mhurhangee/ep-ind-claims huggingface dataset:
A signal generator with direct digital synthesis, DDS, and tracking filter to generate an oscillator signal, comprising: a digital signal generator configured to generate a digital signal; a digital to analog converter, DAC, connected to an output of the digital signal generator, configured to convert the digital signal to an analog signal; a filter coupled to an output of the DAC, configured to filter the analog signal and generate the oscillator signal; characterized by a comparator coupled to an output of the filter, configured to generate a signal indicating zero crossings of the filter output signal; a digital control unit coupled to outputs of the digital signal generator and comparator, configured to generate a control signal to tune the filter to track a center frequency of the generated oscillator signal; wherein the control signal is generated based on adjacent samples values from the digital signal generator before and after zero crossings of the filter output signal, and wherein when the signal from the comparator is a rising edge at a zero crossing, the control signal is generated by subtracting from a current value of the control signal a sum of the adjacent samples values before and after the zero crossing weighted with a coefficient, when the signal from the comparator is a falling edge at a zero crossing, the control signal is generated by adding to the current value of the control signal the sum of the adjacent samples values before and after the zero crossing weighted with the coefficient, and wherein the coefficient affects how fast the tuning of the filter reaches a steady-state. a digital signal generator configured to generate a digital signal; a digital to analog converter, DAC, connected to an output of the digital signal generator, configured to convert the digital signal to an analog signal; a filter coupled to an output of the DAC, configured to filter the analog signal and generate the oscillator signal; characterized by a comparator coupled to an output of the filter, configured to generate a signal indicating zero crossings of the filter output signal; a digital control unit coupled to outputs of the digital signal generator and comparator, configured to generate a control signal to tune the filter to track a center frequency of the generated oscillator signal; wherein the control signal is generated based on adjacent samples values from the digital signal generator before and after zero crossings of the filter output signal, and wherein when the signal from the comparator is a rising edge at a zero crossing, the control signal is generated by subtracting from a current value of the control signal a sum of the adjacent samples values before and after the zero crossing weighted with a coefficient, when the signal from the comparator is a falling edge at a zero crossing, the control signal is generated by adding to the current value of the control signal the sum of the adjacent samples values before and after the zero crossing weighted with the coefficient, and wherein the coefficient affects how fast the tuning of the filter reaches a steady-state.
A refrigerator comprising - a fresh food compartment wherein foodstuffs to be cooled are placed, - a freezing compartment wherein foodstuffs to be frozen are placed and - an ice cream making device that is placed into the freezing compartment having • a receptacle wherein ice cream is prepared; • a mixer situated in the receptacle; • a motor that actuates and rotates the mixer; • a transmission means that transmits the movement of the motor to the mixer; • a bottom wall; • a housing disposed on the bottom wall, whereon the receptacle is mounted; • an extension that supports the motor; and • a casing that is attached to the bottom wall and that supports the transmission means., characterized by a cabinet, with the receptacle being disposed inside the cabinet, with the bottom wall forming the base of the cabinet, with the extension extending from the bottom wall to the outside of the cabinet, wherein the casing supports the motor, and by a sealing element that extends between the bottom wall and the casing and that remains between the housing and the motor. - a fresh food compartment wherein foodstuffs to be cooled are placed, - a freezing compartment wherein foodstuffs to be frozen are placed and - an ice cream making device that is placed into the freezing compartment having • a receptacle wherein ice cream is prepared; • a mixer situated in the receptacle; • a motor that actuates and rotates the mixer; • a transmission means that transmits the movement of the motor to the mixer; • a bottom wall; • a housing disposed on the bottom wall, whereon the receptacle is mounted; • an extension that supports the motor; and • a casing that is attached to the bottom wall and that supports the transmission means., • a receptacle wherein ice cream is prepared; • a mixer situated in the receptacle; • a motor that actuates and rotates the mixer; • a transmission means that transmits the movement of the motor to the mixer; • a bottom wall; • a housing disposed on the bottom wall, whereon the receptacle is mounted; • an extension that supports the motor; and • a casing that is attached to the bottom wall and that supports the transmission means.,
A fitting for a sliding door, comprising a track roller carrier (10, 10', 10"', 20, 20') on which at least one track roller which rolls on a rail is rotatably mounted, and a holding element (30, 30', 30") on which a sliding door (1, 2) can be fixed, with the holding element (30, 30', 30") being height-adjustable relative to the track roller carrier (10, 10', 10"', 20, 20'), and a threaded spindle (32, 32", 32"') is provided for the height adjustment, said threaded spindle being rotatably mounted in an inner thread of the holding element (30, 30', 30") and being supported on the face side, wherein at least one fastening means (31, 41 ", 41"') which can be inserted into a sliding door is provided on the holding element (30, 30', 30"), characterized in that the holding element is inserted at least in part into a U-shaped recess (21, 11 ") on the track roller carrier (10, 10', 10"', 20, 20'), wherein the threaded spindle (32, 32", 32"') is supported on a base of the recess (21,11").
A method for quantitative or qualitative determination of fungal cells in a sample potentially containing β-N-acetythexosaminidase3.2.1.52 (NAHA) from non-fungal sources, comprising contacting or mixing the sample with a substrate to produce a reaction mixture and subsequently assessing the numbers or concentration of the fungal cells in the sample as a function of measured conversion of the substrate in the reaction mixture after producing the reaction mixture, wherein - the substrate can be converted by (NAHA) produced by the fungal cells and by non-fungal NAHA, and - a preferential inhibitor of the enzymatic conversion of the substrate by non-fungal NAHA is present in the reaction mixture; wherein the preferential inhibitor is one that upon prolonged incubation with fungal cells inhibits the NAHA activity from fungal cells in a manner similar to the inhibition of non-fungal NAHA activity, wherein the preferential inhibitor is a metal ion selected from Ag +, Hg 2+, and Pb 2+ or is 2-Acetamido-1,2-dideoxynojirimycin. - the substrate can be converted by (NAHA) produced by the fungal cells and by non-fungal NAHA, and - a preferential inhibitor of the enzymatic conversion of the substrate by non-fungal NAHA is present in the reaction mixture; wherein the preferential inhibitor is one that upon prolonged incubation with fungal cells inhibits the NAHA activity from fungal cells in a manner similar to the inhibition of non-fungal NAHA activity, wherein the preferential inhibitor is a metal ion selected from Ag +, Hg 2+, and Pb 2+ or is 2-Acetamido-1,2-dideoxynojirimycin.
An attachable unit to be attached to a smoking article rod by a user to modify an aerosol generated by the smoking article rod, the attachable unit comprising: a cylindrical element; and a tubular element, wherein the cylindrical element and tubular element are aligned on a longitudinal axis and connected together by a sheet material wrapping at least a portion of the cylindrical element and tubular element and wherein the tubular element defines a recess to receive at least a portion of the smoking article rod when the attachable unit is attached to the smoking article rod, wherein the cylindrical element comprises a flavour modifying agent, wherein the tubular element has a wall thickness of between 0.2 mm and 1 mm, and further comprising a raised area extending from an inner surface of the recess for contacting an outer surface of the smoking article rod when the at least a portion of the smoking article rod is received in the recess. a cylindrical element; and a tubular element, wherein the cylindrical element and tubular element are aligned on a longitudinal axis and connected together by a sheet material wrapping at least a portion of the cylindrical element and tubular element and wherein the tubular element defines a recess to receive at least a portion of the smoking article rod when the attachable unit is attached to the smoking article rod, wherein the cylindrical element comprises a flavour modifying agent, wherein the tubular element has a wall thickness of between 0.2 mm and 1 mm, and further comprising a raised area extending from an inner surface of the recess for contacting an outer surface of the smoking article rod when the at least a portion of the smoking article rod is received in the recess.
Shelf for a shelving unit - with a first longitudinal beam and a second longitudinal beam, - with cross beams which are arranged between the first and the second longitudinal beam (1, 2) and - characterized in that the shelf is formed with at least one diagonal rod which runs diagonally to the longitudinal beams (1, 2) and cross beams, which is arranged on a first side of the cross beams and is connected to at least two of the cross beams, and in that ends of the diagonal rod each at least partially enclose a cross beam and a region of the ends located on a second side of the cross beam is fastened to the cross beam. - with a first longitudinal beam and a second longitudinal beam, - with cross beams which are arranged between the first and the second longitudinal beam (1, 2) and - characterized in that the shelf is formed with at least one diagonal rod which runs diagonally to the longitudinal beams (1, 2) and cross beams, which is arranged on a first side of the cross beams and is connected to at least two of the cross beams,
A radio communication method comprising: transmitting first information from a first radio station to a second radio station before determining an activation of a second logical processing entity that is to be activated in a first processing layer of the second radio station in association with a first logical processing entity that has been activated in the first processing layer of the second radio station, the first information relating to the activation of the second logical processing entity, the first information being transmitted using a first control signal in a higher layer of the first processing layer; transmitting, when determining the activation of the second logical processing entity, second information for instructing the activation from the first radio station to the second radio station, the second information being transmitted using a second control signal in the first processing layer; and activating the second logical processing entity by the second radio station based on the first information in response to the second information, wherein the second information is transmitted using a reserved field or a reserved value in the second control signal. transmitting first information from a first radio station to a second radio station before determining an activation of a second logical processing entity that is to be activated in a first processing layer of the second radio station in association with a first logical processing entity that has been activated in the first processing layer of the second radio station, the first information relating to the activation of the second logical processing entity, the first information being transmitted using a first control signal in a higher layer of the first processing layer; transmitting, when determining the activation of the second logical processing entity, second information for instructing the activation from the first radio station to the second radio station, the second information being transmitted using a second control signal in the first processing layer; and activating the second logical processing entity by the second radio station based on the first information in response to the second information, wherein the second information is transmitted using a reserved field or a reserved value in the second control signal.
A radome for housing an antenna, the radome comprising: a monocoque front housing half having a peripheral edge; and a monocoque rear housing half having a peripheral edge and configured to mate with the front housing half, the mated front and rear housing halves (20, 30) defining a hollow interior in which an antenna may be received; wherein the front housing half peripheral edge is shaped to define a peripheral channel region configured to receive the rear housing half peripheral edge, wherein the peripheral channel region contains an adhesive sealant, wherein the rear housing half peripheral edge is partially submerged in the adhesive sealant before curing; wherein the front housing half includes a plurality of alignment pins configured to align the front housing half to the rear housing half and prevent accidental contact of the rear housing half peripheral edge with the sealant; and wherein the front housing half includes at least one first clip engagement member and the rear housing half includes at least one corresponding second clip engagement member, the first and second clip engagement members (23, 33) located on internal surfaces of the housing halves (20, 30) and configured to mechanically engage with one another and mechanically secure the housing halves (20, 30) to each other in addition to the bonding and sealing provided by the sealant. a monocoque front housing half having a peripheral edge; and a monocoque rear housing half having a peripheral edge and configured to mate with the front housing half, the mated front and rear housing halves (20, 30) defining a hollow interior in which an antenna may be received; wherein the front housing half peripheral edge is shaped to define a peripheral channel region configured to receive the rear housing half peripheral edge, wherein the peripheral channel region contains an adhesive sealant, wherein the rear housing half peripheral edge is partially submerged in the adhesive sealant before curing; wherein the front housing half includes a plurality of alignment pins configured to align the front housing half to the rear housing half and prevent accidental contact of the rear housing half peripheral edge with the sealant; and wherein the front housing half includes at least one first clip engagement member and the rear housing half includes at least one corresponding second clip engagement member, the first and second clip engagement members (23, 33) located on internal surfaces of the housing halves (20, 30) and configured to mechanically engage with one another and mechanically secure the housing halves (20, 30) to each other in addition to the bonding and sealing provided by the sealant.
A method, performed by a communications device, for providing localised services on the communications device, the method comprising: determining a device location of the communications device; determining that the device location is within a realm defined by a synchronisation server; synchronising the communications device with the synchronisation server, the synchronising comprising connecting the communications device to an internal synchronisation server instance; and requesting location specific data for the device location available via the synchronisation server; receiving location specific data from the synchronisation server; determining a more exact device location of the communications device; providing one or more distributed services based on the more exact location; characterized by removing the location specific data from the communications device in response to determining that the communications device has lost synchronisation with the synchronisation server. determining a device location of the communications device; determining that the device location is within a realm defined by a synchronisation server; synchronising the communications device with the synchronisation server, the synchronising comprising connecting the communications device to an internal synchronisation server instance; and requesting location specific data for the device location available via the synchronisation server; receiving location specific data from the synchronisation server; determining a more exact device location of the communications device; providing one or more distributed services based on the more exact location; characterized by removing the location specific data from the communications device in response to determining that the communications device has lost synchronisation with the synchronisation server.
A hypoid gear comprising a pair of gears including a first gear and a second gear, characterized in that a tip cone angle (Γ f) of the second gear is set at a value in a predetermined range around an inclination angle (Γ s) of an instantaneous axis which is an axis of a relative angular velocity of the first gear and the second gear with respect to a rotational axis of the second gear.
A method comprising: receiving an indication of discontinuous reception period and an indication of a number of paging groups; determining paging occasions for a user equipment by applying the indicated discontinuous reception period, the indicated number of paging groups and an identifier of the user equipment to a predetermined formula; and monitoring a control channel during the determined paging occasions, characterized in that the predetermined formula comprises: S ⁢ F ⁢ N mod Idle _ Mode _ DRX _ Period = Idle _ Mode _ DRX _ P e r i o d div Paging _ Group _ Count * ID mod Paging _ Group _ Count; wherein SFN is system frame number, Idle_Mode_DRX_Period is the discontinuous reception period, Paging_Group_Count is the number of paging groups, and ID is the identifier of the user equipment which comprises an international mobile subscriber identity of the user equipment or a value derived from the international mobile subscriber identity. receiving an indication of discontinuous reception period and an indication of a number of paging groups; determining paging occasions for a user equipment by applying the indicated discontinuous reception period, the indicated number of paging groups and an identifier of the user equipment to a predetermined formula; and monitoring a control channel during the determined paging occasions, characterized in that the predetermined formula comprises: S ⁢ F ⁢ N mod Idle _ Mode _ DRX _ Period = Idle _ Mode _ DRX _ P e r i o d div Paging _ Group _ Count * ID mod Paging _ Group _ Count; wherein SFN is system frame number, Idle_Mode_DRX_Period is the discontinuous reception period, Paging_Group_Count is the number of paging groups, and ID is the identifier of the user equipment which comprises an international mobile subscriber identity of the user equipment or a value derived from the international mobile subscriber identity. Idle_Mode_DRX_Period is the discontinuous reception period, Paging_Group_Count is the number of paging groups, and ID is the identifier of the user equipment which comprises an international mobile subscriber identity of the user equipment or a value derived from the international mobile subscriber identity.
A recombinant yeast cell comprising a heterologous nucleic acid molecule encoding a polypeptide having (i) xylose isomerase activity and (ii)(a) an amino acid sequence with greater than 95% sequence identity to the amino acid sequence SEQ ID NO:1 or 3, or (ii)(b) an amino acid sequence with at least 96% sequence identity to the amino acid sequence of SEQ ID NO:5, wherein the polypeptide provides xylose isomerase activity to the yeast cell. (ii)(a) an amino acid sequence with greater than 95% sequence identity to the amino acid sequence SEQ ID NO:1 or 3, or (ii)(b) an amino acid sequence with at least 96% sequence identity to the amino acid sequence of SEQ ID NO:5,
A method for robots to self-locate on a movement surface of a base, which is movable relative to a workpiece by at least one movement system (402, 404) of a manufacturing assembly (204,400) in a manufacturing environment, the method comprising: moving a first robot (212, 408) on and across the movement surface and relative to the workpiece, wherein the movement surface faces the workpiece; forming sensor data using a first number of sensors on the first robot (212, 408) while the base is held stationary relative to the workpiece, which sensors face the movement surface, as the first robot moves across the movement surface, in which the sensor data represents identifying characteristics of a portion of the movement surface; determining a location of the first robot (212, 408) on the movement surface using the sensor data; and determining a location of a functional component, which is an end effector of the first robot (212, 408), relative to the workpiece using the location of the first robot (212, 408) on the movement surface. moving a first robot (212, 408) on and across the movement surface and relative to the workpiece, wherein the movement surface faces the workpiece; forming sensor data using a first number of sensors on the first robot (212, 408) while the base is held stationary relative to the workpiece, which sensors face the movement surface, as the first robot moves across the movement surface, in which the sensor data represents identifying characteristics of a portion of the movement surface; determining a location of the first robot (212, 408) on the movement surface using the sensor data; and determining a location of a functional component, which is an end effector of the first robot (212, 408), relative to the workpiece using the location of the first robot (212, 408) on the movement surface.
An equipment door comprising: a vertical panel, a top and a bottom end, wherein the equipment door is a lift-off door that at least partially covers an access window on an equipment housing frame, wherein the access window is defined at least in part by a top edge on the equipment housing frame and a bottom edge on the equipment housing frame, characterised in that the top end of the equipment door comprises a fastener that removably attaches the top end of the door to the top edge of the access window, further wherein the bottom end of the door comprises at least one tab, wherein the at least one tab extends from a bottom edge of the door from a first acute bend angle between the vertical panel and a first tab portion, further wherein the at least one tab comprises a second tab portion connected to the first tab portion through a second acute bend angle, wherein the first bend angle and second bend angle are opposite in direction, wherein the bottom edge of the door and a distal end of the second tab portion define a first plane that is approximately perpendicular to a second plane defined by the vertical panel, further wherein each tab engages the equipment housing frame at a slot located on the bottom edge of the access window.