mhurhangee/ep-ind-claims huggingface dataset:
A toner cartridge comprising: a main casing accommodating therein toner and formed with an opening which provides communication between an interior and an exterior of the main casing and wherein the main casing has an outer surface extending in a longitudinal direction and has an arcuate shape in a cross-section taken along an imaginary plane orthogonal to the longitudinal direction and wherein the outer surface defines a circumferential direction; a shutter conform to the surface of the main casing and movable along the main casing by an external driving force applied in a force direction between a closed position at which the shutter closes the opening and an open position at which the shutter opens the opening and wherein the force direction is in conformance with the circumferential direction, and the inclined direction is inclined relative to the circumferential direction toward the longitudinal direction; and a guide portion (73, 91, 92) configured to guide a movement of the shutter in an inclined direction inclined with respect to the force direction a shutter cover conform to the surface of the main casing and configured to cover the shutter and positioned opposite to the main casing with respect to the shutter, and wherein the shutter cover is formed with a guide hole functioning as the guide portion and having a first profile portion (80, 77) extending in the force direction; and wherein the shutter is disposed between the surface of the main casing and the shutter cover and has a guided portion movable in the inclined direction along the guide hole, and a toner seal with a seal opening opposing the opening of the main casing interposed between the main casing and the shutter when the shutter is positioned at the closed position characterized by the guide hole having a second profile portion (76, 79) extending in the inclined direction. a main casing accommodating therein toner and formed with an opening which provides communication between an interior and an exterior of the main casing and wherein the main casing has an outer surface extending in a longitudinal direction and has an arcuate shape in a cross-section taken along an imaginary plane orthogonal to the longitudinal direction and wherein the outer surface defines a circumferential direction; a shutter conform to the surface of the main casing and movable along the main casing by an external driving force applied in a force direction between a closed position at which the shutter closes the opening and an open position at which the shutter opens the opening and wherein the force direction is in conformance with the circumferential direction, and the inclined direction is inclined relative to the circumferential direction toward the longitudinal direction; and a guide portion (73, 91, 92) configured to guide a movement of the shutter in an inclined direction inclined with respect to the force direction a shutter cover conform to the surface of the main casing and configured to cover the shutter and positioned opposite to the main casing with respect to the shutter, and
A screen printer comprising: a mask holding device (44, 3) configured to hold a mask; a board device (6, 7, 8) configured to position a board from below with respect to the mask held by the mask holding device (44, 3); a squeegee device configured to apply and spread a cream solder on an upper surface of the mask; a mask pressing device configured to press the mask at a set pressure by a pusher which is installed on an upper travelling device or a lower travelling device with respect to the mask; a mask measurement device (52, 41); and a tension measurement device configured to calculate a tension of the mask based on a measured value of the mask measurement device (52, 41); wherein the upper travelling device is a squeegee moving table for moving the squeegee device, characterized in that the mask measurement device (52, 41) is configured to measure a height of the mask, the mask measurement device (52, 41) being installed on the upper travelling device or the lower travelling device so as to be opposed to the pusher; and in that the lower travelling device is an imaging device moving table on which a mask imaging device is installed for imaging a mask mark attached to the mask. a mask holding device (44, 3) configured to hold a mask; a board device (6, 7, 8) configured to position a board from below with respect to the mask held by the mask holding device (44, 3); a squeegee device configured to apply and spread a cream solder on an upper surface of the mask; a mask pressing device configured to press the mask at a set pressure by a pusher which is installed on an upper travelling device or a lower travelling device with respect to the mask; a mask measurement device (52, 41); and a tension measurement device configured to calculate a tension of the mask based on a measured value of the mask measurement device (52, 41); wherein the upper travelling device is a squeegee moving table for moving the squeegee device, characterized in that the mask measurement device (52, 41) is configured to measure a height of the mask, the mask measurement device (52, 41) being installed on the upper travelling device or the lower travelling device so as to be opposed to the pusher; and in that the lower travelling device is an imaging device moving table on which a mask imaging device is installed for imaging a mask mark attached to the mask.
Securing means for securing a civil engineering element to a construction machine, in particular a pile to a pile driver with a connecting means at the construction machine and a flexible securing element, in particular a securing chain, wherein a first end of the flexible securing element is attached to the construction machine and a second end is provided with a connecting link which can pass through a securing lug on the civil engineering element and can be releasably fastened to the construction machine by the connecting means, characterised in that a detection unit is provided on the connecting means, which detection unit is designed for identifying a fastening of the connecting link to the connecting means, and in that the detection unit can generate and output a signal if a fastening of the connecting link is identified.
An intraocular lens for implantation in a capsular bag (18, 38) of an eye (10, 40), comprising: an adjustable optic (28, 48, 150) having an anterior face (27, 47) and a posterior face (29, 49); a haptic (15, 25, 90) for coupling the adjustable optic (28, 48, 150) to the capsular bag (18, 38); a cap adjacent at least one of the anterior (27, 47) and posterior faces (29, 49) of the adjustable optic (28, 48, 150); and a force transfer member operably coupled to the cap and the haptic (15, 25, 90), the force transfer member configured to change the curvature of the cap in response to a radial force on the haptic (15, 50, 90). an adjustable optic (28, 48, 150) having an anterior face (27, 47) and a posterior face (29, 49); a haptic (15, 25, 90) for coupling the adjustable optic (28, 48, 150) to the capsular bag (18, 38); a cap adjacent at least one of the anterior (27, 47) and posterior faces (29, 49) of the adjustable optic (28, 48, 150); and a force transfer member operably coupled to the cap and the haptic (15, 25, 90), the force transfer member configured to change the curvature of the cap in response to a radial force on the haptic (15, 50, 90).
A dual feed hydraulic lash adjuster comprising: a lash adjuster body adapted to be supported by an internal combustion engine and having a bore extending axially therein; a plunger assembly including a lower plunger element and an upper plunger element slidingly -disposed in said bore of said body and having an end adapted to cooperate with a valve actuating mechanism, said upper plunger element cooperating with said lower plunger element and forming a low-pressure first chamber and forming a high-pressure second chamber with said body; said upper plunger element having a first aperture fluidly communicating with said first chamber, a passageway fluidly communicating with said first chamber and said end, and a second aperture fluidly communicating with said passageway; said body including a first port adapted for passage of hydraulic fluid from a first source to said first aperture and a second port adapted for passage of hydraulic fluid from a second source to said second aperture; and a separate fluid pressure separator disposed in said plunger assembly between said first aperture and said second aperture to prevent passage of hydraulic fluid between said first chamber and said passageway, characterized in that the fluid pressure separator has a dome portion and a flange portion extending outwardly from said dome portion, wherein said dome portion has a domed outer surface and a lower recess and a passage extending axially through said dome portion between said lower recess and said domed outer surface to provide for evacuation of air from said lash adjuster. a lash adjuster body adapted to be supported by an internal combustion engine and having a bore extending axially therein; a plunger assembly including a lower plunger element and an upper plunger element slidingly -disposed in said bore of said body and having an end adapted to cooperate with a valve actuating mechanism, said upper plunger element cooperating with said lower plunger element and forming a low-pressure first chamber and forming a high-pressure second chamber with said body; said upper plunger element having a first aperture fluidly communicating with said first chamber, a passageway fluidly communicating with said first chamber and said end, and a second aperture fluidly communicating with said passageway; said body including a first port adapted for passage of hydraulic fluid from a first source to said first aperture and a second port adapted for passage of hydraulic fluid from a second source to said second aperture; and a separate fluid pressure separator disposed in said plunger assembly between said first aperture and said second aperture to prevent passage of hydraulic fluid between said first chamber and said passageway, characterized in that the fluid pressure separator has a dome portion and a flange portion extending outwardly from said dome portion, wherein said dome portion has a domed outer surface and a lower recess and a passage extending axially through said dome portion between said lower recess and said domed outer surface to provide for evacuation of air from said lash adjuster.
Arrangement comprising a tower of a wind turbine and a damping device, wherein the tower is situated on a surface, whereby the damping device is arranged between the tower and the surface, characterized in that - the surface is a part of a deck of a vessel or storage site ashore, and the tower is temporarily located on the deck of the vessel or at the storage site ashore, e.g. at a harbor - the surface is a part of a deck of a vessel or storage site ashore, and the tower is temporarily located on the deck of the vessel or at the storage site ashore, e.g. at a harbor
A pack for cigarettes or rod-shaped objects, having a box part, which is delimited by at least one front wall, one rear wall, side walls (16, 17) and one bottom wall, and with one preferably cuboid cigarette group or group of rod-shaped objects wrapped in an inner blank, wherein the box part serves for receiving the preferably cuboid cigarette group or group of rod-shaped objects and wherein the pack comprises predefined dimensions with regard to the width, the depth and the height and at least one dimension of the at least one cigarette group or of the group of rod-shaped objects is smaller than a corresponding dimension of the interior of the box part so that the at least one cigarette group or the group of rod-shaped objects does not fill out the interior of the box part with reference to the at least one dimension, and wherein a collar is arranged in the box part, consisting of at least one collar front wall, which abuts against the front wall of the box part, and collar side walls which are arranged adjacent to side walls (16, 17) of the box part, and wherein at least one bottom flap (32, 62), which extends directed transversely to the collar front wall as bottom-side support of the at least one cigarette group or group of rod-shaped objects, is arranged as an extension of the collar front wall so that the collar serves for compensating for at least one different dimension of the cigarette group or group of rod-shaped objects, wherein the bottom flap (32, 62) is connected in an articulated manner to the collar front wall, in particular at a lower edge of the same, characterized in that in that the bottom flap (32, 62) is held on the collar side walls in its position directed transversely to the collar front wall by at least one bearing element, wherein bearing projections impressed in the material of the collar side walls or collar support tabs, which are folded out of the plane of the collar side walls into the region below the bottom flap and which support the bottom flap at the bottom, serve as a bearing element.
A linear compressor comprising: a shell comprising a refrigerant suction part; a cylinder provided within the shell; a piston configured to reciprocate within the cylinder; a motor assembly for exerting a driving force to the piston, the motor assembly comprising a permanent magnet; a flange part extending from an end of the piston in a radial direction, the flange part having a coupling surface; a supporter coupled to the coupling surface of the flange part to support a plurality of springs (151, 155); a connection member coupled to the permanent magnet and the supporter; and a piston guide disposed between an inner surface of the connection member and the flange part, characterized in that: the linear compressor further comprises a reinforcing rib interposed between the coupling surface of the flange part and the supporter, and wherein the reinforcing rib protrudes from the coupling surface towards the piston guide, to guide deformation due to coupling of the flange part with the supporter. a shell comprising a refrigerant suction part; a cylinder provided within the shell; a piston configured to reciprocate within the cylinder; a motor assembly for exerting a driving force to the piston, the motor assembly comprising a permanent magnet; a flange part extending from an end of the piston in a radial direction, the flange part having a coupling surface; a supporter coupled to the coupling surface of the flange part to support a plurality of springs (151, 155); a connection member coupled to the permanent magnet and the supporter; and a piston guide disposed between an inner surface of the connection member and the flange part, characterized in that: the linear compressor further comprises a reinforcing rib interposed between the coupling surface of the flange part and the supporter, and wherein the reinforcing rib protrudes from the coupling surface towards the piston guide, to guide deformation due to coupling of the flange part with the supporter. the linear compressor further comprises a reinforcing rib interposed between the coupling surface of the flange part and the supporter, and wherein the reinforcing rib protrudes from the coupling surface towards the piston guide, to guide deformation due to coupling of the flange part with the supporter.
A work vehicle transmission comprising: a transmission case that also serves as an oil tank; a plurality of hydraulic devices (31,32,37,38) arranged inside the transmission case; and a valve unit configured to control a flow of oil to the hydraulic devices (31,32,37,38), wherein the transmission case includes a valve unit attachment portion to which the valve unit is to be attached from outside the transmission case, the valve unit has a base plate to be attached to the valve unit attachment portion, and a valve block (111,112) having a plurality of electromagnetic valves, the valve unit attachment portion is provided with a recessed portion that defines and forms a storage compartment for the valve block (111,112) along with the base plate; the valve unit attachment portion includes an oil return passage configured to return excess oil from the valve block (111,112) into the transmission case at a position higher, with respect to a vertical direction of the vehicle body, than the valve block (111,112) in the recessed portion; characterized in that the recessed portion has a lower recession portion in which the valve block (111,112) is stored, and an upper recession portion that is in communication with an interior of the transmission case via the oil return passage, and the upper recession portion is formed with a shallower recession depth than the lower recession portion and a smaller area than the lower recession portion. a transmission case that also serves as an oil tank; a plurality of hydraulic devices (31,32,37,38) arranged inside the transmission case; and a valve unit configured to control a flow of oil to the hydraulic devices (31,32,37,38), wherein the transmission case includes a valve unit attachment portion to which the valve unit is to be attached from outside the transmission case, the valve unit has a base plate to be attached to the valve unit attachment portion, and a valve block (111,112) having a plurality of electromagnetic valves, the valve unit attachment portion is provided with a recessed portion that defines and forms a storage compartment for the valve block (111,112) along with the base plate; the valve unit attachment portion includes an oil return passage configured to return excess oil from the valve block (111,112) into the transmission case at a position higher, with respect to a vertical direction of the vehicle body, than the valve block (111,112) in the recessed portion; characterized in that the recessed portion has a lower recession portion in which the valve block (111,112) is stored, and an upper recession portion that is in communication with an interior of the transmission case via the oil return passage, and the upper recession portion is formed with a shallower recession depth than the lower recession portion and a smaller area than the lower recession portion.
A vehicle electric power feeding system comprising: an electric power feeding device (1A, 1B, 2A, 2B) that is provided at a location at which a vehicle can stop; a detecting means configured to detect the stopped state of the vehicle; and a control means configured to instruct the electric power feeding device (1A, 1B, 2A, 2B) to feed electric power to the vehicle in a stopped state on the basis of a detection result of the detecting means, wherein: the detecting means is configured to detect the stopped state of the vehicle according to a status signal indicating the operational state of an equipment (G1, G2) capable of putting the vehicle in a stopped state, the equipment (G1, G2) is provided outside of the vehicle, and upon receiving the status signal, the control means is configured to determine that the vehicle is in the stopped state at a timing delayed by a predetermined time. an electric power feeding device (1A, 1B, 2A, 2B) that is provided at a location at which a vehicle can stop; a detecting means configured to detect the stopped state of the vehicle; and a control means configured to instruct the electric power feeding device (1A, 1B, 2A, 2B) to feed electric power to the vehicle in a stopped state on the basis of a detection result of the detecting means, wherein: the detecting means is configured to detect the stopped state of the vehicle according to a status signal indicating the operational state of an equipment (G1, G2) capable of putting the vehicle in a stopped state, the equipment (G1, G2) is provided outside of the vehicle, and upon receiving the status signal, the control means is configured to determine that the vehicle is in the stopped state at a timing delayed by a predetermined time. the detecting means is configured to detect the stopped state of the vehicle according to a status signal indicating the operational state of an equipment (G1, G2) capable of putting the vehicle in a stopped state, the equipment (G1, G2) is provided outside of the vehicle, and upon receiving the status signal, the control means is configured to determine that the vehicle is in the stopped state at a timing delayed by a predetermined time.
An aircraft wing, the aircraft wing comprising a fixed wing with a wing tip device at the tip of the fixed wing, wherein the wing tip device is movable between: a flight configuration for use during flight, and a ground configuration for use during ground-based operations, in which ground configuration the wing tip device is moved away from the flight configuration such that the span of the aircraft wing is reduced, the wing further comprising a master flight control surface associated with the fixed wing and a slave flight control surface associated with the wing tip device, with an interface between the master flight control surface and the slave flight control surface, wherein the interface is arranged to provide a rigid connection between the master flight control surface and slave flight control surface when the wing tip device is in the flight configuration and the master control surface is moved about a control axis common to both flight control surfaces, such that the slave control surface is also caused to be moved about the control axis, and wherein the interface is further arranged such that the slave control surface decouples from the master control surface when the wing tip device is moved from the flight configuration into the ground configuration.
A method for a virtual mobile equipment of a wireless communication network for use in forwarding short messages for a mobile communication device having an address which is utilized to identify the mobile communication device in the wireless communication network, the method comprising the acts of: in response to receiving, at the virtual mobile equipment, a message forwarding enable message including the address and an alternative address, causing the address to be assigned to the virtual mobile equipment; storing an association between the address and the alternate address which is utilized to identify an alternate communication device and registering a location of the virtual mobile equipment in the wireless communication network with respect to the address; receiving, at the virtual mobile equipment, a short message having a destination address that matches the address; and in response to receiving the short message, sending the short message to the alternate address for delivery to the alternate communication device based on the stored association between the address and the alternate address.
An aerosol-generating device for use in an aerosol-generating system, the aerosol-generating device comprising: a cavity configured to receive an aerosol-generating article; a first solid-liquid phase-change material positioned about a perimeter of the cavity; heating means configured to heat the first solid-liquid phase-change material to a temperature above the melting point of the first solid-liquid phase-change material; and a second solid-liquid phase-change material, wherein the melting point of the second solid-liquid phase-change material is higher than the melting point of the first solid-liquid phase-change material. a cavity configured to receive an aerosol-generating article; a first solid-liquid phase-change material positioned about a perimeter of the cavity; heating means configured to heat the first solid-liquid phase-change material to a temperature above the melting point of the first solid-liquid phase-change material; and a second solid-liquid phase-change material, wherein the melting point of the second solid-liquid phase-change material is higher than the melting point of the first solid-liquid phase-change material.