mhurhangee/ep-ind-claims huggingface dataset:
A process for quenching at least a portion of a hot metal part comprised of a Martensitic metal composition having a surface area, a surface temperature, and a critical cooling rate, comprising the steps of: a. at an initial moment, contacting at least a portion of the part surface area at with an aqueous quenchant wherein the aqueous quenchant contacts the portion of the part surface area at an impact pressure greater than a vapor pressure of the aqueous quenchant at the surface temperature of the portion of the part surface area; and b. removing the aqueous quenchant at the surface of the metal part through mutiple quenchant removal nozzles which provide a force directing the quenchant away from the at least portion of the surface area, and c. bringing new quenchant into contact with the least a portion of the surface area thus causing a controlled quenchant renewal, d. reducing the surface temperature of the hot metal part at a cooling rate greater than or equal to the critical cooling rate, wherein the cooling rate is maintained for at least the time corresponding to an inflection point of a TTT diagram characterizing the Martensitic metal composition, further wherein the quenchant removal nozzles are attached to the inlet of a pump or have a vacuum placed on them so that the pressure at the quenchant removal nozzle is less than the pressure at the surface of the metal part. a. at an initial moment, contacting at least a portion of the part surface area at with an aqueous quenchant wherein the aqueous quenchant contacts the portion of the part surface area at an impact pressure greater than a vapor pressure of the aqueous quenchant at the surface temperature of the portion of the part surface area; and b. removing the aqueous quenchant at the surface of the metal part through mutiple quenchant removal nozzles which provide a force directing the quenchant away from the at least portion of the surface area, and c. bringing new quenchant into contact with the least a portion of the surface area thus causing a controlled quenchant renewal, d. reducing the surface temperature of the hot metal part at a cooling rate greater than or equal to the critical cooling rate, wherein the cooling rate is maintained for at least the time corresponding to an inflection point of a TTT diagram characterizing the Martensitic metal composition, further wherein the quenchant removal nozzles are attached to the inlet of a pump or have a vacuum placed on them so that the pressure at the quenchant removal nozzle is less than the pressure at the surface of the metal part.
A tissue fastener production method adapted to clamp two living tissues together by bringing the two living tissues into close contact with each other, the method being performed outside the human or animal body, wherein the method comprises the steps of: fixing one end of a wire material made of a metal to a shaft body, and winding the wire material around an outer periphery of the shaft body while twisting the wire material round an axis of the wire material, thereby forming a coil on which a predetermined force is exerted in an axial direction of the coil, after the step of forming the coil, heat treating the wire material to impart superelasticity to the wire material; and after the step of heat treating, deforming the wire material to which the superelasticity is imparted in a range in which the wire material is elastically deformable, and changing an arrangement of loops (1-1 to 1-7) of the wire material of the coil wound in the step of forming the coil to new arrangement of loops (1-1 to 1-7) so as to reverse the arrangement of the loops and obtain an initial tension corresponding to the predetermined force.
A door operation system, comprising: a base constituting a part of a wall separating a conveyance space from an external space; an opening portion provided in the base, a door configured to open and close the opening portion and to fix and release a lid member with respect to a container accommodating therein an article; a first seal member for sealing between the base and the container; a second seal member for sealing between the base and the door; a sealed space (Sd) defined by at least the first seal member, the second seal member, the lid member, and the door while the container is in contact with the opening portion via the first seal member; said door operation system being characterized in that said door is provided with a first gas injection unit and with a first gas discharge unit, wherein: said first gas injection unit is configured to inject a gas into the sealed space; and said first gas discharge unit is configured to discharge a gas from the sealed space. a base constituting a part of a wall separating a conveyance space from an external space; an opening portion provided in the base, a door configured to open and close the opening portion and to fix and release a lid member with respect to a container accommodating therein an article; a first seal member for sealing between the base and the container; a second seal member for sealing between the base and the door; a sealed space (Sd) defined by at least the first seal member, the second seal member, the lid member, and the door while the container is in contact with the opening portion via the first seal member; said door operation system being characterized in that said door is provided with a first gas injection unit and with a first gas discharge unit, wherein: said first gas injection unit is configured to inject a gas into the sealed space; and said first gas discharge unit is configured to discharge a gas from the sealed space. said first gas injection unit is configured to inject a gas into the sealed space; and said first gas discharge unit is configured to discharge a gas from the sealed space.
A pharmaceutical composition comprising a recombinant human fibrinogen that has reduced half-life relative to natural plasma fibrinogen and a sialic acid content of 0-2 moles sialic acid per mole fibrinogen, and a pharmaceutically acceptable carrier or diluent, for use in treatment or prophylaxis of bleeding in a patient who is bleeding or is at risk of bleeding.
A driving unit with an electric motor that assists rider's pedal effort by a driving force from the electric motor, comprising: a crankshaft to which pedals (33,34) are to be connected; a torque detector that detects a torque generated at the crankshaft; a crank rotation detector that detects rotation of the crankshaft; and a sensor failure detector, characterized by a motor rotation detector that detects rotation of the electric motor, wherein the sensor failure detector detects a failure in any of the motor rotation detector, the torque detector, and the crank rotation detector based on detection results from the motor rotation detector, the torque detector, and the crank rotation detector, wherein the sensor failure detector detects a failure in any of the motor rotation detector, the torque detector, and the crank rotation detector using the detection result from the torque detector and a result of comparison between the detection result from the motor rotation detector and the detection result from the crank rotation detector. a crankshaft to which pedals (33,34) are to be connected; a torque detector that detects a torque generated at the crankshaft; a crank rotation detector that detects rotation of the crankshaft; and a sensor failure detector, characterized by a motor rotation detector that detects rotation of the electric motor, wherein the sensor failure detector detects a failure in any of the motor rotation detector, the torque detector, and the crank rotation detector based on detection results from the motor rotation detector, the torque detector, and the crank rotation detector, wherein the sensor failure detector detects a failure in any of the motor rotation detector, the torque detector, and the crank rotation detector using the detection result from the torque detector and a result of comparison between the detection result from the motor rotation detector and the detection result from the crank rotation detector.
A device, comprising: a heat sink having a mounting surface on a first side carrying a light source holding component, wherein the light source holding component carries an accessory and, by use of a seal, provides a sealing engagement between the accessory and the mounting surface, the mounting surface of the heat sink having apertures that do not go all the way through the heat sink to accommodate hardware used to attach the light source holding component thereto as well as at least one wire accepting aperture that leads to a junction box that is integrally formed within the heat sink and on a second side of the heat sink opposite the first side; a junction box cover sized to cover the junction box and to cooperate with the heat sink to provide a water tight seal for the junction box; said device further comprising a gasket interposed between the junction box cover and the heat sink, wherein the heat sink has a channel formed around an opening to the junction box in which the gasket is placed; further comprising a wire carrying cable coupled to the junction box cover via use of a water tight fitting. a heat sink having a mounting surface on a first side carrying a light source holding component, wherein the light source holding component carries an accessory and, by use of a seal, provides a sealing engagement between the accessory and the mounting surface, the mounting surface of the heat sink having apertures that do not go all the way through the heat sink to accommodate hardware used to attach the light source holding component thereto as well as at least one wire accepting aperture that leads to a junction box that is integrally formed within the heat sink and on a second side of the heat sink opposite the first side; a junction box cover sized to cover the junction box and to cooperate with the heat sink to provide a water tight seal for the junction box; said device further comprising a gasket interposed between the junction box cover and the heat sink, wherein the heat sink has a channel formed around an opening to the junction box in which the gasket is placed; further comprising a wire carrying cable coupled to the junction box cover via use of a water tight fitting.
Apparatus for the fermentation of a vegetable product in the form of crushed material, preferentially must, comprising - a first tank for containing the crushed material and a second collection tank for the gaseous products generated from the crushed material's fermentation, - a first piping system adapted to let communicate a part of the first tank, where the gaseous products are gathered, with the second tank, - a second piping system adapted to let communicate the second and the first tank, the system having an outlet in the first tank where, in use, the liquid of the crushed material is present, - first and second valve means (70, 78) associated respectively to the first and second piping system to make the two tanks selectively communicating conditionally to the open/closed status of said means; characterized by comprising adjustment means (80, 82, 84) adapted to finely adjust the gaseous products' pressure at one or more values programmed by a user inside the first and second tank when they are communicating and/or inside the second tank when it is isolated, wherein the adjustment means are adapted to adjust the gaseous products' pressure with an error less than or equal to 0.01 bar. - a first tank for containing the crushed material and a second collection tank for the gaseous products generated from the crushed material's fermentation, - a first piping system adapted to let communicate a part of the first tank, where the gaseous products are gathered, with the second tank, - a second piping system adapted to let communicate the second and the first tank, the system having an outlet in the first tank where, in use, the liquid of the crushed material is present, - first and second valve means (70, 78) associated respectively to the first and second piping system to make the two tanks selectively communicating conditionally to the open/closed status of said means; characterized by comprising adjustment means (80, 82, 84) adapted to finely adjust the gaseous products' pressure at one or more values programmed by a user inside the first and second tank when they are communicating and/or inside the second tank when it is isolated, wherein the adjustment means are adapted to adjust the gaseous products' pressure with an error less than or equal to 0.01 bar.
A process for hydrogenating 4,4'-methylenedianiline and/or polymeric MDA with hydrogen in the presence of a catalyst, wherein the catalyst comprises ruthenium on a zirconium oxide support material.
A base station for a wireless communication network, the wireless communication network including a plurality of base stations (BS1, BS2), each base station (BS1, BS2) to serve one or more users (UE1, UE2), wherein one or more users (UE1, UE2) are served by a plurality of base stations (BS1, BS2) to receive a first data signal from the base station and a second data signal from at least one further base station using multi-user superposition transmission, MUST, the base station comprising: a backhaul interface for a communication with one or more of the plurality of base stations of the wireless communication network, wherein, for transmitting the first data signal to one or more users served by the base station and by the further base station, the base station is configured to negotiate a MUST setting with the further base station via the backhaul interface, and map data of the first data signal using a first transmit constellation set according to the negotiated MUST setting, and wherein the MUST setting indicates one or more of the physical resources allocated to the one or more users (UE1, UE2) for transmitting the first and second data signals, a power allocation for the one or more users (UE1, UE2), and information about the constellation maps used by the base stations (BS1, BS2), the constellation map representing a complex representation of the binary data, characterized in that the MUST setting indicates a phase offset between the constellation maps used by the respective base stations (BS1, BS2). a backhaul interface for a communication with one or more of the plurality of base stations of the wireless communication network, wherein, for transmitting the first data signal to one or more users served by the base station and by the further base station, the base station is configured to negotiate a MUST setting with the further base station via the backhaul interface, and map data of the first data signal using a first transmit constellation set according to the negotiated MUST setting, and wherein the MUST setting indicates one or more of the physical resources allocated to the one or more users (UE1, UE2) for transmitting the first and second data signals, a power allocation for the one or more users (UE1, UE2), and information about the constellation maps used by the base stations (BS1, BS2), the constellation map representing a complex representation of the binary data, characterized in that the MUST setting indicates a phase offset between the constellation maps used by the respective base stations (BS1, BS2).
An abrasion wear resistant plate mountable to protect a rotor within a vertical shaft impact crusher from material fed into the rotor comprising: a metallic main body; at least one non-metallic tile (212, 213) mounted at the main body to form at least part of a contact face to be facing material fed into the rotor, the tile (212, 213) being substantially free of tungsten carbide and having an abrasion wear resistance greater than that of the main body, said main body comprising a work plate (205, 407), the tile (212, 213) mounted at the work plate (205, 407); and a support plate (206, 400) non-detachably coupled to the work plate (205, 407) characterized in that the tile (212, 213) is secured within each respective hole (515, 800) in the work plate (205, 407) in such a way that the downward facing surface (915, 909) of the tile (212, 213) is mated against the support plate upward facing surface (504, 910). a metallic main body; at least one non-metallic tile (212, 213) mounted at the main body to form at least part of a contact face to be facing material fed into the rotor, the tile (212, 213) being substantially free of tungsten carbide and having an abrasion wear resistance greater than that of the main body,
Method for adjusting the operation of an electronically closed-loop or open-loop controlled centrifugal pump assembly in a hydraulic system, in particular when the assembly is first put into operation, in which two default values (H set, Q set) defining an operating point (B set), comprising a first default value (H set) for a first physical quantity and a second default value (Q set) for a second physical quantity, are input directly and separately of each other, characterised by an operating curve (2a, 2b, 2c, 2e) and/or an operating range limit (3a, 3b, 3c, 3d) for the open-loop or closed-loop control of the centrifugal pump assembly being subsequently determined and set from the default values (H set, Q set).
A method performed by a mobile device for packet data communications, the method comprising: establishing through a plurality of communication interfaces a number of parallel connections for packet data communication with a plurality of servers; transmitting a plurality of pipelined requests via the number of parallel connections for retrieving a hypertext object comprised of packet data portions respectively stored on the plurality of servers; detecting that an interface has become unavailable or has become available; identifying open connections using the interface; constructing a list of incomplete pipelined requests that have been issued on the open connections; dynamically varying the number of parallel connections and pipelined requests via the parallel connections with connection round robin based in part upon the identified open connections, the interface, and the list of incomplete pipelined requests; and maintaining a separate Domain Name Service, DNS, cache for each of a plurality of communication interfaces. establishing through a plurality of communication interfaces a number of parallel connections for packet data communication with a plurality of servers; transmitting a plurality of pipelined requests via the number of parallel connections for retrieving a hypertext object comprised of packet data portions respectively stored on the plurality of servers; detecting that an interface has become unavailable or has become available; identifying open connections using the interface; constructing a list of incomplete pipelined requests that have been issued on the open connections; dynamically varying the number of parallel connections and pipelined requests via the parallel connections with connection round robin based in part upon the identified open connections, the interface, and the list of incomplete pipelined requests; and maintaining a separate Domain Name Service, DNS, cache for each of a plurality of communication interfaces.
Housing for a container unit of an inhalation device for orally administering a pharmaceutical medium, wherein the container unit has a medium container and an outlet stub that is displaceable relative to the medium container for the purposes of a delivery operation, the housing comprising - a main housing having ∘ a first end that forms a mouthpiece, ∘ a second end that is angled in an L-shaped manner with respect to the first end and forms an air inlet, and ∘ an attachment piece, wherein the attachment piece has a duct with an attachment opening for receiving the outlet stub of the container unit, a nozzle opening that leads out in the direction of the first end, and a pressure chamber arranged between the attachment opening and the nozzle opening, and - a sensing device for recording a delivery operation, wherein a diaphragm that is reversibly deformable depending on a pressure in the pressure chamber is provided, said diaphragm cooperating with the sensing device for the actuation thereof, characterized in that a measuring chamber that is in communication with the pressure chamber and is closed off from the environment by the deformable diaphragm is provided, such that the sensing device, which is actuated by the deforming membrane, is provided in a spatially separate manner from the pressure chamber, wherein the measuring chamber communicates with the pressure chamber via a hole. - a main housing having ∘ a first end that forms a mouthpiece, ∘ a second end that is angled in an L-shaped manner with respect to the first end and forms an air inlet, and ∘ an attachment piece, wherein the attachment piece has a duct with an attachment opening for receiving the outlet stub of the container unit, a nozzle opening that leads out in the direction of the first end, and a pressure chamber arranged between the attachment opening and the nozzle opening, and ∘ a first end that forms a mouthpiece, ∘ a second end that is angled in an L-shaped manner with respect to the first end and forms an air inlet, and ∘ an attachment piece, - a sensing device for recording a delivery operation,
A sensor arrangement to sense an external signal, comprising: - a sensor to provide a sensor current (Is) in dependence from the external signal, - a charge generator to generate a compensation current (Ic) to compensate the sensor current, - an output node of the charge generator to provide the compensation current (Ic), wherein the sensor is coupled to the output node of the charge generator to provide the sensor current of the sensor at the output node of the charge generator, - a reference voltage line to provide a reference voltage (Vref), - a control circuit to control the generation of the compensation current (Ic), - wherein the charge generator comprises a first transistor having a parasitic capacitor and a first conductive path, the first transistor being connected to the reference voltage line, - wherein the charge generator comprises a second transistor having a second conductive path being coupled in series to the first transistor and coupled to the output node of the charge generator, - wherein the charge generator is configured such that the parasitic capacitor of the first transistor is used as a storage element to store a compensation charge portion for generating the compensation current (Ic), and the charge generator does not comprise a capacitor configured as a concrete device for purposes of compensation charge storing, - wherein the control circuit is configured to control the conductivity of the respective first and second conductive path of the first and the second transistor (210, 220) of the charge generator so that the sensor current is compensated by the compensation current (Ic). - a sensor to provide a sensor current (Is) in dependence from the external signal, - a charge generator to generate a compensation current (Ic) to compensate the sensor current, - an output node of the charge generator to provide the compensation current (Ic), wherein the sensor is coupled to the output node of the charge generator to provide the sensor current of the sensor at the output node of the charge generator, - a reference voltage line to provide a reference voltage (Vref), - a control circuit to control the generation of the compensation current (Ic), - wherein the charge generator comprises a first transistor having a parasitic capacitor and a first conductive path, the first transistor being connected to the reference voltage line, - wherein the charge generator comprises a second transistor having a second conductive path being coupled in series to the first transistor and coupled to the output node of the charge generator, - wherein the charge generator is configured such that the parasitic capacitor of the first transistor is used as a storage element to store a compensation charge portion for generating the compensation current (Ic), and the charge generator does not comprise a capacitor configured as a concrete device for purposes of compensation charge storing, - wherein the control circuit is