mhurhangee/ep-ind-claims huggingface dataset:
Magazine arrangement for a rifle with a magazine support which can be attached to a rifle housing to be pivotable about a transverse axis and which comprises a connecting element which is pivotable about the transverse axis, characterised in that the magazine support comprises a support element which is rotatable on the connecting element about a longitudinal axis of the magazine support, on which support element are arranged several cartridge containers which are rotatable about the longitudinal axis of the magazine support to receive several cartridges.
A communication system operating over a frequency band within a multi-user multi-cell environment, the system comprising: receiver means configured to receive a first signal within the frequency band, the first signal being an Orthogonal Frequency Division Multiplexing (OFDM) signal; receiver means configured to receive a second signal within the frequency band, the second signal being a spread-spectrum signal modulated with a sequence in either a time domain or a frequency domain; wherein: the first signal carries broadband data and control information; the second signal performs initial random access, channel probing, or short messaging, or a combination thereof; the first signal is received according to a time frame structure, each frame containing a plurality of time slots and each time slot containing a plurality of OFDM symbols; the system characterized in that: the second signal occupies a fraction of the frequency band and a guard period is added to the second signal; and the second signal, together with its guard period, has a time duration longer than multiple OFDM symbol periods and fully or partially overlaps with a time slot in the time frame structure. receiver means configured to receive a first signal within the frequency band, the first signal being an Orthogonal Frequency Division Multiplexing (OFDM) signal; receiver means configured to receive a second signal within the frequency band, the second signal being a spread-spectrum signal modulated with a sequence in either a time domain or a frequency domain; wherein: the first signal carries broadband data and control information; the second signal performs initial random access, channel probing, or short messaging, or a combination thereof; the first signal is received according to a time frame structure, each frame containing a plurality of time slots and each time slot containing a plurality of OFDM symbols; the first signal carries broadband data and control information; the second signal performs initial random access, channel probing, or short messaging, or a combination thereof; the first signal is received according to a time frame structure, each frame containing a plurality of time slots and each time slot containing a plurality of OFDM symbols; the system characterized in that: the second signal occupies a fraction of the frequency band and a guard period is added to the second signal; and the second signal, together with its guard period, has a time duration longer than multiple OFDM symbol periods and fully or partially overlaps with a time slot in the time frame structure. the second signal occupies a fraction of the frequency band and a guard period is added to the second signal; and the second signal, together with its guard period, has a time duration longer than multiple OFDM symbol periods and fully or partially overlaps with a time slot in the time frame structure.
A damage figure creation supporting apparatus comprising: an image acquisition unit that acquires an image obtained by photographing a surface of a structure in color; a marking detection unit that analyzes the image and detects markings applied to damaged portions on the surface of the structure for respective colors; a marking color information input unit that receives marking color information on meanings of the respective colors of the markings input from a user; and a damage figure creation unit that creates a damage figure in which the markings are classified according to the respective colors, based on detection results of the markings for the respective colors and the received marking color information. an image acquisition unit that acquires an image obtained by photographing a surface of a structure in color; a marking detection unit that analyzes the image and detects markings applied to damaged portions on the surface of the structure for respective colors; a marking color information input unit that receives marking color information on meanings of the respective colors of the markings input from a user; and a damage figure creation unit that creates a damage figure in which the markings are classified according to the respective colors, based on detection results of the markings for the respective colors and the received marking color information.
Measuring device for the determination of at least one thermal property of a fluid, wherein the measuring device comprises a thermal property sensor and an evaluation unit, wherein the evaluation unit is adapted to determine the thermal property from a measurement signal determined by the thermal property sensor, wherein the thermal property sensor comprises a heater (4, 4'), a first temperature sensor (5, 5') and a second temperature sensor (6, 6'); wherein the thermal property sensor comprises a mounting plate with an opening, wherein the heater (4, 4'), the first temperature sensor (5, 5') and the second temperature sensor (6, 6') are arranged above or inside the opening; wherein the heater (4, 4') and the second temperature sensor (6, 6') are positioned together above or inside the opening and wherein the first temperature sensor (5, 5') is positioned at a first distance to the heater (4, 4') wherein the first distance is at least 20μm, characterized in that the first and the second temperature sensor (5' and 6') are provided as a framing structure of the heater, wherein the second temperature sensor is a second frame-like design surrounding the heater, wherein the first temperature sensor is a first frame-like design surrounding the second temperature sensor, wherein the first frame-like design is distanced from the second frame-like design. wherein the measuring device comprises a thermal property sensor and an evaluation unit, wherein the evaluation unit is adapted to determine the thermal property from a measurement signal determined by the thermal property sensor, wherein the thermal property sensor comprises a heater (4, 4'), a first temperature sensor (5, 5') and a second temperature sensor (6, 6'); wherein the thermal property sensor comprises a mounting plate with an opening, wherein the heater (4, 4'), the first temperature sensor (5, 5') and the second temperature sensor (6, 6') are arranged above or inside the opening; wherein the heater (4, 4') and the second temperature sensor (6, 6') are positioned together above or inside the opening and wherein the first temperature sensor (5, 5') is positioned at a first distance to the heater (4, 4') wherein the first distance is at least 20μm, characterized in that the first and the second temperature sensor (5' and 6') are provided as a framing structure of the heater, wherein the second temperature sensor is a second frame-like design surrounding the heater, wherein the first temperature sensor is a first frame-like design surrounding the second temperature sensor, wherein the first frame-like design is distanced from the second frame-like design.
Method of providing a bearing arrangement for a roll pin of a roll for rolling rolling stock, wherein the bearing arrangement comprises a bearing chock with a bearing bush and a pin bush, which is mounted in the bearing bush with bearing play and which can be pushed onto the roll pin; and wherein the method is characterised by the following steps: - reworking the pin bush by initial reduction of the external diameter Da thereof below a threshold value Dak at which, if fallen below, the bearing play which would then remain between the internal diameter Di_old of the previous bearing bush and the external diameter of the bearing bush reduced to below the threshold value would no longer lie in a permissible values range; and - providing a new bearing bush so adapted by the internal diameter (Di_new) thereof to the reduced external diameter of the reworked pin bush that the bearing play between the internal diameter Di_new of the new bearing bush and the external diameter - reduced to below the threshold value - of the reworked pin bush has a value in the predetermined permissible values range. - reworking the pin bush by initial reduction of the external diameter Da thereof below a threshold value Dak at which, if fallen below, the bearing play which would then remain between the internal diameter Di_old of the previous bearing bush and the external diameter of the bearing bush reduced to below the threshold value would no longer lie in a permissible values range; and - providing a new bearing bush so adapted by the internal diameter (Di_new) thereof to the reduced external diameter of the reworked pin bush that the bearing play between the internal diameter Di_new of the new bearing bush and the external diameter - reduced to below the threshold value - of the reworked pin bush has a value in the predetermined permissible values range.
A computer-implemented method of rendering a triangular mesh modeling electrophysiologic values into an image for display, comprising the steps of: generating a 3-dimensional model having a surface comprising a triangular mesh, (43, 65), wherein the 3-dimensional model is generated from an intracardiac probe receiving electrophysiologic attribute values at known locations in the heart; defining voxels in a volume enclosing the triangular mesh,; assigning attribute values of the known locations to a portion of the voxels to establish a set of known voxels, wherein the other voxels are referred to as unknown voxels, (45, 101); using Laplacian interpolation based on the known voxels, iteratively calculating interpolated attribute values of the unknown voxels,; and then rendering the voxels as a colored image on a display, or rendering a 3-dimensional image of the voxels. generating a 3-dimensional model having a surface comprising a triangular mesh, (43, 65), wherein the 3-dimensional model is generated from an intracardiac probe receiving electrophysiologic attribute values at known locations in the heart; defining voxels in a volume enclosing the triangular mesh,; assigning attribute values of the known locations to a portion of the voxels to establish a set of known voxels, wherein the other voxels are referred to as unknown voxels, (45, 101); using Laplacian interpolation based on the known voxels, iteratively calculating interpolated attribute values of the unknown voxels,; and then rendering the voxels as a colored image on a display, or rendering a 3-dimensional image of the voxels.
A glass composition, comprising: SiO 2 70 to 75 weight percent, Na 2 O 12 to 15 weight percent, K 2 O 0 to 2 weight percent, CaO 10 to 10.5 weight percent, MgO 2 to 3 weight percent, Al 2 O 3 0 to 2 weight percent, SO 3 0 to 1 weight percent, Fe 2 O 3 0 to 2 weight percent, under the proviso that: Na 2 O + K 2 O 12 to 15 weight percent, CaO/MgO not more than5.
An in vitro method of diagnosing hypoxia or hypoxia - induced injury in a subject, comprising steps of: measuring level of L-2-hydroxyglutarate ( -2-hydroxyglutarate or "L-2HG")) a sample obtained from the subject, wherein the sample comprised 2-hydroxyglutarate that was reacted with a chiral derivatizing agent, and wherein the sample is selected from the group comprising blood, urine, serum, lymph and cerebrospinal fluid; and comparing the measured level with a reference level correlated with normoxia, where tissue hypoxia or hypoxia-induced injury is diagnosed when the measured level is at least two-fold higher compared to the reference level. measuring level of L-2-hydroxyglutarate ( -2-hydroxyglutarate or "L-2HG")) a sample obtained from the subject, wherein the sample comprised 2-hydroxyglutarate that was reacted with a chiral derivatizing agent, and wherein the sample is selected from the group comprising blood, urine, serum, lymph and cerebrospinal fluid; and comparing the measured level with a reference level correlated with normoxia, where tissue hypoxia or hypoxia-induced injury is diagnosed when the measured level is at least two-fold higher compared to the reference level.
Heat exchanger comprising: - a stack of cells, each of the cells including a pair of mutually spaced-apart plates (22, 23) which is configured and arranged to define an internal fluid flow path of the cell, particularly between two inner surfaces of the plates (22, 23) facing each other, and an external fluid flow path of the cell, particularly at two outer surfaces (22a, 23a) of the plates (22, 23) facing away from each other, wherein the plates (22, 23) are connected to each other along the periphery thereof, except at positions where at least one inlet to and at least one outlet from the internal fluid flow path are located, and wherein a plurality of heat exchange elements is arranged in each of the fluid flow paths, the cell comprising at least one supply conduit extending from the at least one inlet to the internal fluid flow path; - a housing enclosing the stack of cells; and - a supply header for supplying fluid to the internal fluid flow path of the respective cells, the at least one inlet to the internal fluid flow path of the respective cells being connected to the supply header through the at least one supply conduit of the cells; characterized in that - the at least one supply conduit of the respective cells has at least one flexible portion that is compressible and expandable in a direction in which the at least one supply conduit extends, wherein the at least one flexible portion of the at least one supply conduit includes a bellows-shaped pipe portion. - a stack of cells, each of the cells including a pair of mutually spaced-apart plates (22, 23) which is configured and arranged to define an internal fluid flow path of the cell, particularly between two inner surfaces of the plates (22, 23) facing each other, and an external fluid flow path of the cell, particularly at two outer surfaces (22a, 23a) of the plates (22, 23) facing away from each other, wherein the plates (22, 23) are connected to each other along the periphery thereof, except at positions where at least one inlet to and at least one outlet from the internal fluid flow path are located, and wherein a plurality of heat exchange elements is arranged in each of the fluid flow paths, the cell comprising at least one supply conduit extending from the at least one inlet to the internal fluid flow path; - a housing enclosing the stack of cells; and - a supply header for supplying fluid to the internal fluid flow path of the respective cells, the at least one inlet to the internal fluid flow path of the respective cells being connected to the supply header through the at least one supply conduit of the cells; - the at least one supply conduit of the respective cells has at least one flexible portion that is compressible and expandable in a direction in which the at least one supply conduit extends, wherein the at least one flexible portion of the at least one supply conduit includes a bellows-shaped pipe portion.
A fan, comprising: a shaft having an outer peripheral surface that includes a first circular-arc portion and a first flat portion; and a boss portion having a fitting hole with an inner peripheral surface that includes a second circular-arc portion and a second flat portion, the second circular-arc portion corresponding to the first circular-arc portion, the second flat portion corresponding to the first flat portion, at least one of the first flat portion or the second flat portion having at least one end portion (23a, 23b, 44a, 44b) with a notch (51, 52, 53, 54) in a width direction of the at least one of the flat portions (23, 44) having the notch (51, 52, 53, 54), wherein the notch (51, 52, 53, 54) has a flat notch surface (51a, 51b, 51c, 51d), characterized in that the flat notch surface (51a, 51b, 51c, 51d) forms a pressure receiving surface that is in surface contact with the other of the first flat portion or the second flat portion when the shaft rotates. a shaft having an outer peripheral surface that includes a first circular-arc portion and a first flat portion; and a boss portion having a fitting hole with an inner peripheral surface that includes a second circular-arc portion and a second flat portion, the second circular-arc portion corresponding to the first circular-arc portion, the second flat portion corresponding to the first flat portion, at least one of the first flat portion or the second flat portion having at least one end portion (23a, 23b, 44a, 44b) with a notch (51, 52, 53, 54) in a width direction of the at least one of the flat portions (23, 44) having the notch (51, 52, 53, 54), wherein the notch (51, 52, 53, 54) has a flat notch surface (51a, 51b, 51c, 51d), characterized in that the flat notch surface (51a, 51b, 51c, 51d) forms a pressure receiving surface that is in surface contact with the other of the first flat portion or the second flat portion when the shaft rotates.
Method (40, 50, 60, 70) for stopping an engine of a rotorcraft in overspeed, said rotorcraft comprising at least one engine, said engine comprising a gas generator and a power assembly, said power assembly comprising at least one power turbine rotated by gases coming from said gas generator, said power assembly comprising at least one power shaft rotationally conjoint with said power turbine, said power assembly rotating about a longitudinal axis at a speed referred to as the "rotational speed ", said method (40, 50, 60, 70) is characterized in that during a flight, said method (40, 50, 60, 70) comprises steps involving: • measuring (42, 52, 62, 72) a current value (N2i) of said rotational speed reached by said power assembly over a predetermined period of time T, • determining (43, 53, 63, 73) a time derivative of said current value (N2i) of said rotational speed referred to as the "current derivative" dN 2 i dt, and • automatically stopping (45, 55, 65, 75) said engine when said current derivative dN 2 i dt changes sign over said predetermined period of time T, moving from a strictly negative value to a strictly positive value. • measuring (42, 52, 62, 72) a current value (N2i) of said rotational speed reached by said power assembly over a predetermined period of time T, • determining (43, 53, 63, 73) a time derivative of said current value (N2i) of said rotational speed referred to as the "current derivative" dN 2 i dt, and • automatically stopping (45, 55, 65, 75) said engine when said current derivative dN 2 i dt changes sign over said predetermined period of time T, moving from a strictly negative value to a strictly positive value.
An apparatus for manufacturing a support comprising: a forming machine adapted to arrange filaments into a tubular support having an open longitudinal bore; and, an ultrasonic welding machine adapted to weld the filaments together at at least some points of intersection between the filaments while the longitudinal bore is kept open. a forming machine adapted to arrange filaments into a tubular support having an open longitudinal bore; and, an ultrasonic welding machine adapted to weld the filaments together at at least some points of intersection between the filaments while the longitudinal bore is kept open.
A drug delivery device comprising: i) a housing; ii) a means for generating a force capable of pushing a drug from a packaging into a human or animal body; iii) a striker for transmitting said force to push the drug from the packaging into the human or animal body; and iv) a means (38, 42b) for triggering the device, wherein the housing defines: i) an upper barrel, at one end of the device, which houses the force generating means; and ii) a lower barrel, at the end remote from the upper barrel, which houses: a) a packaged drug; and b) the striker, said lower barrel being in operative communication with said upper barrel and said packaged drug; characterized in that the striker causes the drug to be pushed from the packaging with the striker and drug travelling at less than 10m/s, wherein the drug is in a contained form, and wherein the drug is a solid. i) a housing; ii) a means for generating a force capable of pushing a drug from a packaging into a human or animal body; iii) a striker for transmitting said force to push the drug from the packaging into the human or animal body; and iv) a means (38, 42b) for triggering the device, wherein the housing defines: i) an upper barrel, at one end of the device, which houses the force generating means; and ii) a lower barrel, at the end remote from the upper barrel, which houses: a) a packaged drug; and b) the striker, i) an upper barrel, at one end of the device, which houses the force generating means; and ii) a lower barrel, at the end remote from the upper barrel, which houses: a) a packaged drug; and b) the striker, a) a packaged drug; and b) the striker,
A method for controlling a transmit power of a wireless communications terminal, wherein the wireless communications terminal comprises three controllers, namely, a first controller, a second controller, a WiFi controller, three antennas, namely, a first antenna, a second antenna, and a WiFi antenna, and the method comprises: determining, by the first controller, that the first antenna is in a working state; determining, by the first controller, that the wireless communications terminal is set as a WiFi access hotspot; and obtaining, by the first controller, a transmit power of the first antenna and that of the WiFi antenna according to preset correspondences, and sending the transmit powers to the second controller and the WiFi controller respectively, wherein the transmit power of the first antenna and that of the WiFi antenna obtained by the first controller are used to respectively control, after the second controller and the WiFi controller receive the transmit powers, the first antenna and the WiFi antenna to perform transmission according to the transmit powers. determining, by the first controller, that the first antenna is in a working state; determining, by the first controller, that the wireless communications terminal is set as a WiFi access hotspot; and obtaining, by the first controller, a transmit power of the first antenna and that of the WiFi antenna according to preset correspondences, and sending the transmit powers to the second controller and the WiFi controller respectively, wherein the transmit power of the first antenna and that of the WiFi antenna obtained by the first controller are used to respectively control, after the second controller and the WiFi controller receive the transmit powers, the first antenna and the WiFi antenna to perform transmission according to the transmit powers.