mhurhangee/ep-ind-claims huggingface dataset:
A method of making sand casting moulds with a protective coating for polymer material castings, including printing of a sand casting mould in 3D technology, and infiltration of a sand casting mould structure, wherein the infiltration process of the mould structure is repeated until uniform internal structure (2a, 2b) of the mould is obtained, thus avoiding vacuum suction of infiltrating resin through layers of foundry sand with a mixture of activator, whereas the infiltration process is realised through soaking of raw mould structure with chemosetting or thermosetting material, by the surface method on the external layer of the mould or by means of the volume method throughout the volume of the mould structure, the method further includes application of a protective layer on external surfaces of the sand casting mould, whereas the application is performed by any spraying, immersion, powder painting method or a deposition method, whereas a material with anti-adhesive properties in the form of organic chemosetting, thermosetting, light-curing material or in the form of inorganic material in that a metal is used as a material for a protective coating, and the operation of applying of an external protective coating is performed until uniform continuous coating with complete closure of pores in the structure of a surface mould layer is achieved.
A vehicular network for use in a vehicular electronics system, the network operable to communicate, via Ethernet links, information comprising at least one of control, diagnostic and sensory information between two or more electronic devices in said vehicular electronics system, wherein said two or more electronic devices are communicatively coupled via said Ethernet links; wherein said Ethernet links comprise cabling with fewer than four twisted pairs and enable one or more redundant paths between said two or more electronic devices in a vehicle.
A display, comprising: a flexible plate member including a first face and a second face; a frame member provided on the first face of the plate member and extending in one direction of the first face; and a flexible display body disposed on a side of the plate member on which the second face is provided, and wherein the display further comprises a reinforcement structure extending in a direction orthogonal to the extending direction of the frame member, wherein the plate member includes a first protrusion on the first face, the first protrusion extending in a direction orthogonal to the extending direction of the frame member, the first protrusion serving as the reinforcement structure, characterized in that the plate member includes a plurality of second protrusions on the first face, the plurality of second protrusions disposed in parallel to each other, the second protrusions being arrayed in the extending direction of the frame member and each extending in a direction orthogonal to the extending direction of the frame member, wherein the flexible display body includes a liquid crystal panel, a light source that illuminates the liquid crystal panel, and a heat releasing plate that dissipates heat derived from the light source, and wherein the heat releasing plate is disposed in a recessed portion of the first protrusion, wherein the recessed portion is located at a rear side of the flexible plate member. a flexible plate member including a first face and a second face; a frame member provided on the first face of the plate member and extending in one direction of the first face; and a flexible display body disposed on a side of the plate member on which the second face is provided, and wherein the display further comprises a reinforcement structure extending in a direction orthogonal to the extending direction of the frame member, wherein the plate member includes a first protrusion on the first face, the first protrusion extending in a direction orthogonal to the extending direction of the frame member, the first protrusion serving as the reinforcement structure, characterized in that the plate member includes a plurality of second protrusions on the first face, the plurality of second protrusions disposed in parallel to each other, the second protrusions being arrayed in the extending direction of the frame member and each extending in a direction orthogonal to the extending direction of the frame member, wherein the flexible display body includes a liquid crystal panel, a light source that illuminates the liquid crystal panel, and a heat releasing plate that dissipates heat derived from the light source, and wherein the heat releasing plate is disposed in a recessed portion of the first protrusion, wherein the recessed portion is located at a rear side of the flexible plate member.
Electrosurgical generator having an oscillating circuit that comprises at least one oscillating circuit inductor and at least one oscillating circuit capacitor and that is connected with an excitation circuit, which is configured to create an electrical oscillation in the oscillating circuit, having a direct voltage source that is configured for providing a supply voltage for the oscillating circuit and that is connected with a buffer capacitor, having a decoupling circuit that is connected with the oscillating circuit on one hand and with a connection device for a surgical instrument on the other hand, having a regeneration circuit by means of which energy stored in the oscillating circuit can be transferred back to the buffer capacitor, characterized in that the regeneration circuit comprises a voltage multiplier circuit (C11-C23, D1-D7). having an oscillating circuit that comprises at least one oscillating circuit inductor and at least one oscillating circuit capacitor and that is connected with an excitation circuit, which is configured to create an electrical oscillation in the oscillating circuit, having a direct voltage source that is configured for providing a supply voltage for the oscillating circuit and that is connected with a buffer capacitor, having a decoupling circuit that is connected with the oscillating circuit on one hand and with a connection device for a surgical instrument on the other hand, having a regeneration circuit by means of which energy stored in the oscillating circuit can be transferred back to the buffer capacitor, characterized in that the regeneration circuit comprises a voltage multiplier circuit (C11-C23, D1-D7).
Sealed and insulative tank disposed in a support structure, the tank including a tank wall disposed along the support structure, the tank wall including: a sealing barrier (6, 106), a thermal insulation barrier (7, 22, 26) disposed between the sealing barrier and the support structure and having a support surface for the sealing barrier, and a pedestal (10, 110) for equipment immersed in the sealed tank, the sealing barrier including a layer of corrugated sheet metal (11, 111) having at least one series of parallel corrugations (15; 115), the layer of corrugated sheet metal being interrupted by a window (25, 125) around the pedestal, the pedestal extending longitudinally through the window in the layer of corrugated sheet metal and having a first end portion bearing against the support structure and a second end portion projecting into the tank to support the equipment at a distance from the sheet metal layer, the sealing barrier including connecting parts (24, 45, 50) disposed in the window around the pedestal to join the pedestal in sealed manner to a marginal portion of the layer of corrugated sheet metal delimiting the window, wherein the window (25, 125) interrupts the directrices of a plurality (20, 120, 158, 159) of the parallel corrugations of said at least one series, the tank being characterized in that said plurality of parallel corrugations includes two corrugations (158,159) offset locally at a distance from the pedestal relative to their directrices such that said two corrugations were not interrupted by the pedestal a sealing barrier (6, 106), a thermal insulation barrier (7, 22, 26) disposed between the sealing barrier and the support structure and having a support surface for the sealing barrier, and a pedestal (10, 110) for equipment immersed in the sealed tank, the sealing barrier including a layer of corrugated sheet metal (11, 111) having at least one series of parallel corrugations (15; 115), the layer of corrugated sheet metal being interrupted by a window (25, 125) around the pedestal, the pedestal extending longitudinally through the window in the layer of corrugated sheet metal and having a first end portion bearing against the support structure and a second end portion projecting into the tank to support the equipment at a distance from the sheet metal layer, the sealing barrier including connecting parts (24, 45, 50) disposed in the window around the pedestal to join the pedestal in sealed manner to a marginal portion of the layer of corrugated sheet metal delimiting the window, wherein the window (25, 125) interrupts the directrices of a plurality (20, 120, 158, 159) of the parallel corrugations of said at least one series, the tank being characterized in that said plurality of parallel corrugations includes two corrugations (158,159) offset locally at a distance from the pedestal relative to their directrices such that said two corrugations were not interrupted by the pedestal
A dispensing package comprising: a. An interior region comprising at least one wipe, the interior region being defined by a top surface, a bottom surface, a front surface, a back surface, a first side and a second side; b. the top surface including an aperture for access to the interior region, the top surface being releasably sealed by a top cover; c. the bottom surface having a coating of an adhesive area on at least a portion of the bottom surface, wherein the adhesive area is releasably covered by a leaflet, where the leaflet has an area at least as large as the adhesive area, and characterized in that the leaflet is secured to the bottom surface of the package at a leaflet securement area, d. wherein the leaflet includes an anti-adhesive coated surface and an opposed non- adhered surface, wherein the region of the leaflet at the leaflet securement area lacks the anti-adhesive coating, and the leaflet securement area is adhered to the adhesive area. a. An interior region comprising at least one wipe, the interior region being defined by a top surface, a bottom surface, a front surface, a back surface, a first side and a second side; b. the top surface including an aperture for access to the interior region, the top surface being releasably sealed by a top cover; c. the bottom surface having a coating of an adhesive area on at least a portion of the bottom surface, wherein the adhesive area is releasably covered by a leaflet, where the leaflet has an area at least as large as the adhesive area, and
Building technology communication system comprising a building technology device as a master unit, wherein the master unit is designed as a socket, and slave units (13, 14), ∘ wherein the slave units (13, 14) are connected to the master unit by network technology, wherein the master unit is a main communication unit in the network and each slave unit of the slave units (13, 14) in the network is connected to the master unit as a communication unit in the network that is subordinate to the master unit; ∘ wherein each slave unit of the slave units (13, 14) in the network is configured to communicate with the master unit via a network connection either directly or indirectly by means of other slave units of the slave units (13, 14) in the network, and at least one slave unit of the slave units (13, 14) in the network is configured to communicate indirectly with the master unit by means of a further slave unit of the slave units (13, 14) in the network; ∘ wherein the master unit is further configured to store a complete path in the network from the master unit to each slave unit of the slave units (13, 14) in the network; ∘ wherein each slave unit of the slave units (13, 14) in the network that receives a message from another slave unit in the network is configured to forward this message and to store information as to which slave unit received the message and/or to which unit the message was forwarded; ∘ wherein the master unit is configured to send information received from the slave units (13, 14) in the network via a communication interface. ∘ wherein the slave units (13, 14) are connected to the master unit by network technology, wherein the master unit is a main communication unit in the network and each slave unit of the slave units (13, 14) in the network is connected to the master unit as a communication unit in the network that is subordinate to the master unit; ∘ wherein each slave unit of the slave units (13, 14) in the network is configured to communicate with the master unit via a network connection either directly or indirectly by means of other slave units of the slave units (13, 14) in the network, and at least one slave unit of the slave units (13, 14) in the network is configured to communicate indirectly with the master unit by means of a further slave unit of the slave units (13, 14) in the network; ∘ wherein the master unit is further configured to store a complete path in the network from the master unit to each slave unit of the slave units (13, 14) in the network; ∘ wherein each slave unit of the slave units (13, 14) in the network that receives a message from another slave unit in the network is configured to forward this message and to store information as to which slave unit received the message and/or to which unit the message was forwarded; ∘ wherein the master unit is configured to send information received from the slave units (13, 14) in the network via a communication interface.
A magnetic flowmeter for detecting and identifying entrained fluid in a process stream from a separator, the magnetic flowmeter comprising: at least one coil configured to generate a magnetic field within a process fluid flow; a pair of electrodes configured to detect an electromotive force within the flowing process fluid in response to the magnetic field; measurement circuitry coupled to the pair of electrodes and configured to provide an indication of the detected electromotive force; a processor coupled to the measurement circuitry and configured to receive the indication of the detected electromotive force and to determine a flow-related output based on the indication of the detected electromotive force; a diagnostics component coupled to the measurement circuitry and configured to detect entrained fluid based on analysis of a process variable measurement obtained by the magnetic flowmeter; and wherein the processor is configured to communicate the process variable measurement over a communication bus, the processor being configured to automatically provide an alert when the process variable measurement is detected by the diagnostics component to be above a set threshold, wherein the alert includes an identification of a type of entrained fluid; characterised in that the process variable measurement includes at least an empty pipe value, wherein when sustained increases of the empty pipe value are detected the entrained fluid is identified as entrained oil and when rapid increases and decreases of the empty pipe value are detected the entrained fluid is identified as entrained gas. at least one coil configured to generate a magnetic field within a process fluid flow; a pair of electrodes configured to detect an electromotive force within the flowing process fluid in response to the magnetic field; measurement circuitry coupled to the pair of electrodes and configured to provide an indication of the detected electromotive force; a processor coupled to the measurement circuitry and configured to receive the indication of the detected electromotive force and to determine a flow-related output based on the indication of the detected electromotive force; a diagnostics component coupled to the measurement circuitry and configured to detect entrained fluid based on analysis of a process variable measurement obtained by the magnetic flowmeter; and wherein the processor is configured to communicate the process variable measurement over a communication bus, the processor being configured to automatically provide an alert when the process variable measurement is detected by the diagnostics component to be above a set threshold, wherein the alert includes an identification of a type of entrained fluid; characterised in that the process variable measurement includes at least an empty pipe value, wherein when sustained increases of the empty pipe value are detected the entrained fluid is identified as entrained oil and when rapid increases and decreases of the empty pipe value are detected the entrained fluid is identified as entrained gas.
Passenger car - with a front end carrier having at least one crossmember element and at least two lateral front strut elements (20, 20') joined to each other by way of the crossmember element and extending downwards away from the crossmember element in the vertical direction of the vehicle, - with a first side member plane located below the front end carrier in the vertical direction of the vehicle, in which first side member plane there are located lateral side members (55, 55') and associated energy absorption elements (31, 31') joined at least indirectly to a bending crossmember of a bumper extending at least substantially in the transverse direction of the vehicle, wherein the front end carrier is supported on the first side member plane by way of the front strut elements (20, 20'), - with lateral energy absorption elements (38, 40) serving to form a further load plane and provided above the first side member plane and below the crossmember elements, one each of which lateral energy absorption elements (38, 40) is connected to the respective front strut element (20, 20') or integrated into the respective front strut element (20, 20') and each of which has a support region extending beyond the respective front strut element (20, 20') towards the rear in the longitudinal direction of the vehicle, - with at least one structural component, which can be placed behind the respective energy absorption element (38, 40) and on which the energy absorption element (38, 40) can be or is supported with its support region. - with a front end carrier having at least one crossmember element and at least two lateral front strut elements (20, 20') joined to each other by way of the crossmember element and extending downwards away from the crossmember element in the vertical direction of the vehicle, - with a first side member plane located below the front end carrier in the vertical direction of the vehicle, in which first side member plane there are located lateral side members (55, 55') and associated energy absorption elements (31, 31') joined at least indirectly to a bending crossmember of a bumper extending at least substantially in the transverse direction of the vehicle, wherein the front end carrier is supported on the first side member plane by way of the front strut elements (20, 20'), - with lateral energy absorption elements (38, 40) serving to form a further load plane and provided above the first side member plane and below the crossmember elements, one each of which lateral energy absorption elements (38, 40) is connected to the respective front strut element (20, 20') or integrated into the respective front strut element (20, 20') and each of which has a support region extending beyond the respective front strut element (20, 20') towards the rear in the longitudinal direction of the vehicle, - with at least one structural component, which can be placed behind the respective energy absorption element (38, 40) and on which the energy absorption element (38, 40) can be or is supported with its support region.
A dual-port memory module device operable to access computer memory, the device comprising: a plurality of memory media chips providing random access memory, RAM, capacity; a dual-port memory controller application specific integrated circuit, ASIC, operable to allocate a first portion of the RAM capacity to a first computing host and a second portion of the RAM capacity to a second computing host, the dual-port memory controller ASIC including: a first interface port coupled to the first computing host; a second interface port coupled to the second computing host; and a plurality of memory interface channels operable to configure, read data from, and write data to the plurality of memory media chips, and characterized in that the device further comprising: a management port operable to receive module configuration and management data from a configuration management or composer server, wherein the allocation of the first portion of the RAM capacity and the second portion of the RAM capacity is based on the received module configuration and management data. a plurality of memory media chips providing random access memory, RAM, capacity; a dual-port memory controller application specific integrated circuit, ASIC, operable to allocate a first portion of the RAM capacity to a first computing host and a second portion of the RAM capacity to a second computing host, the dual-port memory controller ASIC including: a first interface port coupled to the first computing host; a second interface port coupled to the second computing host; and a plurality of memory interface channels operable to configure, read data from, and write data to the plurality of memory media chips, and characterized in that a first interface port coupled to the first computing host; a second interface port coupled to the second computing host; and a plurality of memory interface channels operable to configure, read data from, and write data to the plurality of memory media chips, and characterized in that the device further comprising: a management port operable to receive module configuration and management data from a configuration management or composer server, wherein the allocation of the first portion of the RAM capacity and the second portion of the RAM capacity is based on the received module configuration and management data.
A control device with limit switches, said device comprising a container housing: - an electric circuit provided with one or more limit switches (301, 302), and - a driving assembly configured to control operation of a valve or an actuator through said limit switches (301, 302) of said electric circuit, wherein said driving assembly comprises a shaft, configured to be rotatably coupled to a valve or an actuator, and one or more cams keyed on said shaft and configured for driving the limit switches (301, 302) of the electric circuit, wherein the shaft comprises a gripping surface, and wherein each cam comprises a radial clamping mechanism whose gripping members are arranged in correspondence of an assembly through hole configured to allow to key the cam onto the shaft, characterized in that each cam comprises a container wherein a plurality of gripping members of said radial clamping mechanism are arranged, said gripping members being movable within said container to and from an axis of said through hole of the cam, and in that each cam further comprises moving means configured to move the gripping members. - an electric circuit provided with one or more limit switches (301, 302), and - a driving assembly configured to control operation of a valve or an actuator through said limit switches (301, 302) of said electric circuit,