mhurhangee/patent-ind-claim-en huggingface dataset:
A process for preparing complexes of the 68 Ga radioisotope, wherein the complexation reaction between a chelator-functionalised molecule and 68 Ga occurs in the presence of a neutralising agent, ascorbic acid and/or salts thereof, a salt of Ga 3+ and/or curcumin or a derivative thereof, wherein said neutralising agent is selected from an alkaline or alkaline-earth salt of formic acid or ascorbic acid and said derivative of curcumin is selected from diacetyl-curcumin (DAC) or bis(dehydroxy)curcumin (bDHC), wherein the process comprises a first step in which an eluate containing 68 Ga is obtained by eluting a 68 Ge/ 68 Ga generator with a solution of an inorganic acid and the eluate is added directly, without purification, to a mixture comprising the chelator-functionalised molecule, the neutralising agent, ascorbic acid and/or a salt thereof, the salt of Ga 3+ and/or curcumin or a derivative thereof.
1,1, 1,3,3,3-hexafluoropropan-2-yl 4-(2-(pyrrolidin-1-yl)-4 (trifluoromethyl)benzyl)piperazine-1-carboxylate, or a pharmaceutically acceptable salt thereof, for use in therapy.
A hydrocarbon mixture in which: a. the percentage of molecules with even carbon number is ≥ 80% according to FIMS; b. the BP/BI ≥ -0.6037 (Internal alkyl branching per molecule) + 2.0 c. on average there are 0.3 to 1.5 5+ methyl per molecule; wherein the mixture further has a Noack volatility and Cold Crank Simulated viscosity at -35 °C relationship where Noack volatility is between 2750 (CCS at -35 °C) (-0.8) ± 2, wherein BP, BI, Internal alkyl branching per molecule, 5+ methyl per molecule, Noack volatility and Cold Crank Simulated viscosity at -35 °C is measured as described in the description. a. the percentage of molecules with even carbon number is ≥ 80% according to FIMS; b. the BP/BI ≥ -0.6037 (Internal alkyl branching per molecule) + 2.0 c. on average there are 0.3 to 1.5 5+ methyl per molecule; wherein the mixture further has a Noack volatility and Cold Crank Simulated viscosity at -35 °C relationship where Noack volatility is between 2750 (CCS at -35 °C) (-0.8) ± 2, wherein BP, BI, Internal alkyl branching per molecule, 5+ methyl per molecule, Noack volatility and Cold Crank Simulated viscosity at -35 °C is measured as described in the description.
A method of manufacture of a package, comprising: providing a substrate having a contact surface and a notch extending into the substrate around the contact surface , wherein the notch has an inner edge adjacent to the contact surface; providing a mold having a protection flange , wherein the mold is shaped to form package walls , wherein the package walls have an inner surface extending into the notch , wherein and the inner surface is at an angle of 25° to 90° to the contact surface , and wherein the inner edge of the notch and the contact surface being spaced from the inner surface ; placing the substrate in the mold with the protection flange extending into the notch ; and filling the mold with molding compound, the protection flange impeding the flow of the molding compound to the contact surface . providing a substrate having a contact surface and a notch extending into the substrate around the contact surface , wherein the notch has an inner edge adjacent to the contact surface; providing a mold having a protection flange , wherein the mold is shaped to form package walls , wherein the package walls have an inner surface extending into the notch , wherein and the inner surface is at an angle of 25° to 90° to the contact surface , and wherein the inner edge of the notch and the contact surface being spaced from the inner surface ; placing the substrate in the mold with the protection flange extending into the notch ; and filling the mold with molding compound, the protection flange impeding the flow of the molding compound to the contact surface .
Method for the forming processing of a plate-like substrate suitable as a carrier substrate for an optical functional component, in the context of which a processing surface of the substrate is, by local laser modification, provided with tensile stress regions in order to cause a deformation of the substrate , the laser modification being effected by exposure of the processing surface to pulsed laser radiation having a thermal penetration depth of between 10 nm and 10 μm, characterized by the steps of: - determining the actual curvature of the functional surface of the substrate opposite the processing surface , - calculating the curvature difference between the determined actual curvature and a specified target curvature of the functional surface , - virtually dividing the processing surface and the functional surface into a plurality of corresponding surface cells and assigning a curvature difference value to each surface cell of the processing surface , the curvature difference value corresponding in each case to the value of the mean curvature difference in the corresponding surface cell of the functional surface , - for each surface cell of the processing surface : ▪ Determining the laser energy as irradiation energy (E ij ) whose input into the surface cell is suitable for achieving a deformation corresponding to the assigned curvature difference value, and ▪ Irradiating the surface cell with this irradiation energy (E ij ). - determining the actual curvature of the functional surface of the substrate opposite the processing surface , - calculating the curvature difference between the determined actual curvature and a specified target curvature of the functional surface , - virtually dividing the processing surface and the functional surface into a plurality of corresponding surface cells and assigning a curvature difference value to each surface cell of the processing surface , the curvature difference value corresponding in each case to the value of the mean curvature difference in the corresponding surface cell of the functional surface , - for each surface cell of the processing surface : ▪ Determining the laser energy as irradiation energy (E ij ) whose input into the surface cell is suitable for achieving a deformation corresponding to the assigned curvature difference value, and ▪ Irradiating the surface cell with this irradiation energy (E ij ). ▪ Determining the laser energy as irradiation energy (E ij ) whose input into the surface cell is suitable for achieving a deformation corresponding to the assigned curvature difference value, and ▪ Irradiating the surface cell with this irradiation energy (E ij ).
A method of operation for an autonomous grounds maintenance machine comprising: determining a travel path for the machine to reach a destination waypoint in a work region ; characterized by : analyzing whether the travel path will traverse a problem area based on a predetermined terrain map , the analysis indicating a risk of the machine becoming stuck in the problem area due to at least one of: a grade in the problem area , and an obstacle in the problem area causing the machine to be stuck, the obstacle not detectable by an obstacle detection sensor of the machine; determining planned rotations of the machine along the travel path based on the predetermined terrain map to traverse the problem area , the planned rotations reducing the risk of the machine becoming stuck by causing at least one of: providing more traction to the machine in the problem area, and avoiding the obstacle in the problem area; and commanding the machine to propel along the travel path based on the planned rotations. determining a travel path for the machine to reach a destination waypoint in a work region ; characterized by : analyzing whether the travel path will traverse a problem area based on a predetermined terrain map , the analysis indicating a risk of the machine becoming stuck in the problem area due to at least one of: a grade in the problem area , and an obstacle in the problem area causing the machine to be stuck, the obstacle not detectable by an obstacle detection sensor of the machine; determining planned rotations of the machine along the travel path based on the predetermined terrain map to traverse the problem area , the planned rotations reducing the risk of the machine becoming stuck by causing at least one of: providing more traction to the machine in the problem area, and avoiding the obstacle in the problem area; and commanding the machine to propel along the travel path based on the planned rotations. analyzing whether the travel path will traverse a problem area based on a predetermined terrain map , the analysis indicating a risk of the machine becoming stuck in the problem area due to at least one of: a grade in the problem area , and an obstacle in the problem area causing the machine to be stuck, the obstacle not detectable by an obstacle detection sensor of the machine; determining planned rotations of the machine along the travel path based on the predetermined terrain map to traverse the problem area , the planned rotations reducing the risk of the machine becoming stuck by causing at least one of: providing more traction to the machine in the problem area, and avoiding the obstacle in the problem area; and commanding the machine to propel along the travel path based on the planned rotations.
Jigsaw blade or reciprocating saw blade for a power tool, in particular for a hand-held power tool, having two lateral surfaces, having a blade body which has a cutting edge with cutting teeth and has an opposite lateral edge, and also having a fixing shank , formed in one piece with the blade body , for fixing to the power tool, wherein at least one impression has been introduced into the blade body and/or into the fixing shank , characterized in that a plurality of impressions have been introduced in the transition region between the blade body and the fixing shank , wherein all the impressions have been introduced into the same lateral surface of the jigsaw blade or reciprocating saw blade and the impressions are arranged at a distance from one another and at a distance from the lateral edge of the saw blade, with the result that the strength in the transition region is increased.
A printing assembly , comprising: a support structure and a carriage , the carriage including a base portion, and an opening disposed through the base portion; a printhead having a retaining portion and a nozzle, the retaining portion having an upper surface on an opposite end of the printhead from the nozzle; the printhead disposed through the opening of the base portion of the carriage and being secured to the base portion of the carriage such that the upper surface of the retaining portion and the nozzle are on opposite sides of the base portion; the support structure including a set of rods , each rod of the set of rods including a through hole ; the carriage including a set of sleeves , each sleeve of the set of sleeves including a through hole ; each rod of the set of rods being disposed in a corresponding through hole of the set of sleeves ; the carriage being able to translate from an extended position to a retracted position, the upper surface of the retaining portion being located closer to the support structure in the retracted position than in the extended position; a spring being located within each through hole of the set of sleeves , the spring biasing the carriage to the extended position; and a fastener disposed through each of the set of rods and through each of the set of sleeves , each fastener securing the support structure to the carriage ; wherein the support structure deflects from the extended position toward the retracted position when the nozzle experiences a force sufficient to compress the spring . a support structure and a carriage , the carriage including a base portion, and an opening disposed through the base portion; a printhead having a retaining portion and a nozzle, the retaining portion having an upper surface on an opposite end of the printhead from the nozzle; the printhead disposed through the opening of the base portion of the carriage and being secured to the base portion of the carriage such that the upper surface of the retaining portion and the nozzle are on opposite sides of the base portion; the support structure including a set of rods , each rod of the set of rods including a through hole ; the carriage including a set of sleeves , each sleeve of the set of sleeves including a through hole ; each rod of the set of rods being disposed in a corresponding through hole of the set of sleeves ; the carriage being able to translate from an extended position to a retracted position, the upper surface of the retaining portion being located closer to the support structure in the retracted position than in the extended position; a spring being located within each through hole of the set of sleeves , the spring biasing the carriage to the extended position; and a fastener disposed through each of the set of rods and through each of the set of sleeves , each fastener securing the support structure to the carriage ; wherein the support structure deflects from the extended position toward the retracted position when the nozzle experiences a force sufficient to compress the spring .
Apparatus for determining an estimate of a need for information units for encoding a signal having audio or video information, the signal having several frequency bands, comprising: means for providing a measure for an admissible interference for a frequency band of the signal, wherein the frequency band includes at least two spectral values of a spectral representation of the signal, and a measure for an energy of the signal in the frequency band; characterized by means for calculating a measure for a distribution of the energy in the frequency band, wherein the distribution of the energy in the frequency band deviates from a completely uniform distribution; and means for calculating the estimate using the measure for the interference, the measure for the energy, and the measure for the distribution of the energy. means for providing a measure for an admissible interference for a frequency band of the signal, wherein the frequency band includes at least two spectral values of a spectral representation of the signal, and a measure for an energy of the signal in the frequency band; characterized by means for calculating a measure for a distribution of the energy in the frequency band, wherein the distribution of the energy in the frequency band deviates from a completely uniform distribution; and means for calculating the estimate using the measure for the interference, the measure for the energy, and the measure for the distribution of the energy.
A full-heat fresh air blower , comprising: a fresh air duct, which communicates an outdoor air inlet with an indoor air outlet ; a return air duct, which communicates an indoor air inlet with an outdoor air outlet ; a full heat exchange core , which comprises a fresh air passage and a return air passage that can perform heat exchange, wherein the fresh air passage is arranged in the fresh air duct, and the return air passage is arranged in the return air duct, so as to realize full heat exchange between fresh air and return air; and a bypass air duct , which communicates with the indoor air inlet and the outdoor air outlet , is provided therein with a first damper for turning on or turning off the bypass air duct , and is arranged at a periphery of the full heat exchange core ; characterized in that the bypass air duct is surroundingly arranged at the periphery of the full heat exchange core in a L shape, wherein the first damper is arranged at a corner of the L shape. a fresh air duct, which communicates an outdoor air inlet with an indoor air outlet ; a return air duct, which communicates an indoor air inlet with an outdoor air outlet ; a full heat exchange core , which comprises a fresh air passage and a return air passage that can perform heat exchange, wherein the fresh air passage is arranged in the fresh air duct, and the return air passage is arranged in the return air duct, so as to realize full heat exchange between fresh air and return air; and a bypass air duct , which communicates with the indoor air inlet and the outdoor air outlet , is provided therein with a first damper for turning on or turning off the bypass air duct , and is arranged at a periphery of the full heat exchange core ; characterized in that the bypass air duct is surroundingly arranged at the periphery of the full heat exchange core in a L shape, wherein the first damper is arranged at a corner of the L shape.
A circuit breaker comprising: a first contact ; a second contact moveable between a closed position relative to the first contact and an open position relative to the first contact , and which is disposed to contact the first contact only in the closed position; a moveable contact arm and lever assembly having a first end on which said second contact is mounted, a second end, and a first pivot point located between the first end and the second end; a circuit breaker linkage mechanism having a tripped state and an untripped state, which is disposed to change the position of the second contact when the circuit breaker linkage mechanism changes state; a trip mechanism connected to said moveable contact arm via said circuit breaker linkage ; an actuator having an on state and an off state, which is disposed to change the position of the second contact without changing the state of the circuit breaker linkage mechanism , and of the trip mechanism and its associated components, when the actuator changes state, said actuator having a plunger which is connected to the second end of said moveable contact arm and lever assembly such that said actuator moves said contact arm and lever assembly about the first pivot point when the actuator changes state in order to change the relative position of the contacts ; characterized in that the moveable contact arm includes an arc-shaped guide channel receiving a second pivot point , wherein when the actuator acts on the second end of the moveable contact arm and lever assembly , the second pivot point slides along the arc-shaped guide channel . a first contact ; a second contact moveable between a closed position relative to the first contact and an open position relative to the first contact , and which is disposed to contact the first contact only in the closed position; a moveable contact arm and lever assembly having a first end on which said second contact is mounted, a second end, and a first pivot point located between the first end and the second end; a circuit breaker linkage mechanism having a tripped state and an untripped state, which is disposed to change the position of the second contact when the circuit breaker linkage mechanism changes state; a trip mechanism connected to said moveable contact arm via said circuit breaker linkage ; an actuator having an on state and an off state, which is disposed to change the position of the second contact without changing the state of the circuit breaker linkage mechanism , and of the trip mechanism and its associated components, when the actuator changes state, said actuator having a plunger which is connected to the second end of said moveable contact arm and lever assembly such that said actuator moves said contact arm and lever assembly about the first pivot point when the actuator changes state in order to change the relative position of the contacts ; characterized in that the moveable contact arm includes an arc-shaped guide channel receiving a second pivot point , wherein when the actuator acts on the second end of the moveable contact arm and lever assembly , the second pivot point slides along the arc-shaped guide channel .
Test cell for measuring the gas permeability of at least one sample of material or a stopper , comprising: - a substantially cylindrical processing dome comprising a sealed circumferential wall, a first inlet hole and a first outlet hole , - a distribution plate which is gas-tight and which is capable of being assembled with the processing dome in a sealed manner and which comprises at least one supply conduit which extends through the plate in order to open in the first inlet hole , - a monobloc sample holder through which there extends a substantially cylindrical conduit which connects a second inlet hole and a second outlet hole , the sample holder being a separate component which is capable of being assembled with the dome in order to form a gas-tight space which connects the first inlet hole and the second outlet hole , - a gas-tight collection plate which is capable of being assembled with the sample holder in a sealed manner, and comprising at least one collection conduit which extends through the plate in order to open in the second outlet hole, characterised in that the distribution plate comprises at least one centring recess in which a first axial end of the dome is inserted axially so that the distribution plate covers the first inlet hole , and in that the collection plate comprises at least one centring recess in which an axial end of the sample holder is inserted axially so that the collection plate covers the second outlet hole , these centring recesses being capable of radially retaining the dome relative to the distribution plate and retaining the sample holder relative to the collection plate , respectively, and in that the end of the collection conduit facing the second outlet hole has a diameter which is strictly less than the inner diameter of the centring recess of the collection plate which is intended to receive the sample holder, and the collection conduit and the end of the cylindrical conduit of the sample holder being connected by a substantially planar or conical surface portion of the collection plate. - a substantially cylindrical processing dome comprising a sealed circumferential wall, a first inlet hole and a first outlet hole , - a distribution plate which is gas-tight and which is capable of being assembled with the processing dome in a sealed manner and which comprises at least one supply conduit which extends through the plate in order to open in the first inlet hole , - a monobloc sample holder through which there extends a substantially cylindrical conduit which connects a second inlet hole and a second outlet hole , the sample holder being a separate component which is capable of being assembled with the dome in order to form a gas-tight space which connects the first inlet hole and the second outlet hole , - a gas-tight collection plate which is capable of being assembled with the sample holder in a sealed manner, and comprising at least one collection conduit which extends through the plate in order to open in the second outlet hole,
Bacterial host cell comprising at least 2 copies of a nucleic acid sequence encoding a poison protein and at least one copy of a nucleic acid sequence encoding an antidote protein to the poison protein, provided that said at least 2 copies of the nucleic acid sequence encoding the poison protein are inserted within the chromosome of the bacterial host cell, wherein the bacterial host cell is E. coli, wherein said poison protein is CcdB and said antidote protein is CcdA, and wherein said nucleic acid sequence encoding the antidote protein is carried by a plasmid further comprising an expression system wherein a nucleic acid sequence encoding a recombinant peptide, polypeptide or protein of interest is or may be inserted, wherein insertion of a second copy of the nucleic acid sequence encoding the poison protein in the genome of the host cell increases the yield of protein production.