mhurhangee/patent-ind-claim-en huggingface dataset:
A cleaning system , for cleaning a heat exchanger of an air conditioning system , the cleaning system comprising a spray subsystem configured to spray a cleaning liquid onto the heat exchanger during a cleaning cycle, and further comprising a UV light source configured to irradiate a surface of the heat exchanger , during the cleaning cycle, characterised by further comprising a sensor subsystem for monitoring an effectiveness of the heat exchange between the heat exchanger and air, further comprising a controller configured to control the cleaning system to clean the heat exchanger , and further configured to obtain sensor data from the sensor subsystem to monitor the effectiveness, wherein the controller is configured to activate a next cleaning cycle when the effectiveness has deviated from a pre-determined threshold. further comprising a sensor subsystem for monitoring an effectiveness of the heat exchange between the heat exchanger and air, further comprising a controller configured to control the cleaning system to clean the heat exchanger , and further configured to obtain sensor data from the sensor subsystem to monitor the effectiveness, wherein the controller is configured to activate a next cleaning cycle when the effectiveness has deviated from a pre-determined threshold.
An organic solar cell comprising an anode, a cathode, and an organic material layer having one or more layers disposed between the anode and the cathode, characterized in that at least one of the one or more layers of the organic material layer comprises a compound represented by the following Formula 2-1 or Formula 2-2:
A string trimmer , comprising: a connecting rod , a string trimmer head , and an operation part , wherein the string trimmer head is disposed at one end of the connecting rod and the operation part is disposed at the other end of the connecting rod, and the string trimmer head comprises: a trimmer line ; a spool configured to wind the trimmer line and capable of rotating about a first axis ; a housing provided with an accommodating cavity for accommodating at least part of the spool and provided with a threading hole for the trimmer line to extend to an outer side of the housing, characterized in that the trimmer head further comprises: a protection structure provided with a passage through which the trimmer line passes; wherein the protection structure comprises a head and a tail , the head is connected to the housing, the tail extends on the outer side of the housing, and the passage is configured to accommodate the trimmer line penetrating through the threading hole and expose the trimmer line out of the tail of the protection structure. a trimmer line ; a spool configured to wind the trimmer line and capable of rotating about a first axis ; a housing provided with an accommodating cavity for accommodating at least part of the spool and provided with a threading hole for the trimmer line to extend to an outer side of the housing, characterized in that the trimmer head further comprises: a protection structure provided with a passage through which the trimmer line passes; wherein the protection structure comprises a head and a tail , the head is connected to the housing, the tail extends on the outer side of the housing, and the passage is configured to accommodate the trimmer line penetrating through the threading hole and expose the trimmer line out of the tail of the protection structure. a protection structure provided with a passage through which the trimmer line passes; wherein the protection structure comprises a head and a tail , the head is connected to the housing, the tail extends on the outer side of the housing, and the passage is configured to accommodate the trimmer line penetrating through the threading hole and expose the trimmer line out of the tail of the protection structure.
A method of displaying physiological information, the method comprising: by a processor: providing a value of a physiological parameter to a display of a patient monitor, the physiological parameter value reflecting physiological information obtained from a physiological sensor coupled to a patient; calculating a freshness of the physiological parameter value, the freshness indicating an amount of time that has elapsed since a valid value for the physiological parameter was obtained, wherein said calculating the freshness comprises adjusting a counter associated with the calculated freshness; outputting a freshness indicator based at least in part on the calculated freshness; providing an output associated with the parameter value based at least in part on the calculated freshness, said providing the output comprising: continuing to output the same parameter value until the counter reaches a predetermined value, outputting a zero value or no value for the parameter value if the counter reaches the predetermined value, and outputting a time-varying value for the parameter value if a valid measurement for the physiological parameter is obtained. providing a value of a physiological parameter to a display of a patient monitor, the physiological parameter value reflecting physiological information obtained from a physiological sensor coupled to a patient; calculating a freshness of the physiological parameter value, the freshness indicating an amount of time that has elapsed since a valid value for the physiological parameter was obtained, wherein said calculating the freshness comprises adjusting a counter associated with the calculated freshness; outputting a freshness indicator based at least in part on the calculated freshness; providing an output associated with the parameter value based at least in part on the calculated freshness, said providing the output comprising: continuing to output the same parameter value until the counter reaches a predetermined value, outputting a zero value or no value for the parameter value if the counter reaches the predetermined value, and outputting a time-varying value for the parameter value if a valid measurement for the physiological parameter is obtained. continuing to output the same parameter value until the counter reaches a predetermined value, outputting a zero value or no value for the parameter value if the counter reaches the predetermined value, and outputting a time-varying value for the parameter value if a valid measurement for the physiological parameter is obtained.
Inhaler for administering powdery dry substances, having two substance carrier discs , which each have cavities filled with a powdery dry substance, wherein the substance carrier discs are arranged rotatably about a common axis of rotation such that the cavities lie opposite each other, wherein the inhaler has an air duct , which has a piercing nozzle , characterized in that the piercing nozzle is arranged between the substance carrier discs , and in that the piercing nozzle has two hollow nozzles , wherein each hollow nozzle faces one of the substance carrier discs , so that one hollow nozzle can pierce a cavity of the one substance carrier disc while the other hollow nozzle pierces a cavity of the other substance carrier disc and the dry substances can be transported from the two cavities through the two hollow nozzles , can be mixed in the piercing nozzle and can be transported further through the air duct .
A deployment instrument for sealing a puncture in a wall of an artery, the deployment instrument comprising: a closure device including a toggle , a plug and a contiguous elongate filament attached to the toggle and the plug , wherein application of tension to the elongate filament in a proximal direction away from the toggle draws the plug towards the toggle when the toggle is disposed in the artery adjacent to the puncture; a carrier assembly that holds the closure device in a pre-deployment state for insertion into the puncture, wherein the closure device is further releasable from the carrier assembly so as to transition into a deployed state to the seal the puncture; and a tensioner assembly that is fixed to the elongate filament , wherein the tensioner assembly controls the tension applied to the elongate filament as the closure device is a) released from the carrier assembly, and b) transitions into the deployed state whereby the plug is drawn toward the toggle in order to seal the puncture when the toggle is disposed in the artery adjacent the puncture. a closure device including a toggle , a plug and a contiguous elongate filament attached to the toggle and the plug , wherein application of tension to the elongate filament in a proximal direction away from the toggle draws the plug towards the toggle when the toggle is disposed in the artery adjacent to the puncture; a carrier assembly that holds the closure device in a pre-deployment state for insertion into the puncture, wherein the closure device is further releasable from the carrier assembly so as to transition into a deployed state to the seal the puncture; and a tensioner assembly that is fixed to the elongate filament , wherein the tensioner assembly controls the tension applied to the elongate filament as the closure device is a) released from the carrier assembly, and b) transitions into the deployed state whereby the plug is drawn toward the toggle in order to seal the puncture when the toggle is disposed in the artery adjacent the puncture.
A starting assembly for starting an engine comprising: • a starter intended to supply a required starting torque to the engine to start the engine in a starting phase, the starter being subject to construction dispersions that vary the value of the torque supplied, • an electronic starting device linked to the starter and intended to supply an electrical current to the starter to electrically power it in the starting phase, characterised in that the starter comprises a device for characterising the estimated and/or measured dispersions of the starter comprising a means for storing a dispersion indicator, the dispersion indicator being predefined in conformity with the estimated and/or measured dispersions, in that the electronic starting device comprises a means for reading the dispersion indicator and is configured to read the dispersion indicator so as to determine the dispersions of the starter , and in that the electronic starting device is configured to supply the electrical current to the starter determined by a corrective factor associated with the dispersion indicator read to compensate for the construction dispersions of the starter , so that the starter supplies the required starting torque to the engine . • a starter intended to supply a required starting torque to the engine to start the engine in a starting phase, the starter being subject to construction dispersions that vary the value of the torque supplied, • an electronic starting device linked to the starter and intended to supply an electrical current to the starter to electrically power it in the starting phase, characterised in that the starter comprises a device for characterising the estimated and/or measured dispersions of the starter comprising a means for storing a dispersion indicator, the dispersion indicator being predefined in conformity with the estimated and/or measured dispersions, in that the electronic starting device comprises a means for reading the dispersion indicator and is configured to read the dispersion indicator so as to determine the dispersions of the starter , and in that the electronic starting device is configured to supply the electrical current to the starter determined by a corrective factor associated with the dispersion indicator read to compensate for the construction dispersions of the starter , so that the starter supplies the required starting torque to the engine .
A method for inter-eNB carrier aggregation performed by a user equipment, UE, operating in a wireless network with serving cells served by a first and a second base station, wherein each serving cell is configured with an uplink group identifier, the method comprising: detecting an inter-eNB carrier aggregation configuration; determining a first cell group and a second cell group based on a two-tier ID, wherein the two-tier ID comprises a cell group identifier and an uplink group identifier, and the first cell group is with a first cell group identifier and the second cell group is with a second cell group identifier, wherein the first cell group containing one or more serving cells with the same or different uplink group identifiers served by the first base station and the second cell group with the second cell group identifier containing one or more serving cells with the same or different uplink group identifiers served by the second base station; and performing uplink alignment, radio link monitoring and radio resource/component carrier management procedures linking to the first or the second cell group identifier. detecting an inter-eNB carrier aggregation configuration; determining a first cell group and a second cell group based on a two-tier ID, wherein the two-tier ID comprises a cell group identifier and an uplink group identifier, and the first cell group is with a first cell group identifier and the second cell group is with a second cell group identifier, wherein the first cell group containing one or more serving cells with the same or different uplink group identifiers served by the first base station and the second cell group with the second cell group identifier containing one or more serving cells with the same or different uplink group identifiers served by the second base station; and performing uplink alignment, radio link monitoring and radio resource/component carrier management procedures linking to the first or the second cell group identifier.
A device for splitting wood having a frame which supports at least one rest for a log of wood to be split, the device having two splitting tools which are fixedly arranged on said frame and are disposed at a given distance from each other so as to form a splitting chamber and between which a plunger piston is provided which is displaceably driven between the splitting tools by means of an actuating device , said actuating device having an actuating drive which has at least two opposing pressure cylinders associated each with one splitting tool and each of the opposing pressure cylinders having one end of a plunger shaft guided therein and said plunger piston being fastened to said plunger shaft , characterised in that the plunger shaft is realised in the form of a pressure pipe which has a pressure surface formed on the end face of each end thereof and in that each pressure surface is provided within one of the opposing pressure cylinders .
Oil wiper packing for a piston rod of a crosshead piston compressor, comprising - a chamber disc having a chamber disc cut-out and a partition wall with a bore , wherein the partition wall laterally delimits the chamber disc cut-out , and wherein the bore is provided for passage of the piston rod , and comprising - a wiper ring , wherein the wiper ring is arranged in the chamber disc cut-out , wherein at least two chamber discs , which each have a chamber disc cut-out and a single partition wall , are arranged successively in a running direction (L), characterized in that a single wiper ring is arranged in each chamber disc cut-out , and wherein the at least two chamber discs in the running direction (L) are arranged in the same orientation. - a chamber disc having a chamber disc cut-out and a partition wall with a bore , wherein the partition wall laterally delimits the chamber disc cut-out , and wherein the bore is provided for passage of the piston rod , and comprising - a wiper ring , wherein the wiper ring is arranged in the chamber disc cut-out , wherein at least two chamber discs , which each have a chamber disc cut-out and a single partition wall , are arranged successively in a running direction (L), characterized in that a single wiper ring is arranged in each chamber disc cut-out , and wherein the at least two chamber discs in the running direction (L) are arranged in the same orientation.
Process for application of a curable building material, in particular in a generative process, comprising the steps: - provision of at least two separate components of the building material; - introduction of the at least two separate components into a mixing apparatus , in particular into a mixing chamber of the mixing apparatus, with a feed device ; - mixing of the at least two separate components in the mixing apparatus to give the curable building material in the setting state; - feeding of the setting building material through a transport conduit using a transport device to a printing head which is movable in at least one direction in space; - application of the setting building material by means of the movable printing head ; - wherein a first component of the building material is present in solid form and comprises a mineral binder and aggregates, in particular gravel, sand, rock particle fractions and/or fillers, and a concrete and/or mortar admixture; - a second component of the building material is present in liquid form and comprises water; - a third component comprising a plasticizer is present; where the components are present in vessels (11.1, 11.2, 11.3) which are spatially separated from one another and are constituents of the feed device and/or communicate with the latter. - provision of at least two separate components of the building material; - introduction of the at least two separate components into a mixing apparatus , in particular into a mixing chamber of the mixing apparatus, with a feed device ; - mixing of the at least two separate components in the mixing apparatus to give the curable building material in the setting state; - feeding of the setting building material through a transport conduit using a transport device to a printing head which is movable in at least one direction in space; - application of the setting building material by means of the movable printing head ; - wherein a first component of the building material is present in solid form and comprises a mineral binder and aggregates, in particular gravel, sand, rock particle fractions and/or fillers, and a concrete and/or mortar admixture; - a second component of the building material is present in liquid form and comprises water; - a third component comprising a plasticizer is present;
A sensor of a Coriolis measuring device for measuring the mass flow or the density of a medium flowing through a pipe, comprising: at least one measuring tube for conducting the medium, each having an inlet (11.1) and an outlet (11.2); at least one exciter for exciting measuring tube vibrations; at least two sensors for detecting measuring tube vibrations; a carrier body for holding the measuring tube; characterized in that the measuring sensor has an RFID temperature sensor which is adapted to determine a temperature of the measuring tube, wherein the sensor comprises an RF transceiver adapted to read the temperature sensor, wherein the at least one measuring tube and the temperature sensor are interchangeable, wherein the sensor comprises a coupling for coupling and decoupling at least one measuring tube, wherein the temperature sensor can be sterilized by gamma radiation without impairment of its functionality, wherein the temperature sensor and the measuring tube are designed to be sterilized together by gamma radiation. at least one measuring tube for conducting the medium, each having an inlet (11.1) and an outlet (11.2); at least one exciter for exciting measuring tube vibrations; at least two sensors for detecting measuring tube vibrations; a carrier body for holding the measuring tube; characterized in that the measuring sensor has an RFID temperature sensor which is adapted to determine a temperature of the measuring tube, wherein the sensor comprises an RF transceiver adapted to read the temperature sensor, wherein the at least one measuring tube and the temperature sensor are interchangeable, wherein the sensor comprises a coupling for coupling and decoupling at least one measuring tube, wherein the temperature sensor can be sterilized by gamma radiation without impairment of its functionality, wherein the temperature sensor and the measuring tube are designed to be sterilized together by gamma radiation.
A washing machine comprising: a cabinet ; a tub disposed in the cabinet to receive water; a drum rotatably disposed in the tub to receive laundry; a drawer disposed extractable in the cabinet , the drawer containing detergent; a vent pipe connecting an inside of the tub to an outside of the cabinet ; a first passage connecting the drawer and the tub ; a detergent supply device disposed at the cabinet , the detergent supply device containing detergent; and a second passage disposed between the detergent supply device and the tub or between the detergent supply device and the drawer to supply the detergent contained in the detergent supply device into the tub or the drawer , wherein the second passage comprises: a second external passage connecting the detergent supply device to the cabinet so as to guide detergent in the detergent supply device to the cabinet ; and a second internal passage disposed inside the cabinet so as to guide detergent supplied through the second external passage to the drawer or the tub and connected to the vent pipe so that detergent supplied through the second internal passage is supplied to the tub via the vent pipe . a cabinet ; a tub disposed in the cabinet to receive water; a drum rotatably disposed in the tub to receive laundry; a drawer disposed extractable in the cabinet , the drawer containing detergent; a vent pipe connecting an inside of the tub to an outside of the cabinet ; a first passage connecting the drawer and the tub ; a detergent supply device disposed at the cabinet , the detergent supply device containing detergent; and a second passage disposed between the detergent supply device and the tub or between the detergent supply device and the drawer to supply the detergent contained in the detergent supply device into the tub or the drawer , wherein the second passage comprises: a second external passage connecting the detergent supply device to the cabinet so as to guide detergent in the detergent supply device to the cabinet ; and a second internal passage disposed inside the cabinet so as to guide detergent supplied through the second external passage to the drawer or the tub and connected to the vent pipe so that detergent supplied through the second internal passage is supplied to the tub via the vent pipe . a second external passage connecting the detergent supply device to the cabinet so as to guide detergent in the detergent supply device to the cabinet ; and a second internal passage disposed inside the cabinet so as to guide detergent supplied through the second external passage to the drawer or the tub and connected to the vent pipe so that detergent supplied through the second internal passage is supplied to the tub via the vent pipe .