mhurhangee/ep-ind-claims huggingface dataset:
A light emitting diode, LED, filament arrangement, comprising: an elongated, flexible LED filament having a plurality of LEDs arranged along the elongation of the LED filament; and a bending unit having a body in which a channel is formed, said channel being at least partially curved; wherein a portion of said LED filament is arranged within said channel of said bending unit, said bending unit being adapted to induce a bend in said LED filament, and to hold the LED filament in its bent form, characterised in that the length of the bending unit is 0.05 to 0.3 times the length of the LED filament. an elongated, flexible LED filament having a plurality of LEDs arranged along the elongation of the LED filament; and a bending unit having a body in which a channel is formed, said channel being at least partially curved; wherein a portion of said LED filament is arranged within said channel of said bending unit, said bending unit being adapted to induce a bend in said LED filament, and to hold the LED filament in its bent form, characterised in that the length of the bending unit is 0.05 to 0.3 times the length of the LED filament.
A method of manufacturing an antistatic film, comprising: a preparation step of preparing a mixed liquid by mixing a polyvinyl alcohol with an aqueous conductive polymer dispersion in which a conductive composite containing a π-conjugated conductive polymer and a polyanion is included in a water-based dispersion medium, wherein the content ratio of the polyvinyl alcohol in the mixed liquid is 0.01% by mass to 10% by mass with respect to 100% by mass of the total mass of the mixed liquid; a coating step of obtaining a coating film by coating at least one surface of a film base with the mixed liquid; and a drying and stretching step of forming an antistatic layer by drying and stretching the coating film with heating. a preparation step of preparing a mixed liquid by mixing a polyvinyl alcohol with an aqueous conductive polymer dispersion in which a conductive composite containing a π-conjugated conductive polymer and a polyanion is included in a water-based dispersion medium, wherein the content ratio of the polyvinyl alcohol in the mixed liquid is 0.01% by mass to 10% by mass with respect to 100% by mass of the total mass of the mixed liquid; a coating step of obtaining a coating film by coating at least one surface of a film base with the mixed liquid; and a drying and stretching step of forming an antistatic layer by drying and stretching the coating film with heating.
An air distribution device, in particular for distributing air in the interior space of a building including multiple zones to be ventilated, said device comprising at least one box comprising at least two air inlets (3, 4) and two air outlet mouths, one of said air inlets (3, 4), called exterior air inlet, being able to be supplied with air taken from outside the building, the other or another, called interior air inlet, being able to be supplied with air taken from inside the building, and said air outlet mouths each being able to be connected by means of a sheath to a zone to be ventilated, where the box is divided into at least two non-communicating chambers (7, 8) inside said box, said chambers (7; 8) each being equipped with at least two air outlets (9; 10) and one, called first chamber, being provided with the exterior air inlet, the other, called second chamber, being provided with the interior air inlet of the box, characterized in that for at least some of the air outlets (9; 10) of the first and second chambers (7; 8), one of the air outlets of the first chamber and one of the air outlets of the second chamber are arranged in a same air outlet mouth of the box, these air outlets of a same air outlet mouth each being provided with a closing member (111, 121), said closing members (111,121) moving independently and each being equipped with a member (112, 122) for controlling the driving of the movement of said closing member (111, 121) in order to move said closing member (111, 121) between an open position and a closed position.
A material comprising an expanded polyalkylidene terephthalate based layer being covered with at least one outer layer comprising at least 50 weight-% of a compound based on a solvent (including water) soluble inorganic chalkogene compound which itself comprises an inorganic material that solidifies (set, harden, crosslink) in cold to warm state (from -10 °C to +80 °C) during evaporation of the solvent and/or by influence of air and/or vacuum and/or humidity and/or one of its components and wherein the compound of layer is calcium carbonate and/or cement based compound, gypsum based compound, clay based compound, silicate compound and any mixtures thereof.
Counter-current swimming device for installation in an existing swimming pool, the device comprising: - a lower housing part of a housing, the lower housing part having an inlet with a cross section, - an upper housing part of the housing, connected to the lower housing part - an outlet nozzle connected to an exit of the upper housing part, the exit having an exit cross section, so that the lower housing part, the upper housing part and the outlet nozzle form a flow channel, wherein the device further comprises: - a propeller screw positioned in the lower housing and configured to, when the device is installed in the swimming pool, accelerate water into the inlet, and characterized by: - a motor positioned outside the housing and coupled to the propeller wherein the cross section of the inlet is larger than the exit cross section of the upper housing part and the flow channel is continuously becoming more narrow starting from the propeller screw to the outlet nozzle of the upper housing part. - a lower housing part of a housing, the lower housing part having an inlet with a cross section, - an upper housing part of the housing, connected to the lower housing part - an outlet nozzle connected to an exit of the upper housing part, the exit having an exit cross section, so that the lower housing part, the upper housing part and the outlet nozzle form a flow channel, wherein the device further comprises: - a propeller screw positioned in the lower housing and configured to, when the device is installed in the swimming pool, accelerate water into the inlet, and characterized by: - a motor positioned outside the housing and coupled to the propeller - a propeller screw positioned in the lower housing and configured to, when the device is installed in the swimming pool, accelerate water into the inlet, and characterized by: - a motor positioned outside the housing and coupled to the propeller - a motor positioned outside the housing and coupled to the propeller wherein the cross section of the inlet is larger than the exit cross section of the upper housing part and the flow channel is continuously becoming more narrow starting from the propeller screw to the outlet nozzle of the upper housing part.
A user Internet access method, comprising steps: receiving, by a user management device, a user's first Internet access packet reported by a first broadband network gateway device BNG, wherein the first Internet access packet carries user information of the user and information of the first BNG; receiving, by the user management device, a user's second Internet access packet reported by a second BNG, wherein the second Internet access packet carries the user information of the user and information of the second BNG; recording, by the user management device according to the information of the user, information of the first BNG and information of the second BNG in a BNG list to which the user belongs; selecting, by the user management device according to a preset policy, a selected BNG from the BNG list, wherein the preset policy comprises selecting a BNG with a shortest delay; delivering, by the user management device, a user's forwarding information to the selected BNG; sending, by the user management device, a response packet to the user, wherein the response packet is used to instruct the user to access the Internet by using the selected BNG. receiving, by a user management device, a user's first Internet access packet reported by a first broadband network gateway device BNG, wherein the first Internet access packet carries user information of the user and information of the first BNG; receiving, by the user management device, a user's second Internet access packet reported by a second BNG, wherein the second Internet access packet carries the user information of the user and information of the second BNG; recording, by the user management device according to the information of the user, information of the first BNG and information of the second BNG in a BNG list to which the user belongs; selecting, by the user management device according to a preset policy, a selected BNG from the BNG list, wherein the preset policy comprises selecting a BNG with a shortest delay; delivering, by the user management device, a user's forwarding information to the selected BNG; sending, by the user management device, a response packet to the user, wherein the response packet is used to instruct the user to access the Internet by using the selected BNG.
A method for manufacturing a diffractive optical element, comprising: depositing first and second portions (1926, 1928) of materials directly onto a substrate (1908, 1922, 2108, Substrate 1, Substrate 2), wherein the first portion of materials has a first depth and the second portion of materials has a second depth, the first depth being different from the second depth; employing a template having an imprint pattern formed thereon, the template employed to imprint the imprint pattern into the first and second portions (1926, 1928) of materials on the substrate (1908, 1922, 2108, Substrate 1, Substrate 2), the template comprising a first set of depth structures and a second set of depth structures such that the first portion of materials is deposited at the first depth corresponding to the first set of depth structures and such that the second portion of materials is deposited at the second depth corresponding to the second set of depth structures; and wherein the imprint pattern comprises a diffraction pattern for the diffractive optical element. depositing first and second portions (1926, 1928) of materials directly onto a substrate (1908, 1922, 2108, Substrate 1, Substrate 2), wherein the first portion of materials has a first depth and the second portion of materials has a second depth, the first depth being different from the second depth; employing a template having an imprint pattern formed thereon, the template employed to imprint the imprint pattern into the first and second portions (1926, 1928) of materials on the substrate (1908, 1922, 2108, Substrate 1, Substrate 2), the template comprising a first set of depth structures and a second set of depth structures such that the first portion of materials is deposited at the first depth corresponding to the first set of depth structures and such that the second portion of materials is deposited at the second depth corresponding to the second set of depth structures; and wherein the imprint pattern comprises a diffraction pattern for the diffractive optical element.
A touch panel, comprising: a substrate; a transparent conductive layer disposed on the substrate; and characterized by: a shielding decoration layer disposed on the substrate and the transparent conductive layer and having an opening located on the transparent conductive layer; a transparent conductive connecting layer disposed in the opening and on the transparent conductive layer and the shielding decoration layer, extending from the transparent conductive layer to the shielding decoration layer, and exceeding an edge of the transparent conductive layer; an opaque conductive layer disposed on the shielding decoration layer and the transparent conductive connecting layer, and not disposed on the transparent conductive layer; and another shielding decoration layer disposed on the transparent conductive connecting layer to cover the opening. a substrate; a transparent conductive layer disposed on the substrate; and characterized by: a shielding decoration layer disposed on the substrate and the transparent conductive layer and having an opening located on the transparent conductive layer; a transparent conductive connecting layer disposed in the opening and on the transparent conductive layer and the shielding decoration layer, extending from the transparent conductive layer to the shielding decoration layer, and exceeding an edge of the transparent conductive layer; an opaque conductive layer disposed on the shielding decoration layer and the transparent conductive connecting layer, and not disposed on the transparent conductive layer; and another shielding decoration layer disposed on the transparent conductive connecting layer to cover the opening. a shielding decoration layer disposed on the substrate and the transparent conductive layer and having an opening located on the transparent conductive layer; a transparent conductive connecting layer disposed in the opening and on the transparent conductive layer and the shielding decoration layer, extending from the transparent conductive layer to the shielding decoration layer, and exceeding an edge of the transparent conductive layer; an opaque conductive layer disposed on the shielding decoration layer and the transparent conductive connecting layer, and not disposed on the transparent conductive layer; and another shielding decoration layer disposed on the transparent conductive connecting layer to cover the opening.
A glass bottle inspection device comprising: rotating means that causes a glass bottle to rotate about a bottle axis; mouth portion illuminating means that emits light toward a bottle mouth of the glass bottle; mouth portion image taking means configured to take images of the bottle mouth illuminated by the light emitted from the mouth portion illuminating means during rotation of the bottle; base portion illuminating means that emits light toward a base portion of the glass bottle; and base portion image taking means configured to take images of the base portion illuminated by the light emitted from the base portion illuminating means during rotation of the bottle, wherein the device is configured to: detect two points G and H on a sealing surface of the bottle mouth in a mouth portion image taken by the mouth portion image taking means, detect two points M and N at a bottom end of the bottle in a base portion image taken by the base portion image taking means at the same time and in the same plane as the mouth portion image is taken, and calculate the sealing surface inclination of the bottle in a vertically standing position by using the two points G and H of the mouth portion and the two points M and N of the base portion. rotating means that causes a glass bottle to rotate about a bottle axis; mouth portion illuminating means that emits light toward a bottle mouth of the glass bottle; mouth portion image taking means configured to take images of the bottle mouth illuminated by the light emitted from the mouth portion illuminating means during rotation of the bottle; base portion illuminating means that emits light toward a base portion of the glass bottle; and base portion image taking means configured to take images of the base portion illuminated by the light emitted from the base portion illuminating means during rotation of the bottle, wherein the device is configured to: detect two points G and H on a sealing surface of the bottle mouth in a mouth portion image taken by the mouth portion image taking means, detect two points M and N at a bottom end of the bottle in a base portion image taken by the base portion image taking means at the same time and in the same plane as the mouth portion image is taken, and calculate the sealing surface inclination of the bottle in a vertically standing position by using the two points G and H of the mouth portion and the two points M and N of the base portion. detect two points G and H on a sealing surface of the bottle mouth in a mouth portion image taken by the mouth portion image taking means, detect two points M and N at a bottom end of the bottle in a base portion image taken by the base portion image taking means at the same time and in the same plane as the mouth portion image is taken, and calculate the sealing surface inclination of the bottle in a vertically standing position by using the two points G and H of the mouth portion and the two points M and N of the base portion.
Operating cable for a brake system of a vehicle, in particular an electric bicycle, comprising a first cable region and a length changing element, which is arranged on the first cable region, wherein the length changing element comprises - a piezo actuator with an actuator foot and an actuator head, - a first end region and a second end region, - wherein the first end region is connected to the actuator head and the second end region is connected to the actuator foot, and - at least one first connecting arm, which connects the first end region to the second end region. - a piezo actuator with an actuator foot and an actuator head, - a first end region and a second end region, - wherein the first end region is connected to the actuator head and the second end region is connected to the actuator foot, and - at least one first connecting arm, which connects the first end region to the second end region.
Luminous lighting and/or signalling module for a motor vehicle comprising at least one light-rayemitting assembly and a lens for forming light rays including an entrance face for the light rays and an opposite exit face, characterized in that said lens has a flat-lens shape the exit face of which is equipped with prisms forming a Fresnel structure (40, 41), at least one of these prisms being equipped on an exterior face with diffractive structures, and the entrance face of which is at least partially equipped with microstructures.
Flight control actuator having a control screw which cooperates with a primary nut, the actuator also having a secondary nut which cooperates with the control screw in case of failure of the primary nut, in which the primary nut and the secondary nut are a distance apart and move essentially along two separate zones of the screw (A, B), characterized in that the two separate zones of the screw are separated by a blocking system configured for preventing a break that appears in one of said zones of the screw from propagating towards the other of said zones.
A yarn accumulation device (18; 181; 182) configured to wind and accumulate a yarn on a yarn accumulation part that is formed on an outer circumferential surface of a rotating element, the yarn being unwound from the yarn accumulation part in a direction along a rotation axis of the rotating element, the yarn accumulation device (18; 181; 182) including a tension applying part arranged at an unwinding side of the yarn accumulation part, the tension applying part being configured to rotate in synchronization with the yarn accumulation part and in this condition apply a tension to the yarn being unwound from the yarn accumulation part, characterized in that the tension applying part includes: a ring member made of an expandable elastic material; an enlarged/reduced portion provided radially inside the ring member, and configured such that the yarn is nipped between the enlarged/reduced portion and the ring member, the enlarged/reduced portion being configured to enlarge or reduce its diameter in accordance with the speed of rotation of the rotating element. a ring member made of an expandable elastic material; an enlarged/reduced portion provided radially inside the ring member, and configured such that the yarn is nipped between the enlarged/reduced portion and the ring member, the enlarged/reduced portion being configured to enlarge or reduce its diameter in accordance with the speed of rotation of the rotating element.
A fluidic device having incorporated electrodes, comprising: a card; and a caddy, the caddy comprising: a first caddy segment; and a second caddy segment comprising a first surface and a second surface; wherein the card is attached to the second surface of the second caddy segment such that the card provides a closed surface for the device; characterized in that: the first caddy segment comprises first and second electrodes; the second caddy segment comprises first and second reservoirs disposed on the first surface of the second caddy segment, a channel disposed on the second surface of the second caddy segment, and first and second vias extending between the first and second surfaces to provide fluid communication between the reservoir and the channel; and the first caddy segment is attachable to the first surface of the second caddy segment such that, when attached, a first portion of the first electrode is accessible for dry electrical contact and a second portion of the first electrode extends into the first reservoir and such that a first portion of the second electrode is accessible for dry electrical contact and a second portion of the second electrode extends into the second reservoir. a card; and a caddy, the caddy comprising: a first caddy segment; and a second caddy segment comprising a first surface and a second surface; a first caddy segment; and a second caddy segment comprising a first surface and a second surface; wherein the card is attached to the second surface of the second caddy segment such that the card provides a closed surface for the device; the first caddy segment comprises first and second electrodes; the second caddy segment comprises first and second reservoirs disposed on the first surface of the second caddy segment, a channel disposed on the second surface of the second caddy segment, and first and second vias extending between the first and second surfaces to provide fluid communication between the reservoir and the channel; and the first caddy segment is attachable to the first surface of the second caddy segment such that, when attached, a first portion of the first electrode is accessible for dry electrical contact and a second portion of the first electrode extends into the first reservoir and such that a first portion of the second electrode is accessible for dry electrical contact and a second portion of the second electrode extends into the second reservoir.