mhurhangee/ep-ind-claims huggingface dataset:
A conduit fitting, comprising: a first fitting component adapted to receive a conduit end along a central axis; a conduit gripping device (20,22); a second fitting component that can be joined to said first fitting component, said second fitting component comprising a portion that engages a tapered surface of said first fitting component when the conduit fitting is pulled up; said second fitting component comprising a socket that receives said conduit gripping device (20,22), said engagement providing radial constraint of said conduit gripping device (20,22), wherein said first fitting component comprises a first tapered surface and a second tapered surface, with a step that joins said first tapered surface and said second tapered surface, said second tapered surface comprising said tapered surface that engages said portion of said second fitting component when the conduit fitting is pulled up. a first fitting component adapted to receive a conduit end along a central axis; a conduit gripping device (20,22); a second fitting component that can be joined to said first fitting component, said second fitting component comprising a portion that engages a tapered surface of said first fitting component when the conduit fitting is pulled up; said second fitting component comprising a socket that receives said conduit gripping device (20,22), said engagement providing radial constraint of said conduit gripping device (20,22), wherein said first fitting component comprises a first tapered surface and a second tapered surface, with a step that joins said first tapered surface and said second tapered surface, said second tapered surface comprising said tapered surface that engages said portion of said second fitting component when the conduit fitting is pulled up.
A process for converting biomass into levulinic acid and furfural in one reactor, wherein the process conditions in said reactor comprise i. temperature from 150 to 200 °C ii. residence time at said temperature from 30 to 480 min iii. H 2 SO 4 content from 1 to 5 %-wt of the feed iv. continuous steam stripping, i. temperature from 150 to 200 °C ii. residence time at said temperature from 30 to 480 min iii. H 2 SO 4 content from 1 to 5 %-wt of the feed iv. continuous steam stripping,
A system for damping vertical oscillations of an elevator car hovering at an elevator landing, the system comprising: a traction sheave; a sensor adapted to provide a sensor signal indicative of rotation of the traction sheave, wherein the rotation of the traction sheave corresponds to the vertical oscillations of the hovering elevator car; a controller adapted to provide a control signal based on the sensor signal; and an elevator machine connected to the traction sheave, and adapted to reduce the vertical oscillations of the hovering elevator car by controlling the rotation of the traction sheave based on the control signal; wherein the controlling of the rotation of the traction sheave with the elevator machine drives the sensor signal towards or to a baseline; characterised in that: the controlling of the rotation of the traction sheave with the elevator machine drives the sensor signal to within a baseline range that includes the baseline such that the sensor signal oscillates within the baseline range. a traction sheave; a sensor adapted to provide a sensor signal indicative of rotation of the traction sheave, wherein the rotation of the traction sheave corresponds to the vertical oscillations of the hovering elevator car; a controller adapted to provide a control signal based on the sensor signal; and an elevator machine connected to the traction sheave, and adapted to reduce the vertical oscillations of the hovering elevator car by controlling the rotation of the traction sheave based on the control signal; wherein the controlling of the rotation of the traction sheave with the elevator machine drives the sensor signal towards or to a baseline; characterised in that: the controlling of the rotation of the traction sheave with the elevator machine drives the sensor signal to within a baseline range that includes the baseline such that the sensor signal oscillates within the baseline range.
A composition for use in a therapeutic method of treatment comprising inhibiting the function of a target polynucleotide sequence in a mammalian cell, wherein the target polynucleotide sequence is a non-coding sequence of a target gene, said composition comprising an agent that provides to a cell an at least partially double-stranded RNA molecule, wherein said at least partially double-stranded RNA molecule is less than about 1,000 nucleotides in length and contains a double stranded sequence of at least 11 to 30 nucleotides, wherein said at least partially double stranded RNA comprises a sense sequence of a target polynucleotide and an antisense sequence thereto and wherein said target gene is a naturally occurring mammalian sequence or a heterologous sequence present due to a mammalian intracellular pathogenic infection.
A work machine comprising: a lift arm with a work implement capable of loading a load; a hydraulic actuator configured to rotate the lift arm; a hydraulic force detection unit (21, 22) configured to detect a hydraulic force of the hydraulic actuator; an arm angle detection unit configured to detect a rotation angle of the lift arm; and a controller configured to calculate a weight of the load, characterized in that: the controller is configured to measure a hydraulic force in a state where the rotation angle of the lift arm is within a predetermined measurement angle range, calculate a change rate of the hydraulic force with respect to the rotation angle of the lift arm as a hydraulic force change rate, and then calculate a new hydraulic force change rate by dividing the hydraulic force change rate by an average hydraulic force within the measurement angle range, and correct an error of the weight of the load occurring due to an inclination angle of a body on the basis of the new hydraulic force change rate. a lift arm with a work implement capable of loading a load; a hydraulic actuator configured to rotate the lift arm; a hydraulic force detection unit (21, 22) configured to detect a hydraulic force of the hydraulic actuator; an arm angle detection unit configured to detect a rotation angle of the lift arm; and a controller configured to calculate a weight of the load, characterized in that: the controller is configured to measure a hydraulic force in a state where the rotation angle of the lift arm is within a predetermined measurement angle range, calculate a change rate of the hydraulic force with respect to the rotation angle of the lift arm as a hydraulic force change rate, and then calculate a new hydraulic force change rate by dividing the hydraulic force change rate by an average hydraulic force within the measurement angle range, and correct an error of the weight of the load occurring due to an inclination angle of a body on the basis of the new hydraulic force change rate. the controller is configured to measure a hydraulic force in a state where the rotation angle of the lift arm is within a predetermined measurement angle range, calculate a change rate of the hydraulic force with respect to the rotation angle of the lift arm as a hydraulic force change rate, and then calculate a new hydraulic force change rate by dividing the hydraulic force change rate by an average hydraulic force within the measurement angle range, and correct an error of the weight of the load occurring due to an inclination angle of a body on the basis of the new hydraulic force change rate.
Hearing device with - a microphone array comprising at least a first and a second microphone, - an apparatus for producing a directivity of the microphone array, and - means for coupling the first microphone to a first input of the apparatus and for coupling the second microphone to a second input of the apparatus, wherein - the means for coupling are designed to couple the first microphone to both inputs (12, 14) of the apparatus at the same time, characterized in that - the means for coupling are additionally designed to couple the second microphone to both inputs (12, 14) at the same time. - a microphone array comprising at least a first and a second microphone, - an apparatus for producing a directivity of the microphone array, and - means for coupling the first microphone to a first input of the apparatus and for coupling the second microphone to a second input of the apparatus, wherein - the means for coupling are designed to couple the first microphone to both inputs (12, 14) of the apparatus at the same time, characterized in that - the means for coupling are additionally designed to couple the second microphone to both inputs (12, 14) at the same time.
A hydraulic pressure control unit of a braking system mountable on a bicycle and capable of executing an antilock braking control, the hydraulic pressure control unit comprising: an inlet valve and an outlet valve which are configured to be opened and closed when the antilock braking control is executed; and a base body to which the inlet valve and the outlet valve are attached, wherein a mount part of the hydraulic pressure control unit for mounting the hydraulic pressure control unit to the bicycle is joinable to a front fork of the bicycle, wherein a master cylinder port to which a liquid pipe communicating with a master cylinder is connected, a wheel cylinder port to which a liquid pipe communicating with a wheel cylinder is connected, and an internal flow path communicating the master cylinder port and the wheel cylinder port with each other are formed in the base body, and in a state where the bicycle stands upright, the master cylinder port is formed in a first surface that is an upper surface of the base body, wherein the inlet valve is configured to be driven by a first coil, the outlet valve is configured to be driven by a second coil, characterised in that, the wheel cylinder port is formed in a second surface facing the first surface of the base body and the first coil and the second coil are erected on a third surface of the base body, whose both ends reach the first surface and the second surface. an inlet valve and an outlet valve which are configured to be opened and closed when the antilock braking control is executed; and a base body to which the inlet valve and the outlet valve are attached, wherein a mount part of the hydraulic pressure control unit for mounting the hydraulic pressure control unit to the bicycle is joinable to a front fork of the bicycle, wherein a master cylinder port to which a liquid pipe communicating with a master cylinder is connected, a wheel cylinder port to which a liquid pipe communicating with a wheel cylinder is connected, and an internal flow path communicating the master cylinder port and the wheel cylinder port with each other are formed in the base body, and in a state where the bicycle stands upright, the master cylinder port is formed in a first surface that is an upper surface of the base body, wherein the inlet valve is configured to be driven by a first coil, the outlet valve is configured to be driven by a second coil, characterised in that, the wheel cylinder port is formed in a second surface facing the first surface of the base body and the first coil and the second coil are erected on a third surface of the base body, whose both ends reach the first surface and the second surface.
A transmission terminal that communicates with a reception terminal over a network, the transmission terminal comprising: an encoded packet generation unit which encodes a predetermined number of packets and transmits the encoded packets to the reception terminal over the network; a network environment measurement unit which measures a state of the network based on a packet loss rate and round trip time of the packets; an input unit which accepts characteristics to be guaranteed in regard to delay time required for a packet transmitted from the transmission terminal to arrive at the reception terminal; and a parameter calculation unit which determines the predetermined number of packets by using the characteristics to be guaranteed and the state of the network, wherein the characteristics to be guaranteed include a maximum allowable delay value that is a maximum value allowed for the delay time and the probability of the maximum allowable delay value being guaranteed; and the parameter calculation unit determines the predetermined number of packet such that the maximum allowable delay value and the probability of the maximum allowable delay value being guaranteed are satisfied. an encoded packet generation unit which encodes a predetermined number of packets and transmits the encoded packets to the reception terminal over the network; a network environment measurement unit which measures a state of the network based on a packet loss rate and round trip time of the packets; an input unit which accepts characteristics to be guaranteed in regard to delay time required for a packet transmitted from the transmission terminal to arrive at the reception terminal; and a parameter calculation unit which determines the predetermined number of packets by using the characteristics to be guaranteed and the state of the network, wherein the characteristics to be guaranteed include a maximum allowable delay value that is a maximum value allowed for the delay time and the probability of the maximum allowable delay value being guaranteed; and the parameter calculation unit determines the predetermined number of packet such that the maximum allowable delay value and the probability of the maximum allowable delay value being guaranteed are satisfied.
A fire resistant barrier comprising: two corrugated retaining layers (16, 20, 21, 25, 26, 30, 31, 35, 36, 40, 41, 43); a layer of aerogel (17, 19, 22, 24, 27, 29, 32, 34, 37, 39, 44, 46); and a layer of intumescent (18, 23, 28, 33, 38, 45); wherein the layer of aerogel (17, 19, 22, 24, 27, 29, 32, 34, 37, 39, 44, 46) and the layer of intumescent (18, 23, 28, 33, 38, 45) are between the two corrugated retaining layers and extend across the corrugations of the two corrugated retaining layers (16, 20, 21, 25, 26, 30, 31, 35, 36, 40, 41, 43). two corrugated retaining layers (16, 20, 21, 25, 26, 30, 31, 35, 36, 40, 41, 43); a layer of aerogel (17, 19, 22, 24, 27, 29, 32, 34, 37, 39, 44, 46); and a layer of intumescent (18, 23, 28, 33, 38, 45); wherein the layer of aerogel (17, 19, 22, 24, 27, 29, 32, 34, 37, 39, 44, 46) and the layer of intumescent (18, 23, 28, 33, 38, 45) are between the two corrugated retaining layers and extend across the corrugations of the two corrugated retaining layers (16, 20, 21, 25, 26, 30, 31, 35, 36, 40, 41, 43).
A feeding tube (1030, 1300) comprising: an elongate body forming a tube and having a distal end and a proximal end; an imaging device (1034, 1134) for viewing an area adjacent the distal end of the elongate body; a stylet (1280, 1380) for receiving the imaging device, wherein the stylet is removably disposed in the elongate body; wherein lumens are formed by the inner surface of the tube and various surfaces of the stylet, said lumens being configured to deliver medication and/or nutrients to a patient in whom said feeding tube has been placed; characterized in that the stylet has an X-shaped cross-section and wherein a tube tip (1035, 1320) is attached to the elongate body such that there is a gap between the tube tip and a distal end of the stylet, wherein the gap is configured to facilitate said flow of medication and/or nutrients past the tube tip. an elongate body forming a tube and having a distal end and a proximal end; an imaging device (1034, 1134) for viewing an area adjacent the distal end of the elongate body; a stylet (1280, 1380) for receiving the imaging device, wherein the stylet is removably disposed in the elongate body; wherein lumens are formed by the inner surface of the tube and various surfaces of the stylet, said lumens being configured to deliver medication and/or nutrients to a patient in whom said feeding tube has been placed; characterized in that the stylet has an X-shaped cross-section and wherein a tube tip (1035, 1320) is attached to the elongate body such that there is a gap between the tube tip and a distal end of the stylet, wherein the gap is configured to facilitate said flow of medication and/or nutrients past the tube tip.
A laminated sliding member comprising: a base body having a plurality of recessed portions in one flat surface thereof; and a solid lubricant layer adhered to at least the one flat surface of said base body in such a manner as to extend to the recessed portions of said base body, wherein said base body has a laminate having the one flat surface and formed by superposing and mutually joining a plurality of polyester fiber woven fabrics impregnated with a resol-type phenolic resin containing a polytetrafluoroethylene resin, the plurality of recessed portions being disposed in the laminate by being located in an area exclusive of and inwardly of an annular outer flat surface of the one flat surface of the laminate, bounded by an outer peripheral edge of the one flat surface of the laminate and by an imaginary line located in such a way as to be spaced apart a predetermined distance inwardly from the outer peripheral edge and similar in shape to the outer peripheral edge, the plurality of recessed portions being open at an inner flat surface of the one flat surface of the laminate surrounded by the imaginary line, each of the plurality of recessed portions being defined by a cylindrical wall surface in the laminate and a circular bottom wall surface in the laminate, characterized in that, the one flat surface of the laminate constituted by the inner flat surface and the annular outer flat surface, the cylindrical wall surfaces, and the circular bottom wall surfaces have hair-like fluff of the polyester fiber woven fabric, and said solid lubricant layer is adhered to at least the one flat surface of the laminate in such a manner as to be formed integrally with the fluff in mixed form and to extend to the recessed portions in the laminate, wherein the predetermined distance from the outer peripheral edge of the one flat surface of the base body to the imaginary line is 0.5- to 1.1-fold an opening diameter of the recessed portion.
A multi-unit plate for Zestern analysis, comprising: a plate having a plurality of openings; and a plurality of protrusive members protruding away from the plate, wherein one or more of the plurality of protrusive members comprises an elongated linking member having a first end attached to the plate and a second end that provides a support structure having a membrane affixed to the support structure, wherein the support structure comprises a hollow center portion and a rim surrounding the hollow center portion, and wherein the membrane is affixed to the rim of the support structure, characterized in that the membrane is nitrocellulose membrane or PVDF membrane and the rim of each support structure in direct contact with the membrane is open. a plate having a plurality of openings; and a plurality of protrusive members protruding away from the plate, wherein one or more of the plurality of protrusive members comprises an elongated linking member having a first end attached to the plate and a second end that provides a support structure having a membrane affixed to the support structure, wherein the support structure comprises a hollow center portion and a rim surrounding the hollow center portion, and wherein the membrane is affixed to the rim of the support structure, characterized in that the membrane is nitrocellulose membrane or PVDF membrane and the rim of each support structure in direct contact with the membrane is open.
A method of wireless communications by a first transmission reception point, TRP (110; 208), comprising: obtaining information regarding a first configuration indicating resources available to at least a second TRP (110; 208) for transmitting demodulation reference signals, DMRS, for a physical downlink shared channel, PDSCH; receiving signaling indicating whether the first and second TRPs transmit DMRS or data on non-overlapping resources, potentially partially overlapping resources, or potentially fully overlapping resources; determining, based on the first configuration, that DMRS or data transmissions from the second TRP potentially overlap with DMRS or data transmissions from the first TRP; and performing rate matching around potential DMRS transmissions of the second TRP when transmitting a PDSCH to a user equipment, UE, based on the determination only if the signaling indicates the first and second TRPs transmit DMRS on potentially partially or fully overlapping resources. obtaining information regarding a first configuration indicating resources available to at least a second TRP (110; 208) for transmitting demodulation reference signals, DMRS, for a physical downlink shared channel, PDSCH; receiving signaling indicating whether the first and second TRPs transmit DMRS or data on non-overlapping resources, potentially partially overlapping resources, or potentially fully overlapping resources; determining, based on the first configuration, that DMRS or data transmissions from the second TRP potentially overlap with DMRS or data transmissions from the first TRP; and performing rate matching around potential DMRS transmissions of the second TRP when transmitting a PDSCH to a user equipment, UE, based on the determination only if the signaling indicates the first and second TRPs transmit DMRS on potentially partially or fully overlapping resources.
A device for detecting a dead bolt position of a mortise lock, configured to be attached to an opening of the mortise lock which is provided for a locking cylinder instead of a locking cylinder with: a touch element which is in contact with the operating mechanism of the dead bolt or the dead bolt of the mortise lock, wherein the touch element is rotatably mounted, and wherein a rotation of the touch element is detected by a sensor. a touch element which is in contact with the operating mechanism of the dead bolt or the dead bolt of the mortise lock, wherein the touch element is rotatably mounted, and wherein a rotation of the touch element is detected by a sensor.
A multilayer material, notably for silage cover, that comprises a central oxygen-barrier layer sandwiched between at least two polyolefin layers, each polyolefin layer being separated from the central barrier layer by an adhesive layer, characterized in that at least one of the adhesive layers contains LCB-mLLDPE.