mhurhangee/patent-ind-claim-en huggingface dataset:
An electric system for a railroad car including a switching device comprising a unit switch (70, 70A-C) which comprises a vacuum interrupter , the vacuum interrupter comprising at least a movable electrode and a fixed electrode disposed so as to face each other, the vacuum interrupter being molded with a solid insulating material, the unit switch (70, 70A-C) having two electrical connection parts on the fixed electrode side and one electrical connection part on the movable electrode side, and the unit switch (70, 70A-C) comprising a current collecting mechanism, such as a spring contact on a movable side of the vacuum interrupter , and an insulated operating rod for driving the movable electrode so as to enable opening and closing, and the insulated operating rod being on the movable electrode side, characterized in that the switching device includes three of said unit switches (70, 70A-C), wherein the three unit switches (70, 70A-C) are disposed in parallel, and one of electrical connection parts on a fixed electrode side of the each unit switch (70, 70A-C) each are electrically connected to one another by an inter-circuit connection bus , three electromagnetic operating units are disposed in parallel to and below the corresponding unit switches (70, 70A-C) so that a movable electrode of the each unit switch (70, 70A-C) is independently opened and closed, a pantograph circuit is connected to a remaining electrical connection part on the fixed electrode side of a first unit switch of the three unit switches (70, 70A-C), an AC circuit or a DC circuit is connected to the electrical connection part on the movable electrode side of the first unit switch , an arrester is connected to a remaining electrical connection part on the fixed electrode side of a second unit switch of the three unit switches (70, 70A-C), a circuit other than the one connected to the electrical connection part on the movable electrode side of the first unit switch is connected to the electrical connection part on the movable electrode side of the second unit switch , a ground circuit is connected to the electrical connection part on the movable electrode side of a third unit switch of the three unit switches (70, 70A-C), each of the electromagnetic operating units includes a power supply capacitor and a control board , and an opening and closing signal from a set of the power supply capacitor and the control board in the electromagnetic operating unit is distributed to electromagnets (30A-C) by an exclusive changeover switch .
A method for detecting and mitigating a failure condition of a propeller driven by an engine of an aircraft, the propeller having a plurality of variable pitch propeller blades , the method comprising: at a controller , obtaining one or both of an actual value of a rotational speed of the propeller and an actual value of a pitch angle of the blades ; in response to one or both of: determining, based on the actual value of the rotational speed, that the rotational speed is below a reference rotational speed for the propeller and determining, based on the actual value of the pitch angle, that the pitch angle is above a pitch angle threshold, commanding an actuator (207; 210) operatively connected to the blades to decrease the pitch angle to increase the rotational speed towards the reference rotational speed; obtaining, after the commanding of the actuator (207; 210) to decrease the pitch angle, one or both of a subsequent value of the rotational speed and a subsequent value of the pitch angle; and commanding the actuator (207; 210) to hold the pitch angle in response to one or both of: determining, based on the subsequent value of the rotational speed, that the rotational speed has failed to increase towards the reference rotational speed, and determining, based on the subsequent value of the pitch angle, that the pitch angle has failed to decrease. at a controller , obtaining one or both of an actual value of a rotational speed of the propeller and an actual value of a pitch angle of the blades ; in response to one or both of: determining, based on the actual value of the rotational speed, that the rotational speed is below a reference rotational speed for the propeller and determining, based on the actual value of the pitch angle, that the pitch angle is above a pitch angle threshold, determining, based on the actual value of the rotational speed, that the rotational speed is below a reference rotational speed for the propeller and determining, based on the actual value of the pitch angle, that the pitch angle is above a pitch angle threshold, commanding an actuator (207; 210) operatively connected to the blades to decrease the pitch angle to increase the rotational speed towards the reference rotational speed; obtaining, after the commanding of the actuator (207; 210) to decrease the pitch angle, one or both of a subsequent value of the rotational speed and a subsequent value of the pitch angle; and commanding the actuator (207; 210) to hold the pitch angle in response to one or both of: determining, based on the subsequent value of the rotational speed, that the rotational speed has failed to increase towards the reference rotational speed, and determining, based on the subsequent value of the pitch angle, that the pitch angle has failed to decrease. determining, based on the subsequent value of the rotational speed, that the rotational speed has failed to increase towards the reference rotational speed, and determining, based on the subsequent value of the pitch angle, that the pitch angle has failed to decrease.
Process for preparing a compound of formula (I) in crystalline form, characterized in that a compound of formula (I) is dissolved in at least one amide solvent and is crystallized to give a solvate by the presence of at least one antisolvent and/or by decreasing the temperature, and is subsequently filtered and dried.
A one-component composition comprising: 1) an amount of at least 40 percent by weight, based on the total weight of the coating composition, of an isocyanate functional urethane (meth)acrylate, which is a reaction product of a composition comprising: (a) a monohydric alcohol containing one or more (meth)acryloyl groups; and (b) a di- or polyisocyanate, and 2) an amount of at least 10 percent by weight and no more than 30 percent by weight, based on the total weight of the coating composition, of a polyisocyanate containing allophanate and/or uretdione groups, wherein the one-component composition has: (i) a viscosity of less than or equal to about 800 mPa.s according to ASTM Standard D 7395-07 using a Brookfield R/S Rheometer at 25°C, 100 s-1 shear rate for 2 minutes with a C-50-1 spindle, and (ii) an isocyanate content of greater than about 5% by weight, based on the weight of the one-component composition. 1) an amount of at least 40 percent by weight, based on the total weight of the coating composition, of an isocyanate functional urethane (meth)acrylate, which is a reaction product of a composition comprising: (a) a monohydric alcohol containing one or more (meth)acryloyl groups; and (b) a di- or polyisocyanate, and 2) an amount of at least 10 percent by weight and no more than 30 percent by weight, based on the total weight of the coating composition, of a polyisocyanate containing allophanate and/or uretdione groups, (i) a viscosity of less than or equal to about 800 mPa.s according to ASTM Standard D 7395-07 using a Brookfield R/S Rheometer at 25°C, 100 s-1 shear rate for 2 minutes with a C-50-1 spindle, and (ii) an isocyanate content of greater than about 5% by weight, based on the weight of the one-component composition.
An orthopedic locking screw configured for a cooperation with an implant thread of an orthopedic implant , the orthopedic locking screw comprising: a longitudinally extending shaft comprising a thread pattern section extending at least partially along the shaft , the thread pattern section comprising a first thread with a first direction and a second thread with a second direction opposite to the first direction of the first thread , the first thread being configured for the cooperation with the implant thread of the orthopedic implant and the second thread is superimposed on the first thread and intersects the first thread , characterised in that the thread pattern section comprises essentially rhombic protrusions and grooves between the essentially rhombic protrusions . a longitudinally extending shaft comprising a thread pattern section extending at least partially along the shaft , the thread pattern section comprising a first thread with a first direction and a second thread with a second direction opposite to the first direction of the first thread , the first thread being configured for the cooperation with the implant thread of the orthopedic implant and the second thread is superimposed on the first thread and intersects the first thread , characterised in that the thread pattern section comprises essentially rhombic protrusions and grooves between the essentially rhombic protrusions . characterised in that the thread pattern section comprises essentially rhombic protrusions and grooves between the essentially rhombic protrusions .
A bioreactor having a tank with at least one bioreactor compartment (1a-1c) containing a carrier medium, on the surface of which a biofilm may grow, supply means for supplying the water to be purified into the bioreactor compartment (1a-1c) from the first longitudinal end of the compartment, discharge means at the second opposite longitudinal end of the compartment (1a-1c) for discharging the processed water from the compartment (1a-1c), pipe means for supplying the reaction gas required for the purification process into the bioreactor compartment, the pipe means being positioned on the side of the basin, close to an outer wall for agitating the carrier medium and the water to be purified into a rotary motion inside the compartment, wherein in the bioreactor compartment (1a-1c), extending in its longitudinal direction, is arranged a perforated pipe , which is at a distance from the inner walls of the bioreactor compartment, the perforated pipe being mounted through the basin , such that its front end and back end are open at the basin wall or outside the basin, characterized in that a closing disc (13a-13c) is arranged inside the pipe at a point, in front of which the water is intended to pass, in the direction of flow, from the inside of the pipe to outside of the pipe through the perforations, and a guide plate (2a-2c) is arranged outside the pipe , the guide plate extending from the outer surface of the pipe by a distance forming a flow opening from the inner walls of the bioreactor compartment for guiding the water to be purified through the opening into a bioreactor space outside the pipe , from which space the purified water is arranged to enter inside the pipe through the openings in the perforated pipe and discharge from it through the outlet at the outlet end of the bioreactor compartment (1a-1c).
A multidirectional adaptive re-centering torsion isolator for placing between a substructure and superstructure, wherein comprising a flat and/or articulated slider which enables vertical load transmission, low friction and horizontal displacement capacity and which is located on top of the column of the substructure, at least two cylindrical energy dissipaters which provides displacement, recentering and damping in any of the horizontal directions, which is in a cylindrical form with enlarged ends which are retained in a diaphragm plate by the lubricated cylindrical sliding bearings 2 and that is installed to the column through within the diaphragm plate , an arm connected to the energy dissipater , a sliding block that is connected to the ends of the arm by using an installation shaft , a first cylindrical sliding bearing installed between the installation the shaft and the sliding block , a base plate that is mounted on the bottom part of the energy dissipater , a first connection plate that is connected to the side surface of the column on the diaphragm plate level and a second connection plate that is connected to the side surface of the column on the base plate level and a rail that is clamped to the superstructures such as buildings and tanks through clamping bolts and is connected to the arm to guide the motion of the arm through the low friction sliding block installed to the end of the arm wherein the arms are controlled to move along the path pre-defined by the rails regardless of the direction of the displacement exerted on the rail . at least two cylindrical energy dissipaters which provides displacement, recentering and damping in any of the horizontal directions, which is in a cylindrical form with enlarged ends which are retained in a diaphragm plate by the lubricated cylindrical sliding bearings 2 and that is installed to the column through within the diaphragm plate , an arm connected to the energy dissipater , a sliding block that is connected to the ends of the arm by using an installation shaft , a first cylindrical sliding bearing installed between the installation the shaft and the sliding block , a base plate that is mounted on the bottom part of the energy dissipater , a first connection plate that is connected to the side surface of the column on the diaphragm plate level and a second connection plate that is connected to the side surface of the column on the base plate level and a rail that is clamped to the superstructures such as buildings and tanks through clamping bolts and is connected to the arm to guide the motion of the arm through the low friction sliding block installed to the end of the arm wherein the arms are controlled to move along the path pre-defined by the rails regardless of the direction of the displacement exerted on the rail .
Biomass solid fuel stove comprising an access door and a brazier formed by a bottom grate and walls where the bottom grate is rotatable or sliding under the walls characterized in that said bottom grate is connected to the access door through connecting means so that each time the access door is opened, the connecting means make the bottom grate slide or turn under the walls .
A food processing apparatus for the cutting of foodstuff comprising: a first cutting means having a cross-sectional shape defining a first maximal external diameter and a first minimal internal diameter about a first central axis ; a second cutting means having a cross-sectional shape defining a second maximal external diameter and a second minimal internal diameter about a second central axis , the second maximal external diameter of the second cutting means being greater than or equal to the first minimal internal diameter of the first cutting means , wherein the first and second cutting means comprise a hollow central portion defined by a plurality of helical cutting formations formed around their respective central axis . a first cutting means having a cross-sectional shape defining a first maximal external diameter and a first minimal internal diameter about a first central axis ; a second cutting means having a cross-sectional shape defining a second maximal external diameter and a second minimal internal diameter about a second central axis , the second maximal external diameter of the second cutting means being greater than or equal to the first minimal internal diameter of the first cutting means , wherein the first and second cutting means comprise a hollow central portion defined by a plurality of helical cutting formations formed around their respective central axis .
A method in a user equipment, UE , the method comprising: determining (S202) a need to perform a carrier aggregation, CA, activation procedure; determining (S204) a need to perform a sounding reference signal, SRS, carrier-based switching procedure to transmit SRS on different carriers; extending (S206) a delay associated with the CA activation procedure in order to allow the UE to perform the SRS switching procedure; and performing (S208) the CA activation procedure within the extended delay. determining (S202) a need to perform a carrier aggregation, CA, activation procedure; determining (S204) a need to perform a sounding reference signal, SRS, carrier-based switching procedure to transmit SRS on different carriers; extending (S206) a delay associated with the CA activation procedure in order to allow the UE to perform the SRS switching procedure; and performing (S208) the CA activation procedure within the extended delay.
A tire comprising a tire tread comprising a bio-oil-containing rubber composition, comprising 1 to 200 phr of bio-oil produced by a recombinant cell, at least one rubber including at least one diene monomer-containing polymer or copolymer, 5 to 200 phr of at least one reinforcing filler, and a cure package, wherein the at least one rubber including at least one diene monomer-containing polymer or copolymer includes at least 51% by weight of high cis polybutadiene. 1 to 200 phr of bio-oil produced by a recombinant cell, at least one rubber including at least one diene monomer-containing polymer or copolymer, 5 to 200 phr of at least one reinforcing filler, and a cure package, wherein the at least one rubber including at least one diene monomer-containing polymer or copolymer includes at least 51% by weight of high cis polybutadiene. a cure package, wherein the at least one rubber including at least one diene monomer-containing polymer or copolymer includes at least 51% by weight of high cis polybutadiene.
A heavy duty carriage , comprising: a carriage body ; a load receiving platform mounted on a top of the carriage body ; and a plurality of caster bodies each rotatably supported by a caster shaft , the caster shaft being substantially perpendicular to a floor surface when the carriage body is placed on the floor surface, wherein each of the plurality of caster bodies has wheels rotatably supported by a lower part of the caster body , and a first external gear provided in an outer circumference of the caster body , wherein the carriage body has, in a lower part thereof, a second external gear rotatably supported by a second external gear shaft substantially perpendicular to a floor surface when the carriage body is placed on the floor surface, wherein the plurality of caster bodies interlock with each other by meshing the first external gears with the second external gear , and wherein each of the plurality of caster bodies has, on a top surface thereof, a sliding surface , characterized in that the top surface of the caster body and a lower surface of the carriage body slide at the sliding surface , wherein, when the carriage body is placed on the floor surface and outer circumferences of the wheels contact the floor surface, contact surfaces of the outer circumferences of the wheels are positioned inward of a shape of an outer circumference of the sliding surface projected on the floor surface, and wherein the carriage body , the caster shafts , and the second external gear shaft are integrally molded. a carriage body ; a load receiving platform mounted on a top of the carriage body ; and a plurality of caster bodies each rotatably supported by a caster shaft , the caster shaft being substantially perpendicular to a floor surface when the carriage body is placed on the floor surface, wherein each of the plurality of caster bodies has wheels rotatably supported by a lower part of the caster body , and a first external gear provided in an outer circumference of the caster body , wherein the carriage body has, in a lower part thereof, a second external gear rotatably supported by a second external gear shaft substantially perpendicular to a floor surface when the carriage body is placed on the floor surface, wherein the plurality of caster bodies interlock with each other by meshing the first external gears with the second external gear , and wherein each of the plurality of caster bodies has, on a top surface thereof, a sliding surface , characterized in that the top surface of the caster body and a lower surface of the carriage body slide at the sliding surface , wherein, when the carriage body is placed on the floor surface and outer circumferences of the wheels contact the floor surface, contact surfaces of the outer circumferences of the wheels are positioned inward of a shape of an outer circumference of the sliding surface projected on the floor surface, and wherein the carriage body , the caster shafts , and the second external gear shaft are integrally molded.
A washing machine with a drying apparatus , comprising: a tub ; a drum rotatably provided inside the tub to rotate around a horizontal driving shaft ; a drying apparatus provided at an upper portion of the tub , configured to introduce air from the tub , to heat the introduced air and to supply the heated air to the drum so that laundry accommodated in the drum is dried; and a control unit configured to rotate the drum alternately in a clockwise direction and a counterclockwise direction, respectively, to rotate the drum in the clockwise direction for a first time and to rotate the drum in the counterclockwise direction for a second time that is shorter than the first time when the washing machine with the drying apparatus enters a drying operation, characterized in that , the control unit is configured to decrease a difference between the first time and the second time, when a weight of the laundry is smaller than a minimum value in a predetermined reference range, and/or to increase a difference between the first time and the second time when a weight of the laundry is larger than a maximum value in a predetermined reference range, wherein the drying apparatus comprises an inlet , which is provided at a right upper portion of the tub and through which air is introduced from the tub . a tub ; a drum rotatably provided inside the tub to rotate around a horizontal driving shaft ; a drying apparatus provided at an upper portion of the tub , configured to introduce air from the tub , to heat the introduced air and to supply the heated air to the drum so that laundry accommodated in the drum is dried; and a control unit configured to rotate the drum alternately in a clockwise direction and a counterclockwise direction, respectively, to rotate the drum in the clockwise direction for a first time and to rotate the drum in the counterclockwise direction for a second time that is shorter than the first time when the washing machine with the drying apparatus enters a drying operation, characterized in that , the control unit is configured to decrease a difference between the first time and the second time, when a weight of the laundry is smaller than a minimum value in a predetermined reference range, and/or to increase a difference between the first time and the second time when a weight of the laundry is larger than a maximum value in a predetermined reference range, wherein the drying apparatus comprises an inlet , which is provided at a right upper portion of the tub and through which air is introduced from the tub .
A solid form of Compound 2: wherein 1 ≤ x ≤ 2, and wherein said compound is crystalline.
Use of a kit for inducing reprogramming of a non-neuronal cell into a neural stem cell (NSC) in vitro, wherein the kit comprises: (a) an SRY (sex determining region Y)-box 2 (SOX2) protein or a nucleic acid molecule encoding the SOX2 protein; and (b) a High Mobility Group AT-hook 2 (HMGA2) protein or a nucleic acid molecule encoding the HMGA2 protein. (a) an SRY (sex determining region Y)-box 2 (SOX2) protein or a nucleic acid molecule encoding the SOX2 protein; and (b) a High Mobility Group AT-hook 2 (HMGA2) protein or a nucleic acid molecule encoding the HMGA2 protein.