mhurhangee/ep-ind-claims huggingface dataset:
A plate-and-shell heat exchanger comprising a stack of plate pairs (50, 60) positioned in a shell, where the stack of plate pairs (50, 60) comprises a plurality of plate pairs of a first type and a plurality of plate pairs of a second type, wherein: - each plate pair of the first type comprises two heat transfer plates being connected to each other and forming a cavity there between, and comprising a first inlet opening and a first outlet opening (13'a), and - each plate pair of the second type comprises two heat transfer plates being connected to each other and forming a cavity there between, and comprising a second inlet opening and a second outlet opening (13'b), wherein the first inlet openings and the first outlet openings (13'a) of the plate pairs of the first type are connected to each other so as to form first inner flow paths through the first inlet openings, the cavities of the plate pairs of the first type and the first outlets (13'a), wherein the second inlet openings and the second outlet openings (13'b) of the plate pairs of the second type are connected to each other so as to form second inner flow paths through the second inlet openings, the cavities of the plate pairs of the second type and the second outlets (13'b), and wherein a third outer flow path is defined within the shell and between plate pairs of the first type and plate pairs of the second type, characterized in that the plate pairs of the first type and the plate pairs of the second type are arranged alternatingly in the stack of plate pairs (50, 60). - each plate pair of the first type comprises two heat transfer plates being connected to each other and forming a cavity there between, and comprising a first inlet opening and a first outlet opening (13'a), and - each plate pair of the second type comprises two heat transfer plates being connected to each other and forming a cavity there between, and comprising a second inlet opening and a second outlet opening (13'b), wherein the first inlet openings and the first outlet openings (13'a) of the plate pairs of the first type are connected to each other so as to form first inner flow paths through the first inlet openings, the cavities of the plate pairs of the first type and the first outlets (13'a), wherein the second inlet openings and the second outlet openings (13'b) of the plate pairs of the second type are connected to each other so as to form second inner flow paths through the second inlet openings, the cavities of the plate pairs of the second type and the second outlets (13'b), and wherein a third outer flow path is defined within the shell and between plate pairs of the first type and plate pairs of the second type, characterized in that the plate pairs of the first type and the plate pairs of the second type are arranged alternatingly in the stack of plate pairs (50, 60).
A tire pressure management system, comprising: an electronic control portion, a wheel valve in fluid communication with a wheel assembly; a supply valve assembly selectively in fluid communication with the wheel valve via a fluid control circuit, the supply valve assembly permitting fluid communication between a source of pressurized air and the fluid control circuit; and a control valve assembly selectively in fluid communication with the wheel valve via the fluid control circuit, the electronic control portion being configured to output signals to the control valve assembly such that the control valve assembly permits fluid communication between the source of pressurized air and the fluid control circuit or between the fluid control circuit and atmosphere for decreasing a tire pressure. an electronic control portion, a wheel valve in fluid communication with a wheel assembly; a supply valve assembly selectively in fluid communication with the wheel valve via a fluid control circuit, the supply valve assembly permitting fluid communication between a source of pressurized air and the fluid control circuit; and a control valve assembly selectively in fluid communication with the wheel valve via the fluid control circuit, the electronic control portion being configured to output signals to the control valve assembly such that the control valve assembly permits fluid communication between the source of pressurized air and the fluid control circuit or between the fluid control circuit and atmosphere for decreasing a tire pressure.
An infusion system comprising: a frame that carries a beta detector, a gamma detector, a strontium-rubidium radioisotope generator that generates a radioactive eluate via elution, and a controller communicatively coupled to the beta detector and the gamma detector, the beta detector is positioned to measure beta emissions emitted from the radioactive eluate, the gamma detector is positioned to measure gamma emissions emitted from the radioactive eluate, the controller is configured to determine an activity of rubidium in the radioactive eluate based on the beta emissions measured by the beta detector and determine an activity of strontium in the radioactive eluate based on the gamma emissions measured by the gamma detector, the controller is configured to determine a cumulative volume of the radioactive eluate generated by the radioisotope generator and to prevent a patient infusion procedure if the cumulative volume of the radioactive eluate exceeds an allowable limit, and the controller is configured to determine a cumulative activity of rubidium during a patient dosing procedure, compare the cumulative activity of rubidium to a threshold stored in memory, and cease delivering eluate to a patient if the cumulative activity of rubidium exceeds the threshold. a frame that carries a beta detector, a gamma detector, a strontium-rubidium radioisotope generator that generates a radioactive eluate via elution, and a controller communicatively coupled to the beta detector and the gamma detector, the beta detector is positioned to measure beta emissions emitted from the radioactive eluate, the gamma detector is positioned to measure gamma emissions emitted from the radioactive eluate, the controller is configured to determine an activity of rubidium in the radioactive eluate based on the beta emissions measured by the beta detector and determine an activity of strontium in the radioactive eluate based on the gamma emissions measured by the gamma detector, the controller is configured to determine a cumulative volume of the radioactive eluate generated by the radioisotope generator and to prevent a patient infusion procedure if the cumulative volume of the radioactive eluate exceeds an allowable limit, and the controller is configured to determine a cumulative activity of rubidium during a patient dosing procedure, compare the cumulative activity of rubidium to a threshold stored in memory, and cease delivering eluate to a patient if the cumulative activity of rubidium exceeds the threshold.
An electrically conductive polymer composition comprising: a) at least one thermoplastic polyester; b) about 2-15 wt% conductive carbon black; c) about 4-30 wt% at least one ethylene copolymer based impact modifier; and d) about 0.1-4 wt% at least one hyperbranched polyester having an acid number of about 100-320 mg KOH/g, with the total wt% of the composition totaling to 100 wt%.
A compression garment for establishing a compression level to a human limb or body part, wherein the compression garment consists of or includes a bandage having a terminal edge on one side of the bandage and having a another terminal edge at the other side of the bandage provided by a closing part of the compression garment, said closing part being securable on the garment in a position wherein the bandage is fully or partly wrapped around the human limb or body part to establish said pressure level, wherein the compression garment further includes a tab with an adhesive or with an attaching mechanism making the tab securable to the garment at a position abutting the second terminal edge (3") provided by said closing part, the tab having a length that is adapted to the compression garment, so that the length of the tab or a marking on the tab is indicative of a distance by which the garment is wrappable around the limb or body part in order to establish a compression level within a safe compression level range.
An aircraft comprising a propulsion system, the propulsion system comprising: a first propulsor assembly and a second propulsor assembly, the first propulsor assembly mounted to a first wing on a first side of the aircraft and the second propulsor assembly mounted to a second wing on a second side of the aircraft; wherein the first propulsor assembly is configured as a turbofan engine which is the single turbofan engine of the aircraft, wherein the single turbofan engine comprises: a turbomachine comprising a first turbine; and a primary fan mechanically driven by the first turbine of the turbomachine; the propulsion system further comprising an electric generator mechanically driven by the first turbine of the turbomachine; and wherein the second propulsor assembly comprises an electric fan assembly; the electric generator electrically connected to the electric fan assembly for powering the electric fan assembly. a first propulsor assembly and a second propulsor assembly, the first propulsor assembly mounted to a first wing on a first side of the aircraft and the second propulsor assembly mounted to a second wing on a second side of the aircraft; wherein the first propulsor assembly is configured as a turbofan engine which is the single turbofan engine of the aircraft, wherein the single turbofan engine comprises: a turbomachine comprising a first turbine; and a primary fan mechanically driven by the first turbine of the turbomachine; a turbomachine comprising a first turbine; and a primary fan mechanically driven by the first turbine of the turbomachine; the propulsion system further comprising an electric generator mechanically driven by the first turbine of the turbomachine; and wherein the second propulsor assembly comprises an electric fan assembly; the electric generator electrically connected to the electric fan assembly for powering the electric fan assembly.
Process for the conversion of a hydrocarbonaceous feedstock comprising the following steps: (a) the feedstock is contacted with hydrogen under hydrotreating conditions to yield hydrotreated product in which the hydrotreating conditions comprise a temperature ranging from 250 to 480 °C, a pressure from 10 to 150 bar, and a weight hourly space velocity of from 0.1 to 10 hr -1; (b) the hydrotreated product is subjected to a separation treatment to separate at least hydrogen from the hydrotreated product at a pressure being substantially the same as the pressure at the hydrotreating conditions and by lowering the temperature to obtain a liquid hydrotreated product stream having a temperature ranging from 150 to 280 °C; (c) at least a portion of the liquid hydrotreated product stream is subjected to a stripping treatment which is conducted at a temperature ranging from 130 to 240 °C and a pressure ranging from 1.5 to 10 bar to separate a light product from the liquid hydrotreated product stream, leaving a heavy hydrotreated product; (d) the heavy hydrotreated product is separated under reduced pressure ranging from 0.005 to 1 bar and a temperature from 120 to 250 °C into a least one gaseous stripped fraction and at least one liquid stripped fraction in a separation zone, wherein at least a portion of a liquid stripped fraction is reheated and recycled to the separation zone, in which process at least a portion of the liquid stripped fraction is reheated by heat exchange with at least a portion of the liquid hydrotreated product stream and/or at least a portion of the heavy hydrotreated product. (a) the feedstock is contacted with hydrogen under hydrotreating conditions to yield hydrotreated product in which the hydrotreating conditions comprise a temperature ranging from 250 to 480 °C, a pressure from 10 to 150 bar, and a weight hourly space velocity of from 0.1 to 10 hr -1; (b) the hydrotreated product is subjected to a separation treatment to separate at least hydrogen from the hydrotreated product at a pressure being substantially the same as the pressure at the hydrotreating conditions and by lowering the temperature to obtain a liquid hydrotreated product stream having a temperature ranging from 150 to 280 °C; (c) at least a portion of the liquid hydrotreated product stream is subjected to a stripping treatment which is conducted at a temperature ranging from 130 to 240 °C and a pressure ranging from 1.5 to 10 bar to separate a light product from the liquid hydrotreated product stream, leaving a heavy hydrotreated product; (d) the heavy hydrotreated product is separated under reduced pressure ranging from 0.005 to 1 bar and a temperature from 120 to 250 °C into a least one gaseous stripped fraction and at least one liquid stripped fraction in a separation zone, wherein at least a portion of a liquid stripped fraction is reheated and recycled to the separation zone, in which process at least a portion of the liquid stripped fraction is reheated by heat exchange with at least a portion of the liquid hydrotreated product stream and/or at least a portion of the heavy hydrotreated product.
A method for determining the myopic potential of a patient comprising: a. testing a biological sample obtained from the patient to determine the L:M opsin gene haplotype of the patient; and b. correlating the haplotype with a predicted spherical equivalent refraction; wherein the L:M opsin gene haplotype is one of haplotypes 1 to 13 as set forth in Table 1. a. testing a biological sample obtained from the patient to determine the L:M opsin gene haplotype of the patient; and b. correlating the haplotype with a predicted spherical equivalent refraction;
Non-therapeutic use of a composition comprising oleuropein for reducing a loss of muscle functionality in an individual, increasing muscle functionality in an individual, and/or improving recovery of muscle functionality after muscle atrophy in an individual, the use comprising administering the composition to the individual.
A power tool storage case for storing an electric power tool comprising a main body casing having a storage portion configured to store an electric power tool, a lid member hingedly connected to the main body casing and capable of opening or closing the storage portion, a sub-storage portion provided at an outer surface of the lid member, an outer lid hingedly connected to the lid member and capable of opening or closing the sub-storage portion, a latch is provided for locking and unlocking the main body casing with the lid member, and a locking portion is provided on the outer lid, characterised in that when the sub-storage portion is closed by the outer lid, the locking portion is moved to an engagement position at which the locking portion is engaged with an engageable portion provided on the lid member, and the locking portion is movable to a disengagement position at which the locking portion is disengaged from the engageable portion, the locking portion is a rectangular-shaped plate, and the locking portion is provided to be flush with an upper surface of the outer lid.
A method for monitoring a water network, the method comprising: obtaining, by a water network monitoring system, a set of Synthetic Aperture Radar data for a geographic region; obtaining, by the water network monitoring system, a set of optical data of the geographic region containing at least a portion of the water network; generating, by the water network monitoring system, an estimate of vegetation intrusion into the water network based at least in part on the obtained set of optical data; monitoring, by the water network monitoring system, an amount of terrain motion around the water network based at least in part on one or both of the obtained set of SAR data and the obtained set of optical data; and generating, by the water network monitoring system, a leakage risk index based at least in part on the estimate of vegetation intrusion into the water network and the monitoring of the amount of terrain motion around the water network. obtaining, by a water network monitoring system, a set of Synthetic Aperture Radar data for a geographic region; obtaining, by the water network monitoring system, a set of optical data of the geographic region containing at least a portion of the water network; generating, by the water network monitoring system, an estimate of vegetation intrusion into the water network based at least in part on the obtained set of optical data; monitoring, by the water network monitoring system, an amount of terrain motion around the water network based at least in part on one or both of the obtained set of SAR data and the obtained set of optical data; and generating, by the water network monitoring system, a leakage risk index based at least in part on the estimate of vegetation intrusion into the water network and the monitoring of the amount of terrain motion around the water network.
Cleaning system comprising a cleaning trolley and arranged thereon at least two reservoirs (2, 3) for one cleaning liquid each, wherein each reservoir (2, 3) has a metering device (4, 5) for metering cleaning liquid, wherein the reservoirs (2, 3) are arranged spatially separated from one another so that a metering procedure by means of one reservoir (2, 3) does not lead to a contamination of a metering procedure by means of the other reservoir (2, 3), characterized in that a catch tray (6, 7) is assigned to each reservoir (2, 3), wherein the catch trays (6, 7) are designed spatially separated in the same functional way as the reservoirs (2, 3), wherein each catch tray (6, 7) is arranged underneath an assigned reservoir (2, 3).
A catheter assembly comprising: a catheter adapter having an internal lumen, a port disposed on the catheter adapter, the port opening into the internal lumen of the catheter adapter; a port valve disposed within the catheter adapter, the port valve including a flexible tube, a portion of the flexible tube covering an opening between the port and the internal lumen of the catheter adapter, characterized in that the catheter adapter includes a blood control valve having a septum being separate from the port valve, and the septum is disposed within the internal lumen of the catheter adapter, the septum comprising a barrier member that extends perpendicular to a longitudinal axis of the catheter adapter and the port valve being disposed on a proximal side of the septum. a catheter adapter having an internal lumen, a port disposed on the catheter adapter, the port opening into the internal lumen of the catheter adapter; a port valve disposed within the catheter adapter, the port valve including a flexible tube, a portion of the flexible tube covering an opening between the port and the internal lumen of the catheter adapter, characterized in that the catheter adapter includes a blood control valve having a septum being separate from the port valve, and the septum is disposed within the internal lumen of the catheter adapter, the septum comprising a barrier member that extends perpendicular to a longitudinal axis of the catheter adapter and the port valve being disposed on a proximal side of the septum.
A receiver for a serial link, the receiver having an analog input and comprising: a first analog front end connected to the analog input and having an output and an adjustable DC gain; a data slicer connected to the output of the analog front end; an error slicer connected to the output of the analog front end; and a first processor unit connected to the data slicer and the error slicer and configured to iteratively adjust the DC gain; and estimate a zeroth channel tap value (ho), until the zeroth tap value (ho) falls into a set range of values, wherein the estimating of the zeroth channel tap value (ho) comprises iteratively updating an estimated zeroth channel tap value (h 0(n+1)) according to the equation: h 0 n + 1 = h 0 n + mu ∗ Error ∗ Data, wherein: h 0 (n+1) is an updated estimate of the zeroth channel tap value; h 0 (n) is a previous estimate of the zeroth channel tap value; mu is a constant; Data is the sign of a most recently received data bit; Error is the sign of: y - h 0 (n) when Data is 1, and y + h 0 (n) when Data is -1; and y is an analog signal at the output of the analog front end. a first analog front end connected to the analog input and having an output and an adjustable DC gain; a data slicer connected to the output of the analog front end; an error slicer connected to the output of the analog front end; and a first processor unit connected to the data slicer and the error slicer and configured to iteratively adjust the DC gain; and estimate a zeroth channel tap value (ho), until the zeroth tap value (ho) falls into a set range of values, wherein the estimating of the zeroth channel tap value (ho) comprises iteratively updating an estimated zeroth channel tap value (h 0(n+1)) according to the equation: h 0 n + 1 = h 0 n + mu ∗ Error ∗ Data, wherein: h 0 (n+1) is an updated estimate of the zeroth channel tap value; h 0 (n) is a previous estimate of the zeroth channel tap value; mu is a constant; Data is the sign of a most recently received data bit; Error is the sign of: y - h 0 (n) when Data is 1, and y + h 0 (n) when Data is -1; and y is an analog signal at the output of the analog front end. h 0 (n+1) is an updated estimate of the zeroth channel tap value; h 0 (n) is a previous estimate of the zeroth channel tap value; mu is a constant; Data is the sign of a most recently received data bit; Error is the sign of: y - h 0 (n) when Data is 1, and y + h 0 (n) when Data is -1; and y - h 0 (n) when Data is 1, and y + h 0 (n) when Data is -1; and y is an analog signal at the output of the analog front end.
Device for connecting a first circuit element to a second circuit element, the device comprising an insert provided externally with means for anchoring it in a well of the first circuit element, the anchoring means comprising an attachment ring provided with teeth projecting externally from a body of the ring to come into contact with the well, the parts of the teeth in contact with the well extending obliquely between two axial ends of the well and the ring being freely rotatable in a groove of the insert, the insert comprising at least one notch through which the ring can be accessed from the outside of the device when the device is connected to the first circuit element in order to arrange temporarily at least one pin rotationally securing the ring to the insert.