mhurhangee/ep-ind-claims huggingface dataset:
An agent for lightening keratin fibers, in particular human hair, containing at least one particulate component which comprises a particle core, which contains at least one solid alkalizing agent selected from alkali metal carbonates, silicates and phosphates, and has a shell surrounding said core, characterized in that at least 50 wt.% of the weight of the shell consists of a) homopolymers and/or copolymers of methacrylic acid and/or methacrylic acid esters (methacrylates) and/or b) homopolymers and/or copolymers of vinyl acetate. a) homopolymers and/or copolymers of methacrylic acid and/or methacrylic acid esters (methacrylates) and/or b) homopolymers and/or copolymers of vinyl acetate.
A data transmission method, comprising: receiving, by a terminal device, first downlink information and second downlink information transmitted by a network device, the first downlink information having a time domain position earlier than a time domain position of the second downlink information; and determining, by the terminal device, to process first data corresponding to the first downlink information and/or second data corresponding to the second downlink information, and transmitting first uplink information corresponding to the first downlink information and/or second uplink information corresponding to the second downlink information to the network device based on a result of the processing, characterized in that, the first uplink information corresponding to the first downlink information has a time domain position later than a time domain position of the second uplink information corresponding to the second downlink information. receiving, by a terminal device, first downlink information and second downlink information transmitted by a network device, the first downlink information having a time domain position earlier than a time domain position of the second downlink information; and determining, by the terminal device, to process first data corresponding to the first downlink information and/or second data corresponding to the second downlink information, and transmitting first uplink information corresponding to the first downlink information and/or second uplink information corresponding to the second downlink information to the network device based on a result of the processing, characterized in that, the first uplink information corresponding to the first downlink information has a time domain position later than a time domain position of the second uplink information corresponding to the second downlink information.
Method for making briquettes from cereal straw which is comminuted and then pressed, characterized in that the comminuted straw, pre-dried to a moisture content of 15-25%, is fed to a screw-type extruder that does not comprise any heaters and then gradually compressed until it reaches a temperature above 290°C and density above 1.3 g/cm 3, and the resulting mass is extruded in the form of a cylinder having a homogeneous structure.
An electronic chip (200, 300, 500', 600, 700) comprising: a first processing core that implements a game engine (102, 606) in hardware by dedicated electronic circuitry; and a second processing core that implements a ray trace engine (202, 502, 608) in hardware by dedicated electronic circuitry; a hardware interface (114, 612, 614, 710) coupling the game engine (102, 606) implemented in the first processing core to the ray trace engine (202, 502, 608) implemented in the second processing core, wherein the hardware interface (114, 612, 614, 710) either directly couples the game engine (102, 606) and the ray trace engine (202, 502, 608) or couples the game engine (102, 606) and the ray trace engine (202, 502, 608) using buffers; wherein the game engine (102, 606) is configured to offload a set of tasks or sub-tasks of the game engine (102, 606) to the ray trace engine (202, 502, 608) via the hardware interface (114, 612, 614, 710). a first processing core that implements a game engine (102, 606) in hardware by dedicated electronic circuitry; and a second processing core that implements a ray trace engine (202, 502, 608) in hardware by dedicated electronic circuitry; a hardware interface (114, 612, 614, 710) coupling the game engine (102, 606) implemented in the first processing core to the ray trace engine (202, 502, 608) implemented in the second processing core, wherein the hardware interface (114, 612, 614, 710) either directly couples the game engine (102, 606) and the ray trace engine (202, 502, 608) or couples the game engine (102, 606) and the ray trace engine (202, 502, 608) using buffers; wherein the game engine (102, 606) is configured to offload a set of tasks or sub-tasks of the game engine (102, 606) to the ray trace engine (202, 502, 608) via the hardware interface (114, 612, 614, 710).
A fire resistant glazing for preventing fire and smoke from penetrating from one room into another in case of fire, comprising at least two glass surfaces (B, C) composed of fire protection panes and arranged next to each other, of which one comprises a glass door, whereas the other glass surface forms a lateral fixed element with respect to the glass door and the surface adjacent to the glass door on the opposite side forms a stop element, wherein the glass door is directly at least partly held in a pivoting manner at the lateral fixed element without any profile and via one or more fitting elements configured as corner bearings (7, 8), wherein each fitting element is configured for fire protection purposes by means of integrated cooling elements, wherein the comer bearing (7, 8) comprises two flat fastening elements (15, 16) which are applied on both sides of the fire protection pane and are fixed to each other by means of connection elements guided through the fire protection pane, and the corner bearing (7, 8) comprises a bearing device which is mounted on one of the flat fastening elements (15, 16), characterized in that a cooling element is provided between the fastening elements (15, 16) and a space is formed between the bearing device and the other fastening element (15, 16), which space is almost completely filled with the cooling element.
NOx purification method of an exhaust purification system of an internal combustion engine characterized in that an NO x adsorption part and an NO x purification part are arranged inside of an engine exhaust passage, said NO x purification part causes NO x which is contained in exhaust gas and modified hydrocarbons to react, precious metal catalysts (51, 52) are carried on an exhaust gas flow surface of said NO x purification part, a basic exhaust gas flow surface part is formed around the precious metal catalysts (51, 52), said NO x purification part reducing the NO x which is contained in the exhaust gas if a concentration of hydrocarbons which pass over said exhaust gas flow surface of said NO x purification part is made to vibrate by within a predetermined range of amplitude and within a predetermined range of period, and being increased in storage amount of NO x which is contained in the exhaust gas if the vibration period of the hydrocarbon concentration is made longer than the predetermined range, said NO x adsorption part adsorbing the NO x which is contained in the exhaust gas and causing the adsorbed NO x to desorb when the temperature rises, to reduce the current NO x which is contained in the exhaust gas, the amplitude and period for causing vibration of the concentration of hydrocarbons which pass over said exhaust gas flow surface of the NO x purification part are set for the current engine operating state, and, when NO x is desorbed from said NO x adsorption part, to reduce the NO x which is contained in the current exhaust gas and the NO x which is desorbed from said NO x adsorption part, the concentration of hydrocarbons which pass over said exhaust gas flow surface of said NO x purification part is made to vibrate by said amplitude and said period which are set for the current engine operating state, at least one of which has been corrected within said predetermined ranges so that the amount of hydrocarbons which pass over said exhaust gas flow surface of said NO x purification part becomes greater, wherein NO x contained in exhaust gas and modified hydrocarbons are reacted inside the NO x purification part whereby a reducing intermediate containing nitrogen and hydrocarbons is produced and wherein a vibration period of the hydrocarbon concentration is a vibration period required for continued production of the reducing intermediate.
A pedal of bicycle or the like comprising: a pedal spindle having a central pedal spindle, a pedal body and a shoe support secured to said pedal body, said shoe support being suitable for co-operating with a cleat of corresponding shape that is secured to a cyclist's shoe, and at least one sensor, characterized in that the pedal body has a cylindrical shape, the bottom of which is closed and the upper edge of which is provided with a an annular collar at the periphery of which two eye lugs (6, 7) extend that are diametrically opposite each other and that are each provided with a circular orifice (8, 9) through which the pedal spindle extends, said pedal spindle extending perpendicular to the axis of revolution of the pedal body, and in that it further comprises a sensing element extending in the cylindrical pedal body and carrying at least 6 strain gauges.
A Quad-Data Rate controller, characterized by comprising: an arbiter, a control state machine, a read data sampling clock generating module, a read data path module and a read data path calibrating module; the arbiter is configured to arbitrate commands and data according to a state of the control state machine; the control state machine is configured to manage a state of a controller and provide state basis for the arbiter to arbitrate the commands and the data; the read data sampling clock generating module is configured to generate read data sampling clocks with a same source, a same frequency and different phases; the read data path calibrating module is configured to determine, among the generated read data sampling clocks, sampling clocks of positive edge data and negative edge data respectively when the read data path module reads data by reading training words when the control state machine is in "read data path calibrating state"; the read data path module is configured to synchronize positive edge read data and negative edge read data that are in a non-system clock domain to a system clock domain according to the sampling clocks determined by the read data path calibrating module.
Compact plate heat-transfer device for transferring heat between two media of an identical or non-identical aggregate state, having a plate pack which is composed of round-profile or rectangular-profile heat-transfer plates (21; 22) having through openings, wherein two heat-transfer plates (21, 22) which are in each case joined together and which on the circumference of the through openings thereof form an intermediate plate space for the flow-through on the shell side of a first medium, are welded in a gas-tight manner to form a plate pair, and at least two plate pairs which are joined together and which form an intermediate plate space for the flow-through of a second medium via the through openings, on the periphery thereof, are welded in a gas-tight manner to form a compact plate pack, and wherein the plate pack is mounted in a housing shell which is stable in relation to pressure and closed in a gas-tight manner, and which has connector pieces (5, 5a; 13, 13a) by way of which the separated intermediate plate spaces (19; 20) of the plate pack receive the flow of a first medium on the shell side, and the flow of a second medium via the through openings, wherein the plate pack, collectively with an end plate which is penetrated by the connector piece (13, 13a) and is sealed in relation to the plate pack, is braced by at least two threaded tensioning elements, which run on the circumference of the plate pack and lie diagonally opposite, between a tension disc and a shell plate of the housing shell, wherein the plate pack is surrounded by a shell case which is closed on the circumference, characterized in that the threaded tensioning elements (2, 2x) at one end are configured having a left-handed thread and at the other end having a right-handed thread, and are capable of being driven into corresponding threaded bores (24, 24x) in the tension disc and into corresponding threaded bores (25, 25x) in the shell plate, that the shell case on both sides is locked in a sealing manner in guide grooves (7, 7a), of delimiting shell plates (11, 9), which guide grooves are configured in an encircling manner, and which shell case collectively with the shell plates (11, 9) is braced by at least two diagonally opposite tension bolts (10, 10x) to form a housing shell which is stable in relation to pressure, that an elastic compensation element in the form of a wire mesh is provided between the tension disc and the shell plate, and in that the closed shell case has an internal diameter which is larger than the external diameter of the plate pack, such that a free encircling gap which forms the shell-side inflow region for the plate pack is configured between the plate pack and the internal diameter of the closed shell case.
A gas turbine engine component comprising: a component wall that has an exterior core gaspath side and an opposed interior side, the component wall being formed of a ceramic matrix composite that includes a plurality of fiber plies disposed in a ceramic matrix, the component wall including a corner connecting first and second wall sections (68b, 68c), the fiber plies extending continuously through the first wall section (68b, 68c), the corner, and the second wall section (68b, 68c), the fiber plies being in a stacked contiguous arrangement in the first and second wall sections (68b, 68c) and at least some of the fiber plies separating from one another in the corner to define one or more void pockets therebetween, wherein there are at least two of the void pockets wherein, relative to the exterior core gas path side, a first one of the void pockets is inboard of a second one of the void pockets, characterised in that: the corner is a leading edge of an airfoil; and the void pockets each have a maximum thickness (t) which is less than a thickness of a single one of the plies. a component wall that has an exterior core gaspath side and an opposed interior side, the component wall being formed of a ceramic matrix composite that includes a plurality of fiber plies disposed in a ceramic matrix, the component wall including a corner connecting first and second wall sections (68b, 68c), the fiber plies extending continuously through the first wall section (68b, 68c), the corner, and the second wall section (68b, 68c), the fiber plies being in a stacked contiguous arrangement in the first and second wall sections (68b, 68c) and at least some of the fiber plies separating from one another in the corner to define one or more void pockets therebetween, wherein there are at least two of the void pockets wherein, relative to the exterior core gas path side, a first one of the void pockets is inboard of a second one of the void pockets, characterised in that: the corner is a leading edge of an airfoil; and the void pockets each have a maximum thickness (t) which is less than a thickness of a single one of the plies. the corner is a leading edge of an airfoil; and the void pockets each have a maximum thickness (t) which is less than a thickness of a single one of the plies.
A cue having a butt section, a joint collar, and a shaft section having a tapered cylindrical shape with a first end and second end, the shaft section comprising: a shaft having a longitudinal bore extending into the shaft, the bore defining a bore diameter; a tip portion having a ferrule and a tip, the ferrule being located at the first end of the shaft, the tip being removably connected to the ferrule; a joint insert located at the second end of the shaft for connecting the shaft section to the joint collar and to the butt section; and a kinetic energy absorbing insert located in the bore of the shaft and contacting the shaft, wherein the kinetic energy absorbing insert has a generally cylindrical body, and characterised in that the kinetic energy absorbing insert has a plurality of circumferential protrusions extending radially outward from the cylindrical body, the plurality of circumferential protrusions contacting the shaft. a shaft having a longitudinal bore extending into the shaft, the bore defining a bore diameter; a tip portion having a ferrule and a tip, the ferrule being located at the first end of the shaft, the tip being removably connected to the ferrule; a joint insert located at the second end of the shaft for connecting the shaft section to the joint collar and to the butt section; and a kinetic energy absorbing insert located in the bore of the shaft and contacting the shaft, wherein the kinetic energy absorbing insert has a generally cylindrical body, and characterised in that the kinetic energy absorbing insert has a plurality of circumferential protrusions extending radially outward from the cylindrical body, the plurality of circumferential protrusions contacting the shaft.
A system for performing seismic surveys, comprising: a. devices configured for attaching fiber-optic cables/sensors to mooring lines of existing subsea infrastructure; and b. devices configured for recording seismic data at the fiber-optic cables/sensors attached to the existing subsea infrastructure, and characterized in that the system further comprises an integrated dynamic monitoring system configured to determine the location of the fiber-optic cables/sensors using: a one way ranging technique; and the fiber-optic cables/sensors, the integrated dynamic monitoring system configured to utilize a subset of fiber-optic measurements to create a passive network of sensors to monitor positions along the length of the mooring lines and create a real-time water velocity volume. a. devices configured for attaching fiber-optic cables/sensors to mooring lines of existing subsea infrastructure; and b. devices configured for recording seismic data at the fiber-optic cables/sensors attached to the existing subsea infrastructure, a one way ranging technique; and the fiber-optic cables/sensors, the integrated dynamic monitoring system configured to utilize a subset of fiber-optic measurements to create a passive network of sensors to monitor positions along the length of the mooring lines and create a real-time water velocity volume.
A software update apparatus comprising: a communication unit configured to send a request for downloading update data to a center, the update data including update software or data for generating update software; a storage unit configured to store the downloaded update data; and a control unit configured to execute, based on the update data, a control for installing, or installing and activating update software on one or more target electronic control units from among a plurality of electronic control units (11, 12, 21, 22) connected to each other via an in-vehicle network, characterized in that the control unit is configured to acquire software versions of the plurality of electronic control units (11, 12, 21, 22) after executing the control, determine whether there is a consistency in a combination of the acquired software versions by determining whether the acquired software versions include all the versions of the update versions of the update software, and execute, upon determining that there is an inconsistency in the combination of the acquired software versions, a process for attaining the consistency in the combination of the software versions comprising at least one of a process for re-executing the updating and a recovery process to the software before the updating. a communication unit configured to send a request for downloading update data to a center, the update data including update software or data for generating update software; a storage unit configured to store the downloaded update data; and a control unit configured to execute, based on the update data, a control for installing, or installing and activating update software on one or more target electronic control units from among a plurality of electronic control units (11, 12, 21, 22) connected to each other via an in-vehicle network,
A device for adaptive color transformation to aid computer vision, the device comprising: a memory (115, 904) including instructions; and processing circuitry that is configured by the instructions to: obtain a color image; map colors of the image into a multi-dimensional space to create a distribution of colors in the image, a dimension of the multi-dimensional space corresponding to a component of a color; fit a line (405, 515, 605) to the distribution, the line (405, 515, 605) including an angle relative to a coordinate system of the multi-dimensional space; apply a transformation to colors in the image based on the angle to produce a reduced image, the transformation reducing the number of color components, the transformation being a cross product of a two-dimensional representation of the color and (cos α,sin α), where α is the angle; and communicate the reduced image to a receiver. a memory (115, 904) including instructions; and processing circuitry that is configured by the instructions to: obtain a color image; map colors of the image into a multi-dimensional space to create a distribution of colors in the image, a dimension of the multi-dimensional space corresponding to a component of a color; fit a line (405, 515, 605) to the distribution, the line (405, 515, 605) including an angle relative to a coordinate system of the multi-dimensional space; apply a transformation to colors in the image based on the angle to produce a reduced image, the transformation reducing the number of color components, the transformation being a cross product of a two-dimensional representation of the color and (cos α,sin α), where α is the angle; and communicate the reduced image to a receiver. obtain a color image; map colors of the image into a multi-dimensional space to create a distribution of colors in the image, a dimension of the multi-dimensional space corresponding to a component of a color; fit a line (405, 515, 605) to the distribution, the line (405, 515, 605) including an angle relative to a coordinate system of the multi-dimensional space; apply a transformation to colors in the image based on the angle to produce a reduced image, the transformation reducing the number of color components, the transformation being a cross product of a two-dimensional representation of the color and (cos α,sin α), where α is the angle; and communicate the reduced image to a receiver.