mhurhangee/ep-ind-claims huggingface dataset:
Method for an improved processing of network communication between a telecommunications network and at least one user equipment in a database emergency situation within the telecommunications network, wherein the telecommunications network comprises -- network nodes providing a plurality of application server functionalities, as well as -- network nodes providing a high-availability central database functionality, wherein - in view of the telecommunications network providing a multitude of communication services to the user equipment and in a first, normal, mode of operation of the central database functionality - at least one application server functionality requests subscriber-related information or non-subscriber-related information from the central database functionality, and the central database functionality provides such requested subscriber-related information or non-subscriber-related information to the at least one application server functionality, wherein the telecommunications network comprises at least one emergency database functionality, the emergency database functionality providing reduced database information compared to the subscriber-related information or non-subscriber-related information provided by the central database functionality, wherein in a second, emergency-related, mode of operation of the central database functionality, the at least one application server functionality fails to receive the requested subscriber-related information or non-subscriber-related information from the central database functionality and uses instead the reduced database information, provided by the emergency database functionality, wherein the method comprises the step of manually or automatically switching to or triggering the second mode of operation in case that the at least one application server functionality or a sufficiently large number of the plurality of application server functionalities fails or fail to receive the requested subscriber-related information or non-subscriber-related information from the central database functionality, wherein the reduced database information comprises static location area information for each user, wherein the static location area information is based on an analysis of a history of a location area information stored in the central database functionality, in which the most frequently used location area information of a certain time frame is determined. -- network nodes providing a plurality of application server functionalities, as well as -- network nodes providing a high-availability central database functionality,
A vacuum anchor for securing a fall protection system to a surface, the anchor comprising: an anchor body (10; 110) having a gas inlet (9; 109) configured to receive pressurised gas from a gas container (8; 108), and means for utilising the pressurised gas to generate a vacuum to secure the body (10; 110) to a surface; and attachment means (14; 114) for connecting a fall protection system to the anchor body, the attachment means (14; 114) being rotatably mounted to the anchor body (10; 110); wherein: (i) the vacuum anchor further comprises container mounting means (16, 17; 141, 142) for mounting a gas container (8; 108) to the anchor body (10; 110) in connection with the gas inlet (9; 109), the container mounting means (16, 17; 141, 142) being arranged to be rotatable with the rotatable attachment means (14; 114) about a common axis of rotation (15; 115); and/or (ii) the gas inlet (9; 109) is coaxial with the axis of rotation (15; 115) of the attachment means (14; 114). an anchor body (10; 110) having a gas inlet (9; 109) configured to receive pressurised gas from a gas container (8; 108), and means for utilising the pressurised gas to generate a vacuum to secure the body (10; 110) to a surface; and attachment means (14; 114) for connecting a fall protection system to the anchor body, the attachment means (14; 114) being rotatably mounted to the anchor body (10; 110); wherein: (i) the vacuum anchor further comprises container mounting means (16, 17; 141, 142) for mounting a gas container (8; 108) to the anchor body (10; 110) in connection with the gas inlet (9; 109), the container mounting means (16, 17; 141, 142) being arranged to be rotatable with the rotatable attachment means (14; 114) about a common axis of rotation (15; 115); and/or (ii) the gas inlet (9; 109) is coaxial with the axis of rotation (15; 115) of the attachment means (14; 114). (i) the vacuum anchor further comprises container mounting means (16, 17; 141, 142) for mounting a gas container (8; 108) to the anchor body (10; 110) in connection with the gas inlet (9; 109), the container mounting means (16, 17; 141, 142) being arranged to be rotatable with the rotatable attachment means (14; 114) about a common axis of rotation (15; 115); and/or (ii) the gas inlet (9; 109) is coaxial with the axis of rotation (15; 115) of the attachment means (14; 114).
A method for providing a plurality of control widgets in a portable device, comprising: executing a respective control widget for each of a plurality of external devices (120, 130, 140), the respective control widget allowing input of user commands for controlling the corresponding external device from a remote distance; displaying the plurality of control widgets, each comprising control icons corresponding to control commands of the corresponding external device on a stand-by screen; receiving a user command inputted through one of the control widgets (S260-Y); transmitting the inputted user command to an external device (120, 130, 140) corresponding to said one of the control widgets; and arranging the displayed control widgets on the stand-by screen. executing a respective control widget for each of a plurality of external devices (120, 130, 140), the respective control widget allowing input of user commands for controlling the corresponding external device from a remote distance; displaying the plurality of control widgets, each comprising control icons corresponding to control commands of the corresponding external device on a stand-by screen; receiving a user command inputted through one of the control widgets (S260-Y); transmitting the inputted user command to an external device (120, 130, 140) corresponding to said one of the control widgets; and arranging the displayed control widgets on the stand-by screen.
A method of controlling a basestation in a cellular wireless communications network, the method comprising: within the basestation, setting an initial value for a maximum total transmit power of the basestation; and autonomously and dynamically adapting the value for the maximum total transmit power of the basestation based on: knowledge of historical statistics for a path loss between UEs in call with the basestation and nearby nodeBs; knowledge of historical statistics for the path loss between the basestation and permitted UEs in call with the basestation, and a predetermined maximum permitted figure for said path loss; knowledge of historical statistics for a received signal/interference ratio as measured at UEs in call with the basestation, and based on a predetermined minimum value for said signal/interference ratio; and knowledge of access attempts by non-permitted users. within the basestation, setting an initial value for a maximum total transmit power of the basestation; and autonomously and dynamically adapting the value for the maximum total transmit power of the basestation based on: knowledge of historical statistics for a path loss between UEs in call with the basestation and nearby nodeBs; knowledge of historical statistics for the path loss between the basestation and permitted UEs in call with the basestation, and a predetermined maximum permitted figure for said path loss; knowledge of historical statistics for a received signal/interference ratio as measured at UEs in call with the basestation, and based on a predetermined minimum value for said signal/interference ratio; and knowledge of access attempts by non-permitted users. knowledge of historical statistics for a path loss between UEs in call with the basestation and nearby nodeBs; knowledge of historical statistics for the path loss between the basestation and permitted UEs in call with the basestation, and a predetermined maximum permitted figure for said path loss; knowledge of historical statistics for a received signal/interference ratio as measured at UEs in call with the basestation, and based on a predetermined minimum value for said signal/interference ratio; and knowledge of access attempts by non-permitted users.
An information processing apparatus, adapted to provide a development environment for generating a user interface used for receiving an operation for an apparatus serving as a control target, the information processing apparatus comprising: a display unit (104, 304) adapted to display a generation screen for generating the user interface; a storage unit (120, 320) for storing a plurality of object images serving as candidates for configuring the user interface; an operation receiving unit adapted to receive a selection of arbitrary object images among the plurality of object images and to receive an operation for arranging the selected object images at arbitrary positions on the generation screen; and a build unit adapted to output an executable file used for configuring the user interface including the object images arranged on the generation screen on the basis of reception of a build instruction for the user interface, wherein, when the build instruction is received in a state in which two or more object images among the plurality of object images are arranged on the generation screen, the build unit is adapted to generate a composite image including the two or more object images and further to output coordinate information of each of the object images serving as composition sources inside the composite image and the composite image. a display unit (104, 304) adapted to display a generation screen for generating the user interface; a storage unit (120, 320) for storing a plurality of object images serving as candidates for configuring the user interface; an operation receiving unit adapted to receive a selection of arbitrary object images among the plurality of object images and to receive an operation for arranging the selected object images at arbitrary positions on the generation screen; and a build unit adapted to output an executable file used for configuring the user interface including the object images arranged on the generation screen on the basis of reception of a build instruction for the user interface, wherein, when the build instruction is received in a state in which two or more object images among the plurality of object images are arranged on the generation screen, the build unit is adapted to generate a composite image including the two or more object images and further to output coordinate information of each of the object images serving as composition sources inside the composite image and the composite image.
A method for producing 5'-guanylic acid comprising: A) reacting a microorganism with xanthylic acid to produce 5'-guanylic acid, and B) collecting 5'-guanylic acid; wherein said microorganism is able to convert xanthylic acid into 5'-guanylic acid, and has been modified so that: a) the transcription of the nagD gene is decreased or eliminated and b) 5'-guanylic acid synthetase activity is enhanced, and wherein said microorganism does not have increased expression of the guaB gene. A) reacting a microorganism with xanthylic acid to produce 5'-guanylic acid, and B) collecting 5'-guanylic acid; a) the transcription of the nagD gene is decreased or eliminated and b) 5'-guanylic acid synthetase activity is enhanced, and wherein said microorganism does not have increased expression of the guaB gene.
A medical image processing apparatus comprising: an edge extracting section adapted to extract, on the basis of a two-dimensional image outputted from a medical image pickup apparatus configured to pick up an image of a living tissue in a body cavity by an image pickup device, edges of the living tissue in the two-dimensional image; a three-dimensional-model estimating section adapted to estimate a three-dimensional model of the living tissue by performing a geometrical conversion processing for generating a voxel corresponding to each pixel in the two-dimensional image, on the basis of luminance information on the two-dimensional image; a voxel extracting section adapted to extract, on the basis of positions of respective voxels, where the edges are present, estimated as a part of the three-dimensional model, a voxel group to be set as a calculation object of a shape feature value; a shape-feature-value calculating section adapted to calculate the shape feature value for at least a part of voxels included in a voxel group extracted by the voxel extracting section; and a tuberal-shape detecting section that is adapted to detect, as a voxel group forming a tuberal shape, a voxel group wherein the shape feature value calculated by the shape-feature-value calculating section satisfies a predetermined condition, wherein the voxel group extracted by the voxels extracting section is a voxel group present nearer to the medical image pickup apparatus in a visual field direction than a predetermined one voxel included in the respective voxels in which the edges are present. an edge extracting section adapted to extract, on the basis of a two-dimensional image outputted from a medical image pickup apparatus configured to pick up an image of a living tissue in a body cavity by an image pickup device, edges of the living tissue in the two-dimensional image; a three-dimensional-model estimating section adapted to estimate a three-dimensional model of the living tissue by performing a geometrical conversion processing for generating a voxel corresponding to each pixel in the two-dimensional image, on the basis of luminance information on the two-dimensional image; a voxel extracting section adapted to extract, on the basis of positions of respective voxels, where the edges are present, estimated as a part of the three-dimensional model, a voxel group to be set as a calculation object of a shape feature value; a shape-feature-value calculating section adapted to calculate the shape feature value for at least a part of voxels included in a voxel group extracted by the voxel extracting section; and a tuberal-shape detecting section that is adapted to detect, as a voxel group forming a tuberal shape, a voxel group wherein the shape feature value calculated by the shape-feature-value calculating section satisfies a predetermined condition, wherein the voxel group extracted by the voxels extracting section is a voxel group present nearer to the medical image pickup apparatus in a visual field direction than a predetermined one voxel included in the respective voxels in which the edges are present.
Trampoline track for outdoors, with a jump bed forming a track and mounted on a frame construction by way of elastic means, wherein the longitudinal axis of the trampoline track extends in barrier-free manner along a straight line, wherein the frame construction can be let into a recess in the ground, wherein the trampoline track comprises a plurality of track segments (1a-1d), which are arranged in succession in longitudinal direction and each of which comprises a jump bed segment (3a-3d) mounted in a frame, wherein the frames have frame segments which adjoin the track segments (1 a, 1d) laterally at the jump bed segments (3a-3d) and at which the jump bed segment (3a-3d) is laterally retained by means of resilient elements, and wherein the track segments (1a-1d) do not have at boundary lines, at which two track segments (1a-1d) adjoin one another, any frame segments extending transversely to the track longitudinal direction, so that the jump bed segments (3a-3d) of the adjoining track segments (1b-1d) are connected with one another in gap-free manner and combine to formed a barrier-free jump bed.
Pigment preparation with metal effect pigments, characterised in that the pigment preparation contains metal effect pigments, the average size d 50 of which is in a range of 1.7 to 2.8 μm and the average thickness h 50 of which is in a range of 15 to 50 nm, and at least one polycarboxylic acid, the at least one polycarboxylic acid having at least 4 carbon atoms.
A pneumatic actuator comprising at least one first housing element and at least one second housing element which can be connected to the first housing element by means of at least one connecting device, wherein a connecting force can be built up between the first housing element and the second housing element in at least one connecting region by means of the connecting device, at least one membrane (109, 119) can be clamped at least in some sections between the first housing element and the second housing element, and the second housing element comprises at least one stop element which limits a movement of the first housing element in the direction of the membrane and of the second housing element and which comes into direct contact with the first housing element when the first housing element is connected to the second housing element, wherein furthermore the stop element is arranged outside the connecting region at least in some sections and the membrane having a thickening in an edge region at least in some sections, which can be arranged in at least one cavity of the first housing element and/or of the second housing element, characterized in that the first housing element and/or the second housing element comprise(s) at least one clamping element and/or at least one first contact region, wherein a clamping force can be exerted onto the membrane between the first housing element and the second housing element by means of the clamping element and/or of the first contact region, and the cavity is limited at least in some sections by the stop element, on the one hand, and the first contact region and/or the clamping element, on the other hand.
Guide vane segment (10, 20)for a turbomachine, the guide vane segment (10,20) having at least one guide vane and at least one shroud comprising at least one first profile (16, 17) arranged on the shroud for attachment of the guide vane segment (10, 20) on the turbomachine housing, the profile (16, 17) extending in the circumferential direction at least partially over a circumferential length of the gui de vane segment (10, 20) along the shroud of the guide vane segment (10, 20) and having at least one functional surface (18, 19) extending at least partially in the axial direction and in the circumferential direction, characterized in that the functional surface (18, 19) of the profile (16, 17) has in each case two different curvatures in at least one radial plane perpendicularto an axis of rotation of the turbomachine in the circumferential direction, at all temperatures of at least one temperature range below a defined operating temperature of the turbomachine.
Gas diffusion electrode for the reduction of oxygen, where the gas diffusion electrode has at least one sheet-like, electrically conductive support and a gas diffusion layer and electrocatalyst applied to the support, the gas diffusion layer consists at least of a mixture of carbon nanotubes and PTFE, the carbon nanotubes and fluoropolymer have been applied and compacted in powder form on the support and the carbon nanotubes act as electrocatalyst, characterized in that from 1 to 55% by weight, preferably from 2 to 35% by weight, of silver-containing cocatalyst, based on the total content of catalyst and fluoropolymer, is present as further electrocatalyst, and in that the proportion of nitrogen in the form of chemically bound nitrogen in the carbon nanotubes is less than 0.5% by weight.
A compound according to Formula I wherein R 1 and R 2 are independently selected from R 3, O-R 3, S-R 3, SO 3 -, SO 3 -R 3, wherein R 3 is selected from Ci-Cis alkyl, and a polyethylene glycol residue, Acc is selected from the group selected from Formula II wherein X is selected from -N(CH 3)-, -S-, -Se-, -O-, and -C(CH 3) 2 -, and wherein optionally in each of Formula II to V an aromatic ring is substituted with 1, 2 or 3 SO 3 - groups, R 4 is selected from the group of C 1 -C 18 alkyl, C 1 -C 6 cycloalkyl, and (CH 2) m -SO 3 -, wherein m is an integer selected from 1 to 18, and n is selected from 1, 2 and 3, and suitable salts and solvates thereof. R 1 and R 2 are independently selected from R 3, O-R 3, S-R 3, SO 3 -, SO 3 -R 3, wherein R 3 is selected from Ci-Cis alkyl, and a polyethylene glycol residue, Acc is selected from the group selected from Formula II wherein X is selected from -N(CH 3)-, -S-, -Se-, -O-, and -C(CH 3) 2 -, and wherein optionally in each of Formula II to V an aromatic ring is substituted with 1, 2 or 3 SO 3 - groups, R 4 is selected from the group of C 1 -C 18 alkyl, C 1 -C 6 cycloalkyl, and (CH 2) m -SO 3 -, wherein m is an integer selected from 1 to 18, and n is selected from 1, 2 and 3, and suitable salts and solvates thereof.
A mobile station apparatus for communicating with a base station apparatus using one or more of a plurality of cells adapted for connection by carrier aggregation, comprising: a reception unit configured and/or programmed to receive, from the base station apparatus, measurement control information including first information and second information, wherein the first information indicates an event, and the second information indicates parameters used for evaluating a condition of the event, a measurement processing unit configured and/or programmed to measure reception quality of a cell, and an event determination unit configured and/or programmed to: determine not to evaluate the condition of the event for the cell in a case where the cell is used for connection to the base station apparatus by carrier aggregation, and otherwise evaluate the condition of the event based on the parameters by comparing the reception quality of the cell with a threshold. a reception unit configured and/or programmed to receive, from the base station apparatus, measurement control information including first information and second information, wherein the first information indicates an event, and the second information indicates parameters used for evaluating a condition of the event, a measurement processing unit configured and/or programmed to measure reception quality of a cell, and an event determination unit configured and/or programmed to: determine not to evaluate the condition of the event for the cell in a case where the cell is used for connection to the base station apparatus by carrier aggregation, and otherwise evaluate the condition of the event based on the parameters by comparing the reception quality of the cell with a threshold.