mhurhangee/patent-ind-claim-en huggingface dataset:
An intelligent surface system for deployment in a space , the intelligent surface system comprising: a personnel movement device configured to move an individual between first and second locations; sensors deployed to sense characteristics of the individual; and a controller configured to determine a condition of the individual based on the characteristics and control an operation of the personnel movement device in accordance with the determined condition of the individual, characterized in that the sensors comprise mats deployed proximate to the personnel movement device , across a walkway, or as an island in a walkway, to sense one or more of small and/or repeated movements, footprint shapes, and differences between static and moving footprints. a personnel movement device configured to move an individual between first and second locations; sensors deployed to sense characteristics of the individual; and a controller configured to determine a condition of the individual based on the characteristics and control an operation of the personnel movement device in accordance with the determined condition of the individual, characterized in that the sensors comprise mats deployed proximate to the personnel movement device , across a walkway, or as an island in a walkway, to sense one or more of small and/or repeated movements, footprint shapes, and differences between static and moving footprints.
A method of routing, by a routing device, a plurality of packets across an IP network, toward a destination , the plurality of packets being a part of a session where the session comprises a lead packet that begins the session and one or more subsequent packets, the method comprising: modifying, by a packet modifier , each of the plurality of packets to include a sequence number that is different from the sequence number of each other packet in the plurality of packets, the sequence number being added as metadata at the end of each of the plurality of packets, the plurality of packets being thereby transformed into a corresponding plurality of processed packets; duplicating, by a packet duplicator , the plurality of processed packets to produce a corresponding plurality of duplicated packets, forwarding, by an output , the plurality of processed packets toward the destination using a first stateful routing path through the network , wherein all processed packets of the session follow the same first stateful routing path as the lead processed packet of the session in the forward direction; and forwarding, by an output , the plurality of duplicated packets toward the destination using a second stateful routing path through the network , wherein all duplicated packets of the session follow the same second stateful routing path as the lead duplicated packet of the session in the forward direction, the first stateful routing path being different from the second stateful routing path. modifying, by a packet modifier , each of the plurality of packets to include a sequence number that is different from the sequence number of each other packet in the plurality of packets, the sequence number being added as metadata at the end of each of the plurality of packets, the plurality of packets being thereby transformed into a corresponding plurality of processed packets; duplicating, by a packet duplicator , the plurality of processed packets to produce a corresponding plurality of duplicated packets, forwarding, by an output , the plurality of processed packets toward the destination using a first stateful routing path through the network , wherein all processed packets of the session follow the same first stateful routing path as the lead processed packet of the session in the forward direction; and forwarding, by an output , the plurality of duplicated packets toward the destination using a second stateful routing path through the network , wherein all duplicated packets of the session follow the same second stateful routing path as the lead duplicated packet of the session in the forward direction, the first stateful routing path being different from the second stateful routing path.
Household dishwasher , with a washing container and at least one spray facility arranged within the washing container for spraying washing liquor and/or fresh water (F) in the washing container , wherein the spray facility comprises a cage , a gyro element rotatably supported in the cage and a supply line with a nozzle for supplying the washing liquor and/or fresh water (F) to the gyro element , wherein, in its operating position, which it assumes at least when washing liquor and/or fresh water (F) is supplied to it, the gyro element is raised in relation to a direction of gravity (g) and is made to rotate and is arranged in its entirety above the nozzle , wherein the gyro element has a hub and blades (33 - 36) connected to the hub , and wherein the hub is designed to supply the washing liquor and/or fresh water (F) supplied to the hub with the aid of the supply line to the blades (33 - 36) during operation of the household dishwasher .
A liquid dispensing system (A) for a liquid dispenser (U), said liquid dispensing system (A) comprising: (a) a reservoir (B, 76) including an inlet for receiving a liquid from a liquid supply source (70, V), a chamber for storing the liquid received from the liquid supply source (70, V) and a reservoir outlet for directing the liquid out of said chamber ; and, (b) a manifold (G) operably connected to said reservoir (B), said manifold (G) including a first port through which liquid from an upper portion of said chamber and liquid from a lower portion of said chamber are directed to a first dispensing outlet (H) so that liquid from said upper portion of said chamber and liquid from said lower portion of said chamber mix prior to being dispensed from said first dispensing outlet (H), characterized in that said manifold (G) further includes a second port through which liquid from only said upper portion of said chamber is directed to a second dispensing outlet (J), and in that the temperature of liquid directed to said first dispensing outlet (H) is at a temperature different from the temperature of liquid directed to said second dispensing outlet (J). (a) a reservoir (B, 76) including an inlet for receiving a liquid from a liquid supply source (70, V), a chamber for storing the liquid received from the liquid supply source (70, V) and a reservoir outlet for directing the liquid out of said chamber ; and, (b) a manifold (G) operably connected to said reservoir (B), said manifold (G) including a first port through which liquid from an upper portion of said chamber and liquid from a lower portion of said chamber are directed to a first dispensing outlet (H) so that liquid from said upper portion of said chamber and liquid from said lower portion of said chamber mix prior to being dispensed from said first dispensing outlet (H), characterized in that said manifold (G) further includes a second port through which liquid from only said upper portion of said chamber is directed to a second dispensing outlet (J), and in that the temperature of liquid directed to said first dispensing outlet (H) is at a temperature different from the temperature of liquid directed to said second dispensing outlet (J).
System for processing soil, comprising a soil processing device , arranged to be moved on a soil surface; and a driving device arranged to move the soil processing device on a portion of the soil surface ; the soil processing device including: - a frame , arranged to slide or roll on the portion of the soil surface during operation of the system ; - at least one substantially horizontal pipe , attached to the frame , extending along an underside of the frame , at a predetermined depth, the pipe having a plurality of apertures along its length, the pipe being connected to a vacuum generating device that provides an underpressure in the pipe ; - a protective cover attached to an upper side of the frame , the portion of the soil surface and the cover defining a compartment; - a conduit for a heated gaseous medium, connectable to device which provides a heated gaseous medium to an inside of the compartment, characterized in that the system further comprises - a first temperature sensor arranged to measure a first temperature in soil below the soil processing device , and - a control device , configured to adjust a speed of the driving device in dependency of a signal provided by the first temperature sensor. - a frame , arranged to slide or roll on the portion of the soil surface during operation of the system ; - at least one substantially horizontal pipe , attached to the frame , extending along an underside of the frame , at a predetermined depth, the pipe having a plurality of apertures along its length, the pipe being connected to a vacuum generating device that provides an underpressure in the pipe ; - a protective cover attached to an upper side of the frame , the portion of the soil surface and the cover defining a compartment; - a conduit for a heated gaseous medium, connectable to device which provides a heated gaseous medium to an inside of the compartment, - a first temperature sensor arranged to measure a first temperature in soil below the soil processing device , and - a control device , configured to adjust a speed of the driving device in dependency of a signal provided by the first temperature sensor.
A method for preserving a usable life of a plasma arc electrode consumable installed in a plasma arc torch , the method comprising: measuring a characteristic of an electrical signal being provided to the torch to generate a plasma arc between the torch and a workpiece to be processed; monitoring the characteristic during operation of the torch over a time period; comparing the characteristic to a threshold value; and responsive to determining that the measured characteristic meets and/or exceeds the threshold value, initiating an arc extinguishing sequence to preserve the life of the electrode , wherein the measured characteristic meeting and/or exceeding the threshold value indicates an increasing distance between the plasma arc torch and an arc attachment point where the plasma arc attaches to the workpiece; characterized in that the characteristic comprises a pulse width modulation value or a rate of change of a pulse width modulation value. measuring a characteristic of an electrical signal being provided to the torch to generate a plasma arc between the torch and a workpiece to be processed; monitoring the characteristic during operation of the torch over a time period; comparing the characteristic to a threshold value; and responsive to determining that the measured characteristic meets and/or exceeds the threshold value, initiating an arc extinguishing sequence to preserve the life of the electrode , wherein the measured characteristic meeting and/or exceeding the threshold value indicates an increasing distance between the plasma arc torch and an arc attachment point where the plasma arc attaches to the workpiece; characterized in that the characteristic comprises a pulse width modulation value or a rate of change of a pulse width modulation value.
An insulated curtain for a refrigerated body delimiting an internal space, comprising a frame in which is guided a shutter which has an inner face facing the inner space and an opposite outer face, said shutter comprising a plurality of adjacent panels comprising on their internal face a series of recesses in which are embedded hinges ensuring the connection between two panels , said insulated curtain being characterized in that the adjacent panels comprise on their external face a socket system comprising a V-shaped rib designed to be engaged in a V-shaped cutout of the adjacent panel .
A method for calculating a state of health (SOH) of a battery pack, the method comprising: a current integrated value calculation step (S100) corresponding to an SOC change amount of calculating a current integrated value corresponding to the SOC change amount using a current integration method; an SOH update signal checking step (S200) of checking whether an SOH update signal is applied and a condition of the SOH update signal; a final current integrated value calculation step (S300) of calculating a final current integrated value based on the current integrated value corresponding to the SOC change amount when the SOH update signal satisfies a predetermined condition in the SOH update signal checking step (S200); a battery pack nominal capacity setting step (S400) of setting a nominal capacity of the battery pack to the final current integrated value calculated in the final current integrated value calculation step (S300) when the final current integrated value calculation step (S300) is performed; and a battery pack SOH calculation step (S500) of calculating the SOH of the battery pack based on the nominal capacity of the battery pack set in the battery pack nominal capacity setting step (S400). a current integrated value calculation step (S100) corresponding to an SOC change amount of calculating a current integrated value corresponding to the SOC change amount using a current integration method; an SOH update signal checking step (S200) of checking whether an SOH update signal is applied and a condition of the SOH update signal; a final current integrated value calculation step (S300) of calculating a final current integrated value based on the current integrated value corresponding to the SOC change amount when the SOH update signal satisfies a predetermined condition in the SOH update signal checking step (S200); a battery pack nominal capacity setting step (S400) of setting a nominal capacity of the battery pack to the final current integrated value calculated in the final current integrated value calculation step (S300) when the final current integrated value calculation step (S300) is performed; and a battery pack SOH calculation step (S500) of calculating the SOH of the battery pack based on the nominal capacity of the battery pack set in the battery pack nominal capacity setting step (S400).
A refrigerator comprising: a door mounted to a body having a refrigerating compartment , the door is configured to open and close the refrigerating compartment ; an ice making compartment provided at the door ; an ice making device arranged in the ice making compartment ; an ice making tray provided at the ice making device and configured to receive and retain liquid to be frozen into ice; and a cold air inlet provided at the ice making compartment and configured to allow cold air to be introduced into the ice making compartment ; a fixing bracket configured to fix the ice making device to the ice making compartment ; and a cold air guide configured to guide cold air entering the ice making compartment through the cold air inlet toward the ice making tray , characterized in that the cold air guide is coupled to the fixing bracket . a door mounted to a body having a refrigerating compartment , the door is configured to open and close the refrigerating compartment ; an ice making compartment provided at the door ; an ice making device arranged in the ice making compartment ; an ice making tray provided at the ice making device and configured to receive and retain liquid to be frozen into ice; and a cold air inlet provided at the ice making compartment and configured to allow cold air to be introduced into the ice making compartment ; a fixing bracket configured to fix the ice making device to the ice making compartment ; and a cold air guide configured to guide cold air entering the ice making compartment through the cold air inlet toward the ice making tray , characterized in that the cold air guide is coupled to the fixing bracket .
A compound of formula (I), which compound is radiolabeled, or a pharmaceutically acceptable salt thereof.
A hanger configured to support a power bar of a lighting system , the power bar including two rails arranged and constructed to deliver power to pendants , said hanger comprising: a body having a base , a first arm that extends in a first direction directly from the base , and a second arm that is spaced from the first arm and extends in the first direction directly from the base ; a top positioned above said body ; and a rod attached to and extending upwardly from said top ; wherein said body further has a center piece that extends directly from the base in the first direction, is arranged between the first arm and the second arm , and forms with the first arm and the second arm two cavities , each of the cavities being configured to receive one of the respective rails of the power bar and being covered by said top , characterized in that said rod includes a first end connected to said top and a second end, said body being defined by a first cylindrical member and said hanger further comprising a second cylindrical member to which said second end is attached and that is configured to engage a second power bar being part of said lighting system . a body having a base , a first arm that extends in a first direction directly from the base , and a second arm that is spaced from the first arm and extends in the first direction directly from the base ; a top positioned above said body ; and a rod attached to and extending upwardly from said top ; wherein said body further has a center piece that extends directly from the base in the first direction, is arranged between the first arm and the second arm , and forms with the first arm and the second arm two cavities , each of the cavities being configured to receive one of the respective rails of the power bar and being covered by said top , characterized in that said rod includes a first end connected to said top and a second end, said body being defined by a first cylindrical member and said hanger further comprising a second cylindrical member to which said second end is attached and that is configured to engage a second power bar being part of said lighting system .
A control valve for controlling the pressure in a tire cavity of a tire during operation of a pump having a pump inlet and a pump outlet , the tire having a tire cavity and a valve stem having a distal end, the control valve comprising: a valve body having a pump inlet port in fluid communication with an inlet passageway and a pump outlet port in fluid communication with an outlet passageway , wherein a first check valve is positioned in the inlet passageway , wherein the valve body further comprises a second check valve positioned in the outlet passageway , wherein the inlet and outlet passageway are in fluid communication with a main pressure chamber passageway , wherein the valve body further comprises a relief valve positioned in the control chamber, the relief valve having an inlet end in fluid communication with the main pressure chamber passageway and an outlet end in fluid communication with the atmosphere, and wherein the main pressure chamber passageway is in fluid communication with the pump outlet passageway and the inlet of the tire valve stem , and wherein the pump inlet chamber has a third check valve positioned between the pump inlet port and the main pressure chamber , and/or wherein the pump outlet chamber has a fourth check valve positioned between the pump outlet port and an inlet hole, wherein the inlet passageway and the outlet passage way are oriented in a horizontal direction in the valve body , and wherein the third check valve and the fourth check valve are positioned in vertical passageways in the valve body . a valve body having a pump inlet port in fluid communication with an inlet passageway and a pump outlet port in fluid communication with an outlet passageway , wherein a first check valve is positioned in the inlet passageway , wherein the valve body further comprises a second check valve positioned in the outlet passageway , wherein the inlet and outlet passageway are in fluid communication with a main pressure chamber passageway , wherein the valve body further comprises a relief valve positioned in the control chamber, the relief valve having an inlet end in fluid communication with the main pressure chamber passageway and an outlet end in fluid communication with the atmosphere, and wherein the main pressure chamber passageway is in fluid communication with the pump outlet passageway and the inlet of the tire valve stem , and wherein the pump inlet chamber has a third check valve positioned between the pump inlet port and the main pressure chamber , and/or wherein the pump outlet chamber has a fourth check valve positioned between the pump outlet port and an inlet hole, wherein the inlet passageway and the outlet passage way are oriented in a horizontal direction in the valve body , and wherein the third check valve and the fourth check valve are positioned in vertical passageways in the valve body .
A method for tracking orientation of a stylus interacting with a digitizer sensor, the method comprising: tracking projected locations of each of two transmitting elements on a sensing surface of the digitizer sensor, the transmitting elements comprised in the stylus and displaced from each other, wherein each of the two transmitting elements transmit signals while the stylus is interacting with the digitizer sensor; reporting positions of a tip of the stylus based on projected locations of one of the two transmitting elements; characterizing at least one of a tilt of the stylus with respect to a sensing surface and a rotation of the stylus around a longitudinal axis of the stylus, based on the projected locations; and characterized in that the method further comprises: reporting at least one parameter for characterizing the at least one of the tilt and rotation of the stylus, wherein reporting the at least one parameter is in addition to reporting the positions of the tip and wherein the at least one parameter is used to identify a user while the user provides a signature with the stylus. tracking projected locations of each of two transmitting elements on a sensing surface of the digitizer sensor, the transmitting elements comprised in the stylus and displaced from each other, wherein each of the two transmitting elements transmit signals while the stylus is interacting with the digitizer sensor; reporting positions of a tip of the stylus based on projected locations of one of the two transmitting elements; characterizing at least one of a tilt of the stylus with respect to a sensing surface and a rotation of the stylus around a longitudinal axis of the stylus, based on the projected locations; and characterized in that the method further comprises: reporting at least one parameter for characterizing the at least one of the tilt and rotation of the stylus, wherein reporting the at least one parameter is in addition to reporting the positions of the tip and wherein the at least one parameter is used to identify a user while the user provides a signature with the stylus.