mhurhangee/ep-ind-claims huggingface dataset:
An optical transceiver configured to connect to one or more fiber bundles each having K fiber cores, K » 1, the optical transceiver comprising: M transmitters, M and K are integers, M < K; P receivers, P is an integer, P < K; transmitter circuitry configured to receive an aggregate transmit signal and to cause transmission of the aggregate signal as a plurality of lower rate transmit signals; and receiver circuitry configured to receive a plurality of lower rate receive signals from the P receivers and to create an aggregate receive signal based thereon, and wherein the M transmitters connect to a first set of the K fiber cores in a fiber bundle of the one or more fiber bundles to transmit the plurality of lower rate transmit signals and the P receivers connect to a second set of the K fiber cores of the fiber bundle or another fiber bundle of the one or more fiber bundles to receive plurality of lower rate receive signals, and wherein one or more of the M transmitters and the P receivers utilize more than one fiber core of the K fiber cores. M transmitters, M and K are integers, M < K; P receivers, P is an integer, P < K; transmitter circuitry configured to receive an aggregate transmit signal and to cause transmission of the aggregate signal as a plurality of lower rate transmit signals; and receiver circuitry configured to receive a plurality of lower rate receive signals from the P receivers and to create an aggregate receive signal based thereon, and wherein the M transmitters connect to a first set of the K fiber cores in a fiber bundle of the one or more fiber bundles to transmit the plurality of lower rate transmit signals and the P receivers connect to a second set of the K fiber cores of the fiber bundle or another fiber bundle of the one or more fiber bundles to receive plurality of lower rate receive signals, and wherein one or more of the M transmitters and the P receivers utilize more than one fiber core of the K fiber cores.
A mat for supporting a monolith, the mat comprising one or more first portions comprising fibres at least partially coated with a coating of an erosion resistant inorganic gel composition or a precursor thereof and further comprising a second portion substantially free from said erosion resistant inorganic gel composition or the precursor thereof, characterised in that the inorganic gel composition comprises a silica compound or silicone polymer or silica gel, formed on the fibres by an acid or base catalysed reaction of a silica precursor.
A platform comprising: a processor and one or more components, the processor comprising: logic, at least a portion of which is in hardware, to cause a power supply unit to enter a lower power consumption state during a platform low power consumption state that allows for a wake up latency in the range of tens to hundreds of milliseconds; wherein the logic is to cause the power supply unit to enter the lower power consumption state based on power state information available from the platform, corresponding to the one or more components and the processor, and comparison of a first value to a first threshold value, wherein said power state information corresponds at least to information indicating that the processor has entered a low power consumption state; wherein the first value is a time since a last entry into the lower power consumption state; wherein the lower power consumption state is to allow for functionality of one or more lower power activities by at least one of the one or more components and the lower power consumption state is not to drive full power or full performance activity by at least one of the one or more components; and wherein at least a second portion of the logic is in hardware to block activation of the processor until the power supply unit is ready for activating the processor into a power consumption state wherein the power consumption associated with said power consumption state is higher than the power consumption in said low power consumption state. logic, at least a portion of which is in hardware, to cause a power supply unit to enter a lower power consumption state during a platform low power consumption state that allows for a wake up latency in the range of tens to hundreds of milliseconds; wherein the logic is to cause the power supply unit to enter the lower power consumption state based on power state information available from the platform, corresponding to the one or more components and the processor, and comparison of a first value to a first threshold value, wherein said power state information corresponds at least to information indicating that the processor has entered a low power consumption state; wherein the first value is a time since a last entry into the lower power consumption state; wherein the lower power consumption state is to allow for functionality of one or more lower power activities by at least one of the one or more components and the lower power consumption state is not to drive full power or full performance activity by at least one of the one or more components; and wherein at least a second portion of the logic is in hardware to block activation of the processor until the power supply unit is ready for activating the processor into a power consumption state wherein the power consumption associated with said power consumption state is higher than the power consumption in said low power consumption state.
Use of a composition comprising - at least one polyisocyanate and/or at least one polyurethane polymer containing isocyanate groups and - at least one latent hardener having aldimino group(s) of the formula where Z is an aryl radical substituted by an alkyl or alkoxy group and having a total of 12 to 26 carbon atoms, as elastic adhesive, sealant or coating for at least one substrate and/or at least one outer layer that are sensitive to plasticizer migration, characterized in that the substrate is a porous material or a stress crack-forming plastic. - at least one polyisocyanate and/or at least one polyurethane polymer containing isocyanate groups and - at least one latent hardener having aldimino group(s) of the formula where Z is an aryl radical substituted by an alkyl or alkoxy group and having a total of 12 to 26 carbon atoms,
A method for use in a marine seismic survey, comprising: deploying a receiver array in which a plurality of receiver nodes are spaced on the water bottom ≥ 400 meters (m) apart with at least one source-receiver offset of ≥ 15 km; towing a seismic source at a depth ≥ 30m along a plurality of shot lines spaced apart ≥ 400m; and imparting a plurality of low-frequency seismic signals having a frequency < 4 Hz from the seismic source as the seismic source is towed along the shot lines. deploying a receiver array in which a plurality of receiver nodes are spaced on the water bottom ≥ 400 meters (m) apart with at least one source-receiver offset of ≥ 15 km; towing a seismic source at a depth ≥ 30m along a plurality of shot lines spaced apart ≥ 400m; and imparting a plurality of low-frequency seismic signals having a frequency < 4 Hz from the seismic source as the seismic source is towed along the shot lines.
A method of manufacturing an airplane frame, wherein said airplane frame has an arc-shaped structure and comprises flanged areas (11, 12) positioned at two side edges in the lateral direction, bent areas (13, 14) located adjacent to said flanged areas (11, 12), and a web area extending between said bent areas (13, 14), wherein said bent areas (13, have an arc-shaped structure, and said web area is an annular sector in shape, wherein said method comprises the steps of: according to the size of the airplane frame, braiding a first fiber body (S1, S2) on a braiding mandrel in an extension direction of said airplane frame to form a cylindrical braid; developing said cylindrical braid to form a planar braid; preimpregnating said planar braid with resin to form a prepreg; cutting said prepreg according to the size of said airplane frame; and laying and curing the cut prepreg to form said airplane frame, characterized in that said web area is formed by using a biaxial braiding method, and in that any one of said two flanged areas (11, 12) is formed by using a triaxial braiding method. according to the size of the airplane frame, braiding a first fiber body (S1, S2) on a braiding mandrel in an extension direction of said airplane frame to form a cylindrical braid; developing said cylindrical braid to form a planar braid; preimpregnating said planar braid with resin to form a prepreg; cutting said prepreg according to the size of said airplane frame; and laying and curing the cut prepreg to form said airplane frame, characterized in that said web area is formed by using a biaxial braiding method, and in that any one of said two flanged areas (11, 12) is formed by using a triaxial braiding method.
A vehicle with a driving support system, the driving support system comprising: a vehicle location detector which detects current location and velocity vector (Gv) of a vehicle; a traffic and road information database which stores at least point information related to points (P1, P2, P3) on a route of the vehicle; a point information acquisition unit which acquires, from the traffic and road information database, the point information of the points (P1, P2, P3) on the route of the vehicle, which are located in a given distance from the current location of the vehicle and to which the vehicle is approaching, based on the current location and velocity vector (Gv) of the vehicle detected by the vehicle location detector; and a display control unit for controlling a display device, wherein the display control unit determines display positions (Vp1, Vp2, Vp3, Vpc1, Vpc2, Vpc3) on the screen (Sc) of the display device to display the point information, based on a positional relationship between the current location of the vehicle and the points (P1, P2, P3) where the point information related thereto are displayed characterized in that display device having a horizontally long screen (Sc) in a lower area of a windshield of the vehicle, which provides on the screen (Sc) thereof displays of the point information acquired by the point information acquisition unit. a vehicle location detector which detects current location and velocity vector (Gv) of a vehicle; a traffic and road information database which stores at least point information related to points (P1, P2, P3) on a route of the vehicle; a point information acquisition unit which acquires, from the traffic and road information database, the point information of the points (P1, P2, P3) on the route of the vehicle, which are located in a given distance from the current location of the vehicle and to which the vehicle is approaching, based on the current location and velocity vector (Gv) of the vehicle detected by the vehicle location detector; and a display control unit for controlling a display device, wherein the display control unit determines display positions (Vp1, Vp2, Vp3, Vpc1, Vpc2, Vpc3) on the screen (Sc) of the display device to display the point information, based on a positional relationship between the current location of the vehicle and the points (P1, P2, P3) where the point information related thereto are displayed characterized in that display device having a horizontally long screen (Sc) in a lower area of a windshield of the vehicle, which provides on the screen (Sc) thereof displays of the point information acquired by the point information acquisition unit.
Soldering and/or sintering system for connecting electronic assemblies, with a transport device for conveying the electronic assemblies through the system, comprising a plurality of gas-tightly separable modules for connecting the electronic assemblies to one another, wherein at least one module is designed as a soldering and/or sintering module and one module as a cooling module, characterized in that the soldering and/or sintering system comprises a higher-level control for controlling the modules, wherein between the soldering or sintering module and the cooling module a further module is arranged that is designed as a soft cooling module for cooling between a process temperature of the soldering or sintering module and an intermediate temperature below a solder solidification temperature, wherein in the soft cooling module a heating and/or a cooling device is comprised for controlled temperature adjustment and cooling down of the electronic assemblies from 500 °C or below to the intermediate temperature below the solder solidification temperature, which is in the range from 220 °C to 150 °C, wherein in the soft cooling module a gas purging device for purging the electronic assemblies, in particular using cold gas, preferably with cold nitrogen gas, is comprised.
A method of testing behaviour of a vehicle brake system in dependence on operation of a brake pedal coupled to a hydraulic system, the method comprising: identifying the vehicle to be tested; retrieving one or more predefined metrics for the identified vehicle; displaying a first graphical indicator on a display screen to indicate a target brake pedal travel or a target brake pedal load; displaying a second graphical indicator on the display screen to represent a measured brake pedal travel or a measured brake pedal load, displacing the brake pedal at least substantially to match the measured brake pedal travel to the target brake pedal travel or to match the measured brake pedal load to the target brake pedal load; wherein a hydraulic system pressure is monitored as the brake pedal is displaced to determine if the vehicle brake system satisfies said retrieved one or more predefined metrics. identifying the vehicle to be tested; retrieving one or more predefined metrics for the identified vehicle; displaying a first graphical indicator on a display screen to indicate a target brake pedal travel or a target brake pedal load; displaying a second graphical indicator on the display screen to represent a measured brake pedal travel or a measured brake pedal load, displacing the brake pedal at least substantially to match the measured brake pedal travel to the target brake pedal travel or to match the measured brake pedal load to the target brake pedal load; wherein a hydraulic system pressure is monitored as the brake pedal is displaced to determine if the vehicle brake system satisfies said retrieved one or more predefined metrics.
A marine or bunker fuel composition having increased compatibility with commercial marine or bunker fuels, said composition having at least five, preferably at least six, more preferably at least seven, most preferably all of the following properties: a Bureau of Mines Correlation Index (BMCI) index from 30 to 80; a difference between a BMCI index and a toluene equivalency value of 15 to 40; an asphaltene content from 1.0 wt% to 4.0 wt%; a Micro Carbon Residue content from 3.0 wt% to 10.0 wt%; a sulfur content from 900 wppm to 1000 wppm; a boiling point distribution wherein a T0.5 is 130°C to 240°C, a T10 is 220°C to 360°C, a T50 is 330°C to 470°C, and/or a T90 is 400°C to 570°C; a density at 15°C of 0.87 g/cm 3 to 0.95 g/cm 3; and a kinematic viscosity at 50°C of 20 cSt to 150 cSt; wherein the asphaltene content is measured according to ASTM D6560; wherein the MCR is measured according to ISO 10370; wherein the BMCI index and the TE are measured as described herein. a Bureau of Mines Correlation Index (BMCI) index from 30 to 80; a difference between a BMCI index and a toluene equivalency value of 15 to 40; an asphaltene content from 1.0 wt% to 4.0 wt%; a Micro Carbon Residue content from 3.0 wt% to 10.0 wt%; a sulfur content from 900 wppm to 1000 wppm; a boiling point distribution wherein a T0.5 is 130°C to 240°C, a T10 is 220°C to 360°C, a T50 is 330°C to 470°C, and/or a T90 is 400°C to 570°C; a density at 15°C of 0.87 g/cm 3 to 0.95 g/cm 3; and a kinematic viscosity at 50°C of 20 cSt to 150 cSt;
A liquid dispenser, comprising: a container configured to store liquid and having an upper opening; a base to support the container and having a sidewall; a pump having an inlet to suction liquid stored in the container and an outlet to discharge the liquid; a lid (300, 400) seated on the container to close the upper opening and having a hole through which liquid discharged from the outlet of the pump flows; a controller provided in the base; and, at least one radar sensor provided in the base, wherein the radar sensor faces the sidewall of the base to emit a signal through the sidewall of the base and to sense a distance of a moving object from the liquid dispenser, and an operation of the pump is controlled by the controller based on a sensed distance of the moving object by the radar sensor, characterized in that, further based on a velocity of the moving object toward the liquid dispenser which is calculated based on continuous or periodic sensed distances of the moving object and an internal timer, the controller operates the pump when the velocity is at least greater than a predetermined velocity. a container configured to store liquid and having an upper opening; a base to support the container and having a sidewall; a pump having an inlet to suction liquid stored in the container and an outlet to discharge the liquid; a lid (300, 400) seated on the container to close the upper opening and having a hole through which liquid discharged from the outlet of the pump flows; a controller provided in the base; and, at least one radar sensor provided in the base, wherein the radar sensor faces the sidewall of the base to emit a signal through the sidewall of the base and to sense a distance of a moving object from the liquid dispenser, and an operation of the pump is controlled by the controller based on a sensed distance of the moving object by the radar sensor, characterized in that, further based on a velocity of the moving object toward the liquid dispenser which is calculated based on continuous or periodic sensed distances of the moving object and an internal timer, the controller operates the pump when the velocity is at least greater than a predetermined velocity.
Hand-held power tool having a tool holder for holding a tool, a pneumatic impact mechanism for periodically generating strikes on the tool held in the tool holder, wherein the pneumatic impact mechanism has a guide tube, an exciter piston, a striker, a pneumatic chamber which is closed off in the guide tube by the exciter piston and the striker, and a compensation opening in the guide tube for aerating the pneumatic chamber, characterized in that the guide tube has a cap, wherein the cap forms a canopy in relation to the compensation opening on an outer side of the guide tube and the cap is open in an opening direction, which is predominantly tangential to the guide tube, and in that the guide tube has further radial openings and the compensation opening has the smallest flow cross section. a tool holder for holding a tool, a pneumatic impact mechanism for periodically generating strikes on the tool held in the tool holder, wherein the pneumatic impact mechanism has a guide tube, an exciter piston, a striker, a pneumatic chamber which is closed off in the guide tube by the exciter piston and the striker, and a compensation opening in the guide tube for aerating the pneumatic chamber, characterized in that the guide tube has a cap, wherein the cap forms a canopy in relation to the compensation opening on an outer side of the guide tube and the cap is open in an opening direction, which is predominantly tangential to the guide tube, and in that the guide tube has further radial openings and the compensation opening has the smallest flow cross section.
Potassium salt of sucrose octasulfate for use in treating wounds resulting in pathological scars chosen from hypertrophic, retractile or atrophic scars.
A biaxially oriented, single-layer, microporous foil with shut-off function whose microporosity is created by converting β-crystalline polypropylene when the foil is stretched, and which contains propylene homopolymer and propylene block copolymer and β-nucleating agent and polyethylene, wherein the foil has a Gurley value of 50 to 5000s, characterized in that the foil has an e-modulus in the lengthwise direction of 300 - 1800 N/mm 2, and of 400-3000 N/mm 2 in the transverse direction, and after exposure to a temperature of 130°C for 5 minutes the foil exhibits a Gurley value of at least 5000s, wherein the Gurley value after this temperature treatment is at least 1000s higher than before.
A read/ write device for exchanging data via an electromagnetic field with a transponder module, the read/ write device being characterized by: a security module configured to obtain from the transponder module via the electromagnetic field a technology release code which indicates a version of technology of the transponder module, and to set in the read/ write device access rights for the transponder module using the technology release code for selectively blocking the transponder module.
Bipolar plate for a fuel cell with a core layer consisting of a steel material, the surfaces of said core layer, which are associated with the respective electrolyte carriers of the fuel cell, being provided in each case with a corrosion protection layer (11, 12), protecting the core layer against corrosion, wherein the corrosion protection layers (11, 12) consist in each case of a metal material and extend in each case on both sides over the whole surface of the core layer, and wherein the corrosion protection layers (11, 12) are in turn coated in each case over the whole surface with an electrically conductive functional coating (13, 14), which is essentially entirely impermeable for the metal ions emerging from the core layer and/or the corrosion protection layers (11, 12) characterised in that the metal material of at least one of the corrosion protection layers (11, 12) is a steel material with a higher corrosion resistance than the steel material of the core layer.
Wheel support for distribution electric transformer comprising: - a fork comprising: - a upper portion connectible to an electric transformer; - two vertical portions monolithically connected to the upper portion, each one comprising a portion configured to receive and turnably support a roller and in particular a pivot of the roller; - a couple of blocking elements each one configured to be connected to one of the two vertical portions of the support to contain said roller and in particular its pivot; characterised in that the fork is made of a composite material and in that said vertical portions comprise a plurality of ribs bottom-up oriented. - a fork comprising: - a upper portion connectible to an electric transformer; - two vertical portions monolithically connected to the upper portion, each one comprising a portion configured to receive and turnably support a roller and in particular a pivot of the roller; - a couple of blocking elements each one configured to be connected to one of the two vertical portions of the support to contain said roller and in particular its pivot; characterised in that the fork is made of a composite material and in that said vertical portions comprise a plurality of ribs bottom-up oriented. - a upper portion connectible to an electric transformer; - two vertical portions monolithically connected to the upper portion, each one comprising a portion configured to receive and turnably support a roller and in particular a pivot of the roller; - a couple of blocking elements each one configured to be connected to one of the two vertical portions of the support to contain said roller and in particular its pivot;