mhurhangee/ep-ind-claims huggingface dataset:
An automotive-structural-part joint structure formed by bending one metal sheet, the automotive-structural-part joint structure including a groove portion including a top portion and a pair of side wall portions, and the automotive-structural-part joint structure being provided at an end part of one automotive structural part in a longitudinal direction thereof, and configured to join the one automotive structural part to another automotive structural part in an intersecting direction, the automotive-structural-part joint structure comprising: an outward-directed flange portion configured to extend outward from three side edges (3a,5a) of the groove portion on an end part side where the other automotive structural part is joined, the flange portion being continuously formed along the three side edges, wherein the flange portion includes parts of the metal sheet bent outward and extending from the respective side wall portions, and a part of the metal sheet bent upward and extending from the top portion; characterized in that the flange portion further includes parts of the metal sheet bent outward and extending from respective vertical rib portions of a pair of vertical rib portions of the automotive-structural-part joint structure; wherein the pair of the vertical rib portions is configured to stand upward from both side ends of the top portion; and wherein each of the vertical rib portions is formed by overlapping parts of the metal sheet, one of the parts being bent upward and extending from a side end of the top portion, another part extending upward from an upper end of corresponding one of the side wall portions. an outward-directed flange portion configured to extend outward from three side edges (3a,5a) of the groove portion on an end part side where the other automotive structural part is joined, the flange portion being continuously formed along the three side edges, wherein the flange portion includes parts of the metal sheet bent outward and extending from the respective side wall portions, and a part of the metal sheet bent upward and extending from the top portion; characterized in that the flange portion further includes parts of the metal sheet bent outward and extending from respective vertical rib portions of a pair of vertical rib portions of the automotive-structural-part joint structure; wherein the pair of the vertical rib portions is configured to stand upward from both side ends of the top portion; and wherein each of the vertical rib portions is formed by overlapping parts of the metal sheet, one of the parts being bent upward and extending from a side end of the top portion, another part extending upward from an upper end of corresponding one of the side wall portions.
A method for measuring a glycohemoglobin in a sample, including to below, wherein the method comprises mixing a sample and a single reagent in order to perform and below: denaturing a hemoglobin in the sample; reacting a glycohemoglobin in the sample with amadoriase to allow a colour forming agent to produce a colour; and measuring the developed colour signal of the sample after and, and calculating a glycohemoglobin level, wherein the reagent contains a denaturant, said colour forming agent and said amadoriase, and the amadoriase is a glycoprotein-directed fructosyl peptide oxidase, the colour forming agent is an oxidative colour forming agent and the reagent further contains a peroxidase, or the amadoriase is a glycoprotein-directed fructosyl peptide dehydrogenase, and the colour forming agent is a reductive colour forming agent. wherein the method comprises mixing a sample and a single reagent in order to perform and below: denaturing a hemoglobin in the sample; reacting a glycohemoglobin in the sample with amadoriase to allow a colour forming agent to produce a colour; and measuring the developed colour signal of the sample after and, and calculating a glycohemoglobin level, denaturing a hemoglobin in the sample; reacting a glycohemoglobin in the sample with amadoriase to allow a colour forming agent to produce a colour; and measuring the developed colour signal of the sample after and, and calculating a glycohemoglobin level, wherein the reagent contains a denaturant, said colour forming agent and said amadoriase, and the amadoriase is a glycoprotein-directed fructosyl peptide oxidase, the colour forming agent is an oxidative colour forming agent and the reagent further contains a peroxidase, or the amadoriase is a glycoprotein-directed fructosyl peptide dehydrogenase, and the colour forming agent is a reductive colour forming agent.
A composite comprising: a cross-linked polymer comprising a pyridinium group; and a thermoplastic polymer; wherein the cross-linked polymer comprising the pyridinium group is derived from a compound comprising the pyridinium group and a multi-functional compound comprising at least three curable functional groups. a cross-linked polymer comprising a pyridinium group; and a thermoplastic polymer; wherein the cross-linked polymer comprising the pyridinium group is derived from a compound comprising the pyridinium group and a multi-functional compound comprising at least three curable functional groups.
A bladder stimulator, comprising: an elongate element adapted to pass through a urethra or adapted to pass through another opening in the bladder; an expandable body coupled to said elongate element at a coupling location; an array of one or more stimulator contacts mechanically coupled to said expandable body, said array including at least one contact adapted to contact and selectively stimulate a trigone or a distal part of a ureter when said expandable body is inserted in a bladder and expanded; characterised in that the bladder stimulator further comprises a controller configured to drive an electrical pulse via the contact, the pulse having a frequency of 5 Hz - 1kHz. an elongate element adapted to pass through a urethra or adapted to pass through another opening in the bladder; an expandable body coupled to said elongate element at a coupling location; an array of one or more stimulator contacts mechanically coupled to said expandable body, said array including at least one contact adapted to contact and selectively stimulate a trigone or a distal part of a ureter when said expandable body is inserted in a bladder and expanded; characterised in that the bladder stimulator further comprises a controller configured to drive an electrical pulse via the contact, the pulse having a frequency of 5 Hz - 1kHz.
Use of an isolated miR-32 gene product comprising a miR antagonist for increasing the responsiveness of prostate cancer cells to apoptotic stimuli, wherein the miR antagonist comprises an oligonucleotide sequence complementary to miR-32, or a precursor thereof.
A stanchion, said stanchion comprising: a first stanchion portion adapted to be positioned at least partially below ground; a second stanchion portion adapted to extend above ground and support electrical power lines; an attachment segment having a first end attached to said first stanchion portion and a second end attached to said second stanchion portion, said attachment segment adapted to be positioned above and proximate to ground; characterised by an energy absorbing layer surrounding said attachment segment, said energy absorbing layer having a lower compression strength than said first and said second stanchion portions (18, 22), wherein said attachment segment comprises: a first bulkhead attached to said first stanchion portion; a second bulkhead attached to said second stanchion portion; a tube having a first end attached to said first bulkhead and a second end attached to said second bulkhead. a first stanchion portion adapted to be positioned at least partially below ground; a second stanchion portion adapted to extend above ground and support electrical power lines; an attachment segment having a first end attached to said first stanchion portion and a second end attached to said second stanchion portion, said attachment segment adapted to be positioned above and proximate to ground; characterised by an energy absorbing layer surrounding said attachment segment, said energy absorbing layer having a lower compression strength than said first and said second stanchion portions (18, 22), wherein said attachment segment comprises: a first bulkhead attached to said first stanchion portion; a second bulkhead attached to said second stanchion portion; a tube having a first end attached to said first bulkhead and a second end attached to said second bulkhead. a first bulkhead attached to said first stanchion portion; a second bulkhead attached to said second stanchion portion; a tube having a first end attached to said first bulkhead and a second end attached to said second bulkhead.
Device (7, 8) for filling a motor vehicle tank with a liquid, comprising: - a filling tube which has a lower end entering the tank and an upper end to take said liquid so as to fill the tank; and - a vent duct which comprises an inlet end entering an upper part of the tank, an outlet end entering the tube near the upper end and a low section situated at a first structural level below the level of the inlet and outlet ends (10, 11); characterized in that it comprises a fixed pressure drop generating element (70, 71, 72) that causes said low section to communicate with a portion of the tank which is situated underneath said low section. - a filling tube which has a lower end entering the tank and an upper end to take said liquid so as to fill the tank; and - a vent duct which comprises an inlet end entering an upper part of the tank, an outlet end entering the tube near the upper end and a low section situated at a first structural level below the level of the inlet and outlet ends (10, 11);
A method for reprovisioning a logical storage volume created for a virtual disk of a virtual machine running in a computer system that is connected to a storage system via input-output command, IO, paths and out-of-band paths, wherein said storage system stores said logical storage volume, the method characterised by the computer system: issuing a request to the storage system via one of said out-of-band paths to increase a size of the created logical storage volume provisioned in a selected logical storage container; receiving acknowledgement of the increase in size from the storage system; and updating a metadata file associated with the logical storage volume to indicate the increased size, wherein the updated metadata file is a disk descriptor file for the virtual disk of the virtual machine stored by the computer system. issuing a request to the storage system via one of said out-of-band paths to increase a size of the created logical storage volume provisioned in a selected logical storage container; receiving acknowledgement of the increase in size from the storage system; and updating a metadata file associated with the logical storage volume to indicate the increased size, wherein the updated metadata file is a disk descriptor file for the virtual disk of the virtual machine stored by the computer system.
Receiving apparatus for receiving signals in a multi carrier system on the basis of a frame structure in a transmission bandwidth, each frame comprising at least two signalling patterns adjacent to each other in the frequency direction and data patterns following the at least two signalling patterns in the time direction in the time slot immediately succeeding the time slot in which the at least two signalling patterns are located, wherein each of the data patterns succeeding the at least two signalling patterns is respectively followed by further data patterns in succeeding time slots in the time direction, wherein all data patterns following each other in the time direction have the same frequency direction structure and form a data segment extending over the entire or a part of the frequency bandwidth so that one or more data segments adjacent to each other in the frequency direction are formed, each of the at least two signalling patterns and the data patterns comprising a plurality of frequency carriers, whereby identical first signalling data and pilot signals are arranged in said at least two signalling patterns, said first signalling data comprising the physical layer information necessary for the receipt of the succeeding data patterns, whereby the first signalling data are repeated in each of said at least two signalling patterns so that the identical first signalling data can be retrieved from each of said at least two signalling patterns, whereby data and pilot signals are arranged in said data patterns, whereby the data of said one or more data patterns are arranged in data frames (85, 85', 85", 85"'), each data frame comprising individual second signalling data (85a, 85a', 85a", 85a"') for the respective data frame and content data (85b, 85b', 85b", 85b"'), whereby two or more data frames are allocated to the data patterns following each other in the time direction and having the same frequency allocation, said receiving apparatus comprising receiving means adapted to be tuned to and to receive a selected part of said transmission bandwidth, said selected part of said transmission bandwidth covering at least one data pattern to be received, first evaluation means for evaluating first signalling data included in a signalling pattern covered by the received part of the transmission bandwidth, said first signalling data including per data segment data segment number, start subcarrier frequency, number of subcarriers per data segment, time interleaver depth, PSI/SI reprocessing indicator, number of notches within the data segment, and per notch the start position of the notch and the notch width, second evaluation means adapted to evaluate said second signalling data comprised in a received data frame, and data de-mapping means adapted to de-map data from frequency carriers of a received data frame on the basis of the result of said evaluation.
Power cell system for deepwater application comprising: - a number of power cells, each power cell comprises an insulating power cell housing, a capacitor bank, an electronic module, and input/output connectors (5,6), - a frame for supporting the power cells, and - an outer housing around the mounting frame and the power cells, which outer housing is adapted for deep-water application; characterized in that the power cell housing of each of the power cells is made of an insulating material, and the frame is at least partially made from a metallic material. - a number of power cells, each power cell comprises an insulating power cell housing, a capacitor bank, an electronic module, and input/output connectors (5,6), - a frame for supporting the power cells, and - an outer housing around the mounting frame and the power cells, which outer housing is adapted for deep-water application; characterized in that the power cell housing of each of the power cells is made of an insulating material, and the frame is at least partially made from a metallic material.
A method in a network device for data transmission over a front haul interface between a first unit and a second unit, comprising: - compressing, at the first unit, time domain data in frequency domain and/or spatial domain, wherein the compressing is based on Principal Component Analysis, PCA. - transmitting the compressed time domain data along with an associated compression parameter over the front haul interface from the first unit to the second unit; and - decompressing, at the second unit, the compressed time domain data based on the compression parameter. - compressing, at the first unit, time domain data in frequency domain and/or spatial domain, wherein the compressing is based on Principal Component Analysis, PCA. - transmitting the compressed time domain data along with an associated compression parameter over the front haul interface from the first unit to the second unit; and - decompressing, at the second unit, the compressed time domain data based on the compression parameter.
A method of manufacturing composite laminate panel sub-elements for subsequent assembling into a modular assembly structure comprises the preprocessing steps of a) casting an elongate composite laminate sheet panel having opposite first and second fiber-reinforced plastic face skins (19,21) sandwiching a core, a free first elongate edge and an opposite second elongate free edge, wherein the free first elongate edge of the elongate composite laminate sheet panel is provided with a second coupling profile, and the opposite second elongate free edge of the elongate composite laminate sheet panel is provided with a third coupling profile, wherein the second coupling profile and the third coupling profile have the same or different cross-section profile, and the second coupling profile and the third coupling profile are provided as an integral part of the casting process of step a), b) demolding the elongate composite laminate sheet panel, c) cutting the demolded elongate composite laminate sheet panel into (n) shorter sections (Sn), thereby providing sections (Sn) with at least one free cut edge (26;32), a free first edge having the same profile as the free first elongate edge, and a free second edge parallel to the free first edge and having the same profile as the free second elongate edge, and d) providing the at least one free cut edge (26;32) with at least a first coupling profile, and wherein step d) is performed by machining a coupling profile along at least one of the free edges, or step d) is performed by providing the first coupling profile as a separate part, which is subsequently attached along the at least one free edge (26;32). a) casting an elongate composite laminate sheet panel having opposite first and second fiber-reinforced plastic face skins (19,21) sandwiching a core, a free first elongate edge and an opposite second elongate free edge, wherein the free first elongate edge of the elongate composite laminate sheet panel is provided with a second coupling profile, and the opposite second elongate free edge of the elongate composite laminate sheet panel is provided with a third coupling profile, wherein the second coupling profile and the third coupling profile have the same or different cross-section profile, and the second coupling profile and the third coupling profile are provided as an integral part of the casting process of step a), b) demolding the elongate composite laminate sheet panel, c) cutting the demolded elongate composite laminate sheet panel into (n) shorter sections (Sn), thereby providing sections (Sn) with at least one free cut edge (26;32), a free first edge having the same profile as the free first elongate edge, and a free second edge parallel to the free first edge and having the same profile as the free second elongate edge, and d) providing the at least one free cut edge (26;32) with at least a first coupling profile, and wherein step d) is performed by machining a coupling profile along at least one of the free edges, or step d) is performed by providing the first coupling profile as a separate part, which is subsequently attached along the at least one free edge (26;32).
Method to operate a user equipment communicatively connected to at least two subscriber identity modules (4.1, 4.2), which are at least assigned to a first and a second cellular network (7.1, 7.2), wherein the user equipment has assigned an independent paging identity in each of the first and second cellular networks for registration in said cellular networks (7.1, 7.2), the user equipment further being assigned to at least two paging groups, each of said paging group considering one of the at least two paging identities of the user equipment in said cellular networks, the method comprises the steps of: - determining a paging timing for the user equipment for at least one of said cellular networks based on the respective paging groups, - determining a value relating to a time difference between the first and second cellular network, - informing the first of the at least two cellular networks (7.1) about the paging identity used in the second cellular network (7.2) and the value relating to the time difference between said cellular networks, - retrieving an indication from said first cellular network (7.1) relating to assignment to a paging group, characterised by: the assignment to another paging group is considering that the paging assignments in the at least two cellular networks are non-overlapping within a predetermined time proximity. the user equipment further being assigned to at least two paging groups, each of said paging group considering one of the at least two paging identities of the user equipment in said cellular networks, the method comprises the steps of: - determining a paging timing for the user equipment for at least one of said cellular networks based on the respective paging groups, - determining a value relating to a time difference between the first and second cellular network, - informing the first of the at least two cellular networks (7.1) about the paging identity used in the second cellular network (7.2) and the value relating to the time difference between said cellular networks, - retrieving an indication from said first cellular network (7.1) relating to assignment to a paging group, - determining a paging timing for the user equipment for at least one of said cellular networks based on the respective paging groups, - determining a value relating to a time difference between the first and second cellular network, - informing the first of the at least two cellular networks (7.1) about the paging identity used in the second cellular network (7.2) and the value relating to the time difference between said cellular networks, - retrieving an indication from said first cellular network (7.1) relating to assignment to a paging group, characterised by: the assignment to another paging group is considering that the paging assignments in the at least two cellular networks are non-overlapping within a predetermined time proximity.
A method for displaying data regarding items in a list, comprising: displaying a list of items; displaying icons (510, 520), wherein each icon is associated with one of said items and each icon is partitioned into one or more subregions, wherein said item is associated with a file containing a plurality of pages containing data and said subregions are partitioned based on the plurality of pages associated with said file, and wherein said subregions are defined in terms of x and y coordinates expressed in pixels; displaying a window for displaying data regarding said one of said items; in response to a user selection of a first subregion of one of said icons, displaying a first page of data of said file in said window; and in response to a user selection of a second subregion of said one of said icons, displaying a next page of data of said file in said window, wherein no navigational aid is provided within the icon to guide movements of a user interface pointer for user selection from the first subregion to the second subregion of the said icon. displaying a list of items; displaying icons (510, 520), wherein each icon is associated with one of said items and each icon is partitioned into one or more subregions, wherein said item is associated with a file containing a plurality of pages containing data and said subregions are partitioned based on the plurality of pages associated with said file, and wherein said subregions are defined in terms of x and y coordinates expressed in pixels; displaying a window for displaying data regarding said one of said items; in response to a user selection of a first subregion of one of said icons, displaying a first page of data of said file in said window; and in response to a user selection of a second subregion of said one of said icons, displaying a next page of data of said file in said window, wherein no navigational aid is provided within the icon to guide movements of a user interface pointer for user selection from the first subregion to the second subregion of the said icon.