mhurhangee/ep-ind-claims huggingface dataset:
A ductal instrument intended to prepare a housing for a pivot inside dental roots including: - a working part extending along a longitudinal axis, - a frustoconical enclosure of the working part having, along a cross-section, a section of the type comprising an anterior curve portion and a posterior curve portion united by two lateral curve portions, a curve radius of the anterior portion being larger than or equal to a curve radius of the posterior portion, - a helical strip extending from a heel to a tip of the working part or a plurality of strips distributed along the working part, each strip extending in a plane not parallel to the longitudinal axis and preferably in a plane substantially perpendicular to the longitudinal axis, allowing cutting of ductal walls during an alternating longitudinal movement of said instrument, - said enclosure comprising an anterior face and a posterior face united by two lateral faces, the anterior face and the posterior face corresponding to the zones of the enclosure furthest from one another, and in which said strips are deeper and more active on the anterior and posterior faces relative to said strips present on the lateral faces. - a working part extending along a longitudinal axis, - a frustoconical enclosure of the working part having, along a cross-section, a section of the type comprising an anterior curve portion and a posterior curve portion united by two lateral curve portions, a curve radius of the anterior portion being larger than or equal to a curve radius of the posterior portion, - a helical strip extending from a heel to a tip of the working part or a plurality of strips distributed along the working part, each strip extending in a plane not parallel to the longitudinal axis and preferably in a plane substantially perpendicular to the longitudinal axis, allowing cutting of ductal walls during an alternating longitudinal movement of said instrument, - said enclosure comprising an anterior face and a posterior face united by two lateral faces, the anterior face and the posterior face corresponding to the zones of the enclosure furthest from one another, and in which said strips are deeper and more active on the anterior and posterior faces relative to said strips present on the lateral faces.
A refractory coating material consisting of: low biopersistent inorganic fibers; an organic binder; a colloidal inorganic oxide; a silica-containing compound comprising silicon dioxide powder, quartz, rice hull ash, oat bran ash, wheat chaff ash, or a combination thereof; a gelling agent; and optionally, water. low biopersistent inorganic fibers; an organic binder; a colloidal inorganic oxide; a silica-containing compound comprising silicon dioxide powder, quartz, rice hull ash, oat bran ash, wheat chaff ash, or a combination thereof; a gelling agent; and optionally, water.
A transmission timing adjustment method, comprising: receiving, by user equipment, UE, a timing advance, TA, quantized value from a base station, wherein quantization precision of the TA quantized value is M * Ts, M is a positive integer less than 16, and Ts has a value of 1/30.72 μs; determining, by the UE, a transmission timing adjustment amount according to the TA quantized value; and performing, by the UE, uplink transmission timing adjustment according to the transmission timing adjustment amount. receiving, by user equipment, UE, a timing advance, TA, quantized value from a base station, wherein quantization precision of the TA quantized value is M * Ts, M is a positive integer less than 16, and Ts has a value of 1/30.72 μs; determining, by the UE, a transmission timing adjustment amount according to the TA quantized value; and performing, by the UE, uplink transmission timing adjustment according to the transmission timing adjustment amount.
Household appliance having a control apparatus, in particular having a hob control apparatus, which has a removable control means (14a - 14g) and a control means support unit (10a - 10g) which has at least one functional field (12a - 12g), which is provided for the detachable coupling with the removable control means (14a - 14g) and on which the control means (14a - 14g) rests at least partially in a functionally coupled state and which, in a functional state, is arranged in at least one control means receiving area (62a - 62g) of the control means support unit (10a - 10g), wherein the control means support unit (10a - 10g) has at least one functional means receiving area (60a - 60d; 60e; 60f; 60g) which is intentionally provided for receiving a sensor means for the control means (14a - 14g), characterised in that the control means (14a - 14g) can be inserted into the control means receiving area (62a - 62g) so that this is delimited at least partially to the side by the control means support unit (10a - 10g) and the functional means receiving area (60a - 60d; 60e, 61e; 60f; 60g) is arranged laterally adjacent to the control means receiving area (62a - 62g), wherein the control means support unit (10a - 10g) has at least one magnet means (64a - 64g), wherein the magnet means (64a - 64g) extends at least in the manner of an annular segment in the peripheral direction (68a - 68g) of the functional field (12a - 12e; 66f; 12g).
A feed unit for flat components, such as sheet metal parts or metal plates, to a bending machine of a bending unit, comprising - a frame-like support structure; - a vacuum gripper for flat components, comprising a support part, at least one support part element, a plurality of first suction elements, which plurality of first suction elements are arranged at the at least one support part element and define a first suction plane, - a portal-like guiding structure for the vacuum gripper, which guiding structure is associated with the frame-like support structure; - a conveyor section running in the lateral parts of the frame-like support structure; characterized in that - the vacuum gripper additionally comprises at least one bearing assembly and at least one actuating assembly, wherein the at least one support part element is pivotably mounted at the support part by means of the at least one actuating assembly about the at least one bearing assembly, and - the vacuum gripper with a plurality of second suction elements is arranged at the support part, wherein the plurality of second suction elements define a second suction plane, and wherein the at least one support part element with its first suction plane defined by the plurality of first suction elements can be pivoted about the at least one bearing assembly from a standby position that is at an angle relative to the second suction plane into a working position that is congruous with the second suction plane, and vice versa; and - the conveyor elements forming the conveyor section are retractable and extendable relative to a storage unit. - a frame-like support structure; - a vacuum gripper for flat components, comprising a support part, at least one support part element, a plurality of first suction elements, which plurality of first suction elements are arranged at the at least one support part element and define a first suction plane, - a portal-like guiding structure for the vacuum gripper, which guiding structure is associated with the frame-like support structure; - a conveyor section running in the lateral parts of the frame-like support structure; characterized in that - the vacuum gripper additionally comprises at least one bearing assembly and at least one actuating assembly, wherein the at least one support part element is pivotably mounted at the support part by means of the at least one actuating assembly about the at least one bearing assembly, and - the vacuum gripper with a plurality of second suction elements is arranged at the support part, wherein the plurality of second suction elements define a second suction plane, and wherein the at least one support part element with its first suction plane defined by the plurality of first suction elements can be pivoted about the at least one bearing assembly from a standby position that is at an angle relative to the second suction plane into a working position that is congruous with the second suction plane, and vice versa; and - the conveyor elements forming the conveyor section are retractable and extendable relative to a storage unit.
A fault tolerant synchronous rectifier PWM regulator system comprising: a force commutated synchronous rectifier (S1,100) operable to be coupled to an electrical bus; a low side switch operable to be coupled to a common ground; a first fuse coupled to the force commutated synchronous rectifier and the low side switch, and operable to open in response to a first fault; an inductor coupled to the first fuse, the force commutated synchronous rectifier, and the low side switch; a second fuse coupled to the inductor and operable to be coupled to a current source 'Isp', and operable to open in response to a second fault; and a bypass rectifier coupled to the second fuse, the electrical bus and the force commutated synchronous rectifier, and operable to be coupled to the current source, wherein the bypass rectifier is operable to bypass current from the current source to the electrical bus if the second fuse is open. a force commutated synchronous rectifier (S1,100) operable to be coupled to an electrical bus; a low side switch operable to be coupled to a common ground; a first fuse coupled to the force commutated synchronous rectifier and the low side switch, and operable to open in response to a first fault; an inductor coupled to the first fuse, the force commutated synchronous rectifier, and the low side switch; a second fuse coupled to the inductor and operable to be coupled to a current source 'Isp', and operable to open in response to a second fault; and a bypass rectifier coupled to the second fuse, the electrical bus and the force commutated synchronous rectifier, and operable to be coupled to the current source, wherein the bypass rectifier is operable to bypass current from the current source to the electrical bus if the second fuse is open.
An implantable medical device, comprising: a connector enclosure including a base plate having an aperture, the connector enclosure housing at least one electrical connector; a can coupled to the base plate, the can housing electrical circuitry; a filter capacitor coupled to the base plate, the filter capacitor having an aperture and having capacitor forming plates including a ground plate, the ground plate being electrically coupled to the can; and a feedthrough pin electrically coupled to the electrical connector within the connector enclosure, the feedthrough pin extending through the aperture in the base plate and being electrically coupled to at least one filter capacitor; characterized by a support body having a coupling to the base plate, the support body having a conductor passing through, the conductor having a first end extending from the support body on one side and a second end extending from the support body on another side, the first end being electrically coupled to the filter capacitor and the feedthrough pin and the second end extending into the can and being electrically coupled to the electrical circuitry. a connector enclosure including a base plate having an aperture, the connector enclosure housing at least one electrical connector; a can coupled to the base plate, the can housing electrical circuitry; a filter capacitor coupled to the base plate, the filter capacitor having an aperture and having capacitor forming plates including a ground plate, the ground plate being electrically coupled to the can; and a feedthrough pin electrically coupled to the electrical connector within the connector enclosure, the feedthrough pin extending through the aperture in the base plate and being electrically coupled to at least one filter capacitor; characterized by a support body having a coupling to the base plate, the support body having a conductor passing through, the conductor having a first end extending from the support body on one side and a second end extending from the support body on another side, the first end being electrically coupled to the filter capacitor and the feedthrough pin and the second end extending into the can and being electrically coupled to the electrical circuitry.
A method for producing phosphorus pentafluoride, comprising mixing and reacting phosphorus trichloride and chlorine with a large excess of anhydrous hydrogen fluoride liquid, thereby producing phosphorus pentafluoride, wherein a reaction temperature when mixing hydrogen fluoride with phosphorus trichloride and chlorine, thereby producing phosphorus pentafluoride, is -10 to 19°C, the amount of anhydrous hydrogen fluoride is 80 moles or more, with respect to 1 mole of phosphorus trichloride that is mixed with the hydrogen fluoride, and hydrogen fluoride in an amount corresponding to a decrease in a height of a liquid surface of the anhydrous hydrogen fluoride is supplied while heat of reaction generated through the production of phosphorus pentafluoride is removed with latent heat of evaporation of hydrogen fluoride. wherein a reaction temperature when mixing hydrogen fluoride with phosphorus trichloride and chlorine, thereby producing phosphorus pentafluoride, is -10 to 19°C, the amount of anhydrous hydrogen fluoride is 80 moles or more, with respect to 1 mole of phosphorus trichloride that is mixed with the hydrogen fluoride, and hydrogen fluoride in an amount corresponding to a decrease in a height of a liquid surface of the anhydrous hydrogen fluoride is supplied while heat of reaction generated through the production of phosphorus pentafluoride is removed with latent heat of evaporation of hydrogen fluoride.
A method for preparing an end site-specific macromolecule-bile acid oligomer conjugate, comprising: (a) preparing a bile acid oligomer by oligomerization of two or more bile acid monomers; and (b) conjugating the bile acid oligomer prepared in step (a) to the terminal site of a macromolecule; wherein the macromolecule is a polysaccharide.
A charging apparatus for a vehicle, the vehicle being equipped with a first power supply storing power for operating a motor for driving the vehicle, a second power supply storing power for operating auxiliary machinery of the vehicle, and a connector configured to be connectable to an external power supply external to the vehicle, the charging apparatus comprising: a first converter converting power from a first electric path between said first power supply and said motor and supplying the converted power to said second power supply; a second converter having a lower rated power than that of said first converter, converting power from a second electric path between said first power supply and said connector, and supplying the converted power to said second power supply; and characterized by comprising a control device controlling said second converter, where it is determined that the first converter is abnormal, said control device is configured to perform precharging causing said second converter to operate such that said second power supply has a greater voltage or amount of power stored than when said first converter is normal. a first converter converting power from a first electric path between said first power supply and said motor and supplying the converted power to said second power supply; a second converter having a lower rated power than that of said first converter, converting power from a second electric path between said first power supply and said connector, and supplying the converted power to said second power supply; and characterized by comprising a control device controlling said second converter, where it is determined that the first converter is abnormal, said control device is configured to perform precharging causing said second converter to operate such that said second power supply has a greater voltage or amount of power stored than when said first converter is normal.
Brake system operated by a pressurised medium in a vehicle or a tractor vehicle/trailer combination, including a parking-brake means provided with a parking brake signal generator that controls an electronic controller for an electro-pneumatic valve means by means of electrical signals, which valve means applies pressurised medium on at least one actuator of a wheel brake or relieves it from pressurised medium, with at least two operating states of the brakes of the vehicle or the tractor vehicle/trailer combination being established as a function of an actuation of said parking-brake signal generator, wherein said electro-pneumatic valve means includes at least one gate valve (6; 6a, 6b; 6c) controlled directly or indirectly by said electronic controller and stable in relation to at least two positions of a valve side, with the operating states of the brakes being adjustable as a function of the position of said valve gate and with said gate valve (6; 6a; 6b; 6c) being so designed that said valve gate maintains stably its position it has taken last in the event of failure in said electronic controller, characterised in that said electro-pneumatic valve means comprises, on the one hand, a connector (20, 20a) for a trailer control valve means and a connector for a parking brake of the tractor vehicle, and that said gate valve (6; 6a) has a tri-stable design wherein a first stable position of said valve gate is associated with a parked state of the tractor vehicle/trailer combination, in which a parking brake of the tractor vehicle is applied and a service brake of the trailer is applied or released, a second stable position of said valve gate is associated a driving state of the tractor vehicle/trailer combination, in which the brakes of the tractor vehicle and of the trailer are released, and a third stable position of said valve gate is associated with an emergency braking state of the tractor vehicle/trailer combination, in which the parking brake of the tractor vehicle and the service brake of the trailer are applied in the case of failure of the service brake.
A power reception device, comprising: a vehicle-side resonant portion mountable on a vehicle and resonating, through an electromagnetic field, with a facility-side resonant portion provided in an external facility; and a vehicle-side support including a first support member supporting said vehicle-side resonant portion, and a second support member spaced apart from said vehicle-side resonant portion and supporting said first support member, wherein the dielectric tangent of said first support member is smaller than the dielectric tangent of said second support member, said vehicle-side resonant portion includes a first resonant coil formed by winding a first coil wire, said second support member includes a circumferential surface extending along said first resonant coil, and said first support member includes a plurality of vehicle-side support pieces provided on said circumferential surface of said second support member, spaced apart from one another in the length direction of said first coil wire, and supporting said first resonant coil. a vehicle-side resonant portion mountable on a vehicle and resonating, through an electromagnetic field, with a facility-side resonant portion provided in an external facility; and a vehicle-side support including a first support member supporting said vehicle-side resonant portion, and a second support member spaced apart from said vehicle-side resonant portion and supporting said first support member, wherein the dielectric tangent of said first support member is smaller than the dielectric tangent of said second support member, said vehicle-side resonant portion includes a first resonant coil formed by winding a first coil wire, said second support member includes a circumferential surface extending along said first resonant coil, and said first support member includes a plurality of vehicle-side support pieces provided on said circumferential surface of said second support member, spaced apart from one another in the length direction of said first coil wire, and supporting said first resonant coil.
A control device that controls a plurality of control targets comprising: a main memory; a region assignment means configured to assign in the main memory, program holding regions respectively corresponding to equipment types of the control targets and data regions respectively corresponding to the control targets; a loading means configured to load control programs into the program holding regions; and a program execution means configured to execute the control programs, wherein the control programs are made re-entrant, and the control program written into each of the program holding regions is shared among respective controls of the control targets of the same equipment type, the control device being characterized in that the plurality of control targets include a plurality of indoor units (A1, A2), the data regions are input/output data regions, an output state management region for respectively storing an association between the indoor units (A1, A2) and output states is further assigned in the main memory, the input/output data region corresponding to the indoor units (A1, A2) is divided into input data regions and output data regions, the input data regions are respectively provided to correspond to the indoor units (A1, A2), the output data regions are respectively provided to correspond to the output states corresponding to the indoor units (A1, A2), and the indoor units (A1, A2) corresponding to the same registered output state in the output management region share the output data region corresponding to the output state. a main memory; a region assignment means configured to assign in the main memory, program holding regions respectively corresponding to equipment types of the control targets and data regions respectively corresponding to the control targets; a loading means configured to load control programs into the program holding regions; and a program execution means configured to execute the control programs, wherein the control programs are made re-entrant, and the control program written into each of the program holding regions is shared among respective controls of the control targets of the same equipment type, the control device being characterized in that the plurality of control targets include a plurality of indoor units (A1, A2), the data regions are input/output data regions, an output state management region for respectively storing an association between the indoor units (A1, A2) and output states is further assigned in the main memory, the input/output data region corresponding to the indoor units (A1, A2) is divided into input data regions and output data regions, the input data regions are respectively provided to correspond to the indoor units (A1, A2), the output data regions are respectively provided to correspond to the output states corresponding to the indoor units (A1, A2), and the indoor units (A1, A2) corresponding to the same registered output state in the output management region share the output data region corresponding to the output state.