mhurhangee/ep-ind-claims huggingface dataset:
A surface treatment machine, comprising: - a frame configured to translate with respect to a surface to treat, - a surface treatment element connected to said frame and configured to treat with liquid a surface with respect to which said frame advances, - a reservoir connected to said frame and arranged to supply a liquid to said surface treatment element through a delivery mouth; - an adjustment element arranged to feed adjustably the liquid provided by said reservoir to said delivery mouth; - a sensor configured to measure the liquid flow-rate travelling from the reservoir to the delivery mouth and to provide a signal proportional to an actual flow-rate; - a control unit arranged to receive from said sensor said signal proportional to the actual flow-rate and to compare it with a predetermined threshold flow-rate, in said control unit a program means being resident configured to set the adjustment element when the actual flow-rate diverges from the predetermined threshold flow-rate until the actual flow-rate reaches again said predetermined threshold flow-rate, said surface treatment machine characterized in that a display unit is, furthermore, provided configured to display said actual flow-rate signal indicating the residual volume of liquid in the reservoir and a value of residual range of the machine. - a frame configured to translate with respect to a surface to treat, - a surface treatment element connected to said frame and configured to treat with liquid a surface with respect to which said frame advances, - a reservoir connected to said frame and arranged to supply a liquid to said surface treatment element through a delivery mouth; - an adjustment element arranged to feed adjustably the liquid provided by said reservoir to said delivery mouth; - a sensor configured to measure the liquid flow-rate travelling from the reservoir to the delivery mouth and to provide a signal proportional to an actual flow-rate; - a control unit arranged to receive from said sensor said signal proportional to the actual flow-rate and to compare it with a predetermined threshold flow-rate, in said control unit a program means being resident configured to set the adjustment element when the actual flow-rate diverges from the predetermined threshold flow-rate until the actual flow-rate reaches again said predetermined threshold flow-rate,
A computer-implemented method, comprising: receiving distance information from a distance sensor and image information from one or more image sensors; detecting an activity of a viewer (316, 320) of a display device (120, 200) based, at least in part, on the image information received from the one or more image sensors; determining a distance between the viewer (316, 320) and the display device (120, 200) based, at least in part, on the distance information; testing visual acuity of the viewer (316, 320) to determine the ability of the viewer (316, 320) to resolve images displayed on the display device (120, 200); comparing the distance between the viewer (316, 320) and the display device (120, 200) and the visual acuity of the viewer (316, 320) to determine an ability of the viewer (316, 320) to resolve images displayed on the display device (120, 200); transmitting a request to a remote server to adjust bandwidth of media content streaming to the display device (120, 200) to a new bandwidth, wherein the new bandwidth is based, at least in part, on the activity of the viewer (316, 320), a size of the display device (120, 200) and the ability of the viewer (316, 320) to resolve images displayed on the display device (120, 200). receiving distance information from a distance sensor and image information from one or more image sensors; detecting an activity of a viewer (316, 320) of a display device (120, 200) based, at least in part, on the image information received from the one or more image sensors; determining a distance between the viewer (316, 320) and the display device (120, 200) based, at least in part, on the distance information; testing visual acuity of the viewer (316, 320) to determine the ability of the viewer (316, 320) to resolve images displayed on the display device (120, 200); comparing the distance between the viewer (316, 320) and the display device (120, 200) and the visual acuity of the viewer (316, 320) to determine an ability of the viewer (316, 320) to resolve images displayed on the display device (120, 200); transmitting a request to a remote server to adjust bandwidth of media content streaming to the display device (120, 200) to a new bandwidth, wherein the new bandwidth is based, at least in part, on the activity of the viewer (316, 320), a size of the display device (120, 200) and the ability of the viewer (316, 320) to resolve images displayed on the display device (120, 200).
Leaning bridge tilting under the effect of electro-hydraulic or pneumatic actuator(s) comprising at least: - a deck made of metal plate, typically a rectangular tread plate embossed with a tear drop pattern - metal plate side skirts (29, 30), - deck reinforcements made of folded steel section, - a lip, - a monoblock frame comprising: - on the outer side, integrated bumpers placed at the sides, a central space forming a refuge, - on the inner side facing the dock a rear lip plate with a return section fixed in a groove in the dock and fastened by anchors - on the inside an embedded hydraulic power unit to control the actuators; the deck being hinged on the frame, rising under the pivoting effect of an actuator to a virtually vertical position as a dock anti-fall barrier and lowering into the working position, floating or fixed, being controlled by the hydraulic power unit. - a deck made of metal plate, typically a rectangular tread plate embossed with a tear drop pattern - metal plate side skirts (29, 30), - deck reinforcements made of folded steel section, - a lip, - a monoblock frame comprising: - on the outer side, integrated bumpers placed at the sides, a central space forming a refuge, - on the inner side facing the dock a rear lip plate with a return section fixed in a groove in the dock and fastened by anchors - on the inside an embedded hydraulic power unit to control the actuators; - on the outer side, integrated bumpers placed at the sides, a central space forming a refuge, - on the inner side facing the dock a rear lip plate with a return section fixed in a groove in the dock and fastened by anchors - on the inside an embedded hydraulic power unit to control the actuators;
Method for recovery of a frictional brake device of an industrial device (10, 20), the method comprising: - executing a recovery operation, the recovery operation comprising at least one movement of a second member of the industrial device (10, 20) relative to a first member of the industrial device (10, 20), while engaging the brake device to apply braking energy to the movement; - monitoring an actual value related to braking energy of the brake device during the recovery operation, the actual value being not related to speed of the movement; and - stopping the recovery operation when the actual value reaches at least one target value; wherein the recovery operation comprises: - at least one first movement in a first direction of the second member relative to the first member, while engaging the brake device; and - at least one second movement in a second direction, opposite to the first direction, of the second member relative to the first member. - executing a recovery operation, the recovery operation comprising at least one movement of a second member of the industrial device (10, 20) relative to a first member of the industrial device (10, 20), while engaging the brake device to apply braking energy to the movement; - monitoring an actual value related to braking energy of the brake device during the recovery operation, the actual value being not related to speed of the movement; and - stopping the recovery operation when the actual value reaches at least one target value; - at least one first movement in a first direction of the second member relative to the first member, while engaging the brake device; and - at least one second movement in a second direction, opposite to the first direction, of the second member relative to the first member.
A pharmaceutical composition for use in treating chronic obstructive pulmonary disease or pulmonary fibrosis disease; wherein, the pharmaceutical composition comprises 8-50 parts by weight of picrinine, 5-45 parts by weight of vallesamine, 5-30 parts by weight of scholaricine and 0-10 parts by weight of 19-epischolaricine.
A method of manufacturing a metal object, comprising: (a) pouring a liquid metal into a ceramic casting mold to form a cast component upon solidification of the liquid metal; (b) removing a portion of the ceramic casting mold and the cast component, by machining, to create a surface portion of the cast component and a surface portion of the ceramic casting mold, wherein the surface portion of the cast component and the surface portion of the ceramic casting mold are flat and planar surfaces; (c) depositing a layer of metallic powder onto the surface portions, wherein the surface portion of the cast component and the surface portion of the ceramic casting mold function as a continuous and sealed support structure for the layer of metallic powder; (d) irradiating at least a portion of the metallic powder to form a fused layer; and (e) repeating steps (c)-(d) until the metal object is formed by multiple additive layers. (a) pouring a liquid metal into a ceramic casting mold to form a cast component upon solidification of the liquid metal; (b) removing a portion of the ceramic casting mold and the cast component, by machining, to create a surface portion of the cast component and a surface portion of the ceramic casting mold, wherein the surface portion of the cast component and the surface portion of the ceramic casting mold are flat and planar surfaces; (c) depositing a layer of metallic powder onto the surface portions, wherein the surface portion of the cast component and the surface portion of the ceramic casting mold function as a continuous and sealed support structure for the layer of metallic powder; (d) irradiating at least a portion of the metallic powder to form a fused layer; and (e) repeating steps (c)-(d) until the metal object is formed by multiple additive layers.
An apparatus comprising: a driver circuit for applying control signals to a control terminal of a switching device when activated, the switching device being activatable for driving a load in an operating mode when a control signal above a threshold voltage is applied to the control terminal; and a start-up circuit coupled to the control terminal and comprising an energy store, charging connections connecting the energy store to a power source for charging the energy store, and a switch operable to discharge the energy store for delivering a start-up voltage above the threshold voltage to the control terminal for activating the switching device during a delay period before the driver circuit generates a control signal above the threshold voltage after being activated, characterised in that the switch is connected as a bypass around the energy store for bypassing the charging connections when the switch is operated to thereby discharge the energy store. a driver circuit for applying control signals to a control terminal of a switching device when activated, the switching device being activatable for driving a load in an operating mode when a control signal above a threshold voltage is applied to the control terminal; and a start-up circuit coupled to the control terminal and comprising an energy store, charging connections connecting the energy store to a power source for charging the energy store, and a switch operable to discharge the energy store for delivering a start-up voltage above the threshold voltage to the control terminal for activating the switching device during a delay period before the driver circuit generates a control signal above the threshold voltage after being activated, characterised in that the switch is connected as a bypass around the energy store for bypassing the charging connections when the switch is operated to thereby discharge the energy store.
A vibrating screen comprising at least one screen deck defined between two sidewalls, and a mechanical vibrator mounted to said sidewalls and having two shafts, transversal to the longitudinal axis of the vibrating screen, and which rotate at the same rotation and in opposite directions, each shaft having end portions, each one carrying at least one eccentric weight, the vibrating screen being characterized in that the two shafts have their end portions, which are adjacent to each other, supported in bearings mounted to a same bearing case which is removably fixed to a respective sidewall of the vibrating screen, wherein each end portion of a shaft carries at least one eccentric weight with a total mass different from that one of the eccentric weight which is carried in each of the end portions of the other shaft, and wherein said shafts rotate in determined phases, defining the forward and upward inclination, of the major axis of an elliptical movement imparted to the screen deck. the vibrating screen being characterized in that the two shafts have their end portions, which are adjacent to each other, supported in bearings mounted to a same bearing case which is removably fixed to a respective sidewall of the vibrating screen, wherein each end portion of a shaft carries at least one eccentric weight with a total mass different from that one of the eccentric weight which is carried in each of the end portions of the other shaft, and wherein said shafts rotate in determined phases, defining the forward and upward inclination, of the major axis of an elliptical movement imparted to the screen deck.
A spark gap arrester as a potential equalization device comprising a first electrode with a first connection portion, a second electrode with a second connection portion, a spark gap arranged between the electrodes (1, 3) and a housing of insulation material enclosing the assembly composed of these components, connection pieces (2, 4) protruding from said housing or being accessible, each electrode having (1, 3) a flat rectangular contact region and a connection portion (2, 4) protruding on one side therefrom, characterized by that both electrodes (1,3) are layered with their contact regions on each other and are insulated from each other, and between the electrodes (1, 3) two substantially flat rectangular graphite electrodes (9, 10) are disposed that are spaced from each other by a frame-type insulating film, and that the surface areas facing each other of the graphite electrodes (9, 10) comprise parallel protruding stripes and grooves between the stripes, the long cross borders of the stripes of the surface areas of the graphite electrodes (9, 10) being at least slightly displaced relative to each other, so that one border edge each of a cross border of a stripe of a first graphite electrode (9, 10) fronts a groove of the second graphite electrode (9, 10).
An amusement ride system, comprising: a ride vehicle path, wherein a portion of the ride vehicle path includes a curve; a wall disposed on the outside of the curve of the ride vehicle path; wherein the wall forms a tunnel; a carousel mechanism configured to rotate about a vertical axis, wherein the carousel mechanism comprises a plurality of objects fixed to the carousel mechanism, wherein the curve extends about at least a portion of a perimeter of the carousel mechanism; and, a controller configured to control a first actuator of the carousel mechanism and a second actuator of a ride vehicle on the path to coordinate a rotation speed of the carousel mechanism and a speed of the ride vehicle along the curve to provide a perception of travel speed to a rider of the vehicle that differs from the speed of the ride vehicle. a ride vehicle path, wherein a portion of the ride vehicle path includes a curve; a wall disposed on the outside of the curve of the ride vehicle path; wherein the wall forms a tunnel; a carousel mechanism configured to rotate about a vertical axis, wherein the carousel mechanism comprises a plurality of objects fixed to the carousel mechanism, wherein the curve extends about at least a portion of a perimeter of the carousel mechanism; and, a controller configured to control a first actuator of the carousel mechanism and a second actuator of a ride vehicle on the path to coordinate a rotation speed of the carousel mechanism and a speed of the ride vehicle along the curve to provide a perception of travel speed to a rider of the vehicle that differs from the speed of the ride vehicle.
A seat slide apparatus for a vehicle, comprising: an upper rail retaining a seat above the upper rail; a lower rail retaining the upper rail in a state where the upper rail moves relative to the lower rail; a rolling element arranged between the lower rail and the upper rail; and a retaining member (21, 61, 71, 81) configured to retain the rolling element between the lower rail and the upper rail, the retaining member (21, 61, 71, 81) including a protruding portion (53, 63, 63A, 63B) having a top portion arranged to slidably contact with a rolling surface at which the rolling element rolls, characterized in that the protruding portion (53, 63, 63A, 63B) includes a spreading portion (55, 55a, 55b, 65, 65a, 65b) extending from the top portion in an elongating direction, the elongating direction conforming to a path of the rolling element formed on the rolling surface, the spreading portion (55, 55a, 55b, 65, 65a, 65b) tapering to a sharp end form with an increasing distance from the top portion in the elongating direction, the spreading portion (55, 55a, 55b, 65, 65a, 65b) being configured to remove a foreign object from the path. an upper rail retaining a seat above the upper rail; a lower rail retaining the upper rail in a state where the upper rail moves relative to the lower rail; a rolling element arranged between the lower rail and the upper rail; and a retaining member (21, 61, 71, 81) configured to retain the rolling element between the lower rail and the upper rail, the retaining member (21, 61, 71, 81) including a protruding portion (53, 63, 63A, 63B) having a top portion arranged to slidably contact with a rolling surface at which the rolling element rolls, characterized in that the protruding portion (53, 63, 63A, 63B) includes a spreading portion (55, 55a, 55b, 65, 65a, 65b) extending from the top portion in an elongating direction, the elongating direction conforming to a path of the rolling element formed on the rolling surface, the spreading portion (55, 55a, 55b, 65, 65a, 65b) tapering to a sharp end form with an increasing distance from the top portion in the elongating direction, the spreading portion (55, 55a, 55b, 65, 65a, 65b) being configured to remove a foreign object from the path.
A transportation and/or storage container with a container interior for accommodating radioactive inventory, wherein the container is provided with a container base, a container shell and a container lid arrangement, wherein the container lid arrangement comprises a container main lid which is connected rigidly - especially by means of screw connections - to container shell, wherein the container lid arrangement also comprises an inventory lid disposed between the container main lid and the inventory, which inventory lid is connected to the container shell, wherein the inventory lid serves in particular to prevent or reduce loads acting from the container interior on the container main lid, wherein the inventory lid is connected to the container shell free from screw connections and free from firmly bonded connections by means of at least one form-fit connection, characterised in that an annular form-fit element for implementing the form-fit connection engages into an annular form-fit groove in the container shell and wherein the annular form-fit element comprises a plurality of partial annular form-fit element segments which complement one another to form the ring, which form-fit element segments lie adjacent to one another gap-free or essentially gap-free in the assembled state of the container and complement one another to form the ring.
A cooled turbine rotor blade for a gas turbine engine which has an annular flow path for conducting working fluid though the engine, wherein the blade has: an aerofoil section for extending across the annular flow path, a root portion radially inward of the aerofoil section for joining the blade to a rotor disc of the engine, and a platform between the aerofoil section and the root portion, the platform extending laterally relative to a radial direction of the engine to form an inner boundary of the annular flow path and to provide a rear overhang portion which projects rearwardly; wherein the platform contains at least one internal elongate plenum chamber for receiving cooling air, the longitudinal axis of the plenum chamber being substantially aligned with the circumferential direction of the engine, and the plenum chamber supplying the cooling air to a plurality of exit holes formed axially downstream from the airfoil trailing edge in an external surface of the rear overhang portion to cool that portion, wherein the blade further has an elongate internal feed passage (18a, 18b) for carrying cooling air, the feed passage extending in a radial direction through the platform and along the aerofoil section, characterised in that cooling air is diverted to the plenum chamber from the feed passage. an aerofoil section for extending across the annular flow path, a root portion radially inward of the aerofoil section for joining the blade to a rotor disc of the engine, and a platform between the aerofoil section and the root portion, the platform extending laterally relative to a radial direction of the engine to form an inner boundary of the annular flow path and to provide a rear overhang portion which projects rearwardly; wherein the platform contains at least one internal elongate plenum chamber for receiving cooling air, the longitudinal axis of the plenum chamber being substantially aligned with the circumferential direction of the engine, and the plenum chamber supplying the cooling air to a plurality of exit holes formed axially downstream from the airfoil trailing edge in an external surface of the rear overhang portion to cool that portion, wherein the blade further has an elongate internal feed passage (18a, 18b) for carrying cooling air, the feed passage extending in a radial direction through the platform and along the aerofoil section, characterised in that cooling air is diverted to the plenum chamber from the feed passage.