mhurhangee/ep-ind-claims huggingface dataset:
A mobile terminal comprising: a camera module adapted to receive an input of an external image; a position location module adapted to obtain position information related to the mobile terminal; a memory unit adapted to store object relevant information of a plurality of objects; a display unit adapted to display the inputted image and to display object relevant information stored in the memory unit of each of the plurality of objects within the inputted image; and a controller adapted to: obtain the object relevant information stored in the memory of each of the plurality of objects within a predetermined distance in front of the mobile terminal, control the display unit to sort and display the object relevant information of each of a plurality of the objects in a grid type table to correspond to at least one of a distance and a category of each of a plurality of the objects if receiving an input of a sort command signal, and control the display unit to display additional information corresponding to the sorted and displayed object relevant information in each section of the grid type table according to a determined incline angle of the mobile terminal. a camera module adapted to receive an input of an external image; a position location module adapted to obtain position information related to the mobile terminal; a memory unit adapted to store object relevant information of a plurality of objects; a display unit adapted to display the inputted image and to display object relevant information stored in the memory unit of each of the plurality of objects within the inputted image; and a controller adapted to: obtain the object relevant information stored in the memory of each of the plurality of objects within a predetermined distance in front of the mobile terminal, control the display unit to sort and display the object relevant information of each of a plurality of the objects in a grid type table to correspond to at least one of a distance and a category of each of a plurality of the objects if receiving an input of a sort command signal, and control the display unit to display additional information corresponding to the sorted and displayed object relevant information in each section of the grid type table according to a determined incline angle of the mobile terminal. obtain the object relevant information stored in the memory of each of the plurality of objects within a predetermined distance in front of the mobile terminal, control the display unit to sort and display the object relevant information of each of a plurality of the objects in a grid type table to correspond to at least one of a distance and a category of each of a plurality of the objects if receiving an input of a sort command signal, and control the display unit to display additional information corresponding to the sorted and displayed object relevant information in each section of the grid type table according to a determined incline angle of the mobile terminal.
Expansible fixing plug for expansion using a screw or a nail, characterised by holding surfaces on the outside of the expansible fixing plug, which holding surfaces, in a longitudinal direction of the fixing plug parallel to a direction of introduction in which the expansible fixing plug is introduced into a drilled hole in the prescribed manner, extend in the radially outwards direction with respect to the longitudinal direction of the fixing plug from the rear in the direction of introduction to the front in the direction of introduction at an acute angle which is less than 45 degrees.
A method for providing a leak-proof membrane element for the selective separation or cleaning of gas of the type wherein a metal foil having a thickness of less than 10 micrometers and being coated on one or both sides thereof with other materials, also denoted barrier and/or protective layers (43, 44), and being selectively permeable for specific gases, is deposited onto a tubular supporting stock substrate (2, 20) exhibiting a high gas flux and being made of metal, ceramic, polymer, or combinations thereof, and wherein connection means (4, 21, 34) are provided on the ends of the substrate allowing the membrane element to be installed in a housing, characterized i n that the method comprises: a) winding with overlapping joints bands of the foil on the outside of said tubular substrate (2, 20), b) then sealing the ends of the substrate by fitting connection means (4, 21, 34) onto the substrate with the membrane, using a sealant material (7, 25) between the substrate and connection means that does not let through undesired gases, c) then joining by diffusion bonding the overlapping joints to a continuous, non-porous membrane layer, by heating the substrate (2, 20) coated with the metal foil while having zero or a positive overpressure on the metal side, d) wherein one or more layers of the metal foil is/are used as sealing material (6, 25) between the substrate (2, 20) and connection means (4, 21, 34). a) winding with overlapping joints bands of the foil on the outside of said tubular substrate (2, 20), b) then sealing the ends of the substrate by fitting connection means (4, 21, 34) onto the substrate with the membrane, using a sealant material (7, 25) between the substrate and connection means that does not let through undesired gases, c) then joining by diffusion bonding the overlapping joints to a continuous, non-porous membrane layer, by heating the substrate (2, 20) coated with the metal foil while having zero or a positive overpressure on the metal side, d) wherein one or more layers of the metal foil is/are used as sealing material (6, 25) between the substrate (2, 20) and connection means (4, 21, 34).
Device for the directional detection of a ground fault in a medium-voltage multiphase network, comprising: - a first module able to provide a signal representative of the homopolar voltage (V 0) of all phases; - a second module able to provide a signal representative of the derivative in relation to time of the homopolar current (I 0); - means for activating said second module depending on a signal of detection of the occurrence of a ground fault in the network; - a locating module, comprising means for evaluating, in relation to π, the phase shift between the homopolar voltage (V 0) provided by the first module and the derivative of the homopolar current (dI 0 /dt) provided by the second module. - a first module able to provide a signal representative of the homopolar voltage (V 0) of all phases; - a second module able to provide a signal representative of the derivative in relation to time of the homopolar current (I 0); - means for activating said second module depending on a signal of detection of the occurrence of a ground fault in the network; - a locating module, comprising means for evaluating, in relation to π, the phase shift between the homopolar voltage (V 0) provided by the first module and the derivative of the homopolar current (dI 0 /dt) provided by the second module.
An ultrasound diagnosis apparatus (1, 1a) comprising processing circuitry (180, 180a) configured: to generate ultrasound images in a time series on a basis of data acquired by transmitting and receiving an ultrasound wave; to perform, every time an ultrasound image satisfying a predetermined condition is generated, a position aligning process between the ultrasound image satisfying the predetermined condition and a reference image obtained in advance; and to identify, within the ultrasound image satisfying the predetermined condition, a region of interest set in the reference image, on a basis of a result of the position aligning process and to track the region of interest in ultrasound images in a time series that are newly generated during or after the position aligning process, wherein the processing circuitry (180, 180a) is configured to perform the position aligning process between the ultrasound image satisfying the predetermined condition and the reference image, by searching for a reference structure included in the reference image from the ultrasound image data satisfying the predetermined condition, characterised in that the reference structure is positioned at a region which is different from the region of interest set in the reference image. to generate ultrasound images in a time series on a basis of data acquired by transmitting and receiving an ultrasound wave; to perform, every time an ultrasound image satisfying a predetermined condition is generated, a position aligning process between the ultrasound image satisfying the predetermined condition and a reference image obtained in advance; and to identify, within the ultrasound image satisfying the predetermined condition, a region of interest set in the reference image, on a basis of a result of the position aligning process and to track the region of interest in ultrasound images in a time series that are newly generated during or after the position aligning process, wherein the processing circuitry (180, 180a) is configured to perform the position aligning process between the ultrasound image satisfying the predetermined condition and the reference image, by searching for a reference structure included in the reference image from the ultrasound image data satisfying the predetermined condition, characterised in that the reference structure is positioned at a region which is different from the region of interest set in the reference image.
A travel assistance method for a vehicle to be executed by a processor, comprising the steps of: acquiring, from a device for storing map information, information on static traveling path boundaries (1, 2) which are boundaries of a road on which a subject vehicle travels and are included in the map information; acquiring, from a sensor (140; 150) for detecting surrounding environment of the subject vehicle, information on dynamic traveling path boundaries different from the static traveling path boundaries (1, 2); generating, based on the information on the static traveling path boundaries (1, 2), a static traveling path, the static traveling path being a traveling path for the subject vehicle so as to travel smoothly through curves; generating, based on the information on the static traveling path and the dynamic traveling path boundaries, a dynamic traveling path which is a traveling path shorter than the static traveling path and corresponds to the surrounding environment; and controlling the subject vehicle to travel along a target traveling path, the target traveling path generated by combining the dynamic traveling path extending from a current position of the subject vehicle and the static traveling path which is longer than the dynamic traveling path, wherein a calculation cycle of the processor in a process of generating the static traveling path is longer than a calculation cycle of the processor in a process of generating the dynamic traveling path. acquiring, from a device for storing map information, information on static traveling path boundaries (1, 2) which are boundaries of a road on which a subject vehicle travels and are included in the map information; acquiring, from a sensor (140; 150) for detecting surrounding environment of the subject vehicle, information on dynamic traveling path boundaries different from the static traveling path boundaries (1, 2); generating, based on the information on the static traveling path boundaries (1, 2), a static traveling path, the static traveling path being a traveling path for the subject vehicle so as to travel smoothly through curves; generating, based on the information on the static traveling path and the dynamic traveling path boundaries, a dynamic traveling path which is a traveling path shorter than the static traveling path and corresponds to the surrounding environment; and controlling the subject vehicle to travel along a target traveling path, the target traveling path generated by combining the dynamic traveling path extending from a current position of the subject vehicle and the static traveling path which is longer than the dynamic traveling path, wherein a calculation cycle of the processor in a process of generating the static traveling path is longer than a calculation cycle of the processor in a process of generating the dynamic traveling path.
A method for decontaminating nuclear power plant process streams, comprising the steps of: (a) providing a sequestration resin for removal of radioisotopes of transition metal impurities contained in the plant process streams; and (b) distributing the sequestration resin into the plant process streams such that the sequestration resin interacts with the process streams and removes the transition metal impurities; wherein the sequestration resin comprises multi-amine base ligands; and wherein the multi-amine base ligands are covalently or ionically coupled to a sulfonic acid based polymer resin. (a) providing a sequestration resin for removal of radioisotopes of transition metal impurities contained in the plant process streams; and (b) distributing the sequestration resin into the plant process streams such that the sequestration resin interacts with the process streams and removes the transition metal impurities;
Switchgear having a first switching path comprising first switching contacts and a second switching path comprising second switching contacts, the first switching path having a first electromagnetic trip mechanism comprising a first coil winding, the first coil winding having a first winding direction, the second switching path having a second electromagnetic trip mechanism comprising a second coil winding, the second coil winding having a second winding direction, the first switching contacts and the second switching contacts being coupled for simultaneous actuation, and the first switching path and the second switching path being arranged one next to the other in the switchgear, the first coil winding being part of the first switching path, and the second coil winding being part of the second switching path, characterized in that the first winding direction is opposite to the second winding direction.
A method for supporting a protocol interface across an interconnect having a plurality of channels (150; MDII0, MDII1, MDIIn), the method comprising: splitting data signals of the protocol interface of a first die (140, 240) into a plurality of data streams; transmitting, from the first die (140, 240), the plurality of data streams to a second die (120, 220) via the channels (150; MDII0, MDII1, MDIIn); characterized in that the interconnect is a multi-die interconnect (130, 150; MDII0, MDII1, MDIIn) connecting the first die (140, 240) and the second die (120, 220) and the method further comprises: establishing, by a serial-shift chain, a handshake signal comprising control information passed between the first die (140, 240) and the second die (120, 220) of an integrated circuit multi-die device, wherein the first die (140, 240) or the second die (120, 220) comprises a programmable logic fabric; and compressing each data stream of the plurality of data streams based on the handshake signal. splitting data signals of the protocol interface of a first die (140, 240) into a plurality of data streams; transmitting, from the first die (140, 240), the plurality of data streams to a second die (120, 220) via the channels (150; MDII0, MDII1, MDIIn); characterized in that the interconnect is a multi-die interconnect (130, 150; MDII0, MDII1, MDIIn) connecting the first die (140, 240) and the second die (120, 220) and the method further comprises: establishing, by a serial-shift chain, a handshake signal comprising control information passed between the first die (140, 240) and the second die (120, 220) of an integrated circuit multi-die device, wherein the first die (140, 240) or the second die (120, 220) comprises a programmable logic fabric; and compressing each data stream of the plurality of data streams based on the handshake signal. establishing, by a serial-shift chain, a handshake signal comprising control information passed between the first die (140, 240) and the second die (120, 220) of an integrated circuit multi-die device, wherein the first die (140, 240) or the second die (120, 220) comprises a programmable logic fabric; and compressing each data stream of the plurality of data streams based on the handshake signal.
A method of managing quality of service, QoS in a cellular network, the method comprising: establishing a protocol data unit, PDU, session; selecting a packet filter for routing to different bearers that receive different QoS based on at least one aspect of a data packet associated with the PDU session, wherein the PDU session is an Ethernet based PDU session, the data packet including IP data and being formatted in an Ethernet format, and wherein the selecting of the packet filter is based on content included in an Ethernet frame header of the data packet and the selection further comprises: evaluating content included in an IP header of the data packet only if at least a portion of the content included in the Ethernet frame header of the data packet corresponds to a matching packet filter; and filtering a transmission of the data packet according to the packet filter. establishing a protocol data unit, PDU, session; selecting a packet filter for routing to different bearers that receive different QoS based on at least one aspect of a data packet associated with the PDU session, wherein the PDU session is an Ethernet based PDU session, the data packet including IP data and being formatted in an Ethernet format, and wherein the selecting of the packet filter is based on content included in an Ethernet frame header of the data packet and the selection further comprises: evaluating content included in an IP header of the data packet only if at least a portion of the content included in the Ethernet frame header of the data packet corresponds to a matching packet filter; and filtering a transmission of the data packet according to the packet filter.
A visual prosthesis comprising: A video input device; A video processing unit for collecting video data from said video input device, and an array of electrodes for stimulating visual neural tissue; the visual prosthesis being characterized in that: the video processing unit includes: means for downloading, error checking, storing, and changing situation dependent filter information from a linked computer, including a storage device for storing said filter information including filter executable code and filter data; and means for processing said video data according to said situation dependent filter information; wherein the array of electrodes is configured to stimulate visual neural tissue according to said video data processed according to said situation dependent filter information. A video input device; A video processing unit for collecting video data from said video input device, and an array of electrodes for stimulating visual neural tissue; the visual prosthesis being characterized in that: the video processing unit includes: means for downloading, error checking, storing, and changing situation dependent filter information from a linked computer, including a storage device for storing said filter information including filter executable code and filter data; and means for processing said video data according to said situation dependent filter information; wherein the array of electrodes is configured to stimulate visual neural tissue according to said video data processed according to said situation dependent filter information. the video processing unit includes: means for downloading, error checking, storing, and changing situation dependent filter information from a linked computer, including a storage device for storing said filter information including filter executable code and filter data; and means for processing said video data according to said situation dependent filter information; means for downloading, error checking, storing, and changing situation dependent filter information from a linked computer, including a storage device for storing said filter information including filter executable code and filter data; and means for processing said video data according to said situation dependent filter information;
Method for setting up a tunneled direct link setup, TDLS, direct link between a first client station and a second client station in a peer to peer wireless network, wherein the first and second client stations each form a link and transfer data directly with a group owner, GO, the method being performed by the second client station, the method comprising: communicating with the GO via a peer to peer wireless link; receiving a TDLS setup request from the GO; sending a TDLS setup response to the GO; receiving a TDLS setup confirmation from the GO; and communicating directly with the first client station via the TDLS direct link. communicating with the GO via a peer to peer wireless link; receiving a TDLS setup request from the GO; sending a TDLS setup response to the GO; receiving a TDLS setup confirmation from the GO; and communicating directly with the first client station via the TDLS direct link.
A ROR2 inhibitor for use in treating and/or preventing cartilage loss, treating and/or preventing osteoarthritis, treating and/or preventing osteoarthritis associated pain, promoting cartilage repair, and/or preventing cartilage degradation, wherein the ROR2 inhibitor is selected from the group consisting of an oligonucleotide directed against ROR2, an anti-ROR2 antibody or fragment thereof, a soluble fragment of an ROR2 protein.
An apparatus for manufacturing a three-dimensional object from powder, comprising a build compartment having at least a first vertical fixed wall structure (403, 503, 603) and a second vertical wall structure (404, 504, 604), movable in relation to the first wall structure (403, 503, 603), characterized in that the build compartment further comprises a third vertical wall structure, where both the second wall structure (404, 504, 604) and the third wall structure are at least partly overlapping the first wall structure (403, 503, 603) in the movable direction, providing a variable volume for enclosing powder, wherein the second vertical wall structure (404, 504, 604), the third vertical wall structure and a floor of said build compartment are connected to each other, in such a way that it is possible to position the floor higher up than at the lowermost point of the build compartment, for reducing the internal unused volume in the build compartment.
A catheter assembly comprising: a) an elongated sleeve having a proximal end portion, a distal end portion and a wall defining an interior compartment between said proximal and distal ends, said wall including an elongated slot communicating with said compartment; b) a flexible container housed within said sleeve and deployable through said slot in said wall; and c) a deployable catheter tube housed within said sleeve, said catheter tube having a proximal end terminating in a closed proximal tip and an open distal end in flow communication with said container. a) an elongated sleeve having a proximal end portion, a distal end portion and a wall defining an interior compartment between said proximal and distal ends, said wall including an elongated slot communicating with said compartment; b) a flexible container housed within said sleeve and deployable through said slot in said wall; and c) a deployable catheter tube housed within said sleeve, said catheter tube having a proximal end terminating in a closed proximal tip and an open distal end in flow communication with said container.