mhurhangee/patent-ind-claim-en huggingface dataset:
A nucleic acid barcoded probe, comprising: a nucleic acid arranged to form a hairpin structure having a partially-double-stranded primer-binding region, a double-stranded barcode region, a double-stranded palindromic region, and a single-stranded loop region containing a target-binding moiety, wherein a molecule that terminates polymerization is located adjacent to the double-stranded palindromic region and between the double-stranded palindromic region and the loop region.
A method (E) for detecting the ignition of a turbine engine combustion chamber , the method (E) comprising the steps of: • receiving (E11) a first measurement (MT1) of the exhaust gas temperature downstream of the combustion chamber , before an attempt to ignite said combustion chamber , • receiving (E12) a temperature threshold (ST), • receiving (E13) a secondary detection criterion (CS), • updating (E14) the temperature threshold (ST) received depending on the secondary detection criterion (CS) received, • receiving (E15) a second measurement (MT2) of the exhaust gas temperature after the attempt to ignite the combustion chamber , • comparing (E16) the updated temperature threshold (ST) and the difference between the first (MT1) and the second (MT2) measurement of the exhaust gas temperature, and • determining (E17) the ignition state of the combustion chamber , corresponding to the success or to the failure of the ignition attempt, depending on the result of the comparison step (E16). • receiving (E11) a first measurement (MT1) of the exhaust gas temperature downstream of the combustion chamber , before an attempt to ignite said combustion chamber , • receiving (E12) a temperature threshold (ST), • receiving (E13) a secondary detection criterion (CS), • updating (E14) the temperature threshold (ST) received depending on the secondary detection criterion (CS) received, • receiving (E15) a second measurement (MT2) of the exhaust gas temperature after the attempt to ignite the combustion chamber , • comparing (E16) the updated temperature threshold (ST) and the difference between the first (MT1) and the second (MT2) measurement of the exhaust gas temperature, and • determining (E17) the ignition state of the combustion chamber , corresponding to the success or to the failure of the ignition attempt, depending on the result of the comparison step (E16).
A swing/rotating gas metal arc welding torch, comprising a hollow shaft motor , a motor base , an electric brush base , a feeder panel, a coupling , a conductive rod mechanism , an electric brush and a pressing spring , wherein the motor base is a cylindrical body with convex shoulders in an outer middle part, a mounting hole for locking the coupling is formed in one side of the motor base, a step-shaped center hole which is small in top and large in bottom is formed in the motor base, and the pressing spring is mounted in a large hole of the step-shaped center hole; a cross counterbore and a center hole which is large in top and small in bottom are sequentially formed in the electric brush base from top to bottom, the electric brush is mounted in the cross counterbore , a support bearing is mounted in a large center hole , and a gas passage and/or cooling water passage is arranged in a wall of the electric brush base; the feeder panel is a cylindrical body with an upper extending shaft and a lower extending shaft , and a flange table in middle, the upper extending shaft of the feeder panel sequentially penetrates through the electric brush and the pressing spring and then is fixedly connected to the lower extending shaft of the hollow shaft motor in the motor base by means of the coupling , so that the electric brush is in tight sliding conductive contact with an upper end surface of the flange table of the feeder panel, and the lower extending shaft of the feeder panel penetrates through the support bearing and a small center hole in a bottom of the electric brush base and then is directly connected to the conductive rod mechanism or connected to the conductive rod mechanism by means of a connector mechanism ; the hollow shaft motor is fixedly mounted on an upper end surface of the motor base , the convex shoulders at the two sides of the middle of the motor base are fixedly connected to the upper end of the electric brush base by means of connecting screws, and one ends of connecting cables at the two sides of the electric brush are fixedly connected to the electric brush and another ends of the connecting cables are connected to cable fasteners fixed to the convex shoulders of the motor base ; and the conductive rod mechanism is a modulating eccentric conductive rod mechanism or a modulating curved conductive rod mechanism or an extendable and retractable eccentric conductive rod mechanism or an extendable and retractable curved conductive rod mechanism.
A double-stranded ribonucleic acid (dsRNA) for inhibiting expression of complement factor B (CFB) in a cell, wherein said dsRNA comprises a sense strand and an antisense strand, the antisense strand comprising a region of complementarity which comprises 19 to 23 nucleotides from the antisense sequence of (a) SEQ ID NO: 72 or 74; or (b) SEQ ID NO: 164 or 166, wherein each strand is 19 to 25 nucleotides in length. (a) SEQ ID NO: 72 or 74; or (b) SEQ ID NO: 164 or 166,
A fusing fabric used for thermal fusion of a plurality of plies of fabric, the fusing fabric comprising at least partially fusible fibers comprised of a resin that has a melting point of 150°C or lower, measured according to JIS K7121 with the differential scanning calorimeter (DSC-60) made from Shimadzu Corporation at the temperature increase rate of 10 degree-C / min, and wherein indium and lead were used for temperature calibration, and wherein the melting peak temperature (Tpm) referred to in the above JIS was determined from the 2nd run chart, and this TPm was taken as the melting point, and having an air permeability (V) of 1000 cm 3 /cm 2 ·s or more to 10000 cm 3 /cm 2 ·s or less, measured using a KES-F8-AP1 air permeability tester manufactured by Katotec Co., and the value of the air permeability being calculated by the formula V = 124.55 / (R × 10), wherein the fusible fibers are modified ethylene vinyl alcohol copolymer fibers or modified polyamide fibers.
A system for determining drug administration information, the system comprising an electronic device , wherein the electronic device comprises: an input device to provide user input of feed forward information having a first parameter component and a second parameter component into a graphical user interface , wherein the feed forward information contains an estimate of a carbohydrate content of a meal or snack, corresponding to an amount of carbohydrates that a patient is about to ingest, is ingesting, or has recently ingested, used as the first parameter, as well as an estimate of a speed of overall glucose absorption from the meal by the patient, used as the second parameter, a data storage device having stored therein a map correlating values of the first and second parameter components to drug administration information, and a processor responsive to said user input of the feed forward information to determine corresponding drug administration information according to the map. an input device to provide user input of feed forward information having a first parameter component and a second parameter component into a graphical user interface , wherein the feed forward information contains an estimate of a carbohydrate content of a meal or snack, corresponding to an amount of carbohydrates that a patient is about to ingest, is ingesting, or has recently ingested, used as the first parameter, as well as an estimate of a speed of overall glucose absorption from the meal by the patient, used as the second parameter, a data storage device having stored therein a map correlating values of the first and second parameter components to drug administration information, and a processor responsive to said user input of the feed forward information to determine corresponding drug administration information according to the map.
A handle, comprising: a main body , wherein the main body comprises an inner cavity, and the main body comprises an opening communicated with the inner cavity; a key assembly, wherein the key assembly is rotatably mounted in the inner cavity, the key assembly is movable along an axial direction of the opening, and a part of the key assembly protrudes from the opening; and a resetting piece, wherein the resetting piece is connected to the key assembly and the main body separately, wherein a plurality of snap slots are disposed on one of an inner wall of the inner cavity or a sidewall of the key assembly, the sidewall faces the inner wall, the plurality of snap slots are distributed along a rotation direction of the key assembly, at least one snap buckle is disposed on the other of the inner wall of the inner cavity or the sidewall of the key assembly, and the snap buckle and the snap slot are in limiting fit with each other in the rotation direction of the key assembly; in a case that the snap buckle is in a first position, the resetting piece is in a first state, the snap slot disengages from the snap buckle , and the key assembly is rotatable relative to the main body ; and in a case that the snap buckle is in a second position, the resetting piece is in a second state, the snap slot engages with the snap buckle , and the key assembly is fixed relative to the main body . a main body , wherein the main body comprises an inner cavity, and the main body comprises an opening communicated with the inner cavity; a key assembly, wherein the key assembly is rotatably mounted in the inner cavity, the key assembly is movable along an axial direction of the opening, and a part of the key assembly protrudes from the opening; and a resetting piece, wherein the resetting piece is connected to the key assembly and the main body separately, wherein a plurality of snap slots are disposed on one of an inner wall of the inner cavity or a sidewall of the key assembly, the sidewall faces the inner wall, the plurality of snap slots are distributed along a rotation direction of the key assembly, at least one snap buckle is disposed on the other of the inner wall of the inner cavity or the sidewall of the key assembly, and the snap buckle and the snap slot are in limiting fit with each other in the rotation direction of the key assembly; in a case that the snap buckle is in a first position, the resetting piece is in a first state, the snap slot disengages from the snap buckle , and the key assembly is rotatable relative to the main body ; and in a case that the snap buckle is in a second position, the resetting piece is in a second state, the snap slot engages with the snap buckle , and the key assembly is fixed relative to the main body .
A method for preparing a negative electrode active material comprising: (a) preparing a coating composition comprising a precursor of a metal-phosphorous-oxynitride; (b) forming a precursor layer on a negative electrode active material with the coating composition of (a) using a solution process; and (c) forming a metal-phosphorous-oxynitride protective layer on the negative electrode active material by heat treating the negative electrode active material having the precursor layer formed thereon, the heat treatment being carried out in a temperature range of 150°C or higher and lower than 500°C; wherein the precursor of a metal-phosphorous-oxynitride is prepared by a reaction of a compound comprising a phosphorous-nitrogen bond with a metal salt compound, the compound comprising a phosphorous-nitrogen bond comprising at least one selected from the compounds represented by the following Chemical Formulae 1 to 3: wherein each X 1 is the same or different from each other and each independently is OR 1 , F, Cl, Br or I, wherein R 1 is an alkyl group having 1 to 5 carbon atoms; wherein R 2 and R 3 are the same or different from each other and each independently is an alkyl group having 1 to 10 carbon atoms or an aryl group having 6 to 20 carbon atoms; wherein each X 2 is the same or different from each other and each independently is R 4 , OR 5 , NR 6 R 7 , F, Cl, Br or I, wherein R 4 to R 7 are the same or different from each other and each independently is an alkyl group having 1 to 10 carbon atoms or an aryl group having 6 to 20 carbon atoms and n is an integer of 100 to 100,000. (a) preparing a coating composition comprising a precursor of a metal-phosphorous-oxynitride; (b) forming a precursor layer on a negative electrode active material with the coating composition of (a) using a solution process; and (c) forming a metal-phosphorous-oxynitride protective layer on the negative electrode active material by heat treating the negative electrode active material having the precursor layer formed thereon, the heat treatment being carried out in a temperature range of 150°C or higher and lower than 500°C; wherein the precursor of a metal-phosphorous-oxynitride is prepared by a reaction of a compound comprising a phosphorous-nitrogen bond with a metal salt compound, the compound comprising a phosphorous-nitrogen bond comprising at least one selected from the compounds represented by the following Chemical Formulae 1 to 3: wherein each X 1 is the same or different from each other and each independently is OR 1 , F, Cl, Br or I, wherein R 1 is an alkyl group having 1 to 5 carbon atoms; wherein R 2 and R 3 are the same or different from each other and each independently is an alkyl group having 1 to 10 carbon atoms or an aryl group having 6 to 20 carbon atoms; wherein each X 2 is the same or different from each other and each independently is R 4 , OR 5 , NR 6 R 7 , F, Cl, Br or I, wherein R 4 to R 7 are the same or different from each other and each independently is an alkyl group having 1 to 10 carbon atoms or an aryl group having 6 to 20 carbon atoms and n is an integer of 100 to 100,000.
A compound characterized by reducing or inhibiting the activity and/or expression of CD36, for use in the treatment and/or prevention of oral squamous cell cancer (OSCC) metastasis in a mammal.
A generator arrangement , comprising: a generator ; a pneumatic turbine operably connected to the generator ; and a gas turbine engine compressor section in fluid communication with the pneumatic turbine , and characterized by further comprising a coolant conduit fluidly connecting the pneumatic turbine with the generator, the coolant conduit providing an expanded bleed air flow discharged by the pneumatic turbine as a coolant flow for cooling the generator. a generator ; a pneumatic turbine operably connected to the generator ; and a gas turbine engine compressor section in fluid communication with the pneumatic turbine , and characterized by further comprising a coolant conduit fluidly connecting the pneumatic turbine with the generator, the coolant conduit providing an expanded bleed air flow discharged by the pneumatic turbine as a coolant flow for cooling the generator.
Beverage machine device, in particular coffee machine device, with at least one fluid channel (12; 12b) comprising at least one main flux channel (20; 20b) and with at least one valve unit (14; 14b) which comprises at least one valve element (16; 16b), having at least one pressure control surface (18; 18b), and which is configured to open and/or close the main flux channel (20; 20b), at least depending on a fluid pressure acting on the pressure control surface (18; 18b), by moving the valve element (16; 16b), the pressure control surface (18; 18b) being arranged outside the main flux channel (20; 20b), the fluid channel (12; 12b) comprising at least one pressure duct (34; 34b) branching off the main flux channel (20; 20b) and leading to the pressure control surface , the beverage machine device comprising a brewing unit (36; 36b) that is arranged inside the main flux channel (20; 20b), the pressure duct (34; 34b) bridging the brewing unit (36; 36b), characterised in that the valve unit (14; 14b) is in at least one operating state configured to regulate a fluid pressure within the main flux channel (20; 20b) to a value that is at least substantially constant.
A gas turbine engine defining an axial centerline , the gas turbine engine comprising: a core in flow communication with a fan ; and a nacelle assembly enclosing the fan and at least a portion of the core to define a bypass passage with the core , the nacelle assembly comprising a thrust reverser system , and the thrust reverser system comprising: a frame member ; a forward ring movable along the axial centerline relative to the frame member between a first position and a second position; and a cascade segment slidably attached to the frame member and rotatably attached to the forward ring such that when the forward ring is in the first position the cascade segment is positioned outside the bypass passage and when the forward ring is in the second position the cascade segment is positioned at least partially within the bypass passage ; characterized in that : the cascade segment includes an axial frame and a slider , wherein the slider is slidably connected to the axial frame, and wherein the slider is rotatably attached to the frame member of the thrust reverser system . a core in flow communication with a fan ; and a nacelle assembly enclosing the fan and at least a portion of the core to define a bypass passage with the core , the nacelle assembly comprising a thrust reverser system , and the thrust reverser system comprising: a frame member ; a forward ring movable along the axial centerline relative to the frame member between a first position and a second position; and a cascade segment slidably attached to the frame member and rotatably attached to the forward ring such that when the forward ring is in the first position the cascade segment is positioned outside the bypass passage and when the forward ring is in the second position the cascade segment is positioned at least partially within the bypass passage ; a frame member ; a forward ring movable along the axial centerline relative to the frame member between a first position and a second position; and a cascade segment slidably attached to the frame member and rotatably attached to the forward ring such that when the forward ring is in the first position the cascade segment is positioned outside the bypass passage and when the forward ring is in the second position the cascade segment is positioned at least partially within the bypass passage ;
Heat exchanger of the plate and fin type for bringing into a heat exchange relationship at least one refrigerant fluid and one calorigenic fluid, said heat exchanger comprising a plurality of plates arranged parallel to one another and to a longitudinal direction (z) so as to define a plurality of passages between said plates , at least one passage being formed between two adjacent plates and comprising at least one heat exchange structure equipped with at least one series of fins , said fins extending parallel to the longitudinal direction (z) and following one another in a lateral direction (x) which is orthogonal to the longitudinal direction (z) and parallel to the plates , such that the fins , within the passage , define channels suitable for the flow of the refrigerant fluid or the calorigenic fluid parallel to the longitudinal direction (z), at least one fin having, over at least part of its surface, a surface texturing in the form of striations arranged parallel to the longitudinal direction (z), characterized in that the striations are arranged periodically with a period of between 0.1 and 2 mm, the surface texturing being such that the ratio between the height of the fins and the period of the striations is between 5 and 20, the height of the fins being measured orthogonally to the plates .
Machine for washing and/or sterilizing loose products comprising a treatment chamber provided with at least one loading and/or unloading aperture and containing a rotating drum provided with a plurality of angular compartments , said machine comprising at least one drum actuation element , provided with a drive shaft , configured to make the rotating drum rotate around an axis of rotation (X), characterized in that said machine comprises: - at least one automatic angular detection unit configured to supply a signal relating to the angular position of a predefined angular compartment of the rotating drum in relation to the position of the at least one loading and/or unloading aperture; - at least one control unit configured to: i) receive, from the automatic angular detection unit , the signal relating to the angular position of an angular compartment , thereby obtaining said corresponding reference position of the rotating drum ; ii) command said drum actuation element in order to make the rotating drum rotate to search for said reference position of the rotating drum and dispose and maintain the rotating drum in said reference position of the rotating drum . - at least one automatic angular detection unit configured to supply a signal relating to the angular position of a predefined angular compartment of the rotating drum in relation to the position of the at least one loading and/or unloading aperture; - at least one control unit configured to: i) receive, from the automatic angular detection unit , the signal relating to the angular position of an angular compartment , thereby obtaining said corresponding reference position of the rotating drum ; ii) command said drum actuation element in order to make the rotating drum rotate to search for said reference position of the rotating drum and dispose and maintain the rotating drum in said reference position of the rotating drum . i) receive, from the automatic angular detection unit , the signal relating to the angular position of an angular compartment , thereby obtaining said corresponding reference position of the rotating drum ; ii) command said drum actuation element in order to make the rotating drum rotate to search for said reference position of the rotating drum and dispose and maintain the rotating drum in said reference position of the rotating drum .
A method of coupling a cuff to an inflation lumen for an endotracheal tube , comprising: a) providing an endotracheal tube having an inflation lumen defined therein, a resistant material positioned around at least a portion of the endotracheal tube , and a sleeve positioned around at least a portion of the resistant material ; b) cutting a first hole through the sleeve and the resistant material at a location proximate to the inflation lumen ; c) cutting a second hole partially through the endotracheal tube , the second hole defined within the first hole , the second hole being cut partially through the airway tube into the underlying inflation lumen ; d) inserting a stopper plug into the second hole and applying an adhesive around the stopper plug along a perimeter of the first hole ; e) removing the stopper plug and coupling the cuff along the endotracheal tube to fluidly couple the cuff to the inflation lumen through the second hole . a) providing an endotracheal tube having an inflation lumen defined therein, a resistant material positioned around at least a portion of the endotracheal tube , and a sleeve positioned around at least a portion of the resistant material ; b) cutting a first hole through the sleeve and the resistant material at a location proximate to the inflation lumen ; c) cutting a second hole partially through the endotracheal tube , the second hole defined within the first hole , the second hole being cut partially through the airway tube into the underlying inflation lumen ; d) inserting a stopper plug into the second hole and applying an adhesive around the stopper plug along a perimeter of the first hole ; e) removing the stopper plug and coupling the cuff along the endotracheal tube to fluidly couple the cuff to the inflation lumen through the second hole .