mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for assisting in providing a diagnosis of a medical condition of a mammal brain, the brain having a first and a second part, the apparatus including an input facility, a conversion facility, and an output device comprising a display unit for generating an output signal, the apparatus being configured and arranged such that in an operational mode of the apparatus the input facility receives from a scanning device with image analysis functionality at least one pair of values determined by the image analysis functionality, and receives from a storage facility at least one pair of reference values, the at least one pair of values including: -- a first value indicative of a brain characteristic of a portion of the first part of the brain for a point in time; -- a second value indicative of a brain characteristic of a corresponding portion of the second part of the brain for said point in time; the at least one pair of reference values including: -- first reference data indicative for a cumulative distribution of said first value for said portion in a reference population; and -- second reference data indicative for a cumulative distribution of said second value for said corresponding portion in said reference population; wherein the conversion facility determines a third value, indicating the cumulative probability of said first value according to said first reference data and a fourth value, indicating the cumulative probability of said second value according to said second reference data, and wherein the display unit generates as the output signal a output signal that is indicative for a monotonically increasing function of a difference between the third and the fourth value. -- a first value indicative of a brain characteristic of a portion of the first part of the brain for a point in time; -- a second value indicative of a brain characteristic of a corresponding portion of the second part of the brain for said point in time; -- first reference data indicative for a cumulative distribution of said first value for said portion in a reference population; and -- second reference data indicative for a cumulative distribution of said second value for said corresponding portion in said reference population;
A device for generating an alternative of a normal brain database to be used for diagnosing a brain disease based on a plurality of brain status images of each subject from a set of subjects including patients, the alternative of a normal brain database showing normal status of each point of a brain, the device comprising: means for normalizing a status value at each point of each brain status image of a subject based on the status values of a part or whole of the brain status image of the subject; means for spatially transforming each brain status image of the subject in accordance with an anatomical standard brain; means for rejecting the status values from the smallest value to the m-th smallest value and values from the largest value to the n-th largest value presumed to indicate a disease with regard to each point of the brain, when said points are to be used for diagnosing a disease based on said anatomically transformed and normalized brain status images of the subject, wherein the rejecting means identifies the brain status values presumed to indicate disease based on a comparison of the brain status values of subjects with each other at each point of the standardized brain images; and means for generating the alternative of a normal brain database by obtaining at least a mean status value for said each point of the brain to be used for diagnosing a disease based on a respective point on each subject's said anatomically transformed and normalized brain status images of in which said status values presumed to indicate disease are rejected, wherein a mean value calculating means calculates the mean value of the remaining brain status values. means for normalizing a status value at each point of each brain status image of a subject based on the status values of a part or whole of the brain status image of the subject; means for spatially transforming each brain status image of the subject in accordance with an anatomical standard brain; means for rejecting the status values from the smallest value to the m-th smallest value and values from the largest value to the n-th largest value presumed to indicate a disease with regard to each point of the brain, when said points are to be used for diagnosing a disease based on said anatomically transformed and normalized brain status images of the subject, wherein the rejecting means identifies the brain status values presumed to indicate disease based on a comparison of the brain status values of subjects with each other at each point of the standardized brain images; and means for generating the alternative of a normal brain database by obtaining at least a mean status value for said each point of the brain to be used for diagnosing a disease based on a respective point on each subject's said anatomically transformed and normalized brain status images of in which said status values presumed to indicate disease are rejected, wherein a mean value calculating means calculates the mean value of the remaining brain status values.
An apparatus of a User Equipment UE configured as a Proximity Services ProSe enabled UE, the apparatus comprising: processing circuitry to configure the UE to perform a ProSe Direct Discovery process, wherein as part of the ProSe Direct Discovery process, the processing circuitry is configured to: encode, for transmission over a PC 3 interface to a ProSe Function in a Home Public Land Mobile Network HPLMN a discovery request message for an announcing procedure, the announcing procedure including transmission of one or more announcements over a PC5 interface, wherein the discovery request message for the announcing procedure includes a PC5 technology PC5_tech parameter to indicate whether each of two or more PC5 radio technologies are to be used by the UE for the announcing procedure, and wherein the two or more PC5 radio technologies include at least Evolved Universal Terrestrial Radio Access E-UTRA and wireless local area network WLAN and decode a discovery response message for the announcing procedure, the discovery response message for the announcing procedure received over the PC3 interface from the ProSe Function in the HPLMN, wherein the discovery response message for the announcing procedure includes a ProSe application code and the PC5 tech parameter to indicate a PC5 radio technology authorized to be used for the ProSe application code, wherein the ProSe application code corresponds to a ProSe application ID parameter contained in the discovery request message for the announcing procedure; and memory configured to store the ProSe application code. encode, for transmission over a PC 3 interface to a ProSe Function in a Home Public Land Mobile Network HPLMN a discovery request message for an announcing procedure, the announcing procedure including transmission of one or more announcements over a PC5 interface, wherein the discovery request message for the announcing procedure includes a PC5 technology PC5_tech parameter to indicate whether each of two or more PC5 radio technologies are to be used by the UE for the announcing procedure, and wherein the two or more PC5 radio technologies include at least Evolved Universal Terrestrial Radio Access E-UTRA and wireless local area network WLAN and decode a discovery response message for the announcing procedure, the discovery response message for the announcing procedure received over the PC3 interface from the ProSe Function in the HPLMN, wherein the discovery response message for the announcing procedure includes a ProSe application code and the PC5 tech parameter to indicate a PC5 radio technology authorized to be used for the ProSe application code, wherein the ProSe application code corresponds to a ProSe application ID parameter contained in the discovery request message for the announcing procedure; and memory configured to store the ProSe application code.
A connection resume request method, wherein the method comprises: generating, by an apparatus, an updated access stratum key; sending, by the apparatus to a target base station, a connection resume request message for resuming a radio resource control, RRC, connection; receiving, by the apparatus, a connection resume rejection message from the target base station, wherein the connection resume rejection message indicates that the resuming of the RRC connection is rejected; after receiving the connection resume rejection message, deleting, by the apparatus, the updated access stratum key; and keeping, by the apparatus, a first access stratum key as a current access stratum key; wherein the first access stratum key is an access stratum key that is used, before the apparatus enters an inactive state, by the apparatus and a source base station accessed by the apparatus. generating, by an apparatus, an updated access stratum key; sending, by the apparatus to a target base station, a connection resume request message for resuming a radio resource control, RRC, connection; receiving, by the apparatus, a connection resume rejection message from the target base station, wherein the connection resume rejection message indicates that the resuming of the RRC connection is rejected; after receiving the connection resume rejection message, deleting, by the apparatus, the updated access stratum key; and keeping, by the apparatus, a first access stratum key as a current access stratum key; wherein the first access stratum key is an access stratum key that is used, before the apparatus enters an inactive state, by the apparatus and a source base station accessed by the apparatus.
A system for designing automation applications based on input from a user, the system comprising: a library interface configured to receive a user selection of a plurality of components from a library of components; a three-dimensional workspace configured to: display the plurality of components, and create a system design in the three-dimensional workspace using the plurality of components based on one or more instructions provided by the user; a simulation engine configured to: generate simulation code based on the system design in the three-dimensional workspace, and execute the simulation code in response to a command from the user; a controller code generation unit configured to: identify one or more physical controllers (120D, 120E) corresponding to the plurality of components in the three-dimensional workspace by performing a device discovery process in which a device announcement message received from the physical controllers is processed to ascertain their respective addresses and other related information, and generate controller-executable code for the one or more physical controllers based on the system design. a library interface configured to receive a user selection of a plurality of components from a library of components; a three-dimensional workspace configured to: display the plurality of components, and create a system design in the three-dimensional workspace using the plurality of components based on one or more instructions provided by the user; display the plurality of components, and create a system design in the three-dimensional workspace using the plurality of components based on one or more instructions provided by the user; a simulation engine configured to: generate simulation code based on the system design in the three-dimensional workspace, and execute the simulation code in response to a command from the user; generate simulation code based on the system design in the three-dimensional workspace, and execute the simulation code in response to a command from the user; a controller code generation unit configured to: identify one or more physical controllers (120D, 120E) corresponding to the plurality of components in the three-dimensional workspace by performing a device discovery process in which a device announcement message received from the physical controllers is processed to ascertain their respective addresses and other related information, and generate controller-executable code for the one or more physical controllers based on the system design. identify one or more physical controllers (120D, 120E) corresponding to the plurality of components in the three-dimensional workspace by performing a device discovery process in which a device announcement message received from the physical controllers is processed to ascertain their respective addresses and other related information, and generate controller-executable code for the one or more physical controllers based on the system design.
A wear-resistant lining comprising a resilient base layer of vulcanized rubber, wear-resistant hard pieces arranged on said base layer in lengthwise and crosswise directions and grid-shaped joints of vulcanized rubber filled in gaps between side-walls of the adjacent hard pieces, wherein said hard piece is bonded to said base layer and said joints, and wherein said wear-resistant lining is manufactured by such a process that a plate-like un-vulcanized rubber material and wear-resistant hard pieces arranged thereon with said gaps are pressed and heated in a mold so that said resilient base layer and said joints are formed by vulcanizing said rubber material and filling it in said gaps, characterized in that: each side-wall of said hard piece is provided with at least one projection which contacts with the side-wall of the adjacent hard piece so that said gap is formed to have a predetermined width (g) in which said joint is formed, and said projections of the hard pieces are embedded in said joints. each side-wall of said hard piece is provided with at least one projection which contacts with the side-wall of the adjacent hard piece so that said gap is formed to have a predetermined width (g) in which said joint is formed, and said projections of the hard pieces are embedded in said joints.
A process for making a substantially crystalline material having a chemical composition consisting of Y 2 O 3 ·(P 2 O 5) x, where x is the molar ratio of P 2 O 5 to Y 2 O 3 in the composition of the crystalline material, and 0.30 ≤ x ≤ 1.20, comprising the following steps: providing a YP-glass having a composition consisting of Y 2 O 3 ·(P 2 O 5) y and a softening temperature of Tsoft, where y is the molar ratio of P 2 O 5 to Y 2 O 3 in the YP-glass, and 1.6 ≤ y ≤ 9.0; providing a Y-source material; obtaining a mixture upon melting having a molar ratio of P 2 O 5 to Y 2 O 3 equal to x and comprising a plurality of particles of the YP-glass and a plurality of particles of the Y-source material; and heating the mixture resulting from step to a temperature T1 higher than Tsoft, whereby a first ceramic is obtained. providing a YP-glass having a composition consisting of Y 2 O 3 ·(P 2 O 5) y and a softening temperature of Tsoft, where y is the molar ratio of P 2 O 5 to Y 2 O 3 in the YP-glass, and 1.6 ≤ y ≤ 9.0; providing a Y-source material; obtaining a mixture upon melting having a molar ratio of P 2 O 5 to Y 2 O 3 equal to x and comprising a plurality of particles of the YP-glass and a plurality of particles of the Y-source material; and heating the mixture resulting from step to a temperature T1 higher than Tsoft, whereby a first ceramic is obtained.
A measuring system for a construction machine, the measuring system comprising a carrier which is connectable to the construction machine, comprising: a first portion and a second portion of the carrier; wherein the first portion comprises one or more sensor heads attached to or integrated with the first portion for non-contact measurement relative to a ground or reference, the first portion having a second connecting element at a second end face, the second connecting element being connectable to a first connecting element such that a mechanical and electrical connection is formed; wherein the second portion comprises one or more sensor heads attached to or integrated with the second portion, wherein the second portion comprises the first connecting element at a first end face; wherein the first and/or the second connecting element comprise a hook such that the first connecting element and the second connecting element are engageable by a rotational movement about a rotational axis to form the mechanical connection; wherein the first connecting element comprises a plug and wherein the second connecting element comprises a socket, the plug and the socket together forming the electrical connection; and wherein the plug and/or the socket are configured to be tilted, and/or wherein the plug and/or the socket at least partially have a conical shape (132b_2m). a first portion and a second portion of the carrier; wherein the first portion comprises one or more sensor heads attached to or integrated with the first portion for non-contact measurement relative to a ground or reference, the first portion having a second connecting element at a second end face, the second connecting element being connectable to a first connecting element such that a mechanical and electrical connection is formed; wherein the second portion comprises one or more sensor heads attached to or integrated with the second portion, wherein the second portion comprises the first connecting element at a first end face; wherein the first and/or the second connecting element comprise a hook such that the first connecting element and the second connecting element are engageable by a rotational movement about a rotational axis to form the mechanical connection; wherein the first connecting element comprises a plug and wherein the second connecting element comprises a socket, the plug and the socket together forming the electrical connection; and wherein the plug and/or the socket are configured to be tilted, and/or wherein the plug and/or the socket at least partially have a conical shape (132b_2m).
A communication system for a vehicle, comprising an external apparatus, and an on-vehicle gateway apparatus that carries out authentication of the external apparatus at a time of connection, via a connector, between the external apparatus and the vehicle, and relays communications between the external apparatus and in-vehicle communication when the authentication is successful, the on-vehicle gateway apparatus (12; 13) comprising: a power supply line from an on-vehicle battery; a power supply switch means (91; 92) that switches between carrying out and not carrying out power supply from the on-vehicle battery; and a transceiver for communication for outside of vehicle for communication with the external apparatus, characterized in that at a time of connection between the external apparatus and the vehicle, the on-vehicle gateway apparatus operates due to power supply from the on-vehicle battery as a result of switching in the power supply switch means being controlled by a control means provided in the external apparatus, the power supply switch means (91; 92) is connected with the transceiver for communication for outside of vehicle, and communication with the external apparatus is started as a result of the power supply switch means (91; 92) switching between carrying out and not carrying out power supply to the transceiver for communication for outside of vehicle, and the external apparatus is a fault diagnosis tool. an external apparatus, and an on-vehicle gateway apparatus that carries out authentication of the external apparatus at a time of connection, via a connector, between the external apparatus and the vehicle, and relays communications between the external apparatus and in-vehicle communication when the authentication is successful, the on-vehicle gateway apparatus (12; 13) comprising: a power supply line from an on-vehicle battery; a power supply switch means (91; 92) that switches between carrying out and not carrying out power supply from the on-vehicle battery; and a transceiver for communication for outside of vehicle for communication with the external apparatus, a power supply line from an on-vehicle battery; a power supply switch means (91; 92) that switches between carrying out and not carrying out power supply from the on-vehicle battery; and a transceiver for communication for outside of vehicle for communication with the external apparatus, characterized in that at a time of connection between the external apparatus and the vehicle, the on-vehicle gateway apparatus operates due to power supply from the on-vehicle battery as a result of switching in the power supply switch means being controlled by a control means provided in the external apparatus, the power supply switch means (91; 92) is connected with the transceiver for communication for outside of vehicle, and communication with the external apparatus is started as a result of the power supply switch means (91; 92) switching between carrying out and not carrying out power supply to the transceiver for communication for outside of vehicle, and the external apparatus is a fault diagnosis tool.
A lighting device comprising an extended light source (270, 271, 571) and an optical device (200, 300, 400, 500, 600) having an optical axis (280,380, 480, 580) passing through the light source, said extended light source being arranged for emitting light from both centered and non-centered positions, in which the light source is respectively aligned or not aligned with the optical axis (280,380, 480, 580), said optical device configured to collimate light of said light source (270, 271, 571) along an optical direction (280, 380, 480, 580), said optical device comprising: a source surface (215, 315, 415, 515, 615) facing the extended light source and arranged to receive light, wherein said source surface comprises a central portion (220, 320, 420, 520, 620) and a Fresnel portion (230, 330, 430, 530, 630) including at least one tooth (233n, 333n, 433n, 533n), for deflecting light; a forward surface (210, 310, 410, 510) arranged to output at least the deflected light from the Fresnel portion into a collimated light along said optical direction; a lens body (250, 350, 450, 550, 650) delimited by said source surface and said forward surface; and a peripheral element (240, 340, 440, 540, 640) arranged to reflect light originating from a non-centered position, internally reflected by total inner reflection at said forward surface towards said optical direction to contribute to said collimated light. a source surface (215, 315, 415, 515, 615) facing the extended light source and arranged to receive light, wherein said source surface comprises a central portion (220, 320, 420, 520, 620) and a Fresnel portion (230, 330, 430, 530, 630) including at least one tooth (233n, 333n, 433n, 533n), for deflecting light; a forward surface (210, 310, 410, 510) arranged to output at least the deflected light from the Fresnel portion into a collimated light along said optical direction; a lens body (250, 350, 450, 550, 650) delimited by said source surface and said forward surface; and a peripheral element (240, 340, 440, 540, 640) arranged to reflect light originating from a non-centered position, internally reflected by total inner reflection at said forward surface towards said optical direction to contribute to said collimated light.