mhurhangee/ep-ind-claims huggingface dataset:
A battery controller comprising: a closed-circuit voltage detection unit configured to measure a terminal-to-terminal voltage of a secondary battery to acquire a closed-circuit voltage; an open-circuit voltage calculation unit configured to perform calculation on the basis of the closed-circuit voltage to acquire an open-circuit voltage; a time point setting unit configured to calculate a voltage difference obtained by subtracting the open-circuit voltage from the closed-circuit voltage and sets a first time point and a second time point at which an absolute value of the voltage difference is equal to or smaller than a predetermined value; a cumulative current amount calculation unit configured to obtain a cumulative current amount which is a time integrated value of a current flowing through the secondary battery in a period between the first time point and the second time point; a SOC difference calculation unit configured to calculate a difference between SOC at the first time point and SOC at the second time point; ands a storage capacity calculation unit configured to divide the cumulative current amount by the SOC difference to calculate a storage capacity of the secondary battery. a closed-circuit voltage detection unit configured to measure a terminal-to-terminal voltage of a secondary battery to acquire a closed-circuit voltage; an open-circuit voltage calculation unit configured to perform calculation on the basis of the closed-circuit voltage to acquire an open-circuit voltage; a time point setting unit configured to calculate a voltage difference obtained by subtracting the open-circuit voltage from the closed-circuit voltage and sets a first time point and a second time point at which an absolute value of the voltage difference is equal to or smaller than a predetermined value; a cumulative current amount calculation unit configured to obtain a cumulative current amount which is a time integrated value of a current flowing through the secondary battery in a period between the first time point and the second time point; a SOC difference calculation unit configured to calculate a difference between SOC at the first time point and SOC at the second time point; ands a storage capacity calculation unit configured to divide the cumulative current amount by the SOC difference to calculate a storage capacity of the secondary battery.
A progressive cavity pump having at least - a stator, - a rotor rotating inside the stator, - a drive for the rotor, - a pump housing which is connected to the stator and has at least one inlet or outlet opening for the medium to be conveyed, - a connection housing, which is arranged between the pump housing and drive and is open or to be opened, - a connecting shaft connected to the drive in a detachable manner, which is arranged in the connection housing at least in some regions, the connecting shaft being sealed using a sliding-ring seal for fluid-tight separation of the pump housing with respect to the environment or with respect to the connection housing, the sliding-ring seal having a seal housing fixed to the pump housing and/or the connection housing, a sliding ring which is fixed on the connecting shaft in a rotationally fixed manner and rotates in the seal housing, and a stationary seal face which is fixed to the seal housing, the seal housing being constructed as a divided seal housing and having a basic housing, which in the mounted state surrounds the sliding ring and is fixed to the pump housing and/or the connection housing, on the one hand and a housing lid, which supports the stationary seal face, on the other hand, characterized in that the housing lid is fixed to the basic housing in a detachable manner and can be disconnected from the same, so that the connecting shaft with the sliding ring fixed thereto can be pulled out of the seal housing. - a stator, - a rotor rotating inside the stator, - a drive for the rotor, - a pump housing which is connected to the stator and has at least one inlet or outlet opening for the medium to be conveyed, - a connection housing, which is arranged between the pump housing and drive and is open or to be opened, - a connecting shaft connected to the drive in a detachable manner, which is arranged in the connection housing at least in some regions, the sliding-ring seal having a seal housing fixed to the pump housing and/or the connection housing, a sliding ring which is fixed on the connecting shaft in a rotationally fixed manner and rotates in the seal housing, and a stationary seal face which is fixed to the seal housing, the seal housing being constructed as a divided seal housing and having a basic housing, which in the mounted state surrounds the sliding ring and is fixed to the pump housing and/or the connection housing, on the one hand and a housing lid, which supports the stationary seal face, on the other hand, characterized in that the housing lid is fixed to the basic housing in a detachable manner and can be disconnected from the same, so that the connecting shaft with the sliding ring fixed thereto can be pulled out of the seal housing.
Limit level switch (101, 201,301,401), comprising: a measuring probe (104, 303, 403) for immersion in a filling material and for detecting a measurement signal (502, 503, 602) which corresponds to the state of the measuring probe relative to the filling material; an evaluation unit for evaluating the detected measurement signal in order to determine whether or not the measuring probe is surrounded by the filling material; characterized by a position sensor integrated in the limit level switch for detecting information about an installation position of the limit level switch inside a container which contains the filling material, and for transmitting the detected information to the evaluation unit; wherein the evaluation unit is designed to take the information detected by the position sensor into account when evaluating the measurement signal, and to asses on the basis of the information, whether the measuring probe points vertically upwards or downwards as well as on the basis of the form of the measurement signal to the measuring probe being only partially covered by the filling material or to the measuring probe being dirty. a measuring probe (104, 303, 403) for immersion in a filling material and for detecting a measurement signal (502, 503, 602) which corresponds to the state of the measuring probe relative to the filling material; an evaluation unit for evaluating the detected measurement signal in order to determine whether or not the measuring probe is surrounded by the filling material; characterized by a position sensor integrated in the limit level switch for detecting information about an installation position of the limit level switch inside a container which contains the filling material, and for transmitting the detected information to the evaluation unit; wherein the evaluation unit is designed to take the information detected by the position sensor into account when evaluating the measurement signal, and to asses on the basis of the information, whether the measuring probe points vertically upwards or downwards as well as on the basis of the form of the measurement signal to the measuring probe being only partially covered by the filling material or to the measuring probe being dirty.
A method of controlling power transfer of a thermal energy exchanger of an HVAC system, the method comprising: controlling by a control system the opening of a valve in the HVAC system to adjust a flow (Φ) of a fluid through the thermal energy exchanger by setting a control signal for the valve responsive to different setpoints; characterized in that the method further comprises: recording in the control system a plurality of data points (D*), each of the data points including for a certain setpoint ( C D) operating data values related to the power transfer ( Q̇ D) effectuated by the thermal energy exchanger with the control signal for the valve set responsive to the certain setpoint ( C D); determining by the control system of a fitting curve ( p F) which fits the plurality of data points (D*); determining by the control system of a transformation which transforms the fitting curve ( p F) into a transformed curve ( p T) having a given target shape; and controlling by the control system the opening of the valve by transforming the setpoint ( C F) to a transformed setpoint ( C T), using the transformation, and setting the control signal for the valve based on the transformed setpoint ( C T). controlling by a control system the opening of a valve in the HVAC system to adjust a flow (Φ) of a fluid through the thermal energy exchanger by setting a control signal for the valve responsive to different setpoints; characterized in that the method further comprises: recording in the control system a plurality of data points (D*), each of the data points including for a certain setpoint ( C D) operating data values related to the power transfer ( Q̇ D) effectuated by the thermal energy exchanger with the control signal for the valve set responsive to the certain setpoint ( C D); determining by the control system of a fitting curve ( p F) which fits the plurality of data points (D*); determining by the control system of a transformation which transforms the fitting curve ( p F) into a transformed curve ( p T) having a given target shape; and controlling by the control system the opening of the valve by transforming the setpoint ( C F) to a transformed setpoint ( C T), using the transformation, and setting the control signal for the valve based on the transformed setpoint ( C T). recording in the control system a plurality of data points (D*), each of the data points including for a certain setpoint ( C D) operating data values related to the power transfer ( Q̇ D) effectuated by the thermal energy exchanger with the control signal for the valve set responsive to the certain setpoint ( C D); determining by the control system of a fitting curve ( p F) which fits the plurality of data points (D*); determining by the control system of a transformation which transforms the fitting curve ( p F) into a transformed curve ( p T) having a given target shape; and controlling by the control system the opening of the valve by transforming the setpoint ( C F) to a transformed setpoint ( C T), using the transformation, and setting the control signal for the valve based on the transformed setpoint ( C T).
A substrate processing device comprising: a cleaning liquid supplying unit (47, 117, 214) supplying a cleaning liquid to a patterned surface of a substrate; a solvent supplying unit (48, 118, 215) supplying a volatile solvent to the patterned surface of the substrate supplied with the cleaning liquid to replace the cleaning liquid on the patterned surface of the substrate with the volatile solvent; a heating unit (64, 121, 217) heating the substrate supplied with the volatile solvent; a suction drying unit (65, 218) and/or a blow-off drying unit (67, 219) drying the surface of the substrate by removing the volatile solvent from the surface of the substrate by a heating operation of the heating unit (64, 121, 217) in combination with sucking and/or blowing off the volatile solvent, characterized in that the solvent supplying unit (48, 118, 215) is adapted for supplying the solvent in liquid state to the patterned surface of the substrate, that the heating unit (64, 121, 217) includes a lamp (64A, 121A, 217A) for irradiating the patterned surface of the substrate with light having a peak intensity in wavelengths between 500 nm and 3000 nm whereby the patterned surface of the substrate can be heated and a gas layer of the volatile solvent can be formed thereon which can push the liquid solvent so that it changes into droplets which can be sucked by the suction drying unit (65, 218) and/or blown off by the blow-off drying unit (67, 219). a cleaning liquid supplying unit (47, 117, 214) supplying a cleaning liquid to a patterned surface of a substrate; a solvent supplying unit (48, 118, 215) supplying a volatile solvent to the patterned surface of the substrate supplied with the cleaning liquid to replace the cleaning liquid on the patterned surface of the substrate with the volatile solvent; a heating unit (64, 121, 217) heating the substrate supplied with the volatile solvent; a suction drying unit (65, 218) and/or a blow-off drying unit (67, 219) drying the surface of the substrate by removing the volatile solvent from the surface of the substrate by a heating operation of the heating unit (64, 121, 217) in combination with sucking and/or blowing off the volatile solvent, characterized in that the solvent supplying unit (48, 118, 215) is adapted for supplying the solvent in liquid state to the patterned surface of the substrate, that the heating unit (64, 121, 217) includes a lamp (64A, 121A, 217A) for irradiating the patterned surface of the substrate with light having a peak intensity in wavelengths between 500 nm and 3000 nm whereby the patterned surface of the substrate can be heated and a gas layer of the volatile solvent can be formed thereon which can push the liquid solvent so that it changes into droplets which can be sucked by the suction drying unit (65, 218) and/or blown off by the blow-off drying unit (67, 219).
An encoding method, the method comprising: partitioning, by a processor of an encoder, a picture into a plurality of tiles; including, by the processor, a number of the tiles to at least one tile group of a tile group type; characterized in that exactly two tile group types are supported, wherein the supported tile group types are raster scan tile groups and rectangular tile groups, a raster scan tile group containing tiles consecutive in raster scan order of the picture and a rectangular tile group containing tiles collectively forming a rectangular region of the picture, and in that the method further comprises determining, by the processor, whether the at least one tile group is a raster scan tile group or a rectangular tile group; deriving, by the processor, tiles in the picture that belong to each of the at least one tile group based on whether the at least one tile group is a raster scan tile group or a rectangular tile group; encoding, by the processor, the tiles belonging to each of the at least one tile group and a flag into a picture parameter set of a bitstream, wherein the flag indicates whether the at least one tile group is a raster scan tile group or a rectangular tile group, wherein the flag indicates the tile group is a raster scan tile group when the flag is set equal to zero, and the flag indicates the tile group is a rectangular tile group when the flag is set equal to one. partitioning, by a processor of an encoder, a picture into a plurality of tiles; including, by the processor, a number of the tiles to at least one tile group of a tile group type; characterized in that exactly two tile group types are supported, wherein the supported tile group types are raster scan tile groups and rectangular tile groups, a raster scan tile group containing tiles consecutive in raster scan order of the picture and a rectangular tile group containing tiles collectively forming a rectangular region of the picture, and in that the method further comprises determining, by the processor, whether the at least one tile group is a raster scan tile group or a rectangular tile group; deriving, by the processor, tiles in the picture that belong to each of the at least one tile group based on whether the at least one tile group is a raster scan tile group or a rectangular tile group; encoding, by the processor, the tiles belonging to each of the at least one tile group and a flag into a picture parameter set of a bitstream, wherein the flag indicates whether the at least one tile group is a raster scan tile group or a rectangular tile group, wherein the flag indicates the tile group is a raster scan tile group when the flag is set equal to zero, and the flag indicates the tile group is a rectangular tile group when the flag is set equal to one.
An alkyl ether derivative or a salt thereof for use in the treatment or prevention of diseases where sigma-1 receptors are involved, selected from drug addiction, HIV encephalopathy, heart diseases, neuropathy, diabetic cardiomyopathy, spinal canal stenosis, multiple sclerosis, cerebral ischemic diseases, epilepsy, tremor, restless legs syndrome, neuropathic pain, chronic pain, numbness due to wound, autonomic defects, bladder dysfunction, hearing disorder, acoustic trauma-induced hearing loss, and Hirschsprung's disease; wherein the alkyl ether derivative is 1-(3-(2-(1-benzothiophene-5-yl)ethoxy)propyl)azetidine-3-ol.
An organogel comprising: (a) 4 to 20% by weight of 12-hydroxystearic acid gelator; (b) 45 to 95% by weight cosmetically acceptable oil; (c) 0.05 to 3% by weight of a vinyl amide copolymer that carries at least 70% by weight of the copolymer of pendant alkyl groups having chain length of C 12 -C 24. (a) 4 to 20% by weight of 12-hydroxystearic acid gelator; (b) 45 to 95% by weight cosmetically acceptable oil; (c) 0.05 to 3% by weight of a vinyl amide copolymer that carries at least 70% by weight of the copolymer of pendant alkyl groups having chain length of C 12 -C 24.
A foldable display device (102, 103, 104, 105, 106, or 107), characterized by comprising: a foldable display panel comprising a flexible substrate; and a foldable cover adhered to the foldable display panel, the foldable cover comprising: an inner substrate; an outer substrate; and a first adhesive disposed between the inner substrate and the outer substrate, wherein the first adhesive has a thickness in a range from 1 micrometer to 40 micrometers, and a ratio of the sum of the thickness of the first adhesive and a thickness of the inner substrate to a thickness of the foldable cover is greater than or equal to 0.5 and less than 1, wherein a ratio of the thickness of the foldable cover to a thickness of the flexible substrate is greater than or equal to 0.8 and less than or equal to 1.2. a foldable display panel comprising a flexible substrate; and a foldable cover adhered to the foldable display panel, the foldable cover comprising: an inner substrate; an outer substrate; and a first adhesive disposed between the inner substrate and the outer substrate, an inner substrate; an outer substrate; and a first adhesive disposed between the inner substrate and the outer substrate, wherein the first adhesive has a thickness in a range from 1 micrometer to 40 micrometers, and a ratio of the sum of the thickness of the first adhesive and a thickness of the inner substrate to a thickness of the foldable cover is greater than or equal to 0.5 and less than 1, wherein a ratio of the thickness of the foldable cover to a thickness of the flexible substrate is greater than or equal to 0.8 and less than or equal to 1.2.
Stackable device for storing urns (16, 17), wherein a. the device comprises a cover plate and a base plate, wherein the cover plate and the base plate are identical; b. rod-shaped support elements are arranged between the cover plate and the base plate, which are perpendicular to the cover plate and the base plate, wherein c. the rod-shaped support elements are provided for fastening wall segments which make it possible to form a chamber system for storing urns (16, 17) and/or funerary objects (11, 12), characterized in that the rod-shaped support elements are connected on their base side and cover side by horizontal transverse struts (4, 5) for the formation of a support structure, and wherein the support structure has, in the top view and in a contour, a smaller surface area than the cover plate and the base plate. a. the device comprises a cover plate and a base plate, wherein the cover plate and the base plate are identical; b. rod-shaped support elements are arranged between the cover plate and the base plate, which are perpendicular to the cover plate and the base plate, wherein c. the rod-shaped support elements are provided for fastening wall segments which make it possible to form a chamber system for storing urns (16, 17) and/or funerary objects (11, 12),
A switching circuit for providing a switched current source output at a desired output current (Iout), comprising: a charge storage device (Cbuf) for storing charge at a reference voltage; a reference voltage input device for defining the reference voltage (Vref); an output transistor (Mout); an isolating switch for selectively coupling or isolating the gate of the output transistor to or from the charge storage device (Cbuf); and a discharge switch for discharging the gate of the output transistor (Mout), characterised in that the reference voltage input device is dimensioned such that the reference voltage is higher than the voltage (Vgsout) of the output transistor gate required to provide the desired output current (lout), wherein the charge corresponding to a drop in voltage of the charge storage device (Mbuf) to said required output transistor gate voltage (Vgsout) corresponds to the charge required to charge the output transistor gate from the discharged state to said required output transistor gate voltage. a charge storage device (Cbuf) for storing charge at a reference voltage; a reference voltage input device for defining the reference voltage (Vref); an output transistor (Mout); an isolating switch for selectively coupling or isolating the gate of the output transistor to or from the charge storage device (Cbuf); and a discharge switch for discharging the gate of the output transistor (Mout), characterised in that the reference voltage input device is dimensioned such that the reference voltage is higher than the voltage (Vgsout) of the output transistor gate required to provide the desired output current (lout), wherein the charge corresponding to a drop in voltage of the charge storage device (Mbuf) to said required output transistor gate voltage (Vgsout) corresponds to the charge required to charge the output transistor gate from the discharged state to said required output transistor gate voltage.