mhurhangee/patent-ind-claim-en huggingface dataset:
A conveyor apparatus comprising: a conveying unit which conveys an article supplied from the outside; a detection unit which detects an amount of an article loaded on the conveying unit; and a control unit which sets a force of conveying the article in the conveying unit on the basis of a detection result of the detection unit and controls an operation of the conveying unit, characterised in that the control unit sets the conveying force of the conveying unit to be larger than a current conveying force when a state in which a change amount of the article loading amount on the conveying unit is smaller than a threshold value is maintained for a first predetermined time or more and sets the conveying force of the conveying unit to be smaller than the current conveying force when a state in which the change amount of the article loading amount on the conveying unit is smaller than the threshold value is maintained for a second predetermined time or more in the detection result of the detection unit , and wherein the second predetermined time is longer than the first predetermined time. a conveying unit which conveys an article supplied from the outside; a detection unit which detects an amount of an article loaded on the conveying unit; and a control unit which sets a force of conveying the article in the conveying unit on the basis of a detection result of the detection unit and controls an operation of the conveying unit, characterised in that the control unit sets the conveying force of the conveying unit to be larger than a current conveying force when a state in which a change amount of the article loading amount on the conveying unit is smaller than a threshold value is maintained for a first predetermined time or more and sets the conveying force of the conveying unit to be smaller than the current conveying force when a state in which the change amount of the article loading amount on the conveying unit is smaller than the threshold value is maintained for a second predetermined time or more in the detection result of the detection unit , and wherein the second predetermined time is longer than the first predetermined time.
An ingredient control device comprising at least one vibration generating portion configured to generate vibrations, wherein vibration is generated by the vibration generating portion to control an ingredient in an object disposed to face the vibration generating portion to decrease an interfacial tension between a water phase and another phase.
An automated system (700a;700b) for determining a white blood cell status in a biological sample, the system comprising: a first module in the form of complete blood cell count analyser; configured to determine a first red blood cell concentration of the biological sample; a second module in the form of a volume conductivity scattering analyser; configured to determine a combined white blood cell and nucleated red blood cell concentration of the biological sample, and a second red blood cell concentration of the biological sample, characterized by : a data processing module configured to determine the white blood cell status based on a multiplication product of a first factor and a second factor, the first factor comprising the first red blood cell concentration and the second factor comprising a ratio of one of: i) the combined white blood cell and nucleated red blood cell concentration to the second red blood cell concentration; or ii) the combined white blood cell and nucleated red blood cell concentration to the summation of the second red blood cell concentration and the combined white blood cell and nucleated red blood cell concentration. a first module in the form of complete blood cell count analyser; configured to determine a first red blood cell concentration of the biological sample; a second module in the form of a volume conductivity scattering analyser; configured to determine a combined white blood cell and nucleated red blood cell concentration of the biological sample, and a second red blood cell concentration of the biological sample, characterized by : a data processing module configured to determine the white blood cell status based on a multiplication product of a first factor and a second factor, the first factor comprising the first red blood cell concentration and the second factor comprising a ratio of one of: i) the combined white blood cell and nucleated red blood cell concentration to the second red blood cell concentration; or ii) the combined white blood cell and nucleated red blood cell concentration to the summation of the second red blood cell concentration and the combined white blood cell and nucleated red blood cell concentration. i) the combined white blood cell and nucleated red blood cell concentration to the second red blood cell concentration; or ii) the combined white blood cell and nucleated red blood cell concentration to the summation of the second red blood cell concentration and the combined white blood cell and nucleated red blood cell concentration.
A receiver configured to reduce distortion in a processed signal, the receiver comprising: a pair of quadrature receiver paths configured to process a received analog signal into a processed digital signal; a conjugate unit configured to identify a conjugate of the processed digital signal; an adaptation module including a filter bank , the adaptation module configured to identify a set of weighting factors for a plurality of narrower bands of frequencies of the conjugate of the processed digital signal based on a frequency dependent distortion identified using the filter bank, wherein the filter bank identifies the frequency dependent distortion for each of the plurality of narrower bands of frequencies; a weighting module configured to apply the set of weighting factors to the conjugate of the processed digital signal to form a weighted signal and subtract the weighted signal from the processed digital signal to reduce the distortion and form a balanced signal; and a decoder configured to decode the balanced signal, wherein the weighting module comprises a finite impulse response, FIR, filter including one or more taps, a number of taps being determined based on a bandwidth of the received analog signal, and wherein the adaptation module further configured to identify a complex correlation statistic from the balanced signal and adapt coefficients of the FIR filter using an adaptation algorithm based on the complex correlation statistic. a pair of quadrature receiver paths configured to process a received analog signal into a processed digital signal; a conjugate unit configured to identify a conjugate of the processed digital signal; an adaptation module including a filter bank , the adaptation module configured to identify a set of weighting factors for a plurality of narrower bands of frequencies of the conjugate of the processed digital signal based on a frequency dependent distortion identified using the filter bank, wherein the filter bank identifies the frequency dependent distortion for each of the plurality of narrower bands of frequencies; a weighting module configured to apply the set of weighting factors to the conjugate of the processed digital signal to form a weighted signal and subtract the weighted signal from the processed digital signal to reduce the distortion and form a balanced signal; and a decoder configured to decode the balanced signal, wherein the weighting module comprises a finite impulse response, FIR, filter including one or more taps, a number of taps being determined based on a bandwidth of the received analog signal, and wherein the adaptation module further configured to identify a complex correlation statistic from the balanced signal and adapt coefficients of the FIR filter using an adaptation algorithm based on the complex correlation statistic.
An assembly for a turbine engine , comprising: a swirler configured with an outer wall , an inner wall , an outer passage and an inner passage , the outer wall circumscribing the inner wall and extending axially along an axis to a distal outer wall end , the inner wall extending axially along the axis to a distal inner wall end that is axially recessed within the swirler from the distal outer wall end , the outer passage formed by and radially between the inner wall and the outer wall , the inner passage formed by and radially within the inner wall ; and a fuel nozzle projecting into the inner passage , the fuel nozzle configured with a plurality of orifices axially aligned with the inner wall and arranged circumferentially about the axis , wherein: the distal outer wall end is disposed a distance (D) along the axis from a tip of the fuel nozzle ; and the outer passage has a diameter (D sw-ex ) at the distal outer wall end , characterised in that the fuel nozzle is further configured with a second orifice that is coaxial with the axis and thereby centrally located between the orifices ; and a quotient of the distance (D) divided by the diameter (D sw-ex ) is between 0.5 and 0.75. a swirler configured with an outer wall , an inner wall , an outer passage and an inner passage , the outer wall circumscribing the inner wall and extending axially along an axis to a distal outer wall end , the inner wall extending axially along the axis to a distal inner wall end that is axially recessed within the swirler from the distal outer wall end , the outer passage formed by and radially between the inner wall and the outer wall , the inner passage formed by and radially within the inner wall ; and a fuel nozzle projecting into the inner passage , the fuel nozzle configured with a plurality of orifices axially aligned with the inner wall and arranged circumferentially about the axis , wherein: the distal outer wall end is disposed a distance (D) along the axis from a tip of the fuel nozzle ; and the outer passage has a diameter (D sw-ex ) at the distal outer wall end , characterised in that the fuel nozzle is further configured with a second orifice that is coaxial with the axis and thereby centrally located between the orifices ; and a quotient of the distance (D) divided by the diameter (D sw-ex ) is between 0.5 and 0.75. the distal outer wall end is disposed a distance (D) along the axis from a tip of the fuel nozzle ; and the outer passage has a diameter (D sw-ex ) at the distal outer wall end , characterised in that the fuel nozzle is further configured with a second orifice that is coaxial with the axis and thereby centrally located between the orifices ; and a quotient of the distance (D) divided by the diameter (D sw-ex ) is between 0.5 and 0.75.
A flow sensing die for sensing a flow of fluid along a flow direction, the flow sensing die comprising: a substrate , the substrate defining a membrane ; a heater resistor supported by the membrane , wherein the heater resistor includes a polysilicon material that is doped with a first concentration of a dopant ; one or more sensing elements supported by the membrane ; wherein the one or more sensing elements are sensing resistors including the polysilicon material that are doped with at least one of: a second concentration of the dopant or a different dopant composition, wherein the second concentration of the dopant is greater than the first concentration of the dopant, wherein the heater resistor has a temperature coefficient of resistance within the range -750 ppm/°C to 750 ppm/°C; wherein the one or more sensing elements have a temperature coefficient of resistance > 1000 ppm/°C. a substrate , the substrate defining a membrane ; a heater resistor supported by the membrane , wherein the heater resistor includes a polysilicon material that is doped with a first concentration of a dopant ; one or more sensing elements supported by the membrane ; wherein the one or more sensing elements are sensing resistors including the polysilicon material that are doped with at least one of: a second concentration of the dopant or a different dopant composition, wherein the second concentration of the dopant is greater than the first concentration of the dopant, wherein the heater resistor has a temperature coefficient of resistance within the range -750 ppm/°C to 750 ppm/°C; wherein the one or more sensing elements have a temperature coefficient of resistance > 1000 ppm/°C.
Biodegradable siplid from moulded pulp and/or moulded fiber comprising: - a top wall having a top wall edge ; - a side wall that is connected to the top wall along substantially the entire top wall edge, such that the side wall delineates the top wall; and - one or more clamping elements that are positioned in the side wall and that are configured to clamp the siplid over an edge of a cup and be in clamping connection with a side wall of said cup; wherein the siplid comprises a number of compressed areas having a decreased thickness and/or an increased density, the siplid further comprising a drinking opening in the top wall and/or the side wall of the siplid, wherein the drinking opening has a drinking opening edge that extends at least partially along a circumference of the drinking opening, characterized in that the drinking opening edge is a compressed area. - a top wall having a top wall edge ; - a side wall that is connected to the top wall along substantially the entire top wall edge, such that the side wall delineates the top wall; and - one or more clamping elements that are positioned in the side wall and that are configured to clamp the siplid over an edge of a cup and be in clamping connection with a side wall of said cup; wherein the siplid comprises a number of compressed areas having a decreased thickness and/or an increased density, the siplid further comprising a drinking opening in the top wall and/or the side wall of the siplid, wherein the drinking opening has a drinking opening edge that extends at least partially along a circumference of the drinking opening, characterized in that the drinking opening edge is a compressed area. wherein the siplid comprises a number of compressed areas having a decreased thickness and/or an increased density, the siplid further comprising a drinking opening in the top wall and/or the side wall of the siplid, wherein the drinking opening has a drinking opening edge that extends at least partially along a circumference of the drinking opening, characterized in that the drinking opening edge is a compressed area.
A compound having a structure wherein R 1 and R 2 , independently, are H, C 1-4 alkyl, OC 1-4 alkyl, C 3-6 cycloalkyl, or OC 3-6 cycloalkyl, each optionally substituted with one or more F, wherein one carbon of a cycloalkyl group optionally is replaced by O, or R 1 and R 2 can be taken together to form an OCH 2 CH 2 O ring with either carbon atom substituted by one or two CH 3 ; NR 5 R 5' is selected from the group consisting of 1-pyrrolidinyl, 3-fluoro-1-pyrrolidinyl, and 1-azetidinyl; R 3 is H or F; G is CH 2 or O; R 4 is H or CH 3 ; R 6 is H, C 1-3 alkyl, C 3-6 cycloalkyl, or CD 3 ; and R 7 and R 8 , independently, are H, F, or OC 1-3 alkyl, or a pharmaceutically acceptable salt thereof. wherein R 1 and R 2 , independently, are H, C 1-4 alkyl, OC 1-4 alkyl, C 3-6 cycloalkyl, or OC 3-6 cycloalkyl, each optionally substituted with one or more F, wherein one carbon of a cycloalkyl group optionally is replaced by O, or R 1 and R 2 can be taken together to form an OCH 2 CH 2 O ring with either carbon atom substituted by one or two CH 3 ; NR 5 R 5' is selected from the group consisting of 1-pyrrolidinyl, 3-fluoro-1-pyrrolidinyl, and 1-azetidinyl; R 3 is H or F; G is CH 2 or O; R 4 is H or CH 3 ; R 6 is H, C 1-3 alkyl, C 3-6 cycloalkyl, or CD 3 ; and R 7 and R 8 , independently, are H, F, or OC 1-3 alkyl, or a pharmaceutically acceptable salt thereof.
A method of transmitting data to a magnetic read head of a payment terminal, said method being implemented by an electronic device suitable for generating a magnetic field representative of an encoding of said data, said data transmission comprising a plurality of transmissions of a same standardised data sequence (D_Nor), said standardised data being data representative of a means of payment formatted in accordance with the ISO/I EC 7813 standard, said standardised data sequence comprising a start tag for the standardised data sequence and an end tag for the standardised data sequence, said method being characterised in that it further comprises the transmission of secondary data (D_Sec), said secondary data (D_Sec) being transmitted between two successive transmissions of said standardised data sequence (D_Nor), said standardised data sequence further comprising a predetermined number of characters located immediately after the end tag of said standardised data sequence, said predetermined number of characters corresponding to a sequence of characters representative of a presence and a type of said secondary data, said secondary data being to be processed by the payment terminal as a function of said type.
Rail carriage, comprising: a lower floor , an upper floor arranged above the lower floor , an intermediate floor arranged offset from the upper floor and lower floor in the longitudinal direction of the rail carriage, a first internal staircase leading from the lower floor to the intermediate floor , and a second internal staircase leading from the intermediate floor to the upper floor , characterised in that the intermediate floor comprises a traffic area and a platform which adjoins the traffic area and lies approximately one step higher than the traffic area , and wherein the platform has an areal extent which is at least 3 times as large, in particular at least 4 times as large, as the areal extent of a step of the second inner staircase . a lower floor , an upper floor arranged above the lower floor , an intermediate floor arranged offset from the upper floor and lower floor in the longitudinal direction of the rail carriage, a first internal staircase leading from the lower floor to the intermediate floor , and a second internal staircase leading from the intermediate floor to the upper floor , characterised in that the intermediate floor comprises a traffic area and a platform which adjoins the traffic area and lies approximately one step higher than the traffic area , and wherein the platform has an areal extent which is at least 3 times as large, in particular at least 4 times as large, as the areal extent of a step of the second inner staircase .
A capacitor unit comprising: a housing ; a capacitor within the housing comprising a plastic film dielectric material (101; 102); a pressure sensor configured to detect if pressure in the housing exceeds a first pressure level; and a pressure relief valve configured to vent gas from the housing if the pressure in the housing exceeds a second pressure level which is higher than the first pressure level, characterized in that the capacitor unit is configured to be operated, in use, with a fault controller (303; 406) wherein, in the event that the pressure sensor detects that the pressure in the housing exceeds a first pressure level the fault controller (303; 406) operates within a fault response time to isolate the capacitor unit from an electrical input wherein: the second pressure level is greater than the first pressure level by an amount which is at least equal to a predetermined maximum expected pressure rise during the fault response time. a housing ; a capacitor within the housing comprising a plastic film dielectric material (101; 102); a pressure sensor configured to detect if pressure in the housing exceeds a first pressure level; and a pressure relief valve configured to vent gas from the housing if the pressure in the housing exceeds a second pressure level which is higher than the first pressure level, characterized in that the capacitor unit is configured to be operated, in use, with a fault controller (303; 406) wherein, in the event that the pressure sensor detects that the pressure in the housing exceeds a first pressure level the fault controller (303; 406) operates within a fault response time to isolate the capacitor unit from an electrical input wherein: the second pressure level is greater than the first pressure level by an amount which is at least equal to a predetermined maximum expected pressure rise during the fault response time.
An antenna assembly comprising: a single cable configured to define an antenna end of the cable and a receiver end of the cable, and allow propagation of signals therebetween; a first antenna configured to couple a first received signal to the antenna end , said first received signal centered about a received center frequency and modulated with data; a mixer configured to mix a second received signal with a local oscillator signal to provide an intermediate signal , said second received signal also centered about the received center frequency and modulated with data, said intermediate signal centered about an intermediate center frequency distinct from the received center frequency and modulated with data from the second received signal , said mixer further configured to couple the intermediate signal to the antenna end ; a second antenna configured to couple the second received signal to the mixer , whereby the first received signal and the intermediate signal are superimposed on the single cable and propagate to the receiver end ; and an adjustable local oscillator configured to detect a control signal at the antenna end , the control signal originating from the receiver end , and output the local oscillator signal having a local oscillator frequency dependent upon the control signal . a single cable configured to define an antenna end of the cable and a receiver end of the cable, and allow propagation of signals therebetween; a first antenna configured to couple a first received signal to the antenna end , said first received signal centered about a received center frequency and modulated with data; a mixer configured to mix a second received signal with a local oscillator signal to provide an intermediate signal , said second received signal also centered about the received center frequency and modulated with data, said intermediate signal centered about an intermediate center frequency distinct from the received center frequency and modulated with data from the second received signal , said mixer further configured to couple the intermediate signal to the antenna end ; a second antenna configured to couple the second received signal to the mixer , whereby the first received signal and the intermediate signal are superimposed on the single cable and propagate to the receiver end ; and an adjustable local oscillator configured to detect a control signal at the antenna end , the control signal originating from the receiver end , and output the local oscillator signal having a local oscillator frequency dependent upon the control signal .
Cabin air filter element for the driver's cab of agricultural and work machines with spraying and atomizing devices for pesticides or fertilizers, comprising a. an adsorption filter layer comprising activated carbon, wherein the adsorption filter layer features a layer structure of 4 to 20 fixed beds, the fixed beds each comprising a carrier layer on which a bed layer of activated carbon particles is fixed, b. a fine filter layer designed for separating aerosols, c. a circumferential seal for separating the raw side from the clean side during installation into a filter housing, the seal being made of a circumferential sealing profile of a polymer, in particular of a foamed, closed-pore foam for example of polyurethane foam. a. an adsorption filter layer comprising activated carbon, wherein the adsorption filter layer features a layer structure of 4 to 20 fixed beds, the fixed beds each comprising a carrier layer on which a bed layer of activated carbon particles is fixed, b. a fine filter layer designed for separating aerosols, c. a circumferential seal for separating the raw side from the clean side during installation into a filter housing, the seal being made of a circumferential sealing profile of a polymer, in particular of a foamed, closed-pore foam for example of polyurethane foam.