCI, clearing, by the second terminal, a buffer associated with the second HARQ process, and/or releasing the second HARQ process. receiving, by a second terminal, first sidelink control information, SCI, from a first terminal, wherein the first SCI is used to schedule a first transport block, TB, and the first SCI comprises information used to indicate a first HARQ process identifier, ID; receiving, by the second terminal, the first TB from the first terminal in a second HARQ process; receiving, by the second terminal, second SCI from the first terminal, wherein the second SCI is used to schedule a second TB, the second SCI comprises the information used to indicate the first HARQ process ID and indication information, and the indication information indicates that the second TB is a newly transmitted TB; and in response to the second SCI, clearing, by the second terminal, a buffer associated with the second HARQ process, and/or releasing the second HARQ process.
A method of manufacturing a refrigerator for accumulating an extremely low temperature cold, comprising the steps of: providing a vacuum chamber; providing an external cylinder (32, 33) so as to be disposed in the vacuum chamber, the external cylinder (32, 33) enclosing an inner space; providing regenerator containers (34, 35) for accumulating cold, which are arranged at the inner space inside of the external cylinder (32, 33); installing a seal ring (38, 39) between the external cylinder (32, 33) and the regenerator containers (34, 35); forming an expanding chamber (40, 41) between the external cylinder (32, 33) and the regenerator containers (34, 35); combining a compressor for compressing a cooling medium gas; packing a Cu mesh material as a first regenerator material in the regenerator container; and packing a group of regenerator material particles as a second regenerator material in the regenerator container; wherein the group of regenerator material particles has an average particle size of 0.01 to 3 mm, wherein a proportion of particles having a ratio of a long diameter to a short diameter of 2 or less is 90 % or more by number, a proportion of particles having a depressed portion having a length of 1/10 to 1/2 of a particle circumferential length of a particle on a particle surface is 30 % or more by number and wherein the depressed portion has depth of 1/10 or less of a particle diameter. providing a vacuum chamber; providing an external cylinder (32, 33) so as to be disposed in the vacuum chamber, the external cylinder (32, 33) enclosing an inner space; providing regenerator containers (34, 35) for accumulating cold, which are arranged at the inner space inside of the external cylinder (32, 33); installing a seal ring (38, 39) between the external cylinder (32, 33) and the regenerator containers (34, 35); forming an expanding chamber (40, 41) between the external cylinder (32, 33) and the regenerator containers (34, 35); combining a compressor for compressing a cooling medium gas; packing a Cu mesh material as a first regenerator material in the regenerator container; and packing a group of regenerator material particles as a second regenerator material in the regenerator container; wherein the group of regenerator material particles has an average particle size of 0.01 to 3 mm, wherein a proportion of particles having a ratio of a long diameter to a short diameter of 2 or less is 90 % or more by number, a proportion of particles having a depressed portion having a length of 1/10 to 1/2 of a particle circumferential length of a particle on a particle surface is 30 % or more by number and wherein the depressed portion has depth of 1/10 or less of a particle diameter.
A method for the wet chemical polishing of molded parts made of zinc, wherein the molded part or the molded parts is/are brought in contact with an acid solution, wherein the acid solution contains only sulfuric acid and phosphoric acid as strong acids, and the total acid concentration of the strong acids is in a range of 40 to 90% by weight, wherein the acid solution contains no chromic acid/chromates, no nitric acid/nitrates, no hydrofluoric acid/fluorides, and no hydrochloric acid/chlorides, and wherein the acid solution additionally contains an oxidizing agent.
A fluid conduit, comprising: a body; a first conduit portion connected to the body; a second conduit portion connected to the body; and a base connected to the second conduit portion; wherein the body, the first conduit portion, the second conduit portion, and the base are formed as a monolithic component via additive manufacturing; wherein the base includes a mesh configured to receive fluid, characterized in that a cross-sectional shape of the second conduit portion includes a tear drop configuration including a rounded portion and an angled or pointed portion. a body; a first conduit portion connected to the body; a second conduit portion connected to the body; and a base connected to the second conduit portion; wherein the body, the first conduit portion, the second conduit portion, and the base are formed as a monolithic component via additive manufacturing; wherein the base includes a mesh configured to receive fluid, characterized in that a cross-sectional shape of the second conduit portion includes a tear drop configuration including a rounded portion and an angled or pointed portion.
An energy modulation agent, which is a phosphorescence material or a fluorescent material and comprises luminescent particles which emit light upon exposure to an initiation energy, for use in a method of curing of a radiation-curable medium inside a human or animal body, the method comprising: applying said initiation energy throughout a composition, said composition comprising: 1) said radiation-curable medium in an uncured form and 2) said energy modulation agent, wherein the initiation energy comprises at least one of x-rays, gamma rays or an electron beam; wherein the initiation energy interacts with the energy modulation agent to generate light at local points inside the human or animal body to cure locally the uncured radiation-curable medium by activating a photoinitiator in the radiation-curable medium and polymerization of polymers in the medium to form a patterned element, preferably a prosthetic device, inside the human or animal body. applying said initiation energy throughout a composition, said composition comprising: 1) said radiation-curable medium in an uncured form and 2) said energy modulation agent, 1) said radiation-curable medium in an uncured form and 2) said energy modulation agent, wherein the initiation energy comprises at least one of x-rays, gamma rays or an electron beam; wherein the initiation energy interacts with the energy modulation agent to generate light at local points inside the human or animal body to cure locally the uncured radiation-curable medium by activating a photoinitiator in the radiation-curable medium and polymerization of polymers in the medium to form a patterned element, preferably a prosthetic device, inside the human or animal body.
An apparatus for controlling supply of power of a battery, comprising: a relay configured to supply or block the power of the battery to various loads within a vehicle; and a voltage generator configured to generate a voltage; characterised in that it further comprises a switch configured to be operated by the voltage generated by the voltage generator to drive the relay to allow the power of the battery to be supplied to the various loads in the vehicle, wherein the switch is configured to be inactive when the voltage is not applied, wherein the voltage generator is configured to apply the generated voltage to the switch when a key inserted into a door-lock key box on the vehicle is rotated. a relay configured to supply or block the power of the battery to various loads within a vehicle; and a voltage generator configured to generate a voltage; characterised in that it further comprises a switch configured to be operated by the voltage generated by the voltage generator to drive the relay to allow the power of the battery to be supplied to the various loads in the vehicle, wherein the switch is configured to be inactive when the voltage is not applied, wherein the voltage generator is configured to apply the generated voltage to the switch when a key inserted into a door-lock key box on the vehicle is rotated.
A trailing edge cooled bearing comprising: a. a main body having a channel formed therein; b. a first pad engaged with said main body, wherein said pad includes a leading edge, a trailing edge, and a trailing edge face, and wherein said first pad is moveable with respect to said main body in at least one dimension; c. a plurality of grooves formed in said trailing edge face; and, d. a spray bar engaged with said main body, wherein said spray bar is in fluid communication with said channel, wherein said spray bar includes an aperture, and wherein said aperture and said spray bar are configured to direct a fluid toward said plurality of grooves in said trailing edge face. a. a main body having a channel formed therein; b. a first pad engaged with said main body, wherein said pad includes a leading edge, a trailing edge, and a trailing edge face, and wherein said first pad is moveable with respect to said main body in at least one dimension; c. a plurality of grooves formed in said trailing edge face; and, d. a spray bar engaged with said main body, wherein said spray bar is in fluid communication with said channel, wherein said spray bar includes an aperture, and wherein said aperture and said spray bar are configured to direct a fluid toward said plurality of grooves in said trailing edge face.
A drain mast comprising: a first fairing body defining a first fairing wall and a first drain portion; and a second fairing body defining a second fairing wall and a second drain portion, wherein the first and second fairing bodies are joined together as a fairing with the first and second fairing walls as opposed exterior fairing walls, and with the first and second drain portions joined to form a drain passage through the fairing from a drain passage inlet to a drain passage outlet, wherein the opposed exterior fairing walls define an airfoil from a leading edge of the fairing to a trailing edge of the fairing, wherein the opposed exterior fairing walls are joined to one another at a seam along the leading and trailing edges of the fairing, characterised in that the first drain portion includes a first drain channel defined by sidewalls extending from the first fairing wall, that the second drain portion includes a second drain channel defined by sidewalls extending from the second fairing wall, and that the first and second drain channels are joined defining the drain passage therebetween. a first fairing body defining a first fairing wall and a first drain portion; and a second fairing body defining a second fairing wall and a second drain portion, wherein the first and second fairing bodies are joined together as a fairing with the first and second fairing walls as opposed exterior fairing walls, and with the first and second drain portions joined to form a drain passage through the fairing from a drain passage inlet to a drain passage outlet, wherein the opposed exterior fairing walls define an airfoil from a leading edge of the fairing to a trailing edge of the fairing, wherein the opposed exterior fairing walls are joined to one another at a seam along the leading and trailing edges of the fairing, characterised in that the first drain portion includes a first drain channel defined by sidewalls extending from the first fairing wall, that the second drain portion includes a second drain channel defined by sidewalls extending from the second fairing wall, and that the first and second drain channels are joined defining the drain passage therebetween.
A high power flash battery system for flash charging of an onboard battery, the high power flash battery system comprising: a wayside flash battery; characterized by a half-bridge cell comprising a first switch and a second switch which are configured to work in complementary mode to provide a voltage compensation mode and a bypass mode, respectively, and a capacitor, a supercapacitor, or a battery, connected with voltage polarity opposite to that of the wayside flash battery in series between the wayside flash battery and a load through the first switch in the voltage compensation mode, and bypassed by the second switch in the bypass mode, wherein the half-bridge cell is configured to be in the voltage compensation mode when the high power flash battery system is unloaded, and to be switched to the bypass mode when a voltage drop occurs due to the high power flash battery system being loaded. a wayside flash battery; characterized by a half-bridge cell comprising a first switch and a second switch which are configured to work in complementary mode to provide a voltage compensation mode and a bypass mode, respectively, and a capacitor, a supercapacitor, or a battery, connected with voltage polarity opposite to that of the wayside flash battery in series between the wayside flash battery and a load through the first switch in the voltage compensation mode, and bypassed by the second switch in the bypass mode, wherein the half-bridge cell is configured to be in the voltage compensation mode when the high power flash battery system is unloaded, and to be switched to the bypass mode when a voltage drop occurs due to the high power flash battery system being loaded.
A headgear article (120, 220) comprising: a visor, wherein the headgear article defines an interior zone comprising a breathing zone between the visor and a wearer's face; a head covering member (124, 224, 324) having a first opening (130, 232, 332) and a second opening (130, 234) formed therein, the first opening having an edge (332a, 332b), and the second opening having an edge; a first panel (140, 242, 342) having an outer surface disposed such that a substantial portion of the outer surface is disposed over the first opening, the first panel further comprising at least one retaining member (410, 420) configured to removably attach to the edge of the first opening; a second panel (140, 244) disposed over the second opening (130, 234) and removably attached to the head covering member (124, 224, 324); and one air duct (156, 256) disposed between the first and second openings, wherein the one air duct comprises an inlet (152, 252) configured for connection to a source of clean air and an outlet (154, 254a, 245b, 254c) disposed within the interior zone. a visor, wherein the headgear article defines an interior zone comprising a breathing zone between the visor and a wearer's face; a head covering member (124, 224, 324) having a first opening (130, 232, 332) and a second opening (130, 234) formed therein, the first opening having an edge (332a, 332b), and the second opening having an edge; a first panel (140, 242, 342) having an outer surface disposed such that a substantial portion of the outer surface is disposed over the first opening, the first panel further comprising at least one retaining member (410, 420) configured to removably attach to the edge of the first opening; a second panel (140, 244) disposed over the second opening (130, 234) and removably attached to the head covering member (124, 224, 324); and one air duct (156, 256) disposed between the first and second openings, wherein the one air duct comprises an inlet (152, 252) configured for connection to a source of clean air and an outlet (154, 254a, 245b, 254c) disposed within the interior zone.
Security lock for a closing element, in particular an armored door, comprising: a containing structure with a substantially box-like shape that defines an internal compartment and has at least one front wall and one lateral wall; a latch slidable inside said containing structure between an operating position in which said latch has an external end protruding with respect to said lateral wall, and a retracted position in which said latch is completely inside said containing structure; a first command mechanism disposed inside said containing structure and configured to selectively command the movement of said latch between said operating position and said retracted position; actuation means to command said first command mechanism; at least one bolt disposed inside said containing structure and sliding between an inactive position, in which it is completely inside said containing structure and one or more closed positions, in which an external end of said at least one bolt is outside said box-like containing structure, in correspondence with said lateral wall; and a second command mechanism configured to command the selective movement of said at least one bolt between said inactive position and said one or more closed positions, characterized in that said actuation means comprise a drive member disposed in a containing compartment positioned outside the bulk of said containing structure and preferably drivable manually, and connection means which connect said drive member to said first command mechanism.
A method in a wireless communication system for changing an ongoing general group call to an emergency group call, the system including a session initiation protocol, SIP, core, a policy and charging rule function, PCRF,, a mission critical push to talk, MCPTT, server, and a plurality of MCPTT clients (1405; 1425), the method comprising: performing a general group call in the system, the group call including a first MCPTT client and a second MCPTT client; receiving (1445, 1447), by the MCPTT server, from the first MCPTT client which belongs to an MCPTT group, a first message associated with an MCPTT emergency alert, the first message including information on a physical location of the first terminal; transmitting (1467, 1475), by the MCPTT server, to the first MCPTT client, a second message to confirm the MCPTT emergency alert; and transmitting (1451, 1453), by the MCPTT server, to the second MCPTT client which belongs to the MCPTT group determined according to an MCPTT group identity, a third message associated with the MCPTT emergency alert, the third message including the received information on the physical location of the first MCPTT client, transmitting, by the SIP core, a bearer request to the PCRF, based on a high priority; allocating a high priority bearer by the PCRF based on the request; and changing the ongoing general group call to an emergency group call, the emergency group call being performed based on the allocated high priority bearer. performing a general group call in the system, the group call including a first MCPTT client and a second MCPTT client; receiving (1445, 1447), by the MCPTT server, from the first MCPTT client which belongs to an MCPTT group, a first message associated with an MCPTT emergency alert, the first message including information on a physical location of the first terminal; transmitting (1467, 1475), by the MCPTT server, to the first MCPTT client, a second message to confirm the MCPTT emergency alert; and transmitting (1451, 1453), by the MCPTT server, to the second MCPTT client which belongs to the MCPTT group determined according to an MCPTT group identity, a third message associated with the MCPTT emergency alert, the third message including the received information on the physical location of the first MCPTT client, transmitting, by the SIP core, a bearer request to the PCRF, based on a high priority; allocating a high priority bearer by the PCRF based on the request; and changing the ongoing general group call to an emergency group call, the emergency group call being performed based on the allocated high priority bearer.
A method comprising: receiving a trigger event to determine a device integrity by a device of a computer system from a monitoring entity external to the device; performing a cryptographic measure of the firmware program code of the device using an integrity measurement logic of the device and storing the cryptographic measure in a storage of the device; analyzing a plurality of current executing pointer structures of the device to determine whether any of the pointer structures refer to locations that fall within the address range of the firmware program code that was not subject to the cryptographic measure; creating an execution status message to indicate whether any of the pointer structures refer to locations that fall within the address range of the firmware program code that was not subject to the cryptographic measure; reporting the cryptographic measure value and the execution status message to the external monitoring entity and determining device integrity by the external monitoring entity based on the received cryptographic measure value and the execution status message; where only the cryptographic measure value and the execution status message are communicated between the device and the external monitoring entity. receiving a trigger event to determine a device integrity by a device of a computer system from a monitoring entity external to the device; performing a cryptographic measure of the firmware program code of the device using an integrity measurement logic of the device and storing the cryptographic measure in a storage of the device; analyzing a plurality of current executing pointer structures of the device to determine whether any of the pointer structures refer to locations that fall within the address range of the firmware program code that was not subject to the cryptographic measure; creating an execution status message to indicate whether any of the pointer structures refer to locations that fall within the address range of the firmware program code that was not subject to the cryptographic measure; reporting the cryptographic measure value and the execution status message to the external monitoring entity and determining device integrity by the external monitoring entity based on the received cryptographic measure value and the execution status message; where only the cryptographic measure value and the execution status message are communicated between the device and the external monitoring entity.