mhurhangee/ep-ind-claims huggingface dataset:
A method for firing a green honeycomb ceramic body, the method comprising: heating the green honeycomb ceramic body in a first stage from room temperature to a first temperature of 300°C ± 10°C; and heating the green honeycomb ceramic body in a second stage from the first temperature to a second temperature of greater than or equal to 800°C ± 10°C at a heating rate of greater than or equal to 90°C/hr ± 10%, wherein the heating rates in the first stage and the second stage are different, and wherein an oxygen concentration of an atmosphere present during heating of the green honeycomb ceramic body is controlled during firing such that the oxygen concentration of the atmosphere present during heating of the green honeycomb ceramic body in the first stage is from 5% to 8% and in the second stage is from 7% to 13%, wherein the green honeycomb ceramic body has a diameter of from greater than or equal to 101.6 mm ± 6.35 mm (4.0 inches ± 0.25 inches) to less than or equal to 228.6 mm ± 6.35 mm (9.0 inches ± 0.25 inches), and wherein the green honeycomb ceramic body comprises a carbon-based pore former in a concentration of from greater than or equal to 10% to less than or equal to 45% by weight. heating the green honeycomb ceramic body in a first stage from room temperature to a first temperature of 300°C ± 10°C; and heating the green honeycomb ceramic body in a second stage from the first temperature to a second temperature of greater than or equal to 800°C ± 10°C at a heating rate of greater than or equal to 90°C/hr ± 10%, wherein the heating rates in the first stage and the second stage are different, and wherein an oxygen concentration of an atmosphere present during heating of the green honeycomb ceramic body is controlled during firing such that the oxygen concentration of the atmosphere present during heating of the green honeycomb ceramic body in the first stage is from 5% to 8% and in the second stage is from 7% to 13%, wherein the green honeycomb ceramic body has a diameter of from greater than or equal to 101.6 mm ± 6.35 mm (4.0 inches ± 0.25 inches) to less than or equal to 228.6 mm ± 6.35 mm (9.0 inches ± 0.25 inches), and wherein the green honeycomb ceramic body comprises a carbon-based pore former in a concentration of from greater than or equal to 10% to less than or equal to 45% by weight.
A bayonet reactor and device for densely filling catalyst specially adapted to a steam reforming exchanger-reactor consisting of a plurality of bayonet tubes enclosed in a shell, the catalyst being constituted by particles occupying at least part of the annular space included between an internal tube and an external tube, the assembly of these two tubes constituting a bayonet tube, the width of said annular space being in the range 30 mm to 80 mm, and its height being in the range 10 to 20 metres, the catalyst particles being in the form of cylinders with an approximate height of 10 mm to 20 mm and an approximate diameter of 10 mm to 20 mm, said annular space being divided into two or three substantially identical horizontal sectors, and being fed particles via: - a central feed hopper for delivering the particles onto a conveyor belt or a shaker conveyor, the central feed hopper and the shaker conveyor being common to the sectors and supplying the annular space, via - a funnel, via which the particles flow into the interior of the annular space, each sector extending the entire length of the bayonet tube, by means of a "centralizer" system disposed at the head of the annular space, each sector being equipped with its own system of deflectors, each system of deflectors consisting of: - a series of deflectors distributed in a regular vertical manner along the annular space and separated by a vertical distance in the range 50 cm to 150 cm; - said deflectors being connected together via a chain which winds around a spooler located outside the tube to be filled, and each deflector being in the form of a vane which is downwardly inclined at an angle alpha with respect to the vertical in the range 30° to 50°, each deflector occupying a portion of the horizontal surface area of the sector in the range 50% to 90% of said surface area of the sector. - a central feed hopper for delivering the particles onto a conveyor belt or a shaker conveyor, the central feed hopper and the shaker conveyor being common to the sectors and supplying the annular space, via - a funnel, via which the particles flow into the interior of the annular space, each sector extending the entire length of the bayonet tube, by means of a "centralizer" system disposed at the head of the annular space, each sector being equipped with its own system of deflectors, each system of deflectors consisting of: - a series of deflectors distributed in a regular vertical manner along the annular space and separated by a vertical distance in the range 50 cm to 150 cm; - said deflectors being connected together via a chain which winds around a spooler located outside the tube to be filled, and each deflector being in the form of a vane which is downwardly inclined at an angle alpha with respect to the vertical in the range 30° to 50°, each deflector occupying a portion of the horizontal surface area of the sector in the range 50% to 90% of said surface area of the sector.
An auxiliary power supply for use with a battery powered device including first electrical circuitry which presents a time varying electrical load and a first rechargeable battery which provides electrical energy to the first electrical circuitry, the auxiliary power supply comprising: a battery receiving region adapted to receive a second battery, second electrical circuitry is adapted to utilize energy from the second battery to produce a power supply output for recharging the first rechargeable battery and for providing electrical energy to the first electrical circuitry, a first electrical connector in operative communication with the second electrical circuitry and adapted to selectively electrically connect the power supply output to the battery powered device, characterized in that the second electrical circuitry is adapted to receive a signal from the battery powered device, which signal includes a measured value of the time varying electrical load, and the second electrical circuitry is adapted to adjust the power supply output as a function of the charge state of the first rechargeable battery, the charge state of the second battery, and said signal. a battery receiving region adapted to receive a second battery, second electrical circuitry is adapted to utilize energy from the second battery to produce a power supply output for recharging the first rechargeable battery and for providing electrical energy to the first electrical circuitry, a first electrical connector in operative communication with the second electrical circuitry and adapted to selectively electrically connect the power supply output to the battery powered device, characterized in that the second electrical circuitry is adapted to receive a signal from the battery powered device, which signal includes a measured value of the time varying electrical load, and the second electrical circuitry is adapted to adjust the power supply output as a function of the charge state of the first rechargeable battery, the charge state of the second battery, and said signal.
Electronic circuit for dynamic control of lighting sources in variable message information panels, comprising a plurality of elementary circuits; whereby each elementary circuit comprises an input node, an output node, a first switch, a second switch, a third switch, a circuit closure switch and at least one LED; whereby, in each elementary circuit: - the at least one LED has an anode, which is directly connected to the input node, and which can be connected through the first switch to a feed terminal supplying a current feed of a given value; - the at least one LED has a cathode, which can be connected to ground through the circuit closure switch and which can be connected to the output node through the third switch; - the second switch is connected between the anode and the cathode of the at least one LED; - the input node is connected to the output node of a preceding elementary circuit, and the output node is connected to the input node of a subsequent elementary circuit. - the at least one LED has an anode, which is directly connected to the input node, and which can be connected through the first switch to a feed terminal supplying a current feed of a given value; - the at least one LED has a cathode, which can be connected to ground through the circuit closure switch and which can be connected to the output node through the third switch; - the second switch is connected between the anode and the cathode of the at least one LED; - the input node is connected to the output node of a preceding elementary circuit, and the output node is connected to the input node of a subsequent elementary circuit.
A human body transport vehicle comprising: a) one or more sensors for sensing the direction of and rate of change in the center of gravity position and mass shift of said human body relative to said vehicle, b) signal generator for producing output control signals indicative of the direction and rate of change in the center of gravity position and mass shift of said human body relative to said vehicle; and c) one or more controllers for controlling one or more physical characteristics of said vehicle in response to said output control signals. a) one or more sensors for sensing the direction of and rate of change in the center of gravity position and mass shift of said human body relative to said vehicle, b) signal generator for producing output control signals indicative of the direction and rate of change in the center of gravity position and mass shift of said human body relative to said vehicle; and c) one or more controllers for controlling one or more physical characteristics of said vehicle in response to said output control signals.
A bushing (10, 10', 10", 210) for a segmented wind turbine blade, the bushing (10, 10', 10", 210) comprising: a tubular segment having an inside surface extending from a first axial end to a second axial end thereof; a self-lubricating liner having a mounting surface and a bearing surface, the mounting surface is adhered to the inside surface of the tubular segment, wherein the bushing is configured to withstand dithering of plus or minus 2 degrees of rotation at loads exceeding 34.5 MPa and rotational sliding between the liner and a mounting shaft extending therethrough, the mounting shaft being configured for the segmented wind turbine blade, the withstanding dithering being by having the mounting surface of the self-lubricating liner adhered to the inside surface of the tubular segment and the self-lubricating liner permitting less than 0.381 mm (0.015 inch) of wear after over 7 million cycles at the plus or minus 2 degrees of rotation. a tubular segment having an inside surface extending from a first axial end to a second axial end thereof; a self-lubricating liner having a mounting surface and a bearing surface, the mounting surface is adhered to the inside surface of the tubular segment, wherein the bushing is configured to withstand dithering of plus or minus 2 degrees of rotation at loads exceeding 34.5 MPa and rotational sliding between the liner and a mounting shaft extending therethrough, the mounting shaft being configured for the segmented wind turbine blade, the withstanding dithering being by having the mounting surface of the self-lubricating liner adhered to the inside surface of the tubular segment and the self-lubricating liner permitting less than 0.381 mm (0.015 inch) of wear after over 7 million cycles at the plus or minus 2 degrees of rotation.
An oil-filled transformer mounted with an iron core formed of an amorphous ribbon or a silicon steel sheet and a coil of which both high-voltage and low-voltage windings are formed of flat or round conductor lead wires wound around the iron core, wherein a thermosetting resin-impregnated fiber is wound in the vertical coil axis direction around the coil in a tap line wire lead part of the coil and further the thermosetting resin-impregnated fiber is wound in the horizontal direction around the outermost layer of the coil.
A method for measuring optical power, applied to a Gigabit Passive Optical Network, GPON, that comprises an Optical Line Terminal, OLT, and multiple Optical Network Units, ONUs, characterized by: generating a Physical Layer Operation Administration Maintenance, PLOAM, message which is carried in a PLOAM field of a downstream PLOAM, PLOAMd, overhead area in a downstream frame of a GPON Transmission Convergence layer, GTC, wherein: the PLOAM message includes an identifier of an ONU of which optical power needs to be measured among the multiple ONUs and information about a time bucket for sending upstream optical signals, and the time bucket is allocated to the ONU of which optical power needs to be measured so that the ONU of which optical power needs to be measured sends the upstream optical signals to the OLT in the time bucket and other ONUs in the multiple ONUs do not send the upstream optical signals to the OLT in the time bucket; sending the PLOAM message to the multiple ONUs; and receiving the upstream optical signals that are sent in the allocated time bucket by the ONU of which optical power needs to be measured, detecting the received upstream optical signals, and determining optical power of the upstream optical signals. generating a Physical Layer Operation Administration Maintenance, PLOAM, message which is carried in a PLOAM field of a downstream PLOAM, PLOAMd, overhead area in a downstream frame of a GPON Transmission Convergence layer, GTC, wherein: the PLOAM message includes an identifier of an ONU of which optical power needs to be measured among the multiple ONUs and information about a time bucket for sending upstream optical signals, and the time bucket is allocated to the ONU of which optical power needs to be measured so that the ONU of which optical power needs to be measured sends the upstream optical signals to the OLT in the time bucket and other ONUs in the multiple ONUs do not send the upstream optical signals to the OLT in the time bucket; sending the PLOAM message to the multiple ONUs; and receiving the upstream optical signals that are sent in the allocated time bucket by the ONU of which optical power needs to be measured, detecting the received upstream optical signals, and determining optical power of the upstream optical signals.
An ink composition comprising from 0.1 to 10 wt % of metal oxide pigment particles, having an average particle size in the range of 3 to 300 nm, dispersed with polyether alkoxysilane dispersants and from 0.01 to 3 wt % of watersoluble amphiphilic polymers or of water-dispersible polymer waxes, based on the total weight of the ink composition, wherein the water-soluble amphiphilic polymers are polyurethane polymers additives and/or styrene-acrylate co-polymers additives.
An electrochemical machining device for machining a surface of a workpiece, the electrochemical machining device comprising: a base unit; and a portable machining unit comprising a housing for positioning against a surface of a workpiece, a nozzle disposed within the housing and configured to dispense an electrolyte jet towards a surface of a workpiece, wherein the machining unit is connected to the base unit via an umbilical cord for supplying power to the machining unit and for supplying electrolyte to the nozzle, wherein the electrochemical machining device is configured to apply a charge to the nozzle and to apply a charge to a surface of a workpiece such that the nozzle and said surface define first and second electrodes of an electrolytic cell, in use, and wherein the nozzle is arranged so as to be spaced apart from a surface of a workpiece, in use. a base unit; and a portable machining unit comprising a housing for positioning against a surface of a workpiece, a nozzle disposed within the housing and configured to dispense an electrolyte jet towards a surface of a workpiece, wherein the machining unit is connected to the base unit via an umbilical cord for supplying power to the machining unit and for supplying electrolyte to the nozzle, wherein the electrochemical machining device is configured to apply a charge to the nozzle and to apply a charge to a surface of a workpiece such that the nozzle and said surface define first and second electrodes of an electrolytic cell, in use, and wherein the nozzle is arranged so as to be spaced apart from a surface of a workpiece, in use.
Breathing mask, in particular for human beings, comprising a flexible mask body designed to fit over a mouth and nose on a user's face, at least one sealing lip for a gas-proof fit on the user's face, comprising at least one inhalation valve penetrating the mask body, a filter material assigned to the inhalation valve and an exhalation valve penetrating the mask body, whereby a manually actuable test valve is arranged downstream of the exhalation valve and designed to provide a gas passage from the exhalation valve to the surroundings in its normal state and to close said passage in its actuated state and whereby the test valve comprises a valve body having at least one opening therein providing said gas passage from the exhalation valve to the surroundings, and further comprises a moveable valve element which is designed to close said passage if actuated, characterized in that the test valve is designed in one piece with the mask body, comprising a cup-like protrusion extending outward from the mask body, whereby at least a circumferential side wall of the protrusion constitutes the valve body and comprises the at least one opening, whereby the at least one opening borders on a bottom part of the cup-like protrusion, whereby the bottom part constitutes the elastically deformable valve element.
A data processing apparatus comprising: a compressor, arranged for generating a compressed display data by compressing a display data according to a compression algorithm; and an output interface, arranged for recording indication information in an output bitstream and outputting the output bitstream via a display interface, wherein the output bitstream is derived from the compressed display data, and the indication information is set in response to the compression algorithm employed by the compressor, wherein the output interface records the indication information by setting a command set in a payload portion of the output bitstream, and wherein a first end of the display interface is coupled to the output interface of the data processing apparatus, and a second end of the display interface is to be coupled to any of a plurality of specific data processing apparatuses; the output interface further records a channel identification number in a header portion of the output bitstream to indicate which one of the specific data processing apparatuses is to be connected for receiving the output bitstream. a compressor, arranged for generating a compressed display data by compressing a display data according to a compression algorithm; and an output interface, arranged for recording indication information in an output bitstream and outputting the output bitstream via a display interface, wherein the output bitstream is derived from the compressed display data, and the indication information is set in response to the compression algorithm employed by the compressor, wherein the output interface records the indication information by setting a command set in a payload portion of the output bitstream, and wherein a first end of the display interface is coupled to the output interface of the data processing apparatus, and a second end of the display interface is to be coupled to any of a plurality of specific data processing apparatuses; the output interface further records a channel identification number in a header portion of the output bitstream to indicate which one of the specific data processing apparatuses is to be connected for receiving the output bitstream.
A Machine Type Communication-Interworking Function, MTC-IWF, in a mobile communication network including: a User Equipment, UE; a serving node that is at least one of a Mobility Management Entity, MME, a Serving GPRS Support Node, SGSN, and a Mobile Switching Center, MSC; a Home Subscriber Server, HSS, or a Home Location Register, HLR; and a Services Capability Server, SCS,, the MTC-IWF comprising: means for receiving route information on device trigger delivery including information on the serving node from the HSS or the HLR; characterised by means for prioritising the serving node based on the information; means for selecting the prioritised serving node based on the route information; and means for delivering a trigger message from the SCS to the UE via the selected serving node. means for receiving route information on device trigger delivery including information on the serving node from the HSS or the HLR; characterised by means for prioritising the serving node based on the information; means for selecting the prioritised serving node based on the route information; and means for delivering a trigger message from the SCS to the UE via the selected serving node.
Lightweight component to be set up vertically, for an aircraft, having at least one cantilevered load support, said lightweight component comprising a support material (50, 51), at least one vertical reinforcing structure and at least one horizontal reinforcing structure, wherein a cantilevered load receptacle is provided at the intersection of one of the vertical reinforcing structures with one of the horizontal reinforcing structures in place of the central support material, characterized in that the cantilevered load support comprises a core laminate (64; 24, 34) projecting from the lightweight component and consisting of two front side laminates which are deflected out of the plane of the support material from two opposite sides into the core laminate, and in that the thickness of the support material replaced by the cantilevered load support on both sides of the core laminate consists of the respective front side laminates and rear side laminates connected thereto, which are connected together as support material-replacing core laminates.