mhurhangee/ep-ind-claims huggingface dataset:
Plug connector with at least one connector arm molded to a node region and extending correspondingly in the longitudinal direction of the arm between a molded arm end and a free arm end, comprising a base body from which a plurality of first fixing bodies project laterally outwards, wherein each first fixing body comprises - a stem molded at one of its ends to the base body, which stem extends between a molded stem end and a free stem end in a longitudinal direction of the stem which is predominantly perpendicular to the longitudinal direction of the arm, and - a beam molded to the free end of the stem, which beam extends in a longitudinal direction of the beam that is predominantly in the longitudinal direction of the arm and has an outer beam surface facing away from the base body and an inner beam surface facing the base body, characterized in that the stem has in the region of its free stem end a convex curvature facing the free arm end, which curvature merges continuously into the flatter convexly curved outer beam surface wherein each first fixing body comprises - a stem molded at one of its ends to the base body, which stem extends between a molded stem end and a free stem end in a longitudinal direction of the stem which is predominantly perpendicular to the longitudinal direction of the arm, and - a beam molded to the free end of the stem, which beam extends in a longitudinal direction of the beam that is predominantly in the longitudinal direction of the arm and has an outer beam surface facing away from the base body and an inner beam surface facing the base body, - a stem molded at one of its ends to the base body, which stem extends between a molded stem end and a free stem end in a longitudinal direction of the stem which is predominantly perpendicular to the longitudinal direction of the arm, and - a beam molded to the free end of the stem, which beam extends in a longitudinal direction of the beam that is predominantly in the longitudinal direction of the arm and has an outer beam surface facing away from the base body and an inner beam surface facing the base body, characterized in that the stem has in the region of its free stem end a convex curvature facing the free arm end, which curvature merges continuously into the flatter convexly curved outer beam surface
A lighting device, including: - an insulated metal substrate (10, 12, 14; 10a, 12, 14) carrying electrically conductive lines, the insulated metal substrate including a metal base layer, - at least one electrically powered light radiation source mounted on the electrically conductive lines, - a thermally dissipative support carrying the insulated metal substrate (10, 12, 14; 10a, 12, 14) with said at least one electrically powered light radiation source mounted on the electrically conductive lines, - a first electrically insulating layer (10; 10a) interposed between said electrically conductive lines and said base metal layer, and - a second electrically insulating layer (100; 10b) interposed between said base metal layer and said thermally dissipative support, wherein said second electrically insulating layer includes a ceramic material coating onto said base metal layer, characterized in that said second insulating layer is thicker than said first insulating layer. - an insulated metal substrate (10, 12, 14; 10a, 12, 14) carrying electrically conductive lines, the insulated metal substrate including a metal base layer, - at least one electrically powered light radiation source mounted on the electrically conductive lines, - a thermally dissipative support carrying the insulated metal substrate (10, 12, 14; 10a, 12, 14) with said at least one electrically powered light radiation source mounted on the electrically conductive lines, - a first electrically insulating layer (10; 10a) interposed between said electrically conductive lines and said base metal layer, and - a second electrically insulating layer (100; 10b) interposed between said base metal layer and said thermally dissipative support,
Securing component for a rotationally fixed electrical connection of a cable, such as a high voltage jumper cable, comprising a coupling designed to be linked with a first terminal end of the connection in a rotationally fixed manner, and a fixation member capable of securing a terminal end of the connection at various angles of rotation (a) in relation to the securing component, characterized in that the fixation member comprises an array of fixation holes arranged in a curved pattern, wherein each fixation hole corresponds to a specific angle of rotation (a).
A method for shared protection in an optical transport network, comprising: obtaining, by a first node device, among all node devices that constitute an Optical Channel Data Unit k ODUk shared protection ring, fault information, wherein the first node device is a node device that detects fault occurrence; characterized by determining, by the first node device, whether the fault information is a switching condition of a preset high order ODUk1 group; if yes, obtaining first information according to the fault information, and sending the first information to other node devices on the ODUk shared protection ring, to cause the other node devices to implement group switching of interrupted service according to the first information; and if not, obtaining, by the first node device, second information according to the fault information, and sending the second information to the other node devices, so that the other node devices implement individual switching of interrupted service according to the second information; wherein the preset high order ODUk1 group comprises N high order ODUk1 sub-groups, wherein all high order ODUk1 s of a high order ODUk1 sub-group between any two adjacent node devices on the ODUk shared protection ring use a same optical fiber for transmission and share a same path between a source node device and a sink node device; each of the high order ODUk1 sub-groups has the same number of high order ODUk1s, N is the number of node devices on the ODUk shared protection ring. obtaining, by a first node device, among all node devices that constitute an Optical Channel Data Unit k ODUk shared protection ring, fault information, wherein the first node device is a node device that detects fault occurrence; characterized by determining, by the first node device, whether the fault information is a switching condition of a preset high order ODUk1 group; if yes, obtaining first information according to the fault information, and sending the first information to other node devices on the ODUk shared protection ring, to cause the other node devices to implement group switching of interrupted service according to the first information; and if not, obtaining, by the first node device, second information according to the fault information, and sending the second information to the other node devices, so that the other node devices implement individual switching of interrupted service according to the second information; wherein the preset high order ODUk1 group comprises N high order ODUk1 sub-groups, wherein all high order ODUk1 s of a high order ODUk1 sub-group between any two adjacent node devices on the ODUk shared protection ring use a same optical fiber for transmission and share a same path between a source node device and a sink node device; each of the high order ODUk1 sub-groups has the same number of high order ODUk1s, N is the number of node devices on the ODUk shared protection ring.
A turbine comprising: a rotor wheel comprising a plurality of dovetail grooves arranged in a circumferential direction of the rotor wheel; a plurality of first buckets, each of the plurality of first buckets comprising a first vane, a first platform provided at a first end portion of the first vane, and a dovetail provided at the first platform and having a shape corresponding to a corresponding dovetail groove of the plurality of dovetail grooves; at least one second bucket comprising a second vane, a second platform provided at a first end portion of the second vane, characterized by the rotor wheel comprising at least one radial insertion groove arranged in a circumferential direction of the rotor wheel, at least one protrusion portion provided at the second platform and configured to be radially inserted into a corresponding insertion groove of the at least one insertion groove; and a fixing member configured to be inserted through the at least one protrusion portion and the rotor wheel and configured to restrict radial movement of the at least one second bucket. a rotor wheel comprising a plurality of dovetail grooves arranged in a circumferential direction of the rotor wheel; a plurality of first buckets, each of the plurality of first buckets comprising a first vane, a first platform provided at a first end portion of the first vane, and a dovetail provided at the first platform and having a shape corresponding to a corresponding dovetail groove of the plurality of dovetail grooves; at least one second bucket comprising a second vane, a second platform provided at a first end portion of the second vane, characterized by the rotor wheel comprising at least one radial insertion groove arranged in a circumferential direction of the rotor wheel, at least one protrusion portion provided at the second platform and configured to be radially inserted into a corresponding insertion groove of the at least one insertion groove; and a fixing member configured to be inserted through the at least one protrusion portion and the rotor wheel and configured to restrict radial movement of the at least one second bucket.
A method of manufacturing a brush, comprising the steps of providing a one-piece, injection-molded bristle carrier having sleeve-like bundle receptacles which are open on the front side and closed to the rear side, a central carrying structure and connecting webs, wherein the bundle receptacles are each retained at the carrying structure by means of at least one connecting web and the connecting webs continue into the central carrying structure, wherein intermediate spaces are provided between the bundle receptacles relative to one another and between the bundle receptacles and the carrying structure; overmolding the bristle carrier with a softer plastic material while embedding the bundle receptacles and filling the intermediate spaces between bundle receptacles relative to one another and between the bundle receptacles and the carrying structure with the soft plastic material; inserting bristle bundles into the bundle receptacles; and reshaping the bundle receptacles at their respective front edges while applying heat and pressure and thereby locking the bristle bundles in place in the bundle receptacles. providing a one-piece, injection-molded bristle carrier having sleeve-like bundle receptacles which are open on the front side and closed to the rear side, a central carrying structure and connecting webs, wherein the bundle receptacles are each retained at the carrying structure by means of at least one connecting web and the connecting webs continue into the central carrying structure, wherein intermediate spaces are provided between the bundle receptacles relative to one another and between the bundle receptacles and the carrying structure; overmolding the bristle carrier with a softer plastic material while embedding the bundle receptacles and filling the intermediate spaces between bundle receptacles relative to one another and between the bundle receptacles and the carrying structure with the soft plastic material; inserting bristle bundles into the bundle receptacles; and reshaping the bundle receptacles at their respective front edges while applying heat and pressure and thereby locking the bristle bundles in place in the bundle receptacles.
An isolated or purified peptide for inhibiting growth of cancer cells, the peptide comprising the amino acid sequence RxKxKxxxxR (SEQ ID No. 5) wherein K and R are respectively lysine and arginine amino acid residues, each x is independently an amino acid selected from the group consisting of alanine, valine, and serine, and the peptide has a length of from 10 to 40 amino acids.
A device for processing and storing data, the device comprises a primary controller, a primary memory, a security element, and at least one universal port, wherein based on a first communication protocol, the primary controller controls the primary memory and/or the security element to interact with a first external device via the at least one universal port so as to complete the processing and access of the data, wherein the device for processing and storing data further includes a first additional port, via which the security element interacts with a second external device based on a second communication protocol to complete the processing and access of the data, characterized in that the device for processing and storing data further includes a second additional port, via which the security element is powered.
A rigid polyurethane foam, which is a polymerization product of a composition comprising a concentrated acid hydrolytic lignin powder having a pH of 4 to 7, a polyol, and an isocyanate, wherein an amount of the concentrated acid hydrolytic lignin is 1 wt% to 40wt% based on a total weight of a mixture of the polyol and the concentrated acid hydrolytic lignin.
Zinc-free gold alloy containing by weight from 37.5% to 38.5% of gold; palladium and/or silver in a total percentage comprised between 4% and 32%, from 25% to 54% of copper and from 0% to 10% of gallium and from 0% to 0,05% of an element selected from among iridium, rhenium and ruthenium.
Article of furniture with an illuminating device comprising several light sources, which is divided into several sections, each of which contains at least one light source and which can be switched on and off individually, and with a sensor arrangement which detects foreign bodies without contact and with a control system which switches on the illuminating device, i.e. increases its light value, depending on the signals from the sensor arrangement triggered by the position of the foreign body, and switches it off again, i.e. reduces its light value to a figure lower than that in the switched-on state, characterised in that the arrangement of sensors is designed to distinguish between different positions of the foreign body, and in that, where the illuminating device is effectively interconnected with the sensor arrangement, only a certain number of the light sources are switched on depending on the detected position of the foreign body, and then off again when the foreign body moves away from that position, that the illuminating device is arranged to illuminate a compartment provided in the article of furniture, the illuminating device can be operated at a certain basic brightness, and the control system is designed in such a way that the so-called switch-on operation triggered by the sensor arrangement causes an increase in the brightness of the controlled light sources in relation to the basic degree of brightness, and that the control system is designed in such a way that the light sources switched on are those in whose vicinity the sensor arrangement detects the foreign body, and that, depending on where the foreign body is introduced into the compartment, the brightness of the light sources is increased.
A generator assembly, comprising: a housing; a rotor and stator in the housing; a bearing assembly between a shaft of the rotor and a portion of the housing; a bearing liner adjacent the portion of the housing wherein a portion of the bearing liner is configured to project over a first axial end of the bearing assembly, wherein the first axial end of the bearing assembly is orthogonal to an axis of rotation of the shaft; and a bearing retainer adjacent a second axial end of the bearing assembly, characterized in that the bearing liner is spaced from the first axial end of the bearing assembly, the bearing retainer including a recess to accommodate all of the second axial end of the bearing assembly in response to axial movement of the bearing assembly induced by vibration caused by rotation of the shaft or induced by a source external to the generator assembly; and a dampener disposed in the recess to dampen axial movement of the bearing assembly a housing; a rotor and stator in the housing; a bearing assembly between a shaft of the rotor and a portion of the housing; a bearing liner adjacent the portion of the housing wherein a portion of the bearing liner is configured to project over a first axial end of the bearing assembly, wherein the first axial end of the bearing assembly is orthogonal to an axis of rotation of the shaft; and a bearing retainer adjacent a second axial end of the bearing assembly, characterized in that the bearing liner is spaced from the first axial end of the bearing assembly, the bearing retainer including a recess to accommodate all of the second axial end of the bearing assembly in response to axial movement of the bearing assembly induced by vibration caused by rotation of the shaft or induced by a source external to the generator assembly; and a dampener disposed in the recess to dampen axial movement of the bearing assembly
A method of producing a sealing foil for a non-spirally wound gasket comprising the steps of: (a) the application of a wet sealing foil material to a forming sheet to form a layer; (b) partially drying said wet sealing foil layer on the forming sheet; (c) removing said layer from the forming sheet to form a core free gasket sealing foil; and forming, preferably cutting the layer into at least one suitable shape for use in the formation of a non-spirally wound gasket; the sealing foil comprising a resilient material, the resilient material comprising a CEV component in a proportion of at least 25% w/w of the sealing foil, said CEV component being at least partially derived from dry CEV, wherein the foil width is at least 20cm. (a) the application of a wet sealing foil material to a forming sheet to form a layer; (b) partially drying said wet sealing foil layer on the forming sheet; (c) removing said layer from the forming sheet to form a core free gasket sealing foil; and
A borescope grip (200; 200') defined about a central longitudinal axis, comprising: a reaction case that includes a first flange having a first face that is substantially perpendicular to a central longitudinal axis of the grip; an o-ring that abuts the first face of the first flange; a plunger that includes a second flange having a second face that abuts the o-ring at a first axial position and is disengaged from the o-ring at a second axial position; and a spring (220; 220') that abuts the second flange, wherein the reaction case includes a housing that comprises the o-ring, the plunger, and the spring, wherein the reaction case includes a central core that extends along the central longitudinal axis, wherein a first surface of the o-ring abuts the first flange, and wherein a second surface of the o-ring that is opposed to the first surface abuts the second flange, and the borescope grip (200; 200') further comprises a trigger coupled to the plunger, wherein when a force applied to the trigger is less than a threshold the spring (220; 220') causes the o-ring to deform, wherein the deformation of the o-ring applies a clamping force to a borescope tube, wherein when a force applied to the trigger is greater than a threshold the spring (220; 220') is isolated from the o-ring such that the o-ring is in a released state. a reaction case that includes a first flange having a first face that is substantially perpendicular to a central longitudinal axis of the grip; an o-ring that abuts the first face of the first flange; a plunger that includes a second flange having a second face that abuts the o-ring at a first axial position and is disengaged from the o-ring at a second axial position; and a spring (220; 220') that abuts the second flange, wherein the reaction case includes a housing that comprises the o-ring, the plunger, and the spring, wherein the reaction case includes a central core that extends along the central longitudinal axis, wherein a first surface of the o-ring abuts the first flange, and wherein a second surface of the o-ring that is opposed to the first surface abuts the second flange, and the borescope grip (200; 200') further comprises a trigger coupled to the plunger, wherein when a force applied to the trigger is less than a threshold the spring (220; 220') causes the o-ring to deform, wherein the deformation of the o-ring applies a clamping force to a borescope tube, wherein when a force applied to the trigger is greater than a threshold the spring (220; 220') is isolated from the o-ring such that the o-ring is in a released state.
A protection switching method, comprising: receiving, by an intermediate node, a protection switching request message from an upstream adjacent node, wherein the protection switching request message comprises an identifier of a first protection path; determining, by the intermediate node, resource of the first protection path is available; sending, by the intermediate node, a first indication message to the upstream adjacent node, and sending the protection switching request message to a downstream adjacent node, wherein the first indication message indicating that the resource of the first protection path of the intermediate node is available; and receiving, by the intermediate node, a second indication message from the downstream adjacent node, and setting up a cross-connection for the first protection path, wherein the second indication message indicating that the resource of the first protection path of the downstream adjacent node is available. receiving, by an intermediate node, a protection switching request message from an upstream adjacent node, wherein the protection switching request message comprises an identifier of a first protection path; determining, by the intermediate node, resource of the first protection path is available; sending, by the intermediate node, a first indication message to the upstream adjacent node, and sending the protection switching request message to a downstream adjacent node, wherein the first indication message indicating that the resource of the first protection path of the intermediate node is available; and receiving, by the intermediate node, a second indication message from the downstream adjacent node, and setting up a cross-connection for the first protection path, wherein the second indication message indicating that the resource of the first protection path of the downstream adjacent node is available.