mhurhangee/patent-ind-claim-en huggingface dataset:
A method for configuring a configured grant, CG, comprising: configuring at least one CG for a terminal , wherein the at least one CG comprises a second type of CG, and the second type of CG is used for a shared spectrum access operation; the method further comprising: setting a second parameter of the second type of CG as an optional parameter, wherein the second parameter comprises at least one of following configuration parameters: a first HARQ process offset harq-ProcID-Offsett, and a CG retransmission time CG-RetransmissionTimer; and sending at least one CG configuration to the terminal . configuring at least one CG for a terminal , wherein the at least one CG comprises a second type of CG, and the second type of CG is used for a shared spectrum access operation; the method further comprising: setting a second parameter of the second type of CG as an optional parameter, wherein the second parameter comprises at least one of following configuration parameters: a first HARQ process offset harq-ProcID-Offsett, and a CG retransmission time CG-RetransmissionTimer; and sending at least one CG configuration to the terminal . setting a second parameter of the second type of CG as an optional parameter, wherein the second parameter comprises at least one of following configuration parameters: a first HARQ process offset harq-ProcID-Offsett, and a CG retransmission time CG-RetransmissionTimer; and sending at least one CG configuration to the terminal .
A method for transmitting a pilot signal, the method comprising: determining , by a network side device, at least one Channel State Information, CSI, feedback configuration to be transmitted to a user equipment, wherein one CSI feedback configuration corresponds to one Channel State Information-Reference Signal, CSI-RS, resource, and for each port of one CSI-RS resource, a pilot signal corresponding to the port is transmitted over one group of antenna elements corresponding to the port; and transmitting , by the network side device, the determined CSI feedback configuration to the user equipment to instruct the user equipment to receive a pilot signal over the CSI-RS resource corresponding to the CSI feedback configuration and to make signal measurement according to the received pilot signal; wherein after transmitting, by the network side device, the determined CSI feedback configuration to the user equipment, the method further comprises: selecting, by the network side device, at least one of the at least one CSI feedback configuration transmitted to the user equipment according to a measurement parameter fed back by the user equipment; and determining, by the network side device, a parameter of data transmission for the user equipment according to CSI reported by the user equipment for the selected CSI feedback configuration. determining , by a network side device, at least one Channel State Information, CSI, feedback configuration to be transmitted to a user equipment, wherein one CSI feedback configuration corresponds to one Channel State Information-Reference Signal, CSI-RS, resource, and for each port of one CSI-RS resource, a pilot signal corresponding to the port is transmitted over one group of antenna elements corresponding to the port; and transmitting , by the network side device, the determined CSI feedback configuration to the user equipment to instruct the user equipment to receive a pilot signal over the CSI-RS resource corresponding to the CSI feedback configuration and to make signal measurement according to the received pilot signal; wherein after transmitting, by the network side device, the determined CSI feedback configuration to the user equipment, the method further comprises: selecting, by the network side device, at least one of the at least one CSI feedback configuration transmitted to the user equipment according to a measurement parameter fed back by the user equipment; and determining, by the network side device, a parameter of data transmission for the user equipment according to CSI reported by the user equipment for the selected CSI feedback configuration. selecting, by the network side device, at least one of the at least one CSI feedback configuration transmitted to the user equipment according to a measurement parameter fed back by the user equipment; and determining, by the network side device, a parameter of data transmission for the user equipment according to CSI reported by the user equipment for the selected CSI feedback configuration.
Glucose isomerase for use by oral administration in the therapy of intestinal fructose intolerance, provided that the glucose isomerase is not used in combination with 5-D-fructose dehydrogenase for said therapy.
A motorcycle tire comprising a tread portion , wherein the tread portion has, on a tire equator (C), a crown block array in which a plurality of crown blocks are aligned in a tire circumferential direction, distances in the tire circumferential direction over which the crown blocks adjacent to each other in the tire circumferential direction are distant from each other include a first distance (La1), and a centroid of a tread surface of each of the plurality of crown blocks is positioned so as to be distant from the tire equator (C) by a distance (Lb) in a tire axial direction, characterized in that distances in the tire circumferential direction over which the crown blocks adjacent to each other in the tire circumferential direction are distant from each other include a second distance (La2) different from the first distance (La1). a tread portion , wherein the tread portion has, on a tire equator (C), a crown block array in which a plurality of crown blocks are aligned in a tire circumferential direction, distances in the tire circumferential direction over which the crown blocks adjacent to each other in the tire circumferential direction are distant from each other include a first distance (La1), and a centroid of a tread surface of each of the plurality of crown blocks is positioned so as to be distant from the tire equator (C) by a distance (Lb) in a tire axial direction, characterized in that distances in the tire circumferential direction over which the crown blocks adjacent to each other in the tire circumferential direction are distant from each other include a second distance (La2) different from the first distance (La1).
A measuring system for measuring viscoelastic characteristics of a blood sample, comprising: a control unit housing viscoelastic measurement components, the control unit defining an exterior port ; and a disposable cartridge comprising a blood sample volume measurement chamber in fluid communication with a blood sample receiver , the blood sample volume measurement chamber having a selected internal volume to contain a predefined volume of blood sample, wherein the blood sample volume measurement chamber is configured to be filled with the blood sample to a predefined level, wherein the control unit is configured to releasably mate with the disposable cartridge when inserted into the exterior port such that the blood sample receiver of the cartridge remains external to the control unit; wherein the disposable cartridge further comprises a reagent mixing chamber configured to receive and mix an amount of the blood sample with one or more reagents; and wherein the disposable cartridge comprises a vent configured to be closable to prevent airflow therethrough such that blood is inhibited from flowing into the reagent mixing chamber . a control unit housing viscoelastic measurement components, the control unit defining an exterior port ; and a disposable cartridge comprising a blood sample volume measurement chamber in fluid communication with a blood sample receiver , the blood sample volume measurement chamber having a selected internal volume to contain a predefined volume of blood sample, wherein the blood sample volume measurement chamber is configured to be filled with the blood sample to a predefined level, wherein the control unit is configured to releasably mate with the disposable cartridge when inserted into the exterior port such that the blood sample receiver of the cartridge remains external to the control unit; wherein the disposable cartridge further comprises a reagent mixing chamber configured to receive and mix an amount of the blood sample with one or more reagents; and wherein the disposable cartridge comprises a vent configured to be closable to prevent airflow therethrough such that blood is inhibited from flowing into the reagent mixing chamber .
A method of communicating in a wireless network, the method comprising: generating a block acknowledgment frame comprising a plurality of fields in the following order: a block acknowledgment identifier field including an identifier of the block acknowledgment frame, wherein the block acknowledgment identifier field is set to five or six least significant bits of a scrambler seed of a physical layer service data unit; a starting sequence control field including at least one of a sequence number and a function of a sequence number of a data unit for which the block acknowledgement frame is sent; and a block acknowledgement bitmap field indicating a received status of a number of data units; and wirelessly transmitting the block acknowledgment frame. generating a block acknowledgment frame comprising a plurality of fields in the following order: a block acknowledgment identifier field including an identifier of the block acknowledgment frame, wherein the block acknowledgment identifier field is set to five or six least significant bits of a scrambler seed of a physical layer service data unit; a starting sequence control field including at least one of a sequence number and a function of a sequence number of a data unit for which the block acknowledgement frame is sent; and a block acknowledgement bitmap field indicating a received status of a number of data units; and a block acknowledgment identifier field including an identifier of the block acknowledgment frame, wherein the block acknowledgment identifier field is set to five or six least significant bits of a scrambler seed of a physical layer service data unit; a starting sequence control field including at least one of a sequence number and a function of a sequence number of a data unit for which the block acknowledgement frame is sent; and a block acknowledgement bitmap field indicating a received status of a number of data units; and wirelessly transmitting the block acknowledgment frame.
Imaging optical system for a projection exposure system with - at least one anamorphically imaging projection lens system , - wherein the imaging optical system has a direction-dependent object-side numerical aperture (NAO), wherein the imaging optical system has a first imaging scale in a first direction and a second imaging scale in a second direction, characterized in that the second imaging scale being at least one and a half times as large as the first imaging scale and the imaging optical system has a circular exit pupil - at least one anamorphically imaging projection lens system , - wherein the imaging optical system has a direction-dependent object-side numerical aperture (NAO),
An energy storage apparatus comprising: a plurality of energy storage devices ; an outer covering arranged outside the plurality of energy storage devices ; a partition member arranged on a side of any one of the plurality of energy storage devices ; and a supporter configured to support the partition member at a predetermined position, characterized in that the supporter is formed of a heat resistant member having higher heat resistance than the outer covering , wherein the heat resistant member is made of at least one of a ceramic and a thermosetting resin, such as a phenol resin, a urea resin, a melamine resin, an unsaturated polyester resin, a diallyl phthalate resin, an epoxy resin, a silicon resin, an alkyd resin, a polyimide resin, a polyamino-bismaleimide resin, a casein resin, a furan resin and a urethane resin. a plurality of energy storage devices ; an outer covering arranged outside the plurality of energy storage devices ; a partition member arranged on a side of any one of the plurality of energy storage devices ; and a supporter configured to support the partition member at a predetermined position, characterized in that the supporter is formed of a heat resistant member having higher heat resistance than the outer covering , wherein the heat resistant member is made of at least one of a ceramic and a thermosetting resin, such as a phenol resin, a urea resin, a melamine resin, an unsaturated polyester resin, a diallyl phthalate resin, an epoxy resin, a silicon resin, an alkyd resin, a polyimide resin, a polyamino-bismaleimide resin, a casein resin, a furan resin and a urethane resin.
A method of compensating for a battery pack failure in a powered surgical instrument , the method comprising: generating, by an electric motor, a rotational motion to motivate a firing assembly to deploy staples into a captured tissue during a firing sequence, determining during the firing sequence, by a control circuit , whether a subset of rechargeable battery cells in a battery pack is damaged based on a measurement performed by a battery-cell health indicator; and stepping-up, by the control circuit coupled to a voltage converter , an output voltage of the battery pack to maintain a minimum voltage sufficient to complete the firing sequence in response to a determination that a subset of the rechargeable battery cells is damaged; the method being characterised by rerouting, by a processor , power from non-essential systems of the surgical instrument to ensure completion of the firing sequence in the event of a determination that one or more of the battery cells are compromised during the firing sequence. generating, by an electric motor, a rotational motion to motivate a firing assembly to deploy staples into a captured tissue during a firing sequence, determining during the firing sequence, by a control circuit , whether a subset of rechargeable battery cells in a battery pack is damaged based on a measurement performed by a battery-cell health indicator; and stepping-up, by the control circuit coupled to a voltage converter , an output voltage of the battery pack to maintain a minimum voltage sufficient to complete the firing sequence in response to a determination that a subset of the rechargeable battery cells is damaged; the method being characterised by rerouting, by a processor , power from non-essential systems of the surgical instrument to ensure completion of the firing sequence in the event of a determination that one or more of the battery cells are compromised during the firing sequence.
A method performed by a radio node for handling provision of a service to a wireless device in a wireless communication network , which wireless communication network comprises an access network node serving the radio node over a connection; the method comprising - transmitting an indication to the wireless device, which indication indicates type and/or capacity, for the wireless device or the radio node , of the connection between the radio node and the access network node , wherein the indication indicates whether the radio node is connected to the access network node over the connection with a limited quota of data or not, and wherein the indication indicates whether the radio node is connected to the access network node over a wireless connection or a wired connection, wherein the indication is transmitted in response to a connection request from the wireless device , and characterized in that the indication controls a configuration of policies in the wireless device . - transmitting an indication to the wireless device, which indication indicates type and/or capacity, for the wireless device or the radio node , of the connection between the radio node and the access network node , wherein the indication indicates whether the radio node is connected to the access network node over the connection with a limited quota of data or not, and wherein the indication indicates whether the radio node is connected to the access network node over a wireless connection or a wired connection, wherein the indication is transmitted in response to a connection request from the wireless device , and characterized in that the indication controls a configuration of policies in the wireless device .
A method of forming a stretchable electrode , the method comprising: providing a non-fully cured sample on a substrate; and depositing a metal on the non-fully cured sample via thermal evaporation to form the stretchable electrode ; wherein the non-fully cured sample is uncured or is partially cured for a duration of less than 30 minutes; wherein the partially cured sample is formed by heating at a temperature of less than 70 °C; wherein the stretchable electrode comprises: a base layer ; a wrinkled layer ; a plurality of pillars extending from the base layer to the wrinkled layer ; and a metal film on the wrinkled layer , the metal film comprising the metal; and wherein the base layer , the wrinkled layer , and the plurality of pillars comprise polydimethylsiloxane. providing a non-fully cured sample on a substrate; and depositing a metal on the non-fully cured sample via thermal evaporation to form the stretchable electrode ; wherein the non-fully cured sample is uncured or is partially cured for a duration of less than 30 minutes; wherein the partially cured sample is formed by heating at a temperature of less than 70 °C; wherein the stretchable electrode comprises: a base layer ; a wrinkled layer ; a plurality of pillars extending from the base layer to the wrinkled layer ; and a metal film on the wrinkled layer , the metal film comprising the metal; and a base layer ; a wrinkled layer ; a plurality of pillars extending from the base layer to the wrinkled layer ; and a metal film on the wrinkled layer , the metal film comprising the metal; and wherein the base layer , the wrinkled layer , and the plurality of pillars comprise polydimethylsiloxane.
An actuator for a panel audio loudspeaker, comprising: a frame comprising: a plate extending in a plane; and a stub extending perpendicular to the plane; an elongate flexure attached at a first end to the stub and extending away from the stub in a first direction parallel to the plane; an electromechanical module attached to a portion of the flexure unattached to the stub, the electromechanical module being configured to displace a second end of the flexure that is free of the stub in a direction perpendicular to the first direction during operation of the actuator ; two or more tabs (330a-330c), wherein at least one of the tabs extends from an edge of the elongate flexure in a second direction perpendicular to the first direction and parallel to the plane, and wherein at least one other of the tabs extends from an end of the elongate flexure opposite the first end; and a vibration damping material (350a-350f) located between each of the two or more tabs (330a-330c) and a corresponding feature of the frame for receiving the tab, wherein for certain vibrations of the electromechanical module , one or more of the tabs (330a-330c) engage the corresponding feature of the frame through the vibration damping material (350a-350f). a frame comprising: a plate extending in a plane; and a stub extending perpendicular to the plane; a plate extending in a plane; and a stub extending perpendicular to the plane; an elongate flexure attached at a first end to the stub and extending away from the stub in a first direction parallel to the plane; an electromechanical module attached to a portion of the flexure unattached to the stub, the electromechanical module being configured to displace a second end of the flexure that is free of the stub in a direction perpendicular to the first direction during operation of the actuator ; two or more tabs (330a-330c), wherein at least one of the tabs extends from an edge of the elongate flexure in a second direction perpendicular to the first direction and parallel to the plane, and wherein at least one other of the tabs extends from an end of the elongate flexure opposite the first end; and a vibration damping material (350a-350f) located between each of the two or more tabs (330a-330c) and a corresponding feature of the frame for receiving the tab, wherein for certain vibrations of the electromechanical module , one or more of the tabs (330a-330c) engage the corresponding feature of the frame through the vibration damping material (350a-350f).
Display stand , with - a planar base body made of cardboard, comprising at least a first and a second planar section , which are pivotably connected to each other by a set-up fold , characterized by - a first and a second planar cover body made of cardboard, an inner surface of the first cover body resting on an inner surface of the first planar section and being partially glued thereto and an inner surface of the second cover body resting on an inner surface of the second planar section and being partially glued thereto, - wherein a first adhesive-free pocket region is formed between the inner side of the first cover body and the inner side of the first planar section , which is adjacent to the set-up fold , and a second adhesive-free pocket region is formed between the inner side of the second cover body and the inner side of the second planar section , which is adjacent to the set-up fold , - and wherein a flat metal strip bridging the set-up fold is arranged with a first part in the first pocket region and with a second part in the second pocket region , wherein the metal strip is held displaceably in at least one of the pocket regions without material connection to the respective cover body and planar section . - a planar base body made of cardboard, comprising at least a first and a second planar section , which are pivotably connected to each other by a set-up fold , characterized by - a first and a second planar cover body made of cardboard, an inner surface of the first cover body resting on an inner surface of the first planar section and being partially glued thereto and an inner surface of the second cover body resting on an inner surface of the second planar section and being partially glued thereto, - wherein a first adhesive-free pocket region is formed between the inner side of the first cover body and the inner side of the first planar section , which is adjacent to the set-up fold , and a second adhesive-free pocket region is formed between the inner side of the second cover body and the inner side of the second planar section , which is adjacent to the set-up fold , - and wherein a flat metal strip bridging the set-up fold is arranged with a first part in the first pocket region and with a second part in the second pocket region , wherein the metal strip is held displaceably in at least one of the pocket regions without material connection to the respective cover body and planar section .