mhurhangee/ep-ind-claims huggingface dataset:
A cloth bonding apparatus comprising: a nozzle through which an adhesive is dischargeable onto a first layer of cloth; a discharging portion (35, 91, 201) adapted to discharge the adhesive through the nozzle and including a supplying portion (35, 91) adapted to pressurize and supply the adhesive to the nozzle, and a supply controlling portion that controls a supply of the adhesive to the nozzle by the supplying portion (35, 91); a feeding portion (24, 25) adapted to press and feed the first layer of cloth with a second layer of cloth; a pedal adapted to adjust a speed of feeding the first layer of cloth and the second layer of cloth; and an operation portion (47, 247, 347) adapted to be operated by an operator for giving an instruction of controlling an operation of the cloth bonding apparatus, and adapted to output, to the supply controlling portion, a signal indicating whether or not to cause the supplying portion (35, 91) to supply the adhesive, wherein the discharging portion includes a blocking-off portion (55, 49, 201) that, in a state in which the pedal is pressed by the operator, operates in response to an operation of the operation portion (47, 247, 347) and blocks off a channel adapted to lead the adhesive to the nozzle, and wherein the operation portion is positioned in the vicinity of the nozzle or the feeding portion (24, 25). a nozzle through which an adhesive is dischargeable onto a first layer of cloth; a discharging portion (35, 91, 201) adapted to discharge the adhesive through the nozzle and including a supplying portion (35, 91) adapted to pressurize and supply the adhesive to the nozzle, and a supply controlling portion that controls a supply of the adhesive to the nozzle by the supplying portion (35, 91); a feeding portion (24, 25) adapted to press and feed the first layer of cloth with a second layer of cloth; a pedal adapted to adjust a speed of feeding the first layer of cloth and the second layer of cloth; and an operation portion (47, 247, 347) adapted to be operated by an operator for giving an instruction of controlling an operation of the cloth bonding apparatus, and adapted to output, to the supply controlling portion, a signal indicating whether or not to cause the supplying portion (35, 91) to supply the adhesive, wherein the discharging portion includes a blocking-off portion (55, 49, 201) that, in a state in which the pedal is pressed by the operator, operates in response to an operation of the operation portion (47, 247, 347) and blocks off a channel adapted to lead the adhesive to the nozzle, and wherein the operation portion is positioned in the vicinity of the nozzle or the feeding portion (24, 25).
A lightning protection system comprising: a dielectric ply able to be fixed to a composite surface above and completely covering at least one metal surface feature, each said at least one metal surface feature being a protected feature; and a conductive ply able to be fixed to said composite surface and able to be electrically connected to any conductive unprotected feature, said conductive ply completely covering said dielectric ply, wherein current from lightning strikes is dispersed by said conductive ply, wherein said dielectric ply and said conductive ply are able to be fixed to a composite wing of an aircraft and said at least one metal surface feature includes a skin fastener, characterized in that said conductive ply consists of: a protective surface layer; a conductive center layer; and an attachment backing layer adjacent to said conductive center layer and being able to conductively attaching said conductive center layer to said composite wing, said conductive center layer being sandwiched between said protective surface layer and said attachment backing layer. a dielectric ply able to be fixed to a composite surface above and completely covering at least one metal surface feature, each said at least one metal surface feature being a protected feature; and a conductive ply able to be fixed to said composite surface and able to be electrically connected to any conductive unprotected feature, said conductive ply completely covering said dielectric ply, wherein current from lightning strikes is dispersed by said conductive ply, wherein said dielectric ply and said conductive ply are able to be fixed to a composite wing of an aircraft and said at least one metal surface feature includes a skin fastener, characterized in that said conductive ply consists of: a protective surface layer; a conductive center layer; and an attachment backing layer adjacent to said conductive center layer and being able to conductively attaching said conductive center layer to said composite wing, said conductive center layer being sandwiched between said protective surface layer and said attachment backing layer.
Manual drive for a points control device, which comprises an electromechanical drive unit having an electric motor and a spindle gear which is driven by the electric motor with the interposition of a transmission and provides a linear actuating movement, wherein the transmission comprises an input pinion for coupling the manual drive, wherein the manual drive comprises a drive-side coupling piece for coupling a hand crank, an output-side coupling piece for the input pinion, and a flexible shaft extending between the drive-side coupling piece and the output-side coupling piece, which shaft is rotationally connected to the drive-side coupling piece and comprises an end piece on the output side, wherein at least a part of the drive-side coupling piece, the flexible shaft and the end piece are guided together so as to be longitudinally movable between an uncoupled position and a coupled position, wherein the end piece is disengaged from the output-side coupling piece in the uncoupled position and is engaged with the output-side coupling piece in the coupled position.
Aluminium alloy for the wire production for cold forming, particularly for the production of connecting elements consisting of 0.4 to 1.0 % by mass of silicon, up to 0.2 % by mass of iron, 5.0 to 6.1 % by mass of copper, up to 0.5 % by mass of manganese, 1.5 to 2.2 % by mass of magnesium, up to 0.2 % by mass of chromium, 0.15 to 1.0 % by mass of nickel, up to 0.3 % by mass of zinc, up to 0.25 % by mass of titanium and remainder aluminium, as well as other additives, which may not exceed 0.05 % by mass individually and 0.15 % by mass in total, wherein the proportion of aluminium is greater than 90% by mass.
A lubricant composition comprising: a base oil present in an amount of greater than 70 parts by weight per 100 parts by weight of said lubricant composition; and an antioxidant having the structure; wherein each X is independently CH or N, so long as at least one X is N; wherein A is an electron donating group that: has an atom having at least one lone pair of electrons that is bonded directly to the aromatic ring; or is an aryl or alkyl group; and wherein Z is chosen from a hydrogen atom and an electron donating group that has an atom having at least one lone pair of electrons that is bonded directly to the aromatic ring or is an aryl or alkyl group. a base oil present in an amount of greater than 70 parts by weight per 100 parts by weight of said lubricant composition; and an antioxidant having the structure; has an atom having at least one lone pair of electrons that is bonded directly to the aromatic ring; or is an aryl or alkyl group; and
A firing cartridge comprising: an upper end portion; lateral portions which are disposed at both sides of the upper end portion, respectively; and a lower end portion which is connected to the lateral portions and disposed in parallel with the upper end portion, wherein multiple slit grooves, which accommodate unit cells for a solid oxide fuel cell, are symmetrically formed in the lateral portions, wherein a spacing distance between the multiple slit grooves is 100μm to 3cm. an upper end portion; lateral portions which are disposed at both sides of the upper end portion, respectively; and a lower end portion which is connected to the lateral portions and disposed in parallel with the upper end portion, wherein multiple slit grooves, which accommodate unit cells for a solid oxide fuel cell, are symmetrically formed in the lateral portions, wherein a spacing distance between the multiple slit grooves is 100μm to 3cm.
A lens barrel of a medical observation device comprising: an imaging optical system configured to capture an image of a subject; an image sensor configured to photoelectrically convert the image of the subject captured by the imaging optical system; and an element holding frame configured to hold a plurality of optical elements (127, 128, 129) and to be capable of being rotated around a rotation shaft, wherein an axial direction of the rotation shaft is set to a direction orthogonal to an optical axis direction that is a direction of a line from the imaging optical system to the image sensor, and the element holding frame is rotated and thus at least one of the optical elements among the plurality of optical elements is positioned on an optical axis, wherein the imaging optical system is provided as a binocular optical system, and a light shielding wall is provided between two optical axes in the element holding frame, wherein a support housing in which the element holding frame is supported to be freely rotatable is provided, a stopper-receiving part (119a, 119b) is provided in the element holding frame, and a stopper part (96e, 96f) of the support housing is configured to hold the element holding frame at a rotation end in contact with the stopper-receiving part, wherein an urging spring configured to press the stopper-receiving part toward the stopper part is provided, wherein a manipulation lever configured to be manipulated to cause the element holding frame to rotate is provided, and an urging force of the urging spring is applied to the element holding frame via the manipulation lever. an imaging optical system configured to capture an image of a subject; an image sensor configured to photoelectrically convert the image of the subject captured by the imaging optical system; and an element holding frame configured to hold a plurality of optical elements (127, 128, 129) and to be capable of being rotated around a rotation shaft, wherein an axial direction of the rotation shaft is set to a direction orthogonal to an optical axis direction that is a direction of a line from the imaging optical system to the image sensor, and the element holding frame is rotated and thus at least one of the optical elements among the plurality of optical elements is positioned on an optical axis, wherein the imaging optical system is provided as a binocular optical system, and a light shielding wall is provided between two optical axes in the element holding frame, wherein a support housing in which the element holding frame is supported to be freely rotatable is provided, a stopper-receiving part (119a, 119b) is provided in the element holding frame, and a stopper part (96e, 96f) of the support housing is configured to hold the element holding frame at a rotation end in contact with the stopper-receiving part, wherein an urging spring configured to press the stopper-receiving part toward the stopper part is provided, wherein a manipulation lever configured to be manipulated to cause the element holding frame to rotate is provided, and an urging force of the urging spring is applied to the element holding frame via the manipulation lever.
A method for automatically identifying a moment of inertia 'MOI' of a work piece comprising: coupling a work piece to a manipulator assembly including a manipulator arm operated with three or more actuators (120, 122, 124, 126) at joints and an effector assembly including a force/torque sensor and a motion feedback sensor; wherein: the effector assembly is interposed between the manipulator arm and the work piece, and the force/torque sensor of the effector assembly is configured to measure force and torque transmitted from the work piece to the manipulator assembly and the motion feedback sensor of the effector assembly is configured to measure motion of the work piece; moving the work piece and the effector assembly in a three-axis coordinate system with the actuators (120, 122, 124, 126) of the manipulator arm, said motion including at least rotation of the work piece about each of three axes (X, Y, Z); measuring with the force/torque sensor at least a first force and at least a first torque for each of the three axes (X, Y, Z) as the work piece is moving; measuring with the motion sensor the movement of the work piece including at least a first rotation about each of the three axes (Z, Y, Z); and identifying the MOI in each of the three axes (X, Y, Z) according to at least the measured first torque and first rotation for each of the three axes. the effector assembly is interposed between the manipulator arm and the work piece, and the force/torque sensor of the effector assembly is configured to measure force and torque transmitted from the work piece to the manipulator assembly and the motion feedback sensor of the effector assembly is configured to measure motion of the work piece; moving the work piece and the effector assembly in a three-axis coordinate system with the actuators (120, 122, 124, 126) of the manipulator arm, said motion including at least rotation of the work piece about each of three axes (X, Y, Z); measuring with the force/torque sensor at least a first force and at least a first torque for each of the three axes (X, Y, Z) as the work piece is moving; measuring with the motion sensor the movement of the work piece including at least a first rotation about each of the three axes (Z, Y, Z); and identifying the MOI in each of the three axes (X, Y, Z) according to at least the measured first torque and first rotation for each of the three axes.
A method comprising: receiving, by a provider edge router of an intermediate layer 3 network, configuration data configuring the provider edge router to provide multi-homed layer 2 virtual bridge connectivity to a customer edge device using an active-standby mode of operation, wherein the configuration data further configures the provider edge router with an integrated routing and bridging, "IRB", interface; and sending, by the provider edge router to a remote provider edge router in response to determining the provider edge router is able to send layer 2 packets to the customer edge device, a route advertisement that includes a static route specifying a layer 3 address of the customer edge device as a next-hop for a layer 3 subnet, wherein determining the provider edge router is able to send layer 2 packets to the customer edge device comprises determining, by the provider edge router, the IRB interface has a layer 3 subnet that includes the layer 3 address of the customer edge device. receiving, by a provider edge router of an intermediate layer 3 network, configuration data configuring the provider edge router to provide multi-homed layer 2 virtual bridge connectivity to a customer edge device using an active-standby mode of operation, wherein the configuration data further configures the provider edge router with an integrated routing and bridging, "IRB", interface; and sending, by the provider edge router to a remote provider edge router in response to determining the provider edge router is able to send layer 2 packets to the customer edge device, a route advertisement that includes a static route specifying a layer 3 address of the customer edge device as a next-hop for a layer 3 subnet, wherein determining the provider edge router is able to send layer 2 packets to the customer edge device comprises determining, by the provider edge router, the IRB interface has a layer 3 subnet that includes the layer 3 address of the customer edge device.
A method of manufacturing a pneumatic tire, comprising the step of cutting a laminated sheet at a predetermined length, the laminated sheet being obtained by laminating a sheet made of a thermoplastic resin composition obtained by blending a thermoplastic resin and an elastomer, with rubber which is cured and adhered to the thermoplastic resin composition; lap splicing end portions of the laminated sheet; and further cure-molding the laminated sheet to form an inner liner layer, characterized in that the cutting of the laminated sheet to the predetermined length is effected by thermal cutting at a temperature equal to or higher than the melting point of the thermoplastic resin.
A flywheel apparatus comprising: a motor; a drive shaft connected to said motor; an upper conical section affixed to said drive shaft; and a lower conical section affixed to said drive shaft opposite said upper conical section; the apparatus being characterized by said upper conical section and said lower conical section each having a plurality of layers, said plurality of layers comprising: a hollow core positioned adjacent said drive shaft; and alternating layers of tempered rings (36, 40, 44) and non-tempered rings (38, 42) arranged outwardly of said hollow core. a motor; a drive shaft connected to said motor; an upper conical section affixed to said drive shaft; and a lower conical section affixed to said drive shaft opposite said upper conical section; the apparatus being characterized by said upper conical section and said lower conical section each having a plurality of layers, said plurality of layers comprising: a hollow core positioned adjacent said drive shaft; and alternating layers of tempered rings (36, 40, 44) and non-tempered rings (38, 42) arranged outwardly of said hollow core. a hollow core positioned adjacent said drive shaft; and alternating layers of tempered rings (36, 40, 44) and non-tempered rings (38, 42) arranged outwardly of said hollow core.
A dispensing device for fluid products comprising: - a draw-up pipe which defines a main direction of extension of the dispensing device; - a main body comprising a pumping system connected to the draw-up pipe and a fastening ring nut configured for fixing the dispensing device to a container for fluid products; - a dispensing head connected to the main body; the dispensing head comprises: - a cup defining an inner chamber for receiving a measured quantity of a fluid product, the cup having a lower portion and a gap for the passage of fluid in said lower portion; - a valve housed in the lower portion of the cup and configured to adopt a first configuration, or open configuration, wherein the gap for the passage of the lower portion of the cup is put in fluid communication with the pumping system of the main body of the dispensing device and a second configuration, or closed configuration, wherein the gap for passage is occluded; said valve comprising: - an annular connecting element positioned around the main direction of extension for securely fixing the valve to the lower portion of the cup; - a partition axially mobile along the sliding direction of the fluid from the main body to the dispensing head, configured so that the valve can take up the open configuration and closed configuration; said dispensing device being characterized in that the valve further comprises: - a plurality of braces which connect the annular element with the partition and defining elastic elements for actuating the axial movement of the partition. - a draw-up pipe which defines a main direction of extension of the dispensing device; - a main body comprising a pumping system connected to the draw-up pipe and a fastening ring nut configured for fixing the dispensing device to a container for fluid products; - a dispensing head connected to the main body; - a cup defining an inner chamber for receiving a measured quantity of a fluid product, the cup having a lower portion and a gap for the passage of fluid in said lower portion; - a valve housed in the lower portion of the cup and configured to adopt a first configuration, or open configuration, wherein the gap for the passage of the lower portion of the cup is put in fluid communication with the pumping system of the main body of the dispensing device and a second configuration, or closed configuration, wherein the gap for passage is occluded; - an annular connecting element positioned around the main direction of extension for securely fixing the valve to the lower portion of the cup; - a partition axially mobile along the sliding direction of the fluid from the main body to the dispensing head, configured so that the valve can take up the open configuration and closed configuration; - a plurality of braces which connect the annular element with the partition and defining elastic elements for actuating the axial movement of the partition.
A lighting device for a motor vehicle, comprising an optical housing in which are present a light source (6A, 6B) and an optical reflector arranged in such a way as to direct a light beam, emitted by the light source (6A, 6B), through an opening of the optical housing, the opening being obturated by an external indicator light in order to protect the light source (6A, 6B) and the optical reflector from bad weather, the external indicator light is black or colored in the light of day characterized in that, the external indicator light absorbs between 80 % and 95 % of the daylight intensity, and in that a translucent screen is interposed between the optical reflector and the external indicator light, so as to homogenize the daylight reflected by the various elements present inside the optical box, and in that a frame is placed between the light source (6A, 6B) and the translucent screen, the frame including at least one opening letting at least a part of the light beam emitted by the light source (6A, 6B) pass through, and in that the frame hides at least a part of the inside of the housing in order to favour a greater homogenization of the light reflected by the inside of said frame, and in that the surface of the frame opposite the external indicator light is parallel or substantially parallel to the external indicator light, and in that the translucent screen covers at least partly the surface of the frame opposite the external indicator light.