mhurhangee/ep-ind-claims huggingface dataset:
A pre-filter assembly comprising an air pre-filter arranged to separate particles from an air flow, and an aspiration duct for the removal of separated particles from the air pre-filter, the aspiration duct having a first end at the air pre-filter and a second end to be arranged at an area of low-pressure flow for generating suction in the aspiration duct, wherein the pre-filter assembly further comprises a valve element (44, 144, 344) coupled at the second end of said aspiration duct, said valve element being controllable to vary the suction effect generated in the aspiration duct, characterised in that the valve element (44, 144, 344) comprises a movable air scoop (146, 346) having an aperture (150, 350) open to the area of low-pressure flow, said air scoop being movable relative to an airflow path (C/D) through the area of low-pressure flow. wherein the pre-filter assembly further comprises a valve element (44, 144, 344) coupled at the second end of said aspiration duct, said valve element being controllable to vary the suction effect generated in the aspiration duct, characterised in that the valve element (44, 144, 344) comprises a movable air scoop (146, 346) having an aperture (150, 350) open to the area of low-pressure flow, said air scoop being movable relative to an airflow path (C/D) through the area of low-pressure flow.
Insert configured for being arranged in a device for cleaning medical instruments, the insert being arranged for receiving one or more medical instruments to be cleaned in the cleaning device, wherein the one or more medical instruments are provided with one or more operating elements for moving one or more moveable parts of the medical instruments, the insert comprising operating means for operating the operating elements during cleaning, the operating means being arranged for connection with a motor for driving the operating means during cleaning, characterized in that the cleaning device comprises the motor for driving the operating means, wherein the insert is provided with insert-side coupling means driveably coupled to the operating means, the insert-side coupling means being arranged for being detachably coupled to machine-side coupling means comprised by the cleaning device, the machine-side coupling means being driveably coupled to the motor, such that, during use, the operating means of the insert can be driven by the motor.
A method for obtaining, by additive manufacturing, a construction element comprising at least one structural element and at least one insulating element (3, 4), wherein a dry mortar is mixed with mixing water so as to form a basic wet mortar, said basic wet mortar is transported to a printing head, and stacked layers of mortar (11, 12) are successively deposited by moving said printing head so as to form said at least one structural element and said at least one insulating element (3, 4), said method being such that, before depositing the layers of mortar belonging to an insulating element (3, 4), an aqueous foam is additionally added to said basic wet mortar during the transport of said basic wet mortar to the printing head.
An alpha-amylase variant of a parent alpha-amylase comprising one or more substitutions, using SEQ ID NO: 1 for numbering, or corresponding subsitutions, in groups a) and b): group a) Q360; group b) K136, K154, K170, K234, K237, K251, K306, K315, K319, K392; wherein the variant has at least 80%, but less than 100% sequence identity to: (i) the mature polypeptide of any of SEQ ID NO:s 1 or 14, or amino acids 1 to 483 of SEQ ID NO: 1 or amino acids 1 to 481 of SEQ ID NO: 14; and wherein the variant has alpha-amylase activity, and wherein the group b) substitutions are selected from the group consisting of: • K136R; • K154A; • K154H; • K154S; • K170R; • K170S; • K234T; • K237R; • K251Q; • K306M • K315M; • K319Q; • K319L; • K392V; • K392V+Q393D; and • H133Y+K136R (using SEQ ID NO: 1 for numbering). group a) Q360; group b) K136, K154, K170, K234, K237, K251, K306, K315, K319, K392; wherein the variant has at least 80%, but less than 100% sequence identity to: (i) the mature polypeptide of any of SEQ ID NO:s 1 or 14, or amino acids 1 to 483 of SEQ ID NO: 1 or amino acids 1 to 481 of SEQ ID NO: 14; and wherein the variant has alpha-amylase activity, and wherein the group b) substitutions are selected from the group consisting of: • K136R; • K154A; • K154H; • K154S; • K170R; • K170S; • K234T; • K237R; • K251Q; • K306M • K315M; • K319Q; • K319L; • K392V; • K392V+Q393D; and • H133Y+K136R (using SEQ ID NO: 1 for numbering). (i) the mature polypeptide of any of SEQ ID NO:s 1 or 14, or amino acids 1 to 483 of SEQ ID NO: 1 or amino acids 1 to 481 of SEQ ID NO: 14; and wherein the variant has alpha-amylase activity, and wherein the group b) substitutions are selected from the group consisting of: • K136R; • K154A; • K154H; • K154S; • K170R; • K170S; • K234T; • K237R; • K251Q; • K306M • K315M; • K319Q; • K319L; • K392V; • K392V+Q393D; and • H133Y+K136R (using SEQ ID NO: 1 for numbering). • K136R; • K154A; • K154H; • K154S; • K170R; • K170S; • K234T; • K237R; • K251Q; • K306M • K315M; • K319Q; • K319L; • K392V; • K392V+Q393D; and • H133Y+K136R (using SEQ ID NO: 1 for numbering).
A set of heat pipes for solar collectors, of the type comprising a plurality of heat pipes, each heat pipe being suitable for being laid out in a respective solar collector, and comprising a heat pipe fluid, a first sheet and a second sheet merged locally with each other and delimiting a reservoir, the reservoir containing the heat pipe fluid, extending over a hot part for evaporating the heat pipe fluid and a cold part for condensing the heat pipe fluid, and being formed by an interstice between the two sheets (60, 62), the reservoirs of at least two heat pipes being delimited by a same first sheet and a same second sheet, characterized in that the cold parts of said at least two heat pipes are partly merged with each other in pairs, and in that the hot parts of said at least two heat pipes are separate.
An aerial refueling boom system comprising a first tube and a second tube and a braking apparatus, and characterized by the braking apparatus comprising: a pulley about which a cable wraps at least partially thereabout, wherein the pulley is configured to be operably mounted to the first tube of the boom system and to rotate in response to movement of the second tube relative to the first tube as a result of an operable connection of the cable to the second tube; and a lock having open and actuated positions, wherein the lock in the actuated position is configured to prevent rotation of the pulley and to also prevent extension of the second tube relative to the first tube, and wherein the lock is configured to be actuated by a reduction in performance of an actuation source that at least partially controls a position of the second tube relative to the first tube. a pulley about which a cable wraps at least partially thereabout, wherein the pulley is configured to be operably mounted to the first tube of the boom system and to rotate in response to movement of the second tube relative to the first tube as a result of an operable connection of the cable to the second tube; and a lock having open and actuated positions, wherein the lock in the actuated position is configured to prevent rotation of the pulley and to also prevent extension of the second tube relative to the first tube, and wherein the lock is configured to be actuated by a reduction in performance of an actuation source that at least partially controls a position of the second tube relative to the first tube.
A method of switching subscriber identity between a first and second telecommunication stack of a communication terminal, wherein the communication terminal is a multiple subscriber identity terminal, the method being characterized in that it further comprises: initiating (210, 220, 230) a switch for a first subscriber identity from the first telecommunication stack to the second telecommunication stack and for a second subscriber identity from the second telecommunication stack to the first telecommunication stack, said switch involving the storing one or more parameters of said first telecommunication stack and said second communication stack, said parameters forming a current stack context corresponding to the respective subscriber identity which is being loaded by said first and second telecommunication stacks after said switch correspondingly to the respective subscriber identity; determining whether a value of at least one network related parameter associated with the first subscriber identity in the first telecommunication stack corresponds to a value of a corresponding at least one network related parameter associated with the first subscriber identity in the second telecommunication stack; and performing network registration of the first subscriber identity only if the value of the at least one network related parameter associated with the first subscriber identity in the first telecommunication stack does not correspond to the value of the corresponding at least one network related parameter associated with the first subscriber identity in the second telecommunication stack. initiating (210, 220, 230) a switch for a first subscriber identity from the first telecommunication stack to the second telecommunication stack and for a second subscriber identity from the second telecommunication stack to the first telecommunication stack, said switch involving the storing one or more parameters of said first telecommunication stack and said second communication stack, said parameters forming a current stack context corresponding to the respective subscriber identity which is being loaded by said first and second telecommunication stacks after said switch correspondingly to the respective subscriber identity; determining whether a value of at least one network related parameter associated with the first subscriber identity in the first telecommunication stack corresponds to a value of a corresponding at least one network related parameter associated with the first subscriber identity in the second telecommunication stack; and performing network registration of the first subscriber identity only if the value of the at least one network related parameter associated with the first subscriber identity in the first telecommunication stack does not correspond to the value of the corresponding at least one network related parameter associated with the first subscriber identity in the second telecommunication stack.
Device for charging and/or discharging a thermal energy store, wherein the thermal energy store has a store wall and is loadable with at least one fluid as a storage medium by means of a feed device, characterized in that the feed device has at least two or more guide elements facing radially outwards in an arc for generating a swirling flow and/or in that two or more guide elements facing radially outwards in an arc adjoin the feed device and influence the flow course in the radial direction.
Method for applying a predetermined ink dot pattern (3, 30) to a surface of an ophthalmic lens or of an ophthalmic lens mold, the method comprising the steps of: - providing a plurality of jet nozzles; - applying the predetermined ink dot pattern (3, 30) to the surface of the ophthalmic lens or of the ophthalmic lens mold using the plurality of jet nozzles, wherein applying the predetermined ink dot pattern (3, 30) to the surface of the ophthalmic lens or of the ophthalmic lens mold comprises applying each individual ink dot of the predetermined ink dot pattern by using at least two different jet nozzles (16, 17, 18) of the plurality of jet nozzles, characterized in that applying each individual ink dot of the predetermined ink dot pattern (3, 30) is performed by applying per individual ink dot a total amount of ink larger than the amount of ink required for each individual ink dot to achieve a predetermined contrast. - providing a plurality of jet nozzles; - applying the predetermined ink dot pattern (3, 30) to the surface of the ophthalmic lens or of the ophthalmic lens mold using the plurality of jet nozzles,
A system for automatic geofence determination, comprising: an interface configured to receive data for one or more trips of a vehicle; and a processor configured to: determine a set of nodes for each trip of the one or more trips, wherein a node of the set of nodes is determined based at least in part on the data, wherein the set of nodes for each trip comprises a set of locations that the vehicle stopped, wherein a node is discarded from the set of nodes where a reason for the vehicle stop is other than a vehicle route stop of the vehicle; determine a set of clusters using the set of nodes for each trip, wherein a cluster is a group of nodes separate from another group of nodes, wherein cluster boundaries are determined: where a distance between two nodes is above a threshold; where a node density drops below a threshold; or where the node density forms an inflection point; and determine a set of geofences based at least in part on the set of clusters. an interface configured to receive data for one or more trips of a vehicle; and a processor configured to: determine a set of nodes for each trip of the one or more trips, wherein a node of the set of nodes is determined based at least in part on the data, wherein the set of nodes for each trip comprises a set of locations that the vehicle stopped, wherein a node is discarded from the set of nodes where a reason for the vehicle stop is other than a vehicle route stop of the vehicle; determine a set of clusters using the set of nodes for each trip, wherein a cluster is a group of nodes separate from another group of nodes, wherein cluster boundaries are determined: where a distance between two nodes is above a threshold; where a node density drops below a threshold; or where the node density forms an inflection point; and determine a set of geofences based at least in part on the set of clusters. determine a set of nodes for each trip of the one or more trips, wherein a node of the set of nodes is determined based at least in part on the data, wherein the set of nodes for each trip comprises a set of locations that the vehicle stopped, wherein a node is discarded from the set of nodes where a reason for the vehicle stop is other than a vehicle route stop of the vehicle; determine a set of clusters using the set of nodes for each trip, wherein a cluster is a group of nodes separate from another group of nodes, wherein cluster boundaries are determined: where a distance between two nodes is above a threshold; where a node density drops below a threshold; or where the node density forms an inflection point; and determine a set of geofences based at least in part on the set of clusters.
A sub headlight unit (13L, 13R) for use in a vehicle that leans into turns, wherein the sub headlight unit (13L, 13R) includes at least a sub headlight light source (13La, 13Lb, 13Lc, 13Ra, 13Rb, 13Rc) configured to illuminate, at one side with respect to a width direction of the vehicle, an area ahead and outward of the vehicle with respect to the width direction of the vehicle, the sub headlight light source (13La, 13Lb, 13Lc, 13Ra, 13Rb, 13Rc) is adapted such that the brightness changes in accordance with a lean angle of the vehicle, leaning to the one side with respect to the width direction of the vehicle, characterized in that the sub headlight light source (13La, 13Lb, 13Lc, 13Ra, 13Rb, 13Rc) is adapted as follows: the sub headlight light source (13La, 13Lb, 13Lc, 13Ra, 13Rb, 13Rc) is not lighted up for lean angle values lower than a lower value (T1, T2, T3), the lower value (T1, T2, T3) being less than a reference value (K1, K2, K3) that is set for the sub headlight light source (13La, 13Lb, 13Lc, 13Ra, 13Rb, 13Rc), the sub headlight light source (13La, 13Lb, 13Lc, 13Ra, 13Rb, 13Rc) is adapted to alit with a brightness gradually increasing in a range lower than a first brightness while the lean angle is increased from the lower value (T1, T2, T3) up to, yet preceding the reference value (K1, K2, K3), and the brightness of the sub headlight light source (13La, 13Lb, 13Lc, 13Ra, 13Rb, 13Rc) is increased to the first brightness when the lean angle is increased to the reference value (K1, K2, K3). the sub headlight light source (13La, 13Lb, 13Lc, 13Ra, 13Rb, 13Rc) is not lighted up for lean angle values lower than a lower value (T1, T2, T3), the lower value (T1, T2, T3) being less than a reference value (K1, K2, K3) that is set for the sub headlight light source (13La, 13Lb, 13Lc, 13Ra, 13Rb, 13Rc), the sub headlight light source (13La, 13Lb, 13Lc, 13Ra, 13Rb, 13Rc) is adapted to alit with a brightness gradually increasing in a range lower than a first brightness while the lean angle is increased from the lower value (T1, T2, T3) up to, yet preceding the reference value (K1, K2, K3), and the brightness of the sub headlight light source (13La, 13Lb, 13Lc, 13Ra, 13Rb, 13Rc) is increased to the first brightness when the lean angle is increased to the reference value (K1, K2, K3).
Combination of a trolley for collecting cargo and a transfer/receiving device, preferably for the supply of manufacturing and assembly lines in industrial mass production, wherein - the trolley is equipped with a chassis fitted with rollers and with a platform (3, 4) for supporting the cargo, wherein further - at least one guide unit is also provided on the trolley for coupling to the transfer/receiving device for the cargo, and wherein - the guide unit interacts with at least one counter-operating guide unit on the transfer/ receiving device for coupling, characterised in that - the guide unit is constructed as a guide rail that is aligned to extend essentially in the direction of transport of the trolley, and the counter-operating guide unit is constructed as a roller arrangement that can be threaded into the guide rail, wherein - the roller arrangement is made up of individual rollers arranged in the direction of transport, each of which is connected individually to the transfer/ receiving device. - the trolley is equipped with a chassis fitted with rollers and with a platform (3, 4) for supporting the cargo, wherein further - at least one guide unit is also provided on the trolley for coupling to the transfer/receiving device for the cargo, and wherein - the guide unit interacts with at least one counter-operating guide unit on the transfer/ receiving device for coupling, - the guide unit is constructed as a guide rail that is aligned to extend essentially in the direction of transport of the trolley, and the counter-operating guide unit is constructed as a roller arrangement that can be threaded into the guide rail, wherein - the roller arrangement is made up of individual rollers arranged in the direction of transport, each of which is connected individually to the transfer/ receiving device.
Mould assembly comprising a mould (1, 2, 20, 21) and comprising at least one measuring section, wherein the mould (1, 2, 20, 21) has a cavity that can be filled with a melt, wherein the at least one measuring section has a transmitting means and a receiving means, wherein an electromagnetic field can be generated by the transmitting means, wherein the electromagnetic field generated by the transmitting means, and influenced by the melt, can be received by the receiving means, wherein a measure of the presence or absence of the melt in the region of the at least one measuring section can be determined on the basis of the changing of a received signal of the receiving means, characterized in that the at least one measuring section is arranged within the mould (1, 2, 20, 21).
A method for detecting and monitoring the mechanical condition of an escalator or a moving walkway with at least one revolving band (5, 10) and with at least one detecting device, wherein at least the following methods steps are carried out by the detecting device: • Creating at least one spatial image of at least one section of the revolving band (5, 10), • Selecting at least one region (27', 31') of the spatial image, • comparing the selected region (27', 31') with at least one comparison region (27", 31"), this comparison region (27", 31") being defined by three-dimensional coordinates (x", y", z") and representing a virtual space that can be clearly assigned to the selected region (27', 31'), and • generating an alarm signal if the selected region (27', 31') differs from the comparison region (27", 31") by surpassing predetermined limits, characterized in that the assignment of the comparison region (27", 31") to the selected region (27', 31') is carried out via reference marks (30', 30") which are assigned to fixed components of the escalator or the moving walkway, and which reference marks (30', 30") can be identified in the spatial image as well as in the corresponding comparison region (27", 31"). • Creating at least one spatial image of at least one section of the revolving band (5, 10), • Selecting at least one region (27', 31') of the spatial image, • comparing the selected region (27', 31') with at least one comparison region (27", 31"), this comparison region (27", 31") being defined by three-dimensional coordinates (x", y", z") and representing a virtual space that can be clearly assigned to the selected region (27', 31'), and • generating an alarm signal if the selected region (27', 31') differs from the comparison region (27", 31") by surpassing predetermined limits,
An exhaust-gas turbocharger having a turbine wheel; having a compressor wheel; having a shaft, which bears the turbine wheel and the compressor wheel; and having a bearing housing, • which has a bearing arrangement for the shaft, and • which has a lubricant device for the bearing arrangement, wherein the lubricant device has at least one injection nozzle (8, 9; 8', 9'), which is arranged adjacent to the bearing arrangement in the bearing housing to produce a lubricant mist, wherein the injection nozzle has an injection opening which can be opened depending on a selectable pressure, wherein the injection nozzle has a nozzle body, in which provision is made of a constantly open bypass duct, and wherein the injection nozzle is connected to an adjustable oil pump. having a turbine wheel; having a compressor wheel; having a shaft, which bears the turbine wheel and the compressor wheel; and having a bearing housing, • which has a bearing arrangement for the shaft, and • which has a lubricant device for the bearing arrangement, wherein the lubricant device has at least one injection nozzle (8, 9; 8', 9'), which is arranged adjacent to the bearing arrangement in the bearing housing to produce a lubricant mist, wherein the injection nozzle has an injection opening which can be opened depending on a selectable pressure, wherein the injection nozzle has a nozzle body, in which provision is made of a constantly open bypass duct, and wherein the injection nozzle is connected to an adjustable oil pump. • which has a bearing arrangement for the shaft, and • which has a lubricant device for the bearing arrangement, wherein the lubricant device has at least one injection nozzle (8, 9; 8', 9'), which is arranged adjacent to the bearing arrangement in the bearing housing to produce a lubricant mist, wherein the injection nozzle has an injection opening which can be opened depending on a selectable pressure, wherein the injection nozzle has a nozzle body, in which provision is made of a constantly open bypass duct, and wherein the injection nozzle is connected to an adjustable oil pump.