mhurhangee/ep-ind-claims huggingface dataset:
A wheelset for rail vehicles, comprising at least one wheel and a wheelset shaft with at least one press fit, wherein the wheel is joined to a wheel hub bore by longitudinal pressing or shrinking on the press fit of the wheelset shaft, characterized in that a surface coating of a non-ferrous metal or a non-ferrous metal alloy which increases adhesion relative to a material of the wheel is applied to the wheel hub bore of the wheel, and the surface coating consists of high-purity copper or a copper alloy of high-purity copper, and the high-purity copper degrees of purity of 90% to 99.9%has, and the surface coating has a roughness (Ra) of up to 30 μm in a raw, mechanically non-reworked state.
A sample carrier preparation package (1, 100) for the preparation of sample carriers having a dried quantity of liquid, in particular blood, ▪ with a housing (7, 107) and a system panel (8, 108), which moves relative to the housing, • with a filling opening configured as a dome-like filling orifice, • with a capillary channel which is formed in the system panel, • with a plurality of chambers in the system panel (8, 108), the chambers each having an absorbent sample carrier for receiving a predetermined quantity of blood, • wherein the capillary channel is connected to the filling opening and branches into a plurality of individual channels which lead to the chambers with the absorbent sample carriers, • wherein the filling orifice which can be closed by a stopper and the capillary channel with the chambers and sample carriers form a closed system, • wherein, because it is connected to the filling opening and branches into a plurality of individual channels which lead to the chambers with the absorbent sample carriers, in the closed system, the capillary channel can transfer an indeterminate quantity of liquid applied via the filling opening to the absorbent sample carriers by capillary action, characterized in that after drying the predetermined part-quantity of liquid received thereby, the sample carriers can be moved by means of a relative movement of the system panel (7, 107) and housing (8, 108) from their position enclosed in the closed system into a removal position in which they are aligned over removal openings of the sample carrier preparation package (1, 100) which are open at the bottom. • with a filling opening configured as a dome-like filling orifice, • with a capillary channel which is formed in the system panel, • with a plurality of chambers in the system panel (8, 108), the chambers each having an absorbent sample carrier for receiving a predetermined quantity of blood, • wherein the capillary channel is connected to the filling opening and branches into a plurality of individual channels which lead to the chambers with the absorbent sample carriers, • wherein the filling orifice which can be closed by a stopper and the capillary channel with the chambers and sample carriers form a closed system, • wherein, because it is connected to the filling opening and branches into a plurality of individual channels which lead to the chambers with the absorbent sample carriers, in the closed system, the capillary channel can transfer an indeterminate quantity of liquid applied via the filling opening to the absorbent sample carriers by capillary action,
A method comprising: instructing, via a first computing device of a monitoring entity, a media provider to embed a tag in media, the tag to cause a requesting device accessing the media to send a message to the monitoring entity when the media is accessed by the requesting device, the message to identify a geographic location of the requesting device and media identifying information, wherein the message does not include a registered panelist identifier; accessing the message with a second computing device of the monitoring entity; determining, with the second computing device of the monitoring entity, locations of a plurality of panelist homes; comparing, with the second computing device of the monitoring entity, the geographic location of the requesting device with the locations of the plurality of panelist homes, the plurality of panelist homes having reference areas associated therewith; and when the geographic location of the requesting device is within a reference area of a first one of the plurality of panelist homes: identifying an unknown user of the requesting device as a panelist residing at the first one of the panelist homes; and associating the media identifying information with panelist data associated with the first one of the panelist homes. instructing, via a first computing device of a monitoring entity, a media provider to embed a tag in media, the tag to cause a requesting device accessing the media to send a message to the monitoring entity when the media is accessed by the requesting device, the message to identify a geographic location of the requesting device and media identifying information, wherein the message does not include a registered panelist identifier; accessing the message with a second computing device of the monitoring entity; determining, with the second computing device of the monitoring entity, locations of a plurality of panelist homes; comparing, with the second computing device of the monitoring entity, the geographic location of the requesting device with the locations of the plurality of panelist homes, the plurality of panelist homes having reference areas associated therewith; and when the geographic location of the requesting device is within a reference area of a first one of the plurality of panelist homes: identifying an unknown user of the requesting device as a panelist residing at the first one of the panelist homes; and associating the media identifying information with panelist data associated with the first one of the panelist homes. identifying an unknown user of the requesting device as a panelist residing at the first one of the panelist homes; and associating the media identifying information with panelist data associated with the first one of the panelist homes.
A mobile terminal comprising: a first body having a short edge and a long edge; a second body slidably coupled with the first body such that the second body is slidably moved parallel to the short edge to implement an opened and closed configuration with respect to the first body; first and second keypads (135, 136) disposed separately on a front surface of the second body; a display disposed on a front surface of the first body and configured to display content input through manipulation of the first or second keypads (135, 136); and a touch screen disposed between the first and second keypads and configured to display information that can be input and displayed on the display and that is not included on the first or second keypads (135, 136), wherein the touch screen is configured to display a magnified version of content recently input on the display when a plurality of contents are continuously input through the manipulation of the first or second keypads (135, 136), wherein the display is configured to display a first visual information related to a first mode and the touch screen is configured to display a second visual information related to a second mode in a state where the first and second modes are executed, wherein the first visual information and the second visual information are replaced by each other when a predetermined touch input is applied to the touch screen in the state where the first and second modes are executed. a first body having a short edge and a long edge; a second body slidably coupled with the first body such that the second body is slidably moved parallel to the short edge to implement an opened and closed configuration with respect to the first body; first and second keypads (135, 136) disposed separately on a front surface of the second body; a display disposed on a front surface of the first body and configured to display content input through manipulation of the first or second keypads (135, 136); and a touch screen disposed between the first and second keypads and configured to display information that can be input and displayed on the display and that is not included on the first or second keypads (135, 136), wherein the touch screen is configured to display a magnified version of content recently input on the display when a plurality of contents are continuously input through the manipulation of the first or second keypads (135, 136), wherein the display is configured to display a first visual information related to a first mode and the touch screen is configured to display a second visual information related to a second mode in a state where the first and second modes are executed, wherein the first visual information and the second visual information are replaced by each other when a predetermined touch input is applied to the touch screen in the state where the first and second modes are executed.
A projectile comprising: a frame; a first gimbal rotatably supported by the frame; a second gimbal rotatably supported by the first gimbal; a sensor supported by the second gimbal, said sensor comprising an added bottom portion; an adjustment mechanism configured to maneuver the first and second gimbals to adjust the position of the sensor; and a stop attached to the frame, the stop being configured to surround the bottom portion of the sensor such that when the sensor engages the stop, the stop prevents the bottom portion of the sensor from maneuvering outside a designated area, and wherein the bottom portion of the sensor is formed of a vibration and/or shock dampening material. a frame; a first gimbal rotatably supported by the frame; a second gimbal rotatably supported by the first gimbal; a sensor supported by the second gimbal, said sensor comprising an added bottom portion; an adjustment mechanism configured to maneuver the first and second gimbals to adjust the position of the sensor; and a stop attached to the frame, the stop being configured to surround the bottom portion of the sensor such that when the sensor engages the stop, the stop prevents the bottom portion of the sensor from maneuvering outside a designated area, and wherein the bottom portion of the sensor is formed of a vibration and/or shock dampening material.
A method of transmitting a file having an ISO based file format in an adaptive streaming system, the method comprising: generating, by a server, the file related to at least one segment, the at least one segment being decoded based on the file; and transmitting, by the server, the file to a terminal, wherein the file includes range information for indicating information about a byte range of the at least one segment, information indicating if the file is to be updated, start time information indicating start time of the at least one segment, viewpoint information for identifying a viewpoint that is provided for a same service, and at least two manifest boxes, a manifest included in a manifest box being a metadata file providing information related to the at least one segment, and wherein the manifest box includes a first box, a second box, a third box and a fourth box wherein the first box comprises a manifest header, the second box comprises a manifest container, the third box comprises a next manifest offset information and the fourth box comprises a next manifest size information wherein the next manifest offset information and the next manifest size information are for obtaining a next manifest box when an update of the manifest is required in a live service. generating, by a server, the file related to at least one segment, the at least one segment being decoded based on the file; and transmitting, by the server, the file to a terminal, wherein the file includes range information for indicating information about a byte range of the at least one segment, information indicating if the file is to be updated, start time information indicating start time of the at least one segment, viewpoint information for identifying a viewpoint that is provided for a same service, and at least two manifest boxes, a manifest included in a manifest box being a metadata file providing information related to the at least one segment, and wherein the manifest box includes a first box, a second box, a third box and a fourth box wherein the first box comprises a manifest header, the second box comprises a manifest container, the third box comprises a next manifest offset information and the fourth box comprises a next manifest size information wherein the next manifest offset information and the next manifest size information are for obtaining a next manifest box when an update of the manifest is required in a live service.
A vehicle part, in particular exhaust system component, which has on its outer side at least one insulation means, comprising a plate-like part and at least one separate carrier, characterized in - that the respective plate-like part is fastened to the outer side by means of at least one such carrier, - that the carrier has a cut-out, which is formed in such a manner that a section of the outer edge of the plate-like part bears against an inner edge of the cut-out of the carrier when in the installed position, - that the inner edge of the cut-out is arranged on the carrier in such a manner that the carrier can be welded to a vehicle part along the inner edge. - that the respective plate-like part is fastened to the outer side by means of at least one such carrier, - that the carrier has a cut-out, which is formed in such a manner that a section of the outer edge of the plate-like part bears against an inner edge of the cut-out of the carrier when in the installed position, - that the inner edge of the cut-out is arranged on the carrier in such a manner that the carrier can be welded to a vehicle part along the inner edge.
A computer-implemented method comprising: receiving from a first computer, a first challenge code; the first computer sending configuration data and a verification value to a second computer as a first communication, the configuration data for configuring a mobile application, the verification value generated by applying a secure hash function to a combination of the configuration data and the first challenge code; retrieving the first communication at the second computer; receiving from a user a challenge code; generating a candidate verification value by applying the secure hash function to a combination of the configuration data and the challenge code received from the user; and if the verification value in the first communication matches the candidate verification value, the providing the configuration data to the mobile application. receiving from a first computer, a first challenge code; the first computer sending configuration data and a verification value to a second computer as a first communication, the configuration data for configuring a mobile application, the verification value generated by applying a secure hash function to a combination of the configuration data and the first challenge code; retrieving the first communication at the second computer; receiving from a user a challenge code; generating a candidate verification value by applying the secure hash function to a combination of the configuration data and the challenge code received from the user; and if the verification value in the first communication matches the candidate verification value, the providing the configuration data to the mobile application.
A floating structure, comprising at least one deck structure, which has a deck level and on which is arranged at least one space unit, said space unit including a wet space, which comprises a floor structure of a given height, the floor structure being provided with a discharge pipe, and said space unit being provided with an external service facility with a bottom, which deck structure is provided with a recess (22; 221; 222), the area of which corresponds to at least a surface area of the bottom of the external service facility, whereby at least the bottom of the external service facility is at a given level below the deck level, characterized in that a lowered surface area provided at least by the bottom of the external service facility is provided with a leakage detector for monitoring any leakage occurring in the recess or with a sewer pipe (11; 12) for receiving any leakage occurring in the recess.
A method at a mobile station for communicating with an access point via a wireless medium within a network, comprising: detecting an operating characteristic associated with a load of the network; determining a process for adjusting a size of a contention window in response to a successful transmission of a frame based on the detected operating characteristic, the contention window being provided for determining a deferral period for deferring access to the wireless medium; and adjusting the size of the contention window, the adjustment of the size of the contention window being based at least in part on the determination, and the adjustment of the size of the contention window being made independently from a size of a contention window on other mobile stations (106b, 106c, 106d, 106e) on the network. detecting an operating characteristic associated with a load of the network; determining a process for adjusting a size of a contention window in response to a successful transmission of a frame based on the detected operating characteristic, the contention window being provided for determining a deferral period for deferring access to the wireless medium; and adjusting the size of the contention window, the adjustment of the size of the contention window being based at least in part on the determination, and the adjustment of the size of the contention window being made independently from a size of a contention window on other mobile stations (106b, 106c, 106d, 106e) on the network.
Method for manufacturing boxer shorts, comprising the circular knitting of a main tube, the preparation of a crotch bottom (15, 15'), the cutting of incisions (7, 7', 8) in the lower part at the front and at the rear of the tube, the opening by lateral extension of the incisions (7, 7', 8) to form overall transverse first and second bottom lines (10, 11, 16, 11', 10'; 13, 12) and the stitching of the crotch bottom (15, 15') to the overall transverse bottom lines (10, 11, 16, 11', 10'; 13, 12) to form the crotch and the passage for the thighs and to produce the boxer shorts, characterized in that there are cut, respectively at the front or at the rear, two incisions (7, 7') forming, by opening the incisions, an overall transverse first bottom line (10, 11, 16, 11', 10') composed, on the one hand, of a lower transverse edge and, on the other hand, of an upper transverse edge (10, 11; 11', 10') of the bottom line rising higher than the transverse lower edge, in that there is cut at least one incision, respectively at the rear or at the front, forming, by opening the incision, a second bottom line (13, 12) having at least one lower transverse edge, in that the crotch bottom is prepared in the form of at least one crotch piece (15, 15'), and in that the said lower transverse edge of the first bottom line (10, 11, 16, 11', 10') is stitched to an opposite part of the lower transverse edge of the second bottom line (13, 12), and in that the at least one crotch piece (15, 15') is stitched between the upper edge (10, 11; 11', 10') of the first bottom line and an opposite part of the second bottom line (13, 12).
A sample support body (1, 1A) for ionizing a sample, comprising: a substrate (2, 2A) formed with a plurality of first through holes (2c, 52a) opening to a first surface (2a, 50a) and a second surface (2b, 52b) opposite to each other; and a conductive layer provided at least on a peripheral portion of the first through hole (2c, 52a) in the first surface (2a, 50a), characterised in that in a partition portion provided between the adjacent first through holes (2c, 52a), a plurality of second through holes (2e, 51c) communicating the adjacent first through holes (2c, 52a) are formed. a substrate (2, 2A) formed with a plurality of first through holes (2c, 52a) opening to a first surface (2a, 50a) and a second surface (2b, 52b) opposite to each other; and a conductive layer provided at least on a peripheral portion of the first through hole (2c, 52a) in the first surface (2a, 50a), characterised in that in a partition portion provided between the adjacent first through holes (2c, 52a), a plurality of second through holes (2e, 51c) communicating the adjacent first through holes (2c, 52a) are formed.
A method of manufacturing a display module, the method comprising the steps of: providing a carrier substrate; providing a base layer, where a display area and a pad area are defined, on the carrier substrate; providing a circuit layer on the display area of the base layer and the pad area of the base layer; forming a through hole in the circuit layer and the base layer on the pad area; forming a conductive part by providing a conductive material from an upper surface of the circuit layer to the through hole formed in the pad area; and providing a circuit member electrically connected to the circuit layer below the base layer characterized in that the pad area of the base layer defines a first pad area, a bending area, and a second pad area, the bending area is positioned between the first pad area and the second pad area, the forming the through hole comprises: forming a first contact hole in the circuit layer on the first pad area and in the first pad area of the base layer; and forming a second contact hole in the circuit layer on the second pad area and in the second pad area of the base layer. providing a carrier substrate; providing a base layer, where a display area and a pad area are defined, on the carrier substrate; providing a circuit layer on the display area of the base layer and the pad area of the base layer; forming a through hole in the circuit layer and the base layer on the pad area; forming a conductive part by providing a conductive material from an upper surface of the circuit layer to the through hole formed in the pad area; and providing a circuit member electrically connected to the circuit layer below the base layer characterized in that the pad area of the base layer defines a first pad area, a bending area, and a second pad area, the bending area is positioned between the first pad area and the second pad area, the forming the through hole comprises: forming a first contact hole in the circuit layer on the first pad area and in the first pad area of the base layer; and forming a second contact hole in the circuit layer on the second pad area and in the second pad area of the base layer. forming a first contact hole in the circuit layer on the first pad area and in the first pad area of the base layer; and forming a second contact hole in the circuit layer on the second pad area and in the second pad area of the base layer.
Use of a diaryl carbonate containing a compound of the following formula for suppressing terminal OH groups in the production of an aromatic polycarbonate resin by a melt transesterification method, wherein the melt transesterification method comprises performing melt polycondensation in the presence of a transesterification catalyst using the diaryl carbonate and an aromatic dihydroxy compound: wherein R 1 represents a hydrogen atom, a halogen atom, an alkyl group, an alkoxy group, an aryl group, or an aryloxy group, wherein the diaryl carbonate is represented by ArO-CO-OAr, in which Ar represents a phenyl group or a phenyl group substituted with a halogen atom, an alkyl group, an alkoxy group, an aryl group or an aryloxy group, and wherein the amount of the compound of the formula contained in the diaryl carbonate is 0.1 ppm to less than 1,000 ppm by mass.