mhurhangee/patent-ind-claim-en huggingface dataset:
A row unit of a planter comprising: a frame to support the row unit (1700; 1800); a hopper supported by the frame ; a fill tube supplying the hopper; a tube inlet to the fill tube or an inlet to the fill tube; and a backflow preventer disposed in the tube inlet or the fill tube; characterized in that the backflow preventer is disposed in the fill tube and the backflow preventer comprises an elastomeric member (62; 65) that is configured to open under flow of material into the hopper and that is configured to close or collapse when material is not flowing into the hopper to prevent gravitational flow from the hopper through the fill tube. a frame to support the row unit (1700; 1800); a hopper supported by the frame ; a fill tube supplying the hopper; a tube inlet to the fill tube or an inlet to the fill tube; and a backflow preventer disposed in the tube inlet or the fill tube; characterized in that the backflow preventer is disposed in the fill tube and the backflow preventer comprises an elastomeric member (62; 65) that is configured to open under flow of material into the hopper and that is configured to close or collapse when material is not flowing into the hopper to prevent gravitational flow from the hopper through the fill tube.
A method of adjusting the tension of spring elements permanently for use under dynamic load, in reusable ball break off protection mechanisms of a barrier boom break off protection system, wherein the spring elements are placed in a holder , characterized in that a first relevant tightening of a screw is made with the use of a torque wrench, whereas the torque value is defined in beforehand either experimentally or analytically through analyzing the relation between the tightening torque and the tension of the screw , said value is equivalent to reaching the height of screwing the screw which corresponds to the target and peak tension of the spring elements , and this value is within from 30 to 150 Nm; in that , subsequently from this value the screw is unscrewed by a defined number of revolutions in order to maintain the appropriate working stroke of a ball and a washer , that are being pressed down by the springs, said working stroke results directly from the characteristics of the piece of equipment in order to enable the unobstructed breaking off of a part of the ball break off protection mechanism; and finally the screw is secured against changing its fixed position and against untightening with the use of a special nut , thereby creating one, integrated and monolithic special screw.
A lubricating oil composition comprising: a) greater than 50 wt.% of a base oil of lubricating viscosity, based on the total weight of the lubricating oil composition; b) an amount of one or more calcium-containing detergents to provide less than 1700 ppm calcium, based on a total weight of the lubricating oil composition c) an amount of one or more magnesium-containing detergents to provide less than 450 ppm magnesium, based on the total weight of the lubricating oil composition; d) an amount of one or more molybdenum-containing compounds to provide less than 450 ppm molybdenum, based on the total weight of the lubricating oil composition; e) from 700 ppm to 900 ppm of phosphorus, based on the total weight of the lubricating oil composition; and f) a total measured sulfated ash content of no greater than 1.0 wt.%, as measured by ASTM D874, based on the total weight of the lubricating oil composition; and a ratio, in ppm, of calcium from the one or more calcium-containing detergents to magnesium from the one or more magnesium-containing detergents of 1: 1 or more; wherein the one or more calcium-containing detergents is overbased having a total base number of greater than 225 mg KOH/g; or 250 mg KOH/g or more as measured by the method of ASTM D-2896. a) greater than 50 wt.% of a base oil of lubricating viscosity, based on the total weight of the lubricating oil composition; b) an amount of one or more calcium-containing detergents to provide less than 1700 ppm calcium, based on a total weight of the lubricating oil composition c) an amount of one or more magnesium-containing detergents to provide less than 450 ppm magnesium, based on the total weight of the lubricating oil composition; d) an amount of one or more molybdenum-containing compounds to provide less than 450 ppm molybdenum, based on the total weight of the lubricating oil composition; e) from 700 ppm to 900 ppm of phosphorus, based on the total weight of the lubricating oil composition; and f) a total measured sulfated ash content of no greater than 1.0 wt.%, as measured by ASTM D874, based on the total weight of the lubricating oil composition; and a ratio, in ppm, of calcium from the one or more calcium-containing detergents to magnesium from the one or more magnesium-containing detergents of 1: 1 or more;
A method for wireless communications performed by a base station for determining a timing offset, the method comprising: obtaining a frequency domain phase offset based on an at least one uplink signal from a user equipment, UE , transmitted during a random access channel, RACH, procedure; determining a fractional symbol timing offset based on the determined frequency domain phase offset; and performing a time domain correlation for different timing hypotheses and determining the timing offset based on the fractional symbol timing offset and the time domain correlation, wherein the different hypotheses correspond to different integer numbers of symbols. obtaining a frequency domain phase offset based on an at least one uplink signal from a user equipment, UE , transmitted during a random access channel, RACH, procedure; determining a fractional symbol timing offset based on the determined frequency domain phase offset; and performing a time domain correlation for different timing hypotheses and determining the timing offset based on the fractional symbol timing offset and the time domain correlation, wherein the different hypotheses correspond to different integer numbers of symbols.
A method performed by a touch screen corresponding to an active pen for processing a signal from the active pen , wherein the method comprises: under-sampling (S1)_an excitation signal received from the active pen with a sampling signal having a predetermined sampling frequency to obtain a digital signal of the excitation signal from the active pen , wherein the excitation signal from the active pen has a frequency that is higher than a threshold obtained according to a frequency band of noise and interference signals in the application environment of the touch screen, and the frequency of the excitation signal from the active pen is not equal to, but close to an integer multiple of the predetermined sampling frequency of the sampling signal , and demodulating the digital signal of the excitation signal from the active pen to obtain a demodulated signal; and calculating (S2) touch coordinates according to an amplitude and a phase of the demodulated signal, and outputting the touch coordinates. under-sampling (S1)_an excitation signal received from the active pen with a sampling signal having a predetermined sampling frequency to obtain a digital signal of the excitation signal from the active pen , wherein the excitation signal from the active pen has a frequency that is higher than a threshold obtained according to a frequency band of noise and interference signals in the application environment of the touch screen, and the frequency of the excitation signal from the active pen is not equal to, but close to an integer multiple of the predetermined sampling frequency of the sampling signal , and demodulating the digital signal of the excitation signal from the active pen to obtain a demodulated signal; and calculating (S2) touch coordinates according to an amplitude and a phase of the demodulated signal, and outputting the touch coordinates.
Electric drive unit for cords of blinds , comprising a control circuitry for controlling the operation of an electric motor according to at least two defined operation modes being selected from - a free hanging blind, - a tensioned blind, or - a venetian blind, wherein the control circuitry is functionally connected with a programming interface in order to be supplied with a programming signal setting the operation mode. - a free hanging blind, - a tensioned blind, or - a venetian blind,
A method of discontinuous reception for a mobile terminal being in communication with a base station in a mobile communication system, the method comprising the following steps performed by the mobile terminal: configuring the mobile terminal with a short discontinuous reception, DRX, cycle and a long DRXcycle, based on a message from the base station, starting the short DRXcycle upon reception of a DRX, Medium Access Control, MAC, control element, and starting the long DRX cycle after the short DRX cycle expired, characterized in that in case the mobile terminal receives an indication of the long DRX cycle, starting immediately the long DRX cycle, and wherein the indication of the long DRX cycle is transmitted via a MAC control element message from the base station. configuring the mobile terminal with a short discontinuous reception, DRX, cycle and a long DRXcycle, based on a message from the base station, starting the short DRXcycle upon reception of a DRX, Medium Access Control, MAC, control element, and starting the long DRX cycle after the short DRX cycle expired, characterized in that in case the mobile terminal receives an indication of the long DRX cycle, starting immediately the long DRX cycle, and wherein the indication of the long DRX cycle is transmitted via a MAC control element message from the base station.
Cooking system, in particular induction cooking system, with at least one item of cookware (12a-b), which at least partially defines at least one food receiving space (14a-b), and with at least one sensor unit (16a-b), which is provided for detection of at least one cooking characteristic variable, wherein the sensor unit (16a-b) in at least one operating state is fastened at least partially to the cookware (12a-b) on a side (18a-b), which faces away from the food receiving space (14a-b), of a cookware base (20a-b) of the cookware (12a-b), characterised in that the sensor unit (16a-b) has at least one electrical coupling point (38a-b) and at least one electronics unit (40a-b), which is provided for detachable connection to the coupling point (38a-b) of the sensor unit (16a-b).
A method of controlling packet duplication of at least one packet in a radio transmission from at least one transmitting station (100; 800; 1012; 1120) to a receiving station (200; 900; 1091; 1092; 1130), the method comprising the steps of: transmitting , to the receiving station (200; 900; 1091; 1092; 1130), a control message that is indicative of the packet duplication in the radio transmission, the control message controlling the receiving station (200; 900; 1091; 1092; 1130) to monitor a reception of duplicates of the at least one packet; transmitting , to the receiving station (200; 900; 1091; 1092; 1130), two or more duplicates of the at least one packet; receiving , from the receiving station (200; 900; 1091; 1092; 1130), a control feedback that is indicative of a result of the monitoring; and transmitting a configuration message to the receiving station (200; 900; 1091; 1092; 1130), the configuration message being indicative of a reconfiguration of the radio transmission responsive to the control feedback . transmitting , to the receiving station (200; 900; 1091; 1092; 1130), a control message that is indicative of the packet duplication in the radio transmission, the control message controlling the receiving station (200; 900; 1091; 1092; 1130) to monitor a reception of duplicates of the at least one packet; transmitting , to the receiving station (200; 900; 1091; 1092; 1130), two or more duplicates of the at least one packet; receiving , from the receiving station (200; 900; 1091; 1092; 1130), a control feedback that is indicative of a result of the monitoring; and transmitting a configuration message to the receiving station (200; 900; 1091; 1092; 1130), the configuration message being indicative of a reconfiguration of the radio transmission responsive to the control feedback .
A computer-implemented method for iteratively identifying candidate proteins within a sample of unknown proteins, the method comprising: (a) receiving, by said computer, binding measurements of each of a plurality of affinity reagent probes to said unknown proteins in said sample, each affinity reagent probe configured to selectively bind to one or more candidate proteins among a plurality of candidate proteins; (b) comparing, by said computer, the binding measurements against a database comprising a plurality of protein sequences, each protein sequence corresponding to a candidate protein among said plurality of candidate proteins; and (c) for each of one or more candidate proteins in said plurality of candidate proteins, iteratively generating, by said computer, a probability that said candidate protein is present in said sample based on said comparison of said binding measurements against said database comprising said plurality of protein sequences; wherein iteratively generating said plurality of probabilities further comprises iteratively receiving additional binding measurements of each of a plurality of additional affinity reagent probes, each additional affinity reagent probe configured to selectively bind to one or more candidate proteins among said plurality of candidate proteins. (a) receiving, by said computer, binding measurements of each of a plurality of affinity reagent probes to said unknown proteins in said sample, each affinity reagent probe configured to selectively bind to one or more candidate proteins among a plurality of candidate proteins; (b) comparing, by said computer, the binding measurements against a database comprising a plurality of protein sequences, each protein sequence corresponding to a candidate protein among said plurality of candidate proteins; and (c) for each of one or more candidate proteins in said plurality of candidate proteins, iteratively generating, by said computer, a probability that said candidate protein is present in said sample based on said comparison of said binding measurements against said database comprising said plurality of protein sequences;
A vaporization device, comprising: a housing , a heating component cap having a first surface (3s1) and a second surface (3s2), and a first sealing member disposed on the heating component cap, wherein the first surface has an edge , a length extending along a first axis (3x1), and a width extending along a second axis (3x2); the heating component cap comprises a first groove (3r2), and the first groove and the first sealing member define a first channel (3c5); the first sealing member covers the first groove on the first surface, and exposes the first groove on the second surface. a housing , a heating component cap having a first surface (3s1) and a second surface (3s2), and a first sealing member disposed on the heating component cap, wherein the first surface has an edge , a length extending along a first axis (3x1), and a width extending along a second axis (3x2); the heating component cap comprises a first groove (3r2), and the first groove and the first sealing member define a first channel (3c5); the first sealing member covers the first groove on the first surface, and exposes the first groove on the second surface.
A stator of an electric motor, having teeth distributed in the circumferential direction and extending in the radial direction and grooves respectively provided between the teeth , wherein respectively adjacent teeth each form a groove opening at the radial outer edge sections of said teeth, and the radial outer edge sections of the teeth each have a projection extending into the groove opening in the circumferential direction, said projection respectively forming a free contact surface directed radially inward, wherein a contact surface width in the circumferential direction corresponds to a projection width (b) in the circumferential direction, and a ratio b/a of the projection width (b) in the circumferential direction to a groove opening width (a) in the circumferential direction is in a range of 0.1 to 0.15 and a radio b/c of the projection width (b) in the circumferential direction to a projection thickness (c) in the radial direction is in a range of 0.5 to 1.0.
A method for producing propylene, the method comprising: (a) introducing a first gas mixture comprising propane to a dehydrogenation catalyst at a temperature of at least 570°C; then (b) introducing a second gas mixture comprising steam and air to the dehydrogenation catalyst at a temperature of at least 550°C, and allowing the second gas mixture to subsist therewith for at least one hour; and then (c) introducing a third gas mixture comprising hydrogen to the dehydrogenation catalyst at a temperature of at least 500°C. (a) introducing a first gas mixture comprising propane to a dehydrogenation catalyst at a temperature of at least 570°C; then (b) introducing a second gas mixture comprising steam and air to the dehydrogenation catalyst at a temperature of at least 550°C, and allowing the second gas mixture to subsist therewith for at least one hour; and then (c) introducing a third gas mixture comprising hydrogen to the dehydrogenation catalyst at a temperature of at least 500°C.
A method for simultaneously forming and filling a container from a preform with fluid, adjusting a fill point of the fluid, and removing air from within the container , the method comprising: injecting fluid from a fill source into the preform through a nozzle passage to simultaneously form the container from the preform and fill the container ; characterized in that the nozzle passage is defined between the nozzle and a seal pin of the forming and filling system ; after the container is formed and filled, the seal pin is actuated to close the nozzle passage and prevent fluid and air from exiting the container through the nozzle passage , thereby trapping fluid and air within the container under pressure; and at least one of air, fluid, and foam out is extracted from within the container through a passageway defined within a stretch rod to adjust a fill point of the container . injecting fluid from a fill source into the preform through a nozzle passage to simultaneously form the container from the preform and fill the container ; characterized in that the nozzle passage is defined between the nozzle and a seal pin of the forming and filling system ; after the container is formed and filled, the seal pin is actuated to close the nozzle passage and prevent fluid and air from exiting the container through the nozzle passage , thereby trapping fluid and air within the container under pressure; and the nozzle passage is defined between the nozzle and a seal pin of the forming and filling system ; after the container is formed and filled, the seal pin is actuated to close the nozzle passage and prevent fluid and air from exiting the container through the nozzle passage , thereby trapping fluid and air within the container under pressure; and at least one of air, fluid, and foam out is extracted from within the container through a passageway defined within a stretch rod to adjust a fill point of the container .
Sanitary fitting, comprising - a water conduit channel , - an insertion duct extending transversely into the water conduit channel and including a user-accessible insertion opening , and - an insertion body including at least one sanitary utility element and having flow-through capability in a flow-through region from one side to an opposite side, and being insertable into the insertion duct and extractable from the insertion duct via the insertion opening , - wherein the insertion duct remains stationary in an operating position, when the insertion body is inserted or extracted, and the insertion opening remains user-accessible in the stationary operating position of the insertion duct , and - wherein the insertion body has its flow-through region positioned in the water conduit channel , and the utility element is in contact with the water conduit channel , when the insertion body is located in its operating position completely inserted in the insertion duct , characterized in that - the insertion body is an insertion plate which in its flow-through region has flow-through capability from its one (H1) to its other plate main side (H2) and exhibits a smaller plate thickness (P D ) as compared to its lateral plate dimension (P L ) and is insertable in a lateral insertion direction (S L ) into the insertion duct and extractable from the insertion duct counter the insertion direction (S L ). - a water conduit channel , - an insertion duct extending transversely into the water conduit channel and including a user-accessible insertion opening , and - an insertion body including at least one sanitary utility element and having flow-through capability in a flow-through region from one side to an opposite side, and being insertable into the insertion duct and extractable from the insertion duct via the insertion opening , - wherein the insertion duct remains stationary in an operating position, when the insertion body is inserted or extracted, and the insertion opening remains user-accessible in the stationary operating position of the insertion duct , and - wherein the insertion body has its flow-through region positioned in the water conduit channel , and the utility element is in contact with the water conduit channel , when the insertion body is located in its operating position completely inserted in the insertion duct , characterized in that - the insertion body is an insertion plate which in its flow-through region has flow-through capability from its one (H1) to its other plate main side (H2) and exhibits a smaller plate thickness (P D ) as compared to its lateral plate dimension (P L ) and is insertable in a lateral insertion direction (S L ) into the insertion duct and extractable from the insertion duct counter the insertion direction (S L ).
A scheduling request sending method, comprising: if data on a first logical channel of a terminal device triggers a buffer status report BSR, (S201) and the first logical channel is not configured with logical channel scheduling request prohibition (S202): triggering (S203) a scheduling request SR in a running process of a logical channel scheduling request prohibit timer, and determining, by the terminal device, whether to send the SR. if data on a first logical channel of a terminal device triggers a buffer status report BSR, (S201) and the first logical channel is not configured with logical channel scheduling request prohibition (S202): triggering (S203) a scheduling request SR in a running process of a logical channel scheduling request prohibit timer, and determining, by the terminal device, whether to send the SR. triggering (S203) a scheduling request SR in a running process of a logical channel scheduling request prohibit timer, and determining, by the terminal device, whether to send the SR.