mhurhangee/patent-ind-claim-en huggingface dataset:
Spring housing for a connecting spring of a starting device for starting a combustion engine, wherein the spring housing comprises a main body , with a spring receiving space , and a cover plate for at least partially covering the spring receiving space , wherein the cover plate and the main body are connectable to one another via at least one first connecting means , wherein the at least one first connecting means secures the cover plate against movement relative to the main body in the direction of a central axis of the spring housing , characterized in that the at least one first connecting means consists of an opening in the main body and an extension , corresponding to the opening , of the cover plate , in that the extension is pluggable into the opening , in that the main body is connectable to the cover plate , by way of a relative movement of the extension of the first connecting means with respect to the opening of the first connecting means in a transverse direction transverse to the central axis , in such a way that the cover plate is secured against movement relative to the main body in the direction of the central axis , which is achieved in that the extension of the cover plate is pushed into the opening in the transverse direction .
A method for determining a bias shift of a vibrating structure gyroscope having a movable mass , the method comprising: driving the mass to oscillate along a first, predefined path; rotating the vibrating structure gyroscope so as to oscillate the mass along a second path, wherein the second path is different to the first, predefined path; sensing the oscillation of the mass along the second path so as to generate a sensing signal ; converting the sensing signal into an in-phase signal and an out-of-phase signal using a demodulator , wherein the in-phase signal is in phase with the oscillation of the mass along the first path, and the out-of-phase signal is out of phase with the in-phase signal ; determining, in a first mode of operation, the rate of rotation of the gyroscope based on the in-phase signal ; and characterised by , in a second mode of operation: observing the out-of-phase signal at (i) a first time when the vibrating structure gyroscope is initialised or calibrated during manufacture, or during operation in the field, and (ii) a second, subsequent time during operation in the field; and determining a bias shift of the gyroscope based on the out-of-phase signals observed at the first time and the second time. driving the mass to oscillate along a first, predefined path; rotating the vibrating structure gyroscope so as to oscillate the mass along a second path, wherein the second path is different to the first, predefined path; sensing the oscillation of the mass along the second path so as to generate a sensing signal ; converting the sensing signal into an in-phase signal and an out-of-phase signal using a demodulator , wherein the in-phase signal is in phase with the oscillation of the mass along the first path, and the out-of-phase signal is out of phase with the in-phase signal ; determining, in a first mode of operation, the rate of rotation of the gyroscope based on the in-phase signal ; and characterised by , in a second mode of operation: observing the out-of-phase signal at (i) a first time when the vibrating structure gyroscope is initialised or calibrated during manufacture, or during operation in the field, and (ii) a second, subsequent time during operation in the field; and determining a bias shift of the gyroscope based on the out-of-phase signals observed at the first time and the second time. observing the out-of-phase signal at (i) a first time when the vibrating structure gyroscope is initialised or calibrated during manufacture, or during operation in the field, and (ii) a second, subsequent time during operation in the field; and determining a bias shift of the gyroscope based on the out-of-phase signals observed at the first time and the second time.
A cache comprising: multiple sets with each set having multiple respective ways ; and replacement logic configured to implement a two-stage least recently used (LRU) replacement computation, wherein the two-stage LRU replacement computation causes the cache to perform operations comprising: a first stage during which the cache computes an LRU way for a set, and a second stage during which the cache updates an LRU data structure with information of a transaction accessed way; characterized in that performing the first stage for a current transaction comprises: in response to a hazard condition resulted from the second stage of a previous transaction being performed on a same particular set, performing hazard resolution for the current transaction. multiple sets with each set having multiple respective ways ; and replacement logic configured to implement a two-stage least recently used (LRU) replacement computation, wherein the two-stage LRU replacement computation causes the cache to perform operations comprising: a first stage during which the cache computes an LRU way for a set, and a second stage during which the cache updates an LRU data structure with information of a transaction accessed way; characterized in that performing the first stage for a current transaction comprises: in response to a hazard condition resulted from the second stage of a previous transaction being performed on a same particular set, performing hazard resolution for the current transaction. a first stage during which the cache computes an LRU way for a set, and a second stage during which the cache updates an LRU data structure with information of a transaction accessed way; characterized in that performing the first stage for a current transaction comprises: in response to a hazard condition resulted from the second stage of a previous transaction being performed on a same particular set, performing hazard resolution for the current transaction.
Conversion element - with a platelet comprising an inorganic glass, - with first converter particles , wherein - the first converter particles are arranged on and/or in the platelet , characterized in that , - the first converter particles have a shell and a core , - the shell comprises an inorganic material and has a thickness between at least 10 nm and at most 50 μm, - the core comprises a nitrid or oxynitrid phosphor and - the first converter particles have a diameter of at least 10 μm to at most 100 μm. - with a platelet comprising an inorganic glass, - with first converter particles , wherein - the first converter particles are arranged on and/or in the platelet , - the first converter particles have a shell and a core , - the shell comprises an inorganic material and has a thickness between at least 10 nm and at most 50 μm, - the core comprises a nitrid or oxynitrid phosphor and - the first converter particles have a diameter of at least 10 μm to at most 100 μm.
An apparatus for rotating an unbalanced hub of a direct drive wind turbine including a generator and a converter electrically coupled to the generator , the apparatus comprising: an auxiliary converter configured to be coupled to the generator of the direct drive wind turbine and configured to be coupled to a power source , a structure supporting the auxiliary converter and configured to be temporarily supported by the direct drive wind turbine , wherein the auxiliary converter is configured to supply a current to the wind turbine generator for generating a torque to rotate the direct drive wind turbine hub when the hub is unbalanced. an auxiliary converter configured to be coupled to the generator of the direct drive wind turbine and configured to be coupled to a power source , a structure supporting the auxiliary converter and configured to be temporarily supported by the direct drive wind turbine , wherein the auxiliary converter is configured to supply a current to the wind turbine generator for generating a torque to rotate the direct drive wind turbine hub when the hub is unbalanced.
A printer configured to perform printing on a printing medium (M) having an RFID , the printer comprising: a communication unit that includes a communicator configured to communicate with an IC chip (C) of the RFID ; and a detection unit configured to detect the printing medium (M) using detection light, wherein the detection unit includes: a light emitter configured to emit the detection light; and a light receiver configured to receive the detection light through the printing medium (M), characterized in that the communicator is provided to be movable in a predetermined area (S) along a conveyance surface of the printing medium (M), the light emitter is arranged outside the area (S) in which the communicator is movable; the detection unit further includes a light guiding member configured to guide the detection light, emitted from the light emitter , to the printing medium (M); the light guiding member is provided between the light receiver and the communication unit extending in the area (S) in which the communicator is movable, in the width direction (W) of the printing medium (M); and the communication unit is arranged below and adjacent to the detection unit . a communication unit that includes a communicator configured to communicate with an IC chip (C) of the RFID ; and a detection unit configured to detect the printing medium (M) using detection light, wherein the detection unit includes: a light emitter configured to emit the detection light; and a light receiver configured to receive the detection light through the printing medium (M), characterized in that the communicator is provided to be movable in a predetermined area (S) along a conveyance surface of the printing medium (M), the light emitter is arranged outside the area (S) in which the communicator is movable; the detection unit further includes a light guiding member configured to guide the detection light, emitted from the light emitter , to the printing medium (M); the light guiding member is provided between the light receiver and the communication unit extending in the area (S) in which the communicator is movable, in the width direction (W) of the printing medium (M); and the communication unit is arranged below and adjacent to the detection unit . a light emitter configured to emit the detection light; and a light receiver configured to receive the detection light through the printing medium (M), characterized in that the communicator is provided to be movable in a predetermined area (S) along a conveyance surface of the printing medium (M), the light emitter is arranged outside the area (S) in which the communicator is movable; the detection unit further includes a light guiding member configured to guide the detection light, emitted from the light emitter , to the printing medium (M); the light guiding member is provided between the light receiver and the communication unit extending in the area (S) in which the communicator is movable, in the width direction (W) of the printing medium (M); and the communication unit is arranged below and adjacent to the detection unit .
Apparatus comprising: a liquid-permeable filtering element having first and second faces , the liquid-permeable filtering element to be at least partially submerged in a liquid, the liquid-permeable filtering element arranged to be cycled through the liquid such that: • in a first position, an area of the first face of the filtering element is subject to liquid under pressure and a pressure across the filtering element is greater than 0 and less than or equal to 5.9 kPa; and • in a second position, the area is not subjected to liquid under pressure or is subjected to liquid at a lower pressure, at least one nozzle for directing at least one jet at the second face of the filtering element through the filtering element towards the first face of the filtering element for removing and/or aiding removal of solids accumulated on the first face of the filtering element; characterised in that the filtering element has a pore size between 2 and 40 μm; and the apparatus further comprises: gas feeder(s) for introducing gas bubbles into the liquid. a liquid-permeable filtering element having first and second faces , the liquid-permeable filtering element to be at least partially submerged in a liquid, the liquid-permeable filtering element arranged to be cycled through the liquid such that: • in a first position, an area of the first face of the filtering element is subject to liquid under pressure and a pressure across the filtering element is greater than 0 and less than or equal to 5.9 kPa; and • in a second position, the area is not subjected to liquid under pressure or is subjected to liquid at a lower pressure, • in a first position, an area of the first face of the filtering element is subject to liquid under pressure and a pressure across the filtering element is greater than 0 and less than or equal to 5.9 kPa; and • in a second position, the area is not subjected to liquid under pressure or is subjected to liquid at a lower pressure, at least one nozzle for directing at least one jet at the second face of the filtering element through the filtering element towards the first face of the filtering element for removing and/or aiding removal of solids accumulated on the first face of the filtering element; characterised in that the filtering element has a pore size between 2 and 40 μm; and the apparatus further comprises: gas feeder(s) for introducing gas bubbles into the liquid.
A joint assembly comprising: - a hollow outer joint member including a wall forming an open end and a closed end , the outer joint member having a plurality of tracks in its inner surface; - an inner joint member received in the outer joint member ; - a plurality of torque-transmitting elements , the plurality of torque-transmitting elements rotationally engaging with the inner joint member and the tracks of the outer joint member , wherein each track comprises two opposing side walls (13;14) and a torque-transmitting element engages these side walls (13; 14) of the outer joint member and is configured to move in an axial direction along the side walls (13; 14); - a boot covering the open end of the outer joint member ; - at least one restrictor (31;31') configured to engage at least one of the plurality of torque-transmitting elements to militate against undesired displacement of the inner joint member with respect to the outer joint member , wherein the restrictor (31 ;31') is made of an elastic material and is part of the boot and extends through the open end of the outer joint member into a track in the outer joint member along a side wall (13;14); characterized in that a surface of the restrictor (31;31') in the area of a first side wall points to the opposite side wall (13; 14) of a track , and said surface runs at an angle α to the first side wall , wherein the angle α opens to the open end of the outer joint member , wherein the angle α is between 0 and 10° and the boot is supported by stiffeners (50;51; 52; 53; 52'; 53') at the foot of each restrictor (31;31'). - a hollow outer joint member including a wall forming an open end and a closed end , the outer joint member having a plurality of tracks in its inner surface; - an inner joint member received in the outer joint member ; - a plurality of torque-transmitting elements , the plurality of torque-transmitting elements rotationally engaging with the inner joint member and the tracks of the outer joint member , wherein each track comprises two opposing side walls (13;14) and a torque-transmitting element engages these side walls (13; 14) of the outer joint member and is configured to move in an axial direction along the side walls (13; 14); - a boot covering the open end of the outer joint member ; - at least one restrictor (31;31') configured to engage at least one of the plurality of torque-transmitting elements to militate against undesired displacement of the inner joint member with respect to the outer joint member ,
A display panel, comprising: a planarization layer (PLN) on which pixels are disposed, a first area (GA) in which a plurality of pixels (PIX) are disposed; and a second area (SA) comprising at least two pixel groups (PG), wherein each of the at least two pixel groups (PG) comprises: at least one pixel (PIX); a light transmittance portion (AG) disposed between the at least two pixel groups (PG) to transmit light; and a hole formed to correspond to a boundary of the light transmittance portion (AG) along the boundary of the light transmittance portion (AG), wherein the hole is disposed on the same plane as at least a portion of the planarization layer (PLN) and has a predetermined depth being less than a thickness of the planarization layer (PLN), and wherein a cathode (CAT, 905) related to the at least one pixel (PIX) is disposed in at least a part of the hole . a planarization layer (PLN) on which pixels are disposed, a first area (GA) in which a plurality of pixels (PIX) are disposed; and a second area (SA) comprising at least two pixel groups (PG), wherein each of the at least two pixel groups (PG) comprises: at least one pixel (PIX); a light transmittance portion (AG) disposed between the at least two pixel groups (PG) to transmit light; and a hole formed to correspond to a boundary of the light transmittance portion (AG) along the boundary of the light transmittance portion (AG), wherein the hole is disposed on the same plane as at least a portion of the planarization layer (PLN) and has a predetermined depth being less than a thickness of the planarization layer (PLN), and at least one pixel (PIX); a light transmittance portion (AG) disposed between the at least two pixel groups (PG) to transmit light; and a hole formed to correspond to a boundary of the light transmittance portion (AG) along the boundary of the light transmittance portion (AG), wherein the hole is disposed on the same plane as at least a portion of the planarization layer (PLN) and has a predetermined depth being less than a thickness of the planarization layer (PLN), and wherein a cathode (CAT, 905) related to the at least one pixel (PIX) is disposed in at least a part of the hole .
A baseplate of an exterior mirror for an automobile door , including - a portion for attachment against a generally vertical plate of the door; - means for provisional attachment of the attachment portion on the door, including first provisional attachment means situated at an upper region of said baseplate; characterized in that the provisional attachment means include, furthermore, at least one elastically deformable hook situated at a lower edge of said baseplate and directed downwards so as to be able to engage with an upper edge of an exterior panel of the door , by a movement of engagement of the first means followed by a pivoting movement of the baseplate for the purpose of engaging said hook. - a portion for attachment against a generally vertical plate of the door; - means for provisional attachment of the attachment portion on the door, including first provisional attachment means situated at an upper region of said baseplate; characterized in that the provisional attachment means include, furthermore, at least one elastically deformable hook situated at a lower edge of said baseplate and directed downwards so as to be able to engage with an upper edge of an exterior panel of the door , by a movement of engagement of the first means followed by a pivoting movement of the baseplate for the purpose of engaging said hook.
A combustion chamber comprising at least one annular wall , the at least one annular wall comprising an inner wall and an outer wall , the inner wall being spaced radially from the outer wall , the outer wall having a plurality of apertures , the inner wall and the outer wall being integral, the upstream end of the at least one annular wall having features to secure the at least one annular wall to an upstream ring structure and a downstream end of the at least one annular wall having features to mount the at least one annular wall on a downstream ring structure , the at least one annular wall comprising at least one box like structure , the at least one box like structure comprising the inner wall , the outer wall , an upstream end wall and a downstream end wall , the outer wall having the plurality of apertures for the supply of coolant into the box like structure , the inner wall , the outer wall , the upstream end wall and the downstream end wall being an integral structure formed by additive layer manufacturing, characterised by the inner wall having at least one slot extending through the full thickness of the inner wall to accommodate differential thermal expansion between the inner wall and the outer wall , at least one of the surfaces of the at least one slot being arranged at an angle of up to 60° to the surface of the inner wall , the slot being defined between a downstream portion and an upstream portion of the inner wall , the downstream end of the upstream portion having a first surface portion extending perpendicularly from the inner surface of the inner wall , a second surface portion extending parallel to the inner surface and the outer surface of the inner wall and a third surface portion extending perpendicularly to the outer surface of the inner wall , the upstream end of the downstream portion having a first surface portion extending at an angle to the inner surface of the inner wall , a second surface portion extending parallel to the inner surface and the outer surface of the inner wall and a third surface portion extending perpendicularly to the outer surface of the inner wall or the upstream end of the downstream portion having a first surface portion extending at an angle to the outer surface of the inner wall , a second surface portion extending parallel to the inner surface and the outer surface of the inner wall and a third surface portion extending perpendicularly to the inner surface of the inner wall , the first surface portion and the second surface portion at the upstream end of the downstream portion of the inner wall tapering to an edge , a frangible feature being provided between the second surface portion of the upstream portion of the inner wall and the edge on the downstream portion of the inner wall .
Vehicle having a body and at least two vehicle doors arranged in vehicle longitudinal direction (x) behind one another, which are movable respectively between a closed position and an open position and are coupled in a sliding-pivotal manner to the body , and at least one passive locking device , wherein at least one of the vehicle doors is configured, in the closed position, to form a vehicle pillar of the body , wherein the at least one passive locking device is designed to connect the integrated vehicle pillar of the corresponding vehicle door in the closed position in a form-fitting manner to the body , wherein the at least one passive locking device comprises a receiving element on the body side, which comprises a receiving opening (12.1) and a locking opening (12.2), and a locking element on the door side, which is designed as a cylindrical or mushroom-shaped or swallowtail-shaped locking bolt , characterized in that the receiving opening (12.1) and the locking opening (12.2) of the receiving element on the body side are adapted to the shape of the locking bolt such that the locking bolt , in the closed position, is latched in the manner of a bayonet to the receiving element on the body side.
A compound having the formula : or being a salt or tautomer thereof; wherein R 1 is hydrogen or fluorine.