mhurhangee/ep-ind-claims huggingface dataset:
A deployable reflector comprising: (a) ribs which form part of a structure of the reflector (b) a set of pre-tensioned catenary-shaped chords (78, 116) disposed on an aft side of a surface of the reflector and stretch between the ribs forming aft catenaries, (c) a mesh reflecting surface, (d) a second set of elongate members attached to the mesh reflecting surface and extending in different directions along and around the mesh reflecting surface, dividing the mesh reflecting surface into substantially flat regions, wherein the second set of elongate members includes two subsets of substantially parallel elongate members forming a forward net of parallelogram-shaped openings of equal sizes, (e) a first set of elongate members (84,92) attached to the mesh reflecting surface and the aft catenaries (78,116) to shape the mesh reflecting surface by applying forces having a significant component in a direction substantially perpendicular to the mesh reflecting surface, wherein the first set of elongate members includes one or more tension only members, and one or more tension/compression members capable of applying compressive force, wherein the first elongate members (84,92) are attached to the aft catenaries (78,116) via beads with adjustable knots. (a) ribs which form part of a structure of the reflector (b) a set of pre-tensioned catenary-shaped chords (78, 116) disposed on an aft side of a surface of the reflector and stretch between the ribs forming aft catenaries, (c) a mesh reflecting surface, (d) a second set of elongate members attached to the mesh reflecting surface and extending in different directions along and around the mesh reflecting surface, dividing the mesh reflecting surface into substantially flat regions, wherein the second set of elongate members includes two subsets of substantially parallel elongate members forming a forward net of parallelogram-shaped openings of equal sizes, (e) a first set of elongate members (84,92) attached to the mesh reflecting surface and the aft catenaries (78,116) to shape the mesh reflecting surface by applying forces having a significant component in a direction substantially perpendicular to the mesh reflecting surface, wherein the first set of elongate members includes one or more tension only members, and one or more tension/compression members capable of applying compressive force,
An electrostatic coating apparatus comprising: a motor; a rotary atomizing head that is provided on a front side of said motor to be rotatable by said motor; an external electrode unit that is provided in the periphery of said rotary atomizing head; and a high voltage applying unit that applies a high voltage to said external electrode unit to indirectly charge paint particles atomized from said rotary atomizing head with the high voltage, characterized in that: an earth member (9, 32) that is provided on the rear side of said rotary atomizing head to be connected to ground; a film cover that is formed by an insulating material and covers an outer peripheral side of said motor; and a semi conductive member (21, 33) that is formed by a semi conductive material, and one end part (21B, 33B) of which is in contact with said film cover and the other end part (21C, 33C) of which is in contact with said earth member (9, 32). a motor; a rotary atomizing head that is provided on a front side of said motor to be rotatable by said motor; an external electrode unit that is provided in the periphery of said rotary atomizing head; and a high voltage applying unit that applies a high voltage to said external electrode unit to indirectly charge paint particles atomized from said rotary atomizing head with the high voltage, characterized in that: an earth member (9, 32) that is provided on the rear side of said rotary atomizing head to be connected to ground; a film cover that is formed by an insulating material and covers an outer peripheral side of said motor; and a semi conductive member (21, 33) that is formed by a semi conductive material, and one end part (21B, 33B) of which is in contact with said film cover and the other end part (21C, 33C) of which is in contact with said earth member (9, 32). an earth member (9, 32) that is provided on the rear side of said rotary atomizing head to be connected to ground; a film cover that is formed by an insulating material and covers an outer peripheral side of said motor; and a semi conductive member (21, 33) that is formed by a semi conductive material, and one end part (21B, 33B) of which is in contact with said film cover and the other end part (21C, 33C) of which is in contact with said earth member (9, 32).
An electric connector including: a housing and a terminal, the housing including a groove into which a terminal is inserted, and a first engagement portion engageable to a first engagement section formed at the terminal; a rear holder including a second engagement portion engageable to a second engagement section formed at the terminal, the rear holder being formed integral with the housing such that the rear holder is rotatable at one end thereof relative to the housing; the rear holder being formed at a front thereof with a recess into which a projection projecting towards an opening recess formed at a rear of the second engagement section of the terminal is fittable, and a connector system for detachably fixing the housing and the rear holder to each other when the rear holder rotates onto the housing, the connector system including the projection and the recess into which the projection can be fit, characterized by the projection being in the form of a tongue and being disposed at the rear of the second engagement section, the projection downwardly extending towards an axis of the terminal, the recess being disposed at the front of the rear holder and having a stepped structure so as to allow the projection to be fit into, a portion of a front surface of the rear holder except a portion in which the recess is formed being able to make contact with a portion of a rear surface of the second engagement section of the terminal inserted into the groove except a portion in which the projection is formed. a housing and a terminal, the housing including a groove into which a terminal is inserted, and a first engagement portion engageable to a first engagement section formed at the terminal; a rear holder including a second engagement portion engageable to a second engagement section formed at the terminal, the rear holder being formed integral with the housing such that the rear holder is rotatable at one end thereof relative to the housing; the rear holder being formed at a front thereof with a recess into which a projection projecting towards an opening recess formed at a rear of the second engagement section of the terminal is fittable, and a connector system for detachably fixing the housing and the rear holder to each other when the rear holder rotates onto the housing, the connector system including the projection and the recess into which the projection can be fit, characterized by the projection being in the form of a tongue and being disposed at the rear of the second engagement section, the projection downwardly extending towards an axis of the terminal, the recess being disposed at the front of the rear holder and having a stepped structure so as to allow the projection to be fit into, a portion of a front surface of the rear holder except a portion in which the recess is formed being able to make contact with a portion of a rear surface of the second engagement section of the terminal inserted into the groove except a portion in which the projection is formed.
Process for controlling the lubrication of a compressor unit of a refrigerating machine which is equipped with an expansion valve which has an adjustable degree of opening and which has an inlet and an outlet and which is in fluid communication with a casing of said compressor unit to be passed through by a flow tapped from the latter; within said casing, refrigerant fluid and lubricating oil for lubricating said compressor unit being present; the outlet of said expansion valve being connected to an intake duct of said compressor so as to replenish the latter with said tapped flow; said process comprises a check procedure which comprises: - a tapping operation which involves drawing a flow from said compressor and passing it through said expansion valve, so as to expand it; - a measurement operation which involves measuring a temperature difference which said fluid has between the inlet and the outlet of said expansion valve; - a verification operation which is positive if the modulus of the measured temperature difference, in said measurement operation, exceeds a threshold value; - a replenishment operation which involves the introduction of lubricating oil into said compressor; said replenishment operation being carried out when said verification operation is positive. - a tapping operation which involves drawing a flow from said compressor and passing it through said expansion valve, so as to expand it; - a measurement operation which involves measuring a temperature difference which said fluid has between the inlet and the outlet of said expansion valve; - a verification operation which is positive if the modulus of the measured temperature difference, in said measurement operation, exceeds a threshold value; - a replenishment operation which involves the introduction of lubricating oil into said compressor; said replenishment operation being carried out when said verification operation is positive.
A method implemented in a mobile radio communicating in a cellular radio communications system, comprising detecting a broadcast signal or dedicated message from a serving cell currently serving the mobile radio; characterized by detecting (S2_Yes), before sending signals to another cell or generating a measurement report associated with another cell, from the broadcast signal or the dedicated message a list of special neighbor cells; wherein the list includes one or more prohibited cells that the mobile radio is prohibited from obtaining service, and one or more special selectable cells that the mobile radio is allowed to obtain service after applying a number of cell-specific parameters; and wherein the list excludes neighboring cells to the serving cell that are selectable by the mobile radio for service without having to apply the number of cell-specific parameters; determining (s9_Yes) a cell to select, to send signals to, or to generate an associated measurement report related to signals sent from the identified cell, wherein the mobile radio avoids a prohibited cell on the list; and selecting, sending signals to, or monitoring signals for measurement reporting from the identified cell, wherein the mobile radio avoids monitoring signals from or sending signals to the one or more prohibited cells on the list.
A centrifugal separator comprising a rotor (51, 51') which pivotally supports at least one container provided with an upper opening, the rotor(51, 51') being rotated to apply a centrifugal force to the container, wherein the rotor (51, 51') is provided with an evaporation preventer(55A, 55A') for preventing separation target liquid contained in the container from evaporating when the rotor (51, 51') is rotated, wherein the evaporation preventer (55A, 55A') controls air flow around the container when the rotor (51, 51') supporting the container is rotated, and the evaporation preventer(55A, 55A') includes a standing wall (55Ab, 55Ab') which is positioned in front of the upper opening when the container is pivoted by rotating the rotor(51, 51'), characterised in that the evaporation preventer (55A, 55A') further comprises a peripheral wall which is positioned on a periphery of the upper opening when the container is pivoted by rotating the rotor (51, 51'), and the peripheral wall includes an upper wall extending from an upper portion of the standing wall (55Ab, 55Ab') outward in the radial direction of the rotor (51, 51').
An image forming apparatus comprising: a transfer section (421, 423B, 424) configured to transfer an image onto a sheet; a sheet conveying member configured to convey the sheet, the sheet conveying member being provided upstream of the transfer section (421, 423B, 424) in a sheet conveyance direction; characterized by a control unit configured to control displacement of the sheet conveying member so that the sheet is displaced along a width direction of the sheet, wherein the control unit sets a displacement speed of the sheet conveying member for the sheet during transfer of the image by the transfer section (421, 423B, 424) to be lower than the displacement speed of the sheet conveying member for the sheet before the transfer of the image by the transfer section (421, 423B, 424), and the displacement is effected in the width direction perpendicular to the sheet conveying direction. a transfer section (421, 423B, 424) configured to transfer an image onto a sheet; a sheet conveying member configured to convey the sheet, the sheet conveying member being provided upstream of the transfer section (421, 423B, 424) in a sheet conveyance direction; characterized by a control unit configured to control displacement of the sheet conveying member so that the sheet is displaced along a width direction of the sheet, wherein the control unit sets a displacement speed of the sheet conveying member for the sheet during transfer of the image by the transfer section (421, 423B, 424) to be lower than the displacement speed of the sheet conveying member for the sheet before the transfer of the image by the transfer section (421, 423B, 424), and the displacement is effected in the width direction perpendicular to the sheet conveying direction.
Refrigerated cabinet with integrated hydraulic control, comprising an internal coolant circuit and connections (14, 16) for a connection to a central coolant line system, wherein the internal coolant circuit comprises at least a conveying device and a cooling device, wherein the conveying device is a speed-controlled pump, characterized in that a hydraulic separator is arranged between the internal coolant circuit and the connections (14, 16) to the central coolant line system, wherein a shut-off device is arranged in a line which connects a connection of the refrigerated cabinet to the forward run of a central coolant line system to a connection of the hydraulic separator, and a shut-off device is arranged in a line which connects a connection of the refrigerated cabinet to the return run of a central coolant line system to a connection of the hydraulic separator.
A process for the preparation of -4-(2-cyanoethenyl)-2,6-dimethylphenylamine hydrochloride of formula comprising: reaction of 2,6-dimethyl-4-amino-1-carboxybenzyl phenylamine with sodium nitrite in hydrochloric acid, followed by treatment of the diazotized compound with alkali tetrafluoroborate to give the corresponding tetrafluoroborate salt of formula reacting the corresponding tetrafluoroborate salt of formula with acrylonitrile in the presence of palladium acetate and a solvent to give compound deprotecting compound with an acid, followed by treatment with hydrochloric acid to give compound having Z-isomer less than 0.5%. reaction of 2,6-dimethyl-4-amino-1-carboxybenzyl phenylamine with sodium nitrite in hydrochloric acid, followed by treatment of the diazotized compound with alkali tetrafluoroborate to give the corresponding tetrafluoroborate salt of formula reacting the corresponding tetrafluoroborate salt of formula with acrylonitrile in the presence of palladium acetate and a solvent to give compound deprotecting compound with an acid, followed by treatment with hydrochloric acid to give compound having Z-isomer less than 0.5%.
A method, performed by a first device of a user, of providing information regarding an emergency of the user to a second device, the method comprising: receiving at the first device a first message broadcast from a communication apparatus when the first device is located within a near field communication range of the communication apparatus; receiving at the first device a second message from the second device as the first and second devices come into near field contact with each other after the first message is received, the second device being located within the near field communication range of the communication apparatus; the first device authenticating the second device by using the second message; and the first device providing predetermined information related to the communication apparatus and the second device when the second device is authenticated. receiving at the first device a first message broadcast from a communication apparatus when the first device is located within a near field communication range of the communication apparatus; receiving at the first device a second message from the second device as the first and second devices come into near field contact with each other after the first message is received, the second device being located within the near field communication range of the communication apparatus; the first device authenticating the second device by using the second message; and the first device providing predetermined information related to the communication apparatus and the second device when the second device is authenticated.
A trauma training system for replicating at least one hemorrhage, said system comprising: a collapsible reservoir capable of storing fluid, a pump in fluid communication with said reservoir, said pump is in a cavity of said reservoir, at least one valve in fluid communication with said pump, a controller connected to at least one of said pump and said at least one valve, and a body suit, a backpack, a bag, or an enclosure housing said reservoir, said pump, said at least one valve, and said controller. a collapsible reservoir capable of storing fluid, a pump in fluid communication with said reservoir, said pump is in a cavity of said reservoir, at least one valve in fluid communication with said pump, a controller connected to at least one of said pump and said at least one valve, and a body suit, a backpack, a bag, or an enclosure housing said reservoir, said pump, said at least one valve, and said controller.
A process for producing a hydrogenolysis product of glycerol, comprising the step of reacting the glycerol with hydrogen in the presence of a catalyst containing a copper component, wherein the catalyst is a catalyst containing the copper component, an iron component and an aluminum component, wherein a ratio between contents of the copper component, the iron component and the aluminum component in the catalyst (copper component/iron component/aluminum component) is 1/[0.02 to 2.5]/[0.5 to 5.0] in terms of an atomic ratio between the respective metal elements.
A ram air fan comprising: a fan impeller and a motor for driving said fan impeller, said impeller and said motor being mounted within a housing; an inlet header for delivering air to an inlet for said fan impeller; and an air supply system for delivering air from an internal cavity of said inlet header to the motor, said air supply system including a conduit extending through said housing, a connection from said conduit to a J-shaped tube mounted within said inlet header, characterised in that said J-shaped tube is connected to said conduit at an inner wall of said inlet header, and extends to a remote end, with a perforated member positioned on said remote end, wherein a ratio of a largest dimension of perforations in said perforated member to an inner diameter of said J-shaped tube at the location where said perforated member is connected is between 0.08 and 0.12. a fan impeller and a motor for driving said fan impeller, said impeller and said motor being mounted within a housing; an inlet header for delivering air to an inlet for said fan impeller; and an air supply system for delivering air from an internal cavity of said inlet header to the motor, said air supply system including a conduit extending through said housing, a connection from said conduit to a J-shaped tube mounted within said inlet header, characterised in that said J-shaped tube is connected to said conduit at an inner wall of said inlet header, and extends to a remote end, with a perforated member positioned on said remote end, wherein a ratio of a largest dimension of perforations in said perforated member to an inner diameter of said J-shaped tube at the location where said perforated member is connected is between 0.08 and 0.12.
A device for unwinding a coil of electric wire or electric cable packaged in a film including an upper central orifice through which the wire can be unwound, the device comprising a device for passage and retention of the free end of the wire, made up of a tongue intended to pass diametrically through said central orifice and including a passage opening for the wire to guarantee the retention thereof, the device being characterized in that it is made up solely of a strip able to be secured directly on said film, said strip being self-adhesive on part of its lower face intended to be secured on said film and said passage opening being made up of a cutout centered on said strip.
A pouched product for oral use comprising a liquid permeable cover material and a portion sized amount of a filling material comprising nicotine, the filling material comprising a particulate material, the filling material being enclosed by the liquid permeable cover material, characterized in that, the particles of the particulate material have an average particle size within the range of from 0.3 mm to 3.0 mm, a particle density in the range of from 0.8 g/cm 3 to 1.7 g/cm 3 and a pre-use moisture content of from 1% by weight of the filling material to 35% by weight of the filling material, wherein nicotine is present on an outer surface of at least some of the particles of the particulate material.
A method performed by a base station (204, 206, 302) in a distributed antenna system having a set of antennas (304A-304H), said set of antennas comprising at least a first antenna and a second antenna, the method comprising: for each antenna included in said set of antennas, the base station storing for the antenna state information indicating that the antenna is either in a transmit state or a do_not_transmit state; for each antenna indicated by the state information for the antenna as being in the transmit state, the base station determining (402, 702) whether the antenna has been given a clear channel indication for a next transmission time interval; at the next TTI, the base station transmitting (404, 704) data to a UE, wherein the base station transmits the data to the UE using antennas included in said set of antennas that i) are indicated by the state information for the antenna as being in the transmit state and ii) have been given the CCI, such that the base station does not use any of the other antennas included in said set of antennas to transmit the data; the base station receiving (406, 706) a transmit status indicating whether the data transmission to the UE was successful; and the base station adjusting the state information in accordance with the transmit status. for each antenna included in said set of antennas, the base station storing for the antenna state information indicating that the antenna is either in a transmit state or a do_not_transmit state; for each antenna indicated by the state information for the antenna as being in the transmit state, the base station determining (402, 702) whether the antenna has been given a clear channel indication for a next transmission time interval; at the next TTI, the base station transmitting (404, 704) data to a UE, wherein the base station transmits the data to the UE using antennas included in said set of antennas that i) are indicated by the state information for the antenna as being in the transmit state and ii) have been given the CCI, such that the base station does not use any of the other antennas included in said set of antennas to transmit the data; the base station receiving (406, 706) a transmit status indicating whether the data transmission to the UE was successful; and the base station adjusting the state information in accordance with the transmit status.