mhurhangee/ep-ind-claims huggingface dataset:
Assembly, comprising: - a first member and a second member of a wind turbine construction, wherein; - the second member has a fork-shaped cross section with a main body arranged between two substantially parallel walls that each comprise at least one through hole (21, 22); - the first member is arranged between the two walls of the second member, having the through hole (21, 22); - wherein a through hole of the first member and the through holes (21, 22) of the second member define a channel; and - further comprising a connector that is axially insertable into said channel to an end position and consecutively expandable radially relative to said channel, to connect the first and second member relative to each other, characterized in that - the connector, in an expanded state thereof, pushes the first member in a radial direction relative to said channel against a face of the main body of the second member to define a clamping contact and thereby a pre-tensioned connection in said radial direction relative to said channel between a face of the first member and the face of the main body of the second member. - a first member and a second member of a wind turbine construction, wherein; - the second member has a fork-shaped cross section with a main body arranged between two substantially parallel walls that each comprise at least one through hole (21, 22); - the first member is arranged between the two walls of the second member, having the through hole (21, 22); - wherein a through hole of the first member and the through holes (21, 22) of the second member define a channel; and - further comprising a connector that is axially insertable into said channel to an end position and consecutively expandable radially relative to said channel, to connect the first and second member relative to each other, characterized in that - the connector, in an expanded state thereof, pushes the first member in a radial direction relative to said channel against a face of the main body of the second member to define a clamping contact and thereby a pre-tensioned connection in said radial direction relative to said channel between a face of the first member and the face of the main body of the second member.
An apparatus (110, 300) comprising means (310, 320) for performing: - obtaining range finding data comprising a distance and a direction to at least two objects (120, 130, 130A, 260) within a predetermined observation area in a direction of a movement of a vehicle, at least a part of the observation area being subdivided into a trajectory segment, which the vehicle will traverse in case the direction of the vehicle is moving in does not change, and a plurality of further segments adjacent to the trajectory segment; - classifying the at least two objects (120, 130, 130A, 260) into at least one of the plurality of further segments (211, 212, 213, 214, 215, 216, 217), and - determining whether a command to change the direction the vehicle is moving on will cause the vehicle to traverse a segment of the further segments (211, 212, 213, 214, 215, 216, 217)into which one or more of the objects (120, 130, 130A, 260) has been classified, characterized in that the classifying comprises classifying the objects (120, 130, 130A, 260) at two different distance ranges from the vehicle, the distance ranges comprising a nearer and a farther-away distance range as measured from the vehicle, such that at the farther-away distance range, the trajectory segment covers a smaller portion of the observation area than at the nearer distance range, in that the predetermined observation area being a field of view of a range finding device configured to obtain the range finding data, and in that the range finding device has beams getting farther from each other with increasing distance from the vehicle. - obtaining range finding data comprising a distance and a direction to at least two objects (120, 130, 130A, 260) within a predetermined observation area in a direction of a movement of a vehicle, at least a part of the observation area being subdivided into a trajectory segment, which the vehicle will traverse in case the direction of the vehicle is moving in does not change, and a plurality of further segments adjacent to the trajectory segment; - classifying the at least two objects (120, 130, 130A, 260) into at least one of the plurality of further segments (211, 212, 213, 214, 215, 216, 217), and - determining whether a command to change the direction the vehicle is moving on will cause the vehicle to traverse a segment of the further segments (211, 212, 213, 214, 215, 216, 217)into which one or more of the objects (120, 130, 130A, 260) has been classified,
A power conversion device that converts power from a power supply and supplies converted power to a load, the device comprising: a power converter configured to convert power from the power supply; a filter capacitor part configured to eliminate noise from power in the power converter, the power converter being detachable from the filter capacitor part; a housing configured to house therein a power unit comprising the filter capacitor part and the power converter stacked on the filter capacitor part and to enable the power unit to be taken in and out from an upper door on an upper surface and a side door on a side surface thereof; a guide rail located on a bottom surface of the housing to extend in a direction substantially perpendicular to the side surface and guiding the power unit when the power unit is taken in and out from the side surface of the housing; and a protrusion located on the filter capacitor part to fit upward into a hole or a concave portion formed on the power converter and guiding the power converter when the power converter is taken in and out from the upper surface of the housing. a power converter configured to convert power from the power supply; a filter capacitor part configured to eliminate noise from power in the power converter, the power converter being detachable from the filter capacitor part; a housing configured to house therein a power unit comprising the filter capacitor part and the power converter stacked on the filter capacitor part and to enable the power unit to be taken in and out from an upper door on an upper surface and a side door on a side surface thereof; a guide rail located on a bottom surface of the housing to extend in a direction substantially perpendicular to the side surface and guiding the power unit when the power unit is taken in and out from the side surface of the housing; and a protrusion located on the filter capacitor part to fit upward into a hole or a concave portion formed on the power converter and guiding the power converter when the power converter is taken in and out from the upper surface of the housing.
Device for guiding at least one wire, with a base body, wherein at least one eyelet is arranged in the base body, wherein in each case at least one wire can be guided through each eyelet, wherein the at least one eyelet (7, 23, 25, 28, 31, 36, 37, 38) is arranged in the base body such that it can be arranged in at least two angular positions, wherein a cover plate is arranged such that it can be fastened to the base body and the eyelet (23, 25, 28, 31, 36, 37, 38) is arranged in the base body and is fixed to the cover plate, characterized in that the eyelet has two different cross-sectional profiles (34, 35) in the axial direction, and that a first cross-sectional profile can be arranged in at least one receptacle of the base body and a second cross-sectional profile can be arranged in at least one receptacle of the cover plate in a positive-locking and/or non-positive-locking and/or firmly bonded manner. wherein a cover plate is arranged such that it can be fastened to the base body and the eyelet (23, 25, 28, 31, 36, 37, 38) is arranged in the base body and is fixed to the cover plate, characterized in that the eyelet has two different cross-sectional profiles (34, 35) in the axial direction, and that a first cross-sectional profile can be arranged in at least one receptacle of the base body and a second cross-sectional profile can be arranged in at least one receptacle of the cover plate in a positive-locking and/or non-positive-locking and/or firmly bonded manner.
Use of a polypeptide having phenylalanine ammonia lyase activity and tyrosine ammonia activity: (a) having the sequence as set forth in SEQ ID NO:32; (b) encoded by a nucleic acid having the sequence as set forth in SEQ ID NO:31; (c) encoded by a nucleic acid sequence that hybridizes under stringent conditions to a nucleic acid having the sequence as set forth in SEQ ID NO:31, wherein the stringent conditions include a wash step comprising a wash in 0.2X SSC at a temperature of about 65°C for about 15 minutes; or (d) encoded by a nucleic acid sequence complementary to that set out in (b) or (c); to deaminate a phenylalanine or tyrosine in a composition comprising at least one of a phenylalanine and a tyrosine residue. (a) having the sequence as set forth in SEQ ID NO:32; (b) encoded by a nucleic acid having the sequence as set forth in SEQ ID NO:31; (c) encoded by a nucleic acid sequence that hybridizes under stringent conditions to a nucleic acid having the sequence as set forth in SEQ ID NO:31, wherein the stringent conditions include a wash step comprising a wash in 0.2X SSC at a temperature of about 65°C for about 15 minutes; or (d) encoded by a nucleic acid sequence complementary to that set out in (b) or (c); to deaminate a phenylalanine or tyrosine in a composition comprising at least one of a phenylalanine and a tyrosine residue.
A method, comprising: receiving at a receiver of an automatic audio enhancement system, AAES, in a vehicle, handshaking information from a mobile device of a user responsive to the mobile device entering the vehicle to pair the mobile device to the AAES; the handshaking information is operable to activate a head unit and one or more sensors; receiving first location information of the user at the receiver of the automatic audio enhancement system, where the first location information is derived from one or more parameters captured by the one or more sensors operatively coupled to the head unit, and responsive to pairing the mobile device to the AAES based on the handshaking information, wherein the one or more parameters include edges of, or amounts of, light emitted/reflected from one or more objects or people inside the vehicle; sending the first location information from the receiver of the AAES to an audio signal processor of the AAES; and processing an audio signal via the audio signal processor with respect to at least the first location information where the processing of the audio signal via the audio signal processor includes processing the audio signal with respect to at least one or more audio signal presets, and where the one or more audio signal presets include one or more predetermined filters or delays associated with a predetermined potential location of the user. receiving at a receiver of an automatic audio enhancement system, AAES, in a vehicle, handshaking information from a mobile device of a user responsive to the mobile device entering the vehicle to pair the mobile device to the AAES; the handshaking information is operable to activate a head unit and one or more sensors; receiving first location information of the user at the receiver of the automatic audio enhancement system, where the first location information is derived from one or more parameters captured by the one or more sensors operatively coupled to the head unit, and responsive to pairing the mobile device to the AAES based on the handshaking information, wherein the one or more parameters include edges of, or amounts of, light emitted/reflected from one or more objects or people inside the vehicle; sending the first location information from the receiver of the AAES to an audio signal processor of the AAES; and processing an audio signal via the audio signal processor with respect to at least the first location information where the processing of the audio signal via the audio signal processor includes processing the audio signal with respect to at least one or more audio signal presets, and where the one or more audio signal presets include one or more predetermined filters or delays associated with a predetermined potential location of the user.
Pull-out side fitting comprising - a pull-out frame including at least two rigidly connected horizontal beams to be arranged one above the other in vertical direction, and - at least two linear guides, which are drawer rails and which each comprise a first connection element to be fixed to a side wall of a body of a pull-out cabinet and a second connection element to be fixed to one of the horizontal beams and linearly guided with regard to the first connection element, characterised in that at least one support bearing is provided for supporting lateral forces acting upon the pull-out frame at the side wall, wherein the support bearing includes a support roller which is mounted to a base element to be fixed to the side wall rotatably about a rotation axis to be aligned vertically, and which, with installed pull-out side fitting, engages a U-rail open at its top or its bottom at the horizontal beam, wherein the respective horizontal beam, in addition to the linear guide provided between it and the side wall, supports itself at the support roller and thus at the side wall so that the support bearing unloads the linear guide from lateral forces. - a pull-out frame including at least two rigidly connected horizontal beams to be arranged one above the other in vertical direction, and - at least two linear guides, which are drawer rails and which each comprise a first connection element to be fixed to a side wall of a body of a pull-out cabinet and a second connection element to be fixed to one of the horizontal beams and linearly guided with regard to the first connection element,
A method for labeling transfer RNA comprising: fluorophore substituting the uracil component of a dihydrouridine of said transfer RNA, wherein said fluorophore bears a hydrazide functional group. fluorophore substituting the uracil component of a dihydrouridine of said transfer RNA, wherein said fluorophore bears a hydrazide functional group.
A machine tool for machining a work having a non-circular cross-section by relative movement between the work and a tool, as the relative position and the relative angle between the work and the tool are changed at least within a plane including the cross-section of the work, with a controller, the controller being configured to, calculate, in machining the work along a preset tool path on the work with the tool, the difference between the relative angle between the work and the tool at a point on the preset tool path at which the machining by the tool is started and that between the work and the tool at another point on the preset tool path at which the machining is finished; equally divide the time needed in the machining along the preset tool path by a preset number to give the preset number of equal time divisions and to set positions on the tool path corresponding to the equal time divisions as equal time division tool path points; and continiously change, when the tool moves through each of the equal time division tool path points, the relative angle between the tool and the work to an angle corresponding to division of the difference between the relative angles by the preset number of the equal time divisions.
A compound of formula I shown below: wherein: R 1 is Br or Cl; R 2 is selected from formula II or formula III shown below: wherein R a is hydrogen or methyl; or a pharmaceutically acceptable salt or solvate thereof. R 1 is Br or Cl; R 2 is selected from formula II or formula III shown below: wherein R a is hydrogen or methyl;
Measuring equipment, which when combined with operational components of earth moving equipment that comprise a bucket or a corresponding earth holding implement, enables the determination of the volume of earth removed from a pre-determined area, said measuring equipment, when combined, being fitted to the outermost lever and the digging bucket of earth moving equipment, the instant end position of said outermost lever being calculated from pre-installed inclination and length determining instrumentation, said measuring equipment comprising a ground distance sensor fitted to the outermost lever and an inclination sensor fitted to the digging bucket, and a calculating unit for the volume determination based on information relating to: - the bucket dimensions and orientation, - a vertical ground distance calculated from the position of a predetermined point of the outermost lever and the ground distance measured, and - the horizontal distance travelled by the bucket as determined by signals from the pre-installed inclination and length determining instrumentation. - the bucket dimensions and orientation, - a vertical ground distance calculated from the position of a predetermined point of the outermost lever and the ground distance measured, and - the horizontal distance travelled by the bucket as determined by signals from the pre-installed inclination and length determining instrumentation.
A revetment panel construction for placement atop the ground, comprising a geotextile fabric to be positioned atop the ground; characterised in that the revetment panel construction further comprises: a synthetic turf positioned atop the geotextile fabric and affixed thereto in a manner to create a fillable bladder with a geotextile bottom panel and a synthetic turf top panel; and wherein the fillable bladder is fillable with a ballast filling to be placed within the bladder. a synthetic turf positioned atop the geotextile fabric and affixed thereto in a manner to create a fillable bladder with a geotextile bottom panel and a synthetic turf top panel; and wherein the fillable bladder is fillable with a ballast filling to be placed within the bladder.
Inductive device (100; 200) for a contactless charging system for electric cars, the inductive device comprising a plate-shaped ferrite core (110; 210) and a hybrid double-D solenoid coil (150; 250) that has a design which represents a combination of a double-D coil design and a solenoid coil design and that is disposed over the plate-shaped ferrite core (110; 210), wherein the hybrid double-D solenoid coil (150; 250) comprises a plurality of turns (160; 260), characterized in that the plurality of turns (160; 260) is grouped to at least two groups of at least two immediately consecutive turns each having in one group monotonically increasing or decreasing turn diameters, wherein the last turn of a group has: - a turn diameter that is larger than that of the first turn of the following group if the turn diameter of the turn immediately preceding the last turn within the group is smaller than the turn diameter of the last turn of the group, or a turn diameter that is smaller than that of the first turn of the following group if the turn diameter of the turn immediately preceding the last turn within the group is larger than the turn diameter of the last turn of the group. wherein the hybrid double-D solenoid coil (150; 250) comprises a plurality of turns (160; 260), characterized in that the plurality of turns (160; 260) is grouped to at least two groups of at least two immediately consecutive turns each having in one group monotonically increasing or decreasing turn diameters, wherein the last turn of a group has: - a turn diameter that is larger than that of the first turn of the following group if the turn diameter of the turn immediately preceding the last turn within the group is smaller than the turn diameter of the last turn of the group, or - a turn diameter that is larger than that of the first turn of the following group if the turn diameter of the turn immediately preceding the last turn within the group is smaller than the turn diameter of the last turn of the group, or a turn diameter that is smaller than that of the first turn of the following group if the turn diameter of the turn immediately preceding the last turn within the group is larger than the turn diameter of the last turn of the group.
A method for transmitting a data channel by a user equipment, UE, in a wireless communication system, the method comprising: receiving downlink control information, DCI, comprising information related to a resource region for a physical uplink shared channel, PUSCH; acquiring, based on the DCI, a resource indication value; acquiring, based on the resource indication value, a first length of first allocated resource blocks; scaling, based on a scaling factor, the first length to a second length of second allocated resource blocks; and transmitting the PUSCH based on the second length, wherein a size of the DCI is determined based on an initial bandwidth part, BWP, wherein the PUSCH is transmitted in an active BWP, wherein the scaling factor is a largest integer of 2^n which is equal to or less than a first value, wherein n is a non-negative integer, wherein the first value is obtained by applying a floor function to a second value calculated by dividing a size of the active BWP by a size of the initial BWP, and wherein the size of the active BWP is larger than the size of the initial BWP. receiving downlink control information, DCI, comprising information related to a resource region for a physical uplink shared channel, PUSCH; acquiring, based on the DCI, a resource indication value; acquiring, based on the resource indication value, a first length of first allocated resource blocks; scaling, based on a scaling factor, the first length to a second length of second allocated resource blocks; and transmitting the PUSCH based on the second length, wherein a size of the DCI is determined based on an initial bandwidth part, BWP, wherein the PUSCH is transmitted in an active BWP, wherein the scaling factor is a largest integer of 2^n which is equal to or less than a first value, wherein n is a non-negative integer, wherein the first value is obtained by applying a floor function to a second value calculated by dividing a size of the active BWP by a size of the initial BWP, and wherein the size of the active BWP is larger than the size of the initial BWP.
A process for the production of ethanol comprising fermenting a carbohydrate containing substrate in the presence of one or more high alcohol tolerant yeasts having an alcohol tolerance of at least 100 g/i and one or more maltotriose positive yeasts.
Clutch device having at least one torque-transmitting device which can be engaged and/or disengaged in the axial direction by a lever element and is frictionally locking in the engaged state, and at least one wear-adjustment device which has at least one ramp ring which can be rotated and at least temporarily clamped by the lever element, and at least one rotatably mounted spindle drive which acts on the ramp ring and has a spindle shaft, characterized in that the wear-adjustment device has at least two infinitely variable free-wheeling units (15, 16) which act in different rotational directions, the first free-wheeling unit of which is designed to rotate the spindle shaft when a state of wear of the torque-transmitting device is sensed, and a second free-wheeling unit of which is designed to prevent reverse rotation of the spindle shaft.