mhurhangee/patent-ind-claim-en huggingface dataset:
Mobile operating machine comprising a motor vehicle moved by an endothermic engine , an articulated arm associated with a concrete delivery pipe , a pumping unit suitable to pump concrete into said pipe and a stabilizing unit for stabilizing said operating machine during the pumping and delivery of said concrete, characterized in that said endothermic engine is provided with at least a first power take-off and a second power take-off , distinct from the first power take-off , which can be activated selectively with respect to each other, in that at least one hydraulic pump which drives said articulated arm and said stabilizing unit , an electric motor and an electric accumulator are connected to said first power take-off by means of a first drive axis (A1), and at least said pumping unit is connected to said second power take-off by means of a second drive axis (A2), distinct from said first drive axis (A1), and in that along said first power take-off there is a disengagement device which can be selectively activated to alternatively determine the drive of said hydraulic pump by means of said endothermic engine , or by means of said electric motor .
Glazing unit for an esthetically pleasing effect, comprising or consisting of at least one polymer , the polymer having a first structured surface to which a photonic structure is applied which is configured to reflect a first partial spectrum of incident electromagnetic radiation and to transmit a second partial spectrum of incident electromagnetic radiation, characterized in that the reflected proportion corresponds to a higher harmonic and is in the visible spectral range.
A method of detecting the presence or absence of tumor in a subject comprising: (i) obtaining a polynucleotide sample from the subject; (ii) adding a set of carrier nucleic acid molecules to the polynucleotide sample to generate a first sample; wherein the set of carrier nucleic acid molecules comprises: (a) at least one subset of unmethylated carrier nucleic acid molecules; and (b) at least one subset of methylated carrier nucleic acid molecules wherein at least one end of the carrier nucleic acid molecules is modified to prevent ligation, wherein the unmethylated carrier nucleic acid molecule does not comprise methylated nucleotides, and the methylated carrier nucleic acid molecule comprises one or more methylated nucleotides; (iii) partitioning the first sample into at least two partitioned sets using capturing agent that binds selectively to methylated polynucleotides, thereby generating a partitioned sample; (iv) processing at least a portion of the partitioned sample to generate processed sample, wherein the processing comprises at least one of the following: (a) tagging, (b) amplifying and (c) enriching molecules for specific regions of interest; (v) sequencing at least a portion of the processed sample to generate a set of sequencing reads; and (vi) analyzing at least a portion of the set of sequencing reads to detect the presence or absence of tumor. (i) obtaining a polynucleotide sample from the subject; (ii) adding a set of carrier nucleic acid molecules to the polynucleotide sample to generate a first sample; wherein the set of carrier nucleic acid molecules comprises: (a) at least one subset of unmethylated carrier nucleic acid molecules; and (b) at least one subset of methylated carrier nucleic acid molecules wherein at least one end of the carrier nucleic acid molecules is modified to prevent ligation, wherein the unmethylated carrier nucleic acid molecule does not comprise methylated nucleotides, and the methylated carrier nucleic acid molecule comprises one or more methylated nucleotides; (a) at least one subset of unmethylated carrier nucleic acid molecules; and (b) at least one subset of methylated carrier nucleic acid molecules (iii) partitioning the first sample into at least two partitioned sets using capturing agent that binds selectively to methylated polynucleotides, thereby generating a partitioned sample; (iv) processing at least a portion of the partitioned sample to generate processed sample, wherein the processing comprises at least one of the following: (a) tagging, (b) amplifying and (c) enriching molecules for specific regions of interest; (v) sequencing at least a portion of the processed sample to generate a set of sequencing reads; and (vi) analyzing at least a portion of the set of sequencing reads to detect the presence or absence of tumor.
A method of adjusting energy demand of at least one outdoor lighting network connected to a smart power grid , comprising: dimming first zone lighting units of said lighting network according to one of a plurality of first zone lighting unit dimming vectors (D 1 , D 2 , D 3 ,...) each corresponding to one of a plurality of first zone demand response levels (DR1, DR2, DR3,...), wherein said first zone lighting units are dimmed most at a highest of said first zone demand response levels and are dimmed least at a lowest of said first zone demand response levels; receiving (E1) a first zone demand response signal corresponding to one of said first zone demand response levels; transmitting (E2) a first zone dimming signal to cause dimming of said first zone lighting units in correspondence with said first zone demand response signal; wherein when said first zone demand response signal corresponds to said lowest of said first zone demand response levels a first security level to transmit and authenticate said first zone dimming signal is applied and wherein when said first zone demand response signal corresponds to said highest of said first zone demand response levels a second security level to transmit and authenticate said first zone dimming signal is applied; wherein said second security level is more secure than said first security level. dimming first zone lighting units of said lighting network according to one of a plurality of first zone lighting unit dimming vectors (D 1 , D 2 , D 3 ,...) each corresponding to one of a plurality of first zone demand response levels (DR1, DR2, DR3,...), wherein said first zone lighting units are dimmed most at a highest of said first zone demand response levels and are dimmed least at a lowest of said first zone demand response levels; receiving (E1) a first zone demand response signal corresponding to one of said first zone demand response levels; transmitting (E2) a first zone dimming signal to cause dimming of said first zone lighting units in correspondence with said first zone demand response signal; wherein when said first zone demand response signal corresponds to said lowest of said first zone demand response levels a first security level to transmit and authenticate said first zone dimming signal is applied and wherein when said first zone demand response signal corresponds to said highest of said first zone demand response levels a second security level to transmit and authenticate said first zone dimming signal is applied; wherein said second security level is more secure than said first security level.
A levelling device for levelling a piece of furniture (M), or parts of a piece of furniture, with respect to a supporting plane or floor (P), said piece of furniture (M) being composed of at least one horizontal element or base and at least one vertical element or shoulder which are firmly joined together, perpendicular to each other, with the lower or underlying surface (S) of said base which is substantially coplanar with the lower edge (B) of said shoulder and with the edge (B1) of said base which is abutted against the inner surface (S1) of said shoulder , said levelling device being adjustable from above by means of a manoeuvring tool which passes through a pass-through hole formed through said base , consisting of a plate fixable to said surface (S) of the base with a section or flap which extends beyond said edge (B1), so as to support said shoulder which rests on said section or flap , a sleeve or seat also extends integrally and downwardly from said plate , where it houses movably, backwards and forwards, an adjustable foot that can be manoeuvred by said tool , the inner end of the adjustable foot in its completely withdrawn position is substantially adjacent to the lower surface (S) of the base , characterized in that said seat has a first truncated-conical section extending from the plate which ends with a second internally threaded cylindrical section onto which the above-mentioned externally threaded foot is screwed or said seat consists of a single truncated-conical section extending from the plate , the end edge of said truncated-conical section is threaded, said foot being provided with a run-end stop of the thread. characterized in that said seat has a first truncated-conical section extending from the plate which ends with a second internally threaded cylindrical section onto which the above-mentioned externally threaded foot is screwed or said seat consists of a single truncated-conical section extending from the plate , the end edge of said truncated-conical section is threaded, said foot being provided with a run-end stop of the thread.
A method of induction welding a first thermoplastic composite (TPC) to a second thermoplastic composite (TPC) , the method comprising: inductively heating a weld interface area between the first TPC and the second TPC ; and cooling a surface of the first TPC opposite the weld interface area while inductively heating the weld interface area ; wherein the method further comprises flexing a heat sink during placement onto the surface of the first TPC opposite the weld interface area ; and wherein flexing the heat sink includes flexing a joint between a number of thermally conductive and electrically non-conductive tiles . inductively heating a weld interface area between the first TPC and the second TPC ; and cooling a surface of the first TPC opposite the weld interface area while inductively heating the weld interface area ; wherein the method further comprises flexing a heat sink during placement onto the surface of the first TPC opposite the weld interface area ; and wherein flexing the heat sink includes flexing a joint between a number of thermally conductive and electrically non-conductive tiles .
A method for transmitting a physical uplink control channel, PUCCH, in a wireless communication system, the method performed by a user equipment, UE , having a first antenna port and a second antenna port , and comprising: determining the number of antenna ports to be used for transmitting the PUCCH; determining one or more PUCCH resources based on the number of the antenna ports used for transmitting the PUCCH; selecting, by the UE, a transmit power offset among a plurality of transmit power offsets based on the number of the antenna ports used for transmitting the PUCCH and a PUCCH format to be used for transmitting the PUCCH; determining an uplink transmit power of the PUCCH based on the transmit power offset; and transmitting the PUCCH on the determined one or more PUCCH resources at the determined uplink transmit power, wherein the plurality of transmit power offsets include pre-defined and higher layer signaled transmit power offsets. determining the number of antenna ports to be used for transmitting the PUCCH; determining one or more PUCCH resources based on the number of the antenna ports used for transmitting the PUCCH; selecting, by the UE, a transmit power offset among a plurality of transmit power offsets based on the number of the antenna ports used for transmitting the PUCCH and a PUCCH format to be used for transmitting the PUCCH; determining an uplink transmit power of the PUCCH based on the transmit power offset; and transmitting the PUCCH on the determined one or more PUCCH resources at the determined uplink transmit power, wherein the plurality of transmit power offsets include pre-defined and higher layer signaled transmit power offsets.
An access and mobility management policy association termination method for a system comprising a first access and mobility management function, AMF, a second AMF, a first policy control function, PCF, and a second PCF, wherein the method comprises: sending, by the first AMF, first PCF identifier information of the first PCF to the second AMF; receiving, by the first AMF from the second AMF, first indication information, wherein the first indication information is used to indicate that the first PCF is different from the second PCF; determining, by the first AMF, according to the first indication information, whether the second PCF is the same as the first PCF; when the first PCF is different from the second PCF, sending, by the first AMF, first deletion request information to the first PCF, wherein the first deletion request information is used to request the first PCF to delete an access and mobility, AM, policy association between the first PCF and the first AMF for a terminal device; and deleting, by the first AMF, AM policy control information for the terminal device, wherein the second AMF is an AMF that currently serves the terminal device, the first AMF is an AMF that serves the terminal device before the second AMF serves the terminal device, the second PCF is a PCF that currently serves the terminal device, and the first PCF is a PCF that serves the terminal device before the second PCF serves the terminal device. sending, by the first AMF, first PCF identifier information of the first PCF to the second AMF; receiving, by the first AMF from the second AMF, first indication information, wherein the first indication information is used to indicate that the first PCF is different from the second PCF; determining, by the first AMF, according to the first indication information, whether the second PCF is the same as the first PCF; when the first PCF is different from the second PCF, sending, by the first AMF, first deletion request information to the first PCF, wherein the first deletion request information is used to request the first PCF to delete an access and mobility, AM, policy association between the first PCF and the first AMF for a terminal device; and deleting, by the first AMF, AM policy control information for the terminal device, wherein the second AMF is an AMF that currently serves the terminal device, the first AMF is an AMF that serves the terminal device before the second AMF serves the terminal device, the second PCF is a PCF that currently serves the terminal device, and the first PCF is a PCF that serves the terminal device before the second PCF serves the terminal device.
A method for obtaining feature binding data, comprising: obtaining a microarray, said microarray comprising at least 100,000 features per square centimeter, wherein the surface of said microarray comprises silicon dioxide, and wherein the features are attached to the surface using ultraviolet light and a photoactive coupling formulation, wherein said photoactive coupling formulation comprises a water-soluble photoactive compound, a coupling molecule, a coupling reagent, a polymer, and a solvent; contacting said microarray with a sample comprising a plurality of ligands for at least a subset of said 100,000 features per square centimeter under conditions that promote ligand binding; and imaging said microarray to identify binding of said plurality of ligands to said features of said microarray. obtaining a microarray, said microarray comprising at least 100,000 features per square centimeter, wherein the surface of said microarray comprises silicon dioxide, and wherein the features are attached to the surface using ultraviolet light and a photoactive coupling formulation, wherein said photoactive coupling formulation comprises a water-soluble photoactive compound, a coupling molecule, a coupling reagent, a polymer, and a solvent; contacting said microarray with a sample comprising a plurality of ligands for at least a subset of said 100,000 features per square centimeter under conditions that promote ligand binding; and imaging said microarray to identify binding of said plurality of ligands to said features of said microarray.
An end of arm tool comprising: a rotating plate with a first slot; a non-rotating plate with a second slot coupled to the rotating plate , an end effector inserted through the first slot with a clearance to move the end effector within the first slot, the end effector having a first end proximal to the rotating plate and a second end distal from the rotating plate , wherein the second end comprises a suction cup ; wherein a portion of the end effector is inserted through the second slot, and wherein the first slot partially overlaps with the second slot; wherein the first slot is an angular slot and the second slot is a linear slot or vice-versa, the linear slot defining a range of radial positions relative to an axis of rotation of the rotating plate; a support plate positioned between the rotating plate and the suction cup , wherein the support plate comprises an aperture configured to receive a portion of the end effector , wherein the support plate aperture acts as a fulcrum point for the end effector ; wherein the rotating plate is adjusted to move the end effector within the linear slot to change a radial position, at the linear slot, of the end effector relative to the axis of rotation of the rotating plate, to orientate the end effector , along a line from the first end to the second end thereof, at one of a plurality of different angles relative to a plane of the rotating plate . a rotating plate with a first slot; a non-rotating plate with a second slot coupled to the rotating plate , an end effector inserted through the first slot with a clearance to move the end effector within the first slot, the end effector having a first end proximal to the rotating plate and a second end distal from the rotating plate , wherein the second end comprises a suction cup ; wherein a portion of the end effector is inserted through the second slot, and wherein the first slot partially overlaps with the second slot; wherein the first slot is an angular slot and the second slot is a linear slot or vice-versa, the linear slot defining a range of radial positions relative to an axis of rotation of the rotating plate; a support plate positioned between the rotating plate and the suction cup , wherein the support plate comprises an aperture configured to receive a portion of the end effector , wherein the support plate aperture acts as a fulcrum point for the end effector ; wherein the rotating plate is adjusted to move the end effector within the linear slot to change a radial position, at the linear slot, of the end effector relative to the axis of rotation of the rotating plate, to orientate the end effector , along a line from the first end to the second end thereof, at one of a plurality of different angles relative to a plane of the rotating plate .
A thermostatic mixer tap having a water opening control located on the side of the hot water inlet and a temperature adjustment control located on the side of the cold water inlet , said mixer tap including a mixed water outlet located on the side of the cold water inlet , the mechanism of this mixer tap comprising a head body screwed into the body of the mixer tap , said head body extending by a tube that passes through a ring located at the mixed water outlet , said tube terminating in a sleeve that brings the hot water from the hot water inlet , a shuttle receiving a wax capsule being mounted sliding inside the tube , characterized in that the tube receives a stopper that is also located in the sleeve , a flat hot water inlet seat being located in the stopper and a flat cold water inlet seat being located in the tube secured to the head body , said shuttle bearing the hot water and cold water valves cooperating with said respective flat hot water inlet seat and flat cold water inlet seat , and in that the tube has, at the inlet of its inner part on the stopper side, a first bore dimensioned so as to allow the cold water valve to pass freely, then a second, smaller bore , the bottom of the first bore forming a shoulder that is the flat cold water inlet seat of the mixer opposite the cold water valve , one or several radial slits being arranged in said tube at said cold water inlet seat .
A device for detecting water leaks in pipelines, the device having neutral buoyancy and comprising: a spherical casing obtained from two sealed semi-casings (1-1'); at least one hydrophone as a receiver of acoustic signals within a pipeline , the hydrophone being located within the spherical casing and is connected to a signal processor within the casing, which signal processor comprises a memory card for storage of audio information corresponding to the acoustic signals received by the hydrophone , the signal processor having a clock module configured to record in the memory card a sailing time elapsed for each acoustic signal received by the hydrophone ; characterized in that the spherical casing includes a plurality of external and spaced peripheral grooves, and a plurality of gaskets received in the peripheral grooves, and wherein the gaskets have an adhesive texture that facilitate rolling in the event of a possible jam. a spherical casing obtained from two sealed semi-casings (1-1'); at least one hydrophone as a receiver of acoustic signals within a pipeline , the hydrophone being located within the spherical casing and is connected to a signal processor within the casing, which signal processor comprises a memory card for storage of audio information corresponding to the acoustic signals received by the hydrophone , the signal processor having a clock module configured to record in the memory card a sailing time elapsed for each acoustic signal received by the hydrophone ; characterized in that the spherical casing includes a plurality of external and spaced peripheral grooves, and a plurality of gaskets received in the peripheral grooves, and wherein the gaskets have an adhesive texture that facilitate rolling in the event of a possible jam.
A composite table top consisting of a face plate with an outer surface and an inner surface; and a bottom plate with array-like projections arranged in an x-axis direction and an y-axis direction, on the projections contacting and attaching to the inner surface of the face plate ; and a reinforcing frame disposed between the face plate and the bottom plate , wherein the face plate is a plate with a first flange extending towards the bottom plate on outer peripheral edges, the external peripheries of the bottom plate have a second flange extending towards the face plate , and the second flange of the bottom plate mates the first flange of the face plate vertically, wherein an annular cavity is formed at a surrounding edge of the face plate and the bottom plate , and wherein the reinforcing frame is supported in the annular cavity, and wherein the total area of the projections of the bottom plate is 30%-70% of the total area of the bottom plate. a face plate with an outer surface and an inner surface; and a bottom plate with array-like projections arranged in an x-axis direction and an y-axis direction, on the projections contacting and attaching to the inner surface of the face plate ; and a reinforcing frame disposed between the face plate and the bottom plate , wherein the face plate is a plate with a first flange extending towards the bottom plate on outer peripheral edges, the external peripheries of the bottom plate have a second flange extending towards the face plate , and the second flange of the bottom plate mates the first flange of the face plate vertically, wherein an annular cavity is formed at a surrounding edge of the face plate and the bottom plate , and wherein the reinforcing frame is supported in the annular cavity, and wherein the total area of the projections of the bottom plate is 30%-70% of the total area of the bottom plate.