mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising (a) cross-linked polymers containing exchangeable pending links and exchangeable cross links, by boronic ester metathesis reactions; and (b) free monofunctional boronic esters, said boronic esters being chosen from among the following dioxaborolane and dioxaborinane rings of formulas and below: in which Rx, Rw and Rv are identical or different and each represent a hydrogen atom or a hydrocarbon radical or form together, as a pair, an aliphatic or aromatic ring Ry is a hydrocarbon radical linked to the boron atom of the dioxaborolane or dioxaborinane ring by a covalent bond through a carbon atom, characterised in that the composition (a) of cross-linked polymers is prepared by copolymerisation of the following compounds: (a') Precursor monomers to thermoplastic polymers comprising at least one pending boronic ester group, said pending boronic ester group not containing any polymerisable group; (b') Cross-linking agent comprising at least one boronic ester group enabling the formation of a network of cross-linked polymer containing pending functions and cross-links that are exchangeable by boronic ester metathesis reactions; said boronic esters being chosen from among the dioxaborolane and dioxaborinane rings of formulas and; (c') if applicable monomers that are precursors to thermoplastic polymers that do not include a boronic ester group of formula or. Rx, Rw and Rv are identical or different and each represent a hydrogen atom or a hydrocarbon radical or form together, as a pair, an aliphatic or aromatic ring Ry is a hydrocarbon radical linked to the boron atom of the dioxaborolane or dioxaborinane ring by a covalent bond through a carbon atom, characterised in that the composition (a) of cross-linked polymers is prepared by copolymerisation of the following compounds: (a') Precursor monomers to thermoplastic polymers comprising at least one pending boronic ester group, said pending boronic ester group not containing any polymerisable group; (b') Cross-linking agent comprising at least one boronic ester group enabling the formation of a network of cross-linked polymer containing pending functions and cross-links that are exchangeable by boronic ester metathesis reactions; said boronic esters being chosen from among the dioxaborolane and dioxaborinane rings of formulas and; (c') if applicable monomers that are precursors to thermoplastic polymers that do not include a boronic ester group of formula or. (a') Precursor monomers to thermoplastic polymers comprising at least one pending boronic ester group, said pending boronic ester group not containing any polymerisable group; (b') Cross-linking agent comprising at least one boronic ester group enabling the formation of a network of cross-linked polymer containing pending functions and cross-links that are exchangeable by boronic ester metathesis reactions; said boronic esters being chosen from among the dioxaborolane and dioxaborinane rings of formulas and; (c') if applicable monomers that are precursors to thermoplastic polymers that do not include a boronic ester group of formula or.
A method for identifying a gene or non-coding RNA that regulates metastatic cancer colonization of a body tissue, comprising, a) introducing one or more shRNA, RNAi, microRNA, or non-coding RNA molecules into a population of starting cancer cells to generate a population of engineered cancer cells, wherein the population of starting cancer cells is obtained by performing serial rounds of transplantation, isolation, and repeat transplantation of a population of labeled or unlabeled cancer cells into a living non-human tissue; b) transplanting said population of engineered cancer cells into a tissue of the non-human body; c) isolating transplanted cells to obtain a population of isolated cancer cells; and d) assessing the quantity of the shRNA, RNAi, microRNA, or non-coding RNA molecule or protein encoding gene in the population of isolated cancer cells, wherein a decrease in the quantity of said shRNA, RNAi, microRNA, or non-coding RNA in the population of isolated cells relative to its quantity prior to transplantation indicates that the target gene or genes of said shRNA, RNAi, microRNA, or non-coding RNAs represents a gene required for metastatic colonization of said tissue. a) introducing one or more shRNA, RNAi, microRNA, or non-coding RNA molecules into a population of starting cancer cells to generate a population of engineered cancer cells, wherein the population of starting cancer cells is obtained by performing serial rounds of transplantation, isolation, and repeat transplantation of a population of labeled or unlabeled cancer cells into a living non-human tissue; b) transplanting said population of engineered cancer cells into a tissue of the non-human body; c) isolating transplanted cells to obtain a population of isolated cancer cells; and d) assessing the quantity of the shRNA, RNAi, microRNA, or non-coding RNA molecule or protein encoding gene in the population of isolated cancer cells,
An inhibitor of zB7R1 binding to CD155 for use in a method of treating cancer in a subject, wherein the cancer is characterized by the presence of CD155-expressing tumor cells; wherein zB7R1 is the polypeptide of SEQ ID NO: 2, and wherein the inhibitor is an antibody that specifically binds to amino acid residues 16-140 of SEQ ID NO: 2, or an antigen-binding fragment of the antibody.
A photovoltaic module comprising: a solar cell module comprising a plurality of solar cells; and a junction box attached to a back surface of the solar cell module, wherein the junction box comprises: a capacitor unit to store a direct current power from the solar cell module; a converter unit to level-convert the DC power stored in the capacitor unit; and a shutdown unit (570, 670) disposed at an output terminal of the converter unit and temporarily interrupt power output when a level of DC power from the converter unit is outside of a permissible range, wherein when the level of DC power from the converter unit is within the permissible range, the shutdown unit (570, 670) bypasses the DC power from the converter unit, and wherein when the level of DC power from the converter unit is outside of the permissible range, the power output is temporarily interrupted, the DC power stored in the capacitor unit is consumed, and an output voltage of the photovoltaic module falls to the ground. a solar cell module comprising a plurality of solar cells; and a junction box attached to a back surface of the solar cell module, wherein the junction box comprises: a capacitor unit to store a direct current power from the solar cell module; a converter unit to level-convert the DC power stored in the capacitor unit; and a shutdown unit (570, 670) disposed at an output terminal of the converter unit and temporarily interrupt power output when a level of DC power from the converter unit is outside of a permissible range, wherein when the level of DC power from the converter unit is within the permissible range, the shutdown unit (570, 670) bypasses the DC power from the converter unit, and wherein when the level of DC power from the converter unit is outside of the permissible range, the power output is temporarily interrupted, the DC power stored in the capacitor unit is consumed, and an output voltage of the photovoltaic module falls to the ground. a capacitor unit to store a direct current power from the solar cell module; a converter unit to level-convert the DC power stored in the capacitor unit; and a shutdown unit (570, 670) disposed at an output terminal of the converter unit and temporarily interrupt power output when a level of DC power from the converter unit is outside of a permissible range, wherein when the level of DC power from the converter unit is within the permissible range, the shutdown unit (570, 670) bypasses the DC power from the converter unit, and wherein when the level of DC power from the converter unit is outside of the permissible range, the power output is temporarily interrupted, the DC power stored in the capacitor unit is consumed, and an output voltage of the photovoltaic module falls to the ground.
A system comprising: at least one computing device adapted to control a purge flow in a gas turbine, wherein the at least one computing device is operable to: obtain operational data from the gas turbine, wherein the operational data includes a static pressure measurement from an extraction point of the gas turbine; determine a gas path pressure value for the gas turbine using a turbine model within the at least one computing device, wherein the turbine model determines the gas path pressure value based upon at least one of a gas path temperature, a speed of the turbine, or historical data about the gas turbine; determine an allowable purge flow for the gas turbine as a function of the operational data and the gas path pressure value; and adjust the purge flow based upon the allowable purge flow determination. obtain operational data from the gas turbine, wherein the operational data includes a static pressure measurement from an extraction point of the gas turbine; determine a gas path pressure value for the gas turbine using a turbine model within the at least one computing device, wherein the turbine model determines the gas path pressure value based upon at least one of a gas path temperature, a speed of the turbine, or historical data about the gas turbine; determine an allowable purge flow for the gas turbine as a function of the operational data and the gas path pressure value; and adjust the purge flow based upon the allowable purge flow determination.
Air-insulated switchgear for medium or high voltages having at least one switch compartment, a busbar compartment and a connection compartment, wherein the switchgear has at least one active or passive ventilation apparatus, the ventilation apparatus having one or more first ventilation shafts that lead from the switch compartment or past the switch compartment into the busbar compartment, wherein the at least one first ventilation shaft has at least one first valve unit that in a first operating position does not impede an airstream from the switch compartment or past the switch compartment to the busbar compartment in the first ventilation shaft, the first valve unit sealing the at least one first ventilation shaft in a busbar fault arc position in the event of a fault arc in the busbar compartment, and wherein the first valve unit has at least one first valve that is arranged in a first recess in a wall of the first ventilation shaft, so that in the busbar fault arc position the at least one first valve seals the at least one first ventilation shaft as a result of a pressure wave in the event of a fault arc in the busbar compartment. the at least one first ventilation shaft has at least one first valve unit that in a first operating position does not impede an airstream from the switch compartment or past the switch compartment to the busbar compartment in the first ventilation shaft, the first valve unit sealing the at least one first ventilation shaft in a busbar fault arc position in the event of a fault arc in the busbar compartment, and wherein the first valve unit has at least one first valve that is arranged in a first recess in a wall of the first ventilation shaft, so that in the busbar fault arc position the at least one first valve seals the at least one first ventilation shaft as a result of a pressure wave in the event of a fault arc in the busbar compartment.
An arrangement configured for testing a wire or a welded or bonded joint in the wire for faults by means of a device for generating of an eddy current in the wire or the welded or bonded joint, comprising: - at least two magnetic field sensors (7, 62, 63, 64, 65), comprising magneto-resistive sensor elements for sensing the magnetic field on the wire or the welded or bonded joint, wherein the at least two magnetic field sensors (7, 62, 63, 64, 64) are located opposite to one another with respect to a cross-sectional center point of the wire, and wherein the at least two magnetic field sensors have a size equal to or smaller than the faults to be investigated, and - an evaluation unit which is designed to process amplitude and phase information and/or real and imaginary parts of the magnetic field to be sensed on the wire or the welded or bonded joint by the magnetic field sensors (7, 62, 63, 64, 64) and to evaluate ratios of amplitudes of magnetic fields measured. - at least two magnetic field sensors (7, 62, 63, 64, 65), comprising magneto-resistive sensor elements for sensing the magnetic field on the wire or the welded or bonded joint, wherein the at least two magnetic field sensors (7, 62, 63, 64, 64) are located opposite to one another with respect to a cross-sectional center point of the wire, and wherein the at least two magnetic field sensors have a size equal to or smaller than the faults to be investigated, and - an evaluation unit which is designed to process amplitude and phase information and/or real and imaginary parts of the magnetic field to be sensed on the wire or the welded or bonded joint by the magnetic field sensors (7, 62, 63, 64, 64) and to evaluate ratios of amplitudes of magnetic fields measured.
A computer-implemented method of evaluating an eye, the method comprising: segmenting, using an image processor, a plurality of high-resolution images of a cornea of the eye, to identify one or more of the plurality of biologically-defined microlayers of the cornea, the plurality of high-resolution images comprising a plurality of images for a plurality of biologically-defined micro-layers of the cornea, the segmenting further comprising: (a) performing an image registration on the plurality of high-resolution images by (i) identifying an anterior surface of one of the plurality of biologically-defined microlayers of the cornea, the anterior surface being a registration reference surface, (ii) comparing a plurality of image frames in the plurality of high-resolution images to the anterior surface, determining thickness data for each of the identified one or more of the plurality of biologically-defined micro-layers, from the segmentation of the plurality of high resolution images; developing, from the thickness data for each of the identified one or more of the plurality of biologically-defined micro-layers, a thickness map, the thickness map identifying differences in corneal thickness across the identified biologically-defined micro-layer, wherein the thickness map is correlated to a diagnosable condition of the cornea; and displaying the thickness map to provide an indication of the diagnosable condition, characterized in that the segmenting further comprises (iii) extracting frames that do not satisfy a registration condition, and (iv) for the remaining frames performing a summation and averaging process to produce a high-resolution composite image of the one of the plurality of biologically-defined micro-layers. (a) performing an image registration on the plurality of high-resolution images by (i) identifying an anterior surface of one of the plurality of biologically-defined microlayers of the cornea, the anterior surface being a registration reference surface, (ii) comparing a plurality of image frames in the plurality of high-resolution images to the anterior surface, determining thickness data for each of the identified one or more of the plurality of biologically-defined micro-layers, from the segmentation of the plurality of high resolution images; developing, from the thickness data for each of the identified one or more of the plurality of biologically-defined micro-layers, a thickness map, the thickness map identifying differences in corneal thickness across the identified biologically-defined micro-layer, wherein the thickness map is correlated to a diagnosable condition of the cornea; and displaying the thickness map to provide an indication of the diagnosable condition, characterized in that the segmenting further comprises (iii) extracting frames that do not satisfy a registration condition, and (iv) for the remaining frames performing a summation and averaging process to produce a high-resolution composite image of the one of the plurality of biologically-defined micro-layers.
Method for retracting and extending a support leg device for semi-trailers, with a secondary consumer system having compressed air and with at least one support leg (1,1') which can be telescoped by means of a lifting cylinder, having the steps a) for the extending of the support leg (1,1'): - supplying hydraulic fluid from a storage tank to the lifting cylinder via a hydraulic line on one side of the lifting cylinder in order to extend the support leg, the compressed air of the secondary consumer system being conducted into the storage tank in order to pressurise the hydraulic fluid; - shutting off the hydraulic fluid line when the extended supporting position has been reached; and b) for the retracting of the support leg (1,1'): - opening the hydraulic line; - supplying the compressed air to the lifting cylinder on the other side of the lifting cylinder in order to retract the support leg (1,1'), the hydraulic fluid flowing back into the storage tank, characterised in that for further lifting of the semitrailer with the support leg device, the hydraulic fluid is put under increased pressure by the compressed air in a pneumatic/hydraulic pressure intensifier. a) for the extending of the support leg (1,1'): - supplying hydraulic fluid from a storage tank to the lifting cylinder via a hydraulic line on one side of the lifting cylinder in order to extend the support leg, the compressed air of the secondary consumer system being conducted into the storage tank in order to pressurise the hydraulic fluid; - shutting off the hydraulic fluid line when the extended supporting position has been reached; and - supplying hydraulic fluid from a storage tank to the lifting cylinder via a hydraulic line on one side of the lifting cylinder in order to extend the support leg, the compressed air of the secondary consumer system being conducted into the storage tank in order to pressurise the hydraulic fluid; - shutting off the hydraulic fluid line when the extended supporting position has been reached; and b) for the retracting of the support leg (1,1'): - opening the hydraulic line; - supplying the compressed air to the lifting cylinder on the other side of the lifting cylinder in order to retract the support leg (1,1'), the hydraulic fluid flowing back into the storage tank, characterised in that for further lifting of the semitrailer with the support leg device, the hydraulic fluid is put under increased pressure by the compressed air in a pneumatic/hydraulic pressure intensifier. - opening the hydraulic line; - supplying the compressed air to the lifting cylinder on the other side of the lifting cylinder in order to retract the support leg (1,1'), the hydraulic fluid flowing back into the storage tank,
A setting tool with a separation apparatus for transferring lined up fasteners from the lined up state to the separated state, the separation apparatus comprises a lever and a guiding means with an outlet for the lined up fasteners, wherein the lever is pivotally mounted and arranged in front of the outlet of the guiding means, and the lever comprises at one end a first protrusion and a second protrusion, wherein the first and the second protrusions (3, 4) at said one end of the lever are arranged behind one another and laterally spaced apart by a distance and the first and second protrusions (3, 4) are arranged at the lever as such that in a first position of the lever a lined up fastener can be received by a receiving space in front of the guiding means and can be prevented from leaving the receiving space by the second protrusion; and that by the movement of the lever from the first position to a second position, the first protrusion is moved between the receiving space and the outlet of the guiding means and thereby the lined up fastener located within the receiving space is transferred from the lined up state to the separated state and the remaining fasteners lined up in the guiding means are retained characterized by that the lever has a stop surface along which a sliding block of a sliding motion link is guided along, in order to transfer the motion of the sliding motion link onto the lever, wherein the lever is moved from the first position to the second position and vice versa.
A hoop reinforcing device of restrictors inside at least two hydraulic supply standby systems of a journal bearing, comprising: - a frame for receiving said journal bearing, characterized in that the hoop reinforcing device comprises: - a syringe for introducing restrictors and - a torque pickoff spindle, and in that said frame comprises: - a cradle, - a guide plate perforated with at least two guide openings, inclined at the same angle as those of said standby systems of the bearing, so as to be located in the continuation of the latter when the bearing is in the frame, these guide openings being formed to receive said syringe or said torque pickoff spindle. - a frame for receiving said journal bearing, - a syringe for introducing restrictors and - a torque pickoff spindle, - a cradle, - a guide plate perforated with at least two guide openings, inclined at the same angle as those of said standby systems of the bearing, so as to be located in the continuation of the latter when the bearing is in the frame, these guide openings being formed to receive said syringe or said torque pickoff spindle.
Novel ligands of Formula I (Lx) for detection of Chromium in pure aqueous medium. wherein R 1 and R 2 are same or different and individually selected from the group consisting of H, linear or branched (C1-C6) alkyl, aryl or dansyl; R3 is same selected from group H, methyl; R4 is selected from H, (C1-C6) alkyl; where, R1 may form saturated or unsaturated carbocyclic (C4-C6) ring with R3 and similarly R2 may form saturated or unsaturated carbocyclic (C4-C6) ring with R4; and(......) line is optionally represents single bond. wherein R 1 and R 2 are same or different and individually selected from the group consisting of H, linear or branched (C1-C6) alkyl, aryl or dansyl; R3 is same selected from group H, methyl; R4 is selected from H, (C1-C6) alkyl; where, R1 may form saturated or unsaturated carbocyclic (C4-C6) ring with R3 and similarly R2 may form saturated or unsaturated carbocyclic (C4-C6) ring with R4; and(......) line is optionally represents single bond.