mhurhangee/patent-ind-claim-en huggingface dataset:
Digging plough , of a type comprising a first and a second working body , assembled in order to alternatively work on a furrow dig by said plough , said plough being equipped with first means configured to avoid damages to the structures in case of impacts of said working bodies against an obstacle buried in the ground, wherein said first means comprise a first and a second safety bolt configured to yield when forces applied to the structure of said plough are so intense as to impair an integrity of said structure, said plough further having second means comprising a safety device configured to generate a coordinate movement of said working bodies , wherein said safety device comprises: - a plate integrally assembled with a supporting structure of said plough ; - a first lever , integral with said first working body , assembled on a first pin of said plate , whose rotation is prevented by said first safety bolt ; - a second lever , integral with said second working body , assembled on a second pin of said plate , whose rotation is prevented by said second safety bolt ; the digging plough being characterised in that said safety device comprises: - a connecting rod which connects a third pin on said first lever with a fourth pin on said second lever , wherein the connecting rod is configured such that, when said first lever is pushed backwards, having sheared said first safety bolt , the second lever is made rotate upwards, moving away the corresponding second working body from the first working body and avoiding an impact between said working bodies . - a plate integrally assembled with a supporting structure of said plough ; - a first lever , integral with said first working body , assembled on a first pin of said plate , whose rotation is prevented by said first safety bolt ; - a second lever , integral with said second working body , assembled on a second pin of said plate , whose rotation is prevented by said second safety bolt ; - a connecting rod which connects a third pin on said first lever with a fourth pin on said second lever ,
An assembly for a turbine engine with an axial centerline, comprising: a blade outer air seal segment ; a linkage attached to the blade outer air seal segment ; a rocker arm including a first arm and a second arm engaged with the linkage ; and an actuation device engaged with the first arm , the actuation device configured to pivot the rocker arm and thereby radially move the blade outer air seal segment , wherein the linkage includes a shaft that extends radially away from the blade outer air seal segment , through an aperture in the second arm characterised in that the linkage further includes a head that radially engages the second arm and in that the shaft extends to the head . a blade outer air seal segment ; a linkage attached to the blade outer air seal segment ; a rocker arm including a first arm and a second arm engaged with the linkage ; and an actuation device engaged with the first arm , the actuation device configured to pivot the rocker arm and thereby radially move the blade outer air seal segment , wherein the linkage includes a shaft that extends radially away from the blade outer air seal segment , through an aperture in the second arm characterised in that the linkage further includes a head that radially engages the second arm and in that the shaft extends to the head .
A cartridge for nucleic acid extraction, comprising: a chamber module comprising a pretreatment chamber and a plurality of chambers for extracting nucleic acids from a sample , wherein the pretreatment chamber includes a chamber body having an internal space in which the sample is crushed and homogenization, cell disruption, and purification are performed, wherein the pretreatment chamber further includes a pretreatment component contained in the internal space of the chamber body and including at least one of a magnet block and cell disruption particles for crushing of the sample , the homogenization, and the cell disruption, and wherein the pretreatment chamber ; further includes a cup filter installed at a lower portion of the internal space to filter a content of the chamber body to selectively pass a primarily purified liquid containing the nucleic acids flown out of disrupted cells; an air valve module installed on the chamber module to selectively apply an air pressure to each of the pretreatment chamber and the plurality of chambers , wherein the chamber module comprises a pump adapted to apply air pressure to the air valve module ; and a valve module installed below the chamber module to open or close a path for moving a fluid between two chambers selected from the pretreatment chamber and the plurality of chambers . a chamber module comprising a pretreatment chamber and a plurality of chambers for extracting nucleic acids from a sample , wherein the pretreatment chamber includes a chamber body having an internal space in which the sample is crushed and homogenization, cell disruption, and purification are performed, wherein the pretreatment chamber further includes a pretreatment component contained in the internal space of the chamber body and including at least one of a magnet block and cell disruption particles for crushing of the sample , the homogenization, and the cell disruption, and wherein the pretreatment chamber ; further includes a cup filter installed at a lower portion of the internal space to filter a content of the chamber body to selectively pass a primarily purified liquid containing the nucleic acids flown out of disrupted cells; an air valve module installed on the chamber module to selectively apply an air pressure to each of the pretreatment chamber and the plurality of chambers , wherein the chamber module comprises a pump adapted to apply air pressure to the air valve module ; and a valve module installed below the chamber module to open or close a path for moving a fluid between two chambers selected from the pretreatment chamber and the plurality of chambers .
Electromagnetic flowmeter comprising: - at least one measuring tube , - two coil systems diametrically opposed on the measuring tube , wherein the coil systems are interconnected by means of reversing sheets - measuring electrodes designed to measure an induced voltage, and - a plastic housing , consisting of at least two plastic molded parts, wherein at least one plastic molded part forms a housing jacket and a second plastic molded part forms a housing cover , said housing cover surrounding the measuring tube , wherein the housing cover has a disk-like design, characterized in that the housing cover has at least one groove-shaped support surface , which is designed to support the coil systems on the housing cover , wherein the coil systems on the housing cover are supported on this groove-shaped support surface via the reversing sheets , and in that said groove-shaped support surface is designed to partially accommodate reversing sheets and in that the plastic molded parts are welded together. - at least one measuring tube , - two coil systems diametrically opposed on the measuring tube , wherein the coil systems are interconnected by means of reversing sheets - measuring electrodes designed to measure an induced voltage, and - a plastic housing , consisting of at least two plastic molded parts, wherein at least one plastic molded part forms a housing jacket and a second plastic molded part forms a housing cover , said housing cover surrounding the measuring tube , wherein the housing cover has a disk-like design, wherein at least one plastic molded part forms a housing jacket and a second plastic molded part forms a housing cover , said housing cover surrounding the measuring tube , wherein the housing cover has a disk-like design,
An image forming apparatus communicably connected to a first terminal device through a network and configured to receive and execute a print job created by a user on the first terminal device , the image forming apparatus comprising: an external interface configured to connect the image forming apparatus to the network and to receive the print job to which an identification information is associated; a print control unit (401 configured to accept and execute the received print job; a biological information acquiring unit configured to, upon accepting the print job, identify a second terminal device carried by the user based on the identification information, and to acquire a user's biological information that includes a user's heart rate from the identified second terminal device; a biological information determining unit configured to determine a result of whether the acquired user's heart rate is higher or not higher than a threshold value indicating that the user is in a hurry; and a calibration control unit configured to, if the determination result shows that the user's heart rate is higher than the threshold value, disable regularly scheduled calibration at a time of, or during execution of the accepted print job. an external interface configured to connect the image forming apparatus to the network and to receive the print job to which an identification information is associated; a print control unit (401 configured to accept and execute the received print job; a biological information acquiring unit configured to, upon accepting the print job, identify a second terminal device carried by the user based on the identification information, and to acquire a user's biological information that includes a user's heart rate from the identified second terminal device; a biological information determining unit configured to determine a result of whether the acquired user's heart rate is higher or not higher than a threshold value indicating that the user is in a hurry; and a calibration control unit configured to, if the determination result shows that the user's heart rate is higher than the threshold value, disable regularly scheduled calibration at a time of, or during execution of the accepted print job.
An electric terminal for an electric pole unit of a switching device, said electric terminal being adapted to be electrically connected to a current breaking unit of said electric pole unit and to an external conductor and being adapted to be inserted in a corresponding shaped port of an insulating housing of said electric pole unit, said electric terminal comprising one or more first coupling surfaces mating with one or more second coupling surfaces of said insulating housing, characterised in that said first and second coupling surfaces have mating dovetail or conical profiles, said first coupling surfaces abutting against said second coupling surfaces and mechanically coupling by friction with said second coupling surfaces when said electric terminal is inserted in the corresponding shaped port of said insulating housing , said electric terminal being formed by an electrically conductive body having an elongated shape with rounded edges, said electric terminal further comprising: - a first portion for electrical connection with said external conductor, said first portion protruding from said insulating housing , when said electric terminal is inserted in the corresponding shaped port of said insulating housing; - a second portion for electrical connection with said current breaking unit, said second portion being accommodated in an internal volume defined by said insulating housing, when said electric terminal is inserted in the corresponding shaped port of said insulating housing; - a third portion for mechanical connection with said insulating housing , said third portion comprising said first coupling surfaces . - a first portion for electrical connection with said external conductor, said first portion protruding from said insulating housing , when said electric terminal is inserted in the corresponding shaped port of said insulating housing; - a second portion for electrical connection with said current breaking unit, said second portion being accommodated in an internal volume defined by said insulating housing, when said electric terminal is inserted in the corresponding shaped port of said insulating housing; - a third portion for mechanical connection with said insulating housing , said third portion comprising said first coupling surfaces .
A neuromodulation customization system for use with a neuromodulation device having neuromodulation output circuitry to generate an electrotherapy field via a set of electrodes, the neuromodulation customization system comprising: a field definition user interface to facilitate entry of a customized electrotherapy field definition, the field definition user interface including a set of input controls for defining field shape, field intensity, and field steering parameters of the customized electrotherapy field; a neuromodulation signaling engine to produce commands for the neuromodulation output circuitry to control generation of a customized electrotherapy field via the set of electrodes based on the customized electrotherapy field definition; and a supervisor engine to assess compliance of the customized electrotherapy field to be generated with applicable predefined criteria, and to modify generation of the customized electrotherapy field in response to an assessed non-compliance with the criteria. a field definition user interface to facilitate entry of a customized electrotherapy field definition, the field definition user interface including a set of input controls for defining field shape, field intensity, and field steering parameters of the customized electrotherapy field; a neuromodulation signaling engine to produce commands for the neuromodulation output circuitry to control generation of a customized electrotherapy field via the set of electrodes based on the customized electrotherapy field definition; and a supervisor engine to assess compliance of the customized electrotherapy field to be generated with applicable predefined criteria, and to modify generation of the customized electrotherapy field in response to an assessed non-compliance with the criteria.
A method of characterizing spillover spreading originating from a first fluorochrome in flow cytometer data obtained for a second fluorochrome, the method comprising: partitioning fluorescent flow cytometer data comprising intensity signals collected from light emitted by a first fluorochrome and a second fluorochrome into a number of quantiles according to the intensity of the fluorescent flow cytometer data relative to the first fluorochrome; estimating with a first linear regression a zero-adjusted standard deviation for the intensity of light collected from the second fluorochrome for each of the partitioned quantiles based on the assumption that the intensity of light collected from the first fluorochrome is zero; and obtaining with a second linear regression a spillover spreading coefficient from the zero-adjusted standard deviations to characterize spillover spreading originating from the first fluorochrome in flow cytometer data obtained for the second fluorochrome. partitioning fluorescent flow cytometer data comprising intensity signals collected from light emitted by a first fluorochrome and a second fluorochrome into a number of quantiles according to the intensity of the fluorescent flow cytometer data relative to the first fluorochrome; estimating with a first linear regression a zero-adjusted standard deviation for the intensity of light collected from the second fluorochrome for each of the partitioned quantiles based on the assumption that the intensity of light collected from the first fluorochrome is zero; and obtaining with a second linear regression a spillover spreading coefficient from the zero-adjusted standard deviations to characterize spillover spreading originating from the first fluorochrome in flow cytometer data obtained for the second fluorochrome.
An electronic envelope detection circuit, including a detection stage including at least one MOS transistor (T1, T2, T5, T6, T7) configured to receive a radiofrequency input signal (SER) and to deliver an internal signal (SI) from the input signal (SER), the average gate biasing voltage of said at least one transistor (T1, T2, T5, T6, T7) being controlled by a control signal (SC), and a processing stage coupled to the detection stage and configured to deliver a low-frequency output signal (SSB) from the internal signal (SI) and to deliver the control signal (SC) from the internal signal (SI), so that the value of the control signal (SC) decreases as the average power of the input signal (SER) increases, and vice versa, characterised by the detection stage comprising a first N-type MOS transistor (T1) and a second N-type MOS transistor (T2), the drains (Dl, D2) of which are coupled together to the processing stage , and a transformer (T3V) including an input winding (EE) for receiving the input signal (SER), a first output winding (ES1) coupled to the processing stage and to the gates (G1, G2) of the first and second transistors (T1, T2), and a second output winding (ES2) coupled to the sources (S1, S2) of the first and second transistors (T1, T2), the first output winding (ES1) being arranged to receive the control signal (SC). a processing stage coupled to the detection stage and configured to deliver a low-frequency output signal (SSB) from the internal signal (SI) and to deliver the control signal (SC) from the internal signal (SI), so that the value of the control signal (SC) decreases as the average power of the input signal (SER) increases, and vice versa, characterised by the detection stage comprising a first N-type MOS transistor (T1) and a second N-type MOS transistor (T2), the drains (Dl, D2) of which are coupled together to the processing stage , and a transformer (T3V) including an input winding (EE) for receiving the input signal (SER), a first output winding (ES1) coupled to the processing stage and to the gates (G1, G2) of the first and second transistors (T1, T2), and a second output winding (ES2) coupled to the sources (S1, S2) of the first and second transistors (T1, T2), the first output winding (ES1) being arranged to receive the control signal (SC).
A soft magnetic alloy consisting of a main component having a compositional formula of (Fe (1-(α+β)) X1 α X2 β ) (1-(a+b+c)) M a B b P c , a sub component including at least C, S and Ti, and an element other than the main component and the subcomponent as an inevitable impurity, wherein XI is one or more selected from the group consisting of Co and Ni, X2 is one or more selected from the group consisting of Al, Mn, Ag, Zn, Sn, As, Sb, Bi, and rare earth elements, "M" is one or more selected from the group consisting of Nb, Hf, Zr, Ta, Mo, W, and V, 0.020 ≤ a ≤ 0.14, 0.020 ≤ b ≤ 0.20, 0 ≤ c ≤ 0.040, a ≥ 0, β ≥ 0, and 0 ≤ α + β ≤ 0.50 are satisfied, when entire said soft magnetic alloy is 100 wt%, a content of said C is 0.001 to 0.050 wt%, a content of said S is 0.001 to 0.050 wt%, and a content of said Ti is 0.005 to 0.040 wt%, when a value obtained by dividing the content of said C by the content of said S is C/S, then C/S satisfies 0.10 ≤ C/S ≤ 10, and a content of the element other than the main component and the subcomponent is 0.1 wt% or less with respect to 100 wt% of the soft magnetic alloy.
A physical downlink control channel sending method performed by a base station, wherein the method comprises: sending (S101) to a narrowband user equipment, configuration information of a first physical downlink control channel, wherein the configuration information of the first physical downlink control channel is used to indicate manners of sending and receiving the first physical downlink control channel; and sending (S102) to the narrowband user equipment, the first physical downlink control channel according to the configuration information of the first physical downlink control channel; wherein the sending configuration information of a first physical downlink control channel comprises: sending scheduling information of a random access response message to be sent on a predefined resource, wherein the scheduling information of the random access response message is used to indicate manners of sending and receiving the random access response message; and sending the random access response message according to the scheduling information of the random access response message, wherein the random access response message carries the configuration information of the first physical downlink control channel. sending (S101) to a narrowband user equipment, configuration information of a first physical downlink control channel, wherein the configuration information of the first physical downlink control channel is used to indicate manners of sending and receiving the first physical downlink control channel; and sending (S102) to the narrowband user equipment, the first physical downlink control channel according to the configuration information of the first physical downlink control channel; wherein the sending configuration information of a first physical downlink control channel comprises: sending scheduling information of a random access response message to be sent on a predefined resource, wherein the scheduling information of the random access response message is used to indicate manners of sending and receiving the random access response message; and sending the random access response message according to the scheduling information of the random access response message, wherein the random access response message carries the configuration information of the first physical downlink control channel. sending scheduling information of a random access response message to be sent on a predefined resource, wherein the scheduling information of the random access response message is used to indicate manners of sending and receiving the random access response message; and sending the random access response message according to the scheduling information of the random access response message, wherein the random access response message carries the configuration information of the first physical downlink control channel.
A solid oxide fuel cell comprising: a cathode layer; an electrolyte layer; and an anode layer, the anode layer comprising a strontium iron cobalt molybdenum (SFCM) oxide material wherein the SFCM oxide material has the formula: SrM 1 x M 2 ((1-x)/2) Mo ((1-x)/2) O 3±δ wherein: M 1 is a transition metal; M 2 is a transition metal; wherein M 1 does not equal M 2 , and neither M 1 nor M 2 is Mo; x is 0.1-0.4; and δ is 0-1. a cathode layer; an electrolyte layer; and M 1 is a transition metal; M 2 is a transition metal; wherein M 1 does not equal M 2 , and neither M 1 nor M 2 is Mo; x is 0.1-0.4; and δ is 0-1.
Tasimelteon or a pharmaceutically acceptable salt or solvate thereof for use in a method of treating a desynchronous cortisol circadian rhythm in a patient suffering from a desynchronous cortisol circadian rhythm, wherein the method comprises entraining the patient's cortisol circadian rhythm by internally administering to the patient an effective amount of tasimelteon or a pharmaceutically acceptable salt or solvate thereof.