mhurhangee/ep-ind-claims huggingface dataset:
Control module for an electrical device (1; 1'), in particular for thermal conditioning for a motor vehicle, the control module being configured to be connected to an electrical power source and to drive the electrical power supply to said device using a control signal, the control module comprising a housing closed off by a metal cover and a control electronic card received in the housing, characterized in that: - the control module comprises at least one electrically conductive element (15; 17) configured to establish an electrical connection between the cover and the control electronic card, and in that - the control electronic card comprises an electronic protection circuit configured to: • measure at least one electrical parameter of the control signal, at least one value of which is representative of the electrical connection between the cover and the control electronic card via said at least one electrically conductive element (15; 17), • detect, on the basis of said at least one measured electrical parameter, an interruption of the electrical connection between the cover and the control electronic card, and • generate an electrical power supply interruption signal in the event of detecting interruption of the electrical connection between the cover and the control electronic card. - the control module comprises at least one electrically conductive element (15; 17) configured to establish an electrical connection between the cover and the control electronic card, and in that - the control electronic card comprises an electronic protection circuit configured to: • measure at least one electrical parameter of the control signal, at least one value of which is representative of the electrical connection between the cover and the control electronic card via said at least one electrically conductive element (15; 17), • detect, on the basis of said at least one measured electrical parameter, an interruption of the electrical connection between the cover and the control electronic card, and • generate an electrical power supply interruption signal in the event of detecting interruption of the electrical connection between the cover and the control electronic card. • measure at least one electrical parameter of the control signal, at least one value of which is representative of the electrical connection between the cover and the control electronic card via said at least one electrically conductive element (15; 17), • detect, on the basis of said at least one measured electrical parameter, an interruption of the electrical connection between the cover and the control electronic card, and • generate an electrical power supply interruption signal in the event of detecting interruption of the electrical connection between the cover and the control electronic card.
A subsea material delivery structure, comprising: at least one material storage tank, wherein the material storage tank comprises: an outer container, wherein the outer container is rigid; at least one inner flexible container, wherein the at least one inner flexible container is pressure balanced; and characterised by a pinch prevention device disposed within the at least one inner flexible container. an outer container, wherein the outer container is rigid; at least one inner flexible container, wherein the at least one inner flexible container is pressure balanced; and characterised by a pinch prevention device disposed within the at least one inner flexible container.
A thermal dissipation and shielding system for an electronic device, comprising a thermal solution comprising two major surfaces (10a, 10b), and which comprises at least one sheet of flexible graphite sandwiched between two outer layers (30, 40), wherein the two outer layers are made from different materials and wherein the outer layers comprise materials selected from the group consisting of plastics, metals, and composites or combinations thereof.
Organic light-emitting diode (OLED) comprising - a transparent substrate and - on the substrate an organic light-emitting layer arranged between a transparent electrode and a further electrode, wherein - the transparent electrode has two layers (4, 5) and the two layers (4, 5) comprise a structured first layer, which is a charge carrier injection layer, and a conductive second layer, in which the first layer is embedded, characterised in that - the transparent electrode is arranged on the side of the organic light-emitting layer facing the substrate and - the structured first layer is arranged between the organic light-emitting layer and the conductive second layer and the second layer has a lower or no charge carrier injection into the organic light-emitting layer compared to the first layer. - a transparent substrate and - on the substrate an organic light-emitting layer arranged between a transparent electrode and a further electrode, wherein - the transparent electrode has two layers (4, 5) and the two layers (4, 5) comprise a structured first layer, which is a charge carrier injection layer, and a conductive second layer, in which the first layer is embedded, characterised in that - the transparent electrode is arranged on the side of the organic light-emitting layer facing the substrate and - the structured first layer is arranged between the organic light-emitting layer and the conductive second layer and the second layer has a lower or no charge carrier injection into the organic light-emitting layer compared to the first layer.
A method of preparing a compound of formula: or a salt thereof, said method comprising reacting a compound of formula with a monomer compound of formula (d 1), wherein X 3 is -Cl; P 3 is H or an amine protecting group; and R 101 is (C 1 -C 3)alkyl, pyridyl, or nitropyridyl.
A cabinet for storing goods, in particular a hazardous goods cabinet for storing hazardous goods containers, said cabinet comprising a cabinet housing which borders an interior space (189, whereby at least one storage device for storing the goods is placed or formed inside the interior space, said storage device comprising a base plate for parking the goods, whereby for the purpose of inserting goods into said storage device the base plate of said storage device comprises a first end being an insertion end, said first insertion end cooperating with an insertion opening being formed in the cabinet housing, characterized in that the base plate of said storage device comprises a second end being a removal end and being spaced from said first end, said second end cooperating with a removal opening being formed in the cabinet housing for the purpose of removing goods from said storage device, that the cabinet housing comprises a front wall, a rear wall, a first side wall and a second side wall, that the base plate of said storage device extends between both side walls (14, 15), that the insertion opening is formed in the first side wall and the removal opening is formed in the second side wall, that a closing device for closing the insertion opening, in particular a flap or a door, is provided on the first side wall, and that a closing device for closing the removal opening, in particular a flap or a door, is provided on the second side wall, that the storage device comprises a divider device, in particular a divider plate or a divider face or a divider profile element, said divider device, in relation to said base plate, being movably mounted in said storage device, and that the divider device is provided in such a manner that the area between said divider device and the first end forms a first storage area for the uptake of a first type of goods and that the area between said divider device and the second end forms a second storage area for the uptake of a second type of goods, and that the storage device comprises a blocking device, said blocking device being provided in such a manner that it is capable of preventing a removal of a good being parked on the base plate of the storage device from said storage device in an activated mode and of allowing a removal of a good being parked on the base plate of the storage device from said storage device in a deactivated mode, said blocking device being provided as a lever system, said lever system comprising two lever elements (35, 36) being spaced from one another, said lever elements (35, 36) being coupled to each other by means of a coupling device, wherein in relation to said base plate, a first lever element is arranged in said storage device in the region or in the vicinity of said insertion end and wherein, in relation to said base plate, a second lever element is arranged in said storage device in the region or in the vicinity of said removal end.
A leaching protector at outdoor shooting ranges comprising: - an elastic covering layer arrangement, - a projectile-arresting material, and - a drainage arrangement, where the covering layer arrangement comprises a security layer covering a security area having a low probability of receiving fired projectiles and a firing layer covering a firing area having a high probability of receiving fired projectiles, wherein the security layer and the firing layer are penetrable by projectiles, the security layer and the firing layer are separate layers, and wherein the security layer is made of a first material and wherein the firing layer is made of another, second material, characterized in that the security layer is positioned in the upper half of the covering layer and the firing layer is positioned in the lower half of the covering layer, wherein an upper edge of the firing layer and a lower edge of the security layer are connected to a support element, which extends along the lower edge of the security layer and the upper edge of the firing layer, by means of clamping strips and fastening means. - an elastic covering layer arrangement, - a projectile-arresting material, and - a drainage arrangement,
A table comprising a base, a table board which is adjustable relative to the base in two mutually orthogonal horizontal directions (X, Y), and a fixing device for fixing the table board in its horizontal position, wherein the fixing device has a vertically movable brake member which is movable in horizontal direction relative to a flat horizontal part of a base plate in accordance with the relative movement of the table board and the base, and which is vertically spaced from the base plate when the fixing device is released, and which is adapted to the adjusted, for fixing the table board, to a position in which a force fit or form fit exists between the brake member and the base plate, characterized in that the brake member is arranged for joint movement with the table board, and the base plate is stationary relative to the base.
A decorative paper exhibiting brightness, said decorative paper comprising a bright ink layer as an uppermost layer on a paper base material, wherein the bright ink layer is produced from a resin ink containing: (a) a bright pigment including a scaly foil of a bright substance, and (b) a resin component comprising a urethane resin emulsion and acrylic resin and a casein resin. (a) a bright pigment including a scaly foil of a bright substance, and (b) a resin component comprising a urethane resin emulsion and acrylic resin and a casein resin.
A software upgrade method performed by a digital television terminal, the method comprising: • receiving an upgrade notification message comprising location information, being a frequency parameter, or a packet identifier, of an upgrade data stream from a software upgrade apparatus; • receiving the upgrade data stream according to the location information of the upgrade data stream from the software upgrade apparatus; • obtaining a download server indication, DSI, table in the received upgrade data stream, wherein the DSI table carries upgrade software description information (S 201) including multiple languages so as to present different language displays to a user; • displaying the upgrade software description information and upgrade prompt information to a user if it is determined, according to the upgrade software description information, to upgrade local software (S 202); and • obtaining an upgrade software mirror in the upgrade data stream, and updating the local software according to the upgrade software mirror if the user enters an operation choosing to upgrade the local software (S 203). • receiving an upgrade notification message comprising location information, being a frequency parameter, or a packet identifier, of an upgrade data stream from a software upgrade apparatus; • receiving the upgrade data stream according to the location information of the upgrade data stream from the software upgrade apparatus; • obtaining a download server indication, DSI, table in the received upgrade data stream, wherein the DSI table carries upgrade software description information (S 201) including multiple languages so as to present different language displays to a user; • displaying the upgrade software description information and upgrade prompt information to a user if it is determined, according to the upgrade software description information, to upgrade local software (S 202); and • obtaining an upgrade software mirror in the upgrade data stream, and updating the local software according to the upgrade software mirror if the user enters an operation choosing to upgrade the local software (S 203).
A computer, comprising a processor and a baseboard management controller, wherein the baseboard management controller is configured to: when it is determined that the computer crashes, send a read request message to the processor, wherein the read request message is used for requesting reading of first error data recorded by the processor; the processor is configured to receive the read request message, and send a read response message to the baseboard management controller; and the baseboard management controller is configured to receive the read response message returned by the processor; when the read response message carries a read failure indication, the baseboard management controller is configured to instruct a warm reboot module or a user of the computer to perform a warm reboot on the computer, wherein the read failure indication is used for indicating that the first error data fails to be read from the processor, so that the processor executes, during the warm reboot of the computer, a fault collection instruction of a basic input output system of the computer, acquires the first error data according to the fault collection instruction of the basic input output system, and sends the first error data to the baseboard management controller; and the baseboard management controller is configured to receive the first error data sent by the processor.
A soft material retractor, comprising: at least two soft actuators (110, 120), each actuator comprising at least one pressurizable interior space, wherein the actuator comprises a first flexible resting state and a second stiffer pressurized state; and a flexible sheet spanning the actuators (110, 120) such that the actuators can be spaced apart from each other by a distance selected to displace a volume of material of a body cavity, wherein the soft material retractor further comprises a flexible sleeve (115, 125) secured to the flexible sheet, characterised in that the at least two actuators are housed within the flexible sleeve (115, 125). at least two soft actuators (110, 120), each actuator comprising at least one pressurizable interior space, wherein the actuator comprises a first flexible resting state and a second stiffer pressurized state; and a flexible sheet spanning the actuators (110, 120) such that the actuators can be spaced apart from each other by a distance selected to displace a volume of material of a body cavity,
A road sensor apparatus for installation in a recess arranged in a pavement for measuring one or more environmental characteristics on a surface of the pavement, the road sensor apparatus comprising: a sensor level adjustment element; a sensor casing comprising a first surface for interfacing environmental conditions on the surface of the pavement, a second surface for interfacing the sensor level adjustment element, and a sensor portion including one or more sensor apparatuses for measuring respective environmental characteristics on the first surface of the sensor casing, the sensor level adjustment element comprising plastic material that exhibits permanent compression in response to being subjected to a pressure that exceeds a threshold pressure and having a first surface for interfacing the sensor casing and a second surface for interfacing a bottom of the recess; and an installation sleeve for securing the road sensor apparatus to the recess, wherein the sensor casing and the sensor level adjustment element are arranged adjacent to each other and wherein at least the sensor casing is arranged within the installation sleeve such that the sensor casing is moveable with respect to the installation sleeve in response to a pressure that exceeds said threshold pressure being applied on its first surface. a sensor level adjustment element; a sensor casing comprising a first surface for interfacing environmental conditions on the surface of the pavement, a second surface for interfacing the sensor level adjustment element, and a sensor portion including one or more sensor apparatuses for measuring respective environmental characteristics on the first surface of the sensor casing, the sensor level adjustment element comprising plastic material that exhibits permanent compression in response to being subjected to a pressure that exceeds a threshold pressure and having a first surface for interfacing the sensor casing and a second surface for interfacing a bottom of the recess; and an installation sleeve for securing the road sensor apparatus to the recess, wherein the sensor casing and the sensor level adjustment element are arranged adjacent to each other and wherein at least the sensor casing is arranged within the installation sleeve such that the sensor casing is moveable with respect to the installation sleeve in response to a pressure that exceeds said threshold pressure being applied on its first surface.
A device for separating solid and/or liquid particles from fluid streams, especially from air or gas streams, comprising of a vertical cylindrical or conical body, divided by a horizontal partition wall into an upper and a lower region (8, 2), of which the upper region is characterized thereby that it is provided with one or more outlets, and that it is provided either on the top side with a centrally located bore, through which a sealed drive shaft (4, 12) is introduced, whose bearings are mounted outside the cylindrical or conical body, and which is provided with a drive unit located outside of the cylindrical or conical body to rotate this shaft (4, 12), or said upper region is provided with an inside centrally located shaft bearing and drive unit, and wherein the lower region is characterized by a single horizontally rotating impeller or multiple horizontally rotating impellers mounted on the drive shaft coming downwards from the upper region, the device further comprising a gas inlet area and a vortex chamber, wherein from the gas inlet area gas entraining liquid and/or solid particles can flow vertically from below upwards into the vortex chamber in which a horizontally vortex is formed by a rotation of the impeller or impellers, respectively, the impeller or impellers, respectively, being provided with an internally integrated partition wall and with an underneath located horizontally disc being centrally mounted or integrated on the lower side of the rotating impeller and having a centrically bore through which the gas coming from below can flow in into the device in the centre, wherein the integrated partition wall is configured to prevent a direct up flow of the gas through a centre area of the vortex chamber, so that the gas can only pass through the vortex chamber through areas in which it is subjected to the horizontally rotating impeller or the existing vortex, wherein the horizontal partition wall, which divides the cylindrical or conical body into the upper and the lower region (8, 2), is provided with a centrically bore and with a perpendicularly downwards extending edge that follows the rounding of the centrically bore and measures in length downwards between 2% and 40% of the diameter of the horizontal partition wall, and wherein the distance between the lower end of the edge which is extending vertically downwards and the top of the highest horizontally rotating impeller measures between 0,2% and 25% of the diameter of the horizontal partition wall.
A protective pressure plate for a battery module, comprising: a pressure plate body having a strip-like shape, wherein the pressure plate body includes an upper surface and a lower surface that are opposed in a thickness direction of the pressure plate body and two side surfaces that are opposed in a width direction of the pressure plate body, at least one portion of each of the side surfaces is recessed toward a center line of the pressure plate body to form a protective recess, the upper surface of the pressure plate body has a maximum width greater than a maximum width of the lower surface.
A non-naturally occurring microbial organism, said microbial organism having a 4-hydroxybutyrate pathway and being capable of producing 4-hydroxybutyrate, wherein said microbial organism comprises the genetic modifications a genetic modification that increases expression of phosphoenolpyruvate carboxylase; and a genetic modification that decreases expression of an acyl coenzyme A thioesterase. a genetic modification that increases expression of phosphoenolpyruvate carboxylase; and a genetic modification that decreases expression of an acyl coenzyme A thioesterase.
A motorisation device for a transport motor vehicle including at least one hydraulic motorisation module and a main electrical motorisation module, a coupling unit and an output shaft adapted to be driven by the hydraulic motorisation module and/or the main electrical motorisation module via said coupling unit, the hydraulic motorisation module and the main electrical motorisation module being directly connected to said coupling unit, the motorisation device further including an energy feeding module directly connected to the hydraulic motorisation module, device characterised in that the coupling unit includes a first gear line, a second gear line, connected to the output shaft, and a connecting means able to associate both gear lines (L1, L2).
An integrated start-up circuit (100, 200) comprising: a gate driver configured to drive a power switch (102, 202), said power switch coupled across a DC bus node (118, 218) and a switching node (114, 214) of a converter; said power switch configured to self turn-ON to form a current path from said DC bus node to said converter to provide a start-up voltage to said converter during start-up of said converter. a gate driver configured to drive a power switch (102, 202), said power switch coupled across a DC bus node (118, 218) and a switching node (114, 214) of a converter; said power switch configured to self turn-ON to form a current path from said DC bus node to said converter to provide a start-up voltage to said converter during start-up of said converter.
A method for removing impurities from solvents and monomers used in anionic polymerization, comprising the step of contacting a solvent, a liquid monomer, or a solvent-monomer mixture with a Stage I Group 1 metal/porous metal oxide composition or a Stage II Group 1 metal/porous metal oxide composition, wherein the porous metal oxide in the Stage II Group 1 metal/porous oxide composition is silica gel.