mhurhangee/ep-ind-claims huggingface dataset:
A process for adjusting the time reference of time series data acquired from a wellbore sensor relative to a reference time series where the process comprises: a. acquiring a first time series from a sensor in a wellbore; b. acquiring a reference time series; c. determining a linear moveout time correction to apply to the first time series, the linear moveout time correction equal to the depth of the wellbore sensor divided by the signal propagation velocity; d. applying the linear moveout correction to the first time series; characterised by e. cross-correlating the first-time series with the reference time series to determine a cross-correlation time correction to apply to the first-time series; f. applying the cross-correlation time correction to the first time series to obtain a cross-correlation corrected time series; and g. further characterised by determining a dynamic time warp series of time correction to apply to the first time series with the reference time series and correcting for clock-drift based on a dynamic time warping method. a. acquiring a first time series from a sensor in a wellbore; b. acquiring a reference time series; c. determining a linear moveout time correction to apply to the first time series, the linear moveout time correction equal to the depth of the wellbore sensor divided by the signal propagation velocity; d. applying the linear moveout correction to the first time series; characterised by e. cross-correlating the first-time series with the reference time series to determine a cross-correlation time correction to apply to the first-time series; f. applying the cross-correlation time correction to the first time series to obtain a cross-correlation corrected time series; and g. further characterised by determining a dynamic time warp series of time correction to apply to the first time series with the reference time series and correcting for clock-drift based on a dynamic time warping method.
A continuous or a semi-continuous process for treating biomass comprising: (a) providing a biomass containing polysaccharides; (b) contacting the biomass with a solution containing at least one α-hydroxysulfonic acid at a temperature within the range of 50 °C to 150°C and a pressure within the range of 0.1 MPa (1 barg) to 1 MPa (10 barg) to provide a biomass solution, wherein said biomass solution contains in the range of 1 wt% to 25 wt% of biomass based on the solution, and thereby hydrolyzing the biomass to produce at least one fermentable sugar containing product; (c) removing the α-hydroxysulfonic acid in its component form from the product by heating and/or reducing pressure to produce an acid-removed product containing at least one fermentable sugar substantially free of the α-hydroxysulfonic acid; (d) separating a high solids/liquid mixture from said acid-removed product to form a wet solids stream containing at least 12 wt% undissolved solids based on wet solids stream, and a bulk liquid stream containing fermentable sugar; (e) recycling said removed α-hydroxysulfonic acid to step (b) as components or in its recombined form; and (f) recycling at least a portion of the bulk liquid stream to step (b); wherein the bulk liquid stream comprise greater than 2 wt% of the fermentable sugar based on the bulk liquid stream. (a) providing a biomass containing polysaccharides; (b) contacting the biomass with a solution containing at least one α-hydroxysulfonic acid at a temperature within the range of 50 °C to 150°C and a pressure within the range of 0.1 MPa (1 barg) to 1 MPa (10 barg) to provide a biomass solution, wherein said biomass solution contains in the range of 1 wt% to 25 wt% of biomass based on the solution, and thereby hydrolyzing the biomass to produce at least one fermentable sugar containing product; (c) removing the α-hydroxysulfonic acid in its component form from the product by heating and/or reducing pressure to produce an acid-removed product containing at least one fermentable sugar substantially free of the α-hydroxysulfonic acid; (d) separating a high solids/liquid mixture from said acid-removed product to form a wet solids stream containing at least 12 wt% undissolved solids based on wet solids stream, and a bulk liquid stream containing fermentable sugar; (e) recycling said removed α-hydroxysulfonic acid to step (b) as components or in its recombined form; and (f) recycling at least a portion of the bulk liquid stream to step (b);
A pressure-operated brake system, preferably a pneumatic-pressure-operated brake system for an agricultural work machine, in which a trailer brake valve is provided for the brake-force-dependent specification of an actuating force of brake cylinders (38, 40) assigned to at least two wheels of a machine axle, characterised in that an input control variable is manually specifiable for the load-dependent variation and/or throttling of a control pressure of the wheel brake cylinders (38, 40) by means of an adjustable automatic load-dependent brake pressure regulator (ALB 22) based on a current weight or a current axle load and/or on an equipment state of the agricultural work machine, and in that a manually adjustable automatic load-dependent brake pressure regulator is provided upstream of the, in particular, pneumatically actuated trailer brake valve, with the brake pressure regulator enabling a manually adjustable variation, in particular, a staged or variable limitation of the control pressure provided as input control variable to the trailer brake valve.
A shaped brick for gardening, landscape and road construction, comprising a cast base body made of concrete, wherein at least one side of the shaped brick is covered with a layer of a plurality of smaller shaped brick elements and the smaller shaped brick elements are jointed using paving jointing mortar, characterized in that the smaller shaped brick elements are worked in the base body "wet on wet", and in that reinforcing steel pins and/or armoring irons are inserted in the concrete mass of the base body and protrude between the smaller shaped brick elements into the mortar joints for anchoring the layer of smaller shaped brick elements with the base body.
Liquid phase process for producing metal oxide-containing layers from nonaqueous solution, characterized in that an anhydrous composition containing i) at least one metal oxo alkoxide of the generic formula M x Oy z [O(R'O) c H] a X b [R"OH] d where x = 3-25, y = 1-10, z = 3-50, a = 0-25, b = 0-20, c = 0-1, d = 0-25, M = In, Ga, Sn and/or Zn, R, R', R" = organic radical, X = F, Cl, Br, I and ii) at least one solvent are applied to a substrate, optionally dried, and converted to a metal oxide-containing layer. i) at least one metal oxo alkoxide of the generic formula M x Oy z [O(R'O) c H] a X b [R"OH] d where x = 3-25, y = 1-10, z = 3-50, a = 0-25, b = 0-20, c = 0-1, d = 0-25, M = In, Ga, Sn and/or Zn, R, R', R" = organic radical, X = F, Cl, Br, I and where x = 3-25, y = 1-10, z = 3-50, a = 0-25, b = 0-20, c = 0-1, d = 0-25, M = In, Ga, Sn and/or Zn, R, R', R" = organic radical, X = F, Cl, Br, I and ii) at least one solvent
A microcatheter comprising: a tubular body having a proximal portion, a distal portion, and a lumen extending from the proximal portion to the distal portion for introducing a fluid agent; a tip body coupled to the distal portion of the tubular body for delivering the fluid agent to a site in the vasculature of a patient; breakable detachment means disposed between the distal portion of the tubular body and the tip body for detaching the tip body from the tubular body after delivery of the fluid agent; characterized in that a first marker is disposed on the distal portion of the tubular body immediately proximal to the breakable detachment means for indicating a position of the tip body before the tip body is detached, and remaining on the tubular body after the tip body is detached to be removed out of the patient with the tubular body. a tubular body having a proximal portion, a distal portion, and a lumen extending from the proximal portion to the distal portion for introducing a fluid agent; a tip body coupled to the distal portion of the tubular body for delivering the fluid agent to a site in the vasculature of a patient; breakable detachment means disposed between the distal portion of the tubular body and the tip body for detaching the tip body from the tubular body after delivery of the fluid agent; characterized in that a first marker is disposed on the distal portion of the tubular body immediately proximal to the breakable detachment means for indicating a position of the tip body before the tip body is detached, and remaining on the tubular body after the tip body is detached to be removed out of the patient with the tubular body.
A tablet computer comprising: a portable, handheld case defining a sealed compartment; a chipset disposed in the sealed compartment; a touch-screen display supported by the case and electrically connected to the chipset, the display facing outward away from the case, a rear side of the display being disposed in the sealed compartment; a battery supported by the case and constructed and arranged to provide power to the display and chipset; and an active coolant heat exchanger supported by the case, the exchanger comprising a coolant passage containing a coolant whose flow is configured to carry heat out of the sealed compartment and into an ambient air outside of the sealed compartment. a portable, handheld case defining a sealed compartment; a chipset disposed in the sealed compartment; a touch-screen display supported by the case and electrically connected to the chipset, the display facing outward away from the case, a rear side of the display being disposed in the sealed compartment; a battery supported by the case and constructed and arranged to provide power to the display and chipset; and an active coolant heat exchanger supported by the case, the exchanger comprising a coolant passage containing a coolant whose flow is configured to carry heat out of the sealed compartment and into an ambient air outside of the sealed compartment.
A device for ensemble averaging signals in a pulse oximeter, comprising: means for receiving first and second electromagnetic radiation signals from a blood perfused tissue portion corresponding to two different wavelengths of light; means for obtaining an assessment of the signal quality of said electromagnetic signals, said means for obtaining an assessment of said signal quality configured for obtaining a measure of the degree of arrhythmia of said signals and providing an assessment of signal quality using said measure; means for selecting weights for an ensemble averager using said assessment of signal quality and assigning more weight to a signal which is flagged as arrhythmic; and an ensemble averager for ensemble averaging said electromagnetic signals using said weights to attenuate frequencies other than those near the pulse frequency and its harmonics.
Electric drive with an electric motor and with a bearing arrangement which has a bearing body and a positioning device for the bearing body, wherein the bearing body is arranged in operative connection with an element to be mounted, the positioning device positively receiving the bearing body and the positioning device being connected to a reception body, the element to be mounted being a shaft and the shaft being arranged in a rotationally movable manner in the bearing body, the positioning device having a tube-like portion which surrounds the bearing body on its outer circumference, and at least one subregion of the tube-like portion being arranged in bearing contact against at least one end face of the bearing body for axially fixing the bearing body in the positioning device, the at least one subregion being brought by means of a forming process into bearing contract with the bearing body after the end position of the latter is reached, the positioning device having, on that side of the bearing body which lies opposite the subregion, a flange-like collar with an orifice for leading through the shaft, the said collar being designed as an axial stop for the bearing body, the shaft being coupled to the electric motor, the armature of which is arranged at one end of the shaft, a gearwheel or spur wheel being drivable by means of the other end of the shaft via a thread-like shaping of the shaft stub, and the reception body designed as a housing serving for receiving or fastening the gearwheel or spur wheel on the positioning device.
A quality management apparatus for managing a surface mount production line for performing: a solder printing step of printing solder onto a printed circuit board by using a solder printing apparatus; a mounting step of arranging electronic components on the printed circuit board by using a mounter; and a reflow step of soldering the electronic components by using a reflow furnace, the quality management apparatus comprising: state acquisition means adapted to acquire a state of the surface mount production line, wherein, for each of a plurality of causes of a stoppage of the surface mount production line including replacement and/or maintenance of parts of the surface mount production line, a plurality of states are defined based on a period of time elapsed since a restart of the surface mount production line, and the state acquisition means is adapted to acquire the state of the surface mount production line after the restart of the surface mount production line from the states based on information of the cause of the stoppage before the restart and an operation time elapsed since the restart; correction information storage means adapted to store correction information for correcting a setting parameter for at least one of: the solder printing apparatus; the mounter; and the reflow furnace, for each of the states; and correction means adapted to acquire, from the correction information storage means, correction information that corresponds to the state acquired by the state acquisition means, and correcting the setting parameter for at least one of: the solder printing apparatus; the mounter; and the reflow furnace, using the acquired correction information. state acquisition means adapted to acquire a state of the surface mount production line, wherein, for each of a plurality of causes of a stoppage of the surface mount production line including replacement and/or maintenance of parts of the surface mount production line, a plurality of states are defined based on a period of time elapsed since a restart of the surface mount production line, and the state acquisition means is adapted to acquire the state of the surface mount production line after the restart of the surface mount production line from the states based on information of the cause of the stoppage before the restart and an operation time elapsed since the restart; correction information storage means adapted to store correction information for correcting a setting parameter for at least one of: the solder printing apparatus; the mounter; and the reflow furnace, for each of the states; and correction means adapted to acquire, from the correction information storage means, correction information that corresponds to the state acquired by the state acquisition means, and correcting the setting parameter for at least one of: the solder printing apparatus; the mounter; and the reflow furnace, using the acquired correction information.
A method of identifying a peptide epitope in vitro, comprising: a) introducing a combination of synthetic nucleic acid molecules into cells expressing an MHC-E molecule, wherein the combination of synthetic nucleic acid molecules comprises nucleic acid molecules of a cDNA library, each individually comprising a coding sequence of one of a combination of protein antigens; b) incubating the cells under conditions whereby the encoded protein antigens are processed to peptides that comprise one or more peptide(s) of a protein antigen, wherein the one or more peptide(s) of the protein antigen is displayed on the cell surface in the context of the MHC-E molecule; and c) detecting or identifying the one or more peptide(s) of the protein antigen in the context of the MHC-E molecule. a) introducing a combination of synthetic nucleic acid molecules into cells expressing an MHC-E molecule, wherein the combination of synthetic nucleic acid molecules comprises nucleic acid molecules of a cDNA library, each individually comprising a coding sequence of one of a combination of protein antigens; b) incubating the cells under conditions whereby the encoded protein antigens are processed to peptides that comprise one or more peptide(s) of a protein antigen, wherein the one or more peptide(s) of the protein antigen is displayed on the cell surface in the context of the MHC-E molecule; and c) detecting or identifying the one or more peptide(s) of the protein antigen in the context of the MHC-E molecule.
An electronic device comprising: a housing including a front surface, a back surface opposite to the front surface, and a side surface surrounding a space between the front surface and the back surface and made of a metallic material; at least one antenna array disposed within the housing and configured to direct a millimeter wave signal toward an inside of the electronic device; a wireless communication circuit electrically connected to the at least one antenna array and configured to communicate by using the millimeter wave signal; and a reflecting member arranged such that the millimeter wave signal radiated from the at least one antenna array and directed toward the inside of the electronic device is reflected toward an outside of the electronic device along a direction that avoids the side surface of the housing. a housing including a front surface, a back surface opposite to the front surface, and a side surface surrounding a space between the front surface and the back surface and made of a metallic material; at least one antenna array disposed within the housing and configured to direct a millimeter wave signal toward an inside of the electronic device; a wireless communication circuit electrically connected to the at least one antenna array and configured to communicate by using the millimeter wave signal; and a reflecting member arranged such that the millimeter wave signal radiated from the at least one antenna array and directed toward the inside of the electronic device is reflected toward an outside of the electronic device along a direction that avoids the side surface of the housing.
A display device adapted to be mounted on a second device wearable by a user, the display device comprising: a display unit configured to display screens including a first screen and a second screen; a touch panel configured to receive touch inputs corresponding to said second device; and a processor configured to detect reference points corresponding to the touch inputs, to determine screen display positions based on positions of the one or more reference points, and to control the display unit to display the first screen and the second screen based on the screen display positions such that the positions of the first screen and the second screen correspond to positions of a user's eyes, respectively. a display unit configured to display screens including a first screen and a second screen; a touch panel configured to receive touch inputs corresponding to said second device; and a processor configured to detect reference points corresponding to the touch inputs, to determine screen display positions based on positions of the one or more reference points, and to control the display unit to display the first screen and the second screen based on the screen display positions such that the positions of the first screen and the second screen correspond to positions of a user's eyes, respectively.
Fuel metering device for a fuel injector of an aircraft turbomachine, with the device comprising an opening for the fuel intake, a movable sealing member for sealing the opening, as well as elastic return means (60a, 60b) designed to return the movable sealing member in the direction of a closed position in which the member seals off said opening, with the movable sealing member being designed to be displaced from its closed position under the effect of the fuel pressure that is applied on this member, wherein said metering device comprises a first outlet intended to communicate with a primary circuit of the injector as well as a second outlet intended to communicate with a secondary circuit of the injector, wherein the metering device is designed in such a way that up to a defined level of displacement of the movable sealing member in the direction of a maximum open position, the sealing member allows the fuel coming from said opening to reach said first outlet, and wherein the movable sealing member allows the fuel coming from said opening to reach said second outlet, only beyond said defined level of displacement of the movable sealing member, characterised in that the metering device comprises: - a hollow outer body; - a hollow intermediate body housed in the outer body, said opening being made in said intermediate body provided with a seat for receiving the movable sealing member; - said movable sealing member housed slidably movable in said intermediate body; - a fuel flow space provided between the intermediate and outer bodies (22, 20), the intermediate body being provided with orifices for the fuel to pass from the inside of this intermediate body to said fuel flow space, said flow space communicating with said first outlet; - a secondary opening for the fuel to pass, provided on the intermediate body, the secondary opening being intended to be sealed by the movable sealing member provided it has not reached said defined level of displacement, and intended to be released when the movable sealing member is between the defined level of displacement and its maximum opening position, said secondary opening communicating with said second outlet. - a hollow outer body; - a hollow intermediate body housed in the outer body, said opening being made in said intermediate body provided with a seat for receiving the movable sealing member; - said movable sealing member housed slidably movable in said intermediate body; - a fuel flow space provided between the intermediate and outer bodies (22, 20), the intermediate body being provided with orifices for the fuel to pass from the inside of this intermediate body to said fuel flow space, said flow space communicating with said first outlet; - a secondary opening for the fuel to pass, provided on the intermediate body, the secondary opening being intended to be sealed by the movable sealing member provided it has not reached said defined level of displacement, and intended to be released when the movable sealing member is between the defined level of displacement and its maximum opening position, said secondary opening communicating with said second outlet.
A two-part oxidative dyeing composition comprising: - a dyeing composition A having a pH in the range of 7 to 12 and comprising one or more oxidative dye precursor(s) and/or oxidative dye couplers, and one or more alkalizing agent(s), - an aqueous oxidizing composition B having a pH in the range of 1 to 6 comprising: a) hydrogen peroxide, and b) one or more compound(s) according to the following structure: wherein R 1, R 2, and R 3 are independently selected from H and CH 3, and/or their mixtures, and c) one or more lipophilic compound, wherein composition B is an oil-in-water emulsion. - a dyeing composition A having a pH in the range of 7 to 12 and comprising one or more oxidative dye precursor(s) and/or oxidative dye couplers, and one or more alkalizing agent(s), - an aqueous oxidizing composition B having a pH in the range of 1 to 6 comprising: a) hydrogen peroxide, and b) one or more compound(s) according to the following structure: wherein R 1, R 2, and R 3 are independently selected from H and CH 3, and/or their mixtures, and c) one or more lipophilic compound, a) hydrogen peroxide, and b) one or more compound(s) according to the following structure: wherein R 1, R 2, and R 3 are independently selected from H and CH 3, and/or their mixtures, and c) one or more lipophilic compound,