mhurhangee/ep-ind-claims huggingface dataset:
A support component (34, 100) of a display and control panel arrangement of a hazard alarm control center, preferably a burglar alarm, fire alarm, and/or fire extinguishing control center, comprising: - first latching means (140, 142, 144, 146) for connecting and latching the support component (34, 100) to a mounting frame disposed on an inner side of a wall of a housing, the first latching means (140, 142, 144, 146) being disposed such that a front side of the support component (34, 100) faces the inner side of the wall of the housing in a latched state, - an actuation area comprising at least one actuating element implemented for being deformed by a force from a starting position in the direction toward the back side in order to transmit an actuating force to the circuit board (22, 32), the actuating element returning to the starting position when the force stops acting, characterized by second latching means (150, 152, 154, 156) for connecting and latching to a circuit board (22, 32), the circuit board (22, 32) being disposed on a back side of the support component (34, 100) opposite the front side in the latched state, - first latching means (140, 142, 144, 146) for connecting and latching the support component (34, 100) to a mounting frame disposed on an inner side of a wall of a housing, the first latching means (140, 142, 144, 146) being disposed such that a front side of the support component (34, 100) faces the inner side of the wall of the housing in a latched state, - an actuation area comprising at least one actuating element implemented for being deformed by a force from a starting position in the direction toward the back side in order to transmit an actuating force to the circuit board (22, 32), the actuating element returning to the starting position when the force stops acting,
A laminated surface covering, comprising: a base surface, an adhesive, at least one edge surface and a face surface, wherein the base surface comprises a continuous layer of a base surface material and the face surface comprises a layer of a face surface material (110, 114), wherein the adhesive bonds the layer of the face surface material (110, 114) directly to the continuous layer of the base surface material, and wherein the base surface material comprises a granulated rubber component, wherein the face surface material (110, 114) comprises at least one selected from the group consisting of a rubber, and PVC, and the laminated surface covering is in the form of a roll, characterized in that the face surface material (110, 114) is a continuous layer. a base surface, an adhesive, at least one edge surface and a face surface, wherein the base surface comprises a continuous layer of a base surface material and the face surface comprises a layer of a face surface material (110, 114), wherein the adhesive bonds the layer of the face surface material (110, 114) directly to the continuous layer of the base surface material, and wherein the base surface material comprises a granulated rubber component, wherein the face surface material (110, 114) comprises at least one selected from the group consisting of a rubber, and PVC, and the laminated surface covering is in the form of a roll, characterized in that the face surface material (110, 114) is a continuous layer.
A plug-in circuit breaker comprising a housing provided with a limiting hole, a button mechanism having a closing position and a opening position corresponding to a closing state and a opening state, and an operating mechanism actuated by said button mechanism to perform the closing/opening operation, wherein said plug-in circuit breaker includes a locking member arranged inside said housing, said locking member is provided with a locking protruding stand in correspondence with said limiting hole, when said button mechanism is in the closing position, said locking protruding stand of said locking member extending out of said limiting hole and limited by said button mechanism cannot retract into said housing; characterized in that when said button mechanism is in the opening position, said locking protruding stand of said locking member extends out of said limiting hole and is allowed to retract into said housing upon application of an external force on said locking member for retraction, and said locking member is configured to limit said button mechanism to perform the closing operation when retracted into the housing, so that the circuit breaker cannot be closed. wherein said plug-in circuit breaker includes a locking member arranged inside said housing, said locking member is provided with a locking protruding stand in correspondence with said limiting hole, when said button mechanism is in the closing position, said locking protruding stand of said locking member extending out of said limiting hole and limited by said button mechanism cannot retract into said housing; characterized in that when said button mechanism is in the opening position, said locking protruding stand of said locking member extends out of said limiting hole and is allowed to retract into said housing upon application of an external force on said locking member for retraction, and said locking member is configured to limit said button mechanism to perform the closing operation when retracted into the housing, so that the circuit breaker cannot be closed.
Method for depositing an anti-corrosion coating on at least one portion of the surfaces of a metal substrate having at least one cavity with an equivalent diameter e mm < 2mm and a length/width ratio greater than 150 with said method comprising the following successive steps: a) the aqueous suspension is prepared comprising aluminium powder associated with an agent for protecting the surface of the metal powder, a diluent, and at least one additive making it possible to favour the wetting of the surface to be coated and to control the thickness deposited, with the particles of the suspension each having an equivalent diameter d such that d ≤ e mm /10; b) the aqueous suspension prepared in step a) is applied on at least one portion of the surfaces of the cavities of the metal substrate; c) the substrate-suspension unit is heated to a temperature less than 150°C so as to remove the aqueous solvent; d) the substrate-suspension unit is heated to a temperature of between 400°C and 500°C for 1 to 10 hours under inert gas, reducing gas, or in a vacuum so as to remove the organic compounds; e) a diffusion heat treatment is carried out of the aluminium to the substrate at a temperature of between 500°C and 700°C for 1 to 10 hours under an inert gas, reducing gas or in a vacuum f) the powder residues are removed from the coated substrate; g) the coated substrate is heated to a temperature of between 900 and 1100°C for 1 to 5 hours, and h) a substrate is recovered that has cavities coated with an anti-corrosion coating. a) the aqueous suspension is prepared comprising aluminium powder associated with an agent for protecting the surface of the metal powder, a diluent, and at least one additive making it possible to favour the wetting of the surface to be coated and to control the thickness deposited, with the particles of the suspension each having an equivalent diameter d such that d ≤ e mm /10; b) the aqueous suspension prepared in step a) is applied on at least one portion of the surfaces of the cavities of the metal substrate; c) the substrate-suspension unit is heated to a temperature less than 150°C so as to remove the aqueous solvent; d) the substrate-suspension unit is heated to a temperature of between 400°C and 500°C for 1 to 10 hours under inert gas, reducing gas, or in a vacuum so as to remove the organic compounds; e) a diffusion heat treatment is carried out of the aluminium to the substrate at a temperature of between 500°C and 700°C for 1 to 10 hours under an inert gas, reducing gas or in a vacuum f) the powder residues are removed from the coated substrate; g) the coated substrate is heated to a temperature of between 900 and 1100°C for 1 to 5 hours, and h) a substrate is recovered that has cavities coated with an anti-corrosion coating.
A method of controlling pressure in a microfluidic device, wherein said method comprises: providing a microfluidic device, comprising a microfluidic chip having a plurality of wells that are connected by capillary channels, and a manifold block configured to be disposed over the chip to seal each well and the capillary channels from the external environment, and configured to provide for an equal pressure of all the wells and capillary channels, said manifold block further having interconnecting channels, ends of the interconnecting channels being configured to face the chip and align respectively over the wells, and the interconnecting channels being configured to lead to one or more external pressure ports of the manifold block and to have a regulated external pressure be applied to said one or more external pressure ports, and wherein there is one gasket for each of the wells and each gasket is placed at each of the wells and configured to seal an interface between the manifold block and each well; sealing the wells of the chip by the manifold block from the external environment after loading the wells with suitable reagents and reaction mixtures; and providing external pressure through the one or more external pressure ports on the manifold block during reaction processes in the wells of the microfluidic chip to suppress or prevent generation of bubbles in the wells and to suppress or prevent evaporation, condensation, and unintended movement of liquid by equalizing pressure over the wells and channels by the block. providing a microfluidic device, comprising a microfluidic chip having a plurality of wells that are connected by capillary channels, and a manifold block configured to be disposed over the chip to seal each well and the capillary channels from the external environment, and configured to provide for an equal pressure of all the wells and capillary channels, said manifold block further having interconnecting channels, ends of the interconnecting channels being configured to face the chip and align respectively over the wells, and the interconnecting channels being configured to lead to one or more external pressure ports of the manifold block and to have a regulated external pressure be applied to said one or more external pressure ports, and wherein there is one gasket for each of the wells and each gasket is placed at each of the wells and configured to seal an interface between the manifold block and each well; sealing the wells of the chip by the manifold block from the external environment after loading the wells with suitable reagents and reaction mixtures; and providing external pressure through the one or more external pressure ports on the manifold block during reaction processes in the wells of the microfluidic chip to suppress or prevent generation of bubbles in the wells and to suppress or prevent evaporation, condensation, and unintended movement of liquid by equalizing pressure over the wells and channels by the block.
Technical glacette with a containment body so as to dispose of a housing at least partially circumscribed by a wall, a bottom and a mouthpiece, made of composite material, suitable for the refrigeration of at least one bottle containing beverages, where in the refrigeration chamber of the glacette itself is injected a Phase Change Material gel, characterized in that the lower base is provided with an area of light indication so as to allow a 360° vision of the visual signaling or color change in combination of passing LED light, lighting when the drink contained in the bottle varies as a result of consumption, being said glacette, provided with an outer casing which is adapted to contain a removable refrigeration chamber to refrigerate the bottle, which outer casing and said refrigeration chamber being open longitudinally (Ha, Hb), so as to allow the reading of the label applied on the bottle or its relative bar code, without removing the bottle from said glacette, which outer casing has an inner bottom integral and united with said outer casing, being that the inner bottom contains devices and weighing means, of temperature sensing, lighting, or visual signaling, acoustic signaling and radio device, so as to detect the quantity and temperature of the beverage contained in the bottle, contained and supported therein.
A rolled sheet metal mill controller for controlling thickness of sheet metal produced by rolls of the mill, the controller comprising one or more processors and code stored on media readable by the one or more processors to control the thickness of the produced sheet metal, the controller comprising: an input coupled to receive multiple measured mill parameters including produced sheet metal thickness that is time delayed from the production of the sheet metal; multiple models of the sheet metal mill including a rolling model with a corresponding input of roll torque, a gap control model with a corresponding input of rolling force, and a main drive model with a corresponding input of roll speed, wherein the sheet metal thickness is modeled as an input varying delay, and at least one internal disturbance model based on one or more of the multiple measured parameters coupled to the input; a Kalman filter based on the multiple models; and an output coupled to control a gap between the rolls that produce the rolled sheet metal. an input coupled to receive multiple measured mill parameters including produced sheet metal thickness that is time delayed from the production of the sheet metal; multiple models of the sheet metal mill including a rolling model with a corresponding input of roll torque, a gap control model with a corresponding input of rolling force, and a main drive model with a corresponding input of roll speed, wherein the sheet metal thickness is modeled as an input varying delay, and at least one internal disturbance model based on one or more of the multiple measured parameters coupled to the input; a Kalman filter based on the multiple models; and an output coupled to control a gap between the rolls that produce the rolled sheet metal.
A method of printing onto a surface of a substrate, which comprises providing a donor surface, passing the donor surface through a coating station from which the donor surface exits coated with a monolayer of individual particles, wherein the particles adhere more strongly to the donor surface than to one another, and repeatedly performing the steps of: (i) treating the substrate surface to render the affinity of the particles to at least selected regions of the substrate surface greater than the affinity of the particles to the donor surface, (ii) contacting the substrate surface with the donor surface to cause particles to transfer from the donor surface only to the treated selected regions of the substrate surface, thereby exposing regions of the donor surface from which particles are transferred to corresponding regions on the substrate; and (iii) returning the donor surface to the coating station to render the particle monolayer continuous in order to permit printing of a subsequent image on a substrate surface. (i) treating the substrate surface to render the affinity of the particles to at least selected regions of the substrate surface greater than the affinity of the particles to the donor surface, (ii) contacting the substrate surface with the donor surface to cause particles to transfer from the donor surface only to the treated selected regions of the substrate surface, thereby exposing regions of the donor surface from which particles are transferred to corresponding regions on the substrate; and (iii) returning the donor surface to the coating station to render the particle monolayer continuous in order to permit printing of a subsequent image on a substrate surface.
Non-therapeutic use of whey protein micelles wherein the whey protein micelles are provided to a subject in a daily dose of at least 20 g dry weight, and wherein the whey protein micelles are provided in combination with a meal, and wherein the meal comprises whey protein isolates, native or hydrolyzed milk proteins, free amino acids or a combination thereof, wherein the combination of the whey protein micelles and the meal comprises 15-50 wt% proteins, 10-15 wt% lipids, 25-50 wt% carbohydrates and 5-10 wt% fibers of total dry weight, to enhance muscle protein synthesis in a subject by inducing a delayed hyper-aminoacidemia in the subject.
A system for supporting an arm of a user, comprising: a harness configured to be worn on a body of a user; an arm support coupled to the harness configured to support an arm of the user; one or more compensation elements coupled to the arm support to apply an offset force to at least partially offset a gravitational force acting on the arm as the user moves and the arm support follows the movement of the user's arm, the one or more compensation elements comprising a cassette (100, 200) including one or more cables (154, 170) and springs; and a guard (310, 360, 410, 510) at least partially covering the cassette to protect the user if one or more components of the cassette fail. a harness configured to be worn on a body of a user; an arm support coupled to the harness configured to support an arm of the user; one or more compensation elements coupled to the arm support to apply an offset force to at least partially offset a gravitational force acting on the arm as the user moves and the arm support follows the movement of the user's arm, the one or more compensation elements comprising a cassette (100, 200) including one or more cables (154, 170) and springs; and a guard (310, 360, 410, 510) at least partially covering the cassette to protect the user if one or more components of the cassette fail.
A seal device for a shaft comprising, an outer diameter static seal structure having a first axially extending portion, a transitional portion, a second axially extending portion, and a radially, inwardly extending depending portion that terminates in a contamination protrusion, a wear ring having an axially extending portion, a transition portion 136, and a radially, outwardly extending portion, and an inner diameter static seal structure co-extensive with the wear ring, the inner diameter static seal structure comprising: an axially extending portion; a radially, outwardly depending portion, wherein the radially depending portion comprises at least one axially extending shelf onto which the contamination protrusion terminates; a terminal portion; and a resilient member extending axially along the axially extending portion, wherein the resilient member is biased to diverge from the axially extending portion at an angle. an outer diameter static seal structure having a first axially extending portion, a transitional portion, a second axially extending portion, and a radially, inwardly extending depending portion that terminates in a contamination protrusion, a wear ring having an axially extending portion, a transition portion 136, and a radially, outwardly extending portion, and an inner diameter static seal structure co-extensive with the wear ring, the inner diameter static seal structure comprising: an axially extending portion; a radially, outwardly depending portion, wherein the radially depending portion comprises at least one axially extending shelf onto which the contamination protrusion terminates; a terminal portion; and a resilient member extending axially along the axially extending portion, wherein the resilient member is biased to diverge from the axially extending portion at an angle. an axially extending portion; a radially, outwardly depending portion, wherein the radially depending portion comprises at least one axially extending shelf onto which the contamination protrusion terminates; a terminal portion; and a resilient member extending axially along the axially extending portion, wherein the resilient member is biased to diverge from the axially extending portion at an angle.
A method of estimating the power level of an interfering radio signal that is received at a first base station configured to communicate with a first mobile device at a first frequency, and which is transmitted by a second mobile device configured to communicate with a second base station at a second frequency, wherein the first and second mobile devices are geographically co-located and said first and second base stations share an interoperability gateway, the method comprising: calculating a path loss of a reference signal transmitted between said first mobile device and said first base station; providing a first parameter associated with a transmit power of said interfering signal to said interoperability gateway; estimating, based on said path loss and said first parameter, the received power level of said interfering radio signal; and based on said estimating step, mitigating interference at said first base station by causing an adjustment of said interfering signal. calculating a path loss of a reference signal transmitted between said first mobile device and said first base station; providing a first parameter associated with a transmit power of said interfering signal to said interoperability gateway; estimating, based on said path loss and said first parameter, the received power level of said interfering radio signal; and based on said estimating step, mitigating interference at said first base station by causing an adjustment of said interfering signal.
A wire holder for mounting at least one electrical wire of a lamp, wherein, the wire holder is provided for the purpose of being fixed on a component of the lamp having a receiving opening, wherein the wire holder has the following: - an abutment element, which is provided to be mounted from one side on an edge area of the receiving opening and - a connecting element, which is provided for engaging in the receiving opening to fix the wire holder in a locking manner on the component, wherein the connecting element is designed in such a way that it is not circular in a section along a plane, in which the receiving opening lies, if the wire holder is fixed as provided to the component, characterized in that the connecting element has a web with an origin on the abutment element, wherein the web tapers in a convergent manner starting from the origin, wherein the web is designed in such a way that it is Y-shaped in another section along a further plane, which is oriented perpendicularly to the plane of the receiving opening. - an abutment element, which is provided to be mounted from one side on an edge area of the receiving opening and - a connecting element, which is provided for engaging in the receiving opening to fix the wire holder in a locking manner on the component, wherein the connecting element is designed in such a way that it is not circular in a section along a plane, in which the receiving opening lies, if the wire holder is fixed as provided to the component,