mhurhangee/ep-ind-claims huggingface dataset:
A process for controlling a consumer device based upon information relating to characteristics of a power source; said process comprising the steps of: a. receiving a power signal at a power transceiver; b. embedding, at the power transceiver, a signature of the power source into the power signal using a modulator to form a combined signal, wherein the modulator uses OFDM injection on several non-overlapping narrow-band channels, wherein embedding the signature of the power source comprises demultiplexing a signal from a signal generator into multiple subsequences, and wherein the modulator modulates and individually protects with error control coding each subsequence to a distinct frequency-based sub-channel of the power signal; c. transmitting, by the power transceiver, the combined power signal in-band to the consumer device; d. transmitting, by the power transceiver, the signature and additional information out-of-band to a server having records; e. storing, by the server, the signature and the additional information in the records; f. demodulating, by the consumer device, the combined signal to determine the signature; g. sending the power from the power source to a power supply coupled to the consumer device; h. generating, by the consumer device, a query based on the signature; i. sending the query out-of-band from the consumer device to the server to request the server lookup information in the records; and j. responding, by the server, to the query by sending the additional information to the consumer device. a. receiving a power signal at a power transceiver; b. embedding, at the power transceiver, a signature of the power source into the power signal using a modulator to form a combined signal, wherein the modulator uses OFDM injection on several non-overlapping narrow-band channels, wherein embedding the signature of the power source comprises demultiplexing a signal from a signal generator into multiple subsequences, and wherein the modulator modulates and individually protects with error control coding each subsequence to a distinct frequency-based sub-channel of the power signal; c. transmitting, by the power transceiver, the combined power signal in-band to the consumer device; d. transmitting, by the power transceiver, the signature and additional information out-of-band to a server having records; e. storing, by the server, the signature and the additional information in the records; f. demodulating, by the consumer device, the combined signal to determine the signature; g. sending the power from the power source to a power supply coupled to the consumer device; h. generating, by the consumer device, a query based on the signature; i. sending the query out-of-band from the consumer device to the server to request the server lookup information in the records; and j. responding, by the server, to the query by sending the additional information to the consumer device.
A method for generating a polyethylene polymer, comprising reacting at least ethylene with a catalyst system comprising a catalyst formed by reacting a metal compound with a ligand, wherein the ligand is formed by: reacting a phenol group on a precursor compound with dihydropyran to form a protected phenol precursor; quenching the reaction with a strong base within less than 60 seconds; performing an additional reaction with the protected phenol precursor and a reagent to form a ligand precursor compound, wherein the reagent would attack an unprotected phenol group; and deprotecting the phenol on the ligand precursor compound to form the ligand. reacting a phenol group on a precursor compound with dihydropyran to form a protected phenol precursor; quenching the reaction with a strong base within less than 60 seconds; performing an additional reaction with the protected phenol precursor and a reagent to form a ligand precursor compound, wherein the reagent would attack an unprotected phenol group; and deprotecting the phenol on the ligand precursor compound to form the ligand.
A computer-implemented allelotyping method comprising: receiving a first text-based computer file including one or more records, each of the one or more records comprising nucleotide sequence data generated by a read of a massively parallel sequencing instrument; determining, for each of the one or more records of the first text-based file, whether a portion of the nucleotide sequence data of the record represents a short tandem repeat, STR, associated with a locus using a text string matching procedure to identify whether another portion of the nucleotide sequence data of the record represents either a known flanking sequence associated with the locus or a primer sequence used to amplify the locus; placing each portion of the nucleotide sequence data determined to represent an STR associated with a locus into one of a number of locus-specific lists based upon the associated locus, such that each of the locus-specific lists contains only nucleotide sequence data determined to represent short tandem repeats associated with the same locus; determining, for each of the locus-specific lists, a number of occurrences within the locus-specific list of identical nucleotide sequence data representing a unique STR; and generating a second text-based computer file including one or more records, each of the one or more records corresponding to a unique STR for which the number of occurrences of identical nucleotide sequence data representing the unique STR exceeded an abundance threshold. receiving a first text-based computer file including one or more records, each of the one or more records comprising nucleotide sequence data generated by a read of a massively parallel sequencing instrument; determining, for each of the one or more records of the first text-based file, whether a portion of the nucleotide sequence data of the record represents a short tandem repeat, STR, associated with a locus using a text string matching procedure to identify whether another portion of the nucleotide sequence data of the record represents either a known flanking sequence associated with the locus or a primer sequence used to amplify the locus; placing each portion of the nucleotide sequence data determined to represent an STR associated with a locus into one of a number of locus-specific lists based upon the associated locus, such that each of the locus-specific lists contains only nucleotide sequence data determined to represent short tandem repeats associated with the same locus; determining, for each of the locus-specific lists, a number of occurrences within the locus-specific list of identical nucleotide sequence data representing a unique STR; and generating a second text-based computer file including one or more records, each of the one or more records corresponding to a unique STR for which the number of occurrences of identical nucleotide sequence data representing the unique STR exceeded an abundance threshold.
A heat storage tank adapted to be disposable around a compressor comprising: an upwardly open tank body made of a resin and having a side wall and a bottom wall, wherein a part of the side wall being adapted for confronting the compressor is a heat-transfer side wall having a surface involved in heat transfer, a lid made of a resin for closing an upper opening of the upwardly open tank body, a packing interposed between the upwardly open tank body and the lid, a heat storage material filled in an internal space of the upwardly open tank body encircled by the side wall and a contact member, such that the contact member is inserted between an outer surface of the compressor and the heat-transfer side wall, and a heat storage heat exchanger, characterized in that the heat storage tank has a bottom portion in contact with the heat storage material, the bottom portion having a horizontal cross-sectional area smaller than that of the heat storage tank in the vicinity of a liquid surface of the heat storage material, wherein at least a part of the heat storage tank at a first level where the heat storage heat exchanger is not present has a horizontal cross-sectional area smaller than a horizontal cross-sectional area of the heat storage tank at a second level where the heat storage heat exchanger is present. an upwardly open tank body made of a resin and having a side wall and a bottom wall, wherein a part of the side wall being adapted for confronting the compressor is a heat-transfer side wall having a surface involved in heat transfer, a lid made of a resin for closing an upper opening of the upwardly open tank body, a packing interposed between the upwardly open tank body and the lid, a heat storage material filled in an internal space of the upwardly open tank body encircled by the side wall and a contact member, such that the contact member is inserted between an outer surface of the compressor and the heat-transfer side wall, and a heat storage heat exchanger, characterized in that the heat storage tank has a bottom portion in contact with the heat storage material, the bottom portion having a horizontal cross-sectional area smaller than that of the heat storage tank in the vicinity of a liquid surface of the heat storage material, wherein at least a part of the heat storage tank at a first level where the heat storage heat exchanger is not present has a horizontal cross-sectional area smaller than a horizontal cross-sectional area of the heat storage tank at a second level where the heat storage heat exchanger is present.
A drinkable water well structure, comprising a structural tube defining a lateral wall of a well; and a submersible pump, positioned at a lower end of the tube and connected to a delivery conduit; the structure comprising a support device that supports the pump and connects mechanically and in a fluid-tight manner the pump to an inner lateral surface of the tube, in such a way that the tube performs both a structural function, since the tube defines the lateral wall of the well, and a function of channelling the water drawn by the pump, since the tube also defines the delivery conduit of the pump; the support device comprising a mounting flange on which the pump is mounted and which is connected mechanically and in a fluid-tight manner to the inner lateral surface of the tube, so as to support the pump in the tube; the structure being characterized by comprising an upper casing, positioned at an upper end of the tube and fixed to the tube via a flanged coupling, formed by a pair of flanges fixed to the tube and casing, so as to close the upper end of the tube and provided with a fitting connected to an outlet tubing through which the water drawn from the well is delivered to a user; and in that the mounting flange is attached to a suspension element, for example a chain or cable or other similar element, which is fixed, at the upper end of the tube, to a releasable locking device so as to ensure support of the flange and the pump in use; the support device comprising furthermore a support element, substantially ring-shaped and fixed to the inner lateral surface of the tube, which support element comprising a radially inner ring which extends from the inner lateral surface of the tube and is welded to a lateral wall of the tube and has a central through opening and an upper face, facing towards the upper end of the tube, substantially flat; the mounting flange resting on the ring; an axial sealing gasket being positioned between a lower face of the mounting flange and the upper face of the ring.
A cell culture device used to culture cells, comprising: a top layer, having at least an inlet hole and at least an outlet hole, the inlet hole is used to input a flow body into the cell culture device, the outlet hole is used to output the flow body from the cell culture device; a diffusion layer, having at least a flow channel, the flow channel corresponds to the inlet hole and the outlet hole, and is used to guide the flow body; and a suspension layer, having a plurality of suspension units, the suspension units correspond to the flow channel, the flow body flows into the suspension units through the flow channel, and is suspended under the suspension units, so that the cells are cultured in the flow body under the suspension units respectively, wherein, each of the suspension units is provided with a suspension hole and a protrusion structure, the suspension hole runs through the suspension layer, and having an upper hole and a lower hole, a diameter of the upper hole is less than a diameter of the lower hole, the flow body flows into the suspension hole from the upper hole, the protrusion structure is extended and disposed below the lower hole, so that the flow body is suspended under the suspension units along the protrusion structure. a top layer, having at least an inlet hole and at least an outlet hole, the inlet hole is used to input a flow body into the cell culture device, the outlet hole is used to output the flow body from the cell culture device; a diffusion layer, having at least a flow channel, the flow channel corresponds to the inlet hole and the outlet hole, and is used to guide the flow body; and a suspension layer, having a plurality of suspension units, the suspension units correspond to the flow channel, the flow body flows into the suspension units through the flow channel, and is suspended under the suspension units, so that the cells are cultured in the flow body under the suspension units respectively, wherein, each of the suspension units is provided with a suspension hole and a protrusion structure, the suspension hole runs through the suspension layer, and having an upper hole and a lower hole, a diameter of the upper hole is less than a diameter of the lower hole, the flow body flows into the suspension hole from the upper hole, the protrusion structure is extended and disposed below the lower hole, so that the flow body is suspended under the suspension units along the protrusion structure.
A composition comprising: i) a C 2 -C 12 polyalphaolefin; and ii) a functionalized propylene-based elastomer comprising from about 4 to about 25 wt% units derived from one or more C 2 or C 4 -C 12 alpha-olefins; a triad tacticity greater than about 90%; a heat of fusion less than about 75 J/g; and a plurality of oxygen containing functional groups selected from carboxylic acids, anhydrides, ketones, carbonates, esters, ethers, lactones, and combinations thereof. i) a C 2 -C 12 polyalphaolefin; and ii) a functionalized propylene-based elastomer comprising from about 4 to about 25 wt% units derived from one or more C 2 or C 4 -C 12 alpha-olefins; a triad tacticity greater than about 90%; a heat of fusion less than about 75 J/g; and a plurality of oxygen containing functional groups selected from carboxylic acids, anhydrides, ketones, carbonates, esters, ethers, lactones, and combinations thereof.
An indicator composition comprising: a) a first polymeric particle comprising a solid continuous polymeric phase, multiple discrete compartments dispersed within the solid continuous polymeric phase, and a first reactant, the first polymeric particle having a mode particle size equal to or less than 50 μm; and b) a second reactant outside of the first polymeric particle, which second reactant is capable of reacting with the first reactant when exposed to an environmental condition stimulus. a) a first polymeric particle comprising a solid continuous polymeric phase, multiple discrete compartments dispersed within the solid continuous polymeric phase, and a first reactant, the first polymeric particle having a mode particle size equal to or less than 50 μm; and b) a second reactant outside of the first polymeric particle, which second reactant is capable of reacting with the first reactant when exposed to an environmental condition stimulus.
A retrieval apparatus for entrapping and retaining an object located in a body for its extraction therefrom, the apparatus comprising a retrieval snare (11, 121) formed by a plurality of filaments defining a proximal section and a distal section interconnected to each other; wherein the snare is changeable between its deployed state and contracted state; the filaments extend from a proximal end of the proximal section towards the distal section, and then return to the proximal end to form a plurality of filament loops (14, 140, 24); the filament loops (14, 140, 24) being arranged radially outward and away from each other in the deployed state, while in the contracted state, only the distal ends of the filament loops (14, 140, 24) approach each other and come together; the filaments forming sides of at least a part of the filament loops (14, 140, 24) are bent at least one time to form a sequence of straight wire segments angled with respect to each other within the proximal and distal sections, and arcuate into arcs at a distal end of the distal section characterized in that the loops cross each other between the proximal end of proximal section and the distal ends of the filament loops (14, 140, 24) without permanent links the snare is changeable between its deployed state and contracted state; the filaments extend from a proximal end of the proximal section towards the distal section, and then return to the proximal end to form a plurality of filament loops (14, 140, 24); the filament loops (14, 140, 24) being arranged radially outward and away from each other in the deployed state, while in the contracted state, only the distal ends of the filament loops (14, 140, 24) approach each other and come together; the filaments forming sides of at least a part of the filament loops (14, 140, 24) are bent at least one time to form a sequence of straight wire segments angled with respect to each other within the proximal and distal sections, and arcuate into arcs at a distal end of the distal section characterized in that the loops cross each other between the proximal end of proximal section and the distal ends of the filament loops (14, 140, 24) without permanent links
Fan impeller, comprising a base body with an axis of rotation, wherein the fan impeller has a rotor of a generator, wherein the rotor is fixed to the base body of the fan impeller, wherein at least one magnet is arranged at the rotor, characterised in that an inertia ring is fixed to the base body of the fan impeller at a distance (d) from the at least one magnet, and in that the density of the material of the inertia ring is greater than the density of the material of the base body of the fan impeller.
A paste composition for use in treating a wound, the composition comprising a salt of a water-soluble chitosan polymer or derivative thereof in which one or more hydroxyl or amine groups of the polymer have been modified to alter the solubility or tissue adhesive characteristics of the derivative, the salt of the water-soluble chitosan polymer or derivative thereof being dissolved in a phosphate-containing solution, wherein the composition is an opaque paste at 20 to 25°C that is ready-to-use, storage-stable, contains from 5 wt.% to 20 wt.% of the salt of the water-soluble chitosan polymer or derivative thereof based on the total paste weight, and has a pH of at least 4, a viscosity of 1 to 15 Pa.s. measured according to ASTM F2103-11, Part 5, and a residence time of at least 1 day during which the paste or a portion thereof remains in place in vivo under gross observation.
A cableway with two end stations between which at least one cable car can be moved on at least one conveyor cable and with at least one cableway support arranged between the end stations for guiding the at least one conveyor cable, wherein the cableway support extends in the longitudinal direction of the conveyor cable over a cableway support length between two opposing support ends, wherein in the area of a first support end an entry area is provided for the entry of the cable car into the cableway support and in the area of the second support end an exit area is provided for the exit of the cable car from the cableway support, characterized in that a detection device with at least one evaluation unit and with at least two sensors connected to the evaluation unit is provided on at least one cableway support, wherein a first sensor is arranged in the entry area of the cableway support to detect the presence of a cable car in a detection area of the first sensor, and a second sensor is arranged in the exit area of the cableway support to detect the presence of a cable car in a detection area of the second sensor, wherein the detection device is configured to determine a number (i) of cable cars between the first sensor and the second sensor and to generate a fault signal if the determined number (i) exceeds a predetermined maximum number (i max).
Resonator for a timepiece comprising a support structure (2, 4) intended to permit mounting of the resonator in a timepiece, a first and a second balance (6, 8) which are arranged to oscillate in the same plane, at least one first elastic element (12a, 12b) arranged to connect the first balance to the support structure, at least one second elastic element (14a, 14b; 14a', 14b'; 14a", 14b") arranged to connect the second balance to the support structure, the configuration of the elastic elements determining two parallel geometrical elastic pivoting axes (X', X") for the two balances, and the elastic elements forming elastic return means arranged to angularly return each of the balances towards a rest position, characterised - in that it further comprises a strap (16; 116, 118) arranged to couple the first and the second balance (6, 8), the strap being attached to the first and to the second balance, in that the points (16a, 16b) joining the strap respectively to the first and the second balance are located in the same plane parallel to the plane of oscillation of the balances, and in that, when the balances are in their rest position, on the one hand, said joining points are symmetrical with respect to a centre of symmetry located half way between the two geometrical pivoting axes, and on the other hand, a radius connecting the centre of symmetry to the point (16a, 16b) of joining to the first or the second balance, parallel to the plane of oscillation, forms an angle (a) of at least 30° with the plane containing the first and the second geometrical pivoting axis (X', X"). - in that it further comprises a strap (16; 116, 118) arranged to couple the first and the second balance (6, 8), the strap being attached to the first and to the second balance, in that the points (16a, 16b) joining the strap respectively to the first and the second balance are located in the same plane parallel to the plane of oscillation of the balances, and in that, when the balances are in their rest position, on the one hand, said joining points are symmetrical with respect to a centre of symmetry located half way between the two geometrical pivoting axes, and on the other hand, a radius connecting the centre of symmetry to the point (16a, 16b) of joining to the first or the second balance, parallel to the plane of oscillation, forms an angle (a) of at least 30° with the plane containing the first and the second geometrical pivoting axis (X', X").