mhurhangee/ep-ind-claims huggingface dataset:
Container (100, 132) which has recesses for accommodating articles and is made from a single planar blank (10, 130) having a longitudinal direction L and a transverse direction Q, comprising an at least essentially rectangular base panel (12, 146), which defines a base plane B and has at least two base-panel portions (14, 16, 18, 20, 134, 136, 138, 140), which extend in the longitudinal direction L without interruption over the entire length of the container (100, 132), peripheral elements which are arranged integrally on the base panel (12, 146) project from peripheral base folding lines (22, 23, 42) and form erected longitudinal-side walls (24, 25, 148) and end-side walls, at least one crosspiece (62, 64, 66, 110) which runs in each case between two base-panel portions (14, 16, 18, 20, 134, 136, 138, 140), at least more or less parallel to the longitudinal-side walls (24, 25, 148), is erected from the base panel (12, 146) and has crosspiece side walls, which project from the base panel (12, 146), and a sheet-like crosspiece spine, which is arranged between the crosspiece side walls, defines a holder plane H, running at least essentially parallel to the base plane B and located above the base plane B, and extends in the longitudinal direction L at least approximately over the entire length of the container (100, 132) without interruption, longitudinal cover strips (28, 29) which are arranged integrally on the longitudinal-side walls (24, 25, 148), project from peripheral longitudinal folding lines (26, 27) in the direction of the longitudinal centre of the container (100, 132), extend in the longitudinal direction L without interruption at least more or less over the entire length of the container (100, 132) and define a cover plane D, running essentially parallel to the base plane B and located above the base plane B and preferably also above the holder plane H, holder elements, which are arranged in the holder plane H and project from the at least one crosspiece (62, 64, 66, 110) in the direction of the longitudinal-side walls (24, 25, 148) or of the longitudinal centre of the container (100, 132), wherein the crosspiece side walls have apertures and the holder elements are formed from the cut-out material from these apertures, wherein the base-panel portions (14, 16, 18, 20, 134, 136, 138, 140) have end-side wall extensions (34, 36, 38, 40), which form the end-side walls and transverse cover portions (44, 46, 48, 50), which are arranged integrally on the end-side walls, wherein the transverse cover portions (44, 46, 48, 50) project from peripheral transverse folding lines in the direction of the transverse centre of the container (100, 132), run essentially parallel to the base plane B and are located above the base plane B and the holder plane H, characterized in that the wall extensions (34, 36, 38, 40) of one base-panel portion butt against the wall extensions (34, 36, 38, 40) of an adjacent base-panel portion in a region of overlap and are fixed thereto in the region of overlap, wherein the regions of overlap are located at least essentially in the base plane B and/or in the end-side walls.
A hand brake valve, comprising a housing, a handle that is configured to pivot with respect to a geometric center point, wherein the handle pivots from a non-engaged position towards an engaged position and/or vice-versa, and indicating means for indicating that the hand brake valve is in the engaged position, characterized in that, the indicating means is configured to physically draw an indicator element outside the housing so as to provide a user of the hand brake valve with a visual signal that the hand brake valve is in the engaged position. a housing, a handle that is configured to pivot with respect to a geometric center point, wherein the handle pivots from a non-engaged position towards an engaged position and/or vice-versa, and indicating means for indicating that the hand brake valve is in the engaged position, characterized in that, the indicating means is configured to physically draw an indicator element outside the housing so as to provide a user of the hand brake valve with a visual signal that the hand brake valve is in the engaged position.
Agricultural machine with a chassis which comprises an axle assembly extending in the transverse direction of the machine and at least one longitudinal member fastened to the axle assembly and extending in the longitudinal direction of the machine, a tool holder hinged to one end of the longitudinal member and an actuator for pivoting the tool holder, which extends in the longitudinal direction between a point of contact on the tool holder and a counter bearing, fixed to the chassis, which is connected to the longitudinal member via the axle assembly, characterized in that the counter bearing is furthermore connected to the longitudinal member via a beam, which extends on a side of the axle assembly facing away from the tool holder.
A method of processing signals acquired during guided wave testing of an elongate member in which first and second guided waves are generated in the elongate member on first and second, opposite sides respectively of means for generating and detecting guided waves and propagate in first and second opposite directions (30, 31) respectively, wherein the guided waves are reflected by reflectors (8 1, 8 2) in the elongate member and reflected guided waves are detected, the method comprising: determining at least one reflection coefficient or a parameter for calibrating a guide wave test in dependence upon reflections from the reflectors which include a single reflection from a first reflector (8 1) on the first side, a single reflection from a second reflector (8 2) on the second side and a multiple reflection from the first and second reflectors. determining at least one reflection coefficient or a parameter for calibrating a guide wave test in dependence upon reflections from the reflectors which include a single reflection from a first reflector (8 1) on the first side, a single reflection from a second reflector (8 2) on the second side and a multiple reflection from the first and second reflectors.
A radio communication apparatus for transmitting a radio signal to multiple users via multiple transmit antenna groups at appropriate transmit power levels, each of the transmit antenna groups including one or more transmit antennas, the transmit antenna groups having respective transmit power constraints, the apparatus comprising: a precoding unit configured to precode multiple streams; a splitting unit configured to split the precoded streams into two or more stream sets each including one or more streams; a sub power optimization unit configured to execute iterative transmit power optimization algorithms on the split stream sets to determine respective transmit power levels for the individual stream sets; a power optimization unit configured to execute an iterative transmit power optimization algorithm by using the determined transmit power levels as initial values for the iterative transmit power optimization algorithm to determine respective transmit power levels for the individual streams; and a transmission unit configured to transmit radio signals from individual transmit antennas at the determined transmit power levels. a precoding unit configured to precode multiple streams; a splitting unit configured to split the precoded streams into two or more stream sets each including one or more streams; a sub power optimization unit configured to execute iterative transmit power optimization algorithms on the split stream sets to determine respective transmit power levels for the individual stream sets; a power optimization unit configured to execute an iterative transmit power optimization algorithm by using the determined transmit power levels as initial values for the iterative transmit power optimization algorithm to determine respective transmit power levels for the individual streams; and a transmission unit configured to transmit radio signals from individual transmit antennas at the determined transmit power levels.
An information processing device comprising: a global positioning system device configured to execute position calculation processing based on data received from a satellite; a power supply controller (321, 331) configured to control power supply to the global positioning system device; characterised by a device controller configured to monitor a state of use of the information processing device by a user and calculate a use frequency with respect to unit time, the device controller causing the power supply controller to stop continuously supplying power to the global positioning system device and intermittently supply power to the global positioning system device if the calculated use frequency is lower than a predefined threshold value. a global positioning system device configured to execute position calculation processing based on data received from a satellite; a power supply controller (321, 331) configured to control power supply to the global positioning system device; characterised by a device controller configured to monitor a state of use of the information processing device by a user and calculate a use frequency with respect to unit time, the device controller causing the power supply controller to stop continuously supplying power to the global positioning system device and intermittently supply power to the global positioning system device if the calculated use frequency is lower than a predefined threshold value.
A process for recovering 1-methoxy-2-propanol and 2-methoxy-1-propanol from an aqueous effluent stream, comprising the steps of a) extracting said aqueous effluent stream with an extraction solvent stream in a countercurrent extraction column at a temperature of from 20 to 60 °C to provide a raffinate stream and an extract stream, b) heating said extract stream by passing it through a heat exchanger on the heat uptake side of the heat exchanger to provide a heated extract stream, c) subjecting the heated extract stream to an extractive distillation in an extractive distillation column having an inlet for extraction solvent above an inlet for said heated extract stream, providing a first overhead stream enriched in water and a first bottoms stream depleted in water relative to said heated extract stream, d) distilling said first bottoms stream in a solvent recovery distillation column to provide a second overhead stream comprising 1-methoxy-2-propanol and 2-methoxy-1-propanol and a second bottoms stream comprising recovered extraction solvent, e) distilling said second overhead stream in an isomer separation distillation column to provide a third overhead stream comprising 1-methoxy-2-propanol and a third bottoms stream comprising 2-methoxy-1-propanol, f) cooling said second bottoms stream by passing it through said heat exchanger on the heat delivery side of the heat exchanger to provide a recovered extraction solvent stream, and g) passing a part of said recovered extraction solvent stream as extraction solvent stream to step a) and a part of said recovered extraction solvent stream as extraction solvent to step c). a) extracting said aqueous effluent stream with an extraction solvent stream in a countercurrent extraction column at a temperature of from 20 to 60 °C to provide a raffinate stream and an extract stream, b) heating said extract stream by passing it through a heat exchanger on the heat uptake side of the heat exchanger to provide a heated extract stream, c) subjecting the heated extract stream to an extractive distillation in an extractive distillation column having an inlet for extraction solvent above an inlet for said heated extract stream, providing a first overhead stream enriched in water and a first bottoms stream depleted in water relative to said heated extract stream, d) distilling said first bottoms stream in a solvent recovery distillation column to provide a second overhead stream comprising 1-methoxy-2-propanol and 2-methoxy-1-propanol and a second bottoms stream comprising recovered extraction solvent, e) distilling said second overhead stream in an isomer separation distillation column to provide a third overhead stream comprising 1-methoxy-2-propanol and a third bottoms stream comprising 2-methoxy-1-propanol, f) cooling said second bottoms stream by passing it through said heat exchanger on the heat delivery side of the heat exchanger to provide a recovered extraction solvent stream, and g) passing a part of said recovered extraction solvent stream as extraction solvent stream to step a) and a part of said recovered extraction solvent stream as extraction solvent to step c).
A drug delivery system, comprising: - a reservoir containing a drug to be administered; - a drug application device adapted for injection or infusion of the drug; - a pumping device adapted to generate a flow of the drug from the reservoir to the drug application device; and - a control system, comprising a pressure sensor adapted to measure pressure signals indicative of a resistance against the flow of the drug, and a processing device functionally connected to the pressure sensor; wherein the control system is configured to - detect pressure signals on a series of consecutive days indicative of a tissue resistance against the flow of the drug while the drug is administered by the pressure sensor; - determine a tissue resistance value from the pressure signals; and - compare the tissue resistance value to a reference tissue resistance value; characterized in that the control system is further configured to detect leakage if there is a drop in the tissue resistance value after a sequence of tissue resistance values rising daily and the measured tissue resistance value is below the reference tissue resistance value, wherein the reference tissue resistance value is calculated for each day by subtracting a tolerance tissue resistance value from the previous day's tissue resistance value. - a reservoir containing a drug to be administered; - a drug application device adapted for injection or infusion of the drug; - a pumping device adapted to generate a flow of the drug from the reservoir to the drug application device; and - a control system, comprising a pressure sensor adapted to measure pressure signals indicative of a resistance against the flow of the drug, and a processing device functionally connected to the pressure sensor; - detect pressure signals on a series of consecutive days indicative of a tissue resistance against the flow of the drug while the drug is administered by the pressure sensor; - determine a tissue resistance value from the pressure signals; and - compare the tissue resistance value to a reference tissue resistance value;
A system for oral irrigation comprising: a fluid delivery tube with a proximal end and a distal end, wherein the proximal end is configured to receive fluids for oral irrigation; a nozzle at the distal end of the fluid delivery tube with an aperture for fluid delivery; a pump configured to pump fluids through the fluid delivery tube based on a pump configuration; a sensor for sensing a pressure or flow rate in the fluid delivery tube; and a controller configured to: detect whether the nozzle is in an interdental space based on the sensor detecting a pressure drop or a flow rate increase in the fluid delivery tube; and adjust the pump configuration based on the nozzle being in an interdental space. a fluid delivery tube with a proximal end and a distal end, wherein the proximal end is configured to receive fluids for oral irrigation; a nozzle at the distal end of the fluid delivery tube with an aperture for fluid delivery; a pump configured to pump fluids through the fluid delivery tube based on a pump configuration; a sensor for sensing a pressure or flow rate in the fluid delivery tube; and a controller configured to: detect whether the nozzle is in an interdental space based on the sensor detecting a pressure drop or a flow rate increase in the fluid delivery tube; and adjust the pump configuration based on the nozzle being in an interdental space. detect whether the nozzle is in an interdental space based on the sensor detecting a pressure drop or a flow rate increase in the fluid delivery tube; and adjust the pump configuration based on the nozzle being in an interdental space.
A portable horticultural processing system comprising: a frame upon which components are mounted; a wheel and suspension assembly upon which the frame is mounted; a towing hardware assembly attached to the frame which allows for the system to be towed by a motor vehicle; characterized by a series of conveying platforms (200, 205, 210, 215, 220, 225, 230) configured to move at least one potted plant along a path from an upper level to a lower level; at least one structure configured to mount horticultural processing machinery along the path established by the series of conveying platforms (200, 205, 210, 215, 220, 225, 230), wherein the series of conveying platform (200, 205, 210, 215, 220, 225, 230) is configured to allow for access by a forklift at an upper conveying platform, in at least one direction, and a lower conveying platform, in at least one direction; and wherein the horticultural processing machinery is positioned above the at least one potted plant as it moves along the series of intermediate conveying platforms (200, 205, 210, 215, 220, 225, 230) connecting the upper conveying platform and the lower conveying platform. a frame upon which components are mounted; a wheel and suspension assembly upon which the frame is mounted; a towing hardware assembly attached to the frame which allows for the system to be towed by a motor vehicle; characterized by a series of conveying platforms (200, 205, 210, 215, 220, 225, 230) configured to move at least one potted plant along a path from an upper level to a lower level; at least one structure configured to mount horticultural processing machinery along the path established by the series of conveying platforms (200, 205, 210, 215, 220, 225, 230), wherein the series of conveying platform (200, 205, 210, 215, 220, 225, 230) is configured to allow for access by a forklift at an upper conveying platform, in at least one direction, and a lower conveying platform, in at least one direction; and wherein the horticultural processing machinery is positioned above the at least one potted plant as it moves along the series of intermediate conveying platforms (200, 205, 210, 215, 220, 225, 230) connecting the upper conveying platform and the lower conveying platform.
Method for electroplating an uncoated steel strip with a plating layer in a plating section comprising of a series of consecutive plating cells characterised in that the plating layer is deposited in a plating process from a trivalent Cr-electrolyte, wherein the uncoated strip is subjected to a cleaning and pickling step prior to the plating process to remove oxides and any other contaminants present on the surface or surfaces of the strip, and wherein the strip is subsequently subjected to the plating process in the plating section, wherein in a first stage of the plating process a current is applied to the strip entering the first plating cell which current is insufficient to deposit a plating layer from the trivalent Cr-electrolyte, but which is sufficient to provide cathodic protection of the strip in the electrolyte, and wherein in a second stage of the plating process a higher current is applied to the strip to deposit a plating layer comprising chromium metal, chromium carbide and chromium oxide from the trivalent Cr-electrolyte.
An aqueous food or beverage can coating composition suitable for use in forming a food-contact coating of a metal food or beverage can, the coating composition comprising: an aqueous carrier; and a resin system dispersed in the aqueous carrier, wherein the resin system is substantially free of styrene and comprises: a water-dispersible polyether polymer; and an emulsion polymerized ethylenically unsaturated monomer component comprising: (i) at least 30 wt-% of one or more alkyl (meth)acrylates; and (ii) more than 30 wt-% of one or more ethylenically unsaturated monomers having a cycloaliphatic group or a linear or branched hydrocarbon group including at least 4 carbon atoms. an aqueous carrier; and a resin system dispersed in the aqueous carrier, wherein the resin system is substantially free of styrene and comprises: a water-dispersible polyether polymer; and an emulsion polymerized ethylenically unsaturated monomer component comprising: (i) at least 30 wt-% of one or more alkyl (meth)acrylates; and (ii) more than 30 wt-% of one or more ethylenically unsaturated monomers having a cycloaliphatic group or a linear or branched hydrocarbon group including at least 4 carbon atoms. a water-dispersible polyether polymer; and an emulsion polymerized ethylenically unsaturated monomer component comprising: (i) at least 30 wt-% of one or more alkyl (meth)acrylates; and (ii) more than 30 wt-% of one or more ethylenically unsaturated monomers having a cycloaliphatic group or a linear or branched hydrocarbon group including at least 4 carbon atoms. (i) at least 30 wt-% of one or more alkyl (meth)acrylates; and (ii) more than 30 wt-% of one or more ethylenically unsaturated monomers having a cycloaliphatic group or a linear or branched hydrocarbon group including at least 4 carbon atoms.
An implantable apparatus for blocking a left atrial appendage, the apparatus comprising: an occlusion device having a positioning stage in which the occlusion device is collapsed for positioning the occlusion device at an opening of the left atrial appendage, the occlusion device having a cover that in a deployed stage encloses the opening and a strut support structure that in a deployed stage fixedly engages the cover to enclose the opening; and a transponder unit (106, 106') configured to sense a physiological condition, the transponder unit having a wireless transmitter for transmitting reporting signals indicating the sensed physiological condition wherein the transponder unit (106, 106') is connected to the strut support structure such that in the deployed stage the strut support structure maintains engagement with the transponder unit (106, 106') and positions the transponder unit (106, 106') within the left atrial appendage for sensing the physiological condition within the left atrial appendage. an occlusion device having a positioning stage in which the occlusion device is collapsed for positioning the occlusion device at an opening of the left atrial appendage, the occlusion device having a cover that in a deployed stage encloses the opening and a strut support structure that in a deployed stage fixedly engages the cover to enclose the opening; and a transponder unit (106, 106') configured to sense a physiological condition, the transponder unit having a wireless transmitter for transmitting reporting signals indicating the sensed physiological condition wherein the transponder unit (106, 106') is connected to the strut support structure such that in the deployed stage the strut support structure maintains engagement with the transponder unit (106, 106') and positions the transponder unit (106, 106') within the left atrial appendage for sensing the physiological condition within the left atrial appendage.