mhurhangee/ep-ind-claims huggingface dataset:
An assembly for an aircraft comprising: - an aircraft wing comprising a wing box formed in part with the aid of a front wing spar, of an upper suction-side skin and a lower pressure-side skin; - an engine attachment pylon arranged under the wing, the pylon comprising a primary structure in the form of a pylon box having an upper spar extending at least in part under the wing box, and - means (42, 43, 44) for securing the primary structure of the attachment pylon to the wing box, said securing means comprising two lateral front fittings, each of these fittings comprising: - a first connecting portion secured to the front wing spar; - a second connecting portion secured to the primary structure of the attachment pylon; - at least one securing member linking the first and second connecting portions (46, 52), said at least one securing member being articulated to the first connecting portion with the aid of a first pin system, characterized in that said first pin system is oriented substantially parallel to the front wing spar. - an aircraft wing comprising a wing box formed in part with the aid of a front wing spar, of an upper suction-side skin and a lower pressure-side skin; - an engine attachment pylon arranged under the wing, the pylon comprising a primary structure in the form of a pylon box having an upper spar extending at least in part under the wing box, and - means (42, 43, 44) for securing the primary structure of the attachment pylon to the wing box, - a first connecting portion secured to the front wing spar; - a second connecting portion secured to the primary structure of the attachment pylon; - at least one securing member linking the first and second connecting portions (46, 52), said at least one securing member being articulated to the first connecting portion with the aid of a first pin system, characterized in that said first pin system is oriented substantially parallel to the front wing spar.
A gripping apparatus for seizing and gripping boxes with or without beverage containers or bottles in them, which boxes are open to the top and which are provided with lateral recesses, with the gripping apparatus having at least two gripper units, each with a support surface and with a plurality of gripper fingers with hook-shaped ends, which gripper fingers are movable by being lifted and which are respectively insertable into the lateral recesses of the boxes, characterised in that the gripper fingers of the gripper units are mounted in a base section and are pivotable or movable independently of each other, wherein the hook-shaped free ends of the gripper fingers of a gripper unit each point in a same direction and wherein the hook-shaped ends of the at least two gripper fingers of the respective gripper units, which gripper fingers are separately insertable into the box recesses, are arranged at different heights in relation to the box recesses, and wherein the individual gripper fingers are movable about a common pivot axis, which is located in the base section.
A cleaning tool comprising: a head part to which a member for cleaning is attached; and a handle part connected to the head part and for being gripped by a user, wherein the head part includes a top surface part forming an upper surface side, to which the handle part is connected and a bottom surface part forming a lower surface side, and the bottom surface part is formed to be freely attachable/detachable with respect to the top surface part, characterized in that the center of gravity is positioned in a part close to the head part when the handle part is divided into two in a longitudinal direction in a state where the handle part is horizontally laid down both in a state where the bottom surface part is attached to the top surface part and a state where the bottom surface part is not attached to the top surface part. a head part to which a member for cleaning is attached; and a handle part connected to the head part and for being gripped by a user, wherein the head part includes a top surface part forming an upper surface side, to which the handle part is connected and a bottom surface part forming a lower surface side, and the bottom surface part is formed to be freely attachable/detachable with respect to the top surface part, characterized in that the center of gravity is positioned in a part close to the head part when the handle part is divided into two in a longitudinal direction in a state where the handle part is horizontally laid down both in a state where the bottom surface part is attached to the top surface part and a state where the bottom surface part is not attached to the top surface part.
A transfer system for transferring products between two parallel transport lines (6, 13) by means of a series of robots, the system comprising: - a first transport line for transporting randomly arranged products along a longitudinal direction; - at least one second transport line beside said first transport line for transporting compartments in a direction parallel to said longitudinal direction; - sensor means for determining the positions of the products on said first transport line; - at least two robots arranged along a row parallel to said longitudinal direction, comprising respective gripping members, and defining respective working fields, in which said gripping members can move; - control means (12, 4a) for operating said robots on the basis of the positions determined by said sensor means and transferring the products from said first transport line into said compartments; - a buffer shared by said robots; characterized in that said buffer is arranged in an intermediate area between said robots, above at least one of said first and second transport lines (6, 13), at a height such as to let products pass below, and has at least one place for a product where both said robots can access and deposit a product, and in that the control means are configured to enable both said robots to access and pick up the deposited product on the buffer. - a first transport line for transporting randomly arranged products along a longitudinal direction; - at least one second transport line beside said first transport line for transporting compartments in a direction parallel to said longitudinal direction; - sensor means for determining the positions of the products on said first transport line; - at least two robots arranged along a row parallel to said longitudinal direction, comprising respective gripping members, and defining respective working fields, in which said gripping members can move; - control means (12, 4a) for operating said robots on the basis of the positions determined by said sensor means and transferring the products from said first transport line into said compartments; - a buffer shared by said robots; characterized in that said buffer is arranged in an intermediate area between said robots, above at least one of said first and second transport lines (6, 13), at a height such as to let products pass below, and has at least one place for a product where both said robots can access and deposit a product, and in that the control means are configured to enable both said robots to access and pick up the deposited product on the buffer.
A data carrier, in particular a value document or a security paper, comprising a data-carrier substrate having a break-through area (2,10) having a front side and a back side, wherein - the front side of the data-carrier substrate is furnished with a foil security element in the break-through area; - the break-through area of the data-carrier substrate is formed by a multiplicity of gaps breaking through the data-carrier substrate, which together form a break-through area motif, wherein the break-through area motif is recognizable through the foil security element upon viewing the front side of the data carrier in transmitted light; and - the foil security element upon viewing the front side of the data carrier in incident light shows a first appearance and upon viewing the front side of the data carrier in transmitted light shows a second appearance, which supplements with the break-through area motif of the data-carrier substrate, characterized in that upon viewing the front side of the data carrier in incident light the break-through area motif is not recognizable and is hidden by the foil security element. - the front side of the data-carrier substrate is furnished with a foil security element in the break-through area; - the break-through area of the data-carrier substrate is formed by a multiplicity of gaps breaking through the data-carrier substrate, which together form a break-through area motif, wherein the break-through area motif is recognizable through the foil security element upon viewing the front side of the data carrier in transmitted light; and - the foil security element upon viewing the front side of the data carrier in incident light shows a first appearance and upon viewing the front side of the data carrier in transmitted light shows a second appearance, which supplements with the break-through area motif of the data-carrier substrate,
An electronic device comprising at least one combination of a stretchable electronic structure (31 41, 51, 51', 61, 91, 101, 111) and a non-stretchable rigid or flexible electronic structure (32, 42, 52, 52', 62), the stretchable electronic structure and the rigid or flexible electronic structure being electrically connected to each other, the at least one combination further comprising a semi-transition structure (33, 43, 53', 53, 63, 93, 103, 113, 123, 133, 143) provided between an end part of the stretchable electronic structure and an end part of the rigid or flexible electronic structure for establishing the electrical connection between them, wherein the semi-transition structure defines a semi-stretch zone designed to have less deformation under a stress than the stretchable structure such that the strain gap between the stretchable structure and the rigid or flexible structure is reduced; characterized in that the semi-transition structure consists of an electrically conductive meander shaped structure (33, 43, 53, 53', 93, 103, 113, 123, 133) and optionally a stretchable substrate on which the electrically conductive meander shaped structure is formed, wherein the electrically conductive meander shaped structure extends from the end part of the stretchable structure to the end part of the rigid or flexible structure.
A fuel oil supply structure for a small-type vehicle comprising: a body frame (FA, FB) which includes a head pipe for steerably supporting a steering handle and a front fork, and a hollow main pipe extending rearwardly downwards from said head pipe and forming a fuel passage at least at a part thereof; an oil supply pipe for supplying a fuel into said fuel passage, said oil supply pipe being connected to said main pipe; and a fuel tank supplied with said fuel from said oil supply pipe through said fuel passage, said fuel tank being connected to a lower part of said main pipe, characterized in that one end of a flexible lower connecting tube is connected to said main pipe so as to communicate with said fuel passage, and the other end of said lower connecting tube is connected to said fuel tank, wherein a lower part of said main pipe is closed with a closing member which determines the lower end position of said fuel passage, and said one end of said lower connecting tube is connected to a side surface of said main pipe at a position above said closing member.
A method of fastening a frame to a frame stud comprising a profile having a web, a first flange projecting at an angle from the web, and a second flange arranged at a distance from the first flange and projecting at an angle from the web, wherein the first flange and the second flange comprise a first flange portion (22, 24) projecting at an angle from the web, and a second flange portion (23, 25) connected to the first flange portion, wherein the second flange portions (23, 25) are arranged projecting at an angle from the first flange portions (22, 24) and towards each other, forming a space between the flanges, the profile is formed in a first material, and a reinforcement of a second material is arranged in said space, wherein long sides (28, 29) of the reinforcement are directed towards the first flange portions (22, 24), a first side of the reinforcement is directed towards the second flange portions (23, 25) and a second side of the reinforcement, opposite the first side, is directed towards the web, wherein the method comprises the steps of a) applying a frame section of the frame towards the frame stud, so that an outer side of the frame section is directed towards an exposed central portion of the reinforcement of the frame stud, b) introducing a frame screw having a thread into a hole arranged in the frame section, c) bringing a tip of the frame screw to engage the reinforcement, d) driving a front portion of the frame screw into the reinforcement, e) bringing the tip of the frame screw to engage the web of the profile, f) forcing the front portion of the frame screw through the web of the profile, g) bringing a thread of the frame screw to engage the frame stud, and h) fastening the frame section to the frame stud by means of the frame screw. a) applying a frame section of the frame towards the frame stud, so that an outer side of the frame section is directed towards an exposed central portion of the reinforcement of the frame stud, b) introducing a frame screw having a thread into a hole arranged in the frame section, c) bringing a tip of the frame screw to engage the reinforcement, d) driving a front portion of the frame screw into the reinforcement, e) bringing the tip of the frame screw to engage the web of the profile, f) forcing the front portion of the frame screw through the web of the profile, g) bringing a thread of the frame screw to engage the frame stud, and h) fastening the frame section to the frame stud by means of the frame screw.
A prosthesis deployment device comprising: an elongate delivery catheter assembly configured for electrosurgery and also configured to retain and deploy a prosthesis; a housing assembly operably coupled to the delivery catheter assembly and configured to connect to an electrosurgical power generator, wherein the housing assembly comprises an actuator configured to displace a portion of the delivery catheter assembly to deploy the prosthesis, upon actuation, characterized in that the actuator is configured for one-handed operation, wherein said prosthesis deployment device further comprises: a track configured to be moved proximally by the actuator when the actuator is depressed and pivots on portions of the housing assembly, and a sheath adapter configured to be moved proximally by the track, wherein the sheath adapter is configured to displace the portion of the delivery catheter assembly, wherein the delivery catheter assembly is configured for insertion in a working channel of an echoendoscope and wherein the housing assembly comprises a rotatable luer lock adapter configured to mate with a luer lock adapter attached to a working end of the echoendoscope. an elongate delivery catheter assembly configured for electrosurgery and also configured to retain and deploy a prosthesis; a housing assembly operably coupled to the delivery catheter assembly and configured to connect to an electrosurgical power generator, wherein the housing assembly comprises an actuator configured to displace a portion of the delivery catheter assembly to deploy the prosthesis, upon actuation, characterized in that the actuator is configured for one-handed operation, wherein said prosthesis deployment device further comprises: a track configured to be moved proximally by the actuator when the actuator is depressed and pivots on portions of the housing assembly, and a sheath adapter configured to be moved proximally by the track, wherein the sheath adapter is configured to displace the portion of the delivery catheter assembly, wherein the delivery catheter assembly is configured for insertion in a working channel of an echoendoscope and wherein the housing assembly comprises a rotatable luer lock adapter configured to mate with a luer lock adapter attached to a working end of the echoendoscope. a track configured to be moved proximally by the actuator when the actuator is depressed and pivots on portions of the housing assembly, and a sheath adapter configured to be moved proximally by the track, wherein the sheath adapter is configured to displace the portion of the delivery catheter assembly,
A method for manufacturing a fire rated door (300, 400, 800, 900) comprising the steps of: (a) cutting two longitudinal interior channels (306, 410, 812, 912) into a back side of a first door-sized panel (302, 402, 806, 906) and a second door-sized panel (304, 404, 804, 904),; (b) assembling a door slab by inserting a spline (308, 410, 812, 912) in each longitudinal interior channel (306, 410, 812, 912) of the first door panel (302, 402, 806, 906), attaching the second door-sized panel (304, 404, 804, 904) to the splines (308, 410, 812, 912) and the first door-sized panel (302, 402, 806, 906) using an adhesive and applying pressure to the door slab to bond the splines (308, 410, 812, 912) and the door-sized panels (302, 402, 806, 906, 304, 404, 804, 904) together; (c) cutting a perimeter channel (810, 910) in the sides of the door slab, after steps (a) and (b); (d) inserting an intumescent banding material (814, 914) and an exterior banding (816, 916) to conceal the intumescent banding material (814, 914) within the perimeter channel (810, 910); (e) routing a specified design into a front side of each door-sized panel (302, 402, 806, 906, 304, 404, 804, 904) of the door slab; (f) applying one or more primer coats to the door slab; and (g) machining the door slab to receive a set of hinges and lockset hardware. (a) cutting two longitudinal interior channels (306, 410, 812, 912) into a back side of a first door-sized panel (302, 402, 806, 906) and a second door-sized panel (304, 404, 804, 904),; (b) assembling a door slab by inserting a spline (308, 410, 812, 912) in each longitudinal interior channel (306, 410, 812, 912) of the first door panel (302, 402, 806, 906), attaching the second door-sized panel (304, 404, 804, 904) to the splines (308, 410, 812, 912) and the first door-sized panel (302, 402, 806, 906) using an adhesive and applying pressure to the door slab to bond the splines (308, 410, 812, 912) and the door-sized panels (302, 402, 806, 906, 304, 404, 804, 904) together; (c) cutting a perimeter channel (810, 910) in the sides of the door slab, after steps (a) and (b); (d) inserting an intumescent banding material (814, 914) and an exterior banding (816, 916) to conceal the intumescent banding material (814, 914) within the perimeter channel (810, 910); (e) routing a specified design into a front side of each door-sized panel (302, 402, 806, 906, 304, 404, 804, 904) of the door slab; (f) applying one or more primer coats to the door slab; and (g) machining the door slab to receive a set of hinges and lockset hardware.
A screwing/unscrewing tool, for screwing/unscrewing a screw or a bolt, said screwing/unscrewing tool comprising a first part and a second part coupled in rotation around a main axis, and comprising an adjustment screw, and wherein: - the first part comprises a lever secured to a screwing/unscrewing bit provided with at least one screwing/unscrewing recess (11; 12) centered on the main axis; - the second part comprises a support arm on which the screwing/unscrewing bit is rotatably mounted around the main axis, said support arm being equipped with a tapped hole; - the adjustment screw is screwed into the tapped hole, the adjustment screw having a coupling head configured for a coupling with a screw-gun or a wrench, and extended by a threaded rod having a free end suitable for abutment on the lever of the first part in order to apply to it a pivoting force around the main axis. - the first part comprises a lever secured to a screwing/unscrewing bit provided with at least one screwing/unscrewing recess (11; 12) centered on the main axis; - the second part comprises a support arm on which the screwing/unscrewing bit is rotatably mounted around the main axis, said support arm being equipped with a tapped hole; - the adjustment screw is screwed into the tapped hole, the adjustment screw having a coupling head configured for a coupling with a screw-gun or a wrench, and extended by a threaded rod having a free end suitable for abutment on the lever of the first part in order to apply to it a pivoting force around the main axis.
Electrical contact for an electrical connector, produced by cutting and bending at least one strip of electrically conducting material, this electrical contact comprising a first wall cut from the strip, the first wall extending essentially in a first plane and comprising an edge that is adjacent, over at least an attachment portion, to an edge of a second wall, also cut from the strip and extending essentially in a second plane distinct from the first plane, wherein the first wall has at least one cutout, open onto the edge of the first wall, at the level of the attachment portion, and the second wall has at least one tooth projecting from the edge of the second wall, at the level of the attachment portion, wherein the tooth is held by forcible insertion in the cutout, in a direction of insertion parallel to the first wall, characterized in that the at least one tooth extends in the plane of the first wall. the first wall has at least one cutout, open onto the edge of the first wall, at the level of the attachment portion, and the second wall has at least one tooth projecting from the edge of the second wall, at the level of the attachment portion, wherein the tooth is held by forcible insertion in the cutout, in a direction of insertion parallel to the first wall, characterized in that the at least one tooth extends in the plane of the first wall.
A path detection method, wherein the method comprises: generating, by a first network device, a first request packet used for path detection, wherein the first request packet comprises a label stack and a time to live, TTL, an initial quantity of layers of the label stack matches an initial value of the TTL, and the initial value of the TTL is equal to a hop count from the first network device to a second network device on a to-be-detected path, wherein the second network device is an intermediate node on the to-be-detected path; and sending, by the first network device, the first request packet to the second network device, wherein the first request packet is used to instruct the second network device to directly send a first response packet to the first network device when the first request packet is received and a value of the TTL carried in the first request packet is 0 after being reduced by 1, and the first response packet reaches the first network device through an internet protocol IP route, wherein the first response packet is controlled, based on the first request packet, to directly flow through the IP route on a backhaul. generating, by a first network device, a first request packet used for path detection, wherein the first request packet comprises a label stack and a time to live, TTL, an initial quantity of layers of the label stack matches an initial value of the TTL, and the initial value of the TTL is equal to a hop count from the first network device to a second network device on a to-be-detected path, wherein the second network device is an intermediate node on the to-be-detected path; and sending, by the first network device, the first request packet to the second network device, wherein the first request packet is used to instruct the second network device to directly send a first response packet to the first network device when the first request packet is received and a value of the TTL carried in the first request packet is 0 after being reduced by 1, and the first response packet reaches the first network device through an internet protocol IP route, wherein the first response packet is controlled, based on the first request packet, to directly flow through the IP route on a backhaul.