mhurhangee/patent-ind-claim-en huggingface dataset:
System comprising a helicopter rotor comprising rotor blades (12a - 12d) and pitch control rods (16a - 16d) and comprising a plurality of identical helicopter pitch control bearings (22a - 22d) connected to the pitch control rods (16a - 16d), formed as self-lubricating plain bearings (22a - 22d) and operating under identical conditions, wherein each of the bearings (22a - 22d) is equipped with at least one sensor (30a - 30d) for measuring the same operating parameter for each of the bearings (22a - 22d) at a given time, and a monitoring unit configured to receive and process the signals of the sensors (30a - 30d) and to generate maintenance data based on the sensor signals, characterized in that the sensors are configured to obtain, at the same given time, measurement values of the same operating parameter for each of the bearings (22a-22d); the monitoring unit is configured to calculate at least a standard deviation or variance at the given time from the sensor signals by comparing the measurement values obtained at the same time, the standard deviation or variance quantifying a width of a distribution of the measurement values; and in that the monitoring unit is further configured to compare the standard deviation or variance with a threshold value and to generate a signal indicating that one of the bearings (22a - 22d) requires replacement if the calculated standard deviation or variance exceeds the threshold value. the sensors are configured to obtain, at the same given time, measurement values of the same operating parameter for each of the bearings (22a-22d); the monitoring unit is configured to calculate at least a standard deviation or variance at the given time from the sensor signals by comparing the measurement values obtained at the same time, the standard deviation or variance quantifying a width of a distribution of the measurement values; and in that the monitoring unit is further configured to compare the standard deviation or variance with a threshold value and to generate a signal indicating that one of the bearings (22a - 22d) requires replacement if the calculated standard deviation or variance exceeds the threshold value.
A module for a computing center having a temperable interior and an air conduction space , wherein in a rack is disposed in the interior that separates a first space zone from a second space zone , wherein the air conduction space has a first chamber and a second chamber , wherein - first air passage openings permit an air passage between the first space zone and the first chamber and between the second space zone and the second chamber , - second closable air passage openings in the open state permit an air passage between the first chamber and the second chamber , - third closable air passage openings in the open state permit an air passage between the first chamber and the environment, and - fourth closable air passage openings in the open state permit an air passage between the second chamber and the environment, wherein the module has a wall separating the interior from the air conduction space , wherein the wall is the bottom or the ceiling of the interior and the first air passage openings are formed in the wall; and wherein the air conduction space has a separating wall dividing the air conduction space in the first chamber and the second chamber and the second closable air passage openings are formed in the separating wall ; and wherein the third closable air passage openings are formed in an outer wall of the first chamber and the fourth closable air passage openings are formed in an outer wall of the second chamber ; and wherein the interior is formed by a container , wherein the container has a wall to which the air conduction space is attached, wherein the first air passage openings are formed in the wall of the container at least in the region of the first space zone and the second space zone . - first air passage openings permit an air passage between the first space zone and the first chamber and between the second space zone and the second chamber , - second closable air passage openings in the open state permit an air passage between the first chamber and the second chamber , - third closable air passage openings in the open state permit an air passage between the first chamber and the environment, and - fourth closable air passage openings in the open state permit an air passage between the second chamber and the environment, wherein the module has a wall separating the interior from the air conduction space , wherein the wall is the bottom or the ceiling of the interior and the first air passage openings are formed in the wall; and wherein the air conduction space has a separating wall dividing the air conduction space in the first chamber and the second chamber and the second closable air passage openings are formed in the separating wall ; and wherein the third closable air passage openings are formed in an outer wall of the first chamber and the fourth closable air passage openings are formed in an outer wall of the second chamber ; and wherein the interior is formed by a container , wherein the container has a wall to which the air conduction space is attached, wherein the first air passage openings are formed in the wall of the container at least in the region of the first space zone and the second space zone .
An information processing device , comprising: a control unit configured to perform control such that one packet detection condition is selected to be used from a plurality of packet detection conditions and one reception operation is selected to be performed from a plurality of reception operations in regard to a plurality of packets transmitted from another information processing device using wireless communication when information regarding an identifier for identifying a network is present in a specific field subsequent to a preamble of an incoming packet and the identifier is different from an identifier of a network to which the information processing device belongs despite satisfaction of the packet detection condition, the control unit is configured to stop reception of the packet and return to a waiting state, characterised in that the specific field is a Basic Service Set, BSS, COLOR field and is set up in part of a SIGNAL field of a physical header of the incoming packet, the incoming packet is a Presentation-layer Protocol Data Unit, PPDU, including the preamble , the SIGNAL field , an extension field , a service field , a MAC Protocol Data Unit, MPDU, , and a Frame Check Sequence, FCS, , and the information on BSS COLOR, unlike a BSS identifier, BSSID, set up in the MAC header of the MPDU and comprising the same information regarding the identifier for identifying the network, can be used without waiting for reception of the FCS . a control unit configured to perform control such that one packet detection condition is selected to be used from a plurality of packet detection conditions and one reception operation is selected to be performed from a plurality of reception operations in regard to a plurality of packets transmitted from another information processing device using wireless communication when information regarding an identifier for identifying a network is present in a specific field subsequent to a preamble of an incoming packet and the identifier is different from an identifier of a network to which the information processing device belongs despite satisfaction of the packet detection condition, the control unit is configured to stop reception of the packet and return to a waiting state, the specific field is a Basic Service Set, BSS, COLOR field and is set up in part of a SIGNAL field of a physical header of the incoming packet, the incoming packet is a Presentation-layer Protocol Data Unit, PPDU, including the preamble , the SIGNAL field , an extension field , a service field , a MAC Protocol Data Unit, MPDU, , and a Frame Check Sequence, FCS, , and the information on BSS COLOR, unlike a BSS identifier, BSSID, set up in the MAC header of the MPDU and comprising the same information regarding the identifier for identifying the network, can be used without waiting for reception of the FCS .
A method of treating a fluid volume, the method comprising contacting the fluid volume with a sorbent, wherein: the fluid volume is a natural gas flow, the fluid volume has an initial concentration of C6+ components prior to the contacting, the fluid volume has a final concentration of C6+ components after the contacting that is less than the initial concentration of C6+ components, the sorbent comprises amorphous SiO 2 at a weight percent greater than 90%, wherein a relative micropore surface area (RMA) of the sorbent is greater than 10%, wherein RMA is the ratio of micropore surface area to BET surface area, wherein micropore surface area is the total surface area associated with pores below 200 Angstroms in diameter, and wherein a total pore volume for pores between 500 nm and 20000 nm in diameter is greater than 70 mm 3 /g. the fluid volume is a natural gas flow, the fluid volume has an initial concentration of C6+ components prior to the contacting, the fluid volume has a final concentration of C6+ components after the contacting that is less than the initial concentration of C6+ components, the sorbent comprises amorphous SiO 2 at a weight percent greater than 90%, wherein a relative micropore surface area (RMA) of the sorbent is greater than 10%, wherein RMA is the ratio of micropore surface area to BET surface area, wherein micropore surface area is the total surface area associated with pores below 200 Angstroms in diameter, and wherein a total pore volume for pores between 500 nm and 20000 nm in diameter is greater than 70 mm 3 /g.
A packaging configured to generate a protective atmosphere for a perishable fresh food product generating exudate, the packaging comprising an interior, and characterized by a coating on the interior of the packaging, the coating comprising a mixture of a polymer, citric acid and sodium bicarbonate, wherein the amounts of citric acid and sodium bicarbonate are chosen such that a non-stoichiometric reaction can occur between the citric acid and sodium bicarbonate when the exudate from the food product enters into contact with the coating. an interior, and characterized by a coating on the interior of the packaging, the coating comprising a mixture of a polymer, citric acid and sodium bicarbonate, wherein the amounts of citric acid and sodium bicarbonate are chosen such that a non-stoichiometric reaction can occur between the citric acid and sodium bicarbonate when the exudate from the food product enters into contact with the coating.
A method of operating by a user equipment, UE, connected to a base station, BS, operating a plurality of analog beams in a wireless communication system, the method comprising: receiving (S2510) from the BS, a cell-specific signal and a beam-specific signal corresponding to a serving beam of the BS; determining (S2520) cell-level radio link failure, RLF, and beam-level RLF, based on a result of receiving the cell-specific signal and the beam-specific signal; and performing (S2530) a corresponding operation based on a result of determining the cell-level RLF and the beam-level RLF, the method is characterised in that based on that the UE can't detect any beam having received power which is higher than a beam detection threshold during a configured time after beam-level radio link being failure for a specific beam, the UE determines that cell-level radio link is failure. receiving (S2510) from the BS, a cell-specific signal and a beam-specific signal corresponding to a serving beam of the BS; determining (S2520) cell-level radio link failure, RLF, and beam-level RLF, based on a result of receiving the cell-specific signal and the beam-specific signal; and performing (S2530) a corresponding operation based on a result of determining the cell-level RLF and the beam-level RLF, the method is characterised in that based on that the UE can't detect any beam having received power which is higher than a beam detection threshold during a configured time after beam-level radio link being failure for a specific beam, the UE determines that cell-level radio link is failure.
Condenser/heat exchanger for connection to an exhaust air outlet of a washing device for cleaning washing goods, comprising ▪ a housing with an inlet and an outlet for the exhaust air from the exhaust air outlet of the washing device, ▪ at least one pipe element with an inlet and an outlet for domestic water to be heated, ▪ at least one stirring element with a drive and at least one blade element , wherein the blade element is provided to move the exhaust air from the washing device in the housing , ▪ wherein the conduit member is spirally arranged around at least a part of the stirring member and the housing encloses the stirring member and the conduit member , ▪ wherein the inlet and the outlet are formed by openings in the housing, which open out inside the spirally designed conduit element , and the stirring element , in particular the blade element , is designed in such a way that the exhaust air entering through the inlet can be displaced through the conduit element or past the conduit element towards the enclosing housing when the stirring element is actuated, and ▪ wherein a control is provided which regulates the operation of the stirring element , wherein at least one temperature inlet sensor is provided which determines the temperature of the exhaust air entering at the inlet and wherein at least one conduction temperature sensor is provided which determines the temperature in the interior of the conduction element and the signals of these temperature sensors are fed to the control and the control determines the regulation of the stirring element from these signals. ▪ a housing with an inlet and an outlet for the exhaust air from the exhaust air outlet of the washing device, ▪ at least one pipe element with an inlet and an outlet for domestic water to be heated, ▪ at least one stirring element with a drive and at least one blade element , wherein the blade element is provided to move the exhaust air from the washing device in the housing , ▪ wherein the conduit member is spirally arranged around at least a part of the stirring member and the housing encloses the stirring member and the conduit member , ▪ wherein the inlet and the outlet are formed by openings in the housing, which open out inside the spirally designed conduit element , and the stirring element , in particular the blade element , is designed in such a way that the exhaust air entering through the inlet can be displaced through the conduit element or past the conduit element towards the enclosing housing when the stirring element is actuated, and ▪ wherein a control is provided which regulates the operation of the stirring element , wherein at least one temperature inlet sensor is provided which determines the temperature of the exhaust air entering at the inlet and wherein at least one conduction temperature sensor is provided which determines the temperature in the interior of the conduction element and the signals of these temperature sensors are fed to the control and the control determines the regulation of the stirring element from these signals.
Lighting system for a vehicle , said system comprising at least one first device for projecting at least one pixelated light source defining at least one first projection envelope and at least one second projecting device for projecting at least one pixelated light beam defining at least one second projection envelope and configured to project at least one pictogram , such that said at least one first projection envelope and said at least one second projection envelope have at least one region of overlap.
A catheter assembly comprising: a catheter adapter having a catheter hub that couples to a catheter that extends distally from the distal end of the catheter hub ; an introducer needle having a lumen extending therethrough; a needle hub coupled to a proximal end of the introducer needle ; characterized by a flash chamber removably coupled to the needle hub , the flash chamber comprising a body and an air permeable membrane coupled to the body , an internal cavity of the body of the flash chamber being in fluid communication with the lumen of the introducer needle when the flash chamber is coupled to the needle hub , and a portion of the body of the flash chamber being compressible; and a safety barrel having a spring and a button , wherein when the button is pressed, a fastener that holds the introducer needle releases, wherein the needle hub is configured to move proximally within the safety barrel via a spring force to thereby draw the introducer needle into the safety barrel , and wherein the safety barrel includes an opening at the proximal end through which at least a portion of the flash chamber extends after the introducer needle is drawn into the safety barrel thereby allowing the portion of the flash chamber to be gripped to remove the flash chamber from the needle hub . a catheter adapter having a catheter hub that couples to a catheter that extends distally from the distal end of the catheter hub ; an introducer needle having a lumen extending therethrough; a needle hub coupled to a proximal end of the introducer needle ; characterized by a flash chamber removably coupled to the needle hub , the flash chamber comprising a body and an air permeable membrane coupled to the body , an internal cavity of the body of the flash chamber being in fluid communication with the lumen of the introducer needle when the flash chamber is coupled to the needle hub , and a portion of the body of the flash chamber being compressible; and a safety barrel having a spring and a button , wherein when the button is pressed, a fastener that holds the introducer needle releases, wherein the needle hub is configured to move proximally within the safety barrel via a spring force to thereby draw the introducer needle into the safety barrel , and wherein the safety barrel includes an opening at the proximal end through which at least a portion of the flash chamber extends after the introducer needle is drawn into the safety barrel thereby allowing the portion of the flash chamber to be gripped to remove the flash chamber from the needle hub .
System comprising an evaluation unit , a sensor , and an external device, wherein the sensor can measure a vital parameter of an organism and the evaluation unit allows to conduct an evaluation based on the measured vital parameter, wherein the evaluation unit is configured such that the evaluation unit can send a command signal to an external device in dependency of a result of the evaluation, so that the external device carries out an action based on the command signal wherein the external device is a kitchen appliance ; wherein the organism is a person, wherein the performed action is an automatic generation of a recipe or automatic suggestion of a recipe recommendation by the kitchen appliance , wherein the action-triggering event is a fall-asleep event or a wake-up event of the person; wherein the evaluation unit determines a predicted wake-up time and/or fall-asleep time on the basis of the measured vital parameter, wherein, based on a measurement curve having measurement signals , an intersection point with a threshold value is predicted by extrapolating the measurement curve and the intersection point is the predicted wake-up time and/or fall asleep time, and the sensor is a skin contact sensor or a gyrometer. wherein the external device is a kitchen appliance ; wherein the organism is a person, wherein the performed action is an automatic generation of a recipe or automatic suggestion of a recipe recommendation by the kitchen appliance , wherein the action-triggering event is a fall-asleep event or a wake-up event of the person; wherein the evaluation unit determines a predicted wake-up time and/or fall-asleep time on the basis of the measured vital parameter, wherein, based on a measurement curve having measurement signals , an intersection point with a threshold value is predicted by extrapolating the measurement curve and the intersection point is the predicted wake-up time and/or fall asleep time, and the sensor is a skin contact sensor or a gyrometer.
Refrigerator with a housing, comprising an interior panel made of plastic encased in a thermal-insulating material , which has a cup-shaped recess oriented towards the thermal-insulating material , and a reinforcing body embedded in the thermal-insulating material, which has at least one receiving portion which can be fastened to the recess , and a fastening portion which is connected to the receiving portion, which has a premanufactured hole for the insertion of fastening means in the form of screws for holding components in the interior panel onto the side opposing the thermal-insulating material , characterised in that, the recess has at least one protrusion on its outer surface onto which the receiving portion latches in a positive-fit manner.
Injection moulding device with a holding device for a rotatable central mould part in an injection moulding machine, with a lower turntable , which is rotatable about an axis of rotation , is driven by way of a motor and serves for holding the rotatable central mould part , a lower cross member , which is mounted movable in the longitudinal direction (x), supported by way of first bearing blocks and guide rails on a machine bed of the injection moulding machine, characterized in that there are second bearing blocks , by means of which the lower cross member is supported in the circumferential direction with respect to tie bars of the injection moulding machine and wherein the second bearing blocks are arranged in pairs on a tie bar at a distance (a) from one another along the tie bars .
A carrier positioning device, comprising: a carrying base , a clamp being disposed on the carrying base , characterised by a protruding hook protruding from one side of a distal end of the clamp ; and a carrier including a pipe and a joint disposed at one end of the pipe , wherein the protruding hook hooks one side of the joint so that at least another portion of the carrier is in contact with the carrying base , a carrying base , a clamp being disposed on the carrying base , characterised by a protruding hook protruding from one side of a distal end of the clamp ; and a carrier including a pipe and a joint disposed at one end of the pipe , wherein the protruding hook hooks one side of the joint so that at least another portion of the carrier is in contact with the carrying base ,
Rail grinding machine , which is displaceable manually on the rails of a track in a longitudinal direction, - with a machine frame supportable on a rail by means of guide rolls , and - a grinding apparatus mounted on the machine frame in such a way as to be pivotable about a pivoting axis running in the longitudinal direction, -- the grinding apparatus having a grinding drive motor with a drive shaft for a grinding tool to be arranged below the drive motor , the grinding tool being drivable for rotation, characterized in that a blower is arranged above the grinding tool , the blower moving air downwardly past the drive motor and the grinding tool during use, and that a jacket is provided, which surrounds the drive motor and the grinding tool at least partly, with air ducts being formed between the jacket and the drive motor on the one hand and the grinding tool on the other hand, the air ducts being connected to the blower . - with a machine frame supportable on a rail by means of guide rolls , and - a grinding apparatus mounted on the machine frame in such a way as to be pivotable about a pivoting axis running in the longitudinal direction, -- the grinding apparatus having a grinding drive motor with a drive shaft for a grinding tool to be arranged below the drive motor , the grinding tool being drivable for rotation,