mhurhangee/ep-ind-claims huggingface dataset:
A method for associating signal sources and paths, the method being performed by a first device and comprising: determining secondary paths of a signal received at a reception point, wherein the signal reflects off one or more reflective surfaces before being received at the reception point; and wherein the first device is separate from a reception point device; determining mirror sources of the secondary paths in accordance with locations of the one or more reflective surfaces and a main source of the signal; determining associations between the secondary paths and the mirror sources based on cross points at which the signal reflected off the one or more reflective surfaces, thereby obtaining path-source associations; and instructing use of the path-source associations in multi-source channel estimation, wherein performing the multi-source channel estimation further comprises: selecting sources from a set comprising the main source and the mirror sources with energy levels exceeding a threshold energy level, characterized in that: instructing the use of the path-source associations comprises sending the path-source associations to the reception point device, the path-source associations being used to perform the multi-source channel estimation at the reception point for transmissions from wireless devices at or near the main source. determining secondary paths of a signal received at a reception point, wherein the signal reflects off one or more reflective surfaces before being received at the reception point; and wherein the first device is separate from a reception point device; determining mirror sources of the secondary paths in accordance with locations of the one or more reflective surfaces and a main source of the signal; determining associations between the secondary paths and the mirror sources based on cross points at which the signal reflected off the one or more reflective surfaces, thereby obtaining path-source associations; and instructing use of the path-source associations in multi-source channel estimation, wherein performing the multi-source channel estimation further comprises: selecting sources from a set comprising the main source and the mirror sources with energy levels exceeding a threshold energy level,
A method of manufacturing a polymer, comprising: polymerizing a curable composition with irradiation of active energy ray, wherein the curable composition comprises: a monomer component containing a monomer represented by formula below and a monomer polymerizable with the monomer, wherein a content of the monomer is 0.01 to 35 mol% in the monomer component, and a content of the monomer is 65 to 99.99 mol% in the monomer component. (wherein R 1 represents a hydrogen atom or a methyl group; X represents a compound represented by formula below or a compound represented by formula below; and R 2, R 3 and R 4 each represent a hydrogen atom, a linear alkyl group having 1 to 8 carbon atoms, a branched linear alkyl group having 1 to 8 carbon atoms, a substituted or unsubstituted cycloalkyl group having 6 to 8 carbon atoms, or a substituted or unsubstituted aryl group having 6 to 12 carbon atoms, where R 2, R 3 and R 4 are the same or different from one another, a combination of R 2 and R 3, R 2 and R 4, R 3 and R 4, or R 2, R 3 and R 4 optionally form a ring structure and the ring structure optionally has a substituted group.) (wherein n represents an integer of 1 to 10; R 5 and R 6 each represent a hydrogen atom or a methyl group; and at least one of R 5 and R 6 represents a hydrogen atom.) (wherein n represents an integer of 1 to 10.) a monomer component containing a monomer represented by formula below and a monomer polymerizable with the monomer, wherein a content of the monomer is 0.01 to 35 mol% in the monomer component, and a content of the monomer is 65 to 99.99 mol% in the monomer component.
A manufacturing method of a laundry machine comprises steps of: installing (S107, S108) a tub, a drum and a suspension unit configured to suspend vibration of the drum to a cabinet base, the tub being seated in the cabinet base having a front supporter and a rear supporter, the suspension unit comprising a bearing housing and a bracket (430, 431), and a shaft being connected to the drum; assembling a cabinet left, a cabinet right and a cabinet rear to the cabinet base, in a state of the tub, the drum and the suspension unit being installed to the cabinet base, wherein the tub is installed to stand alone on the cabinet base by the front supporter and the rear supporter in the step of installing the tub, the drum, and the suspension unit to the cabinet, wherein the back side of the tub and the cabinet rear are fixed to each other. installing (S107, S108) a tub, a drum and a suspension unit configured to suspend vibration of the drum to a cabinet base, the tub being seated in the cabinet base having a front supporter and a rear supporter, the suspension unit comprising a bearing housing and a bracket (430, 431), and a shaft being connected to the drum; assembling a cabinet left, a cabinet right and a cabinet rear to the cabinet base, in a state of the tub, the drum and the suspension unit being installed to the cabinet base, wherein the tub is installed to stand alone on the cabinet base by the front supporter and the rear supporter in the step of installing the tub, the drum, and the suspension unit to the cabinet, wherein the back side of the tub and the cabinet rear are fixed to each other.
Controller for a wind turbine, wherein the controller is configured to process measured values and/or external specifications, in order to determine control specifications for cyclical pitching of the wind turbine, characterized in that a characteristic curve of the amplitude of the cyclical pitching plotted against a wind parameter (V, 21, 22, 23, 24) is stored in the controller, wherein the characteristic curve has an extreme point from which the characteristic curve rises or falls in both directions, and in that the controller is configured to determine a control specification for the amplitude of the cyclical pitching from a measured value of the wind parameter (V, 21, 22, 23, 24) on the basis of the characteristic curve.
A USB memory stick (100, 300), comprising: a casing comprising opposing top and bottom sides and a bottom opening in said bottom side; a PC board comprising a USB interface circuit and a memory chip package; a tray holding said PC board in said casing; a safety hook for fastening to a belt or strip-like object; and a hinge coupled between said casing and said safety hook for allowing a limited angle of rotation between said casing and said safety hook; characterised in that said hinge comprises first and second barrels (51, 52) located at the top side of said casing, a third barrel located at said safety hook and inserted in between said first and second barrels (51, 52), and a pivot shaft connecting said first and second barrels (51, 52) and said third barrel for allowing said third barrel to be turned with said safety hook relative to said casing within a predetermined angle. a casing comprising opposing top and bottom sides and a bottom opening in said bottom side; a PC board comprising a USB interface circuit and a memory chip package; a tray holding said PC board in said casing; a safety hook for fastening to a belt or strip-like object; and a hinge coupled between said casing and said safety hook for allowing a limited angle of rotation between said casing and said safety hook; characterised in that said hinge comprises first and second barrels (51, 52) located at the top side of said casing, a third barrel located at said safety hook and inserted in between said first and second barrels (51, 52), and a pivot shaft connecting said first and second barrels (51, 52) and said third barrel for allowing said third barrel to be turned with said safety hook relative to said casing within a predetermined angle.
Method for measuring the length of a section (s), in particular an optical distance-measuring method, in which an input means (24, 42) of a distance-measuring apparatus (20, 22) is actuated, which initiates a measurement sequence of distance measurements, during which individual measurements of distances of the measuring apparatus (20, 22) transversely with respect to the section (s) to be measured are carried out, the distance-measuring apparatus being pivoted during the measurement sequence in such a manner that the measurement signal is guided via the section to be measured, at least one maximum value (10, 16) and at least one minimum value of the distances being determined from the measurement sequence, and the length of the section (s) being determined using the at least one maximum value (10, 16) and the at least one minimum value.
A wiper blade attached to a wiper arm swingably provided on a vehicle and carrying out reciprocating wiping operation on a windshield comprising: a blade rubber having a lip part contact with the windshield and a main-body part integrally formed with the lip part; a holder main body having: a retaining part retaining the main-body part; and a pair of housing parts provided in short-side-direction both sides of the holder main body so as to sandwich the retaining part; a pair of vertebrae housed in the housing parts respectively and elastically deforming the blade rubber in accordance with a curvature factor of the windshield; an arm coupling member fixed to the vertebrae and coupled to the wiper arm; an end cap attached to a longitudinal-direction end part of the holder main body and preventing the blade rubber from falling off from the holder main body, characterized by: an insertion opening provided between the end cap and the holder main body and enabling the main-body part to be inserted thereto in a state in which the end cap is attached to the end part of the holder member; and a guiding part provided in the end cap forming the insertion opening and guiding the main-body part toward the retaining part. a blade rubber having a lip part contact with the windshield and a main-body part integrally formed with the lip part; a holder main body having: a retaining part retaining the main-body part; and a pair of housing parts provided in short-side-direction both sides of the holder main body so as to sandwich the retaining part; a pair of vertebrae housed in the housing parts respectively and elastically deforming the blade rubber in accordance with a curvature factor of the windshield; an arm coupling member fixed to the vertebrae and coupled to the wiper arm; an end cap attached to a longitudinal-direction end part of the holder main body and preventing the blade rubber from falling off from the holder main body, characterized by: an insertion opening provided between the end cap and the holder main body and enabling the main-body part to be inserted thereto in a state in which the end cap is attached to the end part of the holder member; and a guiding part provided in the end cap forming the insertion opening and guiding the main-body part toward the retaining part. an insertion opening provided between the end cap and the holder main body and enabling the main-body part to be inserted thereto in a state in which the end cap is attached to the end part of the holder member; and a guiding part provided in the end cap forming the insertion opening and guiding the main-body part toward the retaining part.
A hand held controller for a games console comprising: a hard outer case; and a plurality of controls located on a front and top of the controller; the controller being shaped to be held in both hands of a user such that the user's thumbs are positioned to operate controls located on the front of the controller and the user's index fingers are positioned to operate controls located on the top of the controller; wherein the controller further comprises at least one additional control mounted on a back of the controller such that the at least one additional control is in a position operable by the middle finger of a user and a mounting mechanism for detachably securing the at least one additional control, the mounting mechanism being located on the back of the controller wherein the at least one additional control comprises an elongate member which is displaceable by a user to activate a control function, wherein the or each elongate member comprises a first part of a complementary locking mechanism, and wherein the controller comprises a second part of a complementary locking mechanism such that the or each elongate member is detachably secured to the controller. a hard outer case; and a plurality of controls located on a front and top of the controller; the controller being shaped to be held in both hands of a user such that the user's thumbs are positioned to operate controls located on the front of the controller and the user's index fingers are positioned to operate controls located on the top of the controller; wherein the controller further comprises at least one additional control mounted on a back of the controller such that the at least one additional control is in a position operable by the middle finger of a user and a mounting mechanism for detachably securing the at least one additional control, the mounting mechanism being located on the back of the controller wherein the at least one additional control comprises an elongate member which is displaceable by a user to activate a control function, wherein the or each elongate member comprises a first part of a complementary locking mechanism, and wherein the controller comprises a second part of a complementary locking mechanism such that the or each elongate member is detachably secured to the controller.
Arrangement for connecting a loop to a handle of a pole, in particular a ski pole, a cross-country ski pole or a Nordic walking pole, having at least two parts (1, 21) that can be locked to one another, one of which is arranged on the loop and the other on the handle, characterized by magnets (13, 25) assigned to the parts (1, 21) which load the parts (1, 21) in their position locked with one another.
A process for producing propylene-based polymer comprising: contacting, under polymerization conditions in a gas phase polymerization reactor, propylene monomer and optionally one or more comonomers with a Ziegler-Natta catalyst composition, wherein the Ziegler-Natta catalyst composition comprises a phthalate-based internal electron donor and a mixed external electron donor comprising one or more alkoxysilanes and one or more activity limiting agents; maintaining the temperature of a reaction zone of the gas phase polymerization reactor at a temperature from greater than or equal to 75°C to less than or equal to 85°C; and forming a propylene-based polymer having a molecular weight (M w) greater than 100,000, and a M z+1 /M z less than 2.20. contacting, under polymerization conditions in a gas phase polymerization reactor, propylene monomer and optionally one or more comonomers with a Ziegler-Natta catalyst composition, wherein the Ziegler-Natta catalyst composition comprises a phthalate-based internal electron donor and a mixed external electron donor comprising one or more alkoxysilanes and one or more activity limiting agents; maintaining the temperature of a reaction zone of the gas phase polymerization reactor at a temperature from greater than or equal to 75°C to less than or equal to 85°C; and forming a propylene-based polymer having a molecular weight (M w) greater than 100,000, and a M z+1 /M z less than 2.20.
An electronic device, comprising: a signal generating circuit configured to generate a sensory signal through a signal source; and a movable sensing circuit configured to generate a feedback signal in response to a detection signal formed by the sensory signal from the signal generating circuit and to transmit the feedback signal to the signal generating circuit; characterised in that the signal generating circuit configured to obtain a first distance value between the signal source and the movable sensing circuit based on the feedback signal, and to adjust an intensity of the sensory signal based on the first distance value; and when the first distance value is greater than a first threshold value, the signal generating circuit is configured to set the intensity of the sensory signal at a predetermined intensity; when the first distance value is between the first threshold value and a second threshold value, the signal generating circuit is configured to adjust the intensity of the sensory signal based on the first distance value, such that the intensity of the sensory signal is directly proportional to the first distance value; and when the first distance value is less than the second threshold value, the signal generating circuit is configured to set the intensity of the sensory signal at a minimum intensity. a signal generating circuit configured to generate a sensory signal through a signal source; and a movable sensing circuit configured to generate a feedback signal in response to a detection signal formed by the sensory signal from the signal generating circuit and to transmit the feedback signal to the signal generating circuit; characterised in that the signal generating circuit configured to obtain a first distance value between the signal source and the movable sensing circuit based on the feedback signal, and to adjust an intensity of the sensory signal based on the first distance value; and when the first distance value is greater than a first threshold value, the signal generating circuit is configured to set the intensity of the sensory signal at a predetermined intensity; when the first distance value is between the first threshold value and a second threshold value, the signal generating circuit is configured to adjust the intensity of the sensory signal based on the first distance value, such that the intensity of the sensory signal is directly proportional to the first distance value; and when the first distance value is less than the second threshold value, the signal generating circuit is configured to set the intensity of the sensory signal at a minimum intensity.
A method for fabricating a printable semiconductor element, said method comprising the steps of: providing a silicon wafer having a orientation and having an external surface; generating a plurality of recessed features on said external surface of said silicon wafer, wherein each of said recessed features comprises a bottom surface and side surfaces of exposed silicon wafer; masking at least a portion of said side surfaces of said recessed features; etching between said recessed features, wherein the etching occurs at a faster rate along the <110> directions of said silicon wafer than along the <111> directions, thereby fabricating said printable semiconductor element; and releasing said printable semiconductor element from said silicon wafer by contacting said printable semiconductor element with a transfer device. providing a silicon wafer having a orientation and having an external surface; generating a plurality of recessed features on said external surface of said silicon wafer, wherein each of said recessed features comprises a bottom surface and side surfaces of exposed silicon wafer; masking at least a portion of said side surfaces of said recessed features; etching between said recessed features, wherein the etching occurs at a faster rate along the <110> directions of said silicon wafer than along the <111> directions, thereby fabricating said printable semiconductor element; and releasing said printable semiconductor element from said silicon wafer by contacting said printable semiconductor element with a transfer device.
Satellite transmission unit, comprising: - a package division device for producing payload/utilizable data packets (4, 4', 4") having a defined payload data packet length from an input data flow, namely an XFECFRAME; - a pilot generating device for generating pilot data packets (7 - 7"'); - a header data generating device for generating header data packets (5, 5', 5"), each in the form of a PLHEADER, having information regarding the used modulation method and coding method; - a linking device for assembling the payload data packets (4, 4', 4"), the header data packet (5, 5', 5") and the pilot data packets (7 - 7"') into an output data flow, wherein at least one pair of pilot data packets (7 - 7"') encloses a plurality of payload data packets (4, 4', 4") and at least one header data packet (5, 5', 5"), - a transmitter having a modulator device, wherein the output data flow is supplied to the modulator device for transmission; characterized in that in the header data packet (5, 5', 5"), information regarding the affiliation of the payload data packets (4, 4', 4") to a determined total data flow and/or a certain part of the total data flow is included by inserting an input stream identifier or a value derived from the input stream identifier. - a package division device for producing payload/utilizable data packets (4, 4', 4") having a defined payload data packet length from an input data flow, namely an XFECFRAME; - a pilot generating device for generating pilot data packets (7 - 7"'); - a header data generating device for generating header data packets (5, 5', 5"), each in the form of a PLHEADER, having information regarding the used modulation method and coding method; - a linking device for assembling the payload data packets (4, 4', 4"), the header data packet (5, 5', 5") and the pilot data packets (7 - 7"') into an output data flow, wherein at least one pair of pilot data packets (7 - 7"') encloses a plurality of payload data packets (4, 4', 4") and at least one header data packet (5, 5', 5"), - a transmitter having a modulator device, wherein the output data flow is supplied to the modulator device for transmission;
A rheometer that comprises: a rotatable sleeve that defines a cylindrical cavity; a cylindrical bob (301, 401) positioned within the cavity to define an annular space, the bob being supported by a cross-spring pivot (303, 411) that permits limited rotation of the bob; characterized by: a force rebalance system arranged to sense rotation of the bob and impose a feedback force to counter any deviation of the bob from a reference point, wherein the force rebalance system comprises: an arm attached to a movable portion of the cross-spring pivot; a position sensor arranged to measure a displacement of the arm; and an actuator arranged to apply the feedback force to counter displacement of the arm from a reference position; and a processor arranged to derive at least one viscoelastic parameter for a fluid in the annular space based at least in part on the feedback force. a rotatable sleeve that defines a cylindrical cavity; a cylindrical bob (301, 401) positioned within the cavity to define an annular space, the bob being supported by a cross-spring pivot (303, 411) that permits limited rotation of the bob; characterized by: a force rebalance system arranged to sense rotation of the bob and impose a feedback force to counter any deviation of the bob from a reference point, wherein the force rebalance system comprises: an arm attached to a movable portion of the cross-spring pivot; a position sensor arranged to measure a displacement of the arm; and an actuator arranged to apply the feedback force to counter displacement of the arm from a reference position; and a force rebalance system arranged to sense rotation of the bob and impose a feedback force to counter any deviation of the bob from a reference point, wherein the force rebalance system comprises: an arm attached to a movable portion of the cross-spring pivot; a position sensor arranged to measure a displacement of the arm; and an actuator arranged to apply the feedback force to counter displacement of the arm from a reference position; and an arm attached to a movable portion of the cross-spring pivot; a position sensor arranged to measure a displacement of the arm; and an actuator arranged to apply the feedback force to counter displacement of the arm from a reference position; and a processor arranged to derive at least one viscoelastic parameter for a fluid in the annular space based at least in part on the feedback force.