mhurhangee/ep-ind-claims huggingface dataset:
A mobile content management apparatus comprising: a data storage for storing first meta information comprising metadata defining general attributes of mobile content, a controller for providing a user interface for inputting metadata for forming first through third meta information (MI1,MI2,MI3) so as to register the mobile content, and for storing the metadata input through the user interface in the data storage; and wherein the data storage is adapted to store second meta information comprising metadata defining unique attributes of each of the different types of mobile content, and third meta information comprising metadata related to statistical information on the mobile content and metadata indicating linkage relationships among the different types of mobile content; wherein the second meta information comprises: type general information comprising metadata indicating general attributes according to type of the mobile content; physical attribute information comprising metadata indicating physical attributes of the mobile content; type individual information comprising metadata indicating unique attributes according to the type of the mobile content; and practical information comprising information as to protection, encryption, and usage fees of the mobile content. a data storage for storing first meta information comprising metadata defining general attributes of mobile content, a controller for providing a user interface for inputting metadata for forming first through third meta information (MI1,MI2,MI3) so as to register the mobile content, and for storing the metadata input through the user interface in the data storage; and wherein the data storage is adapted to store second meta information comprising metadata defining unique attributes of each of the different types of mobile content, and third meta information comprising metadata related to statistical information on the mobile content and metadata indicating linkage relationships among the different types of mobile content; wherein the second meta information comprises: type general information comprising metadata indicating general attributes according to type of the mobile content; physical attribute information comprising metadata indicating physical attributes of the mobile content; type individual information comprising metadata indicating unique attributes according to the type of the mobile content; and practical information comprising information as to protection, encryption, and usage fees of the mobile content. type general information comprising metadata indicating general attributes according to type of the mobile content; physical attribute information comprising metadata indicating physical attributes of the mobile content; type individual information comprising metadata indicating unique attributes according to the type of the mobile content; and practical information comprising information as to protection, encryption, and usage fees of the mobile content.
A method for receiving downlink feedback information, performed by a base station, comprising: sending, on a physical downlink control channel, PDCCH, indication information and downlink scheduling information to a terminal device, wherein the PDCCH comprises multiple scheduling units, the indication information shares one scheduling unit with the downlink scheduling information, that the indication information shares one scheduling unit with the downlink scheduling information is that the indication information is included in the downlink scheduling information, the indication information indicates target time-frequency resource location, the target time-frequency resource location comprises a time location and a frequency location for downlink feedback information, the indication information comprises a first information indicating the time location and a second information indicating the frequency location, and the downlink feedback information indicates a reception status of downlink data corresponding to the downlink scheduling information; sending the downlink data to the terminal device according to an indication of the downlink scheduling information; receiving the downlink feedback information from the terminal device at the target time-frequency resource location indicated by the indication information. sending, on a physical downlink control channel, PDCCH, indication information and downlink scheduling information to a terminal device, wherein the PDCCH comprises multiple scheduling units, the indication information shares one scheduling unit with the downlink scheduling information, that the indication information shares one scheduling unit with the downlink scheduling information is that the indication information is included in the downlink scheduling information, the indication information indicates target time-frequency resource location, the target time-frequency resource location comprises a time location and a frequency location for downlink feedback information, the indication information comprises a first information indicating the time location and a second information indicating the frequency location, and the downlink feedback information indicates a reception status of downlink data corresponding to the downlink scheduling information; sending the downlink data to the terminal device according to an indication of the downlink scheduling information; receiving the downlink feedback information from the terminal device at the target time-frequency resource location indicated by the indication information.
Method for producing porous calcium deficient hydroxyapatite granules comprising the following steps: (a) subjecting granules of calcium sulfate anhydrous, calcium sulfate dihydrate or calcium sulfate hemihydrate, the granules comprising interconnected pores with a minimum mean diameter of 3 microns, to a first incubation in an alkaline aqueous solution having a pH-value of less than 10 and containing PO 4 3- ions; (b) subjecting the granules to a second incubation in an alkaline aqueous solution having a pH-value sufficient to increase the residual pH value of the granules, said alkaline aqueous solution optionally comprising PO 4 3- ions; (c) filtering and drying the obtained porous granules of calcium deficient hydroxyapatite; and wherein (d) the sum of the amounts of PO 4 3- ions present in the first and second incubation is ≥ the amount of SO 4 2- ions of the granules used for step (a). (a) subjecting granules of calcium sulfate anhydrous, calcium sulfate dihydrate or calcium sulfate hemihydrate, the granules comprising interconnected pores with a minimum mean diameter of 3 microns, to a first incubation in an alkaline aqueous solution having a pH-value of less than 10 and containing PO 4 3- ions; (b) subjecting the granules to a second incubation in an alkaline aqueous solution having a pH-value sufficient to increase the residual pH value of the granules, said alkaline aqueous solution optionally comprising PO 4 3- ions; (c) filtering and drying the obtained porous granules of calcium deficient hydroxyapatite; and wherein (d) the sum of the amounts of PO 4 3- ions present in the first and second incubation is ≥ the amount of SO 4 2- ions of the granules used for step (a).
Production resource for painting a vehicle body, in particular a motor vehicle body, having a frame and a door mounted on the frame, characterised in that the production resource comprises: - a first production resource part for releasable coupling to the frame; and - a second production resource part for releasable coupling to the door, having a first assembly part that is configured to be engaged in an interlocking manner with the door and/or a second assembly part that is configured to form a snap connection with the door; wherein the first production resource part and the second production resource part are configured to be releasably engaged with each other by means of a snap-fit connection and, in a mounted state in which the first production resource part is coupled to the frame and the second production resource part is coupled to the door, to lock the door at a distance from the frame, wherein a coupling section of the second production resource part and thus the snap connection connecting the first production resource part to the second production resource part is arranged at a distance (A1, A2)) to the first assembly part and/or the second assembly part in such a way that the coupling section is at a distance from the frame and the door in the mounted state, characterized in that the distance (A1, A2) of the coupling section to the first assembly part and/or the second assembly part is 50 mm to 80 mm. - a first production resource part for releasable coupling to the frame; and - a second production resource part for releasable coupling to the door, having a first assembly part that is configured to be engaged in an interlocking manner with the door and/or a second assembly part that is configured to form a snap connection with the door; wherein the first production resource part and the second production resource part are configured to be releasably engaged with each other by means of a snap-fit connection and, in a mounted state in which the first production resource part is coupled to the frame and the second production resource part is coupled to the door, to lock the door at a distance from the frame, wherein a coupling section of the second production resource part and thus the snap connection connecting the first production resource part to the second production resource part is arranged at a distance (A1, A2)) to the first assembly part and/or the second assembly part in such a way that the coupling section is at a distance from the frame and the door in the mounted state, characterized in that the distance (A1, A2) of the coupling section to the first assembly part and/or the second assembly part is 50 mm to 80 mm.
A polishing apparatus comprising: a substrate holder configured to hold and rotate a wafer; and a polishing unit configured to polish an edge portion of the wafer with use of a polishing tape, the polishing unit including: a disk head having a circumferential surface for supporting the polishing tape; the polishing apparatus characterised in that it comprises: a head moving device configured to move the disk head in a tangential direction of the wafer and to bring the polishing tape on the circumferential surface of the disk head into contact with the edge portion of the wafer, and in that the disk head has a central axis which is parallel with an upper surface of the wafer held by the substrate holder and is perpendicular to the tangential direction. a substrate holder configured to hold and rotate a wafer; and a polishing unit configured to polish an edge portion of the wafer with use of a polishing tape, the polishing unit including: a disk head having a circumferential surface for supporting the polishing tape; the polishing apparatus characterised in that it comprises: a head moving device configured to move the disk head in a tangential direction of the wafer and to bring the polishing tape on the circumferential surface of the disk head into contact with the edge portion of the wafer, and in that the disk head has a central axis which is parallel with an upper surface of the wafer held by the substrate holder and is perpendicular to the tangential direction. a head moving device configured to move the disk head in a tangential direction of the wafer and to bring the polishing tape on the circumferential surface of the disk head into contact with the edge portion of the wafer, and in that the disk head has a central axis which is parallel with an upper surface of the wafer held by the substrate holder and is perpendicular to the tangential direction.
A method, comprising: configuring a connectivity verification protocol, CVP, session for a particular virtual interface, VI, on a particular group of two or more line cards, LCs, on a network device; transmitting CVP session packets from the group of LCs onto the particular VI through ingress path processing on the network device, wherein the network device egresses the transmitted CVP session packets onto an appropriate LC of the network device currently responsible for the VI egress, each of the two or more LCs of the particular group transmitting the CVP session packets at a reduced rate that is sufficient to maintain the CVP session based on a negotiated CVP full rate; in response to receiving CVP session packets for the VI on an LC of the network device currently responsible for the VI ingress, forwarding the received CVP session packets to the particular group of two or more LCs; and processing the received CVP session packets by at least one of the two or more LCs within the particular group. configuring a connectivity verification protocol, CVP, session for a particular virtual interface, VI, on a particular group of two or more line cards, LCs, on a network device; transmitting CVP session packets from the group of LCs onto the particular VI through ingress path processing on the network device, wherein the network device egresses the transmitted CVP session packets onto an appropriate LC of the network device currently responsible for the VI egress, each of the two or more LCs of the particular group transmitting the CVP session packets at a reduced rate that is sufficient to maintain the CVP session based on a negotiated CVP full rate; in response to receiving CVP session packets for the VI on an LC of the network device currently responsible for the VI ingress, forwarding the received CVP session packets to the particular group of two or more LCs; and processing the received CVP session packets by at least one of the two or more LCs within the particular group.
Compounds of general formula U-V-W, wherein U is Tubulysin A; V is an oxygen atom, a NH group or a group of the formula -O-(CR a R b) n -O-, -NH-R c -NH-CO-CH 2 -O-, -O-R c -O-CO- CH 2 -O- or -O-R c -O-, wherein R a and R b independently from each other are C 1 -C 6 alkyl groups or together are part of a cycloalkyl group, n is equal to 1 or 2 and R c is an alkylene, arylene or a cycloalkylene group; and W is a polyethylene glycol having a molecular weight of more than 30 kDa to 100 kDa.
A method for configuring an image forming apparatus network, comprising: searching, by an information processing apparatus, neighboring wireless access points, wireless APs, and obtaining a list of searched wireless APs; transmitting, by the information processing apparatus, wireless connection information of a wireless AP from the list and specified by a user to an image forming apparatus (20,50), wherein the wireless connection information includes a service set identifier, SSID, of the specified wireless AP; receiving, by the image forming apparatus (20,50), the wireless connection information transmitted by the information processing apparatus; searching, by the image forming apparatus (20,50), neighboring wireless APs; and obtaining and storing SSIDs, encryption manners, and protected management frame, PMF, attributes, of the searched wireless APs; comparing, by the image forming apparatus (20,50), the received SSID with the stored SSIDs; and if there is consistency, obtaining an encryption manner and a PMF attribute of the received SSID, and generating a configuration file, the configuration file including the received SSID, the encryption manner, and the PMF attributes; and connecting a wireless network according to the configuration file. searching, by an information processing apparatus, neighboring wireless access points, wireless APs, and obtaining a list of searched wireless APs; transmitting, by the information processing apparatus, wireless connection information of a wireless AP from the list and specified by a user to an image forming apparatus (20,50), wherein the wireless connection information includes a service set identifier, SSID, of the specified wireless AP; receiving, by the image forming apparatus (20,50), the wireless connection information transmitted by the information processing apparatus; searching, by the image forming apparatus (20,50), neighboring wireless APs; and obtaining and storing SSIDs, encryption manners, and protected management frame, PMF, attributes, of the searched wireless APs; comparing, by the image forming apparatus (20,50), the received SSID with the stored SSIDs; and if there is consistency, obtaining an encryption manner and a PMF attribute of the received SSID, and generating a configuration file, the configuration file including the received SSID, the encryption manner, and the PMF attributes; and connecting a wireless network according to the configuration file.
Albarran module with a shaft at the distal end of which an Albarran lever is arranged and at the proximal end of which a main body with a drive body is arranged, the Albarran lever being movable by a toggle on the drive body via at least one pull wire, and a proximal end of the at least one pull wire being braced in the drive body by a tensioning means, wherein the tensioning means for bracing the at least one pull wire is connectable to the drive body parallel to a longitudinal axis of the shaft, characterized in that the tensioning means is a screw which can be screwed parallel to the shaft in the drive body or with a pull-wire carrier in the drive body, wherein the screw can be screwed into the drive body from a proximal side of the drive body, wherein a screw head of the screw is coupled in terms of movement to a cover, and wherein, by tightening of the screw, the cover is pulled into the drive body or into the pull-wire carrier and can be braced between the cover and the pull-wire carrier of the at least one pull wire.
A refrigerator comprising: a carbonated water tank configured to store carbonated water; a tank pressure sensor to measure an internal pressure of the carbonated water tank; a purified water supply valve to open or close a water supply flow path to guide water from a water tank to the carbonated water tank; a gas supply valve to open or close a gas supply flow path to guide carbon dioxide gas from a carbon dioxide gas cylinder to the carbonated water tank; a carbonated water discharge valve configured to regulate a discharge of the carbonated water from the carbonated water tank; and a controller configured to open the purified water supply valve and the gas supply valve in sequence to produce carbonated water and the controller comprising a microprocessor configured to open the carbonated water discharge valve to discharge the carbonated water from the carbonated water tank, wherein, when an internal pressure of the carbonated water tank is lower than a minimum pressure after carbonated water is produced, the controller opens the gas supply valve so that the internal pressure of the carbonated water tank is equal to or higher than the minimum pressure, and characterized in that the controller is configured to display an abnormality in the carbonated water discharge valve, based on a change of the internal pressure measured by the tank pressure sensor during discharging the carbonated water. a carbonated water tank configured to store carbonated water; a tank pressure sensor to measure an internal pressure of the carbonated water tank; a purified water supply valve to open or close a water supply flow path to guide water from a water tank to the carbonated water tank; a gas supply valve to open or close a gas supply flow path to guide carbon dioxide gas from a carbon dioxide gas cylinder to the carbonated water tank; a carbonated water discharge valve configured to regulate a discharge of the carbonated water from the carbonated water tank; and a controller configured to open the purified water supply valve and the gas supply valve in sequence to produce carbonated water and the controller comprising a microprocessor configured to open the carbonated water discharge valve to discharge the carbonated water from the carbonated water tank, wherein, when an internal pressure of the carbonated water tank is lower than a minimum pressure after carbonated water is produced, the controller opens the gas supply valve so that the internal pressure of the carbonated water tank is equal to or higher than the minimum pressure, and characterized in that the controller is configured to display an abnormality in the carbonated water discharge valve, based on a change of the internal pressure measured by the tank pressure sensor during discharging the carbonated water.
A method for producing hydrogen peroxide in an aqueous solution by electrochemical reduction of oxygen, wherein an oxygen containing gas is supplied to an electrochemically active side of a cathode contained in the cathodic compartment, wherein the cathode comprises a porous gas diffusion electrode one side of which comprises a carbon based electrochemically active layer capable of catalyzing the reduction of oxygen to hydrogen peroxide, the cathodic compartment being in fluid communication with an anodic compartment, characterized in that at least one at least partly water soluble, weak protonic electrolyte is supplied to the catholyte, wherein the weak protonic electrolyte has a pKa which is at least one unit higher than the pH of the catholyte at the onset of the oxygen reduction reaction to hydrogen peroxide, wherein the catholyte is not pH buffered and the pH of the catholyte is let to evolve in the course of the reaction.
A sterilization container having a sealed filtered vent, comprising: a vent area formed by a plurality of holes passing through at least one of: a wall or a lid of the sterilization container, the vent area surrounded by a convex ridge on an outside surface of the wall or lid and a concave recess on an opposing inside surface; a filter, sized and adapted to cover the vent area and overlie the concave recess; a filter cover plate, being of a generally planar nature with a vent area formed by a plurality of holes passing through the filter cover plate, the vent area surrounded by a convex ridge, the convex ridge sized and adapted to correspond to the concave recess of the sterilization container, and a gasket, secured to the filter cover plate on at least the convex ridge, the gasket having an outwardly-facing surface with at least two ridges that extend radially outwardly; and a means for mounting the filter cover plate over the vent area on the wall or lid of the sterilization container, with the filter interposed and secured between the filter cover plate and the vent area on the inside surface of the wall or lid. a vent area formed by a plurality of holes passing through at least one of: a wall or a lid of the sterilization container, the vent area surrounded by a convex ridge on an outside surface of the wall or lid and a concave recess on an opposing inside surface; a filter, sized and adapted to cover the vent area and overlie the concave recess; a filter cover plate, being of a generally planar nature with a vent area formed by a plurality of holes passing through the filter cover plate, the vent area surrounded by a convex ridge, the convex ridge sized and adapted to correspond to the concave recess of the sterilization container, and a gasket, secured to the filter cover plate on at least the convex ridge, the gasket having an outwardly-facing surface with at least two ridges that extend radially outwardly; and a means for mounting the filter cover plate over the vent area on the wall or lid of the sterilization container, with the filter interposed and secured between the filter cover plate and the vent area on the inside surface of the wall or lid.