mhurhangee/ep-ind-claims huggingface dataset:
A method for sharing a bookmark, the method comprising: generating, by a device in a home network, information regarding a metadata for a bookmark for sharing with a device in another home network, wherein the metadata for the bookmark comprises user identifier, ID, of the another home network to share the bookmark with and the user ID is determined by the device in the home network; transmitting, by a terminal in the home network, information regarding the bookmark and the information regarding the metadata, to a service provider; transmitting, by the device in the another home network, a message for requesting an available bookmark, to a terminal in the another home network; transmitting, by the terminal in the another home network, a request for metadata for the available bookmark, to the service provider; selecting, by the service provider, the bookmark available for the device in the another home network; transmitting, by the service provider, a message including the selected bookmark, to the terminal in the another home network; and transmitting, by the terminal in the another home network, the selected bookmark to the device in the another home network, wherein in response to the service provider receiving the information regarding the bookmark, a message notifying a bookmark update for the bookmark is transmitted from the service provider to the terminal in the another home network based on the user ID of the another home network. generating, by a device in a home network, information regarding a metadata for a bookmark for sharing with a device in another home network, wherein the metadata for the bookmark comprises user identifier, ID, of the another home network to share the bookmark with and the user ID is determined by the device in the home network; transmitting, by a terminal in the home network, information regarding the bookmark and the information regarding the metadata, to a service provider; transmitting, by the device in the another home network, a message for requesting an available bookmark, to a terminal in the another home network; transmitting, by the terminal in the another home network, a request for metadata for the available bookmark, to the service provider; selecting, by the service provider, the bookmark available for the device in the another home network; transmitting, by the service provider, a message including the selected bookmark, to the terminal in the another home network; and transmitting, by the terminal in the another home network, the selected bookmark to the device in the another home network, wherein in response to the service provider receiving the information regarding the bookmark, a message notifying a bookmark update for the bookmark is transmitted from the service provider to the terminal in the another home network based on the user ID of the another home network.
A winding device for winding up a web-shaped material, preferably in a printing machine, having: - a first winding core, on which the web-shaped material can be wound up to form a reel of material, wherein the first winding core is designed to be pivotable about an axis of rotation, - a web guide roll, which is configured to guide the web-shaped material when winding up on the first winding core, - a pressing element, which presses the web-shaped material wound up on the first winding core with an adjustable pressing force, characterized in that the pressing element keeps the pressing force on the web-shaped material of the first winding core constant during the pivoting of the first winding core about the axis of rotation, wherein a control is provided, with which at an identified pivot angle of the winding core an electro pneumatic (E/P) transducer can be controlled, with which an adaptation of the pressing force can be performed, wherein an electrical signal is converted into a pneumatic signal, in order to compensate for the effects of gravity on the pressing element in the case of a changing pivot position. - a first winding core, on which the web-shaped material can be wound up to form a reel of material, wherein the first winding core is designed to be pivotable about an axis of rotation, - a web guide roll, which is configured to guide the web-shaped material when winding up on the first winding core, - a pressing element, which presses the web-shaped material wound up on the first winding core with an adjustable pressing force,
A wireless communication device (10, 50), comprising: an array ofN antennas (12a, 12b, 52a, 52b, 52c), where N is an integer, each antenna (12a, 12b, 52a, 52b, 52c) covering an angular sector in space approximately equal to 2*π/N radians in azimuth; a mounting structure formed in or on a housing (14, 54) of the wireless communication device (10, 50), for locating the array of N antennas (12a, 12b, 52a, 52b, 52c) in the wireless communication device (10, 50), characterised by a first antenna (12a, 52a) and a second antenna (12b, 52b) of the N antennas (12a, 12b, 52a, 52b, 52c) being angled slightly toward the front of the wireless communication device, such that their radiation patterns cover azimuthal sectors extending outwards to the sides and partially toward the front of the wireless communication device to provide a pseudo-omnidirectional electromagnetic spatial coverage, such that: (i) the total azimuthal coverage toward the exterior of the wireless communication device (10, 50) is substantially spherical except in the direction of a user using the wireless communication device (10, 50); and (ii) the combined antenna radiation pattern exhibits a strong null towards the front of the wireless communication device (10, 50) in the direction of the user. an array ofN antennas (12a, 12b, 52a, 52b, 52c), where N is an integer, each antenna (12a, 12b, 52a, 52b, 52c) covering an angular sector in space approximately equal to 2*π/N radians in azimuth; a mounting structure formed in or on a housing (14, 54) of the wireless communication device (10, 50), for locating the array of N antennas (12a, 12b, 52a, 52b, 52c) in the wireless communication device (10, 50), characterised by a first antenna (12a, 52a) and a second antenna (12b, 52b) of the N antennas (12a, 12b, 52a, 52b, 52c) being angled slightly toward the front of the wireless communication device, such that their radiation patterns cover azimuthal sectors extending outwards to the sides and partially toward the front of the wireless communication device to provide a pseudo-omnidirectional electromagnetic spatial coverage, such that: (i) the total azimuthal coverage toward the exterior of the wireless communication device (10, 50) is substantially spherical except in the direction of a user using the wireless communication device (10, 50); and (ii) the combined antenna radiation pattern exhibits a strong null towards the front of the wireless communication device (10, 50) in the direction of the user. (i) the total azimuthal coverage toward the exterior of the wireless communication device (10, 50) is substantially spherical except in the direction of a user using the wireless communication device (10, 50); and (ii) the combined antenna radiation pattern exhibits a strong null towards the front of the wireless communication device (10, 50) in the direction of the user.
A method for receiving a radio resource control, RRC, message by a user equipment, UE, comprising: receiving an RRC connection reconfiguration message including mobility control information and/or secondary cell group, SCG, configuration parameters for SCG addition; starting synchronizing to a downlink of a target primary cell, PCell, in a case that the RRC connection reconfiguration message including the mobility control information is received; resetting (204, 206) a medium access control, MAC, entity of a master cell group, MCG and a MAC entity of the SCG in a case that any MAC entity of the SCG is configured and the RRC connection reconfiguration message including the mobility control information is received; and releasing the SCG configuration parameters in a case that the RRC connection reconfiguration message including the mobility control information is received, wherein the MAC entity of the MCG and the MAC entity of the SCG are configured for the UE, the MCG includes at least one PCell, and the SCG includes a first cell which is configured with a physical uplink control channel, PUCCH. receiving an RRC connection reconfiguration message including mobility control information and/or secondary cell group, SCG, configuration parameters for SCG addition; starting synchronizing to a downlink of a target primary cell, PCell, in a case that the RRC connection reconfiguration message including the mobility control information is received; resetting (204, 206) a medium access control, MAC, entity of a master cell group, MCG and a MAC entity of the SCG in a case that any MAC entity of the SCG is configured and the RRC connection reconfiguration message including the mobility control information is received; and releasing the SCG configuration parameters in a case that the RRC connection reconfiguration message including the mobility control information is received, wherein the MAC entity of the MCG and the MAC entity of the SCG are configured for the UE, the MCG includes at least one PCell, and the SCG includes a first cell which is configured with a physical uplink control channel, PUCCH.
A manual user interface device (100, 10200), comprising: a manual actuator having an axis; an annular magnet having a central bore; a substantially spherical magnet that can be operatively coupled to the manual actuator, the spherical magnet being positioned in the bore of the annular magnet, the magnetic axes of the magnets being substantially co-axial, and the polarity of the magnets being oppositely oriented such that the interaction of their magnetic fields provides restoring forces that urge the spherical magnet so that its axis is aligned with a neutral axis; and a three-axis magnetic sensor (114, 10211) positioned to detect changes in a magnetic field due to movement of the spherical magnet and generate signals representative of the direction and amount of movement of the spherical magnet relative to the neutral axis. a manual actuator having an axis; an annular magnet having a central bore; a substantially spherical magnet that can be operatively coupled to the manual actuator, the spherical magnet being positioned in the bore of the annular magnet, the magnetic axes of the magnets being substantially co-axial, and the polarity of the magnets being oppositely oriented such that the interaction of their magnetic fields provides restoring forces that urge the spherical magnet so that its axis is aligned with a neutral axis; and a three-axis magnetic sensor (114, 10211) positioned to detect changes in a magnetic field due to movement of the spherical magnet and generate signals representative of the direction and amount of movement of the spherical magnet relative to the neutral axis.
A method for manufacturing an image display device in which an image display member and a curved light transmissive cover member are laminated with a cured resin layer interposed therebetween, the method comprising the following steps to: <Step > a step of integrating the image display member and the curved light transmissive cover member with each other with a concave surface of the light transmissive cover member facing the image display member to form a hollow body having a hollow portion with a pair of first and second openings; <Step > a step of disposing a dam member in the first opening of the hollow body to form the hollow portion as a liquid accommodating portion; <Step > a step of filling the liquid accommodating portion with a photocurable resin composition from the second opening; and <Step > a step of irradiating the photocurable resin composition filled in the liquid accommodating portion with ultraviolet rays from the side of the curved light transmissive cover member to form a cured resin layer while concentrating a cure shrinkage space on the second opening side, wherein the ultraviolet rays are irradiated so as to scan from the first opening side toward the second opening side. <Step > a step of integrating the image display member and the curved light transmissive cover member with each other with a concave surface of the light transmissive cover member facing the image display member to form a hollow body having a hollow portion with a pair of first and second openings; <Step > a step of disposing a dam member in the first opening of the hollow body to form the hollow portion as a liquid accommodating portion; <Step > a step of filling the liquid accommodating portion with a photocurable resin composition from the second opening; and <Step > a step of irradiating the photocurable resin composition filled in the liquid accommodating portion with ultraviolet rays from the side of the curved light transmissive cover member to form a cured resin layer while concentrating a cure shrinkage space on the second opening side, wherein the ultraviolet rays are irradiated so as to scan from the first opening side toward the second opening side. a step of irradiating the photocurable resin composition filled in the liquid accommodating portion with ultraviolet rays from the side of the curved light transmissive cover member to form a cured resin layer while concentrating a cure shrinkage space on the second opening side, wherein the ultraviolet rays are irradiated so as to scan from the first opening side toward the second opening side.
A sterile packaging aid for the sterile packaging of an object, in particular a medical-technology object, where a packaging arrangement is formed with - a sterile film bag with a closable bag opening, and - an insertion funnel which is detachably inserted into the film bag through the bag opening having a bag rim embraced by the protective covering, and through which an object to be received in the film bag can be inserted into the film bag, wherein the protective covering is implemented with an outer covering as well as an inner covering formed thereon and detachably arranged on the film bag, such that the outer covering partially covers the film bag starting from the bag opening and in that a bag rim in the area of the bag opening is embraced in that the inner covering is folded over inwards and into the interior of the bag opening, wherein the outer covering of the protective covering comprises one or more finger grip recesses (90, 91). - a sterile film bag with a closable bag opening, and - an insertion funnel which is detachably inserted into the film bag through the bag opening having a bag rim embraced by the protective covering, and through which an object to be received in the film bag can be inserted into the film bag,
An apparatus for dehydrating organic material, comprising: (a) a vacuum chamber; (b) a set of two or more microwave generators; (c) a microwave-transparent window for transmission of microwave radiation from the microwave generators into the vacuum chamber; (d) a microwave chamber between the microwave generators and the microwave-transparent window, the two or more microwave generators in the set being positioned such that a stream of microwaves from any one generator overlaps in the microwave chamber with a stream of microwaves from any other generator of the set; and (e) means for controlling the operation of the microwave generators to repeatedly actuate and de-actuate the microwave generators and produce a confluent stream of microwaves and randomly scan the confluent stream of microwaves across the microwave-transparent window, effecting random changes in the microwave distribution in the vacuum chamber to cause interference between the stream of microwaves from any one generator and the stream of microwaves from any other generator of the set. (a) a vacuum chamber; (b) a set of two or more microwave generators; (c) a microwave-transparent window for transmission of microwave radiation from the microwave generators into the vacuum chamber; (d) a microwave chamber between the microwave generators and the microwave-transparent window, the two or more microwave generators in the set being positioned such that a stream of microwaves from any one generator overlaps in the microwave chamber with a stream of microwaves from any other generator of the set; and (e) means for controlling the operation of the microwave generators to repeatedly actuate and de-actuate the microwave generators and produce a confluent stream of microwaves and randomly scan the confluent stream of microwaves across the microwave-transparent window, effecting random changes in the microwave distribution in the vacuum chamber to cause interference between the stream of microwaves from any one generator and the stream of microwaves from any other generator of the set.
A burst-laser generator including an external optical resonator which produces high pulse-strength of laser to conduct laser Compton scattering, said burst-laser generator comprising: a self-oscillation amplifying optical loop-path which is formed with connecting at least an optical resonator, a fiber laser amplifier, an RF amplitude-modulator and a seed laser source with an adjusting fiber cable; wherein: said external optical resonator is connected with the optical resonator in the self-oscillation amplifying optical loop-path and has 4 mirrors, each mirror having an incident angle of laser pulse, wherein the incident angles are not perpendicular to the mirror plane; wherein, said burst-laser generator is configured such that resonance at the time of amplification by the external optical resonator is automatically maintained by generating a feedback signal to said external optical resonator, said feedback signal being generated by a feedback detection system configured to detect electric pulse signals generated through the laser source of the optical resonator in the self-oscillation amplifying optical loop-path; said external optical resonator being configured such that a laser pulse in said external optical resonator does not return to the self-oscillation amplifying optical loop-path; and said burst-laser generator is configured such that a laser pulse supplied by said seed laser source is self-oscillation amplified as circling in the self-oscillation amplifying optical loop-path and a portion of the self-oscillation amplified laser pulse circling in said optical resonator enters in said external optical resonator and thereby is amplified by an automatic optical resonance method in the external optical resonator. said external optical resonator is connected with the optical resonator in the self-oscillation amplifying optical loop-path and has 4 mirrors, each mirror having an incident angle of laser pulse, wherein the incident angles are not perpendicular to the mirror plane; wherein, said burst-laser generator is configured such that resonance at the time of amplification by the external optical resonator is automatically maintained by generating a feedback signal to said external optical resonator, said feedback signal being generated by a feedback detection system configured to detect electric pulse signals generated through the laser source of the optical resonator in the self-oscillation amplifying optical loop-path; said external optical resonator being configured such that a laser pulse in said external optical resonator does not return to the self-oscillation amplifying optical loop-path; and said burst-laser generator is configured such that a laser pulse supplied by said seed laser source is self-oscillation amplified as circling in the self-oscillation amplifying optical loop-path and a portion of the self-oscillation amplified laser pulse circling in said optical resonator enters in said external optical resonator and thereby is amplified by an automatic optical resonance method in the external optical resonator.
Pedelec bottom bracket drive unit with a rigid drive housing characterized in that a tolerance compensation sheet-metal spring standing substantially in a vertical plane is fixed at the drive housing at a fixing point at the housing side, wherein the tolerance-compensating sheet-metal spring has a mounting point for fastening to a pedelec-frame-side drive mount, the mounting point of the tolerance-compensating sheet-metal spring being arranged offset with respect to the next housing-side fixing point with respect to its transverse axes (Q3, Q4).
A safety needle accessory comprising a hollow needle having a base end and a sharp end, a hub surrounding the base end of the needle and having a connector for connection to an injection device, a sleeve surrounding the hub and slidable relative to the hub in an axial direction, an elastically deformable member, and a pack, comprising a cap, a main part, and a frangible connection that frangibly connects the cap and the main part, wherein the cap covers the sharp end of the needle and the main part includes an open end exposing the connector of the hub, the pack being releasably mounted over the needle, hub and sleeve, wherein the sleeve is slidable in a first axial direction from a first position to a second position via an intermediate position between the first position and the second position, in the first position the needle being fully or partially covered by the sleeve, in the intermediate position, the sharp end of the needle projecting from the sleeve, in the second position the needle being exposed, the sleeve being slidable in a second axial direction from the second position to a third position, and in the third position the needle being fully covered by the sleeve, wherein the deformable member is deformed by the sleeve sliding from the first to the second position and the force for sliding from the second to the third position is provided by the stored elastic energy in the deformable member, characterized in that the frangible connection is positioned adjacent the sleeve to prevent movement of the sleeve and exposure of the sleeve when the cap is removed upon breaking of the frangible connection.
A method for providing internet protocol, IP, packet flow mobility from a first radio access technology, RAT, interface to a second radio access technology, RAT, interface, characterized in that it comprises: communicating packet information of a first IP packet flow via the first RAT interface; transmitting a redirection packet for the first IP packet flow via the second RAT interface during the communicating; receiving redirected packet information of the first IP packet flow via the second RAT interface in response to the transmitting of the redirection packet; and transmitting redirected packet information of the first IP packet flow via the second RAT interface in response to the receiving of the redirected packet information. communicating packet information of a first IP packet flow via the first RAT interface; transmitting a redirection packet for the first IP packet flow via the second RAT interface during the communicating; receiving redirected packet information of the first IP packet flow via the second RAT interface in response to the transmitting of the redirection packet; and transmitting redirected packet information of the first IP packet flow via the second RAT interface in response to the receiving of the redirected packet information.
An orthopedic device comprising a main body with a first surface which is provided with at least one adhesive region, characterized by at least one recess provided in the main body, said at least one recess being at least partially formed behind the adhesive region and being provided with a pressure and/or suction port, wherein the first surface is designed to be at least partially sucked into the recess when a negative pressure is applied in the at least one recess and/or to be pushed out when a positive pressure is applied.
Calibrator material consisting of plasma which, in comparison with human normal plasma, has a deficiency of at least one coagulation factor from the group consisting of factor II and factor X, wherein the plasma contains 0% factor II and/or 0% factor X in comparison with human normal plasma and further contains at least one lupus anticoagulant-causing substance.