mhurhangee/patent-ind-claim-en huggingface dataset:
A method for a user equipment, UE , operating in a wireless communication system comprising a first base station, BS , and a second BS , wherein the first BS has a Radio Resource Control, RRC, connection with the UE , and wherein a specific radio bearer, RB, served by the second BS , has a Radio Link Control, RLC, connection with the second BS , the method comprising: communicating (S1401, S1403) with both the first BS and the second BS , reporting (S1407) to the first BS , an RLC retransmission error without triggering an RRC connection re-establishment procedure for the first BS when the RLC retransmission error occurs in an RLC entity transmitting RLC Protocol Data Unit, PDU, to the second BS ; and stopping transmission of all RBs that have RLC connection with the second BS , when the RLC retransmission error occurs in the RLC entity transmitting RLC PDU to the second BS , wherein the all RBs includes the specific RB, and wherein a Packet Data Convergence Protocol, PDCP, entity for the specific RB is in the first BS , and an RLC peer entity to the RLC entity for the specific RB is in the second BS . communicating (S1401, S1403) with both the first BS and the second BS , reporting (S1407) to the first BS , an RLC retransmission error without triggering an RRC connection re-establishment procedure for the first BS when the RLC retransmission error occurs in an RLC entity transmitting RLC Protocol Data Unit, PDU, to the second BS ; and stopping transmission of all RBs that have RLC connection with the second BS , when the RLC retransmission error occurs in the RLC entity transmitting RLC PDU to the second BS , wherein the all RBs includes the specific RB, and wherein a Packet Data Convergence Protocol, PDCP, entity for the specific RB is in the first BS , and an RLC peer entity to the RLC entity for the specific RB is in the second BS .
A cartridge for a flow meter , the cartridge comprising: a cartridge housing enclosing a cartridge interior, and configured for removable installation in a mainframe of a flow meter; a fluid inlet configured for conducting fluid from outside the cartridge housing to the cartridge interior; a chamber disposed in the cartridge interior a chamber inlet communicating with the chamber a flow sensor disposed in the cartridge interior and configured for measuring fluid flow rate into the chamber; and a fluid outlet , wherein the cartridge defines a flow path through the fluid inlet, through the chamber inlet, to the chamber, and toward the fluid outlet, characterized in that the flow sensor comprises a displacement transducer. a cartridge housing enclosing a cartridge interior, and configured for removable installation in a mainframe of a flow meter; a fluid inlet configured for conducting fluid from outside the cartridge housing to the cartridge interior; a chamber disposed in the cartridge interior a chamber inlet communicating with the chamber a flow sensor disposed in the cartridge interior and configured for measuring fluid flow rate into the chamber; and a fluid outlet , wherein the cartridge defines a flow path through the fluid inlet, through the chamber inlet, to the chamber, and toward the fluid outlet, characterized in that the flow sensor comprises a displacement transducer.
Folding awning having a plurality of supporting profiles which are arranged parallel to one another and which are guided so as to be displaceable in a 1st guide , wherein a respective cloth portion is arranged between adjacent supporting profiles , wherein at least one of the supporting profiles is driven by a drive device and is movable along the 1st guide , and wherein a respective spacer device is arranged between adjacent supporting profiles and allows a change in the mutual spacing of the adjacent supporting profiles between a pushed-together position, in which the supporting profiles are situated directly next to one another, and a pulled-apart position, in which the supporting profiles are arranged at a predetermined mutual spacing, characterized in that the spacer device can be brought into engagement with a 2nd guide , wherein the spacer device acts as a spacer during engagement with the 2nd guide and prevents a change in the mutual spacing of the adjacent supporting profiles .
Transferring device for transferring containers from a container advancing device , where they are aligned in at least one row along an advancing direction (F), to at least one operating unit arranged outside the line, adjacent to the container advancing device , along a transferring direction (T) transverse to said advancing direction (F), wherein said transferring device comprises transferring arms , configured to be movable for selectively translating along said transferring direction (T) from the container advancing device toward said operating unit, said transferring arms also being configured to be movable for moving toward and away from each other along said transferring direction (T), for selectively defining a gripping condition with adjustable format, in which said transferring arms are brought closer to each other and in contact, on opposite sides, with one or more containers arranged along said advancing direction (F) for transferring said one or more containers along said transferring direction (T), and a releasing condition, in which said transferring arms are spaced away from said one or more containers , characterised in that said transferring device comprises three transferring arms , two of which are external transferring arms and one is an intermediate transferring arm cooperating with two operating units that are arranged on opposite sides with respect to said container advancing device , in which said two external transferring arms are equipped with an internal contact surface configured to grip said one or more containers and an external surface , and said intermediate transferring arm is provided with two contact surfaces configured to grip said one or more containers , the distance between respective and reciprocally facing internal contact surfaces and contact surfaces defining two container gripping zones .
A method for determining a relay mode, comprising receiving (S201), by a relay terminal, first indication information from a network device, wherein the first indication information is used for indicating a relay mode supported by the network device and is explicitly carried in a system broadcast message, and the first indication information comprises a first field for indicating that the relay mode supported by the network device is at least one of a layer 2-based network relay or a layer 3-based network relay.
A method for characterizing the atmospheric turbulence, comprising: acquiring images (SIM) of a celestial object (PS, CB) by means of a camera (CM) coupled to a telescope (T); analyzing the acquired images to determine angle of arrival fluctuations of wavefronts from positions of at least one spot (IPS, P1, P2) formed by the celestial object in the acquired images; determining variances of the angle of arrival fluctuations; and estimating a Fried parameter (r 0 ) from the variances of the angle of arrival fluctuations, by setting an outer scale parameter (L 0 ) of the atmospheric turbulence to a fixed median value, wherein the at least one spot is formed by the Polar star (PS) to which the telescope is rigidly pointed, or the at least one spot comprises two spots (P1, P2) spaced apart from each other in each acquired image. acquiring images (SIM) of a celestial object (PS, CB) by means of a camera (CM) coupled to a telescope (T); analyzing the acquired images to determine angle of arrival fluctuations of wavefronts from positions of at least one spot (IPS, P1, P2) formed by the celestial object in the acquired images; determining variances of the angle of arrival fluctuations; and estimating a Fried parameter (r 0 ) from the variances of the angle of arrival fluctuations, by setting an outer scale parameter (L 0 ) of the atmospheric turbulence to a fixed median value, wherein the at least one spot is formed by the Polar star (PS) to which the telescope is rigidly pointed, or the at least one spot comprises two spots (P1, P2) spaced apart from each other in each acquired image.
A predictive coding method of a first group of pictures belonging to a sequence of pictures using at least one reference picture of a second group of pictures other than the first group of pictures to be coded, the method comprising: - determining parameters (pi) of a transform from the pictures of the first group of pictures; - applying the transform using said determined parameters to said at least one reference picture (R i-1,l ) in such a manner that the pixel values of said at least one reference picture are expressed in a target dynamic range; - applying the transform using said determined parameters to the pictures of the first group of pictures; - predictive coding the pictures of the first group of pictures using said at least one reference picture thus transformed, characterized in that the transform is a tone mapping and the parameters are values of slopes of a piecewise tone-mapping curve, the values of the slopes being obtained from a histogram of values associated with each pixel of each of the pictures of the first group of pictures. - determining parameters (pi) of a transform from the pictures of the first group of pictures; - applying the transform using said determined parameters to said at least one reference picture (R i-1,l ) in such a manner that the pixel values of said at least one reference picture are expressed in a target dynamic range; - applying the transform using said determined parameters to the pictures of the first group of pictures; - predictive coding the pictures of the first group of pictures using said at least one reference picture thus transformed, characterized in that the transform is a tone mapping and the parameters are values of slopes of a piecewise tone-mapping curve, the values of the slopes being obtained from a histogram of values associated with each pixel of each of the pictures of the first group of pictures.
An air blowing device for a vehicle wash, comprising: a housing having an air inlet and an outlet ; a motor assembly disposed adjacent the air inlet and in communication with an impeller, the impeller configured to draw air into the housing ; a gate mechanism in communication with the air inlet , the gate mechanism including a plurality of pedals that are pivotable to move in a plane between a first position where the plurality of pedals are positioned to allow air to flow through the air inlet and a second position where the plurality of pedals are disposed over the air inlet to block air from flowing into the housing through the air inlet ; a controller ; and an actuator in communication with the plurality of pedals to selectively move them between the first position and the second position; wherein the actuator is in communication with the controller , characterised in that: the pedals are rotatable about respective pedal pivots ; the device further comprises a detecting device for determining the position of a vehicle; the controller is configured to direct the actuator to move the plurality of pedals to the first position when a vehicle is in a first predetermined position with respect to the air blowing device and configured to direct the actuator to move the pedals to the second position when the vehicle is in a second predetermined position with respect to the air blowing device. a housing having an air inlet and an outlet ; a motor assembly disposed adjacent the air inlet and in communication with an impeller, the impeller configured to draw air into the housing ; a gate mechanism in communication with the air inlet , the gate mechanism including a plurality of pedals that are pivotable to move in a plane between a first position where the plurality of pedals are positioned to allow air to flow through the air inlet and a second position where the plurality of pedals are disposed over the air inlet to block air from flowing into the housing through the air inlet ; a controller ; and an actuator in communication with the plurality of pedals to selectively move them between the first position and the second position; wherein the actuator is in communication with the controller , the pedals are rotatable about respective pedal pivots ; the device further comprises a detecting device for determining the position of a vehicle; the controller is configured to direct the actuator to move the plurality of pedals to the first position when a vehicle is in a first predetermined position with respect to the air blowing device and configured to direct the actuator to move the pedals to the second position when the vehicle is in a second predetermined position with respect to the air blowing device.
A method of wireless communication, comprising: identifying , by a user equipment, UE , a payload size, associated with performing a search for a physical downlink control channel, PDCCH, from among a plurality of payload sizes, wherein the payload size is identified based at least in part on a mapping scheme, an aggregation level, associated with performing the search for the PDCCH, and an offset associated with performing the search for the PDCCH, wherein the mapping scheme indicates an association between the plurality of payload sizes, a plurality of aggregation levels including the aggregation level, and a plurality of offsets including the offset, and wherein the offset indicates at least one of: a location relative to a start of a subframe carrying a PDCCH search space, or a location in reordered resource elements of the PDCCH search space relative to a starting resource element associated with the aggregation level and a search space type; and performing , by the UE, the search for the PDCCH based at least in part on the payload size. identifying , by a user equipment, UE , a payload size, associated with performing a search for a physical downlink control channel, PDCCH, from among a plurality of payload sizes, wherein the payload size is identified based at least in part on a mapping scheme, an aggregation level, associated with performing the search for the PDCCH, and an offset associated with performing the search for the PDCCH, wherein the mapping scheme indicates an association between the plurality of payload sizes, a plurality of aggregation levels including the aggregation level, and a plurality of offsets including the offset, and wherein the offset indicates at least one of: a location relative to a start of a subframe carrying a PDCCH search space, or a location in reordered resource elements of the PDCCH search space relative to a starting resource element associated with the aggregation level and a search space type; and wherein the payload size is identified based at least in part on a mapping scheme, an aggregation level, associated with performing the search for the PDCCH, and an offset associated with performing the search for the PDCCH, wherein the mapping scheme indicates an association between the plurality of payload sizes, a plurality of aggregation levels including the aggregation level, and a plurality of offsets including the offset, and wherein the offset indicates at least one of: a location relative to a start of a subframe carrying a PDCCH search space, or a location in reordered resource elements of the PDCCH search space relative to a starting resource element associated with the aggregation level a location relative to a start of a subframe carrying a PDCCH search space, or a location in reordered resource elements of the PDCCH search space relative to a starting resource element associated with the aggregation level and a search space type; and performing , by the UE, the search for the PDCCH based at least in part on the payload size.
Extractor hood device with a housing and at least one extendable element , wherein the housing has at least one through-flow opening in the top side thereof for the passage of at least a part of the extendable element out of the housing , the at least one extendable element is positioned on the housing so that it can move vertically between a rest position and an operating position, the extendable element lies in or beneath the through-flow opening in the rest position and lies at least in regions above the through-flow opening in the operating position and the extendable element , at least in regions, has an imaging area element for digital content, characterised in that the extractor hood device has at least one extraction opening for extracting air downward, the extraction opening lies in the top side of the housing of the extractor hood device and is adjacent to the through-flow opening of the housing of the extractor hood device for the extendable element and the imaging area element is either a projection wall, which represents a plate of transparent material which is surface-treated on at least one surface, consists of several parallel plates of transparent material and an imaging layer is arranged between two plates; or represents a screen.
A heat pump air conditioner assembly for an electric vehicle, comprising a heat pump air conditioning system , a Heating, Ventilation and Air Conditioning (HVAC) box body and an auxiliary heater , wherein in the heat pump air conditioning system , wherein a four-way valve comprises four ports, a first port of the four ports connects with an exhaust port of a compressor by a first pipeline, a second port of the four ports connects with an outside-vehicle heat exchanger by a second pipeline, a third port of the four ports connects with a suction port of the compressor by a third pipeline, and a fourth port of the four ports connects with an in-vehicle heat exchanger by a fourth pipeline; the outside-vehicle heat exchanger and the in-vehicle heat exchanger are connected in series by a fifth pipeline to form a refrigerant loop; the heat pump air conditioning system further comprises a defrosting branch and a defrosting electromagnetic valve ; one end of the defrosting branch connects with the fifth pipeline, and the other end of the defrosting branch connects with the third pipeline; the defrosting electromagnetic valve is arranged on the defrosting branch, and configured to control an on-off of the defrosting branch; the in-vehicle heat exchanger is located in the HVAC box body ; the auxiliary heater is also arranged in the HVAC box body ; the auxiliary heater is located at a leeward side of the in-vehicle heat exchanger ; and when the heat pump air conditioning system is in a defrosting mode, the defrosting electromagnetic valve is turned on, the HVAC box body supplies air to the vehicle, and the auxiliary heater is turned on, characterized in that the in-vehicle heat exchanger comprises a first in-vehicle heat exchanger and a second in-vehicle heat exchanger connected in parallel; wherein the first in-vehicle heat exchanger connects with the fifth pipeline by a first inflow branch and connects with the fourth pipeline by a first outflow branch; the second in-vehicle heat exchanger connects with the fifth pipeline by a second inflow branch and connects with the fourth pipeline by a second outflow branch; the first inflow branch is provided with a first throttling element ; and the second inflow branch is provided with a second throttling element .
Apparatus for drying and styling hair, comprising: first and second mutually-opposing arms adapted for movement between an open configuration for receiving a length of wet hair therebetween and a closed configuration adjacent the hair, such that, in use, when the arms are in the closed configuration they form an inter-arm chamber across which the hair passes, and wherein an airflow conduit is provided within and along at least one of the first and second arms ; means for delivering a flow of air along the conduit in the at least one of the first and second arms , and subsequently into the inter-arm chamber ; and first and second plates disposed on the first arm , and respective opposing first and second plates disposed on the second arm , wherein the opposing plates disposed on the first and second arms are arranged to come together when the first and second arms are in the closed configuration; wherein the inter-arm chamber is located between the first and second plates of the first and second arms when the arms are in the closed configuration; wherein at least one of said plates comprises means for applying heat to said length of hair in use, when the first and second arms are in the closed configuration; and wherein one or both of the arms further comprises an airflow guide structure arranged to receive the flow of air from the respective conduit and to direct the flow of air from a first direction (D1) that is substantially parallel to the length of the respective arm , to a second direction (D2) that is from the respective arm towards the opposing arm , into the inter-arm chamber . first and second mutually-opposing arms adapted for movement between an open configuration for receiving a length of wet hair therebetween and a closed configuration adjacent the hair, such that, in use, when the arms are in the closed configuration they form an inter-arm chamber across which the hair passes, and wherein an airflow conduit is provided within and along at least one of the first and second arms ; means for delivering a flow of air along the conduit in the at least one of the first and second arms , and subsequently into the inter-arm chamber ; and first and second plates disposed on the first arm , and respective opposing first and second plates disposed on the second arm , wherein the opposing plates disposed on the first and second arms are arranged to come together when the first and second arms are in the closed configuration; wherein the inter-arm chamber is located between the first and second plates of the first and second arms when the arms are in the closed configuration; wherein at least one of said plates comprises means for applying heat to said length of hair in use, when the first and second arms are in the closed configuration; and wherein one or both of the arms further comprises an airflow guide structure arranged to receive the flow of air from the respective conduit and to direct the flow of air from a first direction (D1) that is substantially parallel to the length of the respective arm , to a second direction (D2) that is from the respective arm towards the opposing arm , into the inter-arm chamber .