mhurhangee/patent-ind-claim-en huggingface dataset:
Procedure for managing the energy of a field device (FG) used in process engineering with a first module (M) and at least a second module (BT), wherein the field device (FG) is supplied with energy by a two-wire bus , wherein the first module (M) at least temporarily consumes more energy that the two-wire bus delivers continuously, and an energy storage unit (C) powered by the two-wire bus is assigned to the first module (M), wherein the second module (BT) is supplied continuously with energy by the two-wire bus characterized in that the first module comprises a sensor element (M) designed to capture a measured variable, wherein the sensor element (M) forwards values to a wireless module (BT), wherein the second module comprises the wireless module (BT) for the wireless transmission of values to a higher-level unit (H), and wherein the operation of the first and second module (M, BT) is controlled in such a way that the second module (BT) has priority over the first module (M) and the first module (M) may not be operational, at least temporarily. wherein the field device (FG) is supplied with energy by a two-wire bus , wherein the first module (M) at least temporarily consumes more energy that the two-wire bus delivers continuously, and an energy storage unit (C) powered by the two-wire bus is assigned to the first module (M), wherein the second module (BT) is supplied continuously with energy by the two-wire bus characterized in that the first module comprises a sensor element (M) designed to capture a measured variable, wherein the sensor element (M) forwards values to a wireless module (BT), wherein the second module comprises the wireless module (BT) for the wireless transmission of values to a higher-level unit (H), and wherein the operation of the first and second module (M, BT) is controlled in such a way that the second module (BT) has priority over the first module (M) and the first module (M) may not be operational, at least temporarily.
A computer-implemented method including: receiving a value of a numerical attribute of a record stored in a data structure ; generating a numerical range that includes the value of the numerical attribute; generating an identifier representing the numerical range by dividing a first value of the range by a predetermined duration to provide a quotient that represents the identifier; storing , in an index storage associated with the data structure , an index entry that specifies a location of the record within the data structure and that includes a first index key and a second index key , the first index key corresponding to a value of an attribute of the record different from the numerical attribute, and the second index key corresponding to the generated identifier for the record, wherein the index entry is sorted by both the first index key and the second index key; and using the index storage to locate records that satisfy a query. receiving a value of a numerical attribute of a record stored in a data structure ; generating a numerical range that includes the value of the numerical attribute; generating an identifier representing the numerical range by dividing a first value of the range by a predetermined duration to provide a quotient that represents the identifier; storing , in an index storage associated with the data structure , an index entry that specifies a location of the record within the data structure and that includes a first index key and a second index key , the first index key corresponding to a value of an attribute of the record different from the numerical attribute, and the second index key corresponding to the generated identifier for the record, wherein the index entry is sorted by both the first index key and the second index key; and using the index storage to locate records that satisfy a query.
A method of configuring mobility reference signal transmissions from one or more network nodes to a wireless communication device to facilitate mobility measurement reporting by the wireless communication device, the method being performed by a network node and comprising: determining , responsive to network information regarding a current mobility status of the network configuration, said mobility status comprising at least one of: a mobility status of the wireless communication device, an automatic neighbor relation status, and a network reconfiguration status, whether there is a need to include link set identifier content comprising at least one of a local cell ID information and a global cell ID information with one or more of the mobility reference signal transmissions, each of said mobility reference signal transmissions originating from one of the one or more network nodes; defining a configuration for each of the mobility reference signal transmissions responsive to the determining; and configuring the one or more network nodes to implement the mobility reference signal transmissions according to the defined configurations. determining , responsive to network information regarding a current mobility status of the network configuration, said mobility status comprising at least one of: a mobility status of the wireless communication device, an automatic neighbor relation status, and a network reconfiguration status, whether there is a need to include link set identifier content comprising at least one of a local cell ID information and a global cell ID information with one or more of the mobility reference signal transmissions, each of said mobility reference signal transmissions originating from one of the one or more network nodes; defining a configuration for each of the mobility reference signal transmissions responsive to the determining; and configuring the one or more network nodes to implement the mobility reference signal transmissions according to the defined configurations.
Apparatus for handling fluid within an at least partially electrically powered vehicle, comprising: a valve device , comprising a valve housing , wherein the valve housing comprises at least eight radially arranged port openings for fluid to flow in or out, a valve body , which is arranged within the valve housing and is arranged in a rotatable manner about an axis of rotation R, wherein the valve body comprises at least four connecting channels for fluidly connecting two port openings respectively to one another, characterized in that a further connection opening is arranged between two port openings which are respectively fluidly connected to each other. a valve device , comprising a valve housing , wherein the valve housing comprises at least eight radially arranged port openings for fluid to flow in or out, a valve body , which is arranged within the valve housing and is arranged in a rotatable manner about an axis of rotation R, wherein the valve body comprises at least four connecting channels for fluidly connecting two port openings respectively to one another, characterized in that a further connection opening is arranged between two port openings which are respectively fluidly connected to each other.
Coolant circuit for a vehicle, having a pump , an engine to be cooled, and a radiator , characterized in that a first flow control unit , which comprises a first valve and a first actuator and which, as a function of a temperature of a coolant, in a stepless manner thermostatically controls in an open loop or a closed loop a flow of the coolant, is provided in a main duct between the engine and the radiator , and a bypass duct , which is fluidically connected in parallel with the radiator , and after the radiator opens into the main duct , branches off the main duct between the engine and the first flow control unit , wherein a second flow control unit , which comprises a second valve and is configured such that the second flow control unit opens or closes the bypass duct as a function of the temperature of the coolant, is provided in the bypass duct , wherein the first valve is coupled to the first actuator and is adjusted in a stepless manner by the latter as a function of the coolant temperature, and the second valve is coupled to a second actuator and is adjusted in a stepless manner by the latter as a function of the coolant temperature, characterized in that a first temperature sensor is connected to the first flow control unit or the second flow control unit via a signal transmission , and the two flow control units are in a communication link and exchange bi-directional information about their condition in order to coordinate the opening and closing of one flow control unit with the closing and opening of the other flow control unit. a first flow control unit , which comprises a first valve and a first actuator and which, as a function of a temperature of a coolant, in a stepless manner thermostatically controls in an open loop or a closed loop a flow of the coolant, is provided in a main duct between the engine and the radiator , and a bypass duct , which is fluidically connected in parallel with the radiator , and after the radiator opens into the main duct , branches off the main duct between the engine and the first flow control unit , wherein a second flow control unit , which comprises a second valve and is configured such that the second flow control unit opens or closes the bypass duct as a function of the temperature of the coolant, is provided in the bypass duct , wherein the first valve is coupled to the first actuator and is adjusted in a stepless manner by the latter as a function of the coolant temperature, and the second valve is coupled to a second actuator and is adjusted in a stepless manner by the latter as a function of the coolant temperature, characterized in that a first temperature sensor is connected to the first flow control unit or the second flow control unit via a signal transmission , and the two flow control units are in a communication link and exchange bi-directional information about their condition in order to coordinate the opening and closing of one flow control unit with the closing and opening of the other flow control unit.
Robotic medical device for monitoring the breathing of a patient and correcting the robotic trajectory, comprising: - at least one robotic arm; - a mechanical ventilator to which the breathing of a patient is subjected; - means for recording as a function of time moments during said mechanical ventilation at which said patient is in an original position corresponding to the position of the patient following the expiration of gases until the next insufflation of gases and in a high position corresponding to the maximum position following insufflation; - digital image capturing means of an anatomical zone of said patient, the actuation of said capturing means being synchronized with the moments recorded in said original position and in said high position; - calculating means of at least one three-dimensional movement vector of said zone between said original and high positions; - correcting means of the trajectory of said robotic arm as a function of each calculated three-dimensional vector. - at least one robotic arm; - a mechanical ventilator to which the breathing of a patient is subjected; - means for recording as a function of time moments during said mechanical ventilation at which said patient is in an original position corresponding to the position of the patient following the expiration of gases until the next insufflation of gases and in a high position corresponding to the maximum position following insufflation; - digital image capturing means of an anatomical zone of said patient, the actuation of said capturing means being synchronized with the moments recorded in said original position and in said high position; - calculating means of at least one three-dimensional movement vector of said zone between said original and high positions; - correcting means of the trajectory of said robotic arm as a function of each calculated three-dimensional vector.
Aeroponic system for the modular cultivation and transportation of plant products, comprising: - a plurality of substantially closed containers , having an upper cover in which seats are formed for removably receiving pots adapted to contain and support a respective horticultural product , which pots have openings for communicating with the inside of the respective container , - a first hydraulic line connected to said containers and connected to the delivery side of a feed pump for feeding a nutritional fluid containing water and nutrients inside each container , - an auxiliary hydraulic line separated from said first hydraulic line, said auxiliary hydraulic line being connected to the suction side of said pump and to the bottom of one container , wherein said plurality of containers comprises a main container and a series of secondary containers , the bottom of all said secondary containers being arranged at a higher level with respect to the bottom of the main container , said auxiliary hydraulic line being connected only to the bottom of the main container , and a second hydraulic line connecting with each other the bottom of all said containers . - a plurality of substantially closed containers , having an upper cover in which seats are formed for removably receiving pots adapted to contain and support a respective horticultural product , which pots have openings for communicating with the inside of the respective container , - a first hydraulic line connected to said containers and connected to the delivery side of a feed pump for feeding a nutritional fluid containing water and nutrients inside each container , - an auxiliary hydraulic line separated from said first hydraulic line, said auxiliary hydraulic line being connected to the suction side of said pump and to the bottom of one container , wherein said plurality of containers comprises a main container and a series of secondary containers , the bottom of all said secondary containers being arranged at a higher level with respect to the bottom of the main container , said auxiliary hydraulic line being connected only to the bottom of the main container , and a second hydraulic line connecting with each other the bottom of all said containers .
An underwater pelletizing method for manufacturing adhesive resin pellets, comprising: an addition step of adding an antiblocking agent to water; an extrusion step of melting an adhesive resin and extruding the adhesive resin into the water; and a cutting step of cutting the adhesive resin extruded into the water to form adhesive resin pellets after the extrusion step, wherein polyolefin fine particles are used for the antiblocking agent, the polyolefin fine particles have an average particle diameter of 1 μm or more and less than 18 μm, characterized in that an adhesive sheet having an adhesive resin layer thickness of 10 μm is formed on a polypropylene substrate layer having a thickness of 40 μm by melting the adhesive resin and subjecting the adhesive resin layer and the substrate layer to resin melting coextrusion, the resulting adhesive layer having an adhesive force measured by a method in accordance with JIS Z 0237 2000 of less than 15.00 N/25 mm with respect to a BASUS plate as an adherend, and in that the adhesive resin is a mixture of a polyolefin adhesive resin and a styrene elastomer adhesive resin. an addition step of adding an antiblocking agent to water; an extrusion step of melting an adhesive resin and extruding the adhesive resin into the water; and a cutting step of cutting the adhesive resin extruded into the water to form adhesive resin pellets after the extrusion step, wherein polyolefin fine particles are used for the antiblocking agent, the polyolefin fine particles have an average particle diameter of 1 μm or more and less than 18 μm, characterized in that an adhesive sheet having an adhesive resin layer thickness of 10 μm is formed on a polypropylene substrate layer having a thickness of 40 μm by melting the adhesive resin and subjecting the adhesive resin layer and the substrate layer to resin melting coextrusion, the resulting adhesive layer having an adhesive force measured by a method in accordance with JIS Z 0237 2000 of less than 15.00 N/25 mm with respect to a BASUS plate as an adherend, and in that the adhesive resin is a mixture of a polyolefin adhesive resin and a styrene elastomer adhesive resin.
A frame of a pair of bifocal glasses, the frame comprising: a pair of lens-holding frames each holding vertically arranged lenses; a bridge coupling the lens-holding frames in height substantially at a center of each of the lens-holding frames ; an attachment portion provided on an outside and in height substantially at the center of each of the lens-holding frames ; a temple attached to the attachment portion ; ear piece provided on a back end of the temple ; characterized by nose pads provided correspondingly one-to-one to both ends of the bridge and supporting the bridge while being in contact with a nose even when the lens-holding frames are inverted in a top-bottom direction, wherein the temple comprises a vertically bent portion provided closer to a front end of the temple than the ear piece and configured to align a center of one of the lenses with the back end of the temple , and the frame further comprises a top-bottom inverting unit attached to a side of the temple that is closer to the front end thereof than the bent portion is close to the front end, the top-bottom inverting unit being capable of inverting the temple in the top-bottom direction. a pair of lens-holding frames each holding vertically arranged lenses; a bridge coupling the lens-holding frames in height substantially at a center of each of the lens-holding frames ; an attachment portion provided on an outside and in height substantially at the center of each of the lens-holding frames ; a temple attached to the attachment portion ; ear piece provided on a back end of the temple ; characterized by nose pads provided correspondingly one-to-one to both ends of the bridge and supporting the bridge while being in contact with a nose even when the lens-holding frames are inverted in a top-bottom direction, wherein the temple comprises a vertically bent portion provided closer to a front end of the temple than the ear piece and configured to align a center of one of the lenses with the back end of the temple , and the frame further comprises a top-bottom inverting unit attached to a side of the temple that is closer to the front end thereof than the bent portion is close to the front end, the top-bottom inverting unit being capable of inverting the temple in the top-bottom direction.
A refrigeration apparatus comprising: a refrigerant circuit (RC) having a heat exchanger ; a housing that houses at least the heat exchanger and is provided with a suction port on an upstream side of the heat exchanger ; and a filter attached to the suction port of the housing , an attachment frame for attaching the filter to the housing , wherein the filter is configured to be held not to come into contact with the heat exchanger , when air containing oil mist is supplied to the heat exchanger via the filter , at least a part of an oil component in the air containing oil mist is trapped by the filter , wherein the refrigeration apparatus comprises an oil receiver below a space between the heat exchanger and the filter , an oil reservoir , and a guide path configured to guide oil from the oil receiver to the oil reservoir , a lower frame portion of the attachment frame is inclined toward the heat exchanger side and downward characterized in that when oil droplets adhering to the surface of the filter flow downward, the lower frame portion is configured to guide the oil droplets from the filter and flow the oil droplets to below the heat exchanger . a refrigerant circuit (RC) having a heat exchanger ; a housing that houses at least the heat exchanger and is provided with a suction port on an upstream side of the heat exchanger ; and a filter attached to the suction port of the housing , an attachment frame for attaching the filter to the housing , wherein the filter is configured to be held not to come into contact with the heat exchanger , when air containing oil mist is supplied to the heat exchanger via the filter , at least a part of an oil component in the air containing oil mist is trapped by the filter , wherein the refrigeration apparatus comprises an oil receiver below a space between the heat exchanger and the filter , an oil reservoir , and a guide path configured to guide oil from the oil receiver to the oil reservoir , a lower frame portion of the attachment frame is inclined toward the heat exchanger side and downward characterized in that when oil droplets adhering to the surface of the filter flow downward, the lower frame portion is configured to guide the oil droplets from the filter and flow the oil droplets to below the heat exchanger .
Single-loop nuclear power plant with a heat-carrier under pressure, including a power unit and a throttling device which are connected by means of an output pipeline and feed pipeline , a steam turbine , which is connected by means of pipes to the throttling device and to a condenser , which is also connected to the throttling device , wherein it also includes an electric drive which is connected to an impeller and configured to rotate it, the throttling device is vertically separated into a steam zone , a zone of high pressure and a zone of low pressure , which zones are separated by horizontal hermetic partitions, the steam zone being located higher than the zone of high pressure , which in turn is located higher than the zone of low pressure , the zone of high pressure being connected to an inlet of the output pipeline and being connected to the zone of low pressure by means of throttling nozzles , which are arranged in the horizontal hermetic partition between said zones at a periphery of the horizontal hermetic partition at an inclination to the vertical, the zone of low pressure being connected to the steam zone by means of a vertical pipeline which passes through the centers of the horizontal hermetic partitions and the zone of high pressure .
Battery carrier for an electric vehicle, having a trough with a frame and/or struts extending in the trough, wherein the frame and/or the struts are produced from hollow profiles, as extruded light metal profiles , which are connected by means of material-bonded joining, and a cover is coupled to an upper side of the light metal profile, characterised in that at least one light metal profile has been calibrated geometrically at one end section such that the end section has a different cross-sectional geometry from the rest of the longitudinal extension of the light metal profile and has a chamfer on an upper side at least in sections, wherein the thermal joining seam is arranged in the chamfer .
Household appliance, in particular a water-conducting household appliance, having an appliance housing providing an appliance space , which appliance housing has a loading opening for access to the appliance space , having an appliance door mounted so as to be rotatable about a pivot axis for closing the loading opening , having a motor unit by means of which the appliance door can be transferred from an open position to a closed position closing the loading opening , and having a spring mechanism , which is used to balance the weight of the appliance door and has a spring element and a force transmission means arranged between the spring element and the appliance door , which force transmission means is in operative connection with an intermediate member that can be driven by the motor unit , characterized in that the force transmission means is a toothed belt or a chain, wherein the toothed belt or the chain and the intermediate member interlock in a form-fitting manner. the force transmission means is a toothed belt or a chain, wherein the toothed belt or the chain and the intermediate member interlock in a form-fitting manner.