mhurhangee/ep-ind-claims huggingface dataset:
A supervised fire suppression system comprising: a valve assembly for controlling release of a fire extinguishing agent from a container; an actuator operatively associated with the valve assembly for actuating the valve assembly in the event of a fire, wherein the actuator may be disengaged from the fire suppression system; and an externally mounted supervisory switching device (30; 50) configured to interact with the actuator to provide an indication relating to disengagement of the actuator; characterized in that: the actuator is a solenoid valve disposed within a control head, and the control head is detachably connected to a discharge valve assembly. a valve assembly for controlling release of a fire extinguishing agent from a container; an actuator operatively associated with the valve assembly for actuating the valve assembly in the event of a fire, wherein the actuator may be disengaged from the fire suppression system; and an externally mounted supervisory switching device (30; 50) configured to interact with the actuator to provide an indication relating to disengagement of the actuator; characterized in that: the actuator is a solenoid valve disposed within a control head, and the control head is detachably connected to a discharge valve assembly.
An apparatus for filling a container with sand, for use in sanding systems to support the braking and drive technology of rail vehicles, having a storage container for the sand with a closable lid and an outlet, a metering device arranged below the storage container, a pneumatic conveying device for conveying the sand with the aid of compressed air into the container to be filled via a conveying hose with a blow-out lance at the free end, wherein a control device for controlling the filling process is provided, and a suction-removal nozzle is arranged on the blow-out lance, wherein the suction-removal nozzle is connected via a suction hose to a suction and dedusting device with a filter and a dust collecting container, characterised in that an electro-optical distance-measuring device which is connected to the control device is arranged with a light guide for measuring the filling level of the sand in the container during the filling process, furthermore the control device is connected to a measuring device for detecting the filling level of the sand in the container and to a sensor in the storage container for detecting the filling level (V') of the sand in the storage container, which measuring device and which sensor are connected to a superordinate control exchange centre, and the suction-removal nozzle is arranged coaxially around the blow-out lance, wherein the free end of the light guide of the electro-optical distance measuring device is arranged at the region of the blow-out lance on the suction-removal nozzle.
A motor-fan assembly, comprising: a working fan assembly having at least one working fan; a blower housing coupled to said working fan assembly, said blower housing having a blower housing chamber and a cooling air inlet that draws cooling air into said blower housing chamber; a motor assembly rotating a shaft connected to said at least one working fan; a cooling fan assembly having at least one cooling fan connected to an end of said shaft opposite said at least one working fan; a motor vent cover enclosing said cooling fan assembly, said motor vent cover having a cooling air outlet, wherein rotation of said at least one cooling fan draws cooling air in through said cooling air inlet, through said motor assembly and exhausts cooling airflow through said cooling air outlet, and a mounting plate supported by said blower housing, characterized in that said motor-fan assembly further comprises a tubular core axially extending from said mounting plate, said shaft rotating within said tubular core; and said mounting plate having at least one vent therethrough to permit cooling airflow to pass from said blower housing chamber to said cooling fan assembly. a working fan assembly having at least one working fan; a blower housing coupled to said working fan assembly, said blower housing having a blower housing chamber and a cooling air inlet that draws cooling air into said blower housing chamber; a motor assembly rotating a shaft connected to said at least one working fan; a cooling fan assembly having at least one cooling fan connected to an end of said shaft opposite said at least one working fan; a motor vent cover enclosing said cooling fan assembly, said motor vent cover having a cooling air outlet, wherein rotation of said at least one cooling fan draws cooling air in through said cooling air inlet, through said motor assembly and exhausts cooling airflow through said cooling air outlet, and a mounting plate supported by said blower housing, characterized in that said motor-fan assembly further comprises a tubular core axially extending from said mounting plate, said shaft rotating within said tubular core; and said mounting plate having at least one vent therethrough to permit cooling airflow to pass from said blower housing chamber to said cooling fan assembly.
A method of scheduling a signal transmission to a user equipment in a transmitter system, said transmitter system comprising a plurality of spatially distributed transmitters for transmitting signals to said user equipment and a base station for controlling said plurality of spatially distributed transmitters, said method comprising, for said base station, the acts of: - receiving from the user equipment at least one reference signal, a reference signal identifying at least a transmitter the user equipment is within the coverage of, - obtaining for the user equipment a quantization vector estimating the state of the channel between the transmitter system and the user equipment, - obtaining for the user equipment a weighting factor representing an attenuation of the channel between the user equipment and at least one of the plurality of spatially distributed transmitters, wherein the act of obtaining for the user equipment a weighting factor further comprises building an invisibility vector comprising components indicating which transmitters of the said plurality of spatially distributed transmitters have been identified as within the coverage of the user equipment, and - scheduling a signal transmission to the user equipment using the obtained quantization vector weighted with the obtained weighting factor. - receiving from the user equipment at least one reference signal, a reference signal identifying at least a transmitter the user equipment is within the coverage of, - obtaining for the user equipment a quantization vector estimating the state of the channel between the transmitter system and the user equipment, - obtaining for the user equipment a weighting factor representing an attenuation of the channel between the user equipment and at least one of the plurality of spatially distributed transmitters, wherein the act of obtaining for the user equipment a weighting factor further comprises building an invisibility vector comprising components indicating which transmitters of the said plurality of spatially distributed transmitters have been identified as within the coverage of the user equipment, and - scheduling a signal transmission to the user equipment using the obtained quantization vector weighted with the obtained weighting factor.
A rotor hub of a wind turbine comprising a hub housing which has a plurality of connecting flanges which are each adapted for connection of a rotor blade, wherein the connecting flanges respectively have a flange plane and a through opening, several pitch drives, wherein each of the rotor blades is coupled to a pitch drive for rotating the rotor blade, and an arrangement of electrical control devices (25a-e), which are adapted to control the pitch drive, wherein the pitch drives are connected to the arrangement of electrical control devices (25a-e), wherein the arrangement of the control devices (25a-e) is provided in a module (21, 121) as a structural unit, the module (21, 121) being connected as a whole to the hub housing, wherein the module (21, 121) has a supporting structure to which the arrangement of the control devices (25a-e) is fixed, wherein the supporting structure is fixed from outside the hub housing against the connecting flange respectively associated therewith, characterised in that supporting structure comprises a plurality of supporting struts connected to each other in angular relationship, and wherein the through opening has a cross-sectional area projected onto the flange plane and all control devices (25a-e) are arranged within the projected cross-sectional area. a hub housing which has a plurality of connecting flanges which are each adapted for connection of a rotor blade, wherein the connecting flanges respectively have a flange plane and a through opening, several pitch drives, wherein each of the rotor blades is coupled to a pitch drive for rotating the rotor blade, and an arrangement of electrical control devices (25a-e), which are adapted to control the pitch drive, wherein the pitch drives are connected to the arrangement of electrical control devices (25a-e), wherein the arrangement of the control devices (25a-e) is provided in a module (21, 121) as a structural unit, the module (21, 121) being connected as a whole to the hub housing, wherein the module (21, 121) has a supporting structure to which the arrangement of the control devices (25a-e) is fixed, wherein the supporting structure is fixed from outside the hub housing against the connecting flange respectively associated therewith, characterised in that supporting structure comprises a plurality of supporting struts connected to each other in angular relationship, and wherein the through opening has a cross-sectional area projected onto the flange plane and all control devices (25a-e) are arranged within the projected cross-sectional area.
A method of displaying objects in a user interface for a computer, the method comprising the steps of: displaying objects in a first view where at least one object can overlay another object and obscure at least a portion of the contents of the other object; in response to receipt of a command to present a second view, automatically calculating a location on the display for each of the plurality of objects that causes said plurality of objects to appear in respective areas of the display without overlap of one another; and repositioning the plurality of objects to their respective calculated locations to display the objects in the second view; characterized by scaling the size of each of said plurality of objects to maintain their aspect ratios and their proportional sizes relative to each other; detecting a user action indicating selection of one of said repositioned objects, in the second view; and returning the objects to their original positions in the first view, while displaying the selected object in the foreground of the display. displaying objects in a first view where at least one object can overlay another object and obscure at least a portion of the contents of the other object; in response to receipt of a command to present a second view, automatically calculating a location on the display for each of the plurality of objects that causes said plurality of objects to appear in respective areas of the display without overlap of one another; and repositioning the plurality of objects to their respective calculated locations to display the objects in the second view; characterized by scaling the size of each of said plurality of objects to maintain their aspect ratios and their proportional sizes relative to each other; detecting a user action indicating selection of one of said repositioned objects, in the second view; and returning the objects to their original positions in the first view, while displaying the selected object in the foreground of the display.
A cryostat arrangement (1'; 1"; 1'''; 1''''), having a vacuum container and an object to be cooled, wherein the object to be cooled is arranged inside the vacuum container, wherein the vacuum container has a neck tube, which leads to the object to be cooled, wherein a cooling arm of a cold head is at least partially arranged in the neck tube, wherein a closed cavity, which is sealed off fluid-tight in relation to the object to be cooled, is formed around the cooling arm, wherein the cavity is at least partially filled with a cryogenic fluid in normal operation, and wherein a thermal coupling means is provided, suitable for thermal coupling of the cryogenic fluid in the cavity with the object to be cooled, wherein the cryostat arrangement (1'; 1"; 1'''; 1'''') comprises a pump device, to which the cavity is connected via an activatable valve and using which the cavity can be pumped out in the event of a drop of the cooling function of the cold head, and a monitoring unit is provided, which monitors the cooling function of the cold head, and is designed to automatically activate the pump device in the event of a drop of the cooling function of the cold head in such a way that the cavity is pumped out, characterized in that a pressure sensor is fluidically connected to the cavity, the output signal of which can be fed into the monitoring unit, and the monitoring unit is designed to activate the pump device to pump out the cavity as soon as the output signal of the pressure sensor exceeds a predefined first threshold value P max of 10kPa (100mbar) ≤ P max ≤ 50kPa (500mbar).
A reduced-pressure system comprising: a dressing, a regulator (200, 300), comprising: a supply chamber (204, 310) adapted to be fluidly coupled to the dressing, a control chamber (206, 312) adapted to be fluidly coupled to the dressing, a charging chamber (202, 308) fluidly coupled to the supply chamber (204, 310) through a port (205, 320), and a regulator valve (220, 326) coupled to the control chamber (206, 312) and operable to reciprocate at least partially within the control chamber (206, 312) to control fluid communication through the port (205, 320) based on a differential between a control pressure in the control chamber (206, 312) and a therapy pressure; characterised in that the system comprises a feedback interface fluidly coupled to the regulator (200, 300) and adapted to signal an operating state of the reduced-pressure system in response to a pressure received through the fluid coupling. a dressing, a regulator (200, 300), comprising: a supply chamber (204, 310) adapted to be fluidly coupled to the dressing, a control chamber (206, 312) adapted to be fluidly coupled to the dressing, a charging chamber (202, 308) fluidly coupled to the supply chamber (204, 310) through a port (205, 320), and a regulator valve (220, 326) coupled to the control chamber (206, 312) and operable to reciprocate at least partially within the control chamber (206, 312) to control fluid communication through the port (205, 320) based on a differential between a control pressure in the control chamber (206, 312) and a therapy pressure; characterised in that the system comprises a feedback interface fluidly coupled to the regulator (200, 300) and adapted to signal an operating state of the reduced-pressure system in response to a pressure received through the fluid coupling. a supply chamber (204, 310) adapted to be fluidly coupled to the dressing, a control chamber (206, 312) adapted to be fluidly coupled to the dressing, a charging chamber (202, 308) fluidly coupled to the supply chamber (204, 310) through a port (205, 320), and a regulator valve (220, 326) coupled to the control chamber (206, 312) and operable to reciprocate at least partially within the control chamber (206, 312) to control fluid communication through the port (205, 320) based on a differential between a control pressure in the control chamber (206, 312) and a therapy pressure; characterised in that the system comprises a feedback interface fluidly coupled to the regulator (200, 300) and adapted to signal an operating state of the reduced-pressure system in response to a pressure received through the fluid coupling.
A waste collection unit for collecting waste material through a suction line during a medical procedure, said waste collection unit comprising: a waste container (102, 104) configured to be in fluid communication with the suction line to collect the waste material during the medical procedure, said waste container (102, 104) having an internal surface defining a collection chamber; a vacuum source in selective communication with said waste container (102, 104) for providing a vacuum in said waste container (102, 104) to draw the waste material into said waste container (102, 104) through the suction line; and a cleaning system comprising a liquid delivery device (430, 432) rotatably supported relative to said waste container (102, 104), said liquid delivery device (430, 432) configured to direct liquid on said internal surface, characterized in that said liquid delivery device (430, 432) is further configured to move axially relative to the waste container (102, 104), and said cleaning system comprises a motor operatively coupled to said liquid delivery device (430, 432) for rotating said liquid delivery device (430, 432) relative to said waste container (102, 104) to vary a direction in which the liquid is directed on said internal surface. a waste container (102, 104) configured to be in fluid communication with the suction line to collect the waste material during the medical procedure, said waste container (102, 104) having an internal surface defining a collection chamber; a vacuum source in selective communication with said waste container (102, 104) for providing a vacuum in said waste container (102, 104) to draw the waste material into said waste container (102, 104) through the suction line; and a cleaning system comprising a liquid delivery device (430, 432) rotatably supported relative to said waste container (102, 104), said liquid delivery device (430, 432) configured to direct liquid on said internal surface, characterized in that said liquid delivery device (430, 432) is further configured to move axially relative to the waste container (102, 104), and said cleaning system comprises a motor operatively coupled to said liquid delivery device (430, 432) for rotating said liquid delivery device (430, 432) relative to said waste container (102, 104) to vary a direction in which the liquid is directed on said internal surface.
A method of fabricating a composite sandwich shell edge joint, comprising: providing inboard and outboard buildup pads, each of said inboard and outboard buildup pads having an outer surface and an inner surface respectively, and bridging plies connecting at least a portion of the inner surfaces of the inboard and outboard buildup pads to provide a solid laminate, the inboard and outboard buildup pads and the bridging plies being made of composite material; providing inboard and outboard face sheets extending over the outer surfaces of the inboard and outboard buildup pads, the inboard and outboard face sheets being made of composite material; and co-curing, co-bonding or bonding said inboard and outboard face sheets with said inboard and outboard buildup pads, respectively, the method further comprising: providing support tooling (40, 50) and wherein said co-curing, co- bonding of bonding said inboard and outboard face sheets with said inboard and outboard buildup pads, respectively, comprises supporting said inboard and outboard face sheets and said inboard and outboard buildup pads with said support tooling, and wherein said providing support tooling comprises providing one of a generally U-shaped tool bag, and a generally inverted T-shaped tool bag,) providing inboard and outboard buildup pads, each of said inboard and outboard buildup pads having an outer surface and an inner surface respectively, and bridging plies connecting at least a portion of the inner surfaces of the inboard and outboard buildup pads to provide a solid laminate, the inboard and outboard buildup pads and the bridging plies being made of composite material; providing inboard and outboard face sheets extending over the outer surfaces of the inboard and outboard buildup pads, the inboard and outboard face sheets being made of composite material; and co-curing, co-bonding or bonding said inboard and outboard face sheets with said inboard and outboard buildup pads, respectively, the method further comprising: providing support tooling (40, 50) and wherein said co-curing, co- bonding of bonding said inboard and outboard face sheets with said inboard and outboard buildup pads, respectively, comprises supporting said inboard and outboard face sheets and said inboard and outboard buildup pads with said support tooling, and wherein said providing support tooling comprises providing one of a generally U-shaped tool bag, and a generally inverted T-shaped tool bag,) providing support tooling (40, 50) and wherein said co-curing, co- bonding of bonding said inboard and outboard face sheets with said inboard and outboard buildup pads, respectively, comprises supporting said inboard and outboard face sheets and said inboard and outboard buildup pads with said support tooling, and wherein said providing support tooling comprises providing one of a generally U-shaped tool bag, and a generally inverted T-shaped tool bag,)
An agrochemical pesticidal formulation comprising a bioperformance enhancing adjuvant compound of formula R 1 O n m R 2 where BO is CH(R 4)CH(R 5)O and, independently for each BO unit, R 4 is methyl and R 5 is methyl; or R 4 is ethyl and R 5 is hydrogen; or R 4 is hydrogen and R 5 is ethyl; each AO is independently propylene oxide or ethylene oxide; n is from 1 to 12; m is from 5 to 15; R 1 is C 10-16 alkyl optionally substituted by hydroxy or epoxy groups; and R 2 is hydrogen or C 1-3 alkyl; provided that the compound of formula is not 2-propylheptanol+3BO+12EO, 2-propylheptanol+7BO+12EO, 2-propylheptanol+9BO+12EO or 2-propylheptanol+12BO+9EO.
A handheld and manually manipulated butcher's machine, having a housing and an electric drive that has an electric motor, the electric drive being located in the housing, and the housing has only such openings (28, 30) as serve as a duct for a power take-off of the electric drive or serve to supply the electric drive with electric power, or to control the electric drive, and the electric motor is a permanently excited synchronous motor, characterized in that the housing has a sheathlike casing (20.1), oriented coaxially to a rotatable rotor (22.1) of the electric motor, and a first lid (20.2) as well as a second lid (20.3) each of which tightly closes off one of the two ends of the sheathlike casing between the lid and the casing, and the housing, on the side of the electric motor opposite the power take-off side has a second end plate for the rotor (22.1), and the second end plate is a component of the sheathlike casing, so that the casing is integrally and materially joined to the second end plate, and the second end plate divides the interior chamber surrounded by the sheathlike casing into a first cuplike subchamber and a second cuplike subchamber, and the first subchamber receives the electric motor and is closed off to the environment tightly by the first lid (20.2), and the second subchamber receives an electronic control unit and is tightly closed off from the environment by the second lid (20.3).
A lactase solution comprising sugar in an amount of 0.1 to 50 mg/g on the basis of the total mass of the lactase solution, wherein the amount of reducing sugar contained in the lactase solution is 2.0 mg/g or less on the basis of the total mass of the lactase solution.