mhurhangee/ep-ind-claims huggingface dataset:
A system for supplying a fluid to a working element, the system comprising: a main reservoir in fluid communication with the working element; an emergency reservoir in fluid communication with the working element; and an injection jet (437, 439, 441) in fluid communication with both the main reservoir and the emergency reservoir, wherein the fluid is a lubricant, characterised in the injection jet comprising: a body; a first passage disposed within the body, the first passage for channeling the fluid from the main reservoir through the body; and a second passage disposed within the body, the second passage for channeling the fluid from the emergency reservoir through the body; wherein the system operates in a standard mode and in an emergency mode; wherein both the first passage and the second passage supply the fluid to the working element during standard mode; wherein the second passage supplies the fluid to the working element during emergency mode. a main reservoir in fluid communication with the working element; an emergency reservoir in fluid communication with the working element; and an injection jet (437, 439, 441) in fluid communication with both the main reservoir and the emergency reservoir, wherein the fluid is a lubricant, characterised in the injection jet comprising: a body; a first passage disposed within the body, the first passage for channeling the fluid from the main reservoir through the body; and a second passage disposed within the body, the second passage for channeling the fluid from the emergency reservoir through the body; a body; a first passage disposed within the body, the first passage for channeling the fluid from the main reservoir through the body; and a second passage disposed within the body, the second passage for channeling the fluid from the emergency reservoir through the body; wherein the system operates in a standard mode and in an emergency mode; wherein both the first passage and the second passage supply the fluid to the working element during standard mode; wherein the second passage supplies the fluid to the working element during emergency mode.
A cutting element, comprising: a substrate having a central axis; a polycrystalline table attached to the substrate at an interface region at an end of the polycrystalline table, wherein the geometry of a lateral side surface of the cutting element is asymmetric about all axes and planes intersecting with the cutting element; and an interface feature, the interface feature comprising a shape that is reflectively asymmetric about at least two planes defined by x, y, and z axes of a Cartesian coordinate system defined to align a z axis of the coordinate system with the central axis of the substrate and to locate a center of the coordinate system at a midpoint along an axial height of the asymmetric interface feature. a substrate having a central axis; a polycrystalline table attached to the substrate at an interface region at an end of the polycrystalline table, wherein the geometry of a lateral side surface of the cutting element is asymmetric about all axes and planes intersecting with the cutting element; and an interface feature, the interface feature comprising a shape that is reflectively asymmetric about at least two planes defined by x, y, and z axes of a Cartesian coordinate system defined to align a z axis of the coordinate system with the central axis of the substrate and to locate a center of the coordinate system at a midpoint along an axial height of the asymmetric interface feature.
Adjustment set for mounting a frame, in particular a window frame, on a soffit, wherein the adjustment set has a first adjustment device, which is configured for attaching to the frame in such a way that, in the attached state, a lateral outer surface of the first adjustment device is substantially exposed with respect to the frame; and a second adjustment device, which is configured to be attached to the soffit; wherein the first adjustment device and the second adjustment device are configured correspondingly to each other in such a way that by connecting connection structures (112, 114) of the first adjustment device and the second adjustment device and by relatively moving the first adjustment device and the second adjustment device, a total height of the connected first and second adjustment devices (106, 108) and thus a distance between the frame and the soffit are adjustable; wherein the first adjustment device has an anti-rotation structure for protection against a rotating of the first adjustment device, when the first adjustment device and the second adjustment device are connected to each other and moved relative to each other, in particular when the second adjustment device is moved for screwing to the first adjustment device; wherein the anti-rotation structure is adapted to provide the protection against a rotating of the first adjustment device without physical engagement with the frame; characterized in that the anti-rotation structure has at least one groove in the first adjustment device for engagement by at least one thwart of the frame; wherein the adjustment set has at least one of the following features: at least one of the at least one groove is formed in a front face of the first adjustment device, which front face faces the frame; at least one of the at least one groove is formed in a lateral surface of the first adjustment device. at least one of the at least one groove is formed in a front face of the first adjustment device, which front face faces the frame; at least one of the at least one groove is formed in a lateral surface of the first adjustment device.
Knee support system to be incorporated within a mobility apparatus having members (111, 121) and for a user having limited control over his legs, the knee support system comprising: at least two knee supports (110, 120) configured to be oppositely positioned and connected to the members (111, 121), wherein the knee supports have a disengaged position in which the knee supports are laterally rotated and an engaged position in which the knee supports are harnessing the legs (11, 12) of the user; wherein each of the knee supports (110, 120) comprises a bar having an x-axis and a bracket for supporting a knee of a user, wherein the bracket is allowed to slide along the x-axis, and wherein relative movement is maintained between the bar and the bracket so as to allow the bracket to laterally move in respect of the bar, characterized in that the knee supports (110, 120) are connectable to the members (111, 121) in a way that allows adjustment of a height of the knee supports relative to the legs, and the bracket is connected to the bar via a pin, perpendicular to the x-axis, that allows a rotational movement of the bracket about the pin and relative to the bar. at least two knee supports (110, 120) configured to be oppositely positioned and connected to the members (111, 121), wherein the knee supports have a disengaged position in which the knee supports are laterally rotated and an engaged position in which the knee supports are harnessing the legs (11, 12) of the user; wherein each of the knee supports (110, 120) comprises a bar having an x-axis and a bracket for supporting a knee of a user, wherein the bracket is allowed to slide along the x-axis, and wherein relative movement is maintained between the bar and the bracket so as to allow the bracket to laterally move in respect of the bar, characterized in that the knee supports (110, 120) are connectable to the members (111, 121) in a way that allows adjustment of a height of the knee supports relative to the legs, and the bracket is connected to the bar via a pin, perpendicular to the x-axis, that allows a rotational movement of the bracket about the pin and relative to the bar.
A method for wireless communication between a public transport vehicle and a remote server through at least one external mobile network (4a-c), comprising: providing at least one router in the public transport vehicle for receiving and transmitting wireless data to and from a stationary communication server outside said public transport vehicle through said at least one external mobile network (4a-c) via at least one antenna (5a-n) and to and from at least one client onboard the public transport vehicle; and determining in said router, if a stream of wireless data packets received by said router corresponds to at least one of a VoIP stream and a VoWIFI stream; characterized in that said at least one router includes a captive portal in order to provide an authentication process for said at least one client; and by the further step: forwarding in said router, if it has been determined that said stream of wireless data packets corresponds to at least one of a VoIP stream and a VoWIFI stream, said stream of wireless data packets regardless of whether said at least one client associated with said stream of wireless data packets is authenticated by said authentication process or not, and seamlessly handover ongoing calls which have been initiated through a cellular data network to VoIP or VoWIFI streams. providing at least one router in the public transport vehicle for receiving and transmitting wireless data to and from a stationary communication server outside said public transport vehicle through said at least one external mobile network (4a-c) via at least one antenna (5a-n) and to and from at least one client onboard the public transport vehicle; and determining in said router, if a stream of wireless data packets received by said router corresponds to at least one of a VoIP stream and a VoWIFI stream;
An expandable slide and lock stent, the stent comprising a tubular member having a circumference and a longitudinal axis, the stent comprising: a first backbone and a second backbone, the first and the second backbones each having a reversing helical shape changing its circumferential direction as it extends in an axial direction and comprising at least one portion having a positively trending slope and at least one portion having a negatively trending slope, the first and second backbones extending along at least a portion of the circumference and along the longitudinal axis; wherein at least one of the portions having a positively trending slope and a negatively trending slope further comprises a plurality of wave forms; wherein at least the second backbone further comprises a plurality of slots, each of the slots being disposed at a different angle with respect to the longitudinal axis compared to the slots that are adjacent; and a plurality of rail members defining proximal and distal ends, the proximal end of each of the rail members being coupled to the first backbone, the distal end of each of the rail members extending from the first backbone in the circumferential direction, the plurality of rail members configured to intersect and pass through one of the plurality of slots in the second backbone; and wherein the plurality of rail members is configured to provide one-way movement of the second backbone away from the first backbone such that the tubular member can be expanded between a collapsed diameter and an expanded diameter. a first backbone and a second backbone, the first and the second backbones each having a reversing helical shape changing its circumferential direction as it extends in an axial direction and comprising at least one portion having a positively trending slope and at least one portion having a negatively trending slope, the first and second backbones extending along at least a portion of the circumference and along the longitudinal axis; wherein at least one of the portions having a positively trending slope and a negatively trending slope further comprises a plurality of wave forms; wherein at least the second backbone further comprises a plurality of slots, each of the slots being disposed at a different angle with respect to the longitudinal axis compared to the slots that are adjacent; and a plurality of rail members defining proximal and distal ends, the proximal end of each of the rail members being coupled to the first backbone, the distal end of each of the rail members extending from the first backbone in the circumferential direction, the plurality of rail members configured to intersect and pass through one of the plurality of slots in the second backbone; and wherein the plurality of rail members is configured to provide one-way movement of the second backbone away from the first backbone such that the tubular member can be expanded between a collapsed diameter and an expanded diameter.
Method of producing pantyhose in which two pantyhose parts (1, 2, 6) are connected together by welding along a connecting seam (7, 12-14) and a reinforcing strip which covers the connecting seam (7, 12-14) is subsequently adhesive-bonded along the connecting seam (7, 12-14) to the two pantyhose parts (1, 2, 6) which have been connected together, the two pantyhose parts (1, 2, 6) which have been connected together and the reinforcing strip being fed through between a first and a second roller for application under pressure (32, 33) which apply the reinforcing strip and the pantyhose parts (1, 2, 6) to one another under pressure in a region for application under pressure, an adhesive being situated between the reinforcing strip and the pantyhose parts (1, 2, 6), characterised in that, when the reinforcing strip is adhesive-bonded on, the first roller for application under pressure, against which the two pantyhose parts (1, 2, 6) which have been connected together rest, is at a lower peripheral speed than the second roller for application under pressure, against which the reinforcing strip rests, a length of the reinforcing strip which is greater than the length of the two pantyhose parts (1, 2, 6) which have been connected together when measured in the longitudinal direction of the connecting seam (7, 12-14) being fed in when the reinforcing strip is adhesive-bonded on, to produce for the reinforcing strip an undulating configuration in the longitudinal direction of said reinforcing strip when there is no external force acting on the pantyhose, the length of the reinforcing strip and the length of the pantyhose parts (1, 2, 6) which have been connected together being their lengths in the relaxed state.
Dispensing device for dispensing a formulation as a spray, wherein the dispensing device is adapted to receive or comprises a storage device with multiple separate and pre-metered doses of the formulation in receptacles preferably annularly arranged, wherein the dispensing device comprises a transport mechanism for moving, in particular rotating, the storage device to the next receptacle, wherein the dispensing device comprises a preferably manually operated actuator for actuating the transport mechanism and wherein the dispensing device comprises multiple independently working life span blocking locks to lock up completely the dispensing device in order to avoid any further inadvertent application, characterized in that the storage device comprises an abutment forming a life span blocking lock and stopping any further movement or indexing of the storage device by abutment to a stationary counter stop when the storage device has reached its position for dispensing the formulation from the last receptacle, and that that storage device comprises a snap hook forming a life span blocking lock and locking the actuator in a locked state when the storage device has reached its position for dispensing the formulation from the last receptacle.
A wound closure device (10, 100) comprising: a shaft (20, 120) including an elongated body (22, 122) having a proximal end (22a, 122a) and a distal end (22b, 122b); a needle (40, 140) including a first leg portion (44, 144) coupled to the distal end of the shaft, a curved portion (46, 146), and a second leg portion (48, 148) including a needled end portion (48a, 148a) terminating at a needle tip (52, 152); and a housing having a proximal portion including a notched section defined therein and a distal portion, the housing including a first channel slidingly engaged with the elongated body of the shaft and a second channel slidingly engageable with the second leg portion of the needle, the first channel extending the entire length of the housing, wherein longitudinal movement of the shaft relative to the housing causes a corresponding longitudinal movement of the needle relative to the housing, the needle movable to a covered position in which the needle tip is disposed within the second channel of the housing, an advanced position in which the needle tip is disposed distal to the housing, and a retracted position in which the needle tip is disposed within the notched section of the housing; characterised in that the second channel extends through a portion of the housing and terminates at an opening defined within the notched section of the housing. a shaft (20, 120) including an elongated body (22, 122) having a proximal end (22a, 122a) and a distal end (22b, 122b); a needle (40, 140) including a first leg portion (44, 144) coupled to the distal end of the shaft, a curved portion (46, 146), and a second leg portion (48, 148) including a needled end portion (48a, 148a) terminating at a needle tip (52, 152); and a housing having a proximal portion including a notched section defined therein and a distal portion, the housing including a first channel slidingly engaged with the elongated body of the shaft and a second channel slidingly engageable with the second leg portion of the needle, the first channel extending the entire length of the housing, wherein longitudinal movement of the shaft relative to the housing causes a corresponding longitudinal movement of the needle relative to the housing, the needle movable to a covered position in which the needle tip is disposed within the second channel of the housing, an advanced position in which the needle tip is disposed distal to the housing, and a retracted position in which the needle tip is disposed within the notched section of the housing; characterised in that the second channel extends through a portion of the housing and terminates at an opening defined within the notched section of the housing.
A color production structure comprising: a structure layer having an uneven structure on a surface thereof, the uneven structure comprising a plurality of uneven elements each being a convex or a concave portion; and an optical layer which is a laminated film on the uneven structure and has a surface shaped to conform to the uneven structure, the optical layer configured such that reflected light enhanced by interference emerges from the optical layer, each of the uneven elements having a longitudinal width and a lateral width in plan view along a thickness direction of the structure layer, each of the longitudinal width and lateral width of the respective uneven elements having a value within a range from 40 μm to 50 μm inclusive, each of the uneven elements having a dimension in the thickness direction of the structure layer, the dimension of each uneven element continuously increasing from a peripheral edge to a center thereof in the plan view, a ratio of a maximum value of the dimension of each of the uneven elements to the lateral width thereof being set to be within a range from 0.1 to 1.0 inclusive. a structure layer having an uneven structure on a surface thereof, the uneven structure comprising a plurality of uneven elements each being a convex or a concave portion; and an optical layer which is a laminated film on the uneven structure and has a surface shaped to conform to the uneven structure, the optical layer configured such that reflected light enhanced by interference emerges from the optical layer, each of the uneven elements having a longitudinal width and a lateral width in plan view along a thickness direction of the structure layer, each of the longitudinal width and lateral width of the respective uneven elements having a value within a range from 40 μm to 50 μm inclusive, each of the uneven elements having a dimension in the thickness direction of the structure layer, the dimension of each uneven element continuously increasing from a peripheral edge to a center thereof in the plan view, a ratio of a maximum value of the dimension of each of the uneven elements to the lateral width thereof being set to be within a range from 0.1 to 1.0 inclusive.
A method of wireless communication by a base station, comprising: transmitting wideband information to a first set of user equipments, UEs; and transmitting narrowband information to a second set of UEs, in which the second set of UEs operate in a narrower bandwidth than the first set of UEs; and characterized by further comprising either: receiving an acknowledgement/negative acknowledgement, ACK/NACK, in response to the transmitted wideband information without receiving an ACK/NACK for transmitted narrowband information when the wideband information and the narrowband information comprise data; or disabling downlink ACK/NACK that is in response to receiving narrowband information from one of the second set of UEs. transmitting wideband information to a first set of user equipments, UEs; and transmitting narrowband information to a second set of UEs, in which the second set of UEs operate in a narrower bandwidth than the first set of UEs; and characterized by further comprising either: receiving an acknowledgement/negative acknowledgement, ACK/NACK, in response to the transmitted wideband information without receiving an ACK/NACK for transmitted narrowband information when the wideband information and the narrowband information comprise data; or disabling downlink ACK/NACK receiving an acknowledgement/negative acknowledgement, ACK/NACK, in response to the transmitted wideband information without receiving an ACK/NACK for transmitted narrowband information when the wideband information and the narrowband information comprise data; or disabling downlink ACK/NACK that is in response to receiving narrowband information from one of the second set of UEs.
An oil collector for a speed reducer especially of a turbomachine, said oil collector having side faces (61, 62, 63, 64) and including: - a first inlet, provided in a first side face, adapted to receive oil (Hc); - an outlet, provided in a third side face, adapted to discharge said oil (Hc), said third side face being adjacent to the first side face, the oil collector being characterised in that it includes a lattice structure, positioned inside the oil collector and communicating with said first inlet and with said outlet, said lattice structure including pores the diameter of which is heterogeneous to ensure trapping of oil (Hc) from the first inlet and to ensure discharge of said oil (Hc) through the outlet by gravity. - a first inlet, provided in a first side face, adapted to receive oil (Hc); - an outlet, provided in a third side face, adapted to discharge said oil (Hc), said third side face being adjacent to the first side face,