mhurhangee/patent-ind-claim-en huggingface dataset:
A method of detecting a nucleic acid, the method comprising: contacting the nucleic acid with a complementary nucleic acid probe under conditions to allow hybridization between said probe and amplicon; selectively degrading the either hybridized or unhybridized probe; measuring the electrochemical activity of the compound labelling the probe, wherein said electrochemical activity is dependent either quantitatively or qualitatively on the extent of degradation of the probe; wherein said probe is labelled with a compound selected from the group consisting of: 6-(bis((1'-iodoferrocenyl)1-methylferrocenyl) amino)hexan-1-ol; 6-(bis((1'-(4-nitrophenyl)ferrocenyl)1-methylferrocenyl) amino) hexan-1-ol; 6-(bis((1'-(1-furanyl)ferrocenyl)1-methylferrocenyl) amino)hexan-1-ol; 6-(bis((1'-chloroferrocenyl)1-methylferrocenyl) amino)hexan-1-ol; and 6-(bis((2-cyano)1-methylferrocenyl) amino)hexan-1-ol. contacting the nucleic acid with a complementary nucleic acid probe under conditions to allow hybridization between said probe and amplicon; selectively degrading the either hybridized or unhybridized probe; measuring the electrochemical activity of the compound labelling the probe, wherein said electrochemical activity is dependent either quantitatively or qualitatively on the extent of degradation of the probe; wherein said probe is labelled with a compound selected from the group consisting of: 6-(bis((1'-iodoferrocenyl)1-methylferrocenyl) amino)hexan-1-ol; 6-(bis((1'-(4-nitrophenyl)ferrocenyl)1-methylferrocenyl) amino) hexan-1-ol; 6-(bis((1'-(1-furanyl)ferrocenyl)1-methylferrocenyl) amino)hexan-1-ol; 6-(bis((1'-chloroferrocenyl)1-methylferrocenyl) amino)hexan-1-ol; and 6-(bis((2-cyano)1-methylferrocenyl) amino)hexan-1-ol. 6-(bis((1'-iodoferrocenyl)1-methylferrocenyl) amino)hexan-1-ol; 6-(bis((1'-(4-nitrophenyl)ferrocenyl)1-methylferrocenyl) amino) hexan-1-ol; 6-(bis((1'-(1-furanyl)ferrocenyl)1-methylferrocenyl) amino)hexan-1-ol; 6-(bis((1'-chloroferrocenyl)1-methylferrocenyl) amino)hexan-1-ol; and 6-(bis((2-cyano)1-methylferrocenyl) amino)hexan-1-ol.
A holding device of a dialysis machine for holding and fixing at least one electronic terminal device , in particular of the entertainment electronics type, during a dialysis treatment, wherein the holding device is or can be attached to the dialysis machine , and wherein a charging unit is integrated in the holding device which is provided and designed to supply the electronic terminal device held and/or fixed to the dialysis machine with power from the dialysis machine , characterized by a protection circuit that is integrated in the holding device to detect a defect of a terminal device that has just been connected.
A magnetic field formation device , comprising: at least one power supplying resonator configured to generate a variable magnetic field; power-supplying coils configured to generate an induced current in the at least one power supplying resonator ; and a current output controller which is configured to output a variable current to one of output targets which are at least one of and not all of the power-supplying coils , each output target powered one after one, to repeatedly switch the output target to which the variable current is output, characterised in that all of the power-supplying coils and the at least one power supplying resonator being disposed so that coil surfaces oppose a predetermined region (A), and at least one of the power-supplying coils being disposed to have a coil surface direction which intersects with a coil surface direction of at least one of the other power-supplying coils so that the variable magnetic field at the predetermined region can be generated as the power-supply coils send a magnetic field to the power supplying resonator at different angle, the coil surface direction being a direction in parallel to a coil surface. at least one power supplying resonator configured to generate a variable magnetic field; power-supplying coils configured to generate an induced current in the at least one power supplying resonator ; and a current output controller which is configured to output a variable current to one of output targets which are at least one of and not all of the power-supplying coils , each output target powered one after one, to repeatedly switch the output target to which the variable current is output, characterised in that all of the power-supplying coils and the at least one power supplying resonator being disposed so that coil surfaces oppose a predetermined region (A), and at least one of the power-supplying coils being disposed to have a coil surface direction which intersects with a coil surface direction of at least one of the other power-supplying coils so that the variable magnetic field at the predetermined region can be generated as the power-supply coils send a magnetic field to the power supplying resonator at different angle, the coil surface direction being a direction in parallel to a coil surface.
A method of controlling an array of light sources of a directional backlight that comprises a waveguide having an input end and the array of light sources disposed at different input positions in a lateral direction across the input end of the waveguide , the waveguide further comprising first and second, opposed guide surfaces for guiding light along the waveguide , and a reflective end facing the input end for reflecting input light from the light sources back through the waveguide , the waveguide being arranged to direct input light from the light sources , after reflection from the reflective end , as output light through the first guide surface into optical windows in output directions distributed in a lateral direction to the normal to the first guide surface that are dependent on the input positions, the method comprising: supplying drive signals to the light sources that selectively operate the light sources to direct light into varying optical windows corresponding to said output directions; and sensing light incident on the input end from the light sources after reflection from the reflective end , the drive signals being calibrated in response to the sensed light incident on the input end . supplying drive signals to the light sources that selectively operate the light sources to direct light into varying optical windows corresponding to said output directions; and sensing light incident on the input end from the light sources after reflection from the reflective end , the drive signals being calibrated in response to the sensed light incident on the input end .
An ion guide , comprising: rods each having a first end and a second end remote from the first end ; an inductor connected electrically in parallel with a stray capacitance resulting from the rods ; means for applying a radio frequency (RF) voltage between adjacent pairs of rods , wherein the RF voltage creates a multipole field in a region between the rods ; means for applying a direct current (DC) voltage drop along a length of each of the rods ; and wherein the inductor has an inductance selected to form a resonant circuit with the stray capacitance at the RF frequency. rods each having a first end and a second end remote from the first end ; an inductor connected electrically in parallel with a stray capacitance resulting from the rods ; means for applying a radio frequency (RF) voltage between adjacent pairs of rods , wherein the RF voltage creates a multipole field in a region between the rods ; means for applying a direct current (DC) voltage drop along a length of each of the rods ; and wherein the inductor has an inductance selected to form a resonant circuit with the stray capacitance at the RF frequency.
A fiber optical connector (10; 100) comprising: a barrel portion that includes an inner lumen configured to receive an optical fiber cable , the barrel portion having a first end and a second end, wherein the second end of the barrel portion includes a barb that projects outward from the second end of the barrel portion ; a boot , wherein the barb of the barrel portion is configured for attachment to the boot ; one or more latches extending from the first end of the barrel portion ; and a ferrule housing sub-assembly that includes a ferrule holder that is configured to receive a ferrule , wherein the latches engage with the ferrule holder in order to secure the barrel portion with the ferrule housing sub-assembly; a coupling nut ; and a shroud having a first end and a second end , wherein the first end of the shroud includes at least one opening defined by the shroud and extending from a medial portion of the shroud to the first end , wherein the medial portion of the shroud includes a shoulder that provides a stop for the coupling nut , and wherein the coupling nut has a passageway sized so that it fits over the second end of the shroud and rotates about the medial portion of shroud , wherein the coupling nut cannot move beyond the shoulder , but the coupling nut is able to rotate with respect to shroud . wherein the second end of the barrel portion includes a barb that projects outward from the second end of the barrel portion ; a boot , wherein the barb of the barrel portion is configured for attachment to the boot ; one or more latches extending from the first end of the barrel portion ; and a ferrule housing sub-assembly that includes a ferrule holder that is configured to receive a ferrule , wherein the latches engage with the ferrule holder in order to secure the barrel portion with the ferrule housing sub-assembly; a coupling nut ; and a shroud having a first end and a second end , wherein the first end of the shroud includes at least one opening defined by the shroud and extending from a medial portion of the shroud to the first end , a boot , wherein the barb of the barrel portion is configured for attachment to the boot ; one or more latches extending from the first end of the barrel portion ; and a ferrule housing sub-assembly that includes a ferrule holder that is configured to receive a ferrule , wherein the latches engage with the ferrule holder in order to secure the barrel portion with the ferrule housing sub-assembly; a coupling nut ; and a shroud having a first end and a second end , wherein the first end of the shroud includes at least one opening defined by the shroud and extending from a medial portion of the shroud to the first end , wherein the medial portion of the shroud includes a shoulder that provides a stop for the coupling nut , and wherein the coupling nut has a passageway sized so that it fits over the second end of the shroud and rotates about the medial portion of shroud , wherein the coupling nut cannot move beyond the shoulder , but the coupling nut is able to rotate with respect to shroud .
An electrolyte solution for a lithium-sulfur battery, the electrolyte solution comprising: a lithium salt; a non-aqueous solvent; and a radical adsorbent selected from 1,2-benzoquinone, 1,4-benzoquinone, 1,2-naphthoquinone, 1,4-naphthoquinone, 9,10-anthraquinone, 1,4-anthraquinone, acenaphthoquinone, simazine, N1,N4-diphenylbenzene-1,4-diamine, and a combination of any two or more thereof. a lithium salt; a non-aqueous solvent; and a radical adsorbent selected from 1,2-benzoquinone, 1,4-benzoquinone, 1,2-naphthoquinone, 1,4-naphthoquinone, 9,10-anthraquinone, 1,4-anthraquinone, acenaphthoquinone, simazine, N1,N4-diphenylbenzene-1,4-diamine, and a combination of any two or more thereof.
A system for qualifying usability risk associated with subsurface defects in a multilayer coating of a hot gas component , comprising: a. an infrared detection device for capturing infrared images of the multilayered coating ; b. a processing unit in electronic communication with the infrared detection device , wherein the processing unit is configured to generate a subsurface defect map showing any subsurface defects of the multilayer coating based on the infrared images ; and c. a risk map of the component , said risk map being a two dimensional map of the component that identifies areas of high risk , medium risk and low risk associated with continued use of the multilayered coating with said subsurface defects , and d. an overlay map that provides a graphical display of the subsurface defect map superimposed onto the risk map . a. an infrared detection device for capturing infrared images of the multilayered coating ; b. a processing unit in electronic communication with the infrared detection device , wherein the processing unit is configured to generate a subsurface defect map showing any subsurface defects of the multilayer coating based on the infrared images ; and c. a risk map of the component , said risk map being a two dimensional map of the component that identifies areas of high risk , medium risk and low risk associated with continued use of the multilayered coating with said subsurface defects , and d. an overlay map that provides a graphical display of the subsurface defect map superimposed onto the risk map .
A system for detecting an analyte of interest in a sample, comprising: a measurement chamber for metering the sample and including a defined concentration of an activator for causing the generation of a product when interacting with the analyte of interest; a heating element thermally coupled to the measurement chamber; a controller adapted to control the heating element such that the measurement chamber is maintained at a defined temperature (T d ); a sensor adapted to detect said product; a timer adapted to time an interaction time between the sample and the activator; and a processor responsive to the sensor and the timer and adapted to, upon addition of the sample to the measurement chamber, determine an amount of the analyte of interest in the sample from: - a sensor signal indicative of an amount of said product in the measurement chamber provided by the sensor prior to termination of said interaction; - known interaction kinetics between the analyte of interest and the activator at the defined temperature and the defined concentration; and - the interaction time at time of generation of the sensor signal. a measurement chamber for metering the sample and including a defined concentration of an activator for causing the generation of a product when interacting with the analyte of interest; a heating element thermally coupled to the measurement chamber; a controller adapted to control the heating element such that the measurement chamber is maintained at a defined temperature (T d ); a sensor adapted to detect said product; a timer adapted to time an interaction time between the sample and the activator; and a processor responsive to the sensor and the timer and adapted to, upon addition of the sample to the measurement chamber, determine an amount of the analyte of interest in the sample from: - a sensor signal indicative of an amount of said product in the measurement chamber provided by the sensor prior to termination of said interaction; - known interaction kinetics between the analyte of interest and the activator at the defined temperature and the defined concentration; and - the interaction time at time of generation of the sensor signal. - a sensor signal indicative of an amount of said product in the measurement chamber provided by the sensor prior to termination of said interaction; - known interaction kinetics between the analyte of interest and the activator at the defined temperature and the defined concentration; and - the interaction time at time of generation of the sensor signal.
A process for producing foam glass, wherein said process comprises the steps, where glass feedstock comprising glass powder is mixed with 0.01 - 0.6 wt% of silicon carbide and 1.0 - 6.0 wt% of trimanganese tetroxide to obtain a mixture, calculated based on the total weight of the mixture, the mixture is heated in at least one step to a temperature between 500 and 920°C, and then cooled to a temperature between 0 - 70°C to obtain foam glass aggregates.
A structure for assembling turbine blade seals, comprising: a turbine blade comprising an airfoil , a platform , and a root ; a turbine rotor disk to which the root of the turbine blade is mounted, the turbine rotor disk comprising a mounting rib extending from one side thereof to form a mounting groove , wherein a through-hole is formed through the mounting rib ; a seal plate mounted between the platform and one side of the turbine rotor disk to seal a cooling channel defined within the root and the platform , wherein a radially inner end of the seal plate is inserted into the mounting groove ; an insertion pin inserted through the through-hole of the mounting rib of the turbine rotor disk and the seal plate to fix the seal plate to the turbine rotor disk ; and a retainer configured to fix the insertion pin and to prevent the insertion pin from falling out; wherein the through-hole of the mounting rib is formed such that the insertion pin and the retainer are received in the through-hole so that the retainer and the insertion pin are prevented from protruding from an outer surface of the mounting rib . a turbine blade comprising an airfoil , a platform , and a root ; a turbine rotor disk to which the root of the turbine blade is mounted, the turbine rotor disk comprising a mounting rib extending from one side thereof to form a mounting groove , wherein a through-hole is formed through the mounting rib ; a seal plate mounted between the platform and one side of the turbine rotor disk to seal a cooling channel defined within the root and the platform , wherein a radially inner end of the seal plate is inserted into the mounting groove ; an insertion pin inserted through the through-hole of the mounting rib of the turbine rotor disk and the seal plate to fix the seal plate to the turbine rotor disk ; and a retainer configured to fix the insertion pin and to prevent the insertion pin from falling out; wherein the through-hole of the mounting rib is formed such that the insertion pin and the retainer are received in the through-hole so that the retainer and the insertion pin are prevented from protruding from an outer surface of the mounting rib .
An arrangement for establishing an electrical connection between a tab contact and a high current conductor , the arrangement having a holding structure that has a connection section with at least one mounting organ for mounting to a contacting section of the high current conductor and a receptacle for the tab contact , wherein the holding structure has at least one press-on element that is configured to generate a contact pressure in the direction of the connection section along a direction of pressing (A) in order to press the tab contact onto a high current conductor fixated in the connection section , the direction of pressing (A) running transversely to an insertion direction (E) for the tab contact , and wherein there is disposed in the connection section a receiving space for the contacting section of the high current conductor which forms a common cavity with the receptacle for the tab contact , characterised in that in the connection section the holding structure has at least two positive locking elements for engaging behind the contacting section of the high current conductor , wherein the at least two positive locking elements initially run parallel to the direction of pressing (A) and then have each a section which runs transversely to said direction (A), the sections delimiting the connection section in the direction of pressing (A), and wherein the sections of the at least two positive locking elements lie opposite one another in the insertion direction (E) and point towards one another.
Method for at least symbolically reconstructing a reconstruction data set of at least one vessel segment in a vessel tree of a patient, wherein input data for the reconstruction comprises at least two two-dimensional angiographic projection images taken in different acquisition geometries, the method comprising: - acquiring at least one first angiographic projection image showing the vessel segment , - automatically determining an evaluation measure for each first angiographic projection image using a three-dimensional preliminary information on the vessel segment , the evaluation measure describing the suitability of the at least one angiographic projection image for reconstructing the reconstruction data set, wherein the evaluation measure for one first angiographic projection image is determined depending on foreshortening of the vessel segment and/or overlap with other vessels occurring in the acquisition geometry of the corresponding first angiographic projection image, - if a quality criterion evaluating the evaluation measure is not fulfilled, determining at least one additional acquisition geometry using the three-dimensional preliminary information and/or the evaluation measure and acquiring, in each additional acquisition geometry, at least one second angiographic projection image, - reconstructing the reconstruction data set from the at least one second angiographic projection image and/or at least one of the at least one first angiographic projection image fulfilling a suitability criterion evaluating the evaluation measure. - acquiring at least one first angiographic projection image showing the vessel segment , - automatically determining an evaluation measure for each first angiographic projection image using a three-dimensional preliminary information on the vessel segment , the evaluation measure describing the suitability of the at least one angiographic projection image for reconstructing the reconstruction data set, wherein the evaluation measure for one first angiographic projection image is determined depending on foreshortening of the vessel segment and/or overlap with other vessels occurring in the acquisition geometry of the corresponding first angiographic projection image, - if a quality criterion evaluating the evaluation measure is not fulfilled, determining at least one additional acquisition geometry using the three-dimensional preliminary information and/or the evaluation measure and acquiring, in each additional acquisition geometry, at least one second angiographic projection image, - reconstructing the reconstruction data set from the at least one second angiographic projection image and/or at least one of the at least one first angiographic projection image fulfilling a suitability criterion evaluating the evaluation measure.
A method for preparing ent-progesterone, the method comprising the step of (a) reacting a compound of the formula U: to form a triketone intermediate of the formula U': via the steps of: i. contacting the compound of formula U with a dihydroxylating reagent which is an osmium reagent or a manganese reagent, thereby forming a vicinal diol, and, ii. oxidatively cleaving the vicinal diol, thereby forming the compound of formula U', and (b) cyclizing the compound of formula U' to form ent-progesterone. of (a) reacting a compound of the formula U: to form a triketone intermediate of the formula U': via the steps of: i. contacting the compound of formula U with a dihydroxylating reagent which is an osmium reagent or a manganese reagent, thereby forming a vicinal diol, and, ii. oxidatively cleaving the vicinal diol, thereby forming the compound of formula U', and i. contacting the compound of formula U with a dihydroxylating reagent which is an osmium reagent or a manganese reagent, thereby forming a vicinal diol, and, ii. oxidatively cleaving the vicinal diol, thereby forming the compound of formula U', and (b) cyclizing the compound of formula U' to form ent-progesterone.