mhurhangee/patent-ind-claim-en huggingface dataset:
A method of detecting an analyte in a sample, said method comprising: (i) performing a linear oligo hybridization chain reaction (LO-HCR), wherein an initiator is contacted with a plurality of LO-HCR monomers comprising a first and a second species to generate a polymeric LO-HCR product hybridized to a target nucleic acid molecule, wherein the first species comprises a first hybridization region complementary to the initiator and a second hybridization region complementary to the second species, wherein the first species and the second species are linear, single-stranded nucleic acid molecules, wherein the target nucleic acid molecule is a rolling circle amplification product (RCP) generated from the analyte or from a reporter for the analyte, and wherein the initiator is provided in one or more parts, and hybridizes directly or indirectly to or is comprised in the target nucleic acid molecule; and (ii) detecting the polymeric LO-HCR product in the sample, thereby detecting the analyte in the sample. (i) performing a linear oligo hybridization chain reaction (LO-HCR), wherein an initiator is contacted with a plurality of LO-HCR monomers comprising a first and a second species to generate a polymeric LO-HCR product hybridized to a target nucleic acid molecule, wherein the first species comprises a first hybridization region complementary to the initiator and a second hybridization region complementary to the second species, wherein the first species and the second species are linear, single-stranded nucleic acid molecules, wherein the target nucleic acid molecule is a rolling circle amplification product (RCP) generated from the analyte or from a reporter for the analyte, and wherein the initiator is provided in one or more parts, and hybridizes directly or indirectly to or is comprised in the target nucleic acid molecule; and wherein the first species comprises a first hybridization region complementary to the initiator and a second hybridization region complementary to the second species, wherein the first species and the second species are linear, single-stranded nucleic acid molecules, wherein the target nucleic acid molecule is a rolling circle amplification product (RCP) generated from the analyte or from a reporter for the analyte, and wherein the initiator is provided in one or more parts, and hybridizes directly or indirectly to or is comprised in the target nucleic acid molecule; and (ii) detecting the polymeric LO-HCR product in the sample, thereby detecting the analyte in the sample.
A measuring apparatus comprising: a temperature sensor configured to measure a temperature of a dry-type transformer , the temperature sensor being configured to be arranged on or proximate to a conductor of the dry-type transformer and to be covered by an insulating layer of the conductor , wherein: the insulating layer is formed by wrapping an insulating material on the conductor and the temperature sensor , and the conductor is one of the following: a high voltage (HV) winding of the dry-type transformer , a low voltage (LV) winding of the dry-type transformer , a core of the dry-type transformer , and a tap terminal of the dry-type transformer ; the measuring apparatus being characterized in that it further comprises a passive wireless communication module configured to transmit the measured temperature to a reader , wherein the passive wireless communication module is connected to the temperature sensor via a wire , and one end of the wire protrudes from the insulating layer . the insulating layer is formed by wrapping an insulating material on the conductor and the temperature sensor , and the conductor is one of the following: a high voltage (HV) winding of the dry-type transformer , a low voltage (LV) winding of the dry-type transformer , a core of the dry-type transformer , and a tap terminal of the dry-type transformer ; the measuring apparatus being characterized in that it further comprises a passive wireless communication module configured to transmit the measured temperature to a reader , wherein a high voltage (HV) winding of the dry-type transformer , a low voltage (LV) winding of the dry-type transformer , a core of the dry-type transformer , and a tap terminal of the dry-type transformer ; the measuring apparatus being characterized in that it further comprises a passive wireless communication module configured to transmit the measured temperature to a reader , wherein the passive wireless communication module is connected to the temperature sensor via a wire , and one end of the wire protrudes from the insulating layer .
A regeneration method of a nitrogen-containing carbon catalyst, characterized in that roasting the nitrogen-containing carbon catalyst in a nitrogen-containing atmosphere by heating to a highest temperature of 300°C to 850°C at a heating rate of 0.1°C/min to 20°C/min and keeping at the highest temperature for 0 min to 240 min, wherein the nitrogen-containing atmosphere is a mixed gas composed of a first gas and a second gas, the first gas is at least one from the group consisting of ammonia and N 2 O, the second gas is an inert gas, and a mass fraction of the first gas in the mixed gas is 2%-75%; then switching the nitrogen-containing atmosphere to an inert atmosphere; and cooling the nitrogen-containing carbon catalyst to obtain a regenerated nitrogen-containing carbon catalyst. roasting the nitrogen-containing carbon catalyst in a nitrogen-containing atmosphere by heating to a highest temperature of 300°C to 850°C at a heating rate of 0.1°C/min to 20°C/min and keeping at the highest temperature for 0 min to 240 min, wherein the nitrogen-containing atmosphere is a mixed gas composed of a first gas and a second gas, the first gas is at least one from the group consisting of ammonia and N 2 O, the second gas is an inert gas, and a mass fraction of the first gas in the mixed gas is 2%-75%; then switching the nitrogen-containing atmosphere to an inert atmosphere; and cooling the nitrogen-containing carbon catalyst to obtain a regenerated nitrogen-containing carbon catalyst.
A material handler comprising: a motor configured to move one or more components of the material handler ; an interface device ; and a controller in communication with the motor and the interface device and configured to: receive an input from the interface device ; characterized in that the controller is configured to provide a variable frequency drive, VFD, signal to the motor to control movement of the one or more components of the material handler based on the received input, the VFD signal having an operating frequency; and if the interface device is inactive for a predetermined amount of time, adjust the frequency of the VFD signal from the operating frequency to a standby frequency, the standby frequency being lower than the operating frequency, and wherein adjusting the frequency of the VFD signal from the operating frequency to the standby frequency comprises: adjusting the frequency of the VFD signal from the operating frequency to one or more intermediate frequencies before adjusting the frequency of the VFD signal to the standby frequency, each of the one or more intermediate frequencies being between the operating frequency and the standby frequency, by ramping down the frequency at a substantially constant rate with the exception of skipping at least one predetermined frequency or range of frequencies that would otherwise be realized when reducing the frequency at the substantially constant rate. a motor configured to move one or more components of the material handler ; an interface device ; and a controller in communication with the motor and the interface device and configured to: receive an input from the interface device ; characterized in that the controller is configured to provide a variable frequency drive, VFD, signal to the motor to control movement of the one or more components of the material handler based on the received input, the VFD signal having an operating frequency; and receive an input from the interface device ; characterized in that the controller is configured to provide a variable frequency drive, VFD, signal to the motor to control movement of the one or more components of the material handler based on the received input, the VFD signal having an operating frequency; and if the interface device is inactive for a predetermined amount of time, adjust the frequency of the VFD signal from the operating frequency to a standby frequency, the standby frequency being lower than the operating frequency, and wherein adjusting the frequency of the VFD signal from the operating frequency to the standby frequency comprises: adjusting the frequency of the VFD signal from the operating frequency to one or more intermediate frequencies before adjusting the frequency of the VFD signal to the standby frequency, each of the one or more intermediate frequencies being between the operating frequency and the standby frequency, by ramping down the frequency at a substantially constant rate with the exception of skipping at least one predetermined frequency or range of frequencies that would otherwise be realized when reducing the frequency at the substantially constant rate.
Extensible connector (12; 112; 212) for connecting two conductor rails following one another in a longitudinal direction (L) of a contact line , the extensible connector (12; 112; 212) having a socket part (26; 126; 226) with a connecting opening (31; 131) extending in the longitudinal direction (L) and a plug part (13; 113; 213) having a connecting plug (21; 121; 221) extending in the longitudinal direction (L), the connecting plug (21; 121; 221) being insertable into the connecting opening (31; 131) in the longitudinal direction (L) to establish an electrical connection.
A process for electroplating a cobalt deposit onto a semiconductor base structure comprising submicron-sized electrical interconnect features, wherein the submicron electrical interconnect features comprise a plurality of cavities in the semiconductor base structure, each cavity of said plurality having a bottom, sidewall, and top opening, wherein an entry dimension of the submicron interconnect is less than 100 nm, the process comprising contacting a metalizing substrate within said interconnect features with an electrodeposition composition comprising: a source of cobalt ions, wherein the composition comprises between 0.1 and 5 wt.% cobalt ions; between 5 and 250 mg/L of an acetylenic suppressor compound; between 1 and 4.5 wt.% of a buffering agent; optionally a stress reducer; and water; said composition being substantially free of any divalent sulfur compounds; and free of any functional concentration of reducing agents effective to reduce cobaltous ions (Co 2+ ) to metallic cobalt (Co 0 ); and supplying electrical current to the electrolytic composition to deposit cobalt onto the base structure and fill the submicron-sized features with cobalt, and wherein said cobalt deposit contains no more than 300 ppm sulfur. a source of cobalt ions, wherein the composition comprises between 0.1 and 5 wt.% cobalt ions; between 5 and 250 mg/L of an acetylenic suppressor compound; between 1 and 4.5 wt.% of a buffering agent; optionally a stress reducer; and water; said composition being substantially free of any divalent sulfur compounds; and free of any functional concentration of reducing agents effective to reduce cobaltous ions (Co 2+ ) to metallic cobalt (Co 0 ); and supplying electrical current to the electrolytic composition to deposit cobalt onto the base structure and fill the submicron-sized features with cobalt, and wherein said cobalt deposit contains no more than 300 ppm sulfur.
A combined cycle power plant comprising: a first gas turbine engine comprising a first turbine section ; a second gas turbine engine comprising a second turbine section having an aft outlet configured to discharge an exhaust gas stream ; an emissions reduction system configured to receive the exhaust gas stream discharged from the second gas turbine engine , and configured to remove oxides of nitrogen from the exhaust gas stream ; characterized in that the combined cycle power plant further comprises an interstage extraction system communicatively coupled with the first turbine section , the interstage extraction system configured to selectively extract turbine extraction air from the first turbine section for providing heat to the emissions reduction system . a first gas turbine engine comprising a first turbine section ; a second gas turbine engine comprising a second turbine section having an aft outlet configured to discharge an exhaust gas stream ; an emissions reduction system configured to receive the exhaust gas stream discharged from the second gas turbine engine , and configured to remove oxides of nitrogen from the exhaust gas stream ; characterized in that the combined cycle power plant further comprises an interstage extraction system communicatively coupled with the first turbine section , the interstage extraction system configured to selectively extract turbine extraction air from the first turbine section for providing heat to the emissions reduction system .
A turbine engine part forming a compressor stator or a turbine nozzle and comprising an inner shroud , an outer shroud , and vanes extending substantially radially between the inner and outer shrouds and being secured thereto, in which part the inner shroud, the outer shroud, and the vanes form a single part made of composite material having woven fiber reinforcement densified by a matrix, and the fiber reinforcement includes a set of yarns extending continuously along a path traveling longitudinally through the vanes and passing through the inner shroud and the outer shroud, characterized in that said vanes extend between the inner shroud and the outer shroud with yarns of the woven fiber reinforcement passing along a full circumference of the inner shroud and with yarns of the woven fiber reinforcement passing along a full circumference of the outer shroud.
A control system for a movable body configured to move by utilizing a motor torque generated by an electric drive motor , comprising: the electric drive motor , including: a rotor configured to output a rotational force and provided with a variable-magnetic-force magnet ; and a stator opposing the rotor with a gap therebetween and provided with a plurality of coils ; at least one powertrain component provided so as to be associated with the drive motor ; and a controller having a processor configured to execute or comprising a magnetization controlling module to control a magnetizing current flowing through the coils so as to change a magnetic force of the variable-magnetic-force magnet , characterised in that during a magnetization control in which the magnetic force of the variable-magnetic-force magnet is increased by the magnetization controlling module , the controller operates the at least one powertrain component to suppress an increase in a moving force applied to the movable body due to an increase in the motor torque generated by said electric drive motor . the electric drive motor , including: a rotor configured to output a rotational force and provided with a variable-magnetic-force magnet ; and a stator opposing the rotor with a gap therebetween and provided with a plurality of coils ; a rotor configured to output a rotational force and provided with a variable-magnetic-force magnet ; and a stator opposing the rotor with a gap therebetween and provided with a plurality of coils ; at least one powertrain component provided so as to be associated with the drive motor ; and a controller having a processor configured to execute or comprising a magnetization controlling module to control a magnetizing current flowing through the coils so as to change a magnetic force of the variable-magnetic-force magnet , characterised in that during a magnetization control in which the magnetic force of the variable-magnetic-force magnet is increased by the magnetization controlling module , the controller operates the at least one powertrain component to suppress an increase in a moving force applied to the movable body due to an increase in the motor torque generated by said electric drive motor .
Manual machine tool having a drive motor, a gearbox and a tool holder, wherein a motor drive of the drive motor with a gearbox drive of the gearbox and a gearbox of the drive that is rotatable about an axis of rotation are coupled to the tool holder in a manner which permits rotation, wherein the gearbox has a first switching gear element and a second switching gear element , which can be adjusted in a linear manner by means of an actuating device in each case between a first setting position and a second setting position relative to a gearbox housing, wherein the actuating device is coupled to the switching gear elements and has an actuating part which is pivotably mounted relative to a machine housing of the manual machine tool about an actuating pivot axis and can be actuated manually by an operator of the manual machine tool, wherein the first switching gear element can be adjusted in a linear manner along its setting axis by means of a pivot movement of the actuating part about the actuating pivot axis using a deflecting gear , wherein the deflecting gear comprises a carrier element which extends in a ring-shaped manner around the gearbox housing and is rotatably mounted about the actuating pivot axis, which carrier element is coupled to the first switching gear element to enable the linear adjustment of this by means of a first coupling element , wherein the actuating part is mounted in a manner which permits the linear displacement on the carrier element along an actuating longitudinal axis and is coupled to the at least one second switching gear element by means of a second coupling element to enable the linear displacement of the second switching gear element , charcaterised in that the carrier element is a carrier ring and that between the carrier ring and the first coupling element an, in particular ring-shaped, transmission part that can moved together with the carrier ring about the actuating pivot axis, is arranged, wherein the transmission part and the carrier ring can be moved relative to one another and between the transmission part and the carrier ring a spring arrangement actuable by a relative movement of the transmission part and the carrier ring is arranged for spring loading of the first setting gear element in at least one switch position.
A card holder for the fronts of drawers and doors of cupboards, to arrange cards with information relating to objects which are housed and classified in drawers or cupboard spaces, the card holder consisting of a body in the form of a plate, the front face of which has on the sides and at the lower part a rim , which forms opposing side grooves which allows inserting therebetween a card , whereas at the upper edge there projects rearwardly a wing , having a downward fold , defining a channeled form which can be fitted on the edge of a panel of a front of a drawer or door, characterized in that the downward fold of the wing has an L-shaped groove having first and second branches, with the first branch opening from the lower edge of the downward fold and the second branch parallel to said lower edge, defining a guide which can engage a projecting rod located on a rear face of the panel when the channeled form of the wing fits on the edge of the panel , the card holder body being laterally displaceable relative to the rod in a direction parallel to the lower edge of the downward fold once the rod is received in the second branch from the first branch, thus allowing to establish a secure retention of the card holder on the panel .
A well tool for use in a wellbore tubular disposed in a wellbore formed in an earthen formation, comprising: a perforating gun configured to perforate the wellbore tubular, the perforating gun being configured to fire in response to a firing signal; a sealing element connected to the perforating gun , the sealing element configured to generate a pressure differential across the perforating gun in response to a fluid pumped into the wellbore tubular; at least one pressure sensor associated with the sealing element , the at least one pressure sensor being configured to detect a surface transmitted pressure signal; a detector being configured to detect at least one marker positioned along the wellbore, the at least one marker including a perforating marker associated with a perforating depth, the well tool further comprising: a controller in signal communication with the at least one pressure sensor and the detector , the controller being configured to: transmit the firing signal to the perforating gun only after: (i) the at least one pressure sensor detects the surface transmitted pressure signal, and (ii) the detector detects the perforating marker ; and an anchor positioned between the sealing element and the perforating gun , the anchor selectively locking the perforating gun to the wellbore tubular, wherein the anchor is configured to be in a retracted state when the perforating gun is fired, the perforating gun being unsecured to the wellbore tubular when the anchor is in the retracted state. a controller in signal communication with the at least one pressure sensor and the detector , the controller being configured to: transmit the firing signal to the perforating gun only after: (i) the at least one pressure sensor detects the surface transmitted pressure signal, and (ii) the detector detects the perforating marker ; and an anchor positioned between the sealing element and the perforating gun , the anchor selectively locking the perforating gun to the wellbore tubular, wherein the anchor is configured to be in a retracted state when the perforating gun is fired, the perforating gun being unsecured to the wellbore tubular when the anchor is in the retracted state.
Plug-in connector part for connection to a mating plug-in connector part , comprising a housing part , an electrical contact element , which is arranged on the housing part , for establishing electrical contact with the mating plug-in connector part and a temperature monitoring device comprising a sensor device for detecting heating at the contact element , characterized in that the temperature monitoring device has a carrier element which extends in a planar manner along a plane (E), on which the sensor device is arranged and which has two clip arms by means of which the carrier element is clipped onto the contact element .