mhurhangee/ep-ind-claims huggingface dataset:
Rotary positive displacement machine, comprising a housing, a first externally toothed gear pair which is arranged in a working chamber of the housing and is formed from a working gear and a first delivery gear, which has a first meshing region with the working gear, wherein, in the first meshing region, a first inlet passage for a working fluid opens into the working chamber, and wherein, on that side of the first meshing region which is opposite the first inlet passage, a first outlet passage for the working fluid opens into the working chamber, and a second externally toothed delivery gear which is arranged in the working chamber and, with the working gear, forms a second gear pair with a common second meshing region, wherein a second inlet passage for the working fluid opens in the second meshing region into the working chamber, wherein, on that side of the second meshing region which is opposite the second inlet passage, a second outlet passage for the working fluid opens into the working chamber, and wherein the first inlet passage communicates fluidically with the second outlet passage in such a manner that some of the working fluid flowing through the first inlet passage into the working chamber is transported by the working gear to the second outlet passage, characterized in that the inlet passage (42, 52, 62) assigned to a gear pair (40, 50, 60) and directed onto the meshing region (41, 51, 61) of the gear pair (40, 50, 60) opens into the working chamber, wherein a shielding element (44, 54, 64) is arranged on that side of a meshing region (41, 51, 61) which faces the inlet passage (42, 52, 62).
Projectile comprising a supporting shell, a projectile base, a fuse in an ogive of the projectile, an intermediate unit, filled with an expulsion charge, and an expulsion plate, wherein the intermediate unit is incorporated between the fuse and the expulsion plate, and also comprising a secondary unit for receiving materials initiating an effect and/or a signalling effect, characterized by at least one device for generating a premonitory sound signal.
An arrangement of carbon nanotubes, CNTs, including: a substrate; a first CNT block (no) rising up from the substrate; a second CNT block rising up from the substrate, the first CNT block and the second CNT block being spaced apart from each other; and a CNT link connecting the first CNT block to the second CNT block, wherein the CNT link is configured as a CNT bridge, characterized in that the CNTs of the CNT link are oriented in a same direction as the CNTs of the first CNT block and the second CNT block. a substrate; a first CNT block (no) rising up from the substrate; a second CNT block rising up from the substrate, the first CNT block and the second CNT block being spaced apart from each other; and a CNT link connecting the first CNT block to the second CNT block, wherein the CNT link is configured as a CNT bridge, characterized in that the CNTs of the CNT link are oriented in a same direction as the CNTs of the first CNT block and the second CNT block.
A hardware security module, HSM comprising: a key storage configured to store a plurality of cryptographic key/token pairs during use, wherein at least a first key/token pair of the plurality of cryptographic key/token pairs is assigned to a first entity and includes a first private token, and wherein a plurality of entities are associated with the first entity; and a cryptographic engine coupled to the key storage, the cryptographic engine configured to respond to a private token usage request for the first private token received from a second entity of the plurality of entities with a cryptographically-signed object signed using the first private token responsive to determining, in the cryptographic engine, that one or more approvals from one or more third entities of the plurality of entities have been received by the cryptographic engine, wherein the approvals are indicated via approval tokens corresponding to the third entities from one or more verified sources. a key storage configured to store a plurality of cryptographic key/token pairs during use, wherein at least a first key/token pair of the plurality of cryptographic key/token pairs is assigned to a first entity and includes a first private token, and wherein a plurality of entities are associated with the first entity; and a cryptographic engine coupled to the key storage, the cryptographic engine configured to respond to a private token usage request for the first private token received from a second entity of the plurality of entities with a cryptographically-signed object signed using the first private token responsive to determining, in the cryptographic engine, that one or more approvals from one or more third entities of the plurality of entities have been received by the cryptographic engine, wherein the approvals are indicated via approval tokens corresponding to the third entities from one or more verified sources.
Light-emitting diode device, having a first carrier and at least one light-emitting diode chip, which is arranged on the first carrier, wherein - the first carrier has at least one first and one second carrier part (21, 22), - the light-emitting diode chip rests only on the first carrier part of the first carrier, - the first and second carrier parts (21, 22) each have a thermal conductivity, and - the first carrier part of the first carrier is surrounded laterally by the second carrier part of the first carrier, characterized in that the thermal conductivity of the first carrier part is at least 1.5 times the thermal conductivity of the second carrier part, and - the first carrier part of the first carrier has dopings, wherein the dopings are embodied as metal particles embedded in a ceramic material or as metallic doping in a semiconductor material. - the first carrier has at least one first and one second carrier part (21, 22), - the light-emitting diode chip rests only on the first carrier part of the first carrier, - the first and second carrier parts (21, 22) each have a thermal conductivity, and - the first carrier part of the first carrier is surrounded laterally by the second carrier part of the first carrier, - the first carrier part of the first carrier has dopings, wherein the dopings are embodied as metal particles embedded in a ceramic material or as metallic doping in a semiconductor material.
A rotor hub, comprising: a hub body; a plurality of blade grips coupled to the hub body; a plurality of rotor blades attached to the plurality of blade grips; a plurality of centrifugal force bearings coupled to the plurality of blade grips; a plurality of drive links coupled to the hub body and the plurality of blade grips for transferring torque from the rotor hub body to the plurality of rotor blades via the plurality of blade grips, wherein each of the plurality of drive links is positioned to correspond with a leading edge side of a respective one of the plurality of rotor blades; and a plurality of pitch horns configured to adjust a pitch of a respective one of the plurality of rotor blades, characterised in that a focus of each of the plurality of centrifugal force bearings is coincident with a centerline of a rotor mast. a hub body; a plurality of blade grips coupled to the hub body; a plurality of rotor blades attached to the plurality of blade grips; a plurality of centrifugal force bearings coupled to the plurality of blade grips; a plurality of drive links coupled to the hub body and the plurality of blade grips for transferring torque from the rotor hub body to the plurality of rotor blades via the plurality of blade grips, wherein each of the plurality of drive links is positioned to correspond with a leading edge side of a respective one of the plurality of rotor blades; and a plurality of pitch horns configured to adjust a pitch of a respective one of the plurality of rotor blades, characterised in that a focus of each of the plurality of centrifugal force bearings is coincident with a centerline of a rotor mast.
Connection terminal for connecting at least one electrical conductor, comprising a housing, a first connection space which is formed in the housing, a second connection space which is formed in the housing, a first busbar piece which is arranged in the first connection space, a second busbar piece which is arranged in the second connection space, a first leg spring which is arranged in the first connection space and has a clamping limb and a holding limb, and a second leg spring which is arranged in the second connection space and has a clamping limb and a holding limb, wherein the first connection space and the second connection space are designed in a manner adjoining one another, and wherein the first leg spring is arranged in the first connection space and the second leg spring is arranged in the second connection space in such a way that the holding limb of the first leg spring is supported on the holding limb of the second leg spring, characterized in that, for the purpose of supporting the holding limb of the first leg spring on the holding limb of the second leg spring, an edge region of a free end of the first leg spring bears against an edge region of a free end of the second leg spring.
A printing apparatus comprising: a printing mechanism; a display; a print controller configured to control the printing mechanism to print an image on a print medium; and a display controller configured to make the display display a preview image in which the image to be printed on the print medium and a processing position where processing is performed on the print medium after the printing are superimposed with each other; characterised in that the display controller performs a correction process configured to correct the processing position based on a shrinkage ratio of the print medium, and makes the display display the preview image including the processing position on which the correction process was performed. a printing mechanism; a display; a print controller configured to control the printing mechanism to print an image on a print medium; and a display controller configured to make the display display a preview image in which the image to be printed on the print medium and a processing position where processing is performed on the print medium after the printing are superimposed with each other; characterised in that the display controller performs a correction process configured to correct the processing position based on a shrinkage ratio of the print medium, and makes the display display the preview image including the processing position on which the correction process was performed.
An aqueous antibody pharmaceutical composition comprising (i) 165 mg/mL to 190 mg/mL of an anti-VLA-1 (anti-Very Late Antigen-1) antibody having a light chain amino acid sequence of SEQ ID NO: 1 and a heavy chain amino acid sequence of SEQ ID NO: 2, further comprising (ii) histidine at a concentration of 25 mM to 35 mM; (iii) sorbitol at a concentration of 170 mM to 288 mM; and (iv) polysorbate at a concentration of 0.008% to 0.012%, and wherein the composition has a pH of 5 to 7. (i) 165 mg/mL to 190 mg/mL of an anti-VLA-1 (anti-Very Late Antigen-1) antibody having a light chain amino acid sequence of SEQ ID NO: 1 and a heavy chain amino acid sequence of SEQ ID NO: 2, further comprising (ii) histidine at a concentration of 25 mM to 35 mM; (iii) sorbitol at a concentration of 170 mM to 288 mM; and (iv) polysorbate at a concentration of 0.008% to 0.012%,
A method, performed by a User Equipment, UE,, for handling discontinous reception, DRX, operation, wherein the method comprises: applying a delay for at least one action to be performed in response to data and/or signaling received by the UE within a predefined first time period which begins when the UE enters an active state from an inactive state.
Method for processing and/or packaging a food product and/or medical product and/or pharmacological product and/or other hygiene-sensitive product with a processing, handling and/or packaging machine, characterized in that a deposit of bacteria and the metabolic products thereof and of biochemical reaction products on the processing, handling and/or packaging machine and/or the protective clothing of a worker is excited with a UV radiation, the fluorescent reflection from the deposit is measured and the measurement results achieved are stored together with a packaging identification in a storage medium that is located on a packaging and/or in a database.
A sealing assembly for use with a rotary machine, said sealing assembly comprising: a stator shroud coupled to a casing within the rotary machine, said stator shroud comprising an inner surface that at least partially defines a cavity within the casing; at least one stator labyrinth tooth extending outwardly from said stator shroud inner surface comprises a base portion, and a tip portion extending outwardly from said base portion towards a rotor assembly positioned within the casing; and at least one protective member coupled to said stator shroud, said protective member disposed upstream from said at least one stator labyrinth tooth and comprising a base coupled to said stator shroud inner surface, and a tip extending outwardly from said base towards said rotor assembly wherein a height of said at least one protective member is approximately equal to a height of said at least one stator labyrinth tooth. a stator shroud coupled to a casing within the rotary machine, said stator shroud comprising an inner surface that at least partially defines a cavity within the casing; at least one stator labyrinth tooth extending outwardly from said stator shroud inner surface comprises a base portion, and a tip portion extending outwardly from said base portion towards a rotor assembly positioned within the casing; and at least one protective member coupled to said stator shroud, said protective member disposed upstream from said at least one stator labyrinth tooth and comprising a base coupled to said stator shroud inner surface, and a tip extending outwardly from said base towards said rotor assembly wherein a height of said at least one protective member is approximately equal to a height of said at least one stator labyrinth tooth.
An electrospray ion source system (100, 200) for detecting emitter failure, the electrospray ion source system comprising: a liquid chromatography column (120, 220) suitable for chromatographic separation of a sample, the liquid chromatography column having an inlet (130, 230) for receiving the sample and an outlet (140, 240) for ejecting the sample; a make-up flow channel (170, 270) for introducing a make-up flow of liquid to the sample post-column; an electrospray ionization source having one or more emitter nozzles (185, 290) for receiving the make-up flow containing sample; a power supply (190, 300) for providing a voltage to the one or more emitter nozzles; and a measurement device (195, 310) for measuring and monitoring the spray current of the one or more emitter nozzles, wherein the make-up flow channel is configured to introduce the make-up flow so as to normalize the spray current within a range, to enable detection of emitter failure when the spray current is outside the normalized range. a liquid chromatography column (120, 220) suitable for chromatographic separation of a sample, the liquid chromatography column having an inlet (130, 230) for receiving the sample and an outlet (140, 240) for ejecting the sample; a make-up flow channel (170, 270) for introducing a make-up flow of liquid to the sample post-column; an electrospray ionization source having one or more emitter nozzles (185, 290) for receiving the make-up flow containing sample; a power supply (190, 300) for providing a voltage to the one or more emitter nozzles; and a measurement device (195, 310) for measuring and monitoring the spray current of the one or more emitter nozzles, wherein the make-up flow channel is configured to introduce the make-up flow so as to normalize the spray current within a range, to enable detection of emitter failure when the spray current is outside the normalized range.
A bow element for an archery bow with a stabilizer mounting facility, the bow element comprising: a body; the body having a first mounting facility configured for connection to the stabilizer mounting facility; the body including an accelerometer; a processor connected to the accelerometer, the processor configured to receive three-dimensional acceleration information from the accelerometer, the processor operable to generate sampled information based on the three-dimensional acceleration information; and a transmitter connected to the processor, the transmitter operable to transmit the sampled information; characterized in that the body has a second mounting facility configured for connection to a bow stabilizer. a body; the body having a first mounting facility configured for connection to the stabilizer mounting facility; the body including an accelerometer; a processor connected to the accelerometer, the processor configured to receive three-dimensional acceleration information from the accelerometer, the processor operable to generate sampled information based on the three-dimensional acceleration information; and a transmitter connected to the processor, the transmitter operable to transmit the sampled information; characterized in that the body has a second mounting facility configured for connection to a bow stabilizer.
A fastening apparatus for fastening a measuring sensor, such as a tire pressure sensor, within a tire cavity on a vehicle rim, 1.1 having a band-shaped tensioning belt which has a receiving device for the measuring sensor; wherein 1.2 the band-shaped tensioning belt comprises an elastic material; wherein 1.3 the band-shaped tensioning belt is provided in the form of a continuous endless belt, which is closed on its circumference and is only elastic in sections; characterized in that 1.4 the receiving device is formed by a pocket made of elastic material. 1.1 having a band-shaped tensioning belt which has a receiving device for the measuring sensor; wherein 1.2 the band-shaped tensioning belt comprises an elastic material; wherein 1.3 the band-shaped tensioning belt is provided in the form of a continuous endless belt, which is closed on its circumference and is only elastic in sections; characterized in that 1.4 the receiving device is formed by a pocket made of elastic material.
A low carbon emissions combined cycle power plant comprising: a gas turbine engine fuelled by carbon-containing fuel and operable to exhaust carbon dioxide-containing flue gases from a turbine exhaust duct; a heat recovery steam generator (HRSG) operable to raise steam by cooling flue gases received from the turbine exhaust duct; a steam turbine operable to produce shaft power from steam received from the HRSG; a heat exchanger arrangement operable to cool flue gases received from the HRSG down to a temperature approximating normal ambient temperature; active cooling apparatus (33, 36) operable to further cool the flue gases down to a temperature range of roughly -40°C to -50°C; and a plurality of vortex nozzles, each vortex nozzle having an inlet to receive flue gases from the active cooling apparatus and being operable to separate out carbon dioxide cryogenically from the received flue gases and to emit carbon dioxide depleted flue gases; characterised in that the gas turbine engine is designed or modified to be capable of operating with an increased exhaust pressure, which is high enough to assure entry to the vortex nozzles and which is the required inlet pressure of the vortex nozzle plus the pressure losses of all the components and duct between the turbine exit and the inlet of the vortex nozzle, and in that in use the gas turbine engine exhaust duct, the HRSG, the heat exchanger arrangement, and the active cooling apparatus (331, 361) operate at a pressure, which is high enough to assure entry to the vortex nozzles at a pressure of at least 2 bar. a gas turbine engine fuelled by carbon-containing fuel and operable to exhaust carbon dioxide-containing flue gases from a turbine exhaust duct; a heat recovery steam generator (HRSG) operable to raise steam by cooling flue gases received from the turbine exhaust duct; a steam turbine operable to produce shaft power from steam received from the HRSG; a heat exchanger arrangement operable to cool flue gases received from the HRSG down to a temperature approximating normal ambient temperature; active cooling apparatus (33, 36) operable to further cool the flue gases down to a temperature range of roughly -40°C to -50°C; and a plurality of vortex nozzles, each vortex nozzle having an inlet to receive flue gases from the active cooling apparatus and being operable to separate out carbon dioxide cryogenically from the received flue gases and to emit carbon dioxide depleted flue gases; characterised in that the gas turbine engine is designed or modified to be capable of operating with an increased exhaust pressure, which is high enough to assure entry to the vortex nozzles and which is the required inlet pressure of the vortex nozzle plus the pressure losses of all the components and duct between the turbine exit and the inlet of the vortex nozzle, and in that in use the gas turbine engine exhaust duct, the HRSG, the heat exchanger arrangement, and the active cooling apparatus (331, 361) operate at a pressure, which is high enough to assure entry to the vortex nozzles at a pressure of at least 2 bar.
A brewing module for preparing a brewed drink from a portion capsule, comprising: • a housing; • a first brewing module part and a second brewing module part, which is movable relative to the housing between a first brewing module part position and a second brewing module part position, wherein a brewing chamber is formed in the second brewing module part position, said brewing chamber at least partly surrounding the portion capsule being located in the brewing position with the brewing procedure, wherein the brewing module is configured to brew a brewed drink by way of introducing a brewing fluid into the first capsule and to discharge this out of the portion capsule; • an operating element, which can be brought manually from a first into a second operating element position, • a transmission mechanism for transmitting a movement of the operating element into a movement of the second brewing module part relative to the housing, wherein the transmission mechanism comprises a cam disc which mounted on the housing, in a manner being rotatable by the operating element, the cam disc having a first guide surface, wherein the second brewing module part, by way of the first guide surface, is displaceable along a displacement stretch being fixed with respect to the housing, from the first brewing module part position into the second brewing module part position by way of the cam disc being rotated, characterized in that the first guide surface defines a transmission ratio which is variable along the first guide surface. • a housing; • a first brewing module part and a second brewing module part, which is movable relative to the housing between a first brewing module part position and a second brewing module part position, wherein a brewing chamber is formed in the second brewing module part position, said brewing chamber at least partly surrounding the portion capsule being located in the brewing position with the brewing procedure, wherein the brewing module is configured to brew a brewed drink by way of introducing a brewing fluid into the first capsule and to discharge this out of the portion capsule; • an operating element, which can be brought manually from a first into a second operating element position, • a transmission mechanism for transmitting a movement of the operating element into a movement of the second brewing module part relative to the housing,