mhurhangee/patent-ind-claim-en huggingface dataset:
A method for data transmission, comprising: receiving (S601), by a user equipment, UE, from a network device, first downlink control information, DCI, wherein the first DCI is used for scheduling a first physical downlink shared channel, PDSCH, the first DCI comprises a first information field, a value of the first information field comprises a specific value or a non-specific value, wherein the first information field is a PDSCH-to-HARQ-feedback timing indicator field and the non-specific value is any value in the PDSCH-to-HARQ-feedback timing indicator information field other than the specific value, and the specific value indicates that acknowledgement/negative acknowledgement, ACK/NACK, information corresponding to the first PDSCH is to be transmitted according to a later trigger signal; receiving, by the UE, from the network device, the first PDSCH; wherein when the value of the first information field is the specific value, receiving trigger signaling from the network device, wherein the trigger signaling instructs the UE to transmit ACK/NACK information corresponding to the first PDSCH; after receiving the trigger signaling, receiving, by the UE, from the netowrk device, a second PDSCH after the first PDSCH, wherein the ID of the HARQ process corresponding to the second PDSCH is the same as the ID of the HARQ process corresponding to the first PDSCH; transmitting, by the UE, to the network device, the ACK/NACK information corresponding to the first PDSCH after reception of the second PDSCH. receiving (S601), by a user equipment, UE, from a network device, first downlink control information, DCI, wherein the first DCI is used for scheduling a first physical downlink shared channel, PDSCH, the first DCI comprises a first information field, a value of the first information field comprises a specific value or a non-specific value, wherein the first information field is a PDSCH-to-HARQ-feedback timing indicator field and the non-specific value is any value in the PDSCH-to-HARQ-feedback timing indicator information field other than the specific value, and the specific value indicates that acknowledgement/negative acknowledgement, ACK/NACK, information corresponding to the first PDSCH is to be transmitted according to a later trigger signal; receiving, by the UE, from the network device, the first PDSCH; wherein when the value of the first information field is the specific value, receiving trigger signaling from the network device, wherein the trigger signaling instructs the UE to transmit ACK/NACK information corresponding to the first PDSCH; after receiving the trigger signaling, receiving, by the UE, from the netowrk device, a second PDSCH after the first PDSCH, wherein the ID of the HARQ process corresponding to the second PDSCH is the same as the ID of the HARQ process corresponding to the first PDSCH; transmitting, by the UE, to the network device, the ACK/NACK information corresponding to the first PDSCH after reception of the second PDSCH.
A mandrel assembly for manufacturing a solid propellant grain of a rocket motor, said mandrel assembly comprising: a base mandrel removably connectable to aft-end opening of rocket motor casing and capable of forming an aft-end counter bore in the propellant grain of the rocket motor; a core mandrel removably connectable to the base mandrel , wherein the core mandrel is capable of forming a longitudinal axial cavity in the propellant grain; and a plurality of fin molds , removably connectable to the base mandrel , characterized in that : the plurality of fin molds comprises a forward-swept leading edge and a forward-swept trailing edge to form a plurality of forward-swept longitudinal hollow fins circular-patterned about the axial cavity in the solid propellant grain of the rocket motor, wherein, the forward-swept leading edge and the forward-swept trailing edge of the plurality of fin molds makes a predetermined acute angle with an axis of the rocket motor such that the difference in acute angles of the forward-swept leading edge and the forward-swept trailing edge, in that order, is greater than zero. a base mandrel removably connectable to aft-end opening of rocket motor casing and capable of forming an aft-end counter bore in the propellant grain of the rocket motor; a core mandrel removably connectable to the base mandrel , wherein the core mandrel is capable of forming a longitudinal axial cavity in the propellant grain; and a plurality of fin molds , removably connectable to the base mandrel , characterized in that : the plurality of fin molds comprises a forward-swept leading edge and a forward-swept trailing edge to form a plurality of forward-swept longitudinal hollow fins circular-patterned about the axial cavity in the solid propellant grain of the rocket motor, wherein, the forward-swept leading edge and the forward-swept trailing edge of the plurality of fin molds makes a predetermined acute angle with an axis of the rocket motor such that the difference in acute angles of the forward-swept leading edge and the forward-swept trailing edge, in that order, is greater than zero.
A variable volume positive displacement vane pump comprising: - a rotor that can turn about an axis of rotation and that comprises slots for at least partially housing vanes , said slots passing through the rotor from one end to the other along a direction parallel to that of the axis of rotation; - a stator , the relative position between the stator and the axis of rotation of the rotor being adjustable so as to permit variation in the volume of the pump ; the stator having an internal chamber , wherein the rotor can turn about its own axis of rotation; the stator comprising a wall that at least partly encloses said chamber ; - centring means for centring the vanes, said centring means comprising a first gudgeon that is solidly constrained to the stator and cannot be drawn into rotation by the rotor ; the stator comprising a structure that integrates said wall and that at least partially delimits the chamber , completely enclosing at least a portion of the rotor ; the first gudgeon being solidly constrained to the structure . - a rotor that can turn about an axis of rotation and that comprises slots for at least partially housing vanes , said slots passing through the rotor from one end to the other along a direction parallel to that of the axis of rotation; - a stator , the relative position between the stator and the axis of rotation of the rotor being adjustable so as to permit variation in the volume of the pump ; the stator having an internal chamber , wherein the rotor can turn about its own axis of rotation; the stator comprising a wall that at least partly encloses said chamber ; - centring means for centring the vanes, said centring means comprising a first gudgeon that is solidly constrained to the stator and cannot be drawn into rotation by the rotor ;
Memory management apparatus for transmitting data inside a computer system between a memory interface of a volatile memory , a memory interface of a non-volatile memory and an interface of a microcontroller, , wherein the memory management apparatus is designed to read in data from the memory interface of the non-volatile memory via a first interface of the memory management apparatus in response to an item of information indicating the start of a boot process of the microcontroller and to make the data which have been read in available to the memory interface of the volatile memory via a second interface of the memory management apparatus , characterized in that the memory management apparatus is designed to assume independent control at the memory interface during the boot process and to directly fill the volatile memory with the data from the non-volatile memory .
Magnetizing fixture comprising conducting portions , preferably made from copper, wherein the conducting portions are prepared in such a way that they form a meandering pattern, wherein each conducting portions comprises at least one through hole , wherein each conducting portions comprises at least one open slot which extends to one side of the conducting portion, wherein the at least one open slot respectively extends from the at least one through hole to one side of the conducting portion, and characterized in that the conducting portions are plate- or wedge-shaped. wherein each conducting portions comprises at least one through hole , wherein each conducting portions comprises at least one open slot which extends to one side of the conducting portion, wherein the at least one open slot respectively extends from the at least one through hole to one side of the conducting portion, and characterized in that the conducting portions are plate- or wedge-shaped.
A method comprising: receiving, by a first gateway device (110A; 205; 500) among a plurality of gateway devices (110A-D), an ingress packet from an Ethernet interface intended for a queue in a memory fabric (120; 290), wherein the plurality of gateway devices (110A-D) are coupled with the memory fabric (120; 290) and a plurality of server processors (130A-C); determining, by the first gateway device (110A; 205; 500), a memory queue identifier corresponding to the ingress packet, wherein the memory queue identifier uniquely identifies a queue at a second gateway device ; and executing a memory write command to deliver the ingress packet to the queue at the second gateway device bypassing the plurality of server processors (130A-C). receiving, by a first gateway device (110A; 205; 500) among a plurality of gateway devices (110A-D), an ingress packet from an Ethernet interface intended for a queue in a memory fabric (120; 290), wherein the plurality of gateway devices (110A-D) are coupled with the memory fabric (120; 290) and a plurality of server processors (130A-C); determining, by the first gateway device (110A; 205; 500), a memory queue identifier corresponding to the ingress packet, wherein the memory queue identifier uniquely identifies a queue at a second gateway device ; and executing a memory write command to deliver the ingress packet to the queue at the second gateway device bypassing the plurality of server processors (130A-C).
An operation method of a wearable biosignal interface , the method comprising: using a motion sensor to obtain a first signal based on a motion of a user; using a biosignal sensor disposed on the user to obtain a second signal; and determining a validity of the second signal; the method being characterized in that the validity of the second signal is determined to be valid, when a magnitude of the second signal is above a second threshold, while a magnitude of the first signal is less than or equal to a first threshold, wherein a value of the first threshold is determined based on a magnitude of the second signal; and controlling an external device based on the second signal, in response to the second signal being determined to be valid. using a motion sensor to obtain a first signal based on a motion of a user; using a biosignal sensor disposed on the user to obtain a second signal; and determining a validity of the second signal; the method being characterized in that the validity of the second signal is determined to be valid, when a magnitude of the second signal is above a second threshold, while a magnitude of the first signal is less than or equal to a first threshold, wherein a value of the first threshold is determined based on a magnitude of the second signal; and controlling an external device based on the second signal, in response to the second signal being determined to be valid.
A vehicle drive transmission device , comprising: a first friction plate and a second friction plate arranged in an axial direction (L); a friction clutch device (CL1) including a press member configured to press the first friction plate and the second friction plate in the axial direction (L); a first support supporting the first friction plate from an outer side (R2) in a radial direction (R); a second support supporting the second friction plate from an inner side (R1) in the radial direction (R); and being characterised in that it further comprises an intermediate member coupled to the second support in such a manner as to rotate integrally with the second support , wherein the first support is open toward a first side (L1) in the axial direction (L), the press member is at such a position as to press the first friction plate and the second friction plate from the first side (L1) in the axial direction (L), the intermediate member includes: a body between the press member and the second support in the axial direction (L); and a protrusion protruding toward the first side (L1) of the body in the axial direction (L); and the press member has an insertion hole extending through the press member in the axial direction (L) and configured to receive the protrusion . a first friction plate and a second friction plate arranged in an axial direction (L); a friction clutch device (CL1) including a press member configured to press the first friction plate and the second friction plate in the axial direction (L); a first support supporting the first friction plate from an outer side (R2) in a radial direction (R); a second support supporting the second friction plate from an inner side (R1) in the radial direction (R); and being characterised in that it further comprises an intermediate member coupled to the second support in such a manner as to rotate integrally with the second support , wherein the first support is open toward a first side (L1) in the axial direction (L), the press member is at such a position as to press the first friction plate and the second friction plate from the first side (L1) in the axial direction (L), the intermediate member includes: a body between the press member and the second support in the axial direction (L); and a protrusion protruding toward the first side (L1) of the body in the axial direction (L); and a body between the press member and the second support in the axial direction (L); and a protrusion protruding toward the first side (L1) of the body in the axial direction (L); and the press member has an insertion hole extending through the press member in the axial direction (L) and configured to receive the protrusion .
System for providing a luminaire, the system comprising as two basic components a supporting rail elongated in a longitudinal direction (X) on which supply lines are arranged, as well as a mounting body elongated in the longitudinal direction (X) on which a light source and/or another functional element is arranged, wherein the system includes a current conducting rail elongated in the longitudinal direction (X) with channels in which conducting wires are placed, as well as an electrical contact device with a mounting section and a contact section offset relative to the mounting section in a vertical direction (Z), and with side sections (56a, b), wherein in an operating position both basic components are fixed to one another, the current conducting rail is fixed to the first basic component and the contact device with its mounting section to the second of the two basic components and is electrically connected with its contact section to at least some of the conducting wires, wherein the second basic component includes a bottom section and two side wall sections extending away along a vertical direction and in operating position the mounting section is held on the second basic component pressed against the bottom section, characterized in that the contact device includes a conductor holding device on at least one side wall section that comprises at least two holding brackets (58a, b) spaced in longitudinal direction (X) and provided in vertical direction (Z) with a gap (62a, b) each with a predetermined longitudinal extension, wherein the gaps of the holding brackets are spaced from each other in vertical direction (Z) and the holding brackets are configured to hold and/or encompass lines and/or conductors running in longitudinal direction.
An insulated glass unit (IGU) comprising: first and second substantially transparent substrates; a spacer between the first and second substantially transparent substrate; a primary seal between the spacer and the first substantially transparent substrate and between the spacer and the second substantially transparent substrate; an electrochromic device on at least one of the first and second substantially transparent substrates; and a bus bar configured to power the electrochromic device and located in the primary seal , characterised in that the bus bar is camouflaged to blend in with its background of the primary seal , the spacer , and/or the electrochromic device . first and second substantially transparent substrates; a spacer between the first and second substantially transparent substrate; a primary seal between the spacer and the first substantially transparent substrate and between the spacer and the second substantially transparent substrate; an electrochromic device on at least one of the first and second substantially transparent substrates; and a bus bar configured to power the electrochromic device and located in the primary seal , characterised in that the bus bar is camouflaged to blend in with its background of the primary seal , the spacer , and/or the electrochromic device .
A combination comprising or consisting of: - polyethoxylated sorbitan monolaurate ; - at least 1% by weight of at least one mannosylerythritol lipid; - monopropylene glycol; and - optionally a fatty acid and/or a fatty acid ester; wherein the total amount of polyethoxylated sorbitan monolaurate and mannosylerythritol lipid(s) is at least 25% by weight, the weight percentages being relative to the weight of the combination. - polyethoxylated sorbitan monolaurate ; - at least 1% by weight of at least one mannosylerythritol lipid; - monopropylene glycol; and - optionally a fatty acid and/or a fatty acid ester; wherein the total amount of polyethoxylated sorbitan monolaurate and mannosylerythritol lipid(s) is at least 25% by weight, the weight percentages being relative to the weight of the combination.
A method for distinguishing data formats, comprising: sending a uplink data packet by a terminal, the uplink data packet having a first data format or a second data format, wherein the uplink data packet is in the first data format if the uplink data packet is encrypted with a first key of a source base station and compressed with a first ROHC profile of the source base station, and the uplink data packet is in the second data format if the uplink data packet is encrypted with a second key of a target base station and compressed with a second ROHC profile of the target base station; and indicating , by the terminal to a network, whether the data format of the uplink data packet is the first data format or the second data format, wherein the indicating, by the terminal to the network, whether the data format of the uplink data packet is the first data format or the second data format comprises: bearing, by the terminal, the uplink data packet having the first data format on a first RLC entity of the source base station; and bearing, by the terminal, the uplink data packet having the second data format on a second RLC entity of the target base station. sending a uplink data packet by a terminal, the uplink data packet having a first data format or a second data format, wherein the uplink data packet is in the first data format if the uplink data packet is encrypted with a first key of a source base station and compressed with a first ROHC profile of the source base station, and the uplink data packet is in the second data format if the uplink data packet is encrypted with a second key of a target base station and compressed with a second ROHC profile of the target base station; and indicating , by the terminal to a network, whether the data format of the uplink data packet is the first data format or the second data format, wherein the indicating, by the terminal to the network, whether the data format of the uplink data packet is the first data format or the second data format comprises: bearing, by the terminal, the uplink data packet having the first data format on a first RLC entity of the source base station; and bearing, by the terminal, the uplink data packet having the second data format on a second RLC entity of the target base station. bearing, by the terminal, the uplink data packet having the first data format on a first RLC entity of the source base station; and bearing, by the terminal, the uplink data packet having the second data format on a second RLC entity of the target base station.
A sliding-type apparatus for thermo-therapeutic treatment, comprising: a body in which a thermo-therapeutic treatment device is disposed; a lower bed member which is slidable on the body and is configured to be unfolded from the body or overlapped on the body so that a length of the apparatus is changed; a cover which is formed at the lower bed member to cover the thermo-therapeutic treatment device when the lower bed member is overlapped on the body ; and a guide groove for sliding, which is formed in the body , characterized in, that the thermo-therapeutic treatment device is configured to perform thermo-therapeutic massage of user's spine region and the lower bed member can warm user's lower body when a user unfolds the lower bed member and lies on the body and the lower bed member. a body in which a thermo-therapeutic treatment device is disposed; a lower bed member which is slidable on the body and is configured to be unfolded from the body or overlapped on the body so that a length of the apparatus is changed; a cover which is formed at the lower bed member to cover the thermo-therapeutic treatment device when the lower bed member is overlapped on the body ; and a guide groove for sliding, which is formed in the body , characterized in, that the thermo-therapeutic treatment device is configured to perform thermo-therapeutic massage of user's spine region and the lower bed member can warm user's lower body when a user unfolds the lower bed member and lies on the body and the lower bed member.
A residual access point information recognition method, wherein residual access point information is access point information that is not discovered in a current Wi-Fi scan but is included in a broadcast packet generated after the current Wi-Fi scan and the method comprises: obtaining first movement information of a to-be-located device, wherein the first movement information is a movement status or a movement speed of the to-be-located device; obtaining a target time threshold based on the first movement information; obtaining a first scan timestamp corresponding to a target time and a first media access control, MAC, address, wherein the target time is a fingerprint collection time of a first fingerprint or a maximum value of a scan timestamp corresponding to at least one MAC address comprised in the first fingerprint, and the first MAC address is a MAC address in the first fingerprint; and if a difference between the target time and the first scan timestamp is greater than the target time threshold, determining that access point information corresponding to the first MAC address is residual access point information. obtaining first movement information of a to-be-located device, wherein the first movement information is a movement status or a movement speed of the to-be-located device; obtaining a target time threshold based on the first movement information; obtaining a first scan timestamp corresponding to a target time and a first media access control, MAC, address, wherein the target time is a fingerprint collection time of a first fingerprint or a maximum value of a scan timestamp corresponding to at least one MAC address comprised in the first fingerprint, and the first MAC address is a MAC address in the first fingerprint; and if a difference between the target time and the first scan timestamp is greater than the target time threshold, determining that access point information corresponding to the first MAC address is residual access point information.