mhurhangee/ep-ind-claims huggingface dataset:
A method for use by a mobile device, the method comprising: obtaining authorization from an authorizing location server to use a location server as a proxy location server for said authorizing location server; transmitting a first message to said proxy location server, said first message indicating a first set of location servers; obtaining a second message from said proxy location server, said second message indicating a second set of location servers as being authorized for location service related access by said mobile device; and accessing one or more location servers from said second set of location servers for one or more location services. obtaining authorization from an authorizing location server to use a location server as a proxy location server for said authorizing location server; transmitting a first message to said proxy location server, said first message indicating a first set of location servers; obtaining a second message from said proxy location server, said second message indicating a second set of location servers as being authorized for location service related access by said mobile device; and accessing one or more location servers from said second set of location servers for one or more location services.
A method for operating a communications device that communicates via inductive coupling, the method comprising: detecting a falling signal edge corresponding to a received signal (210, 310) at the communications device based on a falling signal edge threshold; detecting a rising signal edge corresponding to the received signal (210, 310) based on a rising signal edge threshold; and decoding the received signal (210, 310) based on the detected falling signal edge and the detected rising signal edge; characterized in that the rising signal edge threshold is independent from the falling signal edge threshold, in that the received signal (210, 310) is processed by a first matched filter to generate a first processed signal and the falling signal edge is detected in the first processed signal by a first slicer based on the falling signal edge threshold, and in that the received signal is processed by a second matched filter to generate a second processed signal and the rising signal edge is detected in the second processed signal by a second slicer based on the rising signal edge threshold. detecting a falling signal edge corresponding to a received signal (210, 310) at the communications device based on a falling signal edge threshold; detecting a rising signal edge corresponding to the received signal (210, 310) based on a rising signal edge threshold; and decoding the received signal (210, 310) based on the detected falling signal edge and the detected rising signal edge; characterized in that the rising signal edge threshold is independent from the falling signal edge threshold, in that the received signal (210, 310) is processed by a first matched filter to generate a first processed signal and the falling signal edge is detected in the first processed signal by a first slicer based on the falling signal edge threshold, and in that the received signal is processed by a second matched filter to generate a second processed signal and the rising signal edge is detected in the second processed signal by a second slicer based on the rising signal edge threshold.
A polypeptide comprising two immunoglobulin single variable domain (ISVD) against von Willebrand Factor (vWF) for use in treating thrombotic thrombocytopenic purpura in a human in need thereof suffering from an acute episode of TTP, comprising: (i) performing a Plasma Exchange (preceding PE); and followed by (ii) administering a first dose of 1-80 mg, such as 5-40 mg or preferably 10 mg of said polypeptide 5 min to 4 h after said PE of step (i), or comprising performing a preceding Plasma Exchange; followed by administering to said human a first dose of 1-80 mg, such as 5-40 mg, preferably 10 mg of said polypeptide; performing a Plasma Exchange administering a further dose of 1-80 mg, such as 5-40 mg, preferably 10 mg of said polypeptide repeating step and step once per day, wherein the term "first dose" means the first administration of the polypeptide to the human in need thereof suffering from an acute episode of TTP. comprising: (i) performing a Plasma Exchange (preceding PE); and followed by (ii) administering a first dose of 1-80 mg, such as 5-40 mg or preferably 10 mg of said polypeptide 5 min to 4 h after said PE of step (i), or (i) performing a Plasma Exchange (preceding PE); and followed by (ii) administering a first dose of 1-80 mg, such as 5-40 mg or preferably 10 mg of said polypeptide 5 min to 4 h after said PE of step (i), or comprising performing a preceding Plasma Exchange; followed by administering to said human a first dose of 1-80 mg, such as 5-40 mg, preferably 10 mg of said polypeptide; performing a Plasma Exchange administering a further dose of 1-80 mg, such as 5-40 mg, preferably 10 mg of said polypeptide repeating step and step once per day, wherein the term "first dose" means the first administration of the polypeptide to the human in need thereof suffering from an acute episode of TTP. performing a preceding Plasma Exchange; followed by administering to said human a first dose of 1-80 mg, such as 5-40 mg, preferably 10 mg of said polypeptide; performing a Plasma Exchange administering a further dose of 1-80 mg, such as 5-40 mg, preferably 10 mg of said polypeptide repeating step and step once per day,
Elevator rail for guiding moving bodies of an elevator system, wherein the moving bodies serve in particular as a car for the transport of people or goods or as a counterweight, wherein the elevator rail has more than one guide contour, wherein the guide contour is suitable for interacting with a guide shoe such that in a first horizontal direction, a relative horizontal movement between the guide contour and the guide shoe is delimited at least on one side, and that in a second horizontal direction, perpendicular to the first horizontal direction, a relative horizontal movement between guide contour and guide shoe is delimited on both sides, characterized in that the hollow elevator rail has a cross section bordered in a closed manner, and that the elevator rail has at least three guide contours, wherein the guide contours are formed on the outer surface of the elevator rail and that one guide contour is designed as a groove, and that at least one further guide contour is designed as a tongue. wherein the moving bodies serve in particular as a car for the transport of people or goods or as a counterweight, wherein the elevator rail has more than one guide contour, wherein the guide contour is suitable for interacting with a guide shoe such that in a first horizontal direction, a relative horizontal movement between the guide contour and the guide shoe is delimited at least on one side, and that in a second horizontal direction, perpendicular to the first horizontal direction, a relative horizontal movement between guide contour and guide shoe is delimited on both sides, characterized in that the hollow elevator rail has a cross section bordered in a closed manner, and that the elevator rail has at least three guide contours, wherein the guide contours are formed on the outer surface of the elevator rail and that one guide contour is designed as a groove, and that at least one further guide contour is designed as a tongue.
A refrigerator comprising: a body; a storage compartment formed in the body; an inner door comprising an opening and pivotably coupled with the body; wherein the opening of the inner door provides access to the storage compartment; an outer door pivotable with respect to the inner door and which opens and closes the opening of the inner door; a mounting portion provided on the inner door; a control unit configured to control an internal environment of the storage compartment, and mounted on the mounting portion; and wherein the control unit is covered by the outer door when the outer door is closed, and wherein the control unit is accessible for a user when the inner door is closed and the outer door is opened, the control unit comprises a circuit board which transmits a control signal according to an input of the user and displays internal environment information of the storage compartment, and wherein the outer door comprises a transparent or translucent material permitting the control unit and an inside of the storage compartment to be viewed from the outside when the outer door is closed. a body; a storage compartment formed in the body; an inner door comprising an opening and pivotably coupled with the body; wherein the opening of the inner door provides access to the storage compartment; an outer door pivotable with respect to the inner door and which opens and closes the opening of the inner door; a mounting portion provided on the inner door; a control unit configured to control an internal environment of the storage compartment, and mounted on the mounting portion; and wherein the control unit is covered by the outer door when the outer door is closed, and wherein the control unit is accessible for a user when the inner door is closed and the outer door is opened, the control unit comprises a circuit board which transmits a control signal according to an input of the user and displays internal environment information of the storage compartment, and wherein the outer door comprises a transparent or translucent material permitting the control unit and an inside of the storage compartment to be viewed from the outside when the outer door is closed.
An item identification method, comprising: acquiring multi-frame images of the item by an image capturing device; processing the multi-frame images of the item to obtain position information and category information of the item in each frame image of the multi-frame images; acquiring auxiliary information of the item by an information capturing device; performing multi-modality fusion on the position information and the auxiliary information to obtain a fusion result; and determining an identification result of the item according to the category information and the fusion result; wherein the method further comprises: acquiring, when the information capturing device is a depth camera, a depth image of the item by the depth camera, the auxiliary information of the item comprising depth information; wherein the method further comprises: determining a tracking trajectory of the item according to the fusion result; sorting the tracking trajectory to obtain a trajectory classification result, wherein the tracking trajectory result corresponds to a movement result of the item; determining a taking result and a returning result according to the trajectory classification result; and updating an item management list according to the taking result and the returning result. acquiring multi-frame images of the item by an image capturing device; processing the multi-frame images of the item to obtain position information and category information of the item in each frame image of the multi-frame images; acquiring auxiliary information of the item by an information capturing device; performing multi-modality fusion on the position information and the auxiliary information to obtain a fusion result; and determining an identification result of the item according to the category information and the fusion result; wherein the method further comprises: acquiring, when the information capturing device is a depth camera, a depth image of the item by the depth camera, the auxiliary information of the item comprising depth information; wherein the method further comprises: determining a tracking trajectory of the item according to the fusion result; sorting the tracking trajectory to obtain a trajectory classification result, wherein the tracking trajectory result corresponds to a movement result of the item; determining a taking result and a returning result according to the trajectory classification result; and updating an item management list according to the taking result and the returning result.
A heat exchanger having a number of horizontal multi-duct pipes running parallel, with corrugated ribs formed between the pipes, wherein bath both ends of the pipes are inserted in vertical pipe collectors and wherein one of the pipe collectors serves as a manifold in which an upper inlet stub pipe and a lower outlet stub pipe are fitted, with a tight horizontal partition going in between, wherein the first pipe collector serving as the manifold is higher than the second pipe collector, extends below the set of the multi-duct pipes and is fitted with an additional stub pipe in its bottom part, characterized in that there is a vertical separating plate fitted inside the manifold below the horizontal partition, wherein the separating plate is tightly connected to the horizontal partition, touches the walls of manifold and is placed between the outlets of the multi-duct pipes and the lower outlet stub pipe.
Trastuzumab emtansine (T-DM1) for use in a method of adjuvant therapy comprising administering to a patient with HER2-positive early breast cancer an effective amount of trastuzumab emtansine (T-DM1) as a monotherapy, wherein the patient has residual disease present in a breast and/or axillary lymph node after a pre-operative systemic treatment and wherein the adjuvant therapy substantially increases invasive disease-free survival (IDFS) as compared to adjuvant therapy with trastuzumab.
A method of handling packet errors at a receiver to maintain an expected number of packets per frame of a continuous stream of packets, comprising: receiving a packet; determining whether a transport error indicator, TEI, in the packet is set, and if the TEI is set, determining whether a bad continuity count, BAD_CC, flag is set, the BAD_CC flag being indicative of one or more missing packets in the continuous stream of which the packet is a part; when the BAD_CC flag is set, incrementing a drop count, DRP_CNT, of a number of subsequent source stream packets to be dropped by a value of 1, DRP_CNT having a previous value set when the previous packet of the continuous stream of packets was handled at the receiver; setting a stuff count, STF_CNT, of stuff codes to be inserted in the continuous stream of packets before the packet to a value of 1, the stuff codes being for replacement with null packets; incrementing an expected continuity count, EXP_CC, by a value of 1; and when DRP_CNT is greater than STF_CNT, dropping the packet and setting DRP_CNT to a value: DRP _ CNT − STF _ CNT − 1. receiving a packet; determining whether a transport error indicator, TEI, in the packet is set, and if the TEI is set, determining whether a bad continuity count, BAD_CC, flag is set, the BAD_CC flag being indicative of one or more missing packets in the continuous stream of which the packet is a part; when the BAD_CC flag is set, incrementing a drop count, DRP_CNT, of a number of subsequent source stream packets to be dropped by a value of 1, DRP_CNT having a previous value set when the previous packet of the continuous stream of packets was handled at the receiver; setting a stuff count, STF_CNT, of stuff codes to be inserted in the continuous stream of packets before the packet to a value of 1, the stuff codes being for replacement with null packets; incrementing an expected continuity count, EXP_CC, by a value of 1; and when DRP_CNT is greater than STF_CNT, dropping the packet and setting DRP_CNT to a value: DRP _ CNT − STF _ CNT − 1.
A method of application configuration, wherein data is stored and transformed between layers of a multilayered application, the method comprising: storing a first application instance in a first layer, wherein the first application instance includes one or more preconfigured content packages, and a preconfigured content package includes one or more configuration settings and a transformation schema to transform configuration settings of one application layer to another application layer; modifying the first application instance, wherein the modifying includes a modification to one or more items of first application instance content, wherein the modification is packaged as preconfigured application content; storing the first application instance modifications in a second layer, wherein the second layer can be deployed to a second application instance, wherein modifying the first application instance includes modifying a preconfigured content package, wherein modifying the preconfigured content package includes modifying the one or more configuration settings of the preconfigured content package, wherein modifying the one or more preconfigured content package configuration settings includes hiding one or more configuration settings in the second layer using the transformation schema, and wherein the transformation schema defines a correlation between the configuration settings of the first layer and the configuration settings of the second layer, the definition including mappings of configuration settings between the layers, and is used to consolidate configuration settings of the first layer on the second layer. storing a first application instance in a first layer, wherein the first application instance includes one or more preconfigured content packages, and a preconfigured content package includes one or more configuration settings and a transformation schema to transform configuration settings of one application layer to another application layer; modifying the first application instance, wherein the modifying includes a modification to one or more items of first application instance content, wherein the modification is packaged as preconfigured application content; storing the first application instance modifications in a second layer, wherein the second layer can be deployed to a second application instance, wherein modifying the first application instance includes modifying a preconfigured content package, wherein modifying the preconfigured content package includes modifying the one or more configuration settings of the preconfigured content package, wherein modifying the one or more preconfigured content package configuration settings includes hiding one or more configuration settings in the second layer using the transformation schema, and wherein the transformation schema defines a correlation between the configuration settings of the first layer and the configuration settings of the second layer, the definition including mappings of configuration settings between the layers, and is used to consolidate configuration settings of the first layer on the second layer.
A mobility management method, wherein the method comprises: obtaining, by a first mobility management entity, information about an established PDN connection of a user equipment, LTE, said information being an identifier of a session management function entity corresponding to the established PDN connection and information about a subscribed network slice of the UE; obtaining, by the first mobility management entity based on the information about the established PDN connection, information about a network slice corresponding to the established PDN connection from the session management function entity corresponding to the established PDN connection; and obtaining, by the first mobility management entity based on the information about the network slice corresponding to the established PDN connection and the information about the subscribed network slice, information about a network slice allowed for the UE. obtaining, by a first mobility management entity, information about an established PDN connection of a user equipment, LTE, said information being an identifier of a session management function entity corresponding to the established PDN connection and information about a subscribed network slice of the UE; obtaining, by the first mobility management entity based on the information about the established PDN connection, information about a network slice corresponding to the established PDN connection from the session management function entity corresponding to the established PDN connection; and obtaining, by the first mobility management entity based on the information about the network slice corresponding to the established PDN connection and the information about the subscribed network slice, information about a network slice allowed for the UE.
A network equipment apparatus comprising: a transceiver arranged to receive, from a user equipment, UE, a registration request initiating a first registration to register the UE with a communication network using a first subscriber identity module, SIM, in the UE; and a processor arranged to: determine that the UE is registered with the communication network via a second registration using a second SIM in the UE; identify a mobility management, MM, function serving the second registration; determine whether the MM function is able to serve the first registration; initiate a relocation to transfer the first registration to the MM function in response to determining that the MM function is able to serve the first registration; and update a MM context in the MM function corresponding to the second registration to contain an identifier of the first registration, in response to determining that the MM function is unable to serve the first registration. a transceiver arranged to receive, from a user equipment, UE, a registration request initiating a first registration to register the UE with a communication network using a first subscriber identity module, SIM, in the UE; and a processor arranged to: determine that the UE is registered with the communication network via a second registration using a second SIM in the UE; identify a mobility management, MM, function serving the second registration; determine whether the MM function is able to serve the first registration; initiate a relocation to transfer the first registration to the MM function in response to determining that the MM function is able to serve the first registration; and update a MM context in the MM function corresponding to the second registration to contain an identifier of the first registration, in response to determining that the MM function is unable to serve the first registration. determine that the UE is registered with the communication network via a second registration using a second SIM in the UE; identify a mobility management, MM, function serving the second registration; determine whether the MM function is able to serve the first registration; initiate a relocation to transfer the first registration to the MM function in response to determining that the MM function is able to serve the first registration; and update a MM context in the MM function corresponding to the second registration to contain an identifier of the first registration, in response to determining that the MM function is unable to serve the first registration.