mhurhangee/ep-ind-claims huggingface dataset:
A sanitiser having an external casing, a first portion and a second portion: a) a plasma generator, for generating a plasma; b) a reservoir, for storing gaseous plasma generated by the plasma generator prior to use and having one or more inlets connected to the plasma generator and the reservoir further including a first and a second outlet (34, 36) connected to an environment outside the sanitiser for discharging plasma from the reservoir, c) one or more fluid movers (40, 42), for causing movement of the gaseous plasma, d) a controller, for controlling the one or more fluid movers (40, 42) such as to cause storing of plasma and the flow of gaseous plasma from the reservoir out of one or other or both of said outlets (34, 36). a) a plasma generator, for generating a plasma; b) a reservoir, for storing gaseous plasma generated by the plasma generator prior to use and having one or more inlets connected to the plasma generator and the reservoir further including a first and a second outlet (34, 36) connected to an environment outside the sanitiser for discharging plasma from the reservoir, c) one or more fluid movers (40, 42), for causing movement of the gaseous plasma, d) a controller, for controlling the one or more fluid movers (40, 42) such as to cause storing of plasma and the flow of gaseous plasma from the reservoir out of one or other or both of said outlets (34, 36).
An electricity storage system comprising: a plurality of secondary battery housing system racks in which secondary batteries and circuit blocks are respectively housed; a power converter provided in common for the circuit blocks in the plurality of secondary battery housing system racks; a positive-electrode bus connected to a positive-electrode-side terminal of each of the plurality of secondary battery housing system racks from a positive-electrode-side terminal of the power converter a negative-electrode bus connected to a negative-electrode-side terminal of each of the plurality of secondary battery housing system racks from a negative-electrode-side terminal of the power converter characterized in that the secondary battery housing system rack having the positive-electrode-side terminal first connected to the positive-electrode-side terminal of the power converter by the positive-electrode bus as viewed from the positive-electrode-side terminal of the power converter, and the secondary battery housing system rack having the negative-electrode-side terminal first connected to the negative-electrode-side terminal of the power converter by the negative-electrode bus as viewed from the negative-electrode-side terminal of the power converter, are different from each other. a plurality of secondary battery housing system racks in which secondary batteries and circuit blocks are respectively housed; a power converter provided in common for the circuit blocks in the plurality of secondary battery housing system racks; a positive-electrode bus connected to a positive-electrode-side terminal of each of the plurality of secondary battery housing system racks from a positive-electrode-side terminal of the power converter a negative-electrode bus connected to a negative-electrode-side terminal of each of the plurality of secondary battery housing system racks from a negative-electrode-side terminal of the power converter characterized in that the secondary battery housing system rack having the positive-electrode-side terminal first connected to the positive-electrode-side terminal of the power converter by the positive-electrode bus as viewed from the positive-electrode-side terminal of the power converter, and the secondary battery housing system rack having the negative-electrode-side terminal first connected to the negative-electrode-side terminal of the power converter by the negative-electrode bus as viewed from the negative-electrode-side terminal of the power converter, are different from each other.
A method for calibrating a transmitter with measurement circuitry electrically connected to a first terminal connected to a first channel and a second input terminal connected to a second channel, the method comprising: connecting a primary temperature sensor to the first input terminal; connecting a calibrated reference device to the second input terminal; calibrating the measurement circuitry with respect to the second input terminal according to signals received from the second input terminal while measuring temperature according to signals received from the first input terminal, wherein the calibrated reference device is a reference calibration tool that generates a measureable electrical parameter with a predetermined value, wherein the measureable electrical parameter is resistance or voltage, and wherein calibrating comprises: measuring the measurable electrical parameter and generating a measured value with the measurement circuitry; transmitting an actual predetermined value to the measurement circuitry; comparing the measured value to the actual predetermined value and generating a corresponding calibration adjustment; and applying the corresponding calibration adjustment to the second channel. connecting a primary temperature sensor to the first input terminal; connecting a calibrated reference device to the second input terminal; calibrating the measurement circuitry with respect to the second input terminal according to signals received from the second input terminal while measuring temperature according to signals received from the first input terminal, wherein the calibrated reference device is a reference calibration tool that generates a measureable electrical parameter with a predetermined value, wherein the measureable electrical parameter is resistance or voltage, and wherein calibrating comprises: measuring the measurable electrical parameter and generating a measured value with the measurement circuitry; transmitting an actual predetermined value to the measurement circuitry; comparing the measured value to the actual predetermined value and generating a corresponding calibration adjustment; and applying the corresponding calibration adjustment to the second channel. measuring the measurable electrical parameter and generating a measured value with the measurement circuitry; transmitting an actual predetermined value to the measurement circuitry; comparing the measured value to the actual predetermined value and generating a corresponding calibration adjustment; and applying the corresponding calibration adjustment to the second channel.
An apparatus, comprising: a wireless-communications-tower component being at least partially formed from a polymer composite, wherein said polymer composite comprises a thermoplastic polymer and a filler, wherein said thermoplastic polymer is non-foamed, wherein said polymer composite has a thermal conductivity of at least 0.5 watt per meter Kelvin ("W/m·K") measured at 25 °C wherein said polymer composite has a density of less than 2.1 grams per cubic centimeter ("g/cm 3 ") measured at 25 °C as determined according to ISO 22007-2 (the transient plane heat source (hot disc) method), a linear, isotropic coefficient of thermal expansion ("CTE") of less than 60 micrometers per meter Kelvin ("μm/m·K") over a temperature range of -50 to 100 °C, and a glass transition temperature ("Tg") of at least 90 °C, wherein the thermal conductivity, the coefficient of thermal expansion and the glass transition temperature are determined as disclosed in the description. a wireless-communications-tower component being at least partially formed from a polymer composite, wherein said polymer composite comprises a thermoplastic polymer and a filler, wherein said thermoplastic polymer is non-foamed, wherein said polymer composite has a thermal conductivity of at least 0.5 watt per meter Kelvin ("W/m·K") measured at 25 °C wherein said polymer composite has a density of less than 2.1 grams per cubic centimeter ("g/cm 3 ") measured at 25 °C as determined according to ISO 22007-2 (the transient plane heat source (hot disc) method), a linear, isotropic coefficient of thermal expansion ("CTE") of less than 60 micrometers per meter Kelvin ("μm/m·K") over a temperature range of -50 to 100 °C, and a glass transition temperature ("Tg") of at least 90 °C, wherein the thermal conductivity, the coefficient of thermal expansion and the glass transition temperature are determined as disclosed in the description.
A moving robot comprising: a main body configured to travel a cleaning area and suck foreign substances; a data unit configured to store a map of the cleaning area; an image acquisition unit configured to take images in front of the main body; a controller, if a monitoring mode is set, configured to set at least one area of a plurality of areas composing the cleaning area based on the map as a monitoring area, set at least one monitoring location for the monitoring area, generate monitoring data based on images being taken by the image acquisition unit while moving in the monitoring area, analyze the monitoring data, monitor the cleaning area and detect intrusion, wherein the controller is configured to analyze the monitoring data, determine a kind of a detected obstacle, detect the movement of the obstacle, and determine whether the intrusion is occurred in cleaning area, wherein, if the intrusion is detected, the controller is configured to cause an alert sound to be output, generate a message concerning the intrusion detection, and transmit it to a mobile terminal or an external security agency. a main body configured to travel a cleaning area and suck foreign substances; a data unit configured to store a map of the cleaning area; an image acquisition unit configured to take images in front of the main body; a controller, if a monitoring mode is set, configured to set at least one area of a plurality of areas composing the cleaning area based on the map as a monitoring area, set at least one monitoring location for the monitoring area, generate monitoring data based on images being taken by the image acquisition unit while moving in the monitoring area, analyze the monitoring data, monitor the cleaning area and detect intrusion,
A method for wireless communication at a user equipment, UE, comprising: measuring, at the UE, one or more signal characteristics of a beam reference signal; characterized by determining, at the UE, a beam repetition and diversity mode to be used in communications between the UE and a base station based at least in part on the one or more measured signal characteristics; and transmitting an indication of the determined beam repetition and diversity mode to the base station. measuring, at the UE, one or more signal characteristics of a beam reference signal; characterized by determining, at the UE, a beam repetition and diversity mode to be used in communications between the UE and a base station based at least in part on the one or more measured signal characteristics; and transmitting an indication of the determined beam repetition and diversity mode to the base station.
A bulk-metal crystalline catalyst comprising a first transition metal core surrounded by a silica-alkaline earth metal framework crystal lattice and including at least two transition metal atoms bound to the periphery of the framework crystal lattice, wherein the first transition metal core comprises iron (Fe) and wherein the catalyst has a formula of (M 1) a (M 2) b (Fe) c Si x M 3 y O z where M 1 and M 2 are the transitions metals selected from the group consisting of cobalt, ruthenium, rhodium, manganese, and combinations thereof M 3 is an alkaline earth metal, and 0.01 ≤ a < 1, 0.07 ≤ b <1, 0.01 ≤ c < 1, 0.03 ≤ x < 1, 0.26 < y ≤ 1, and z balances the valence of the catalyst, or wherein first transition metal core is Fe metal surrounded by a silica-magnesia framework crystal lattice and includes cobalt (Co) and manganese (Mn) atoms bound to periphery of the framework crystal lattice. wherein the first transition metal core comprises iron (Fe) and wherein the catalyst has a formula of (M 1) a (M 2) b (Fe) c Si x M 3 y O z where M 1 and M 2 are the transitions metals selected from the group consisting of cobalt, ruthenium, rhodium, manganese, and combinations thereof M 3 is an alkaline earth metal, and 0.01 ≤ a < 1, 0.07 ≤ b <1, 0.01 ≤ c < 1, 0.03 ≤ x < 1, 0.26 < y ≤ 1, and z balances the valence of the catalyst, or wherein first transition metal core is Fe metal surrounded by a silica-magnesia framework crystal lattice and includes cobalt (Co) and manganese (Mn) atoms bound to periphery of the framework crystal lattice.
A robotic intravenous automation system, comprising: a robotically controlled holder configured to manipulate an intravenous bag and a closed system transfer device (CSTD) that form a CSTD IV bag assembly; and a controller including a processor configured to control the holder, wherein the IV bag includes a first fluid port and a second fluid port, the CSTD includes a CSTD port, a spike adapter that is fluidically separated from the CSTD port, and a flexible member connecting the CSTD port to the spike adapter, the spike adapter is connected to the first fluid port of the IV bag, and the CSTD port is connected to the second fluid port of the IV bag. a robotically controlled holder configured to manipulate an intravenous bag and a closed system transfer device (CSTD) that form a CSTD IV bag assembly; and a controller including a processor configured to control the holder, wherein the IV bag includes a first fluid port and a second fluid port,
A clip for attaching a medical device to a structure, comprising: a base portion; a rotating interface portion rotatably connected to the base portion; a lever arm connected with the base portion, the lever arm having a user grasping area, a clamp, and a torsion spring that provides torsion to the connection with the base portion; wherein the interface portion comprises: an interface fitting to interface with the medical device, the interface fitting operably connected to the rotating interface portion; and a locking mechanism to lock the interface fitting to the medical device; and characterized in that: the base portion comprises a lock release to release the locking mechanism from the medical device. a base portion; a rotating interface portion rotatably connected to the base portion; a lever arm connected with the base portion, the lever arm having a user grasping area, a clamp, and a torsion spring that provides torsion to the connection with the base portion; wherein the interface portion comprises: an interface fitting to interface with the medical device, the interface fitting operably connected to the rotating interface portion; and a locking mechanism to lock the interface fitting to the medical device; and characterized in that: the base portion comprises a lock release to release the locking mechanism from the medical device. an interface fitting to interface with the medical device, the interface fitting operably connected to the rotating interface portion; and a locking mechanism to lock the interface fitting to the medical device; and characterized in that: the base portion comprises a lock release to release the locking mechanism from the medical device.
A medical device (16, 26) comprising an insertion tool for a closure device, wherein the insertion tool comprises a universal introducer adapter for use in connecting to a first percutaneous introducer, wherein the introducer adapter is provided with an inner lumen extending from a proximal end to the distal end characterised in that the introducer adapter comprises a tapered distal section (14, 24, 34, 44, 54) provided with external gripping and cutting or penetrating means (35, 45, 55).
A lyophilization process for preparing a teverelix-TFA lyophilizate, said process comprises the following steps: a) providing a lyophilization suspension by mixing teverelix and trifluoroacetate at a molar ratio of teverelix to trifluoroacetate sufficient for providing a microcrystalline teverelix-TFA suspension without formation of a gel, and wherein the composition comprises at least 2.1 mol trifluoroacetate per mol teverelix, b) lyophilizating the lyophilization suspension from step a) thereby providing a teverelix-TFA lyophilizate having a mol content of trifluoroacetate per mol teverelix which is lower than the mol content of trifluoroacetate per mol teverelix in the lyophilization suspension, characterized in, that step a) further comprises the following steps: a') centrifuging or filtering the microcrystalline teverelix-TFA suspension thereby respectively providing a teverelix-TFA pellet or a teverelix-TFA filter cake, and a") suspending said teverelix-TFA pellet or said teverelix-TFA filter cake in an aqueous suspension solution. a) providing a lyophilization suspension by mixing teverelix and trifluoroacetate at a molar ratio of teverelix to trifluoroacetate sufficient for providing a microcrystalline teverelix-TFA suspension without formation of a gel, and wherein the composition comprises at least 2.1 mol trifluoroacetate per mol teverelix, b) lyophilizating the lyophilization suspension from step a) thereby providing a teverelix-TFA lyophilizate having a mol content of trifluoroacetate per mol teverelix which is lower than the mol content of trifluoroacetate per mol teverelix in the lyophilization suspension, a') centrifuging or filtering the microcrystalline teverelix-TFA suspension thereby respectively providing a teverelix-TFA pellet or a teverelix-TFA filter cake, and a") suspending said teverelix-TFA pellet or said teverelix-TFA filter cake in an aqueous suspension solution.
A method performed by a User Equipment, UE, for transmitting a periodic signal to a first base station, the UE having been in communications with a second base station, wherein a Time Division Multiplexing, TDM, -based dual-connectivity scheme is used, characterized by: obtaining from the second base station a subframe configuration, which indicates a first set of subframes assigned to communications between the UE and the first base station and a second set of subframes assigned to communications between the UE and the second base station; and when a given uplink subframe, in which the periodic signal is to be transmitted to the first base station, is not in the first set of subframes, transmitting the periodic signal in a first available uplink subframe in the first set of subframes following the given uplink subframe. obtaining from the second base station a subframe configuration, which indicates a first set of subframes assigned to communications between the UE and the first base station and a second set of subframes assigned to communications between the UE and the second base station; and when a given uplink subframe, in which the periodic signal is to be transmitted to the first base station, is not in the first set of subframes, transmitting the periodic signal in a first available uplink subframe in the first set of subframes following the given uplink subframe.
A seat posture adjustment device, comprising: a seat body; a seat support; a guide groove, formed in the seat support; a support rod, arranged on the seat body and inserted into the guide groove to connect the seat body and the seat support, and the support rod is movable along the guide groove to realize the posture adjustment of the seat body; and a locking member, arranged on the support rod and movable relative to the support rod to realize locking or unlocking between the seat body and the seat support. a seat body; a seat support; a guide groove, formed in the seat support; a support rod, arranged on the seat body and inserted into the guide groove to connect the seat body and the seat support, and the support rod is movable along the guide groove to realize the posture adjustment of the seat body; and a locking member, arranged on the support rod and movable relative to the support rod to realize locking or unlocking between the seat body and the seat support.
A cutting device for fruits and vegetables, comprising a container, a cover, a cutting member mounted to said cover, said container comprises a container aperture, said cover is removably mounted on said container aperture, two opposing extending structures being extended outwardly from the outer edge of said container aperture forms first and second locking extensions (11,12), said cover comprises a locking hook and a locking device adapted for allowing said cover to mount on said container and receiving said first and second locking extensions (11,12), characterized in that said locking device comprises a sliding member and an elastic member, said sliding member is adapted for mounting said cover to said container through sliding motion of said sliding member along the radius of said container aperture.
Dialysis machine, which is configured to be equipped with an extracorporeal blood system, comprising a dialysis solution system which is configured to be equipped with a dialyzer, wherein a mixing region, in particular a mixing chamber, is provided in which the fresh dialysis solution or a component thereof is located in the operation of the dialysis machine, wherein a concentrate line (40, 50) is in fluid communication with the mixing region, through which concentrate line concentrate can be conducted from a concentrate container (42, 52) into the mixing region, wherein at least two electrically conductive elements (S1, S2, S3, S4) are arranged spaced apart from one another in or at the concentrate line or lines (40, 50), a measuring device is provided which is electrically connected to the conductive elements (S1, S2, S3, S4) and which is configured to measure the conductance or a value correlated therewith between them, and a control unit is provided which is configured to compare the measured value with a desired value, a limit value, or a desired value range, wherein the control unit is configured to initiate a special operating mode of the dialysis machine when the measured value does not agree with the desired value, exceeds or falls below a limit value, or is not in a desired value range, wherein the control unit is configured such that the special operating mode comprises a special air separation differing from normal operation and/or the flushing of the dialysis solution system or a part thereof, characterized in that the control unit is configured such that the flushing of the dialysis solution system or a part thereof only takes place after the special air separation.
Apparatus for altering the temperature of a liquid, comprising: a pipe having a first end for receiving a liquid and a second end for discharging the liquid; and a thermal element for altering the temperature of the liquid, wherein the thermal element is located in the pipe, wherein the thermal element extends for substantially the entire length of the pipe and wherein the pipe is coiled, characterised in that the volume available for the liquid within the pipe is in the range 6 to 16% of the pipe volume. a pipe having a first end for receiving a liquid and a second end for discharging the liquid; and a thermal element for altering the temperature of the liquid, wherein the thermal element is located in the pipe, wherein the thermal element extends for substantially the entire length of the pipe and wherein the pipe is coiled, characterised in that the volume available for the liquid within the pipe is in the range 6 to 16% of the pipe volume.
Method for producing synthesis gas by gasifying a biomass in a fluidized bed, the biomass being supplied to a fluidized-bed gasifier, characterized in that - the synthesis gas is brought into contact with alkali-binding getter ceramics which are configured to eliminate vaporous alkalis, - the getter ceramics are added discontinuously, and - the getter ceramics accumulating in a hot gas filter connected downstream of the fluidized-bed gasifier are returned to the fluidized-bed gasifier. - the synthesis gas is brought into contact with alkali-binding getter ceramics which are configured to eliminate vaporous alkalis, - the getter ceramics are added discontinuously, and - the getter ceramics accumulating in a hot gas filter connected downstream of the fluidized-bed gasifier are returned to the fluidized-bed gasifier.