mhurhangee/ep-ind-claims huggingface dataset:
A method of suppressing isomerization of an olefin metathesis product, the method comprising: providing a mixture comprising an olefin metathesis product and residual metathesis catalyst; and adding an isomerization suppression agent to the mixture to passivate at least a portion of the residual metathesis catalyst; wherein the isomerization suppression agent comprises nitric acid. providing a mixture comprising an olefin metathesis product and residual metathesis catalyst; and adding an isomerization suppression agent to the mixture to passivate at least a portion of the residual metathesis catalyst; wherein the isomerization suppression agent comprises nitric acid.
A suspension for supporting a longitudinally extending vehicle frame rail above an axle, comprising a first frame attachment portion adapted for connection to a vehicle frame rail, a first spring module attached to the first frame attachment portion,said first spring module having an opening defined by a top wall, a bottom wall, and first and second side walls (80, 82) of said first spring module, a first spring mount positioned within the opening of the first spring module, a first shear spring positioned between a first side wall of the first spring mount and said first side wall of the opening of the first spring module, a second shear spring positioned between a second side wall of the first spring mount and said second side wall of the opening of the first spring module; characterized in that said first spring mount comprises an inboard part and an outboard part separate from the inboard part, a through-hole positioned in at least one of the inboard or outboard parts of the first spring mount adapted to allow passage of a first threaded connecting rod therethrough, wherein the first threaded connecting rod has been tightened to draw the inboard part of the first spring mount together with the outboard part of the first spring mount, and to compress the first shear spring between the first side wall of the first spring mount and the first side wall of the opening of the first spring module through a wedging action between a tapered surface of the first shear spring and the first side wall of the first spring mount, and also to compress the second shear spring between the second side wall of the first spring mount and the second side wall of the opening of the first spring module through a wedging action between a tapered surface of the second shear spring and the second side wall of the first spring mount.
A connector structure for a superconducting cable having a plurality of superconducting tapes (416, 616, 716) wound around a former (414, 614, 714) having a former diameter, the connector structure comprising: a conductive shell (420, 620, 720) having an interior volume and an opening (20a, 120a) for receiving end portions of the superconducting tapes (416, 616, 716) into the interior volume, the shell (420, 620, 720) having an interior surface bounding at least a portion of the interior volume, wherein a selectively flowable electrically conductive material (426, 626, 726) is provided within the interior volume of the shell (420, 620, 720), including around the end portions of the superconducting tapes (416, 616, 716); characterised in that: the end portions of the superconducting tapes (416, 616, 716) extend from the former (414, 614, 714) to the inner surface of the shell (420, 620, 720), are spread apart, and are attached to, or pressed against the inner surface of the shell (420, 620, 720) with one or more gaps formed between the end portions of the superconducting tapes (416, 616, 716) attached to, or pressed against the inner surface of the shell (420, 620, 720).
An integrated fuel and environmental control system, comprising: a first heat exchanger in which fuel and oil thermally communicate; and comprising a second heat exchanger disposable in a super-cooled fluid flow, wherein the heat exchangers are in fluid communication with respective fluid flows; and a first control system to control relative amounts of the fuel and the oil from the first heat exchanger to be received by the second heat exchanger, and the second heat exchanger being receptive of: the relative amount of the oil and the relative amount of the fuel from the first heat exchanger whereby the relative amount of the oil and the relative amount of the fuel thermally communicate with the super-cooled fluid flow, and a second fluid whereby the second fluid thermally communicates with the super-cooled fluid flow downstream from the thermal communication of the super-cooled fluid flow with the relative amount of the oil and the relative amount of the fuel. a first heat exchanger in which fuel and oil thermally communicate; and comprising a second heat exchanger disposable in a super-cooled fluid flow, wherein the heat exchangers are in fluid communication with respective fluid flows; and a first control system to control relative amounts of the fuel and the oil from the first heat exchanger to be received by the second heat exchanger, and the second heat exchanger being receptive of: the relative amount of the oil and the relative amount of the fuel from the first heat exchanger whereby the relative amount of the oil and the relative amount of the fuel thermally communicate with the super-cooled fluid flow, and a second fluid whereby the second fluid thermally communicates with the super-cooled fluid flow downstream from the thermal communication of the super-cooled fluid flow with the relative amount of the oil and the relative amount of the fuel. the relative amount of the oil and the relative amount of the fuel from the first heat exchanger whereby the relative amount of the oil and the relative amount of the fuel thermally communicate with the super-cooled fluid flow, and a second fluid whereby the second fluid thermally communicates with the super-cooled fluid flow downstream from the thermal communication of the super-cooled fluid flow with the relative amount of the oil and the relative amount of the fuel.
A high frequency amplifier, comprising; a division circuit for dividing an input signal (Pi) to produce a plurality of signals; FET cells (Q1, Q2, Q3, Q4) for amplifying signals produced by the division circuit; a combination circuit for combining signals amplified by the FET cells (Q1, Q2, Q3, Q4); and a stabilization circuit provided with RC parallel-connected circuits which are respectively connected in series between the division circuit and gates of the FET cells (Q1, Q2, Q3, Q4), each of the RC parallel-connected circuits having a capacitor (c) and a resistor connected in parallel with each other; wherein the high frequency amplifier is characterised in that the stabilization circuit is arranged on a substrate other than a semiconductor substrate on which the FET cells (Q1, Q2, Q3, Q4) are arranged. a division circuit for dividing an input signal (Pi) to produce a plurality of signals; FET cells (Q1, Q2, Q3, Q4) for amplifying signals produced by the division circuit; a combination circuit for combining signals amplified by the FET cells (Q1, Q2, Q3, Q4); and a stabilization circuit provided with RC parallel-connected circuits which are respectively connected in series between the division circuit and gates of the FET cells (Q1, Q2, Q3, Q4), each of the RC parallel-connected circuits having a capacitor (c) and a resistor connected in parallel with each other; wherein the high frequency amplifier is characterised in that the stabilization circuit is arranged on a substrate other than a semiconductor substrate on which the FET cells (Q1, Q2, Q3, Q4) are arranged.
Plastic angle valve for closing off or regulating the flow of liquids which has a valve main body with an input channel and an output channel, wherein both channels (21, 22) are placed at a right angle or at least at an approximately right angle to each other and open to an internal seat with a shut-off supported therein rotatable about an axis of rotation (d) perpendicularly or approximately perpendicularly to the output channel and sealed against the valve main body by means of a gasket and wherein the shut-off connects both channels (21, 22) with each other in an open position and separates both channels (21, 22) from each other in a blocking position, characterized in that the gasket has a radially outwards protruding elastomeric elevation that, in the blocking position, sealingly bears against the valve main body by fully surrounding the opening edge of the outlet channel that opens into the seat with respect to the opening axis (ö) of the opening edge and that the elastomeric elevation, when the shut-off rotates between the open position and the blocking position, can be guided over the opening edge of the outlet channel by being placed radially spaced inwards thereto.
Foam panel, in particular polystyrene foam panel, which is at least formed from two foam panels (3, 5) connected to each other, mutually facing contact surfaces of the two foam panels (3, 5) being connected to each other, preferably integrally, the contact surfaces each having surface regions (13, 15, 17) which are freed of their extrusion skin arising during the production of the two foam panels (3, 5) and having surface regions with extrusion skin, characterized in that the contact surfaces of the foam panels (3, 5) have edge regions (19, 21) each provided with extrusion skin, which are formed circumferentially.
A can-body holder suitable for holding a can-body in a diameter-reduction apparatus, said can-body having a closed-end cylindrical shape in which one end is open, comprising a base pad which is suitable for abutting on a bottom part of the can-body; and characterized in that the can-body holder further comprises: a first clamping ring having substantially a cylindrical shape, which is suitable for clamping an outer circumference surface of the trunk part at the bottom side of the can-body and is able to move back and forth relative to the base pad along a can-axis direction; wherein the first clamping ring is so configured that, in operation, it is moved backward along the can-axis direction along with an advance of a die of the diameter reduction apparatus. a first clamping ring having substantially a cylindrical shape, which is suitable for clamping an outer circumference surface of the trunk part at the bottom side of the can-body and is able to move back and forth relative to the base pad along a can-axis direction; wherein the first clamping ring is so configured that, in operation, it is moved backward along the can-axis direction along with an advance of a die of the diameter reduction apparatus.
A top connector for a tether of a tethered buoyant structure, the top connector comprising: a support defining a pivot axis; a frame extending upwardly above the support when oriented for use, the frame carrying chain-management features for supporting a portion of a chain of the tether in use; and a lever member (60, 62) extending below the support when oriented for use, the lever member being pivotably connected to the support for movement about the pivot axis; the top connector being characterized in that: the lever member (60, 62) is pivotable relative to the support and the frame. a support defining a pivot axis; a frame extending upwardly above the support when oriented for use, the frame carrying chain-management features for supporting a portion of a chain of the tether in use; and a lever member (60, 62) extending below the support when oriented for use, the lever member being pivotably connected to the support for movement about the pivot axis; the top connector being characterized in that: the lever member (60, 62) is pivotable relative to the support and the frame. the lever member (60, 62) is pivotable relative to the support and the frame.
A data processing system comprising: a first data processing apparatus configured to execute first processing on input data acquired from a data line at an interval in accordance with a sampling rate; and a second data processing apparatus configured to migrate the first processing from the first data processing apparatus and execute the first processing, wherein the second data processing apparatus is adapted to migrate the first processing by snooping the input data input to the first data processing apparatus, and when snooping, the second data processing apparatus is adapted to monitor the data line at the interval in accordance with the sampling rate, to acquire the input data that is the same as that which the first data processing apparatus has acquired. a first data processing apparatus configured to execute first processing on input data acquired from a data line at an interval in accordance with a sampling rate; and a second data processing apparatus configured to migrate the first processing from the first data processing apparatus and execute the first processing, wherein the second data processing apparatus is adapted to migrate the first processing by snooping the input data input to the first data processing apparatus, and when snooping, the second data processing apparatus is adapted to monitor the data line at the interval in accordance with the sampling rate, to acquire the input data that is the same as that which the first data processing apparatus has acquired.
Microphone module for a hearing device, with: - a module housing, which is not part of the housing of the hearing device, - a microphone (11, 12) including microphone housing, which is arranged in the module housing, - a mounting arrangement for elastically mounting the module housing in the housing of the hearing device, wherein - the microphone (11, 12) is contacted with a flexible printed circuit board, which is routed out of the module housing, and characterized by - an inductive receiver, which is arranged in the module housing and constitutes an input transducer. - a module housing, which is not part of the housing of the hearing device, - a microphone (11, 12) including microphone housing, which is arranged in the module housing, - a mounting arrangement for elastically mounting the module housing in the housing of the hearing device, wherein - the microphone (11, 12) is contacted with a flexible printed circuit board, which is routed out of the module housing, and characterized by - an inductive receiver, which is arranged in the module housing and constitutes an input transducer.
A method for dewatering a biological solid material selected from a wastewater sludge, a river sediment, a lake sediment, a marine sediment, a pharmacy fungi residue, other industrial fungi residues, a river algae residue, a lake algae residue, a marine algae residue, a food industry residue, a fermentation residue, and an agricultural residue, the method employing both microwave irradiation and solvent extraction, comprising the following steps: microwave irradiation pretreatment: a biological solid material to be treated is subjected to microwave irradiation treatment; solvent extraction dewatering: the biological solid material subjected to microwave irradiation treatment in step is contacted with a extraction dewatering solvent in a liquid state, such that moisture in the biological solid material is dissolved into the liquid dewatering solvent, wherein the dewatering solvent is an organic solvent that has a boiling point of less than 25 °C at normal pressure, wherein the liquid dewatering solvent is water-miscible, and wherein the solvent extraction dewatering is operated under the conditions of 0 to 99°C and 0 to 10.0 MPa; solid-liquid separation: the system obtained in step is subjected to solid-liquid separation to obtain a dewatered biological solid material and a solvent-water mixture; and solvent recovery: the solvent and water in the solvent-water mixture obtained in step are separated, and the solvent is recovered for reuse. microwave irradiation pretreatment: a biological solid material to be treated is subjected to microwave irradiation treatment; solvent extraction dewatering: the biological solid material subjected to microwave irradiation treatment in step is contacted with a extraction dewatering solvent in a liquid state, such that moisture in the biological solid material is dissolved into the liquid dewatering solvent, wherein the dewatering solvent is an organic solvent that has a boiling point of less than 25 °C at normal pressure, wherein the liquid dewatering solvent is water-miscible, and wherein the solvent extraction dewatering is operated under the conditions of 0 to 99°C and 0 to 10.0 MPa; solid-liquid separation: the system obtained in step is subjected to solid-liquid separation to obtain a dewatered biological solid material and a solvent-water mixture; and solvent recovery: the solvent and water in the solvent-water mixture obtained in step are separated, and the solvent is recovered for reuse.
A data analyzer for chromatograph mass spectrometry configured to analyze data collected by a chromatograph mass spectrometer provided with a chromatograph configured to temporally separate components in a sample, a main detector that is a mass spectrometer configured to detect components in the sample containing the component separated by the chromatograph, and a sub-detector that is provided separately from the mass spectrometer and configured to detect components in the sample containing the components separated by the chromatograph, the data analyzer for chromatograph mass spectrometry comprising: a) an operation processing unit configured to perform a predetermined statistical analysis operation on the mass spectrum data and the chromatogram data to determine an index value associated with a statistical correlation between temporal changes in a signal intensity value in chromatogram data obtained by the sub-detector and temporal changes in a signal intensity value of each mass-to-charge ratio in mass spectrum data repeatedly obtained by the mass spectrometer, the index value indicating a similarity or difference in temporal changes in the signal intensity value; and b) a mass-to-charge ratio value extracting unit configured to extract a mass-to-charge ratio value having a relatively high statistical correlation on a basis of the index value determined with respect to each mass-to-charge ratio value by the operation processing unit. a) an operation processing unit configured to perform a predetermined statistical analysis operation on the mass spectrum data and the chromatogram data to determine an index value associated with a statistical correlation between temporal changes in a signal intensity value in chromatogram data obtained by the sub-detector and temporal changes in a signal intensity value of each mass-to-charge ratio in mass spectrum data repeatedly obtained by the mass spectrometer, the index value indicating a similarity or difference in temporal changes in the signal intensity value; and b) a mass-to-charge ratio value extracting unit configured to extract a mass-to-charge ratio value having a relatively high statistical correlation on a basis of the index value determined with respect to each mass-to-charge ratio value by the operation processing unit.
A method of tailoring the shape of a plurality of relief printing dots created in a photosensitive printing blank during a platemaking process, said photosensitive printing blank comprising at least one photocurable layer disposed on a backing layer, the method comprising the steps of: a) selectively exposing the at least one photocurable layer to a source of actinic radiation to selectively crosslink and cure portions of the at least one photocurable layer; and b) developing the exposed at least one photocurable layer to reveal the relief image therein, said relief image comprising the plurality of relief printing dots; wherein the source of actinic radiation comprises at least one source of UV light in the UV-A range of between 300 and 400 nm and at least one source of light in the UV-C range of between 200 and 300 nm, wherein the at least one photocurable layer is simultaneously exposed to the at least one source of UV light in the UV-A range and the at least one source of UV light in the UV-C range; characterized in that the at least one photocurable layer comprises both a photoinitiator which is responsive to UV-A light and a photoinitiator which is responsive to UV-C light, or a photoinitiator which is sensitive to both UV-A and UV-C light, and by simultaneously exposing the at least one photocurable layer to the at least one source of UV light in the UV-A range and the at least one source of UV light in the UV-C range, printing dots are produced having at least one geometric characteristic selected from the group consisting of a desired planarity of a top surface of the relief printing dots, a desired shoulder angle of the relief printing dots and a desired edge sharpness of the relief printing dots. a) selectively exposing the at least one photocurable layer to a source of actinic radiation to selectively crosslink and cure portions of the at least one photocurable layer; and b) developing the exposed at least one photocurable layer to reveal the relief image therein, said relief image comprising the plurality of relief printing dots;
An immobilized enzymatic reactor apparatus comprising: a wall defining a chamber having an inlet and an outlet; a solid stationary phase disposed within the chamber and provided by inorganic/organic hybrid ethylene- bridged particles covalently linked to an enzyme, which enzyme is trypsin or pepsin; and a pressure modulator provided by a flow restrictor being in fluid communication with the chamber and adapted to support continuous flow of a liquid sample comprising a polymer analyte, through the inlet, over the solid stationary phase, and out of the outlet under a pressure between about 172 bar and about 2413 bar. a wall defining a chamber having an inlet and an outlet; a solid stationary phase disposed within the chamber and provided by inorganic/organic hybrid ethylene- bridged particles covalently linked to an enzyme, which enzyme is trypsin or pepsin; and a pressure modulator provided by a flow restrictor being in fluid communication with the chamber and adapted to support continuous flow of a liquid sample comprising a polymer analyte, through the inlet, over the solid stationary phase, and out of the outlet under a pressure between about 172 bar and about 2413 bar.
Communication device (1, M) having a USB interface operable with code of a complete USB protocol stack, said complete USB protocol stack comprising an Ethernet on USB mapping part and a USB mapping part necessary for communication over a wide area network during normal operation of said communication device; said communication device comprising a non-volatile memory containing a boot code for booting said communication device, said boot code being adapted to send at least one BOOTP boot request to one or more computers over said USB interface, receive at least one BOOTP boot reply from said one or more computers, and send a TFTP file transfer request to one of said one or more computers, so that said communication device receives a file from said one or more computers; said boot code comprising a code of a lightweight protocol stack, compared to said complete protocol stack, for handling said interface during a boot operation, said lightweight protocol stack code comprising only the code of the Ethernet on USB mapping part of said complete USB protocol stack code.