mhurhangee/ep-ind-claims huggingface dataset:
A light emitting display comprising: a first substrate comprising a plurality of light emitting devices disposed thereon; a second substrate facing the plurality of light emitting devices disposed on the first substrate; a dam member disposed between the first substrate and the second substrate, the dam member being arranged to surround the plurality of light emitting devices; an inorganic sealing material comprising frit which can be melted by laser and/or infrared radiation arranged to secure the first substrate and the second substrate to each other, the inorganic sealing material being disposed between the first substrate and the second substrate and around an outer circumference of the dam member to attach the first substrate and the second substrate; and a filling material disposed inward of the dam member and between the first substrate and the second substrate, covering the plurality of light emitting devices wherein the filling material is arranged to fill at least some of a space between the plurality of light emitting devices and the second substrate inward of the dam member; characterized in that the dam member comprises a frit and the dam member has a reflecting layer formed on the surface of the dam member using a metal having a reflectance in an IR region so as to reflect laser and/or infrared radiation. a first substrate comprising a plurality of light emitting devices disposed thereon; a second substrate facing the plurality of light emitting devices disposed on the first substrate; a dam member disposed between the first substrate and the second substrate, the dam member being arranged to surround the plurality of light emitting devices; an inorganic sealing material comprising frit which can be melted by laser and/or infrared radiation arranged to secure the first substrate and the second substrate to each other, the inorganic sealing material being disposed between the first substrate and the second substrate and around an outer circumference of the dam member to attach the first substrate and the second substrate; and a filling material disposed inward of the dam member and between the first substrate and the second substrate, covering the plurality of light emitting devices wherein the filling material is arranged to fill at least some of a space between the plurality of light emitting devices and the second substrate inward of the dam member; characterized in that the dam member comprises a frit and the dam member has a reflecting layer formed on the surface of the dam member using a metal having a reflectance in an IR region so as to reflect laser and/or infrared radiation.
A process for making substantially uniform oligomeric droplets comprising: preparing an aqueous emulsion having an emulsifying agent which is not an anionic surfactant, at least one monomer, a chain transfer agent, and an initiator; and mixing the aqueous emulsion with at least a stabilizer which is not an anionic surfactant and a plurality of seed particles to grow an aqueous dispersion of oligomeric droplets, having a mean particle diameter of 2-100 μm and a 90/10 uniformity coefficient (being the ratio of the particle diameters at 90% and 10% of the particle distribution, the particle sizes being measured by laser diffraction, electroresistance counting, or photoanalysis) of 1.0 to 1.3, and wherein the number-average molecular weight (Mn) of the oligomers ranges from 400 to 2000. preparing an aqueous emulsion having an emulsifying agent which is not an anionic surfactant, at least one monomer, a chain transfer agent, and an initiator; and mixing the aqueous emulsion with at least a stabilizer which is not an anionic surfactant and a plurality of seed particles to grow an aqueous dispersion of oligomeric droplets, having a mean particle diameter of 2-100 μm and a 90/10 uniformity coefficient (being the ratio of the particle diameters at 90% and 10% of the particle distribution, the particle sizes being measured by laser diffraction, electroresistance counting, or photoanalysis) of 1.0 to 1.3, and wherein the number-average molecular weight (Mn) of the oligomers ranges from 400 to 2000.
A system for performing minimally invasive procedures in a working space within a body lumen of a patient, the system comprising a flexible catheter configured to receive a working instrument therethrough, the flexible catheter having a proximal portion, a distal portion, and a working space expanding system positioned at the distal portion, the working space expanding system including first and second flexible elements movable from a non-expanded insertion position to an expanded position forming an expanded region to expand the working space within the body lumen, the first and second flexible elements connected to a coupling structure at a distal region, an expandable stabilizing member movable axially with respect to the coupling structure to stabilize the distal portion of the flexible catheter, and characterized in that the stabilizing member is movable from a first position further from the coupling structure to a second position closer to the coupling structure to position the stabilizing member to overlie the coupling structure.
Board-to-board connector for the signal-transmitting connection of a first printed circuit board with a second printed circuit board, in particular of a magnetic resonance imaging scanner, wherein the board-to-board connector has a main body with a first socket for a contact section of the first printed circuit board and a second socket for a contact section of the second printed circuit board, wherein a spring element support with a plurality of spring elements is provided between the first socket and the second socket, wherein each of the spring elements makes electrically conductive contact with a contact of the respective contact sections under spring-loaded contact pressure, characterised in that the second socket is assigned a pivotable cover articulated to the main body which can be moved between an open and a closed position, wherein the second socket is formed by a guide moulded onto the cover, and that the first socket is assigned to the spring element support, wherein the first socket is formed by a guide moulded onto the spring element support..
A method comprising: traveling from a first pilot zone to a second pilot zone in a wireless network having a plurality of pilot zones, each pilot zone having an assigned set of pilot signals; receiving a broadcast message containing information identifying a current pilot zone; selecting a pilot signal from the set of pilot signals for use in the second pilot zone based on a scheduled assignment; and implementing a wireless transmission, including a pilot signal, based on an S-sparse set of vectors; characterized in that the scheduled assignment is based on a system clock and a UE identifier. traveling from a first pilot zone to a second pilot zone in a wireless network having a plurality of pilot zones, each pilot zone having an assigned set of pilot signals; receiving a broadcast message containing information identifying a current pilot zone; selecting a pilot signal from the set of pilot signals for use in the second pilot zone based on a scheduled assignment; and implementing a wireless transmission, including a pilot signal, based on an S-sparse set of vectors;
Process for producing an aluminium container for edible products or beverage ingredients comprising the steps of: - cutting an aluminium foil to produce a piece of aluminium fitting the dimensions of the container, - deep drawing the piece of aluminium foil to form a container body and rolling the edges of the container body on the exterior side of the deep drawn container in order to form a curled edge, wherein each one of the two faces of the starting aluminium foil presents a colour treatment of different colour than the other face, the colour of the exterior side of the container body and the colour of the curled edge being different from the natural colour of the aluminium foil. - cutting an aluminium foil to produce a piece of aluminium fitting the dimensions of the container, - deep drawing the piece of aluminium foil to form a container body and rolling the edges of the container body on the exterior side of the deep drawn container in order to form a curled edge,
A process for producing synthesis gas by reforming a hydrocarbonaceous feed gas, such as natural gas or evaporated naphtha, comprising the following steps: a) providing a hydrocarbonaceous feed gas, b) compressing the hydrocarbonaceous feed gas to a reactor inlet pressure and admixing steam, c) supplying the mixture of hydrocarbonaceous feed gas and steam to a reforming reactor, d) converting the mixture of hydrocarbonaceous feed gas and steam in the reforming reactor under reforming conditions to a raw synthesis gas, e) withdrawing the raw synthesis gas from the reforming reactor, f) optionally processing the raw synthesis gas to an end product comprising hydrogen and/or carbon oxides, characterized in that in process step b) at least one jet compressor is used, which sucks in and compresses the hydrocarbonaceous feed gas, and the steam necessary for reforming is used as propellant, wherein reaching the reactor inlet pressure is measured after admixing the steam and the safety valve is arranged such that it vents steam from the propellant system upon exceedance of the reactor inlet pressure. a) providing a hydrocarbonaceous feed gas, b) compressing the hydrocarbonaceous feed gas to a reactor inlet pressure and admixing steam, c) supplying the mixture of hydrocarbonaceous feed gas and steam to a reforming reactor, d) converting the mixture of hydrocarbonaceous feed gas and steam in the reforming reactor under reforming conditions to a raw synthesis gas, e) withdrawing the raw synthesis gas from the reforming reactor, f) optionally processing the raw synthesis gas to an end product comprising hydrogen and/or carbon oxides,
High voltage device for a vehicle which at least during driving operation is supplied with electrical energy from a power system providing a high voltage, having at least one high voltage component which is embodied as a voltage conversion device which, starting from the high voltage provided by the power system, provides a voltage different therefrom, and which by means of a main power switching unit can be electrically connected to the power system, and an earthing switching device which has at least one switching means, wherein in an earthing position the switching means earths at least one electrical connection between an active section of the high voltage component and the main power switching unit, characterised in that the high voltage component has at least one receiving region in which the switching means is accommodated - at least in an earthing position that earths at least the active section of the high voltage component.
A method for wireless communication, comprising: selecting different receiver gain settings in different time intervals at a terminal based on a known pattern comprising different receiver gain settings in different time intervals to receive peer-to-peer, PTP, signals from other terminals; and receiving PTP signals from other terminals in each time interval based on a receiver gain setting selected for the time interval. selecting different receiver gain settings in different time intervals at a terminal based on a known pattern comprising different receiver gain settings in different time intervals to receive peer-to-peer, PTP, signals from other terminals; and receiving PTP signals from other terminals in each time interval based on a receiver gain setting selected for the time interval.
An in vitro or ex vivo method for preserving animal cells, preferably human cells, in severe hypothermia, comprising a step of maintaining said cells in moderate hypothermia at a temperature between 20°C and 35°C and under a hypoxic atmosphere comprising 0.5% to 10% dioxygen, and/or hypercapnic atmosphere comprising 5% to 20% carbon dioxide, for 12 to 72 hours, before preserving same in severe hypothermia at a temperature above 0°C and below 15°C.
A refrigeration appliance comprising a housing, a liner, and an air duct assembly configured to define an air duct, wherein the liner is located inside the housing, a back wall of the liner being recessed toward the housing to form a groove; and the air duct is located in the groove, wherein the groove comprises at least one curved side wall, two ends of the curved side wall being respectively connected to the back wall of the liner and a side wall of the groove, characterized in that the curved side wall is tangent to the back wall of the liner, and the curved side wall is tangent to the side wall of the groove. the liner is located inside the housing, a back wall of the liner being recessed toward the housing to form a groove; and the air duct is located in the groove, wherein the groove comprises at least one curved side wall, two ends of the curved side wall being respectively connected to the back wall of the liner and a side wall of the groove, characterized in that the curved side wall is tangent to the back wall of the liner, and the curved side wall is tangent to the side wall of the groove.
A frame for an industrial truck, the frame forming part of a battery compartment and comprising: a back part, a front part opposed to the back part, and a side part connecting the back and the front parts on one side, thereby forming a space for the battery compartment; a bottom part in mechanical connection with said front, back and side parts and comprising an area for supporting a battery and an opening extending indefinitely away from said side part; and a bar that removably confines in a closed state said opening on a side opposing said side part and being configured to transfer force between its endpoints on said bottom part, wherein the bar is provided with an element configured to interact with a door assembly closing said battery compartment on a side opposed to the side part, said element forcing the bar into the closed state upon closing the door, characterized in that said element configured to interact with a door assembly is configured to interact slidably with a rail arranged on an inner side of the door assembly. a back part, a front part opposed to the back part, and a side part connecting the back and the front parts on one side, thereby forming a space for the battery compartment; a bottom part in mechanical connection with said front, back and side parts and comprising an area for supporting a battery and an opening extending indefinitely away from said side part; and a bar that removably confines in a closed state said opening on a side opposing said side part and being configured to transfer force between its endpoints on said bottom part, wherein the bar is provided with an element configured to interact with a door assembly closing said battery compartment on a side opposed to the side part, said element forcing the bar into the closed state upon closing the door, characterized in that said element configured to interact with a door assembly is configured to interact slidably with a rail arranged on an inner side of the door assembly.
A gas turbine engine comprising: a fan rotor having fan blades (98; 162) received within an outer nacelle (15; 94; 108; 125; 132; 142; 164), and said outer nacelle (15... 164) having an inner surface (104; 166), and at least a portion of said nacelle (15... 164) inner surface (104; 166) extending radially inwardly to be radially inward of an outer diameter of said fan blades (98; 162), and said inner surface (104; 166) of said nacelle (15... 164) being formed with a trench (110; 126; 133; 144; 168), said trench (110...168) extending into said inner surface (104; 166) to a radially outer extent that is spaced radially outward of the outer diameter of said fan blades (98; 162), wherein a distance L is defined from a plane X defined by leading edges of said fan blades (98; 162) to an axial location of a forwardmost part (96, 97) of said nacelle (15... 164), and an outer diameter D of said fan blades (98; 162) being defined, characterised in that: said forward end (96, 97) of said nacelle (15... 164) extends outwardly for varying extents across a circumference of said nacelle (15... 164), and a ratio of said distance L to the outer diameter D for all locations of said nacelle (15... 164) is between about 0.2 and about 0.45, and in that said trench (110...168) is formed at a location that will be within ± 10° of bottom dead center when said gas turbine engine is mounted on an aircraft.
Process for producing an aqueous slurry comprising a blend of surface modified calcium carbonate comprising particles and precipitated calcium carbonate comprising particles, the process comprising the steps of: a) providing an aqueous slurry of surface modified calcium carbonate comprising particles, b) providing an aqueous slurry of precipitated calcium carbonate comprising particles, c) contacting said aqueous slurry of surface modified calcium carbonate comprising particles of step a) with said aqueous slurry of precipitated calcium carbonate comprising particles of step b) for obtaining an aqueous slurry comprising a blend of surface modified calcium carbonate comprising particles and precipitated calcium carbonate comprising particles, and d) dewatering the aqueous slurry obtained in step c) for obtaining an aqueous slurry comprising a blend of surface modified calcium carbonate comprising particles and precipitated calcium carbonate comprising particles, wherein the blend comprises the surface modified calcium carbonate comprising particles and the precipitated calcium carbonate comprising particles in a weight ratio [MCC/PCC] of from 99:1 to 50:50. a) providing an aqueous slurry of surface modified calcium carbonate comprising particles, b) providing an aqueous slurry of precipitated calcium carbonate comprising particles, c) contacting said aqueous slurry of surface modified calcium carbonate comprising particles of step a) with said aqueous slurry of precipitated calcium carbonate comprising particles of step b) for obtaining an aqueous slurry comprising a blend of surface modified calcium carbonate comprising particles and precipitated calcium carbonate comprising particles, and d) dewatering the aqueous slurry obtained in step c) for obtaining an aqueous slurry comprising a blend of surface modified calcium carbonate comprising particles and precipitated calcium carbonate comprising particles,
Apparatus for treating an user by vibrations, comprising: a vessel comprising one or more side walls and a bottom defining a hollow region for receiving a liquid for at least partially immersing the user; moving means adapted to generate vibrations of the vessel; an outer envelope of the vessel; wherein said bottom has, in the longitudinal section, an outline having a variable height, comprising one or more valleys 70', 70") and a peak, said bottom defining underneath, at said peak, a receiving compartment receiving at least partially said moving means, characterized in that it further comprises: a supporting structure of the vessel substantially rigidly connected to it at one or more connecting areas located on the bottom of the vessel and/or proximate to it; a plurality of elastic damping elements substantially rigidly connected to said supporting structure at its side portions located under the bottom and laterally projecting from it, said elastic damping elements being adapted to elastically support the supporting structure and damp the vibrations, wherein said elastic damping elements laterally project from the vessel bottom, so to be located outside the vessel bottom perimeter, wherein said vessel bottom outline comprises a first and second (70") valleys of said one or more valleys, said peak being arranged between said first and second valleys (70"), so to define a first concavity suitable to support the bottom of the user and a second concavity (73") suitable for supporting the user feet. a vessel comprising one or more side walls and a bottom defining a hollow region for receiving a liquid for at least partially immersing the user; moving means adapted to generate vibrations of the vessel; an outer envelope of the vessel; wherein said bottom has, in the longitudinal section, an outline having a variable height, comprising one or more valleys 70', 70") and a peak, said bottom defining underneath, at said peak, a receiving compartment receiving at least partially said moving means, a supporting structure of the vessel substantially rigidly connected to it at one or more connecting areas located on the bottom of the vessel and/or proximate to it; a plurality of elastic damping elements substantially rigidly connected to said supporting structure at its side portions located under the bottom and laterally projecting from it, said elastic damping elements being adapted to elastically support the supporting structure and damp the vibrations, wherein said elastic damping elements laterally project from the vessel bottom, so to be located outside the vessel bottom perimeter, wherein said vessel bottom outline comprises a first and second (70") valleys of said one or more valleys, said peak being arranged between said first and second valleys (70"), so to define a first concavity suitable to support the bottom of the user and a second concavity (73") suitable for supporting the user feet.
A power reception apparatus comprising: a power reception coil (L 2) configured to wirelessly receive transmissions of the electrical power from a power transmission apparatus, the power reception apparatus configured to send a Q-value of the power reception apparatus to the power transmission apparatus in response to receiving one of the transmissions from the power transmission apparatus, wherein the Q-value is measurable when no foreign matter is near the power receiver, and the power reception apparatus is configured to store the Q-value prior to receiving the transmissions from the power transmission apparatus. a power reception coil (L 2) configured to wirelessly receive transmissions of the electrical power from a power transmission apparatus, the power reception apparatus configured to send a Q-value of the power reception apparatus to the power transmission apparatus in response to receiving one of the transmissions from the power transmission apparatus, wherein the Q-value is measurable when no foreign matter is near the power receiver, and the power reception apparatus is configured to store the Q-value prior to receiving the transmissions from the power transmission apparatus.
A smoke protection pressure system for a building, which has at least one escape route, e.g. a stairwell, to which an overpressure can be applied in the event of a fire, with at least one supply air fan subjecting the escape route to supply air in the event of a fire, and one regulating flap device, which has at least one regulating flap, which opens in the event of a rise above a limiting overpressure, and closes in the event of a fall below the limiting overpressure, wherein a plurality of supply air outlets are arranged on the escape route, distributed over its height; these can be controlled as unregulated supply air outlets independently of pressure fluctuations on the escape route, characterised in that the supply air outlets can be variably controlled, either individually or in groups, for purposes of generating a variable supply air distribution over the height of the escape route as a function of the external temperature, or the difference between external and internal temperature.