mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless power transmission system for transmitting a beam of optical power to at least one receiver having a receiver control unit, a receiver functionality monitor unit and a power conversion device, said system comprising: a transmitter having at least one low emission state, and at least one high emission state, each of said high emission states having emissions higher than the highest emissions of said low emission states, said receiver functionality monitor unit being adapted, upon detection of a receiver control unit fault, to preclude said transmitter , through information received through a communication channel, from switching from at least one of said low emission states to any of said high emission states; a transmitter control unit; a transmitter functionality monitor unit adapted, upon detection of a transmitter control unit fault, to preclude said transmitter from switching from at least one low emission state to any of said at least one high emission states; and at least two sensors configured to provide signals indicative of a likelihood of human-accessible emission from said wireless power transmission system greater than a predetermined level; wherein said transmitter control unit is adapted, when none of said at least two sensors are providing signals indicative of said likelihood of human-accessible emission from said wireless power transmission system greater than a predetermined level, and upon detecting an inconsistency between results arising from at least two of said sensors, to preclude said transmitter from switching from at least one low emission state to any of said at least one high emission states. a transmitter having at least one low emission state, and at least one high emission state, each of said high emission states having emissions higher than the highest emissions of said low emission states, said receiver functionality monitor unit being adapted, upon detection of a receiver control unit fault, to preclude said transmitter , through information received through a communication channel, from switching from at least one of said low emission states to any of said high emission states; a transmitter control unit; a transmitter functionality monitor unit adapted, upon detection of a transmitter control unit fault, to preclude said transmitter from switching from at least one low emission state to any of said at least one high emission states; and at least two sensors configured to provide signals indicative of a likelihood of human-accessible emission from said wireless power transmission system greater than a predetermined level; wherein said transmitter control unit is adapted, when none of said at least two sensors are providing signals indicative of said likelihood of human-accessible emission from said wireless power transmission system greater than a predetermined level, and upon detecting an inconsistency between results arising from at least two of said sensors, to preclude said transmitter from switching from at least one low emission state to any of said at least one high emission states.
A railway vehicle bearing abnormality sensing system for sensing an abnormality in a plurality of rolling bearings housed in at least one axle box when the railway vehicle runs on travelling rails , the railway vehicle including at least one bogie , the at least one bogie including the at least one axle box , one or more of the plurality of rolling bearings being associated with one of the at least one axle box , the railway vehicle bearing abnormality sensing system comprising: a plurality of vibration detection devices each configured to detect vibration of an associated one of the plurality of rolling bearings ; an analysis device configured to determine an abnormality in the rolling bearings on the basis of pieces of detection data, each piece indicating the vibration of the rolling bearing detected by the associated vibration detection device ; a plurality of reception response detection start modules connected to the vibration detection devices , respectively, each reception response detection start module causing the connected vibration detection device to detect vibration of the associated rolling bearing when receiving a detection start signal; and at least one measurement start command transmitting device installed apart from the railway vehicle and configured to transmit the detection start signal to the reception response detection start modules , the measurement start command transmitting device being installed at a position along the travelling rails , the position being apart from a rail joint or a switch point of the travelling rails in a rail longitudinal direction by a predetermined distance. a plurality of vibration detection devices each configured to detect vibration of an associated one of the plurality of rolling bearings ; an analysis device configured to determine an abnormality in the rolling bearings on the basis of pieces of detection data, each piece indicating the vibration of the rolling bearing detected by the associated vibration detection device ; a plurality of reception response detection start modules connected to the vibration detection devices , respectively, each reception response detection start module causing the connected vibration detection device to detect vibration of the associated rolling bearing when receiving a detection start signal; and at least one measurement start command transmitting device installed apart from the railway vehicle and configured to transmit the detection start signal to the reception response detection start modules , the measurement start command transmitting device being installed at a position along the travelling rails , the position being apart from a rail joint or a switch point of the travelling rails in a rail longitudinal direction by a predetermined distance.
Authentication method between a control module and a lighting module for a motor vehicle, in which at least one of the two modules is a transmitter module, the other being a receiver module, the two modules comprising a data transmission/reception unit and being connected by a data communication channel which enables them to exchange data, characterised in that the method comprises the steps of a) transmitting data describing at least one authentication factor (F1 ) from the transmitter module to the receiver module ; b) following reception of said data at the receiving module, verification of the authentication factor (F1 ) by means of a calculation unit; c) at the receiving module, termination of the communication with the transmitting module if said verification fails, otherwise continuation of the communication.
A bonding wire for a semiconductor device comprising: a core material containing one or more of Ga, In, and Sn for a total of 0.2 to 3.0 at%, optionally further containing one or more of Cu, Pd, Pt, and Au for a total of 0.1 to 0.7 at.%, and a balance being made up of Ag and incidental impurities; and a coating layer formed over a surface of the core material, containing one or more of Pd and Pt, and a balance being made up of incidental impurities, wherein the coating layer is 0.005 to 0.070 μm in thickness, wherein the wire as a whole optionally contains one or more of B, P, Ca, La, and Se for a total of 80 to 500 at. ppm. a core material containing one or more of Ga, In, and Sn for a total of 0.2 to 3.0 at%, optionally further containing one or more of Cu, Pd, Pt, and Au for a total of 0.1 to 0.7 at.%, and a balance being made up of Ag and incidental impurities; and a coating layer formed over a surface of the core material, containing one or more of Pd and Pt, and a balance being made up of incidental impurities, wherein the coating layer is 0.005 to 0.070 μm in thickness, wherein the wire as a whole optionally contains one or more of B, P, Ca, La, and Se for a total of 80 to 500 at. ppm.
An automatic card shuffler comprising: a processor running executable instructions; a pre-shuffle bin having a base , said pre-shuffle bin configured to receive one or more decks of cards (102; 710, 810, 910); a device configured to raise and lower said base and said one or more decks of cards; a card-selector assembly having an upper body and stationary lower body , said upper body movable horizontally relative to said stationary lower body, said card-selector assembly configured to separate said one or more decks of cards into an offset upper group of cards and a lower group of cards such that a bottom card of said upper group of cards is exposed, whereby said offset upper group of cards and said lower group of cards are never completely separated in the vertical plane; and a drive mechanism positioned to propel said bottom card from said upper group of cards. a processor running executable instructions; a pre-shuffle bin having a base , said pre-shuffle bin configured to receive one or more decks of cards (102; 710, 810, 910); a device configured to raise and lower said base and said one or more decks of cards; a card-selector assembly having an upper body and stationary lower body , said upper body movable horizontally relative to said stationary lower body, said card-selector assembly configured to separate said one or more decks of cards into an offset upper group of cards and a lower group of cards such that a bottom card of said upper group of cards is exposed, whereby said offset upper group of cards and said lower group of cards are never completely separated in the vertical plane; and a drive mechanism positioned to propel said bottom card from said upper group of cards.
A distributed charging system comprising a plurality of transportable charging stations and at least one of a charging station transport unit , wherein the at least one charging station transport unit of the distributed charging system has at least one lifting mechanism adapted to lift at least one charging station deployed on a ground floor onto a transport platform of the charging station transport unit for transport to another location, wherein each transportable charging station has at least one battery pack with rechargeable battery cells adapted to store electrical energy which is used to charge batteries of electrically powered vehicles connected to charging stations deployed on the ground floor, characterised in that the housing of the portable charging station comprises a ground locking interface unit adapted to lock the charging station mechanically and/or electrically to a base frame of the distributed charging system installed on the ground floor, wherein the base frame is connected to a local and/or public power supply grid to provide electrical current via electrical contacts of the ground locking interface unit and via power supply lines to a battery loading circuitry of the transportable charging station deployed on said base frame . the housing of the portable charging station comprises a ground locking interface unit adapted to lock the charging station mechanically and/or electrically to a base frame of the distributed charging system installed on the ground floor, wherein the base frame is connected to a local and/or public power supply grid to provide electrical current via electrical contacts of the ground locking interface unit and via power supply lines to a battery loading circuitry of the transportable charging station deployed on said base frame .
A dose indicator comprising, a chassis comprising a chassis frame and a displacement portion comprising a drive part to engage an indexable first display unit indexable about a first display axis, the indexable first display unit comprising a drive tooth to drive an indexable second display unit indexable about a second display axis, the second display axis being non-coaxial with the first display axis, the indexable second display unit comprising two or more second display unit indexing teeth , wherein the drive tooth and each of the second display unit indexing teeth comprise lips on their respective engagement surfaces, the drive tooth lip having a surface facing radially inward that engages a second display unit indexing tooth at an engagement angle relative to a radial axis of the indexable second display unit that produces a resultant force acting to pull the first display unit and second display unit together.
A multi-analysis path test sensor for determining a glycated hemoglobin concentration of an undiluted whole blood sample, the test sensor comprising: an inlet in fluid communication with a divided flow inlet and a common flow inlet, the divided flow inlet in fluid communication with at least one first isolated flow path and the common flow inlet in fluid communication with at least a second and a third isolated flow path, wherein said the common flow inlet includes a first chemical reaction zone including an immobilized lysing matrix and an interference reduction matrix; a hematocrit analysis path in fluid communication with the divided flow inlet, the hematocrit analysis path including at least four electrical conductors sequentially arranged in the first isolated flow path, and wherein said hematocrit analysis path includes a hematocrit working and counter electrode pair; a total hemoglobin analysis path in fluid communication with the common flow inlet, the total hemoglobin analysis path including a total hemoglobin working and counter electrode pair arranged in the second isolated flow path; and a glycated hemoglobin analysis path in fluid communication with the common flow inlet, the glycated hemoglobin analysis path including a second chemical reaction zone including a protein cleaving reagent, a pH adjustment zone, and a glycated hemoglobin working and counter electrode pair arranged in the third isolated flow path. an inlet in fluid communication with a divided flow inlet and a common flow inlet, the divided flow inlet in fluid communication with at least one first isolated flow path and the common flow inlet in fluid communication with at least a second and a third isolated flow path, wherein said the common flow inlet includes a first chemical reaction zone including an immobilized lysing matrix and an interference reduction matrix; a hematocrit analysis path in fluid communication with the divided flow inlet, the hematocrit analysis path including at least four electrical conductors sequentially arranged in the first isolated flow path, and wherein said hematocrit analysis path includes a hematocrit working and counter electrode pair; a total hemoglobin analysis path in fluid communication with the common flow inlet, the total hemoglobin analysis path including a total hemoglobin working and counter electrode pair arranged in the second isolated flow path; and a glycated hemoglobin analysis path in fluid communication with the common flow inlet, the glycated hemoglobin analysis path including a second chemical reaction zone including a protein cleaving reagent, a pH adjustment zone, and a glycated hemoglobin working and counter electrode pair arranged in the third isolated flow path.
A method comprising: - starting (3-1) in a user apparatus , a configuration tool application, said user apparatus , having a connection with an at least one electric drive apparatus in a local site; - downloading (3-3, 3-4), by said user apparatus , from a first electric drive apparatus of said at least one electric drive apparatus a first configuration parameter setting from said first electric drive apparatus; - forwarding (3-5, 3-6), by said user apparatus , said configuration parameter setting of said first electric drive apparatus to a server apparatus , ; characterized in that said method further comprises: - receiving (3-16, 3-17), by said user apparatus , a second configuration parameter setting from said server apparatus , , said second configuration parameter setting being converted from a first configuration parameter setting to be compatible with a second electric drive apparatus of said at least one electric drive apparatus; and - forwarding (3-19, 3-20), by said user apparatus , said second configuration parameter setting to said second electric drive apparatus. - starting (3-1) in a user apparatus , a configuration tool application, said user apparatus , having a connection with an at least one electric drive apparatus in a local site; - downloading (3-3, 3-4), by said user apparatus , from a first electric drive apparatus of said at least one electric drive apparatus a first configuration parameter setting from said first electric drive apparatus; - forwarding (3-5, 3-6), by said user apparatus , said configuration parameter setting of said first electric drive apparatus to a server apparatus , ; - receiving (3-16, 3-17), by said user apparatus , a second configuration parameter setting from said server apparatus , , said second configuration parameter setting being converted from a first configuration parameter setting to be compatible with a second electric drive apparatus of said at least one electric drive apparatus; and - forwarding (3-19, 3-20), by said user apparatus , said second configuration parameter setting to said second electric drive apparatus.
View system for a vehicle , comprising at least one capture unit which is adapted to capture at least one first near area around the vehicle , at least one control unit which is adapted to process the data captured by the capture unit , and at least one reproduction unit which is adapted to show the near area visibly for a driver steering the vehicle , wherein, in driving maneuvers conditioned by the situation, at least one collision area (K1, K2) which comprises an area at risk of collision around the vehicle is additionally shown on the reproduction unit , and wherein the collision area (K1, K2) corresponds to an image section of a near area around the vehicle captured by the capture unit , wherein a plurality of collision areas (K1, K2) are shown at the same time on the at least one reproduction unit the image section is adapted continuously and in real time with continuation of a driving maneuver, and the view system further comprises a sensor unit which detects a driving maneuver conditioned by the situation by receiving a corresponding input signal and which determines the corresponding collision areas (K1, K2) based on the input signal.
An adjustment turret for an optical sight , the adjustment turret comprising: a housing ; an adjustment member rotatably supported by said housing , said adjustment member operable to adjust a characteristic of the optical sight when moved relative to said housing ; and a cap extending from said housing and movable between an engaged state fixing said cap for rotation with said adjustment member and a disengaged state permitting relative rotation between said cap and said adjustment member , said cap being: moveable from said disengaged state to said engaged state in a direction away from said housing ; and rotatable relative to said housing in said disengaged state and said engaged state, wherein when said cap is in the engaged state, said cap is directly engaged to the adjustment member . a housing ; an adjustment member rotatably supported by said housing , said adjustment member operable to adjust a characteristic of the optical sight when moved relative to said housing ; and a cap extending from said housing and movable between an engaged state fixing said cap for rotation with said adjustment member and a disengaged state permitting relative rotation between said cap and said adjustment member , said cap being: moveable from said disengaged state to said engaged state in a direction away from said housing ; and rotatable relative to said housing in said disengaged state and said engaged state, wherein moveable from said disengaged state to said engaged state in a direction away from said housing ; and rotatable relative to said housing in said disengaged state and said engaged state, wherein when said cap is in the engaged state, said cap is directly engaged to the adjustment member .
A gas-generating pyrotechnic solid object, the composition of which, expressed as weight percentages, contains: - from 35 to 50%, advantageously from 40 to 50%, of guanidine nitrate, - from 35 to 50% of basic copper nitrate, - from 0.5 to 6% of at least one compound chosen from alumina and inorganic titanates, the melting point of which is above 2100 K, and - from 5 to 18%, advantageously from 5 to 13%, of at least one inorganic oxalate chosen from sodium oxalate, tin oxalate, strontium oxalate, iron oxalate, copper oxalate and mixtures thereof; said composition being free of binder and of explosive ingredient. - from 35 to 50%, advantageously from 40 to 50%, of guanidine nitrate, - from 35 to 50% of basic copper nitrate, - from 0.5 to 6% of at least one compound chosen from alumina and inorganic titanates, the melting point of which is above 2100 K, and - from 5 to 18%, advantageously from 5 to 13%, of at least one inorganic oxalate chosen from sodium oxalate, tin oxalate, strontium oxalate, iron oxalate, copper oxalate and mixtures thereof;
A gas turbine engine comprising: a fan section comprising a plurality of rotor cascades and a plurality of stator cascades; a compressor section downstream of the fan section; a combustor section downstream of the compressor section; a first turbine section downstream of the combustor section, the first turbine section being connected to the compressor section; a second turbine section downstream of the first turbine section, the second turbine section being connected to the fan section; a first cooling air scoop positioned upstream of the compressor section, the first cooling air scoop comprising a leading edge nose and subtending only a first sector of a circumference of the gas turbine engine; and a heat exchanger comprising: a hot side that is fluidly connected to the compressor section; and a cold side that is fluidly connected to the cooling air scoop; characterized in that the nose is positioned at a trailing edge of a downstream-most stator cascade of the plurality of stator cascades in the fan section. a fan section comprising a plurality of rotor cascades and a plurality of stator cascades; a compressor section downstream of the fan section; a combustor section downstream of the compressor section; a first turbine section downstream of the combustor section, the first turbine section being connected to the compressor section; a second turbine section downstream of the first turbine section, the second turbine section being connected to the fan section; a first cooling air scoop positioned upstream of the compressor section, the first cooling air scoop comprising a leading edge nose and subtending only a first sector of a circumference of the gas turbine engine; and a heat exchanger comprising: a hot side that is fluidly connected to the compressor section; and a cold side that is fluidly connected to the cooling air scoop; characterized in that the nose is positioned at a trailing edge of a downstream-most stator cascade of the plurality of stator cascades in the fan section. a hot side that is fluidly connected to the compressor section; and a cold side that is fluidly connected to the cooling air scoop; characterized in that the nose is positioned at a trailing edge of a downstream-most stator cascade of the plurality of stator cascades in the fan section.
A transaminase mutant, wherein the transaminase mutant having a transaminase activity has an amino acid mutation sequence of SEQ ID NO:1, and sites of the amino acid mutation comprise T7C+S47C.
A machinable zirconia as a sintered body which is formed from a raw material including a tetragonal zirconia composite powder containing 79.8 to 92 mol% ZrO 2 , 4.5 to 10.2 mol% Y 2 O 3 , and 3.5 to 7.5 mol% Nb 2 O 5 , and a TiO 2 nano powder which is added with a weight ratio of more than 0 wt% to 2.5 wt% to the composite powder, wherein the density of the sintered body is 99% or more, the average particle diameter of particles of the sintered body is 2 μm or more, the hardness of the sintered body is in a range of 4 to 10 GPa, the fracture toughness of the sintered body is in a range of 9 to 14 MPa·m 1/2 , and the strength of the sintered body is in a range of 400 to 1000 MPa.