mhurhangee/patent-ind-claim-en huggingface dataset:
Receiver of radio and/or television signals comprising contents, where said signals are transmitted via radio by transmitters and are received by said receiver , comprising: - means for receiving signals via radio that, through the tuning information, can be configured for the reception of the content of the received radio and/or television signals, wherein the tuning information comprises, for each received content, a service name and/or radio station and/or the channel frequency on which the multiplex is received which contains said content; - memory means containing at least the geographic transmission information which includes the geographical areas of coverage of the transmitters, that transmit the received signals by the reception means , wherein said geographical transmission information is comparable with the tuning information, and whereby said geographical transmission information includes, for each content, a service name and/or radio station. characterised by - a central computing unit configured to determine the geographical location of the receiver based on a comparison between the geographical transmission information and the tuning information, and where the central computing unit is also configured to arrange the tuning information based on the geographical location of the receiver in order to organize access to the contents relating to the location of the receiver . - means for receiving signals via radio that, through the tuning information, can be configured for the reception of the content of the received radio and/or television signals, wherein the tuning information comprises, for each received content, a service name and/or radio station and/or the channel frequency on which the multiplex is received which contains said content; - memory means containing at least the geographic transmission information which includes the geographical areas of coverage of the transmitters, that transmit the received signals by the reception means , wherein said geographical transmission information is comparable with the tuning information, and whereby said geographical transmission information includes, for each content, a service name and/or radio station. characterised by - a central computing unit configured to determine the geographical location of the receiver based on a comparison between the geographical transmission information and the tuning information, and where the central computing unit is also configured to arrange the tuning information based on the geographical location of the receiver in order to organize access to the contents relating to the location of the receiver .
A method performed by a base station, the method comprising: receiving, from a wireless transmit receive unit, WTRU, via a communication in a first frequency band, channel state information, CSI, location information, and mobility information; determining beam pair prediction information including one or more beam pair information to establish a communication in a second frequency band between the base station and the WTRU based on the received information, wherein the communication in the second frequency band occurs at a higher frequency band than the communication in the first frequency band; transmitting, to the WTRU in the first frequency band, configuration information relating to the beam pair prediction information for communication in the second frequency band; transmitting, in the second frequency band, at least one synchronization signal block according to the beam pair prediction information; receiving feedback from the WTRU; and performing one of transmitting an acknowledge to the WTRU or updating the beam pair prediction information based on the feedback. receiving, from a wireless transmit receive unit, WTRU, via a communication in a first frequency band, channel state information, CSI, location information, and mobility information; determining beam pair prediction information including one or more beam pair information to establish a communication in a second frequency band between the base station and the WTRU based on the received information, wherein the communication in the second frequency band occurs at a higher frequency band than the communication in the first frequency band; transmitting, to the WTRU in the first frequency band, configuration information relating to the beam pair prediction information for communication in the second frequency band; transmitting, in the second frequency band, at least one synchronization signal block according to the beam pair prediction information; receiving feedback from the WTRU; and performing one of transmitting an acknowledge to the WTRU or updating the beam pair prediction information based on the feedback.
Treatment apparatus comprising: - at least one device for receiving at least one extracorporeal blood circuit , including an arterial conduit portion having a conduit interior and a venous conduit portion having a conduit interior; - at least one blood pump arranged on or in the extracorporeal blood circuit for conveying blood within the extracorporeal blood circuit ; - at least one second conveying means for introducing at least one liquid into the extracorporeal blood circuit and/or for conveying the liquid in the extracorporeal blood circuit ; characterized by : - at least one control or regulating device suitable and provided for carrying out a method for removing blood after finishing a blood treatment session comprising the steps of: - introducing liquid into the extracorporeal blood circuit ; - conveying the fluid for simultaneously discharging blood from both the arterial conduit portion and the venous conduit portion of the extracorporeal blood circuit . - at least one device for receiving at least one extracorporeal blood circuit , including an arterial conduit portion having a conduit interior and a venous conduit portion having a conduit interior; - at least one blood pump arranged on or in the extracorporeal blood circuit for conveying blood within the extracorporeal blood circuit ; - at least one second conveying means for introducing at least one liquid into the extracorporeal blood circuit and/or for conveying the liquid in the extracorporeal blood circuit ; - at least one control or regulating device suitable and provided for carrying out a method for removing blood after finishing a blood treatment session comprising the steps of: - introducing liquid into the extracorporeal blood circuit ; - conveying the fluid for simultaneously discharging blood from both the arterial conduit portion and the venous conduit portion of the extracorporeal blood circuit . - introducing liquid into the extracorporeal blood circuit ; - conveying the fluid for simultaneously discharging blood from both the arterial conduit portion and the venous conduit portion of the extracorporeal blood circuit .
A fault isolation apparatus for an inverter configured for coupling to an external power supply , the fault isolation apparatus comprising: a plurality of fault detection devices , each configured to: complete an electrical path between the inverter and the external power supply , and detect a fault along its respective electrical path; and a controller configured to instruct each fault detection device to complete its respective electrical path only when the path is devoid of the detected fault, wherein: each fault detection device comprises a detection circuit and a switch connected to be controlled by the controller, and characterised in that each detection circuit comprises a fuse , a current sensor and a first resistor all connected in series between the respective electrical path and ground, and further comprising a second resistor electrically connected in parallel with the fuse . a plurality of fault detection devices , each configured to: complete an electrical path between the inverter and the external power supply , and detect a fault along its respective electrical path; and complete an electrical path between the inverter and the external power supply , and detect a fault along its respective electrical path; and a controller configured to instruct each fault detection device to complete its respective electrical path only when the path is devoid of the detected fault, wherein: each fault detection device comprises a detection circuit and a switch connected to be controlled by the controller, and characterised in that each detection circuit comprises a fuse , a current sensor and a first resistor all connected in series between the respective electrical path and ground, and further comprising a second resistor electrically connected in parallel with the fuse . each fault detection device comprises a detection circuit and a switch connected to be controlled by the controller, and characterised in that each detection circuit comprises a fuse , a current sensor and a first resistor all connected in series between the respective electrical path and ground, and further comprising a second resistor electrically connected in parallel with the fuse .
A method for in-loop processing of reconstructed video, the method comprising: receiving reconstructed video data; determining to-be-processed pixels associated with the reconstructed video data; characterized by determining a virtual boundary related to a video data boundary; and applying in-loop processing to the to-be-processed pixel on one side of the virtual boundary, wherein the in-loop processing is configured to require no pixel from other side of the virtual boundary; wherein the in-loop processing corresponds to SAO (Sample Adaptive Offset) processing or ALF (Adaptive Loop Filter) processing; wherein the virtual boundary is upward shifted from a horizontal block boundary by N pixels, wherein the virtual boundary is N pixels above a horizontal LCU (Largest Coding Unit) boundary and N is an integer from 1 to 4. receiving reconstructed video data; determining to-be-processed pixels associated with the reconstructed video data; characterized by determining a virtual boundary related to a video data boundary; and applying in-loop processing to the to-be-processed pixel on one side of the virtual boundary, wherein the in-loop processing is configured to require no pixel from other side of the virtual boundary; wherein the in-loop processing corresponds to SAO (Sample Adaptive Offset) processing or ALF (Adaptive Loop Filter) processing; wherein the virtual boundary is upward shifted from a horizontal block boundary by N pixels, wherein the virtual boundary is N pixels above a horizontal LCU (Largest Coding Unit) boundary and N is an integer from 1 to 4.
A volute for a radial ventilator with a flow area originating from a housing tongue and increasing in size in the peripheral direction around a fan wheel arranged around an axial central axis, wherein the flow area is defined by a contour of at least one axial side section of the volute, wherein the side section has an axial air intake opening with an opening edge section surrounding it, to which a transition section running in the peripheral direction as viewed in a radial direction is directly connected, which is spaced apart from the opening edge section in an axial direction in a first section extending from the housing tongue in the peripheral direction at a specific angle and increases the extension of the flow area in the peripheral direction, until the axial surfaces of the opening edge section and the transition section run in the same plane, wherein a pressure chamber section which at least partially forms a pressure chamber in the volute connects in a radial direction to the transition section , the flow area of which pressure chamber section is defined in the first section by a contour, which passes over at a tangent to the transition section in the radial section, characterised in that the transition section and the pressure chamber section increasingly flare out in the axial direction, thus increasing the flow area in these sections in the peripheral direction until the axial surfaces of the opening edge section and the transition section run perpendicular to a rotational axis of the volute in the same axial plane and a middle section , in which the flow area of the pressure chamber section increases further in size relative to the transition section , connects in the peripheral direction to the first section .
A fluid delivery device comprising: a housing having a hydraulic basal chamber and a hydraulic pump chamber configured to contain hydraulic fluid, wherein the hydraulic pump chamber is covered by a hydraulic cap ; a flow restrictor fluidly coupling the hydraulic basal chamber and the hydraulic pump chamber ; a cartridge filled with a liquid in use, having a container forming a fluid reservoir sealed at a proximal end with a piston , the cartridge including a septum configured to be pierced by a delivery needle , wherein the cartridge is configured to be inserted into the housing when the hydraulic pump chamber contains hydraulic fluid, to couple, in use, the piston with the hydraulic fluid in the hydraulic pump chamber ; an actuator coupled to the housing and configured to deliver a force to the piston through the hydraulic basal chamber, the flow restrictor and the hydraulic fluid in the hydraulic pump chamber ; and a cartridge seal configured to sealingly couple, in use, the proximal end of the cartridge with the housing and the hydraulic pump chamber when the cartridge is inserted into the housing , wherein the cartridge seal is compressible; wherein the hydraulic cap is configured to: prevent the hydraulic fluid in the hydraulic pump chamber from leaking before insertion of the cartridge into the housing; and extend through the cartridge seal and couple the piston and the hydraulic pump chamber when the cartridge is inserted into the housing. a housing having a hydraulic basal chamber and a hydraulic pump chamber configured to contain hydraulic fluid, wherein the hydraulic pump chamber is covered by a hydraulic cap ; a flow restrictor fluidly coupling the hydraulic basal chamber and the hydraulic pump chamber ; a cartridge filled with a liquid in use, having a container forming a fluid reservoir sealed at a proximal end with a piston , the cartridge including a septum configured to be pierced by a delivery needle , wherein the cartridge is configured to be inserted into the housing when the hydraulic pump chamber contains hydraulic fluid, to couple, in use, the piston with the hydraulic fluid in the hydraulic pump chamber ; an actuator coupled to the housing and configured to deliver a force to the piston through the hydraulic basal chamber, the flow restrictor and the hydraulic fluid in the hydraulic pump chamber ; and a cartridge seal configured to sealingly couple, in use, the proximal end of the cartridge with the housing and the hydraulic pump chamber when the cartridge is inserted into the housing , wherein the cartridge seal is compressible; wherein the hydraulic cap is configured to: prevent the hydraulic fluid in the hydraulic pump chamber from leaking before insertion of the cartridge into the housing; and extend through the cartridge seal and couple the piston and the hydraulic pump chamber when the cartridge is inserted into the housing. prevent the hydraulic fluid in the hydraulic pump chamber from leaking before insertion of the cartridge into the housing; and extend through the cartridge seal and couple the piston and the hydraulic pump chamber when the cartridge is inserted into the housing.
A method of organizing prefibrillar solution into an organized array of fibrils comprising: providing a collagen and/or elastin solution, wherein the collagen and/or elastin are prefibrils; and creating a fluid flow through the prefibrillar solution by hyperbolic contraction of the solution, that produces a controlled extensional strain and shear strain to the collagen and/or elastin prefibrils, wherein the extensional and shear strain are sufficient to induce the prefibrils to assemble into an organized array of fibrils. providing a collagen and/or elastin solution, wherein the collagen and/or elastin are prefibrils; and creating a fluid flow through the prefibrillar solution by hyperbolic contraction of the solution, that produces a controlled extensional strain and shear strain to the collagen and/or elastin prefibrils, wherein the extensional and shear strain are sufficient to induce the prefibrils to assemble into an organized array of fibrils.
An electrical key lock device (10-2), comprising: a second gear configured to rotate by driving power received from a motor ; a first gear configured to transfer the driving power, received through the rotation of the second gear , to an external rotational element; and a third gear arranged between the second gear and the first gear and configured to transfer the driving power generated by the motor to the first gear , wherein the third gear enables switching between closing and opening of a transfer path of the driving power between the second gear and the first gear ; further comprising: an attachment (190-2) removable from the rotational element and coupled to the first gear ; and an output shaft coupled to the first gear , wherein the attachment (190-2) includes an Oldham coupling coupled to the output shaft . a second gear configured to rotate by driving power received from a motor ; a first gear configured to transfer the driving power, received through the rotation of the second gear , to an external rotational element; and a third gear arranged between the second gear and the first gear and configured to transfer the driving power generated by the motor to the first gear , wherein the third gear enables switching between closing and opening of a transfer path of the driving power between the second gear and the first gear ; further comprising: an attachment (190-2) removable from the rotational element and coupled to the first gear ; and an output shaft coupled to the first gear , wherein the attachment (190-2) includes an Oldham coupling coupled to the output shaft . an attachment (190-2) removable from the rotational element and coupled to the first gear ; and an output shaft coupled to the first gear , wherein the attachment (190-2) includes an Oldham coupling coupled to the output shaft .
A method for producing an aqueous dispersion of titanium oxide particles which comprises: (a) a first step for subjecting an aqueous slurry of titanium oxide particles to wet dispersing treatment in the presence of 15 to 250 parts by mole of acetic acid and 15 to 90 parts by mole of nitric acid each relative to 100 parts by mole of titanium oxide with a medium agitating mill or a high pressure dispersing machine to obtain an aqueous dispersion of titanium oxide particles before washing, and (b) a second step for washing the aqueous dispersion of titanium oxide particles before washing obtained in the first step (a) to obtain an aqueous dispersion of titanium oxide particles. (a) a first step for subjecting an aqueous slurry of titanium oxide particles to wet dispersing treatment in the presence of 15 to 250 parts by mole of acetic acid and 15 to 90 parts by mole of nitric acid each relative to 100 parts by mole of titanium oxide with a medium agitating mill or a high pressure dispersing machine to obtain an aqueous dispersion of titanium oxide particles before washing, and (b) a second step for washing the aqueous dispersion of titanium oxide particles before washing obtained in the first step (a) to obtain an aqueous dispersion of titanium oxide particles.
Reinforced carrier device for a battery pack of an electric or hybrid vehicle , comprising at least: - a carrier device comprising at least one side wall and a base wall provided to receive a plurality of battery modules of the battery pack, - a reinforcement structure of said side wall comprising at least an inner reinforcement piece and an outer reinforcement piece extending along at least a part of the side wall, at least partially facing each other, and being respectively secured to opposite faces of said side wall then forming a reinforcement arrangement , wherein the reinforcement arrangement comprises: • at least two adjacent reinforcement hollow portions both being traversed by the side wall of the carrier device and each made of an inner reinforcement hollow section of the inner reinforcement piece and an outer reinforcement hollow section of the outer reinforcement piece , both reinforcement hollow sections being at least partially facing each other, and • a longitudinal reinforcement fastening portion located between the adjacent reinforcement hollow portions , secured to the side wall (3 - 6, 6'), and made of an inner reinforcement fastening section of the inner reinforcement piece (14 - 17, 18a, 18b) and an outer reinforcement fastening section of the outer reinforcement piece (19 - 22, 23a, 23b), both reinforcement fastening sections being at least partially facing each other. - a carrier device comprising at least one side wall and a base wall provided to receive a plurality of battery modules of the battery pack, - a reinforcement structure of said side wall comprising at least an inner reinforcement piece and an outer reinforcement piece extending along at least a part of the side wall, at least partially facing each other, and being respectively secured to opposite faces of said side wall then forming a reinforcement arrangement , • at least two adjacent reinforcement hollow portions both being traversed by the side wall of the carrier device and each made of an inner reinforcement hollow section of the inner reinforcement piece and an outer reinforcement hollow section of the outer reinforcement piece , both reinforcement hollow sections being at least partially facing each other, and • a longitudinal reinforcement fastening portion located between the adjacent reinforcement hollow portions , secured to the side wall (3 - 6, 6'), and made of an inner reinforcement fastening section of the inner reinforcement piece (14 - 17, 18a, 18b) and an outer reinforcement fastening section of the outer reinforcement piece (19 - 22, 23a, 23b), both reinforcement fastening sections being at least partially facing each other.