mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a motor vehicle, which has an operating device, which in a first operational mode is configured to be used in a first, previously set operational language, and which in a second operational mode is configured to be used in a second operational language, the method having the steps carried out by an activated speech recognition and language determining means: - in the first operational mode, recognising a speech input of a user of the motor-vehicle (10, S1), - checking whether a language of the speech input is equal to the first operational language, and - depending on a result of the checking procedure, assigning a confidence value to the speech input, wherein the confidence value describes a probability with which the language of the speech input is the second operational language, the method characterised by the following steps carried out by the speech recognition and language determining means: - depending on the assigned confidence value, generating a query signal which describes a prompt, understandable in the second operational language, to the user to enter the operational mode to be set and/or the operational language to be set; - transmitting the query signal to an output means for outputting the query signal, - receiving an operating signal, which describes an operating action of the user detected by the operational device for entering a desired operational language, - depending on the received operating signal, setting the operational mode to be set and/or the operational language to be set, and - determining a frequency with which the speech recognition and language determining means in a predetermined time frame correctly recognises a speech input, wherein the carrying out of the method is carried out depending on the determined frequency. - in the first operational mode, recognising a speech input of a user of the motor-vehicle (10, S1), - checking whether a language of the speech input is equal to the first operational language, and - depending on a result of the checking procedure, assigning a confidence value to the speech input, wherein the confidence value describes a probability with which the language of the speech input is the second operational language, - depending on the assigned confidence value, generating a query signal which describes a prompt, understandable in the second operational language, to the user to enter the operational mode to be set and/or the operational language to be set; - transmitting the query signal to an output means for outputting the query signal, - receiving an operating signal, which describes an operating action of the user detected by the operational device for entering a desired operational language, - depending on the received operating signal, setting the operational mode to be set and/or the operational language to be set, and - determining a frequency with which the speech recognition and language determining means in a predetermined time frame correctly recognises a speech input, wherein the carrying out of the method is carried out depending on the determined frequency.
A wind power generator, comprising a mechanical structure to dispose equipment in a wind turbine tower, wherby the mechanical structure comprises: a first platform and a post, wherein the first platform is fixed to a flange of the wind turbine tower by means of the post, characterized in that; the first platform comprises a first stationary section and two first folding sections (112, 113), wherein the two first folding sections (112, 113) are connected to the first stationary section and can be fixed to the first stationary section. a first platform and a post, wherein the first platform is fixed to a flange of the wind turbine tower by means of the post, characterized in that; the first platform comprises a first stationary section and two first folding sections (112, 113), wherein the two first folding sections (112, 113) are connected to the first stationary section and can be fixed to the first stationary section.
A sealing assembly, comprising: a first sealing member disposed on an inner circumferential surface of a fixed body; a second sealing member disposed on an outer circumferential surface of a rotating body configured to rotate with respect to the first sealing member; and a fluid barrier formed between the first sealing member and the second sealing member by transfer fluid flowing in a direction reverse to a direction of a fluid leak, wherein the second sealing member includes a sealing body part disposed on the outer circumferential surface of the rotating body, and a tooth part disposed on the sealing body part and including a spiral to form the fluid barrier in a gap between the first sealing member and the second sealing member, characterized in that the second sealing member further includes a protrusion connected with the spiral configured to push fluid toward an outer side of a rotation direction. a first sealing member disposed on an inner circumferential surface of a fixed body; a second sealing member disposed on an outer circumferential surface of a rotating body configured to rotate with respect to the first sealing member; and a fluid barrier formed between the first sealing member and the second sealing member by transfer fluid flowing in a direction reverse to a direction of a fluid leak, wherein the second sealing member includes a sealing body part disposed on the outer circumferential surface of the rotating body, and a tooth part disposed on the sealing body part and including a spiral to form the fluid barrier in a gap between the first sealing member and the second sealing member, characterized in that the second sealing member further includes a protrusion connected with the spiral configured to push fluid toward an outer side of a rotation direction.
A process for preparing an olefin polymer comprising polymerizing one or more olefins in the presence of a polymerization catalyst and hydrogen as molecular weight regulator in a gas-phase polymerization reactor comprising three or more polymerization zones which differ in the ratio of hydrogen to the sum of olefins in the reaction gas mixture within the polymerization zones, expressed as ratios of the volume fractions, and at least two of the polymerization zones are sub-zones of a polymerization unit, in which the growing polymer particles flow downward in a densified form and at least one of the polymerization zones is a riser, in which growing polymer particles flow upwards under fast fluidization or transport conditions, or is a polymerization zone, in which the polymerization occurs in a fluidized bed of growing polymer particles, wherein the gas-phase polymerization reactor comprises at least one polymerization zone, which has a ratio of hydrogen to the sum of olefins which is by a factor of at least 1.5 lower than the ratio of hydrogen to the sum of olefins in the polymerization zone having the highest ratio of hydrogen to the sum of olefins and which is by a factor of at least 1.5 higher than the ratio of hydrogen to the sum of olefins in the polymerization zone having the lowest ratio of hydrogen to the sum of olefins.
A system for cooling the internal combustion engine of a motorcycle, comprising a fan included inside a fan case having a front wall with a central opening therethrough the air is drawn, and distribution walls (8, 9), projecting from said front wall and substantially parallel to the drawing direction, including and directing the turbulent air in a compartment which receives the fan, wherein said distribution walls (8, 9) determine a side gap, characterized in that at such gap the case has a plurality of pegs with circular sections, arranged along a line surrounding said central opening.
A method for monitoring a Christmas tree assembly installed on a subsea hydrocarbon well, comprising: providing an optical feedthrough module operable to communicate through a pressure boundary of the Christmas tree assembly at least one optical signal with a plurality of optical sensors disposed within the Christmas tree assembly for measuring parameters associated with the Christmas tree assembly; determining a health metric for the Christmas tree assembly based on the parameters measured by the plurality of optical sensors; and identifying a problem condition with the Christmas tree assembly based on the determined health metric. providing an optical feedthrough module operable to communicate through a pressure boundary of the Christmas tree assembly at least one optical signal with a plurality of optical sensors disposed within the Christmas tree assembly for measuring parameters associated with the Christmas tree assembly; determining a health metric for the Christmas tree assembly based on the parameters measured by the plurality of optical sensors; and identifying a problem condition with the Christmas tree assembly based on the determined health metric.
A wireless electronic communications device, comprising: a metal frame; a first antenna and a second antenna disposed on the metal frame, a first preset distance is spaced between the first antenna and the second antenna, and further comprising a feeding structure 4s disposed on each of the first antenna and the second antenna; and a slot structure disposed between the first antenna and the second antenna, wherein an extension distance of the slot structure in a width direction of the metal frame is less than a width of the metal frame; a first opening slot disposed on the metal frame, a first cantilever part that is of the metal frame and that corresponds to the first opening slot is a first antenna radiation arm, and the first antenna radiation arm is a component part of the first antenna; and a second opening slot disposed on the metal frame; and a second cantilever part that is of the metal frame and that corresponds to the second opening slot is a second antenna radiation arm, and the second antenna radiation arm is a component part of the second antenna; wherein the slot structure is an L-shaped slot or a T-shaped slot; characterized in that the wireless electronic communications device further comprises at least one first notch rr disposed on the first antenna radiation arm and/or the second antenna radiation arm and at least one second notch disposed on an L-shaped arm or a T-shaped arm corresponding to the slot structure on the metal frame. a metal frame; a first antenna and a second antenna disposed on the metal frame, a first preset distance is spaced between the first antenna and the second antenna, and further comprising a feeding structure 4s disposed on each of the first antenna and the second antenna; and a slot structure disposed between the first antenna and the second antenna, wherein an extension distance of the slot structure in a width direction of the metal frame is less than a width of the metal frame; a first opening slot disposed on the metal frame, a first cantilever part that is of the metal frame and that corresponds to the first opening slot is a first antenna radiation arm, and the first antenna radiation arm is a component part of the first antenna; and a second opening slot disposed on the metal frame; and a second cantilever part that is of the metal frame and that corresponds to the second opening slot is a second antenna radiation arm, and the second antenna radiation arm is a component part of the second antenna; wherein the slot structure is an L-shaped slot or a T-shaped slot; characterized in that the wireless electronic communications device further comprises at least one first notch rr disposed on the first antenna radiation arm and/or the second antenna radiation arm and at least one second notch disposed on an L-shaped arm or a T-shaped arm corresponding to the slot structure on the metal frame.
An ultrasound imaging system (100, 300, 900) comprising: a sequence generation component configured to generate a transmit pulse sequence comprising a first pulse sequence and a second pulse sequence (420, 422, 424, 426) time offset with respect to the first pulse sequence; a transmitter in communication with the sequence generation component and an ultrasound imaging component, the transmitter configured to transmit the transmit pulse sequence to the ultrasound imaging component to trigger, at the ultrasound imaging component, ultrasound wave emissions towards an anatomical object; a receiver configured to receive, from the ultrasound imaging component, ultrasound echo signals in response to the transmit pulse sequence; and a processing component in communication with the receiver, the processing component configured to generate both structural data and motion data associated with the anatomical object based on the received ultrasound echo signals, characterized in that the first pulse sequence includes a set of pulses spaced apart from each other by a first time interval, and wherein the sequence generation component is further configured to generate the transmit pulse sequence by: time-shifting the first pulse sequence to form the second pulse sequence (420, 422, 424, 426); and time-interleaving the first pulse sequence with the second pulse sequence to form the transmit pulse sequence. a sequence generation component configured to generate a transmit pulse sequence comprising a first pulse sequence and a second pulse sequence (420, 422, 424, 426) time offset with respect to the first pulse sequence; a transmitter in communication with the sequence generation component and an ultrasound imaging component, the transmitter configured to transmit the transmit pulse sequence to the ultrasound imaging component to trigger, at the ultrasound imaging component, ultrasound wave emissions towards an anatomical object; a receiver configured to receive, from the ultrasound imaging component, ultrasound echo signals in response to the transmit pulse sequence; and a processing component in communication with the receiver, the processing component configured to generate both structural data and motion data associated with the anatomical object based on the received ultrasound echo signals, characterized in that the first pulse sequence includes a set of pulses spaced apart from each other by a first time interval, and wherein the sequence generation component is further configured to generate the transmit pulse sequence by: time-shifting the first pulse sequence to form the second pulse sequence (420, 422, 424, 426); and time-interleaving the first pulse sequence with the second pulse sequence to form the transmit pulse sequence. time-shifting the first pulse sequence to form the second pulse sequence (420, 422, 424, 426); and time-interleaving the first pulse sequence with the second pulse sequence to form the transmit pulse sequence.
A method of making a catheter having a shaft, the method comprising: forming an outer wall of the catheter shaft from a water degradable material; forming an inner core of a water degradable material, wherein the inner core is located within the outer wall of the catheter shaft and the inner core defines a structural reinforcement member that reinforces the outer wall to enhance rigidity and radial incompressibility of the elongated shaft; and wherein the outer wall degrades at a slower rate than the inner core. forming an outer wall of the catheter shaft from a water degradable material; forming an inner core of a water degradable material, wherein the inner core is located within the outer wall of the catheter shaft and the inner core defines a structural reinforcement member that reinforces the outer wall to enhance rigidity and radial incompressibility of the elongated shaft; and wherein the outer wall degrades at a slower rate than the inner core.
In vitro use of a tissue specific transcription factor-nucleosome adduct or transcription cofactor-nucleosome adduct as a biomarker in a biological fluid for the detection or diagnosis of a cancer in a subject.
Protective helmet with at least one detachable light element wherein a) a helmet shell with an outer helmet side and an inner helmet side is provided and the helmet shell has at least one opening (3; 34), through which the helmet shell passes fully and which has an opening inner wall (10; 35) and an opening cross section, wherein the opening cross section is greater on the outer helmet side than on the inner helmet side, b) the light element comprises a light side wall and a light rear wall and is inserted from the outer helmet side into the opening (3; 34), wherein at least the light side wall or at least the light rear wall is in contact with the opening inner wall (10; 35), and c) a light holding mechanism supported on the inner helmet side is provided, characterised in that the light holding mechanism - is connected detachably to the light element and exerts a traction force on the light element, so that the light element is pulled into the opening (3; 34), and - contains a holding element supported on the inner helmet side and a connecting element connecting the holding element to the light element, wherein - the holding element is rigid and the connecting element is elastic or resilient, and - the connecting element is configured as a loop or as a spring. a) a helmet shell with an outer helmet side and an inner helmet side is provided and the helmet shell has at least one opening (3; 34), through which the helmet shell passes fully and which has an opening inner wall (10; 35) and an opening cross section, wherein the opening cross section is greater on the outer helmet side than on the inner helmet side, b) the light element comprises a light side wall and a light rear wall and is inserted from the outer helmet side into the opening (3; 34), wherein at least the light side wall or at least the light rear wall is in contact with the opening inner wall (10; 35), and c) a light holding mechanism supported on the inner helmet side is provided, - is connected detachably to the light element and exerts a traction force on the light element, so that the light element is pulled into the opening (3; 34), and - contains a holding element supported on the inner helmet side and a connecting element connecting the holding element to the light element, wherein - the holding element is rigid and the connecting element is elastic or resilient, and - the connecting element is configured as a loop or as a spring.
An oil seal assembly for preventing leakage from a wet zone into a dry zone through a leakage gap between relatively rotatable first and second parts, comprising an annular seal member carried in an annular housing in the first part, which bears against a cylindrical seal surface of an annular seal runner carried by an annular flange member (40,42,44) on the second part, wherein the seal runner is secured to the second part in the dry zone; and the annular flange member on the second part comprises a double flange arrangement including a first, proximal section carried on the second part in the wet zone, and a second, distal section carried in the dry zone, characterised in that the seal runner is secured to the second part by bolts, the bolt being entirely within the dry zone.
A computer-implemented method comprising: receiving first audio data corresponding to a first utterance; obtaining a first transcription of the first audio data; receiving data indicating (i) a selection of one or more terms of the first transcription and (ii) one or more of replacement terms; determining that one or more of the replacement terms are classified as a correction of one or more of the selected terms; in response to determining that the one or more of the replacement terms are classified as a correction of the one or more of the selected terms, obtaining a first portion of the first audio data that corresponds to one or more terms of the first transcription; and using the first portion of the first audio data that is associated with the one or more terms of the first transcription to train an acoustic model for recognizing the one or more of the replacement terms; characterised by receiving second audio data corresponding to a second utterance, the second audio data including a second portion corresponding to the first portion of the first audio data; obtaining a second transcription of the second audio data; identifying the second portion from the second audio data; obtaining a corrected transcription of the second portion using the trained acoustic model; and obtaining a transcription that merges the second transcription and the corrected transcription. receiving first audio data corresponding to a first utterance; obtaining a first transcription of the first audio data; receiving data indicating (i) a selection of one or more terms of the first transcription and (ii) one or more of replacement terms; determining that one or more of the replacement terms are classified as a correction of one or more of the selected terms; in response to determining that the one or more of the replacement terms are classified as a correction of the one or more of the selected terms, obtaining a first portion of the first audio data that corresponds to one or more terms of the first transcription; and using the first portion of the first audio data that is associated with the one or more terms of the first transcription to train an acoustic model for recognizing the one or more of the replacement terms; characterised by receiving second audio data corresponding to a second utterance, the second audio data including a second portion corresponding to the first portion of the first audio data; obtaining a second transcription of the second audio data; identifying the second portion from the second audio data; obtaining a corrected transcription of the second portion using the trained acoustic model; and obtaining a transcription that merges the second transcription and the corrected transcription.
An ultrasound welding apparatus having a clamping system for clamping a contact element in the ultrasound welding apparatus, comprising two clamping units (20, 21) which are arranged spaced apart from one another and which are mechanically connected to the ultrasound welding apparatus, wherein each clamping unit (20, 21) has a clamping finger (22, 23); wherein each clamping finger (22, 23) has an end face (24, 25) and these end faces (24, 25) are disposed opposite one another; wherein each clamping finger (22, 23) has a clamping surface (26, 27); wherein the clamping surfaces (26, 27) press onto the surface of a contact element in a clamped state, whereby the contact element is pressed against an anvil of the ultrasound welding apparatus; wherein the contact element has an elongate, flat shape and has a welding region, a clamping region and a contacting region along a longitudinal axis; and wherein the clamping surfaces (26, 27) press onto the clamping region of the contact element in the clamped state, characterized in that the clamping region is arranged between the welding region and the contacting region of the contact element.