mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: receiving (100, 100') from an orchestrator element for a new Virtual Routing and Forwarding element, VRF, created in a communications network a name of the VRF and interconnect identification; selecting border elements (40, 42) for the VRF, wherein the selected border elements comprise a border leaf node/ Data Center Interconnect, DCI, node pair; creating in a database VRF entries for the selected border elements, comprising creating an entry for each node of the border leaf node/DCI node pair, wherein each of the entries identifies a configuration profile for a respective one of the nodes of the border leaf node/DCI node pair; forwarding a VRF create notification to the selected border elements; and providing (108, 108') the configuration profiles from the corresponding entries to the selected border elements in response to a query (106, 106') to the database from the selected border elements, the providing comprising providing the respective configuration profile to each of the nodes of the border leaf node/DCI node pair; wherein the selected border elements apply the configuration profiles automatically to configure the selected border elements. receiving (100, 100') from an orchestrator element for a new Virtual Routing and Forwarding element, VRF, created in a communications network a name of the VRF and interconnect identification; selecting border elements (40, 42) for the VRF, wherein the selected border elements comprise a border leaf node/ Data Center Interconnect, DCI, node pair; creating in a database VRF entries for the selected border elements, comprising creating an entry for each node of the border leaf node/DCI node pair, wherein each of the entries identifies a configuration profile for a respective one of the nodes of the border leaf node/DCI node pair; forwarding a VRF create notification to the selected border elements; and providing (108, 108') the configuration profiles from the corresponding entries to the selected border elements in response to a query (106, 106') to the database from the selected border elements, the providing comprising providing the respective configuration profile to each of the nodes of the border leaf node/DCI node pair; wherein the selected border elements apply the configuration profiles automatically to configure the selected border elements.
A high intensity gas-fired infrared emitter, comprising:; a frame having a plurality of side walls, an open bottom, and an open top a flame arrestor mounted inside the frame and including a bottom, a top surface having a recess, and a plurality of apertures extending from the bottom to the recessed top surface; and a cellular surface panel formed of a plurality of cells and mounted inside the recess of the flame arrestor such that the plurality of apertures of the flame arrestor form pathways which extend into the cellular surface panel, wherein the plurality of cells comprise consecutively connected cells, characterized in that said plurality of cells comprise consecutively connected and layered cells, and in that each cell of the plurality of cells is a truncated cube or truncated hexahedron.; a frame having a plurality of side walls, an open bottom, and an open top a flame arrestor mounted inside the frame and including a bottom, a top surface having a recess, and a plurality of apertures extending from the bottom to the recessed top surface; and a cellular surface panel formed of a plurality of cells and mounted inside the recess of the flame arrestor such that the plurality of apertures of the flame arrestor form pathways which extend into the cellular surface panel, wherein the plurality of cells comprise consecutively connected cells, characterized in that said plurality of cells comprise consecutively connected and layered cells, and in that each cell of the plurality of cells is a truncated cube or truncated hexahedron.
An equine hoof boot comprising: a) a sole member suitable for engaging the ground and protecting a hoof from wear; b) a retaining means of suitable size, shape and strength for securing the boot to the hoof, said retaining means having an inside contactable with a hoof, an outside, a ventral portion located at its front, a dorsal portion located at its rear, and c) a bulb engaging means for positively engaging the peripheries of the bulbs of the hoof, wherein said retaining means and engaging means impede rotation of the boot relative to the hoof, characterised in that the retaining means has front flaps (253a, 253b), and in that the ventral portion comprises a front opening sitting between the front flaps (253a, 253b) and comprising lateral slits (257a, 257b) above the sole member, the front opening being configured to allow a lower forward portion of a toe of the hoof to extend. a) a sole member suitable for engaging the ground and protecting a hoof from wear; b) a retaining means of suitable size, shape and strength for securing the boot to the hoof, said retaining means having an inside contactable with a hoof, an outside, a ventral portion located at its front, a dorsal portion located at its rear, and c) a bulb engaging means for positively engaging the peripheries of the bulbs of the hoof, wherein said retaining means and engaging means impede rotation of the boot relative to the hoof,
An optical device, comprising: a first outer substrate; a second outer substrate disposed opposite to the first outer substrate; and an active liquid crystal film, the active liquid crystal film being a liquid crystal element film capable of switching between at least two or more oriented states of light axes, wherein the active liquid crystal film is encapsulated by an encapsulating agent between the first and second outer substrates (301, 302), wherein the active liquid crystal film comprises two base films disposed opposite to each other and an active liquid crystal layer between the two base films, characterized in that a shrinkable film adjacent to any one of the first and second outer substrates (301, 302) is further comprised and the shrinkable film is adjacent to an inside surface or an outside surface of the first outer substrate or the second outer substrate, wherein the shrinkable film has a shrinkage ratio at -40°C in a range of 0.001% to 10% and a shrinkage ratio at 90°C in a range of 0.001% to 10%. a first outer substrate; a second outer substrate disposed opposite to the first outer substrate; and an active liquid crystal film, the active liquid crystal film being a liquid crystal element film capable of switching between at least two or more oriented states of light axes, wherein the active liquid crystal film is encapsulated by an encapsulating agent between the first and second outer substrates (301, 302), wherein the active liquid crystal film comprises two base films disposed opposite to each other and an active liquid crystal layer between the two base films, characterized in that a shrinkable film adjacent to any one of the first and second outer substrates (301, 302) is further comprised and the shrinkable film is adjacent to an inside surface or an outside surface of the first outer substrate or the second outer substrate, wherein the shrinkable film has a shrinkage ratio at -40°C in a range of 0.001% to 10% and a shrinkage ratio at 90°C in a range of 0.001% to 10%.
An adhesive film, comprising: an adhesive layer comprising a curable resin and a moisture adsorbent, wherein the adhesive layer has a viscosity of 10 1 to 10 6 Pa•s at a temperature range from 30 to 130 °C, and a viscosity of 10 6 Pa•s or more at a temperature from 20 °C to 25 °C when the adhesive layer is in an uncured state, wherein the adhesive layer is composed of at least two sub-adhesive layers, and a difference in viscosity between the sub-adhesive layers at a temperature range from 30 to 130 °C in an uncured state is less than 30 Pa•s, and, wherein the viscosity is measured using an advanced rheometric expansion system (ARES). an adhesive layer comprising a curable resin and a moisture adsorbent, wherein the adhesive layer has a viscosity of 10 1 to 10 6 Pa•s at a temperature range from 30 to 130 °C, and a viscosity of 10 6 Pa•s or more at a temperature from 20 °C to 25 °C when the adhesive layer is in an uncured state, wherein the adhesive layer is composed of at least two sub-adhesive layers, and a difference in viscosity between the sub-adhesive layers at a temperature range from 30 to 130 °C in an uncured state is less than 30 Pa•s, and, wherein the viscosity is measured using an advanced rheometric expansion system (ARES).
A dry composition for chemical and physical sun protection, the composition comprising a) at least one mineral material selected from the group consisting of surface reacted calcium carbonate and/or hydromagnesite, wherein the surface-reacted calcium carbonate is a reaction product of natural ground calcium carbonate or precipitated calcium carbonate with carbon dioxide and one or more H 3 O + ion donors, wherein the carbon dioxide is formed in situ by the H 3 O + ion donors treatment and/or is supplied from an external source and b) from 0.1 wt.-% to 100 wt.-%, based on the dry weight of the at least one mineral material of step a) of at least one lignin. a) at least one mineral material selected from the group consisting of surface reacted calcium carbonate and/or hydromagnesite, wherein the surface-reacted calcium carbonate is a reaction product of natural ground calcium carbonate or precipitated calcium carbonate with carbon dioxide and one or more H 3 O + ion donors, wherein the carbon dioxide is formed in situ by the H 3 O + ion donors treatment and/or is supplied from an external source and b) from 0.1 wt.-% to 100 wt.-%, based on the dry weight of the at least one mineral material of step a) of at least one lignin.
A tool (8, 9) change mechanism configured to perform tool (8, 9) replacement by removing a scribing tool (8, 8a) attached to a holder joint provided at a tip of a scribe head of a scribe apparatus from the holder joint and attaching another scribing tool (8, 8b) to the holder joint, the tool (8, 9) change mechanism included in the scribe apparatus comprising: a remover which is configured to remove the scribing tool (8, 8a, 8b) from the holder joint; a cartridge having a plurality of said scribing tools (8, 8a, 8b) accommodated therein; characterized by a transfer nozzle which is configured to move the scribing tool (8, 8a, 8b) between the remover and the cartridge, wherein the transfer nozzle is configured to absorb the scribing tool (8, 8a, 8b) in an air suction manner, wherein the transfer nozzle is attached to a side of the scribe head, thereby being configured to move integrally with the scribe head, and the transfer nozzle includes a tool (8, 9) absorbing part capable of absorbing the scribing tool (8, 8a, 8b) and moving to a vertical direction, a suction tube capable of suctioning air from inside the tool (8, 9) absorbing part, an absorbing part support body which is configured to movably support the tool (8, 9) absorbing part to the vertical direction, and a lifting part which is configured to cause the tool (8, 9) absorbing part to ascend and descend to the vertical direction with respect to the absorbing part support body. a remover which is configured to remove the scribing tool (8, 8a, 8b) from the holder joint; a cartridge having a plurality of said scribing tools (8, 8a, 8b) accommodated therein; characterized by a transfer nozzle which is configured to move the scribing tool (8, 8a, 8b) between the remover and the cartridge, wherein the transfer nozzle is configured to absorb the scribing tool (8, 8a, 8b) in an air suction manner, wherein the transfer nozzle is attached to a side of the scribe head, thereby being configured to move integrally with the scribe head, and the transfer nozzle includes a tool (8, 9) absorbing part capable of absorbing the scribing tool (8, 8a, 8b) and moving to a vertical direction, a suction tube capable of suctioning air from inside the tool (8, 9) absorbing part, an absorbing part support body which is configured to movably support the tool (8, 9) absorbing part to the vertical direction, and a lifting part which is configured to cause the tool (8, 9) absorbing part to ascend and descend to the vertical direction with respect to the absorbing part support body.
Cleaning device for cleaning surfaces, in particular sloping surfaces such as roofs, comprising at least one brush having a longitudinal axis and at least one drive device for moving the brush along the surface, wherein the drive device has a longitudinal drive for moving at least one brush along a longitudinal extension of the surface, and wherein at least two longitudinal guides of the longitudinal drive are arranged in the region of the ends of the brush, characterised in that the brush is elastic along a longitudinal axis.
An electrode for a lithium secondary battery, the electrode comprising: an electrode current collector; an electrode active material layer formed on the electrode current collector; and an insulating layer formed on the electrode current collector and overlapping the electrode active material layer in a partial region, wherein a thickness of the electrode active material layer in a region in which the electrode active material layer and insulating layer do not overlap is di, a thickness of the insulating layer in a region in which the electrode active material layer and insulating layer do not overlap is d 2, and d 2 /d 1 is 0.02 to 0.4, a length of a region in which the electrode active material layer and the insulating layer overlap is 0.1 to 1.3 mm, in the region overlapping the electrode active material layer, a thickness of the insulating layer is continually decreased toward the electrode active material layer, in the region in which the electrode active material layer and the insulating layer overlap, a thickness of the insulating layer at an end of the electrode active material layer is Ao, a thickness of the insulating layer at an end of the insulating layer is A, and A/Ao is at least 0.05 and less than 1, A 0 is 3 to 20 μm, A is at least 0.15 and less than 20 μm, in the region in which the electrode active material layer and insulating layer do not overlap, the thickness (d 2) of the insulating layer is 3 to 20 μm, and in the region in which the electrode active material layer and insulating layer do not overlap, the thickness (di) of the electrode active material layer is 50 to 150 μm. an electrode current collector; an electrode active material layer formed on the electrode current collector; and an insulating layer formed on the electrode current collector and overlapping the electrode active material layer in a partial region, wherein a thickness of the electrode active material layer in a region in which the electrode active material layer and insulating layer do not overlap is di, a thickness of the insulating layer in a region in which the electrode active material layer and insulating layer do not overlap is d 2, and d 2 /d 1 is 0.02 to 0.4, a length of a region in which the electrode active material layer and the insulating layer overlap is 0.1 to 1.3 mm, in the region overlapping the electrode active material layer, a thickness of the insulating layer is continually decreased toward the electrode active material layer, in the region in which the electrode active material layer and the insulating layer overlap, a thickness of the insulating layer at an end of the electrode active material layer is Ao, a thickness of the insulating layer at an end of the insulating layer is A, and A/Ao is at least 0.05 and less than 1, A 0 is 3 to 20 μm, A is at least 0.15 and less than 20 μm, in the region in which the electrode active material layer and insulating layer do not overlap, the thickness (d 2) of the insulating layer is 3 to 20 μm, and in the region in which the electrode active material layer and insulating layer do not overlap, the thickness (di) of the electrode active material layer is 50 to 150 μm.
Method for operating a driver assistance system of a vehicle, in which the driver assistance system at least indirectly takes into account a driving speed of at least one other vehicle, at which the at least one other vehicle has driven through a curve arranged in front of the vehicle in the direction of travel of the vehicle, a driving speed of the vehicle intended by the driver assistance system for driving through the curve being checked, the driving speed of the at least one other vehicle being at least indirectly taken into account for this check, the driver assistance system deciding whether the intended driving speed is reduced or maintained following the check of the intended driving speed, characterized in that when the intended driving speed is maintained, a laterally guiding component of the driver assistance system is deactivated. a driving speed of the vehicle intended by the driver assistance system for driving through the curve being checked, the driving speed of the at least one other vehicle being at least indirectly taken into account for this check, the driver assistance system deciding whether the intended driving speed is reduced or maintained following the check of the intended driving speed, characterized in that when the intended driving speed is maintained, a laterally guiding component of the driver assistance system is deactivated.
Method for performing a Bus autoset function, with the following steps: a) Detecting a maximum amplitude of an analog signal, b) Converting the analog signal into a logical signal, c) Detecting a frame in the logical signal, and d) Setting a scale of an output unit automatically without any manual input such that the whole frame is output, wherein the output unit is established by a display. a) Detecting a maximum amplitude of an analog signal, b) Converting the analog signal into a logical signal, c) Detecting a frame in the logical signal, and d) Setting a scale of an output unit automatically without any manual input such that the whole frame is output, wherein the output unit is established by a display.
A stent comprising: a strut extending in a predetermined direction; a first protrusion provided on the strut, the first protrusion being substantially L-shaped and extending in a direction away from the strut and in a direction toward a distal side in the predetermined direction; a second protrusion that is provided on the strut and located distal to the first protrusion, the second protrusion being substantially L-shaped, extending in a direction away from the strut and in a direction toward a proximal side in the predetermined direction, and having a tip spaced apart from a tip of the first protrusion; and an opaque member being substantially tubular and highly opaque to radiation, the opaque member having two end portions in which the first and second protrusions (40, 41) are inserted, respectively. a strut extending in a predetermined direction; a first protrusion provided on the strut, the first protrusion being substantially L-shaped and extending in a direction away from the strut and in a direction toward a distal side in the predetermined direction; a second protrusion that is provided on the strut and located distal to the first protrusion, the second protrusion being substantially L-shaped, extending in a direction away from the strut and in a direction toward a proximal side in the predetermined direction, and having a tip spaced apart from a tip of the first protrusion; and an opaque member being substantially tubular and highly opaque to radiation, the opaque member having two end portions in which the first and second protrusions (40, 41) are inserted, respectively.
Multipartite respirator mask for assisting a patient to breathe, with: an elastic nose connection element with a nose cavity for the at least portion-wise receiving of the patient's nose and a receiving region adjacent thereto for receiving a rigid coupling element; and a rigid Y-shaped hose connection element with a first branch with a gas inlet channel, a second branch with a gas outlet channel for connecting a gas purging device and a third branch for connecting the rigid coupling element; characterised in that the third branch of the hose connection element is rotatably engaged with one face of the rigid coupling element and the rigid coupling element on a different face is clamped non-rotatably in the receiving region of the nose connection element; the coupling element exhibits a hollow cylindrical region for receiving the third branch and a hollow spherical region adjacent thereto with a gas aperture for clamping into the receiving region of the nose connection element; and the hollow spherical region exhibits a first projection which is mounted in a corresponding groove of the receiving region, or the receiving region exhibits a first projection which is mounted in a corresponding groove of the hollow spherical region, so preventing a twisting of the hollow spherical region in the receiving region. an elastic nose connection element with a nose cavity for the at least portion-wise receiving of the patient's nose and a receiving region adjacent thereto for receiving a rigid coupling element; and a rigid Y-shaped hose connection element with a first branch with a gas inlet channel, a second branch with a gas outlet channel for connecting a gas purging device and a third branch for connecting the rigid coupling element;
An outdoor unit of a refrigeration apparatus, comprising: a heat exchanger made of aluminum or aluminum alloy, the heat exchanger having a plurality of flat pipes arranged in rows so as to face a side face, header manifolds (61, 62) connected to the both end of the flat pipes, and a plurality of fins joined to the flat pipes, and exchange of heat occurring between a fluid flowing inside the flat pipes and air flowing outside the flat pipes; a floor frame on which the heat exchanger is mounted; whereby the header manifolds (61, 62) are arranged vertically, the flat pipes are arranged in multiple rows towards up and down, and the heat exchanger further comprises a cap for covering each of a lower end part of the header manifolds (61, 62) from below, characterized in that the cap has a first drainage structure through which water that has entered via a gap between the header manifold and the cap drains out. a heat exchanger made of aluminum or aluminum alloy, the heat exchanger having a plurality of flat pipes arranged in rows so as to face a side face, header manifolds (61, 62) connected to the both end of the flat pipes, and a plurality of fins joined to the flat pipes, and exchange of heat occurring between a fluid flowing inside the flat pipes and air flowing outside the flat pipes; a floor frame on which the heat exchanger is mounted; whereby the header manifolds (61, 62) are arranged vertically, the flat pipes are arranged in multiple rows towards up and down, and the heat exchanger further comprises a cap for covering each of a lower end part of the header manifolds (61, 62) from below, characterized in that the cap has a first drainage structure through which water that has entered via a gap between the header manifold and the cap drains out.