mhurhangee/patent-ind-claim-en huggingface dataset:
A seal assembly for sealing a gap between adjacent turbomachinery components , the assembly including: a first outer shim ; and a second outer shim , operably coupled to the first outer shim ; wherein the first outer shim is configured in a top position and the second outer shim is configured in a bottom position adjacent a low-pressure surface of the seal assembly , the first outer shim and the second outer shim are configured to span across the gap and engage each of the adjacent turbomachinery components to substantially seal the gap therebetween, at least one of an inner shim and a filler layer is positioned between the first outer shim and the second outer shim , the at least one of the inner shim and the filler layer are operably coupled to at least one of the first outer shim and the second outer shim , and the at least one inner shim is at least substantially solid, characterized in that the first outer shim is comprised of a permeable material; the second outer shim is comprised of an impervious material; wherein the first outer shim is comprised of a wire mesh woven structure, a ribbon mesh woven structure or of a combined wire mesh and ribbon mesh woven structure. a first outer shim ; and a second outer shim , operably coupled to the first outer shim ; wherein the first outer shim is configured in a top position and the second outer shim is configured in a bottom position adjacent a low-pressure surface of the seal assembly , the first outer shim and the second outer shim are configured to span across the gap and engage each of the adjacent turbomachinery components to substantially seal the gap therebetween, at least one of an inner shim and a filler layer is positioned between the first outer shim and the second outer shim , the at least one of the inner shim and the filler layer are operably coupled to at least one of the first outer shim and the second outer shim , and the at least one inner shim is at least substantially solid, characterized in that the first outer shim is comprised of a permeable material; the second outer shim is comprised of an impervious material; wherein the first outer shim is comprised of a wire mesh woven structure, a ribbon mesh woven structure or of a combined wire mesh and ribbon mesh woven structure.
Housingless electric motor, in particular brushless electric motor, comprising a rotor , a stator having a laminated stator core , and an A-side end shield and a B-side end shield face-mounted on the laminated stator core , wherein the two end shields are each designed in the form of a cap , characterised in that the A-side end shield and the B-side end shield are designed the same in respect of their dimensions and their shape, the end shields each have a circumferential flange with which the end shields butt against the face of the laminated stator core in each case, the cap ends in the circumferential flange , and stiffening elements are designed on the outside of the two end shields at the transition between the cap and the flange .
A system comprising: a plurality of hardware blocks , each of the plurality of hardware blocks configured to perform a function in response to a request associated with a command; an error queue manager configured to receive an error message from at least one of the plurality of hardware blocks , and store the error message in an error queue , the error message including a command identifier of a command in error, and to report the presence of the error message in the error queue to a firmware ; and an error state manager including an error state bitmap , the error state bitmap storing an error state bit for each of a plurality of command identifiers, the error state bit indicating either command in error or command not in error; wherein the error state manager configured to set the error state bit for the command identifier of the command in error to indicate command in error in response to an error state message that is distinct from the error message, the error state message including the command identifier of the command in error; the firmware is configured to identify at least one resource associated with the command identifier in a second one of the plurality of hardware blocks ; the second one of the plurality of hardware blocks is configured to release the at least one resource associated with the command identifier; and the error queue manager and/or each of the plurality of hardware blocks is further configured to generate the error state message. a plurality of hardware blocks , each of the plurality of hardware blocks configured to perform a function in response to a request associated with a command; an error queue manager configured to receive an error message from at least one of the plurality of hardware blocks , and store the error message in an error queue , the error message including a command identifier of a command in error, and to report the presence of the error message in the error queue to a firmware ; and an error state manager including an error state bitmap , the error state bitmap storing an error state bit for each of a plurality of command identifiers, the error state bit indicating either command in error or command not in error; wherein the error state manager configured to set the error state bit for the command identifier of the command in error to indicate command in error in response to an error state message that is distinct from the error message, the error state message including the command identifier of the command in error; the firmware is configured to identify at least one resource associated with the command identifier in a second one of the plurality of hardware blocks ; the second one of the plurality of hardware blocks is configured to release the at least one resource associated with the command identifier; and the error queue manager and/or each of the plurality of hardware blocks is further configured to generate the error state message.
An adjustment jig comprising: multiple positioning pins each including a primary insertion section configured to be inserted into one of multiple nozzle holders of a primary side device and a secondary insertion section configured to be inserted into one of multiple nozzle holders of a secondary side device wherein the primary side device is one of a mounting head and a supply head , and the secondary side device is the other one of the mounting head and the supply head ; and a board member configured such that each of the multiple positioning pins protruding to an opposite side to the primary insertion section and the secondary insertion section can be attached to the board member at a specified fixing position via a fixing section ,a position of which is adjustable so that the specified fixing position is adjustable with respect to the board member . multiple positioning pins each including a primary insertion section configured to be inserted into one of multiple nozzle holders of a primary side device and a secondary insertion section configured to be inserted into one of multiple nozzle holders of a secondary side device wherein the primary side device is one of a mounting head and a supply head , and the secondary side device is the other one of the mounting head and the supply head ; and a board member configured such that each of the multiple positioning pins protruding to an opposite side to the primary insertion section and the secondary insertion section can be attached to the board member at a specified fixing position via a fixing section ,a position of which is adjustable so that the specified fixing position is adjustable with respect to the board member .
Laser processing apparatus (LB) for labeling the surface (WO) of a workpiece using a laser beam, comprising: - an apparatus head (GK) having an optical unit (OE) for imaging a laser beam onto a workpiece surface (WO); - a base station (BS) which supplies the apparatus head (GK) with resources via electrical and fluid-carrying supply lines; - a sealing cap (AH) which is held on the apparatus head (GK) and a circumferential contact edge of which can be placed on the workpiece surface (WO); and - a safety switch device (SS) which can be actuated by pressing the sealing cap (AH) against the workpiece surface (WO), characterized in that the laser processing apparatus (LB) also comprises a first and second gas supply device (GZ1, GZ2) and a gas discharge device (GA), the openings to the second gas supply device (GZ2) being arranged above the opening to the first gas supply device (GZ1) in the apparatus head, the first gas supply device (GZ1) being suitable for supplying a first gas or gas mixture into a volume above the workpiece surface (WO), which volume is laterally delimited by the sealing cap, the second gas supply device (GZ2) being suitable for supplying a second gas or gas mixture into an region above the volume delimited by the sealing cap (AH), and the second gas supply device (GZ2) being suitable for supplying the second gas or gas mixture in order to form a counter pressure against the first gas or gas mixture that can be supplied to the workpiece surface by the first gas supply device (GZ1), such that the first gas or gas mixture is pressed toward the workpiece surface (WO), it being possible for the second gas or gas mixture to be used for cooling the laser processing apparatus (LB), and it being possible to discharge the first and/or the second gas or gas mixture by means of the gas discharge device (GA) in the region of the volume delimited by the sealing cap (AH), the opening to the gas discharge device (GA) being arranged opposite the opening to the first gas supply device (GZ1) and below the openings to the second gas supply device (GZ2) in the apparatus head. - an apparatus head (GK) having an optical unit (OE) for imaging a laser beam onto a workpiece surface (WO); - a base station (BS) which supplies the apparatus head (GK) with resources via electrical and fluid-carrying supply lines; - a sealing cap (AH) which is held on the apparatus head (GK) and a circumferential contact edge of which can be placed on the workpiece surface (WO); and - a safety switch device (SS) which can be actuated by pressing the sealing cap (AH) against the workpiece surface (WO), characterized in that the laser processing apparatus (LB) also comprises a first and second gas supply device (GZ1, GZ2) and a gas discharge device (GA),
A leather inspection apparatus for detecting inconsistencies on both an upper surface and a lower surface of a leather hide , comprising: a frame capable of supporting the leather hide ; a first camera assembly movably coupled to the frame and capable of movement along the upper surface of the leather hide ; a second camera assembly movably coupled to the frame and capable of movement along the lower surface of the leather hide ; and a computing device operatively coupled to the first camera assembly and the second camera assembly ; wherein the first camera assembly detects the locations of inconsistencies in the upper surface of the leather hide and the second camera assembly detects the locations of inconsistencies in the lower surface of the leather hide and wherein the computing device digitally stores the locations of the inconsistencies of the upper surface of the leather hide and the locations of the inconsistencies of the lower surface of the leather hide , characterised in that at least one of the first camera assembly and the second camera assembly includes a first camera and a second camera , wherein the first camera detects inconsistencies based on direct lighting and the second camera detects inconsistencies based on indirect lighting. a frame capable of supporting the leather hide ; a first camera assembly movably coupled to the frame and capable of movement along the upper surface of the leather hide ; a second camera assembly movably coupled to the frame and capable of movement along the lower surface of the leather hide ; and a computing device operatively coupled to the first camera assembly and the second camera assembly ; wherein the first camera assembly detects the locations of inconsistencies in the upper surface of the leather hide and the second camera assembly detects the locations of inconsistencies in the lower surface of the leather hide and wherein the computing device digitally stores the locations of the inconsistencies of the upper surface of the leather hide and the locations of the inconsistencies of the lower surface of the leather hide , characterised in that at least one of the first camera assembly and the second camera assembly includes a first camera and a second camera , wherein the first camera detects inconsistencies based on direct lighting and the second camera detects inconsistencies based on indirect lighting.
A piston ring, comprising a ring body of gray cast iron, wherein the ring body has an area of ledeburitically remelted gray cast iron structure on at least one ring flank extending up to one edge of a ring face and into the ring face ; wherein a wear-preventing layer is applied to the ring face , including the area of ledeburitically remelted gray cast iron structure ; and wherein the thickness of the ledeburitically remelted gray cast iron structure on the ring flank varies in the cross section in radial direction, and wherein the thickness of the ledeburitically remelted gray cast iron structure is between 0.15 mm and 1.0 mm. wherein the ring body has an area of ledeburitically remelted gray cast iron structure on at least one ring flank extending up to one edge of a ring face and into the ring face ; wherein a wear-preventing layer is applied to the ring face , including the area of ledeburitically remelted gray cast iron structure ; and wherein the thickness of the ledeburitically remelted gray cast iron structure on the ring flank varies in the cross section in radial direction, and wherein the thickness of the ledeburitically remelted gray cast iron structure is between 0.15 mm and 1.0 mm.
A 1-track conveyor system, in particular a 1-track electric floor conveyor, with a support rail which has an upper drive running surface and at least one left-hand and one right-hand run-off surface and a transport trolley which can be moved on the support rail with a running gear made up of at least one drive wheel which rolls on the drive running surface of the support rail , and lateral guide wheels which run on the left-hand and right-hand run-off surfaces of the support rail roll off, characterized in that at least in sections on the left and right of the support rail, conductor rails are arranged, which are contactable with a least one current collector of the transport carriage and that the support rail has a direct or indirect floor attachment on the side opposite to the drive running surface , so that the transport carriage can be moved on the support rail in both directions and rotated by 180°.
A stable, lyophilized, copanlisib-containing solid, suitable for dilution and for therapeutic applications, said solid comprising : • copanlisib, particularly in an amount suitable as a therapeutic dose, • one or more pH-adjusting agents, which is a buffering agent which comprises a weak acid, such as citric acid for example, and a strong base, such as sodium hydroxide, for example, and • a bulking agent, wherein said bulking agent is mannitol, said solid having a pH of between 4 and 5 (inclusive) when reconstituted with a suitable diluent, such as sterile water for injection or sterile aqueous sodium chloride solution, particularly 0.9% aqueous sodium chloride solution, for example, said therapeutic dose being 30, 45 or 60 mg of copanlisib. • copanlisib, particularly in an amount suitable as a therapeutic dose, • one or more pH-adjusting agents, which is a buffering agent which comprises a weak acid, such as citric acid for example, and a strong base, such as sodium hydroxide, for example, and • a bulking agent, wherein said bulking agent is mannitol,
A method performed by a transmitting device , for transmitting wirelessly to a receiving device in a wireless network , the method comprising: obtaining information which is indicative of a level of wireless activity caused by interfering transmissions by one or more interfering devices , experienced by one or more receiving devices on one or more first channels configured for transmissions by the one or more receiving devices ; characterized by determining, based on the information indicative of the level of wireless activity experienced by the one or more receiving devices on the one or more first channels, whether the one or more receiving devices will be prevented from transmitting an acknowledgement or response message in response to a transmission by the transmitting device; and determining whether to transmit to a receiving device of the one or more receiving devices using one or more second channels based on the determination whether the receiving device will be prevented from transmitting the acknowledgement or response message. obtaining information which is indicative of a level of wireless activity caused by interfering transmissions by one or more interfering devices , experienced by one or more receiving devices on one or more first channels configured for transmissions by the one or more receiving devices ; characterized by determining, based on the information indicative of the level of wireless activity experienced by the one or more receiving devices on the one or more first channels, whether the one or more receiving devices will be prevented from transmitting an acknowledgement or response message in response to a transmission by the transmitting device; and determining whether to transmit to a receiving device of the one or more receiving devices using one or more second channels based on the determination whether the receiving device will be prevented from transmitting the acknowledgement or response message.
A process for the production of a sauce comprising minced meat, tomato, vegetables, edible oils or fats and optional complementary ingredients, wherein the process comprises: - a step a) of subjecting pellets of a mixture comprising minced meat to baking in a conduction and convection oven, at a temperature of between 160°C and 280°C, for a time of between 0.5 and 30 minutes, thus obtaining baked pellets, - a step b) of adding, in a cooker, said baked pellets to said tomato, vegetables, edible oils or fats and optional complementary ingredients and - a step c) of cooking the whole mixture for a predetermined time. - a step a) of subjecting pellets of a mixture comprising minced meat to baking in a conduction and convection oven, at a temperature of between 160°C and 280°C, for a time of between 0.5 and 30 minutes, thus obtaining baked pellets, - a step b) of adding, in a cooker, said baked pellets to said tomato, vegetables, edible oils or fats and optional complementary ingredients and - a step c) of cooking the whole mixture for a predetermined time.
A detergent composition comprising: from 1% to 50%, preferably from 8% to 20%, more preferably from 1% to 12% by weight, of a sulfated surfactant; an organic acid, preferably from 0.3% to 15% by weight of the composition of the organic acid; an alkoxylated polyamine compound, wherein the alkoxylated polyamine compound is a zwitterionic polyamine, wherein the composition comprises from 0.01% to 10% by weight of the alkoxylated polyamine compound; and from 0.25% to 10% by weight of an alkalizing agent; wherein the composition has a pH of from 2.1 to 4, when measured neat; and wherein the composition is substantially free of peroxide bleach. from 1% to 50%, preferably from 8% to 20%, more preferably from 1% to 12% by weight, of a sulfated surfactant; an organic acid, preferably from 0.3% to 15% by weight of the composition of the organic acid; an alkoxylated polyamine compound, wherein the alkoxylated polyamine compound is a zwitterionic polyamine, wherein the composition comprises from 0.01% to 10% by weight of the alkoxylated polyamine compound; and from 0.25% to 10% by weight of an alkalizing agent; wherein the composition has a pH of from 2.1 to 4, when measured neat; and wherein the composition is substantially free of peroxide bleach.
Connecting terminal for connecting at least two electrical conductors to one another, the connecting terminal having a housing in which at least one first conductor guide channel for guiding a first electrical conductor and at least one second conductor guide channel for guiding a second electrical conductor are formed, characterized in that the first and the second conductor guide channel cross each other in a slanting manner at an angle (α) at a conductor clamping point at which the first electrical conductor can be clamped together with the second electrical conductor .
A security element for embedding in a paper-based security document , with a carrier substrate bearing alphanumeric and/or graphical useful indicators , characterized in that, in addition to the useful indicators, the carrier substrate comprises a manipulation indicator which is overprinted with a camouflage print that is soluble in an organic solvent, thus hiding the manipulation indicator, wherein the camouflage print contains at least an ink that absorbs electromagnetic radiation in the infrared wavelength with a first reflectance value, and the manipulation indicator and/or one or more of the useful indicators contain (s) at least an ink that is transparent to electromagnetic radiation in the infrared wavelength with a second reflectance value.
Secondary part of a linear motor, comprising magnets (M) arranged on a magnet carrier (T), wherein the magnet carrier (T) is in the form of a laminated laminate stack, wherein the laminates of the laminate stack are parallel to a plane (X-Y) which is perpendicular to the magnetization direction (Z) of the magnets (M), and characterized in that the individual laminates of the laminate stack are shaped by punching out or cutting holes such that the magnet carrier (T) has mounting openings (L) which pass through the magnet carrier (T) parallel to the magnetization direction, and in that screw nuts (B) as fastening means are inserted in the mounting openings (L) from the magnet (M) side and rotationally fixedly held.
A method for treating at least one gas flow resulting from a pyrolysis of plastic and/or of biomass, characterized by the following steps: - tempering and washing the gas flow resulting from the pyrolysis of plastic and/or of biomass in a tempering/washing unit and separating an aqueous phase and a washed gas flow ; - compressing, then cooling the washed gas flow to form a compressed gas flow ; - pressurized washing of the compressed gas flow to form a washed gas flow ; - passing the washed gas flow into at least one acid removal unit to form an acid-depleted gas flow ; - drying the acid-depleted gas flow to form a dry gas flow ; - passing the dry gas flow into at least one impurity removal unit to form a purified gas flow ; - introducing the purified gas flow into a cryogenic absorption unit and supplying the cryogenic absorption unit with a cryogenic hydrocarbon solvent to obtain, at a first outlet of the cryogenic absorption unit , a light gas residue , and at a second outlet of the cryogenic absorption unit , a cut of C 2 + hydrocarbons. - tempering and washing the gas flow resulting from the pyrolysis of plastic and/or of biomass in a tempering/washing unit and separating an aqueous phase and a washed gas flow ; - compressing, then cooling the washed gas flow to form a compressed gas flow ; - pressurized washing of the compressed gas flow to form a washed gas flow ; - passing the washed gas flow into at least one acid removal unit to form an acid-depleted gas flow ; - drying the acid-depleted gas flow to form a dry gas flow ; - passing the dry gas flow into at least one impurity removal unit to form a purified gas flow ; - introducing the purified gas flow into a cryogenic absorption unit and supplying the cryogenic absorption unit with a cryogenic hydrocarbon solvent to obtain, at a first outlet of the cryogenic absorption unit , a light gas residue , and at a second outlet of the cryogenic absorption unit , a cut of C 2 + hydrocarbons.