mhurhangee/ep-ind-claims huggingface dataset:
A method for the production of affinity binders having affinitive or highly affinitive binding structures for non-covalent interaction types, comprising a) contacting a target substance with several peptide ligands which are capable to non-covalently bind to the target substance for a sufficient time that the peptide ligands can specifically attach to the target regions of the target substance and form a peptide ligand-target substance complex, wherein the peptide ligands have a reactive moiety which can undergo a cross-linking reaction with an inorganic and/or organic cross-linker; b) embedding the complex in a structure-providing component and fixing by means of binding the peptide ligands of the complex to the structure-providing component, wherein the fixing comprises a cross-linking reaction of the peptide ligands with an organic and/or inorganic cross-linker and wherein the structure-providing component comprises an organic or inorganic polymer which results from a polymerisation reaction between the reactive moieties and one or more cross-linkers and optionally between the cross-linker molecules amongst each other; b) removing the target substance such that a structure with a defined spatial arrangement of the peptide ligands is formed which has the capacity to specifically bind the respective target substance again. a) contacting a target substance with several peptide ligands which are capable to non-covalently bind to the target substance for a sufficient time that the peptide ligands can specifically attach to the target regions of the target substance and form a peptide ligand-target substance complex, wherein the peptide ligands have a reactive moiety which can undergo a cross-linking reaction with an inorganic and/or organic cross-linker; b) embedding the complex in a structure-providing component and fixing by means of binding the peptide ligands of the complex to the structure-providing component, wherein the fixing comprises a cross-linking reaction of the peptide ligands with an organic and/or inorganic cross-linker and wherein the structure-providing component comprises an organic or inorganic polymer which results from a polymerisation reaction between the reactive moieties and one or more cross-linkers and optionally between the cross-linker molecules amongst each other; b) removing the target substance such that a structure with a defined spatial arrangement of the peptide ligands is formed which has the capacity to specifically bind the respective target substance again.
A probe, comprising: - a piezoelectric therapy transducer having an acoustic axis BB', and - an imaging transducer having an imaging plane, said therapy transducer and imaging transducer being mounted in a head itself connected to a guide means, wherein: - the therapy transducer is in a form of an ablong truncated cup and has a spherical concave front face for emitting ultrasonic waves focused on a focal point, a rear surface, said therapy transducer being truncated along two parallel planes, whereby a length d 1 and a width t<d 1 are provided; - the therapy transducer is a 1D annular phased array transducer; and - the imaging transducer is a multiplane transducer configured to rotate about the acoustic axis of the therapy transducer, whereby the focal point of the therapy transducer is comprised in the imaging plane of the imaging transducer, said imaging transducer being fixed to the therapy transducer. - a piezoelectric therapy transducer having an acoustic axis BB', and - an imaging transducer having an imaging plane, said therapy transducer and imaging transducer being mounted in a head itself connected to a guide means, wherein: - the therapy transducer is in a form of an ablong truncated cup and has a spherical concave front face for emitting ultrasonic waves focused on a focal point, a rear surface, said therapy transducer being truncated along two parallel planes, whereby a length d 1 and a width t<d 1 are provided; - the therapy transducer is a 1D annular phased array transducer; and - the imaging transducer is a multiplane transducer configured to rotate about the acoustic axis of the therapy transducer, whereby the focal point of the therapy transducer is comprised in the imaging plane of the imaging transducer, said imaging transducer being fixed to the therapy transducer.
A method of acquiring a satellite signal, comprising: adding and subtracting sampling values obtained by sampling a reception signal from a satellite in a time series with different combinations of addition and subtraction at a plurality of adder-subtractors; selecting an output value of one adder-subtractor with a combination of positive and/or negative signs which corresponds to a combination of positive and/or negative signs of k, k≥2, code values of a replica code, k, k≥2, code values being input into each selection unit, from among a plurality of adder-subtractors for addition-subtraction of k, k≥2, sampling values in a data set, the sampling values are obtained by sampling a reception signal in a time series, with different combinations of addition and subtraction, wherein the sampling values constitute a plurality of data sets and one output value, which corresponds to a combination of positive and/or negative signs of k, k>_ 2, code values of a replica code, is selected from each of the data sets; outputting the selected output value from each selection unit to a corresponding totaling unit, calculating, at each totaling unit, a correlation result of the reception signal and the replica code using the selected addition-subtraction results; and acquiring the satellite signal of the satellite using the correlation result. adding and subtracting sampling values obtained by sampling a reception signal from a satellite in a time series with different combinations of addition and subtraction at a plurality of adder-subtractors; selecting an output value of one adder-subtractor with a combination of positive and/or negative signs which corresponds to a combination of positive and/or negative signs of k, k≥2, code values of a replica code, k, k≥2, code values being input into each selection unit, from among a plurality of adder-subtractors for addition-subtraction of k, k≥2, sampling values in a data set, the sampling values are obtained by sampling a reception signal in a time series, with different combinations of addition and subtraction, wherein the sampling values constitute a plurality of data sets and one output value, which corresponds to a combination of positive and/or negative signs of k, k>_ 2, code values of a replica code, is selected from each of the data sets; outputting the selected output value from each selection unit to a corresponding totaling unit, calculating, at each totaling unit, a correlation result of the reception signal and the replica code using the selected addition-subtraction results; and acquiring the satellite signal of the satellite using the correlation result.
A method comprising: determining parking criteria information associated with at least one vehicle group comprising a plurality of vehicles, wherein the at least one vehicle group is associated with at least one common navigation destination; and processing and/or facilitating a processing of the parking criteria information to determine at least one set of a plurality of available parking spaces available at the at least one common navigation destination, wherein the parking criteria information includes at least one of (i) a proximity of the plurality of available parking spaces to each other, and (ii) a proximity of the at least one set of the plurality of available parking spaces to the at least one navigation destination. determining parking criteria information associated with at least one vehicle group comprising a plurality of vehicles, wherein the at least one vehicle group is associated with at least one common navigation destination; and processing and/or facilitating a processing of the parking criteria information to determine at least one set of a plurality of available parking spaces available at the at least one common navigation destination, wherein the parking criteria information includes at least one of (i) a proximity of the plurality of available parking spaces to each other, and (ii) a proximity of the at least one set of the plurality of available parking spaces to the at least one navigation destination.
A method executed at a first computing entity, comprising: receiving a share of a first data set, the first data set comprising sequenced genomes and phenotypes of study participants, wherein the share of the first data set is received at the first computing entity in association with distribution, according to a secret sharing protocol, of shares of the first data set to a set of computing entities that include the first computing entity and at least a second computing entity; receiving a share associated with a second data set, the second data set comprising mutually independent and uniformly-distributed random numbers and results of calculations over the random numbers, wherein the share of the second data set is received at the first computing entity in association with distribution, according to the secret sharing protocol, of shares of the second data set to the set of computing entities; and using the share associated with the second data set to facilitate a secure and efficient computation over the share of the first data set to generate an output, the computation being carried out during an interaction between the first computing entity and the second computing entity, characterised in that part of the computation is executed over a dimensionality-reduced share of the first data set for increased computational efficiency. receiving a share of a first data set, the first data set comprising sequenced genomes and phenotypes of study participants, wherein the share of the first data set is received at the first computing entity in association with distribution, according to a secret sharing protocol, of shares of the first data set to a set of computing entities that include the first computing entity and at least a second computing entity; receiving a share associated with a second data set, the second data set comprising mutually independent and uniformly-distributed random numbers and results of calculations over the random numbers, wherein the share of the second data set is received at the first computing entity in association with distribution, according to the secret sharing protocol, of shares of the second data set to the set of computing entities; and using the share associated with the second data set to facilitate a secure and efficient computation over the share of the first data set to generate an output, the computation being carried out during an interaction between the first computing entity and the second computing entity, characterised in that part of the computation is executed over a dimensionality-reduced share of the first data set for increased computational efficiency.
Device for producing a moulded hollow body, wherein the device has at least one mandrel (1, 3, 4) onto which is able to be pushed a blank that is configured so as to be substantially tubular and has the complementary shape of the predetermined final geometry of the hollow body, wherein the mandrel (1, 3, 4) has regions having an air-tight wall and regions having an air-permeable wall (2, 5), characterized in that the mandrels (1, 3, 4) are assembled from axial segments with an air-tight wall and an air-permeable wall, wherein the air-tight segments and the air-permeable segments axially are disposed sequentially in a predetermined order.
A receiving box (1, 1a), comprising: a cover (10, 10a), comprising a first slit, a first connection part (12, 12a) and a top surface, the first slit and the first connection part (12, 12a) respectively disposed on opposite sides of the top surface; and a base (20, 20a), comprising a first convex portion (21, 21a) and a second convex portion (22, 22a), the first convex portion (21, 21a) disposed corresponding to the first slit, the second convex portion (22, 22a) disposed corresponding to the first connection part (12, 12a), the first convex portion (21, 21a) comprising two first bending parts and a first link part, the two first bending parts are respectively located on two opposite sides of the first link part, the second convex portion (22, 22a) inserted into the first connection part (12, 12a), the first convex portion (21, 21a) inserted into the first slit, and the two first bending parts bent to contact the top surface when the cover (10, 10a)combines with the base (20, 20a). a cover (10, 10a), comprising a first slit, a first connection part (12, 12a) and a top surface, the first slit and the first connection part (12, 12a) respectively disposed on opposite sides of the top surface; and a base (20, 20a), comprising a first convex portion (21, 21a) and a second convex portion (22, 22a), the first convex portion (21, 21a) disposed corresponding to the first slit, the second convex portion (22, 22a) disposed corresponding to the first connection part (12, 12a), the first convex portion (21, 21a) comprising two first bending parts and a first link part, the two first bending parts are respectively located on two opposite sides of the first link part, the second convex portion (22, 22a) inserted into the first connection part (12, 12a), the first convex portion (21, 21a) inserted into the first slit, and the two first bending parts bent to contact the top surface when the cover (10, 10a)combines with the base (20, 20a).
A process for recovering a processing liquid from a feed mixture recovered from a gas purification system having a regenerator column in which spent processing liquid is received, said feed mixture comprising water, a processing liquid having at least one component having a higher boiling point than water, at least one component having a boiling point lower than water, and at least one component that is less volatile than said processing liquid, the process comprising providing a stream of feed mixture recovered from the bottoms stream of said regenerator column; heating said stream of feed mixture by heat transfer from a heated first residuum recycle stream (9, 11, 13) contacting the feed mixture (1, 3) introducing said heated stream of feed mixture into a first separation zone wherein the pressure of the first separation zone is equal to or slightly higher than in the regenerator column, wherein at least a portion of said water and a portion of the processing liquid is volatilized to produce a hot, vapor stream comprising volatilized water and said volatilized portion of said processing liquid, and a first residuum stream comprising at least some of said less volatile component and the unvolatilized portion of said water and said processing liquid, wherein heat necessary to effect separation in the first separation zone is imparted to said feed mixture by said heat transfer from said heated first residuum stream; introducing said hot vapor stream into said regenerator column; using heat energy from said hot vapor stream in said regenerator column to degas said spent processing liquid and produce a substantially degassed processing liquid stream; and recovering said substantially degassed processing liquid stream from said regenerator column.
An inflation system for use with a wheel and a tire, the inflation system comprising: a divider wall configured to divide an inner cavity of the tire into an upper chamber between a tread portion of the tire and the divider wall, and a lower chamber between the divider wall and the wheel; a first pressure sensor arranged to be communicated with the upper chamber; a second pressure sensor arranged to be communicated with the lower chamber; a first valve having an open position for communicating the upper and lower chambers (18, 20), and a closed position for isolating the upper chamber from the lower chamber; a second valve configured to selectively communicate the lower chamber with a source of pressurized gas; a controller operably associated with the first and second pressure sensors (22, 24) and the first and second valves (26, 28); and characterized in that the controller is configured to define a field ready pre-charged mode wherein the upper chamber is inflated to a field ready pressure in a range of from 27579 Pa (4 psi) to 110316 Pa (16 psi), the first valve is closed and the lower chamber is pre-charged to a pre-charged pressure, the pre-charged pressure being such that upon opening of the first valve a transition from the field ready pre-charged mode to a road ready mode wherein the upper chamber is inflated to a road ready pressure in a range of from 137895 Pa (20 psi) to 275790 Pa (40 psi) occurs in a transition time of no more than ten minutes, wherein the field ready pressure is in a range of from 20% to 50% of the road ready pressure. a divider wall configured to divide an inner cavity of the tire into an upper chamber between a tread portion of the tire and the divider wall, and a lower chamber between the divider wall and the wheel; a first pressure sensor arranged to be communicated with the upper chamber; a second pressure sensor arranged to be communicated with the lower chamber; a first valve having an open position for communicating the upper and lower chambers (18, 20), and a closed position for isolating the upper chamber from the lower chamber; a second valve configured to selectively communicate the lower chamber with a source of pressurized gas; a controller operably associated with the first and second pressure sensors (22, 24) and the first and second valves (26, 28); and characterized in that the controller is configured to define a field ready pre-charged mode wherein the upper chamber is inflated to a field ready pressure in a range of from 27579 Pa (4 psi) to 110316 Pa (16 psi), the first valve is closed and the lower chamber is pre-charged to a pre-charged pressure, the pre-charged pressure being such that upon opening of the first valve a transition from the field ready pre-charged mode to a road ready mode wherein the upper chamber is inflated to a road ready pressure in a range of from 137895 Pa (20 psi) to 275790 Pa (40 psi) occurs in a transition time of no more than ten minutes, wherein the field ready pressure is in a range of from 20% to 50% of the road ready pressure.
Method for controlling the conveying of fluid to an agricultural field sprayer, wherein the field sprayer comprises at least one reservoir container for the spray fluid to be discharged, at least one pump for filling the reservoir container, one induction container for metering an active agent into the reservoir container and one control unit, wherein the induction container is mounted so as to be movable between a folded-down induction position and a folded-up transportation position, wherein at least one first sensor which is assigned to the induction container detects the position of the induction container and communicates it to the control unit, with the result that by means of a sensor signal it is possible to differentiate between the folded-down induction position and a raised position, preferably the folded-up transportation position, wherein the conveying of fluid is controlled in reaction to the sensor signal, characterized in that the filling of the reservoir container of the field sprayer is controlled in reaction to the sensor signal.
A method for updating printer location information in a printer resource database server storing the location information associated with a printer resource in a network resource access system, the method comprising the steps of: determining coordinate-based location information for the printer resource by a mobile device using a location information collection module of the mobile device; presenting a user interface on the mobile device providing a list of printer resources for selection by a user of the mobile device; receiving a selection of the printer resource from the user via the user interface; obtaining feedback from the printer resource to confirm the mobile device is actually located at the printer resource, wherein obtaining feedback from the printer resource comprises initiating printing of a test page on the printer resource, after receiving a selection of the printer resource from the user via the user interface, wherein the test page printed encodes information that uniquely identifies the printer resource in a bar code; scanning the bar code using the mobile device; extracting the information that uniquely identifies the printer resource from the bar code; and submitting the coordinate-based location information with the information that uniquely identifies the printer resource to the printer resource database server using the obtained unique printer resource identifier. determining coordinate-based location information for the printer resource by a mobile device using a location information collection module of the mobile device; presenting a user interface on the mobile device providing a list of printer resources for selection by a user of the mobile device; receiving a selection of the printer resource from the user via the user interface; obtaining feedback from the printer resource to confirm the mobile device is actually located at the printer resource, wherein obtaining feedback from the printer resource comprises initiating printing of a test page on the printer resource, after receiving a selection of the printer resource from the user via the user interface, wherein the test page printed encodes information that uniquely identifies the printer resource in a bar code; scanning the bar code using the mobile device; extracting the information that uniquely identifies the printer resource from the bar code; and submitting the coordinate-based location information with the information that uniquely identifies the printer resource to the printer resource database server using the obtained unique printer resource identifier.
An article comprising a container and a phase change material wherein the container includes a pouch or a bag; the container has contained therein at least one phase change material; the container comprises or is produced from a film or sheet; the film or sheet includes a multilayer structure comprising at least one sealant layer and at least one barrier layer; the sealant layer includes copolymer of ethylene (meth)acrylic acid, ionomer derived from copolymer of ethylene (meth)acrylic acid, or combinations thereof; the barrier layer includes ethylene vinyl alcohol copolymer, polyamide, polyester, polyvinylidene chloride, polycarbonate, or combinations of two or more thereof; and wherein the phase change material is a polymer matrix containing paraffin or is paraffin.
A tube which is an expiratory limb of a breathing circuit comprising an inlet, an outlet, and an exhalation flow passage between said inlet and said outlet defined by an enclosing wall, characterised in that: at least a region of said wall is of a material (2, 3, 200) that allows the passage of water vapour without allowing the passage of liquid water or respiratory gases, the material (2, 3, 200) thus allowing diffusion of water vapour from the expiratory limb of the breathing circuit, and the tube includes lateral reinforcement against crushing, said lateral reinforcement including a plurality of annular corrugations, whether discrete annular rings or one or more helical corrugations, distributed over the length of said tube. at least a region of said wall is of a material (2, 3, 200) that allows the passage of water vapour without allowing the passage of liquid water or respiratory gases, the material (2, 3, 200) thus allowing diffusion of water vapour from the expiratory limb of the breathing circuit, and the tube includes lateral reinforcement against crushing, said lateral reinforcement including a plurality of annular corrugations, whether discrete annular rings or one or more helical corrugations, distributed over the length of said tube.