mhurhangee/ep-ind-claims huggingface dataset:
Receiving arrangement for receiving transmissions, the receiving arrangement being intended for use in building openings which provide an access to a building room, such as for example roof openings, cellar openings, garage openings, etc. comprising a housing arrangement which defines a housing room together with at least a part of the building room, comprising a drive device for at least one gate element and comprising a control device for controlling the drive device and comprising at least one first sensor element which interacts with the control device and is capable of exchanging an electronic authorization information, characterized in in that a guiding arrangement is provided in which the gate element is movably supported, wherein the guiding arrangement is implemented as a frame arrangement which comprises a first and second frame part (22, 24) in such a way that in a first position of the gate element the building opening is closed and in a second position of the gate element the building opening is opened and the access to the building room is closed.
A switch for a conveying line for transporting a laboratory diagnostic vessel carrier, wherein the conveying line comprising a first line portion and a second line portion, wherein the switch comprises a curved first guiding surface and a second guiding surface, wherein the switch is moveable between a first position, in which the laboratory diagnostic vessel carrier is transportable along the curved first guiding surface from the first line portion to the second line portion, and a second position, in which the laboratory diagnostic vessel carrier is further transportable along the second guiding surface on the first line portion, characterized in that, the switch is linearly moveable between the first position and the second position, wherein the curved first guiding surface and the second guiding surface are configured to engage the laboratory diagnostic vessel carrier, wherein the curved first guiding surface and/or the second guiding surface comprises a protrusion configured to partially engage the laboratory diagnostic vessel carrier.
A method of making an electrode for a proton exchange membrane fuel cell, comprising: depositing a first layer of material on a substrate, which comprises depositing an organic-based material which comprises perylene red; annealing the first layer of material to form a first layer of nanostructured support elements; occluding growth sites of the nanostructured support elements of the first layer by depositing an occluding material on the first layer of nanostructured support elements, wherein the occluding material comprises a metal; characterized by depositing a second layer of material on the first layer of nanostructured support elements, which comprises depositing an organic-based material which comprises perylene red; annealing the second layer of material to form a second layer of nanostructured support elements; and depositing a catalyst material on the first and second layers of nanostructured support elements to form a catalyst coated multilayered nanostructured film, which comprises depositing a platinum group metal. depositing a first layer of material on a substrate, which comprises depositing an organic-based material which comprises perylene red; annealing the first layer of material to form a first layer of nanostructured support elements; occluding growth sites of the nanostructured support elements of the first layer by depositing an occluding material on the first layer of nanostructured support elements, wherein the occluding material comprises a metal; characterized by depositing a second layer of material on the first layer of nanostructured support elements, which comprises depositing an organic-based material which comprises perylene red; annealing the second layer of material to form a second layer of nanostructured support elements; and depositing a catalyst material on the first and second layers of nanostructured support elements to form a catalyst coated multilayered nanostructured film, which comprises depositing a platinum group metal.
A method for approving a connection that comes in via a public packet-oriented data network at the firewall of a network access device and that has in the first instance been blocked by said firewall, which network access device enables a packet-based data connection via the public data network by using at least one telecommunication network (10, 14) by means of a network address allocated to the network access device and telephony by means of a call number allocated to the network access device, comprising the process steps of a) receiving a caller's call directed to the call number or a sender's short message directed to the call number via the telecommunication network by the network access device, wherein an identifier will be transmitted with the call or the short message, and b) checking the identifier by the network access device, c) changing a set of regulations at the firewall by an approval device of the network access device and approving a connection, that comes in from the public packet-oriented data network and has in the first instance been blocked by said firewall, by the approval device in case of a positive check result with respect to the identifier. a) receiving a caller's call directed to the call number or a sender's short message directed to the call number via the telecommunication network by the network access device, wherein an identifier will be transmitted with the call or the short message, and b) checking the identifier by the network access device, c) changing a set of regulations at the firewall by an approval device of the network access device and approving a connection, that comes in from the public packet-oriented data network and has in the first instance been blocked by said firewall, by the approval device in case of a positive check result with respect to the identifier.
Household appliance, especially a dishwasher or a washing machine, with a plinth panel and at least one plinth-panel support, which with a plinth lining holds the plinth panel via at least one latching connection, which has a front wall and a base wall extending below the household appliance, characterised in that the base wall of the plinth panel is at least partly elastically deflectable with a section on which a latching element for the latching connection with the plinth-panel support is provided.
Lighting device comprising: - at least two light sources (22, 24, 26), - at least two light capture guides (32, 34, 36) associated with the light sources, each of the capture guides being associated with a separate light source, and - a light collector associated with the light capture guides, characterized in that each of the capture guides comprises an input end (321, 341, 361) placed facing the light source associated with it, and an output end (322, 342, 362) penetrating tangentially into the light collector so as to convey a light beam emitted from the associated light source into the collector, and in that the capture guides (32, 34, 36) have a helical shape between their input and output ends. - at least two light sources (22, 24, 26), - at least two light capture guides (32, 34, 36) associated with the light sources, each of the capture guides being associated with a separate light source, and - a light collector associated with the light capture guides,
Extractor hood with a housing having an intake opening, at least one planar element arranged in the intake opening, in particular a grease filter and/or a vapor guiding sheet, and at least one locking device for the planar element, with which the planar element can be fixed to the housing, wherein the locking device has a closure and a latching element which can be inserted into the closure, characterised in that the locking device has an insertion opening and at least one guide extension which can be inserted into the insertion opening, wherein the latching element and the at least one guide extension are arranged on the planar element and the closure and the insertion opening are located on the housing and wherein the at least one guide extension extends further in the direction of the insertion opening than the latching element in the direction of the closure.
An ex vivo method for promoting cellular proliferation and de-differentiation of cardiomyocyte cells into stem cells for cardiac tissue regeneration, the method comprising: transiently contacting said cells with a composition comprising a microRNA (miR) 302-367 cluster or a miR 302-367 cluster mimic for transient expression of said miR cluster or said miR cluster mimic, wherein said transient contact is sufficient to transiently activate cardiomyocyte proliferation, but not to reactivate the cell cycle of postnatal cardiomyocytes.
An injection mold for manufacturing a rotary part made of a composite material having outer flanges, comprising: an axisymmetric mandrel on which a fiber reinforcement formed by superimposed layers of a fiber texture is intended to be supported, the mandrel including a central annular wall the profile of which matches that of the part to be manufactured and two side plates the profiles of which match those of the outer flanges of the part to be manufactured; molding wedges for bearing against a non-covered surface of the fiber reinforcement; and two axisymmetric outer bells for covering the molding wedges and the plates of the mandrel with sealing O-rings being inserted between the bells and the plates of the mandrel, the bells each being provided with an attachment flange for bearing against one another with at least one sealing O-ring inserted therebetween, the attachment flanges of the bells being clamped against one another in a direction substantially parallel to an axis of symmetry (X-X) of the mandrel. an axisymmetric mandrel on which a fiber reinforcement formed by superimposed layers of a fiber texture is intended to be supported, the mandrel including a central annular wall the profile of which matches that of the part to be manufactured and two side plates the profiles of which match those of the outer flanges of the part to be manufactured; molding wedges for bearing against a non-covered surface of the fiber reinforcement; and two axisymmetric outer bells for covering the molding wedges and the plates of the mandrel with sealing O-rings being inserted between the bells and the plates of the mandrel, the bells each being provided with an attachment flange for bearing against one another with at least one sealing O-ring inserted therebetween, the attachment flanges of the bells being clamped against one another in a direction substantially parallel to an axis of symmetry (X-X) of the mandrel.
A device for supplying at least one sprayer with a liquid coating product, this device comprising several valves (100, 200) controlling the flow of the coating product toward the sprayer, these valves being aligned along a main axis of the supply device and each valve in turn comprising: - a moving needle, - a valve body (102, 202) that defines a circulation volume (104A, 106A, 115, 116) for the coating product and a bearing seat for the needle in the closed configuration of the valve and that bears at least one coupler (108, 110, 208) for connecting a coating product or cleaning product circulation hose (302, 304), - pneumatic driving means (128, 140, 146) for translating the needle along an axis of separation/approach relative to the seat, these pneumatic driving means comprising a piston secured in translation to the needle and mounted sliding in a guide body, and the main axis and the axis of separation/approach of a valve (100, 200) being concurrent at a remarkable point (Q100, Q200) and together defining a main plane (P100, P200) of that valve, characterized in that - the axis of separation/approach of each valve (100, 200) is fitted into a cone centered on an axis perpendicular to the main axis and belonging to the main plane (P100, P200) of the valve, the apex of which is combined with the remarkable point (Q100, Q200) and the half cone angle (γ) of which has a value comprised between 10° and 60°, preferably between 20° and 50°, - the axis of separation/approach forms, with the central axis of the cone, an angle (δ) whose value is greater than 5°, preferably greater than 30°, - and the axes of separation/approach of the different valves are parallel. - a moving needle, - a valve body (102, 202) that defines a circulation volume (104A, 106A, 115, 116) for the coating product and a bearing seat for the needle in the closed configuration of the valve and that bears at least one coupler (108, 110, 208) for connecting a coating product or cleaning product circulation hose (302, 304), - pneumatic driving means (128, 140, 146) for translating the needle along an axis of separation/approach relative to the seat, - the axis of separation/approach of each valve (100, 200) is fitted into a cone centered on an axis perpendicular to the main axis and belonging to the main plane (P100, P200) of the valve, the apex of which is combined with the remarkable point (Q100, Q200) and the half cone angle (γ) of which has a value comprised between 10° and 60°, preferably between 20° and 50°, - the axis of separation/approach forms, with the central axis of the cone, an angle (δ) whose value is greater than 5°, preferably greater than 30°, - and the axes of separation/approach of the different valves are parallel.
An exhaust gas cleaning apparatus for a diesel engine comprising: a NOx trapping catalytic converter disposed in an exhaust passage of the engine to trap NOx from exhaust flowing from the engine; an intake air regulating device disposed in an air intake passage of the engine to control an intake air quantity of air flowing into the engine; and a control unit configured to control the intake air regulating device and a fuel injection timing in accordance with an operating condition of the engine, the control unit including a rich spike control section configured to selectively reduce an opening degree of the intake air regulating device to reduce an excess air ratio such that the NOx accumulated in the NOx trapping catalytic converter is desorbed, a cylinder intake air quantity determining section configured to determine a representative value of a cylinder intake air quantity, a fuel injection timing computing section configured to compute the fuel injection timing based on the operating condition of the engine, characterized by a fuel injection timing adjusting section configured to advance the fuel injection timing based on the representative value of the cylinder intake air quantity during rich spike control in which the opening degree of the intake air regulating device is reduced. a NOx trapping catalytic converter disposed in an exhaust passage of the engine to trap NOx from exhaust flowing from the engine; an intake air regulating device disposed in an air intake passage of the engine to control an intake air quantity of air flowing into the engine; and a control unit configured to control the intake air regulating device and a fuel injection timing in accordance with an operating condition of the engine, the control unit including a rich spike control section configured to selectively reduce an opening degree of the intake air regulating device to reduce an excess air ratio such that the NOx accumulated in the NOx trapping catalytic converter is desorbed, a cylinder intake air quantity determining section configured to determine a representative value of a cylinder intake air quantity, a fuel injection timing computing section configured to compute the fuel injection timing based on the operating condition of the engine, characterized by a fuel injection timing adjusting section configured to advance the fuel injection timing based on the representative value of the cylinder intake air quantity during rich spike control in which the opening degree of the intake air regulating device is reduced.
Activatable precursor of an elastic composite laminate web having a machine direction and a cross direction comprising an elastic film, a first non-woven web and a first layer of adhesive therebetween, said layer of adhesive comprising in CD two edge regions and an intermediate region between the two edge regions extending in MD, said layer of adhesive exhibiting an adhesive pattern comprising adhesive stripes and adhesive free-stripes of different width in CD, so that the mean adhesive surface coverage measured in the cross direction comprises at least one maximum in each of the edge regions and at least one maximum proximate the center of the intermediate region and/or proximate to the center line of the web, respectively, and whereby the mean adhesive surface coverage is obtained by defining intervals along the cross direction having a width over which the local area coverage is integrated to provide a mean value for each interval and wherein the width of the interval is the width of the widest stripe.
A Ni-based alloy comprising, as a chemical composition, by mass%, 0.001% to 0.15% of C, 0.01% to 2% of Si, 0.01% to 3% ofMn, 15% to less than 28% of Cr, 3% to 15% of Mo, more than 5% to 25% of Co, 0.2% to 2% of Al, 0.2% to 3% of Ti, 0.0005% to 0.01% of B, 0% to 3.0% of Nb, 0% to 15% of W, 0% to 0.2% of Zr, 0% to 1% of Hf, 0% to 0.05% of Mg, 0% to 0.05% of Ca, 0% to 0.5% of Y, 0% to 0.5% of La, 0% to 0.5% of Ce, 0% to 0.5% of Nd, 0% to 8% of Ta, 0% to 8% of Re, 0% to 15% of Fe, P being limited to f1 or less, f1 being expressed by a following Expression A, 0.01 % or less of S, and a balance consisting of Ni and impurities, wherein, when an average grain size d is an average grain size in unit of μm of a γ phase included in a metallographic structure of the Ni-based alloy, and when the average grain size d is determined by a method that micrographs of five visual fields are taken at a magnification of 100-fold, intercept lengths of grains are measured by an intercept method in total four directions which are vertical, horizontal, and two diagonal lines on each visual field, and a measured value is multiplied by 1.128, the average grain size d is 10 μm to 300 μm, wherein precipitates with a major axis of 100 nm or more are absent in the metallographic structure, and wherein, when an area fraction p is expressed by a following Expression B using the average grain size d and amounts in unit of mass% of each element in the chemical composition, the area fraction p is f2 or more, f2 being expressed by a following Expression C or more, f 1 = 0.01 − 0.012 / 1 + exp B − 0.015 / 0.001 ρ = 21 × d 0.15 + 40 × 500 × B / 10.81 + 50 × C / 12.01 + Cr / 52.00 0.3 f 2 = 32 × d 0.07 + 115 × Al / 26.98 + Ti / 47.88 + Nb / 92.91 0.5
A method for coupling a mechanical interface unit of a laser device to a suction ring unit held on an eye tissue by suction force, wherein the suction ring unit comprises a ring axis and forms an insertion funnel which opens in a direction axially away from the eye, the interface unit including a conic section for the purpose of axial insertion into the insertion funnel, comprising the steps: - relative approaching the interface unit to the suction ring unit as far as into a first relative position, in which the interface unit with its conic section is inserted in the insertion funnel of the suction ring unit, - evacuating a suction chamber formed between the interface unit, the suction ring unit and the surface of the tissue in the first relative position, in order thereby to establish a contact between the tissue and a tissue-abutment surface of the interface unit or to enlarge a region of existing contact, wherein the evacuation of the suction chamber effects a relative movement of the interface unit and the suction ring unit into a second relative position in which they are closer to each other than in the first relative position. - relative approaching the interface unit to the suction ring unit as far as into a first relative position, in which the interface unit with its conic section is inserted in the insertion funnel of the suction ring unit, - evacuating a suction chamber formed between the interface unit, the suction ring unit and the surface of the tissue in the first relative position, in order thereby to establish a contact between the tissue and a tissue-abutment surface of the interface unit or to enlarge a region of existing contact, wherein the evacuation of the suction chamber effects a relative movement of the interface unit and the suction ring unit into a second relative position in which they are closer to each other than in the first relative position.
An automotive exhaust aftertreatment system, the system comprising a diesel emission fluid reservoir, an ammonium carbamate reactor coupled to the diesel emission fluid reservoir and configured to generate aqueous ammonium carbamate solution from diesel emission fluid, an ammonium carbamate reservoir for storing generated aqueous ammonium carbamate solution coupled to the ammonium carbamate reactor, and a heating system configured to manage temperatures within the ammonium carbamate reactor, the heating system including a passive reactor heat exchanger configured to withdraw heat from exhaust gasses passing through the exhaust aftertreatment system and heat contents of the ammonium carbamate reactor, and a heating system controller, characterized in that, the heating system further includes an active reactor heating element configured to produce heat from electrical energy supplied to the heating system and heat contents of the ammonium carbamate reactor, and wherein the heating system controller is configured to selectively apply heat from the active reactor heating element based on information associated with tank level within the ammonium carbamate reservoir received from sensors to manage the temperature within the ammonium carbamate reactor.
A heat removal system for removing heat from a gas turbine, comprising: a casing which encloses a rotor that is rotated by a working fluid; wherein the casing comprises an upper half that covers an upper portion of the rotor, and a lower half that covers a lower portion of the rotor; a heat removal system that comprises a suction device and a discharge duct, wherein a first end of the discharge duct is connected to the upper half of the casing and a second end of the discharge duct is connected to the suction device; a flow path located between portions of the casing and the rotor, wherein the working fluid flows within the flow path which engages the discharge duct; wherein the operation of the discharge system is controlled by a control system; characterized in that after a combustion process ends and the speed of the rotor is within a desired range, the control system operates the suction device to forcibly draw residual working fluid out of the flow path via the discharge duct. a casing which encloses a rotor that is rotated by a working fluid; wherein the casing comprises an upper half that covers an upper portion of the rotor, and a lower half that covers a lower portion of the rotor; a heat removal system that comprises a suction device and a discharge duct, wherein a first end of the discharge duct is connected to the upper half of the casing and a second end of the discharge duct is connected to the suction device; a flow path located between portions of the casing and the rotor, wherein the working fluid flows within the flow path which engages the discharge duct; wherein the operation of the discharge system is controlled by a control system; characterized in that after a combustion process ends and the speed of the rotor is within a desired range, the control system operates the suction device to forcibly draw residual working fluid out of the flow path via the discharge duct.