mhurhangee/ep-ind-claims huggingface dataset:
A fault processing method for a wind turbine, comprising: grouping (101, 201) faults of the wind turbine based on a predetermined target protection object, wherein each group of faults comprise a plurality of process faults associated with the target protection object and a target fault of the target protection object; performing (102, 203) a fault tolerance control on the wind turbine, in a case that any one of the plurality of process faults in the same group as the target fault reaches a corresponding process fault trigger condition and the target fault does not reach a corresponding target fault trigger condition; and selecting, in a case that the target fault reaches the corresponding target fault trigger condition, a process fault with the highest degree of correlation from triggered process faults in the same group as the target fault, as a real fault resulting in shutdown of the wind turbine, wherein the process fault with the highest degree of correlation comprises: a process fault with the earliest trigger timing among the triggered process faults in the same group as the target fault; or a process fault with the highest priority among the triggered process faults in the same group as the target fault, wherein the priority indicates a degree of impact of the process fault on the target fault. grouping (101, 201) faults of the wind turbine based on a predetermined target protection object, wherein each group of faults comprise a plurality of process faults associated with the target protection object and a target fault of the target protection object; performing (102, 203) a fault tolerance control on the wind turbine, in a case that any one of the plurality of process faults in the same group as the target fault reaches a corresponding process fault trigger condition and the target fault does not reach a corresponding target fault trigger condition; and selecting, in a case that the target fault reaches the corresponding target fault trigger condition, a process fault with the highest degree of correlation from triggered process faults in the same group as the target fault, as a real fault resulting in shutdown of the wind turbine, wherein the process fault with the highest degree of correlation comprises: a process fault with the earliest trigger timing among the triggered process faults in the same group as the target fault; or a process fault with the highest priority among the triggered process faults in the same group as the target fault, wherein the priority indicates a degree of impact of the process fault on the target fault. a process fault with the earliest trigger timing among the triggered process faults in the same group as the target fault; or a process fault with the highest priority among the triggered process faults in the same group as the target fault, wherein the priority indicates a degree of impact of the process fault on the target fault.
A method for manufacturing a spacer with an adjustable height for insertion between the facing surfaces of two parts, the separation of which is variable at least in a variation direction of the separation, characterized in that the method comprises a step for cutting a peelable stack of sheets, from an upper surface of the stack in the thickness of the stack, so as to form a plurality of spacer sections separated by slits and juxtaposed at least in a direction for varying the separation.
A toy figure display stand, comprising: a base with an upper surface; and a toy figure display chamber defined within a housing attached to the upper surface of the base, wherein the housing includes: a transparent display wall panel including an interior shell portion and an exterior shell portion which together define a cavity, characterised in that the transparent display wall panel is formed from a single piece of material and includes at least one opening through which a fluid may be introduced into the cavity; and in that a back panel is attached to the transparent display wall panel, the back panel being movable to provide access to the toy figure display chamber. a base with an upper surface; and a toy figure display chamber defined within a housing attached to the upper surface of the base, wherein the housing includes: a transparent display wall panel including an interior shell portion and an exterior shell portion which together define a cavity, characterised in that the transparent display wall panel is formed from a single piece of material and includes at least one opening through which a fluid may be introduced into the cavity; and in that a back panel is attached to the transparent display wall panel, the back panel being movable to provide access to the toy figure display chamber. a transparent display wall panel including an interior shell portion and an exterior shell portion which together define a cavity, characterised in that the transparent display wall panel is formed from a single piece of material and includes at least one opening through which a fluid may be introduced into the cavity; and in that a back panel is attached to the transparent display wall panel, the back panel being movable to provide access to the toy figure display chamber.
A rear post and an extension for in-wall frames of retractable sliding doors, said rear post being substantially Ω-shaped, so as to define a first base, and there being provided axial coupling means that cooperate with means of engagement and centering which protrude from a flat second base of said extension which is C-shaped, said rear post and extension being selectively lockable in position by way of temporary locking means (12a, 12b) said axial coupling means being constituted by the perimetric edge of a first end of said rear post, said perimetric edge cooperating with said means of engagement and centering that protrude from said flat second base of said extension, said means of engagement and centering being arranged proximate to a second end of said extension and being constituted by two flaps (10a, 10b), each substantially L-shaped, obtained by punching said flat second base, and protruding from the latter and having the larger, free wing (11a, 11b) directed toward said second end, the distance that lies between said flaps (10a, 10b) being substantially equal to the thickness of said perimetric edge, said rear post and said extension being selectively locked in position by way of temporary locking means that are constituted by two threaded screws (12a, 12b), each one of said two threaded screws (12a, 12b) being screwed in first holes (13a, 13b) that are defined on said flat second base of said extension, the shank of each one of said threaded screws (12a, 12b) being screwed in at a pair of second holes (14a, 14b) that are defined on said flat first base of said rear post at a distance equal to that existing between said first holes (13a, 13b).
Centrifugal spreader for pourable materials, with a storage container having at least one discharge opening and metering device assigned thereto and at least one spreading disc which revolves below the metering device and has at least one two-part spreading wing, the inner wing part of which is mounted pivotably for positioning the spreading wing in the plane of the disc in the vicinity of the centre of the spreading disc, and is guided in the spreading disc at a distance therefrom and the outer wing part of which is guided displaceably in relation to the inner wing part by means of an elongated hole in order to set the wing length, wherein guides (25, 26 and 31) for the spreading wing parts (11, 12) are arranged on the spreading disc and on the outer wing part in a manner intersecting one another, and a single fixing means with a latching means reaching through the two guides at the intersecting point is provided, and markings (29, 36) having different symbols in each case are assigned to the adjustment range for the angular position of the spreading wing and for the wing length, characterized in that the marking for the adjustment range of the wing length is arranged on a limb of the inner wing part, which limb is angled counter to the direction of rotation, and an indicator is assigned to said marking, and in that the marking for the angular adjustment of the spreading wing is arranged on the downwardly bent circumferential edge of the spreading disc and an indicator at the end of the inner wing part is assigned to said marking.
A method of preparing a polymer nanocomposite material, the method comprising the steps of a) providing a dispersion of a nano material source in a continuous phase; b) contacting the dispersion with sorbent polyvinyl chloride polymer or polyvinyl chloride copolymer with at least 50% vinyl chloride particles; and c) removing the continuous phase to form a mixture of the polymer and nano material. a) providing a dispersion of a nano material source in a continuous phase; b) contacting the dispersion with sorbent polyvinyl chloride polymer or polyvinyl chloride copolymer with at least 50% vinyl chloride particles; and c) removing the continuous phase to form a mixture of the polymer and nano material.
A thermal sealing member (900, 1000, 1100), comprising: a single-layer ceramic-based knit fabric (500, 600, 700), comprising: a continuous ceramic strand (110, 510); characterized by a continuous load-relieving process aid strand, wherein the continuous ceramic strand (110, 510) serves the continuous load-relieving process aid strand; and a first metal alloy wire, wherein the continuous ceramic strand (110, 510), the continuous load-relieving process aid strand, and the first metal alloy wire are knit to form the single-layer ceramic-based knit fabric. a single-layer ceramic-based knit fabric (500, 600, 700), comprising: a continuous ceramic strand (110, 510); characterized by a continuous load-relieving process aid strand, wherein the continuous ceramic strand (110, 510) serves the continuous load-relieving process aid strand; and a first metal alloy wire, wherein the continuous ceramic strand (110, 510), the continuous load-relieving process aid strand, and the first metal alloy wire are knit to form the single-layer ceramic-based knit fabric. a continuous ceramic strand (110, 510); characterized by a continuous load-relieving process aid strand, wherein the continuous ceramic strand (110, 510) serves the continuous load-relieving process aid strand; and wherein the continuous ceramic strand (110, 510) serves the continuous load-relieving process aid strand; and a first metal alloy wire, wherein the continuous ceramic strand (110, 510), the continuous load-relieving process aid strand, and the first metal alloy wire are knit to form the single-layer ceramic-based knit fabric. wherein the continuous ceramic strand (110, 510), the continuous load-relieving process aid strand, and the first metal alloy wire are knit to form the single-layer ceramic-based knit fabric.
An additively manufacturing fastener defining a centerline, the fastener comprising: a shank extending along the centerline and defining an internal fluid passageway; and a head attached to the shank and defining a distribution plenum in fluid communication with the internal fluid passageway, the head comprising a cooling face defining a plurality of cooling holes in fluid communication with the distribution plenum; further comprising an impingement baffle positioned within the distribution plenum and spaced apart from the cooling face along the centerline, the impingement baffle defining a plurality of impingement holes. a shank extending along the centerline and defining an internal fluid passageway; and a head attached to the shank and defining a distribution plenum in fluid communication with the internal fluid passageway, the head comprising a cooling face defining a plurality of cooling holes in fluid communication with the distribution plenum; further comprising an impingement baffle positioned within the distribution plenum and spaced apart from the cooling face along the centerline, the impingement baffle defining a plurality of impingement holes.
A user terminal, comprising: a controller configured to execute an operation in which the user terminal communicates data using a wireless local area network, hereinforth called WLAN, while the user terminal has a radio resource control, hereinforth called RRC, connection with a cellular base station, wherein the controller is further configured to execute processes of: receiving a WLAN measurement configuration from the cellular base station, wherein the WLAN measurement configuration is used for WLAN measurement for the operation and includes WLAN identifiers; and measuring WLAN received signal strengths for WLAN access points based on the WLAN identifiers, characterized in that the controller is further configured to execute processes of: prioritizing the WLAN access points based on the WLAN received signal strengths; and transmitting, to the cellular base station, a report including a prioritized list of WLAN identifiers of the WLAN access points in order of priority. a controller configured to execute an operation in which the user terminal communicates data using a wireless local area network, hereinforth called WLAN, while the user terminal has a radio resource control, hereinforth called RRC, connection with a cellular base station, wherein the controller is further configured to execute processes of: receiving a WLAN measurement configuration from the cellular base station, wherein the WLAN measurement configuration is used for WLAN measurement for the operation and includes WLAN identifiers; and measuring WLAN received signal strengths for WLAN access points based on the WLAN identifiers, characterized in that the controller is further configured to execute processes of: prioritizing the WLAN access points based on the WLAN received signal strengths; and transmitting, to the cellular base station, a report including a prioritized list of WLAN identifiers of the WLAN access points in order of priority. receiving a WLAN measurement configuration from the cellular base station, wherein the WLAN measurement configuration is used for WLAN measurement for the operation and includes WLAN identifiers; and measuring WLAN received signal strengths for WLAN access points based on the WLAN identifiers, characterized in that the controller is further configured to execute processes of: prioritizing the WLAN access points based on the WLAN received signal strengths; and transmitting, to the cellular base station, a report including a prioritized list of WLAN identifiers of the WLAN access points in order of priority. prioritizing the WLAN access points based on the WLAN received signal strengths; and transmitting, to the cellular base station, a report including a prioritized list of WLAN identifiers of the WLAN access points in order of priority.
A base station comprising: a transmitter configured to transmit to a User Equipment, UE, a first signal including Sounding Reference Signal, SRS, configuration information; and a receiver configured to receive a SRS transmitted by said UE, wherein the SRS configuration information includes a Comb number information that is 2 or 4, the SRS is configured in part of resource blocks among all resource blocks in a frequency domain, wherein the number of resource blocks carrying the SRS is an integer less than the total number of resource blocks, and a subcarrier frequency interval of the SRS in the frequency domain is determined according the Comb number information. a transmitter configured to transmit to a User Equipment, UE, a first signal including Sounding Reference Signal, SRS, configuration information; and a receiver configured to receive a SRS transmitted by said UE, wherein the SRS configuration information includes a Comb number information that is 2 or 4, the SRS is configured in part of resource blocks among all resource blocks in a frequency domain, wherein the number of resource blocks carrying the SRS is an integer less than the total number of resource blocks, and a subcarrier frequency interval of the SRS in the frequency domain is determined according the Comb number information.
Method for fixing a strip end section (5, 5') of a metal strip, which is wound to form a coil (2, 3, 4, 8), to a strip winding, which is arranged adjacent to the strip end section (5, 5') of the coil (2, 3, 4, 8), characterised in that the strip end section (5, 5') is fixed by material bonding to the strip winding by a friction welding method.
An electronic device comprising: a display; an electronic pen; a slot in which the electronic pen can be inserted or detached; a pen sensing module configured to sense an insertion or a detachment of the electronic pen from the slot; a pen input module configured to receive an input using the electronic pen; and a processor electrically connected to the display, the pen sensing module, and the pen input module, wherein the processor is configured to, when the detachment of the electronic pen is sensed during an OFF-state of the display: activate the pen input module and control the display to display a memo screen with a black background maintaining a black color, detect a stroke input on the display, and based on the stroke input, display the stroke input in a solid-color different from the black background on the memo screen; wherein the memo screen includes at least one control menu a display; an electronic pen; a slot in which the electronic pen can be inserted or detached; a pen sensing module configured to sense an insertion or a detachment of the electronic pen from the slot; a pen input module configured to receive an input using the electronic pen; and a processor electrically connected to the display, the pen sensing module, and the pen input module, wherein the processor is configured to, when the detachment of the electronic pen is sensed during an OFF-state of the display: activate the pen input module and control the display to display a memo screen with a black background maintaining a black color, detect a stroke input on the display, and based on the stroke input, display the stroke input in a solid-color different from the black background on the memo screen; wherein the memo screen includes at least one control menu activate the pen input module and control the display to display a memo screen with a black background maintaining a black color, detect a stroke input on the display, and based on the stroke input, display the stroke input in a solid-color different from the black background on the memo screen; wherein the memo screen includes at least one control menu
An optical transmitter for converting an input data series which is an input electrical signal into an optical multi-level signal and for outputting the optical multi-level signal, comprising: a look-up table in which data for executing optical multi-level modulation is stored and from which first modulation data and second modulation data are output based on the input data series; a first D/A converter which converts the first modulation data by D/A conversion to generate a first multi-level signal; a second D/A converter which converts the second modulation data by D/A conversion to generate a second multi-level signal; and a dual-electrode MZ modulator which comprises a first phase modulator for modulating light from a light source in accordance with the first multi-level signal and a second phase modulator for modulating light from the light source in accordance with the second multi-level signal, and which combines an optical signal from the first phase modulator and an optical signal from the second phase modulator to output the optical multi-level signal, wherein the table configuration of the look-up table has an address size equal to or larger than the signal multiplicity of the optical multi-level signal, and a bit width equal to or larger than the quantifying bit number of the first D/A converter and the second D/A converter, wherein the signal multiplicity is the number of signals mapped onto one symbol. a look-up table in which data for executing optical multi-level modulation is stored and from which first modulation data and second modulation data are output based on the input data series; a first D/A converter which converts the first modulation data by D/A conversion to generate a first multi-level signal; a second D/A converter which converts the second modulation data by D/A conversion to generate a second multi-level signal; and a dual-electrode MZ modulator which comprises a first phase modulator for modulating light from a light source in accordance with the first multi-level signal and a second phase modulator for modulating light from the light source in accordance with the second multi-level signal, and which combines an optical signal from the first phase modulator and an optical signal from the second phase modulator to output the optical multi-level signal,
Method for controlling a drive having an actuator with periodic irregularity, wherein the method comprises the following steps: receiving a movement pattern of the drive, wherein the movement pattern contains a performed movement and an associated actuation signal of the drive; ascertaining a movement function of the drive based on the movement pattern, wherein the movement function represents the performed movement over the associated actuation signal; inverting the movement function of the drive to obtain an inverted movement function, wherein the inverted movement function represents the actuation signal over the performed movement; actuating the drive according to the inverted movement function, wherein an actuation signal for performing a predefined movement is derived from the inverted movement function. receiving a movement pattern of the drive, wherein the movement pattern contains a performed movement and an associated actuation signal of the drive; ascertaining a movement function of the drive based on the movement pattern, wherein the movement function represents the performed movement over the associated actuation signal; inverting the movement function of the drive to obtain an inverted movement function, wherein the inverted movement function represents the actuation signal over the performed movement; actuating the drive according to the inverted movement function, wherein an actuation signal for performing a predefined movement is derived from the inverted movement function.
A product dispensing system for automatic and manual actuation, comprising: a housing having a sidewall; a manual actuation button extending at least partially through the sidewall; and a dispensing opening in the sidewall; wherein both the dispensing opening and the manual actuation button are provided within an upper region of the housing; characterized by communication elements for guiding the user in proper handling and usage of the device during manual actuation, comprising at least one surface variation provided on the sidewall in the form of - orifices and/or protrusions within lower and/or central regions of the housing and/or - grooves circumscribing the housing in a lower region of the housing. a housing having a sidewall; a manual actuation button extending at least partially through the sidewall; and a dispensing opening in the sidewall; wherein both the dispensing opening and the manual actuation button are provided within an upper region of the housing; characterized by communication elements for guiding the user in proper handling and usage of the device during manual actuation, comprising at least one surface variation provided on the sidewall in the form of - orifices and/or protrusions within lower and/or central regions of the housing and/or - grooves circumscribing the housing in a lower region of the housing. - orifices and/or protrusions within lower and/or central regions of the housing and/or - grooves circumscribing the housing in a lower region of the housing.