mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a wireless communication device for a cellular communications system , the method comprising: • receiving a configuration from a network node, the configuration comprising a demodulation reference signal, DMRS, configuration that comprises an indication of a type of DMRS used and a maximum number of front-loaded DMRS symbols, and an antenna port field configuration for indicating a size of an antenna port field having a configurable size in a downlink control information, DCI, format; • receiving a DCI of the DCI format from the network node for a corresponding physical channel, the received DCI comprising an antenna port field; • determining the size of the antenna port field of the received DCI and a DMRS port table for interpreting a value comprised in the antenna port field of the received DCI based on at least the DMRS configuration and the antenna port field configuration, the determined DMRS port table being a subset of a master DMRS port table; and • determining one or more DMRS ports in the DMRS table used for the corresponding physical channel based on one or more of the determined size of the antenna port field, the DMRS port table, and the value of the antenna port field comprised in the DCI. • receiving a configuration from a network node, the configuration comprising a demodulation reference signal, DMRS, configuration that comprises an indication of a type of DMRS used and a maximum number of front-loaded DMRS symbols, and an antenna port field configuration for indicating a size of an antenna port field having a configurable size in a downlink control information, DCI, format; • receiving a DCI of the DCI format from the network node for a corresponding physical channel, the received DCI comprising an antenna port field; • determining the size of the antenna port field of the received DCI and a DMRS port table for interpreting a value comprised in the antenna port field of the received DCI based on at least the DMRS configuration and the antenna port field configuration, the determined DMRS port table being a subset of a master DMRS port table; and • determining one or more DMRS ports in the DMRS table used for the corresponding physical channel based on one or more of the determined size of the antenna port field, the DMRS port table, and the value of the antenna port field comprised in the DCI.
Liquid dispenser for discharging pharmaceutical or cosmetic liquids, having the following features: a. the liquid dispenser has a liquid store for receiving the liquid prior to discharge, and b. the liquid dispenser has a discharge opening for discharging the liquid, and c. the liquid dispenser has a pumping device having an actuating surface for the manual actuation of the pumping device , by means of which liquid can be conveyed from the liquid store to the discharge opening, wherein d. the liquid store is provided within an exchangeable container unit , which is couplable to a main unit comprising the pumping device and the discharge opening , and is uncouplable therefrom, and e. for the exchangeable coupling of the container unit to the main unit a coupling device is provided, by means of which the container unit , by pressing against the main unit , is alternately couplable thereto and releasable therefrom, and f. the coupling device possesses two coupling members , wherein one coupling member is provided on the container unit , and one coupling member on the main unit . a. the liquid dispenser has a liquid store for receiving the liquid prior to discharge, and b. the liquid dispenser has a discharge opening for discharging the liquid, and c. the liquid dispenser has a pumping device having an actuating surface for the manual actuation of the pumping device , by means of which liquid can be conveyed from the liquid store to the discharge opening, wherein d. the liquid store is provided within an exchangeable container unit , which is couplable to a main unit comprising the pumping device and the discharge opening , and is uncouplable therefrom, and e. for the exchangeable coupling of the container unit to the main unit a coupling device is provided, by means of which the container unit , by pressing against the main unit , is alternately couplable thereto and releasable therefrom, and f. the coupling device possesses two coupling members , wherein one coupling member is provided on the container unit , and one coupling member on the main unit .
A disinfectant cleaner composition comprising: a) at least one quaternary ammonium chloride of N-alkyl dimethyl benzyl ammonium chloride, wherein said alkyl has from 8 to 18 carbon atoms; b) at least one bis(3-aminopropyl) alkylamine, wherein said alkyl has from 6 to 18 carbon atoms; c) phenoxy ethanol; and wherein the weight-% ratio of a) a quaternary ammonium chloride of N-alkyl dimethyl benzyl ammonium chloride, wherein said alkyl has from 8 to 18 carbon atoms to b) bis(3-aminopropyl) alkylamine, wherein said alkyl has from 6 to 18 carbon atoms, is in the range of > 0.1 : 1 to < 1 : 1. a) at least one quaternary ammonium chloride of N-alkyl dimethyl benzyl ammonium chloride, wherein said alkyl has from 8 to 18 carbon atoms; b) at least one bis(3-aminopropyl) alkylamine, wherein said alkyl has from 6 to 18 carbon atoms; c) phenoxy ethanol; and
A work vehicle, being an articulated type in which a front frame and a rear frame are coupled, comprising; a hydraulic actuator configured to be driven by hydraulic pressure to change a vehicle body frame angle (θs_real) of the front frame with respect to the rear frame ; a lever configured to be rotated to change the body frame angle (θs_real); a control valve configured to control a flow rate of oil supplied to the hydraulic actuator ; and a controller configured to set a target angle (θtarget) of the vehicle body frame angle (θs_real) with respect to an input angle (θi_real) of the lever and control the control valve such that an actual angle of the vehicle body frame angle (θi_real) matches the target angle (θtarget) of the vehicle body frame angle (θs_real), characterized in that an absolute value of the target value of the vehicle body frame angle (θs_real) corresponding to an absolute value of the input angle (θi_real) of the lever is larger than the absolute value of the input angle (θi_real) of the lever . a hydraulic actuator configured to be driven by hydraulic pressure to change a vehicle body frame angle (θs_real) of the front frame with respect to the rear frame ; a lever configured to be rotated to change the body frame angle (θs_real); a control valve configured to control a flow rate of oil supplied to the hydraulic actuator ; and a controller configured to set a target angle (θtarget) of the vehicle body frame angle (θs_real) with respect to an input angle (θi_real) of the lever and control the control valve such that an actual angle of the vehicle body frame angle (θi_real) matches the target angle (θtarget) of the vehicle body frame angle (θs_real), characterized in that an absolute value of the target value of the vehicle body frame angle (θs_real) corresponding to an absolute value of the input angle (θi_real) of the lever is larger than the absolute value of the input angle (θi_real) of the lever .
Pump arrangement for providing a saturated or subcooled liquid, comprising: - a tank for saturated liquid having a tank outlet , - a heat exchanger for cooling the saturated liquid, the heat exchanger having a liquid inlet , a liquid outlet , a coolant inlet and a coolant outlet , - a pump having a pump inlet and a pump outlet , - an expansion valve having an expansion valve inlet and an expansion valve outlet , and - a pump arrangement output downstream the pump outlet for feeding saturated or subcooled liquid to a consumer , wherein the tank outlet is in fluid communication with the liquid inlet of the heat exchanger , such that saturated liquid stored inside the tank is able to flow into the heat exchanger , wherein the heat exchanger is designed to sub-cool the saturated liquid, wherein the liquid outlet of the heat exchanger is in fluid communication with the pump inlet , wherein the expansion valve outlet is in fluid communication with the coolant inlet of the heat exchanger , and wherein the expansion valve inlet is arranged downstream the liquid outlet of the heat exchanger or the tank for receiving and expanding a fraction of liquid flowing through the pump arrangement and routing it into the coolant input to evaporate at reduced saturation temperature at least partially and receive evaporation enthalpy of the liquid to be sub-cooled. - a tank for saturated liquid having a tank outlet , - a heat exchanger for cooling the saturated liquid, the heat exchanger having a liquid inlet , a liquid outlet , a coolant inlet and a coolant outlet , - a pump having a pump inlet and a pump outlet , - an expansion valve having an expansion valve inlet and an expansion valve outlet , and - a pump arrangement output downstream the pump outlet for feeding saturated or subcooled liquid to a consumer , wherein the tank outlet is in fluid communication with the liquid inlet of the heat exchanger , such that saturated liquid stored inside the tank is able to flow into the heat exchanger , wherein the heat exchanger is designed to sub-cool the saturated liquid, wherein the liquid outlet of the heat exchanger is in fluid communication with the pump inlet , wherein the expansion valve outlet is in fluid communication with the coolant inlet of the heat exchanger , and wherein the expansion valve inlet is arranged downstream the liquid outlet of the heat exchanger or the tank for receiving and expanding a fraction of liquid flowing through the pump arrangement and routing it into the coolant input to evaporate at reduced saturation temperature at least partially and receive evaporation enthalpy of the liquid to be sub-cooled.
A method for operating an appliance for manufacturing printed matter, comprising an unwinding unit for preparing the paper to be printed, wherein arranged downstream of the unwinding unit is a printing unit, which prints the paper, wherein arranged downstream of the printing unit is a cross cutter , which cuts the endlessly fed-in printed paper transverse to the direction of feed, such that individual printed sheets are provided, wherein in particular arranged downstream of the cross cutter is a collecting unit for collecting the sheets supplied to it, wherein in particular arranged downstream of the collecting unit is a feeder unit , which aligns the collected sheets, wherein arranged downstream of the feeder unit is at least one further unit for completing the printed matter to be manufactured, characterised in that as the printing unit a digital printing unit is used, which prints a print mark on the paper per sheet, or characterised in that a print mark exists, wherein a reader registers the information contained in the print mark and the cross cutter and the at least one further unit arranged downstream of the cross cutter are operated depending on the registered information and wherein arranged directly and/or indirectly downstream of the cross cutter as a further unit is at least one switch for discharging individual or multiple collected sheets, wherein with one piece of information contained within the print mark the cross cutter is operated and with at least one further piece of information contained in the print mark the at least one switch is operated.
A feeding system for animals comprising: - a holder for liquid feed comprising at least a wall and an underlying bottom having a recessed bottom part (4-1) which extends as far as the bottom circumference (4-2), said wall having an opening which is partly adjacent to said recessed bottom part (4-1), and - at least a teat having a passage to a suction end (2-1), which teat is to be fitted in said opening and is positioned relative to said recessed bottom part (4-1) such that any feed collected on said recessed bottom part (4-1) can flow through the passage to the suction end (2-1) of the teat, - wherein said wall around the opening is provided with a cavity at the inside wall of the holder in which a connecting flange of the teat situated opposite the suction end (2-1) of said teat is to be fitted, characterized in that the connecting flange of the teat inserted into the cavity has a flat circumferential part (6-2) which rests on the recessed bottom part (4-1). - a holder for liquid feed comprising at least a wall and an underlying bottom having a recessed bottom part (4-1) which extends as far as the bottom circumference (4-2), said wall having an opening which is partly adjacent to said recessed bottom part (4-1), and - at least a teat having a passage to a suction end (2-1), which teat is to be fitted in said opening and is positioned relative to said recessed bottom part (4-1) such that any feed collected on said recessed bottom part (4-1) can flow through the passage to the suction end (2-1) of the teat, - wherein said wall around the opening is provided with a cavity at the inside wall of the holder in which a connecting flange of the teat situated opposite the suction end (2-1) of said teat is to be fitted,
Garment for data detection, wherein the garment has: a. a main body made of a flexible material for clothing a user of the garment ; b. several sensor arrangements (22a-d), each with at least one sensor (44a-c) for detecting conditions of the user ; c. a data collection unit connected to at least some sensor arrangements (22a-d) for collecting the data detected by the sensor arrangements (22a-d); d. wherein the garment has a bus line (24a-d) on which at least some of the sensor arrangements (22a-d) are arranged, wherein the bus line (24a-d) is electrically connected to the data collection unit in order to transmit data detected by the sensor arrangements (22a-d) to the data collection unit ; and e. the bus line (24a-d) has a flexible carrier strip with several flexible electrical lines for electrically connecting at least some sensor arrangements (22a-d) to the data collection unit , characterized in that f. the garment has a virtual reality headset which comprises a data processing device which is designed to receive and process data from the data collection unit , wherein at least some sensor arrangements (22a-22d) are reversibly detachably connected to the bus line (24a-d) and rest loosely on the bus line (24a-d), wherein the electrical connection of the sensor arrangements (22a-d) takes place exclusively by mechanically pressing the sensor arrangements (22a-d) onto the bus line (24a-d), wherein the sensor arrangements (22a-d) are accommodated in a flexible pocket and/or under a flexible band of the garment , wherein the pocket and/or the band is designed to generate the contact pressure. a. a main body made of a flexible material for clothing a user of the garment ; b. several sensor arrangements (22a-d), each with at least one sensor (44a-c) for detecting conditions of the user ; c. a data collection unit connected to at least some sensor arrangements (22a-d) for collecting the data detected by the sensor arrangements (22a-d); d. wherein the garment has a bus line (24a-d) on which at least some of the sensor arrangements (22a-d) are arranged, wherein the bus line (24a-d) is electrically connected to the data collection unit in order to transmit data detected by the sensor arrangements (22a-d) to the data collection unit ; and e. the bus line (24a-d) has a flexible carrier strip with several flexible electrical lines for electrically connecting at least some sensor arrangements (22a-d) to the data collection unit , characterized in that f. the garment has a virtual reality headset which comprises a data processing device which is designed to receive and process data from the data collection unit , wherein at least some sensor arrangements (22a-22d) are reversibly detachably connected to the bus line (24a-d) and rest loosely on the bus line (24a-d), wherein the electrical connection of the sensor arrangements (22a-d) takes place exclusively by mechanically pressing the sensor arrangements (22a-d) onto the bus line (24a-d), wherein the sensor arrangements (22a-d) are accommodated in a flexible pocket and/or under a flexible band of the garment , wherein the pocket and/or the band is designed to generate the contact pressure.
A vehicular arbitration system , comprising: a main manager configured to receive one or more requests from a plurality of first application execution units which are execution units of applications for realizing new functions on the vehicle and to determine a request for operating a predetermined on-vehicle device based on the received one or more requests and a predetermined rule; and a plurality of sub-managers respectively configured to arbitrate the request determined by the main manager and a request input from a plurality of second application execution units which are execution units of applications for realizing existing functions originally provided to the vehicle and are different from the first application execution units , to arbitrate, when the first and second requests are input in an overlapping manner, which of the first and second requests should be selected based on selection criteria prepared in advance and to control the on-vehicle device based on an arbitration result, wherein each of the plurality of sub-managers corresponds to at least one of the second application execution units , wherein the plurality of sub-managers respectively arbitrate the request to equipment mounted on a vehicle, wherein the plurality of sub-managers is configured to feed information including a state of the on-vehicle device configured to be managed by each of the plurality of sub-managers back to the main manager ; and wherein the main manager is configured to determine the request for operating the on-vehicle device based on the information fed back from the plurality of sub-managers . a main manager configured to receive one or more requests from a plurality of first application execution units which are execution units of applications for realizing new functions on the vehicle and to determine a request for operating a predetermined on-vehicle device based on the received one or more requests and a predetermined rule; and a plurality of sub-managers respectively configured to arbitrate the request determined by the main manager and a request input from a plurality of second application execution units which are execution units of applications for realizing existing functions originally provided to the vehicle and are different from the first application execution units , to arbitrate, when the first and second requests are input in an overlapping manner, which of the first and second requests should be selected based on selection criteria prepared in advance and to control the on-vehicle device based on an arbitration result, wherein each of the plurality of sub-managers corresponds to at least one of the second application execution units , wherein the plurality of sub-managers respectively arbitrate the request to equipment mounted on a vehicle, wherein the plurality of sub-managers is configured to feed information including a state of the on-vehicle device configured to be managed by each of the plurality of sub-managers back to the main manager ; and wherein the main manager is configured to determine the request for operating the on-vehicle device based on the information fed back from the plurality of sub-managers .
A method for purifying phycocyanin from a phycocyanin-containing solution, the method comprising contacting the solution with an aqueous two-phase mixture which includes a polyethylene glycol (PEG)-containing phase and a carbohydrate-containing phase comprising a carbohydrate selected from the group consisting of maltodextrin, ficoll, dextran, starch, glucose, fructose, galactose, mannose, sucrose, cellobiose, lactose, lactulose, maltose, maltulose, arabinose, ribose, xylose, and trehalose, separating the carbohydrate-containing phase from the PEG-containing phase, treating the carbohydrate-containing phase with ammonium sulfate to form a precipitating solution in which the phycocyanin is precipitated, and recovering the precipitated phycocyanin.
A medical device cable configured to be connectable to a patient monitoring hub , the medical device cable comprising: a main cable portion; a board-in-cable device (7210; 7320) without a display, the board-in-cable device (7210; 7320) connected to the main cable portion and configured to couple with a sensor (7202; 7310) configured to obtain physiological information from a patient; a connector connected to the main cable portion, the connector configured to connect to a patient monitoring hub ; the board-in-cable device (7210; 7320) comprising a hardware processor configured to: calculate a first physiological parameter based on the physiological information; receive a second physiological parameter from the patient monitoring hub , the second physiological parameter provided by a second board-in-cable device (7210; 7320) of a second medical device cable also connected to the patient monitoring hub ; process the first and second physiological parameters to generate a third physiological parameter; and communicate the third physiological parameter to the patient monitoring hub so that the patient monitoring hub can output the third physiological parameter on a display of the patient monitoring hub . a main cable portion; a board-in-cable device (7210; 7320) without a display, the board-in-cable device (7210; 7320) connected to the main cable portion and configured to couple with a sensor (7202; 7310) configured to obtain physiological information from a patient; a connector connected to the main cable portion, the connector configured to connect to a patient monitoring hub ; the board-in-cable device (7210; 7320) comprising a hardware processor configured to: calculate a first physiological parameter based on the physiological information; receive a second physiological parameter from the patient monitoring hub , the second physiological parameter provided by a second board-in-cable device (7210; 7320) of a second medical device cable also connected to the patient monitoring hub ; process the first and second physiological parameters to generate a third physiological parameter; and communicate the third physiological parameter to the patient monitoring hub so that the patient monitoring hub can output the third physiological parameter on a display of the patient monitoring hub . calculate a first physiological parameter based on the physiological information; receive a second physiological parameter from the patient monitoring hub , the second physiological parameter provided by a second board-in-cable device (7210; 7320) of a second medical device cable also connected to the patient monitoring hub ; process the first and second physiological parameters to generate a third physiological parameter; and communicate the third physiological parameter to the patient monitoring hub so that the patient monitoring hub can output the third physiological parameter on a display of the patient monitoring hub .