mhurhangee/ep-ind-claims huggingface dataset:
A window comprising: a frame and a sash, each having a top member, a bottom member (61, 71) and two side members (63, 64; 73, 74), the frame and sash defining a respective frame plane and sash plane, a pane extending in the sash plane, said sash plane being defined as coinciding substantially with the outer side of the pane, said sash being pivotally connected to the frame substantially at a centre axis by means of a set of pivot hinges to bring the sash from a closed position, in which the sash plane is substantially parallel to the frame plane, to an open position, in which the sash plane forms an angle with the frame plane, and a screening arrangement including a screening device with a top element mounted at the top member of the frame, two side rails (3, 4), a screening body defining a screening plane extending at a predefined distance (h sb) in parallel with the sash plane in the closed position of the window, and being adapted to be brought from a non-screening to a screening position from the top element, said screening body including an end element, wherein the screen element extending between the side rails (3, 4), and wherein the screen element has such a height (h se) in a direction perpendicular to the sash plane that it at least corresponds to or exceeds said distance (h sb), characterized in that the screening arrangement includes a screen element mounted at the bottom member of the sash. a frame and a sash, each having a top member, a bottom member (61, 71) and two side members (63, 64; 73, 74), the frame and sash defining a respective frame plane and sash plane, a pane extending in the sash plane, said sash plane being defined as coinciding substantially with the outer side of the pane, said sash being pivotally connected to the frame substantially at a centre axis by means of a set of pivot hinges to bring the sash from a closed position, in which the sash plane is substantially parallel to the frame plane, to an open position, in which the sash plane forms an angle with the frame plane, and a screening arrangement including a screening device with a top element mounted at the top member of the frame, two side rails (3, 4), a screening body defining a screening plane extending at a predefined distance (h sb) in parallel with the sash plane in the closed position of the window, and being adapted to be brought from a non-screening to a screening position from the top element, said screening body including an end element, wherein the screen element extending between the side rails (3, 4), and wherein the screen element has such a height (h se) in a direction perpendicular to the sash plane that it at least corresponds to or exceeds said distance (h sb), characterized in that the screening arrangement includes a screen element mounted at the bottom member of the sash.
A system for protecting a plurality of DC voltage sources able to be connected in parallel between a first and second input terminal of a voltage inverter, the voltage inverter being able to convert a DC input voltage into an AC output voltage, each DC voltage source being connected by a first electrical conductor to the first input terminal and by a second electrical conductor to the second input terminal, the protection system comprising, for each DC voltage source, a first cutoff member and a first detector of an isolation fault of the first conductor with respect to an electrical ground, the first detector and the associated first cutoff member being connected in series between the corresponding DC voltage source and the first input terminal of the inverter, and the protection system comprising means (48; 300) for triggering the associated first cutoff member in case the isolation fault is detected, in order to open the electrical link corresponding to said first conductor. the protection system being further characterized in that, for each DC voltage source, it comprises a second cutoff member and a second detector of an isolation fault of the second conductor with respect to the electrical ground, the second detector and the associated second cutoff member being connected in series between the corresponding DC voltage source and the first input terminal of the inverter, and in that the system comprises means (50; 300) for triggering the associated second cutoff member in case the isolation fault is detected, in order to open the electrical link corresponding to said second conductor.
A brake pad (10A, 10B) for a disk brake assembly, comprising a lining made of friction material and a plate supporting the lining, wherein: - the lining comprises: o a friction face and a fastening face, o a rear edge, located on the side where the disk is capable of coming out of an interface with the pad (10A, 10B) when the disk rotates in a direction of advance of the vehicle, and a front edge, o an inner edge and an outer edge, and o a collection groove open on the friction face and arranged close to the rear edge, - the plate includes a hole in fluid communication with the collection groove, the hole being able to be connected to a vacuum source via communication means, the lining including a rear region comprising the rear edge and the collection groove, the rear region including a chamfered portion such that an area of a friction surface of the rear region increases when a thickness of the rear region decreases, the collection groove being arranged at a distance from a free surface of the chamfered portion characterised in that the collection groove comprises a cross-section which extends obliquely towards the free surface of the chamfered portion and in that the collection groove leads into the inner edge or outer edge. - the lining comprises: o a friction face and a fastening face, o a rear edge, located on the side where the disk is capable of coming out of an interface with the pad (10A, 10B) when the disk rotates in a direction of advance of the vehicle, and a front edge, o an inner edge and an outer edge, and o a collection groove open on the friction face and arranged close to the rear edge, o a friction face and a fastening face, o a rear edge, located on the side where the disk is capable of coming out of an interface with the pad (10A, 10B) when the disk rotates in a direction of advance of the vehicle, and a front edge, o an inner edge and an outer edge, and o a collection groove open on the friction face and arranged close to the rear edge, - the plate includes a hole in fluid communication with the collection groove, the hole being able to be connected to a vacuum source via communication means,
A filling/sealing device for a can, comprising: a filler including a filling turret having a plurality of holding parts and a filling device provided for each of the holding parts to fill the can with a liquid content; a forwarding turret (4, 4A, 4B) that holds and turret-conveys the can transported from the filling turret; a sealing device that seals the can transported from the forwarding turret (4, 4A, 4B) with a lid, the sealing device comprising a circular conveyance path having a prescribed conveyance pitch; an inspection device provided at an inspection turret, at which the can transported from the sealing device is held and turret-conveyed, to inspect a filling amount in the can; and a controller that identifies the filling device with a filling failure on the basis of an inspection result from the inspection device and controls a filling amount by the filling device, wherein the controller recognizes a specific number of conveyance pitches set between a set position of the filling turret and an inspection position of the inspection device, identifies the holding part in a position the prescribed number of conveyance pitches ahead of the set position in the filling turret upon obtaining the inspection result in the inspection position, and controls the filling amount by the filling device provided at the identified holding part. a filler including a filling turret having a plurality of holding parts and a filling device provided for each of the holding parts to fill the can with a liquid content; a forwarding turret (4, 4A, 4B) that holds and turret-conveys the can transported from the filling turret; a sealing device that seals the can transported from the forwarding turret (4, 4A, 4B) with a lid, the sealing device comprising a circular conveyance path having a prescribed conveyance pitch; an inspection device provided at an inspection turret, at which the can transported from the sealing device is held and turret-conveyed, to inspect a filling amount in the can; and a controller that identifies the filling device with a filling failure on the basis of an inspection result from the inspection device and controls a filling amount by the filling device, wherein the controller recognizes a specific number of conveyance pitches set between a set position of the filling turret and an inspection position of the inspection device, identifies the holding part in a position the prescribed number of conveyance pitches ahead of the set position in the filling turret upon obtaining the inspection result in the inspection position, and controls the filling amount by the filling device provided at the identified holding part.
A fluid delivery pen comprises (i) a cartridge cover; (ii) a pen cap; (iii) concentrically arranged an inner body and an outer body; said cartridge cover comprises a cartridge containing fluid; said inner body comprises a drive mechanism for dose delivery; said drive mechanism comprises a hollow piston rod, at least one driving means for rotating a drive shaft and a drive shaft keyway; said hollow piston rod has helical thread on its inner surface; said drive shaft has helical rib on its outer surface; the helical thread of the piston rod mates with the helical rib of the drive shaft forming a thread connection and being axially restrained in the proximal direction relative to the outer body; the fluid delivery pen further comprises a dose setting mechanism; said dose setting mechanism comprises concentrically arranged (i) a dose dial tube; (ii) a clutch tube and (iii) a thumb pad; said clutch tube is located inside the dose dial tube; said clutch tube comprises one way ratchet on its proximal end; said dose dial tube and clutch tube are located in between the inner body and the outer body; said dose dial tube comprises ratchet teeth on its inner surface; the fluid delivery pen is characterized in that the said dose setting mechanism further comprises a ratchet cap; said ratchet cap comprises a one way ratchet and a one way ratchet teeth; the mating of one way ratchet with the ratchet teeth produce a click of higher audibility during upward dose setting; the mating of one way ratchet teeth with one way ratchet produce a click of lower audibility during downward dose setting, wherein the size of one way ratchet of the ratchet cap is larger than the size of one way ratchet of the clutch tube.
A control method for controlling a wind turbine generator to generate power above its rated value, wherein the extent to which an operating characteristic of the wind turbine is over-rated is based on one or more wind turbine operating variables, the method comprising; receiving a first set point for a first operating variable; determining whether the first operating variable differs from the set point; determining the extent to which the wind turbine generator is to be over-rated between a maximum and a minimum over-rated setting value, based on the extent to which the first operating variable differs from the first set point, and outputting a first over-rating command value based on the determination; and controlling the over-rating of the wind turbine generator based on the first over-rating command value.
Process for manufacturing a segmented discrete ply intended for the formation of a discrete segmented multilayer mat, the process comprising the steps of: a) providing a continuous single-layer sheet comprising, • a continuous pre-impregnated layer composed of unidirectional fibres disposed parallel to a longitudinal direction, the fibres being embedded in a resin matrix, • a continuous antiadhesive lining applied to a face of the continuous pre-impregnated layer, b) cutting the continuous single-layer sheet supplied in the step a) so as to form, in the continuous pre-impregnated layer, segments disposed in staggered fashion and thus form a segmented continuous sheet, said cutting being performed in such a way as to leave the continuous antiadhesive lining intact; c) cutting the segmented continuous sheet obtained in the step b) transversely along two cutting lines (6, 7) parallel to cutting directions (d1, d2, d3), oriented transversally with respect to the longitudinal direction, the segmented continuous sheet being cut over its entire width and thickness, including the antiadhesive lining, thus forming a segmented discrete ply formed by a discrete segmented pre-impregnated layer and the antiadhesive lining, and wherein the cutting lines (6, 7) form a cutting angle (α) with the longitudinal direction; wherein, a continuous sheet is a sheet having a geometry inscribed within a rectangle of length and of width (l) with length-to-width ratio (L/l) greater than 20 (i.e. L/l > 20) and a discrete ply is a ply having a geometry inscribed within a rectangle of length and of width (l) of length-to-width ratio (L/l) less than or equal to 20 (i.e. L/l ≤ 20). a) providing a continuous single-layer sheet comprising, • a continuous pre-impregnated layer composed of unidirectional fibres disposed parallel to a longitudinal direction, the fibres being embedded in a resin matrix, • a continuous antiadhesive lining applied to a face of the continuous pre-impregnated layer, • a continuous pre-impregnated layer composed of unidirectional fibres disposed parallel to a longitudinal direction, the fibres being embedded in a resin matrix, • a continuous antiadhesive lining applied to a face of the continuous pre-impregnated layer, b) cutting the continuous single-layer sheet supplied in the step a) so as to form, in the continuous pre-impregnated layer, segments disposed in staggered fashion and thus form a segmented continuous sheet, said cutting being performed in such a way as to leave the continuous antiadhesive lining intact; c) cutting the segmented continuous sheet obtained in the step b) transversely along two cutting lines (6, 7) parallel to cutting directions (d1, d2, d3), oriented transversally with respect to the longitudinal direction, the segmented continuous sheet being cut over its entire width and thickness, including the antiadhesive lining, thus forming a segmented discrete ply formed by a discrete segmented pre-impregnated layer and the antiadhesive lining, and wherein the cutting lines (6, 7) form a cutting angle (α) with the longitudinal direction;
A power supply and control unit, particularly for submersed electric motors, comprising an enclosure that can be jointly connected to the motor of a submersed electric pump, said enclosure forming a hermetic chamber that contains at least one electronic power supply that can be connected to said motor, said power supply and control unit further comprising a heat exchange means in the liquid state that is suitable to transfer to said enclosure the heat generated by said electronic power supply, said heat exchange means in the liquid state filling completely the empty space within said hermetic chamber, characterized that said power supply and control unit comprises expansion compensating means for compensating for the expansion of said dielectric coolant, wherein said expansion compensating means comprises at least one elastically compressible member (20,200,2000) that is inserted within said hermetic chamber.
A line handling system for locating on a tugboat, wherein the tugboat is for assisting a marine vessel to manoeuvre and the tugboat comprises a hull having a perimeter; wherein the line handling system comprises a line guide mechanism positionable to protrude away from the hull for guiding a line of the marine vessel towards a predetermined region of the perimeter, when the line handling system is located on the tugboat; wherein the line guide mechanism comprises at least one guide device (110, 120), the or each guide device (110, 120) comprising a guide arm (111, 121) that is positionable to protrude, away from the hull, when the line handling system is located on the tugboat; and wherein the or each guide device (110, 120) comprises a secondary guide (112, 122) that is movable relative to the guide arm (111, 121) of the respective guide device (110, 120) to drive the line along the guide arm (111, 121) of the respective guide device (110, 120) towards the predetermined region of the perimeter, when the line handling system is located on the tugboat. wherein the line handling system comprises a line guide mechanism positionable to protrude away from the hull for guiding a line of the marine vessel towards a predetermined region of the perimeter, when the line handling system is located on the tugboat; wherein the line guide mechanism comprises at least one guide device (110, 120), the or each guide device (110, 120) comprising a guide arm (111, 121) that is positionable to protrude, away from the hull, when the line handling system is located on the tugboat; and wherein the or each guide device (110, 120) comprises a secondary guide (112, 122) that is movable relative to the guide arm (111, 121) of the respective guide device (110, 120) to drive the line along the guide arm (111, 121) of the respective guide device (110, 120) towards the predetermined region of the perimeter, when the line handling system is located on the tugboat.
A circuit breaker comprising a stack of a plurality of stacked breaker modules electrically arranged in series in a current path between a first terminal and a second terminal of the circuit breaker, wherein each breaker module comprises: a mechanical switching assembly comprising a mechanical switch, a semiconductor switching assembly comprising a semiconductor switch, and an arrester assembly comprising at least one surge arrester, wherein the mechanical switching assembly, the semiconductor switching assembly and the arrester switching assembly are electrically arranged parallel to each other, and wherein the individual breaker modules are selectively trippable for switching the individual breaker modules individually from one another such that a total counter voltage is adjustable by the number of breaker modules that are tripped. a mechanical switching assembly comprising a mechanical switch, a semiconductor switching assembly comprising a semiconductor switch, and an arrester assembly comprising at least one surge arrester,
Method for removing plants from the group Japanese knotweed (Reynoutria japonica or Fallopia japonica), Sakhalin knotweed (Reynoutria sachalinensis), Himalayan knotweed (Polygonum polystachyum), bastard knotweed, bamboo (Phyllostachys aurea), bamboo (Pleioblastus pygamaeus distichus), staghorn sumac (Rhus typhina), chenille plant (Acalypha hispida), without removal of soil, masonry, road surface or rail track bed, characterized by the following steps: a) determining and/or marking of a surface area to be treated with plants to be removed, b) exposing the plants to be removed and their root area in the surface area from step a) by exposing the plants to be removed by mowing of surrounding non-invasive plants and cutting the plants to be removed just above the ground and allowing a small part of the plants to be left so that they are recognizable as such, c) drilling bore holes in the root and rhizome area of the plants to be removed in the underground by means of a drill; d) injecting an active agent containing triclopyr, a sparingly water-soluble pre-emergence herbicide and water by means of a lance into the boreholes during the growing season of the plant, wherein the pre-emergence herbicide has a water solubility of at most 1.1 g/liter at 20°C. a) determining and/or marking of a surface area to be treated with plants to be removed, b) exposing the plants to be removed and their root area in the surface area from step a) by exposing the plants to be removed by mowing of surrounding non-invasive plants and cutting the plants to be removed just above the ground and allowing a small part of the plants to be left so that they are recognizable as such, c) drilling bore holes in the root and rhizome area of the plants to be removed in the underground by means of a drill; d) injecting an active agent containing triclopyr, a sparingly water-soluble pre-emergence herbicide and water by means of a lance into the boreholes during the growing season of the plant, wherein the pre-emergence herbicide has a water solubility of at most 1.1 g/liter at 20°C.
A method performed by a receiving device operating in a wireless communication system, the method comprising: determining that a Packet Data Convergence Protocol, PDCP, reestablishment has been triggered for re-establishment of a PDCP entity of the receiving device, wherein the PDCP entity is associated with an Unacknowledged mode, UM, Radio Link Control, RLC, entity of the receiving device; based on the PDCP re-establishment being triggered: stopping and resetting a reordering timer that is associated with delivering PDCP Service Data Units, SDUs, to an upper layer of the receiving device; delivering all stored PDCP SDUs to the upper layer in ascending order of COUNT values that are associated with the PDCP SDUs; and setting, by the PDCP entity, an RX_DELIV state variable and an RX_NEXT state variable of the PDCP entity to initial values, wherein the RX_DELIV state variable and the RX_NEXT state variable are receive state variables for the PDCP entity, wherein the RX_DELIV state variable is used to indicate a lower edge of a reordering window such that a first PDCP SDU not delivered to the upper layer can be identified, and wherein the RX_NEXT state variable is used to indicate a next PDCP SDU expected to be received. determining that a Packet Data Convergence Protocol, PDCP, reestablishment has been triggered for re-establishment of a PDCP entity of the receiving device, wherein the PDCP entity is associated with an Unacknowledged mode, UM, Radio Link Control, RLC, entity of the receiving device; based on the PDCP re-establishment being triggered: stopping and resetting a reordering timer that is associated with delivering PDCP Service Data Units, SDUs, to an upper layer of the receiving device; delivering all stored PDCP SDUs to the upper layer in ascending order of COUNT values that are associated with the PDCP SDUs; and setting, by the PDCP entity, an RX_DELIV state variable and an RX_NEXT state variable of the PDCP entity to initial values, wherein the RX_DELIV state variable and the RX_NEXT state variable are receive state variables for the PDCP entity, stopping and resetting a reordering timer that is associated with delivering PDCP Service Data Units, SDUs, to an upper layer of the receiving device; delivering all stored PDCP SDUs to the upper layer in ascending order of COUNT values that are associated with the PDCP SDUs; and setting, by the PDCP entity, an RX_DELIV state variable and an RX_NEXT state variable of the PDCP entity to initial values, wherein the RX_DELIV state variable and the RX_NEXT state variable are receive state variables for the PDCP entity, wherein the RX_DELIV state variable is used to indicate a lower edge of a reordering window such that a first PDCP SDU not delivered to the upper layer can be identified, and wherein the RX_NEXT state variable is used to indicate a next PDCP SDU expected to be received.