mhurhangee/ep-ind-claims huggingface dataset:
Thixotropic composition comprising a microcrystalline cellulose, a swelling or water binding agent, a starch glycolate, a solvent, and carboxymethyl cellulose or its alkaline salt or its alkaline earth metal salt, wherein the swelling or water binding agent is mica, wherein the solvent comprises or consists of water, wherein a water content of the composition is at least 70% w/w, wherein the weight ratio of microcrystalline cellulose to carboxymethyl cellulose or its alkaline salt or its alkaline earth metal salt is in the range of 3: 1 to 11: 1 and/or the weight ratio of microcrystalline cellulose and carboxymethyl cellulose or its alkaline salt or its alkaline earth metal salt together to the swelling or water binding agent is in the range of 3: 1 to 4: 1.
A method for compressing and decompressing an initial program executable by a microprocessor or interpretable by an interpreter of an integrated circuit device, comprising the following steps of: providing an initial program comprising initial instructions comprising an opcode field and an instruction field; reformatting, by a function f, the initial instructions of said initial program, comprising a reorganisation of the bit fields contained in the instructions, to obtain intermediate instructions of an intermediate program in which the useful information contained in the initial instruction fields is grouped in an information field; determining repetition templates of m bits in the intermediate program and comprising m - q bits set to 0 or to 1, and q generic bits, and defining, for each repetition template, a pair formed of said repetition template and an instruction compressed by a function h; replacing intermediate instructions of the intermediate program by the compressed instructions and modifying the links of the program to obtain a compressed program by a function g; replacing the compressed instructions of the compressed program by the intermediate instructions by the function g -1 to obtain the intermediate program; and of reformatting the intermediate instructions by the function f -1 to obtain the initial program. providing an initial program comprising initial instructions comprising an opcode field and an instruction field; reformatting, by a function f, the initial instructions of said initial program, comprising a reorganisation of the bit fields contained in the instructions, to obtain intermediate instructions of an intermediate program in which the useful information contained in the initial instruction fields is grouped in an information field; determining repetition templates of m bits in the intermediate program and comprising m - q bits set to 0 or to 1, and q generic bits, and defining, for each repetition template, a pair formed of said repetition template and an instruction compressed by a function h; replacing intermediate instructions of the intermediate program by the compressed instructions and modifying the links of the program to obtain a compressed program by a function g; replacing the compressed instructions of the compressed program by the intermediate instructions by the function g -1 to obtain the intermediate program; and of reformatting the intermediate instructions by the function f -1 to obtain the initial program.
End point bearing of transverse slats of a mattress bed base, with two bearing bolt receptacles for installing on bearing bolts, which are mounted on the rails of a bed frame, receiving pockets for ends of transverse slats, and a rubber-elastic spring element which is provided between the bearing bolt receptacles and the receiving pockets and has a lower lower portion connecting the bearing bolt receptacles, and an upper portion connecting the receiving pockets, wherein a partial region of the lower portion connecting the bearing bolt receptacles has, in the region of a central perpendicular to the end point bearing, a curvature upwards with an apex point, the end point bearing is assigned a functional part which is insertable into the spring element and extends the function of the end point bearing from a functional-part-free spring element, which conventionally absorbs elastic forces, to an interactive rocker-type spring element with a functional part, and therefore a deflection of one of the receiving pockets leads to the raising of the respective other receiving pocket, wherein the functional part is designed as a horizontal bar which is supported centrally on the apex point and extends on both sides to under the receiving pockets, characterized in that a bearing with a latching surface for a latching lug of a hinge pin of the horizontal bar, which is formed as one part, and is formed at the apex point.
An apparatus comprising: - a pump impeller for circulating a cooling fluid in an engine, - a driving device for driving the pump impeller, - a conduit for conveying exhaust gases produced by the engine towards the driving device, so that the exhaust gases move a rotor of the driving device, the driving device comprising a plurality of vanes, characterized in that each vane of said plurality protrudes from the rotor by an amount which varies as the rotor rotates. - a pump impeller for circulating a cooling fluid in an engine, - a driving device for driving the pump impeller, - a conduit for conveying exhaust gases produced by the engine towards the driving device, so that the exhaust gases move a rotor of the driving device,
Locking system for a motor vehicle, the locking system comprising a disk-shaped rotational element, a drive for rotating the rotational element about a rotational axis, and a lever which can be moved by the rotational element, a ramp being provided on the disk-shaped rotational element and the locking system being designed such that the lever can be pivoted by the ramp when the rotational element is rotated by the drive, characterized in that the ramp extends obliquely to the rotational axis and slopes in radial direction towards the rotational element.
An apparatus for analysing a side information bitstream of a multi-object audio signal, comprising: a side information bitstream input unit configured to receive the side information bitstream; a spatial cue information extractor configured to extract spatial cue information based on the side information bitstream; and a preset information extractor configured to extract preset information and default preset information based on the side information bitstream, wherein the side information bitstream includes a header region and a frame region, wherein the frame region includes the preset information and the header region includes the default preset information for using at least one of the preset information and the default preset information for rendering the multi-object audio signal corresponding to the frame region, wherein the preset information includes a layout of a playback system to be a mono system, a stereo system or a multi-channel system, an audio object location and an audio object level, and wherein the preset information is expressed in a matrix form. a side information bitstream input unit configured to receive the side information bitstream; a spatial cue information extractor configured to extract spatial cue information based on the side information bitstream; and a preset information extractor configured to extract preset information and default preset information based on the side information bitstream, wherein the side information bitstream includes a header region and a frame region, wherein the frame region includes the preset information and the header region includes the default preset information for using at least one of the preset information and the default preset information for rendering the multi-object audio signal corresponding to the frame region, wherein the preset information includes a layout of a playback system to be a mono system, a stereo system or a multi-channel system, an audio object location and an audio object level, and wherein the preset information is expressed in a matrix form.
Method for reducing the harmful exhaust gas constituents of petrol-operated internal combustion engines by passing the exhaust gas through a three-way catalytic converter comprising one or more adjacent support bodies having a catalytically active coating, wherein the catalytically active coating has an inhomogeneous distribution of the oxygen storage capacity when viewed in the flow direction, characterized in that no oxygen storing material is present at the downstream end of the catalytic converter, and this region has a relative volume on the entire three-way catalytic converter of 5-50%, and the oxygen storage capacity in the catalytic converter rises incrementally or continuously from the downstream end to the upstream end.
A surgical instrument for illuminating a surgical field, said surgical instrument comprising: a generally cylindrical optical waveguide having a proximal end, a distal end, a bore, and a plurality of microstructures, facets, or lenses wherein the bore extends from the proximal end to the distal end, and wherein the bore is sized to accommodate one or more instruments or tools, and wherein the optical waveguide conducts light from the proximal end to the distal end, and wherein the plurality of microstructures, facets, or lenses are disposed on the distal end of the optical waveguide, the microstructures, facets, or lenses configured to direct the light in a desired direction.
Nucleic acid for inhibiting expression of a target gene in a cell, comprising at least one duplex region that comprises at least a portion of a first strand and at least a portion of a second strand that is at least partially complementary to the first strand, wherein said first strand is at least partially complementary to at least a portion of RNA transcribed from said target gene, wherein all nucleotides of the nucleic acid are modified at the 2' position of the sugar, wherein positions 2 and 14 on the first strand starting from the 5' end are modified with 2' fluoro, wherein the nucleic acid is modified on the first strand with alternating 2' O-methyl modifications and 2' fluoro modifications, and wherein the second strand is modified with 2' fluoro modifications at positions 11-13 counting from the 3' end starting at the first position of the double strand region and the remaining modifications are 2' O-methyl modifications. wherein all nucleotides of the nucleic acid are modified at the 2' position of the sugar, wherein positions 2 and 14 on the first strand starting from the 5' end are modified with 2' fluoro, wherein the nucleic acid is modified on the first strand with alternating 2' O-methyl modifications and 2' fluoro modifications, and wherein the second strand is modified with 2' fluoro modifications at positions 11-13 counting from the 3' end starting at the first position of the double strand region and the remaining modifications are 2' O-methyl modifications.
A method for allowing distributed running of an application between a device and a server connected via a network, the method comprising: - analyzing a source code of the application for identifying parts that satisfy or are assumed to satisfy at least one first criterion based on resource consumption, said source code containing all instructions to carry out the application when run on a device; - transmitting only the identified application code parts to the server; - generating from the application source code an enriched application code arranged to call for the execution of one of the identified application code parts on the server only if at least one second criterion based on resource overload is satisfied at the time said application code part is to be run; - transmitting the enriched application code to the device. - analyzing a source code of the application for identifying parts that satisfy or are assumed to satisfy at least one first criterion based on resource consumption, said source code containing all instructions to carry out the application when run on a device; - transmitting only the identified application code parts to the server; - generating from the application source code an enriched application code arranged to call for the execution of one of the identified application code parts on the server only if at least one second criterion based on resource overload is satisfied at the time said application code part is to be run; - transmitting the enriched application code to the device.
A vehicle control device comprising: an engine; an engine control mechanism (5, 13, 14, 18, 19) that controls a generated torque of the engine; and control means that performs vehicle posture control for generating vehicle deceleration by controlling the engine control mechanism (5, 13, 14, 18, 19) to reduce the generated torque of the engine upon satisfaction of a condition that a vehicle is travelling and a change speed of the steering angle related to a steering angle of a steering device increases, wherein, when a driver performs an accelerator operation for reducing an accelerator opening during execution of the vehicle posture control, the control means suppresses reduction of the generated torque of the engine due to the accelerator operation. an engine; an engine control mechanism (5, 13, 14, 18, 19) that controls a generated torque of the engine; and control means that performs vehicle posture control for generating vehicle deceleration by controlling the engine control mechanism (5, 13, 14, 18, 19) to reduce the generated torque of the engine upon satisfaction of a condition that a vehicle is travelling and a change speed of the steering angle related to a steering angle of a steering device increases, wherein, when a driver performs an accelerator operation for reducing an accelerator opening during execution of the vehicle posture control, the control means suppresses reduction of the generated torque of the engine due to the accelerator operation.
A canister mounting structure for a motorcycle by which canister components including an evaporative emissions canister and a canister connecting tube are mounted to a motorcycle having a fuel tank and a fuel tray comprising a tray portion mounted above said fuel tank, wherein said fuel tray further comprises a canister mounting portion, on which said canister is secured, characterised in that said canister mounting structure further comprises: - a rubber holder wound about said canister, and said canister mounting portion includes a pair of hook members (460a, 460b) integrally formed therewith and projecting upwardly therefrom, wherein said pair of hook members (460a, 460b) engages with said rubber holder when said canister is mounted on said fuel tray; and - an upper canister holder that attaches to said canister mounting portion of said fuel tray, wherein said upper canister holder and said canister mounting portion securely clip said rubber holder to thereby support said canister on said canister mounting portion of said fuel tray. - a rubber holder wound about said canister, and said canister mounting portion includes a pair of hook members (460a, 460b) integrally formed therewith and projecting upwardly therefrom, wherein said pair of hook members (460a, 460b) engages with said rubber holder when said canister is mounted on said fuel tray; and - an upper canister holder that attaches to said canister mounting portion of said fuel tray, wherein said upper canister holder and said canister mounting portion securely clip said rubber holder to thereby support said canister on said canister mounting portion of said fuel tray.
An organic thin-film transistor comprising a gate electrode, a gate insulator layer, an organic semiconductor layer, a source electrode and a drain electrode wherein the organic semiconductor layer has crystallinity and contains an organic semiconductor material characterized in that the organic semiconductor material is selected from the following compounds having the structures represented by the formulae A1, C1, C2, D1 and E6 shown below:
A stage one turbine nozzle for a gas turbine, the nozzle comprising: an airfoil, the airfoil comprising an airfoil body, wherein a number of apertures are provided in the airfoil body and positioned along the airfoil body, characterized in the nozzle further comprising a supply tube extending into the airfoil and distinct from the airfoil body and at least a pair of injectors extending from the supply tube through the apertures to an outer surface of the airfoil; wherein an air gap is provided surrounding each of the injectors between the respective injector and the airfoil body. an airfoil, the airfoil comprising an airfoil body, wherein a number of apertures are provided in the airfoil body and positioned along the airfoil body, characterized in the nozzle further comprising a supply tube extending into the airfoil and distinct from the airfoil body and at least a pair of injectors extending from the supply tube through the apertures to an outer surface of the airfoil; wherein an air gap is provided surrounding each of the injectors between the respective injector and the airfoil body.
A working vehicle comprising: a drive shaft part to which power generated by a power source is transmitted; and a drive shaft braking mechanism which generates a braking force on the drive shaft part when a brake pedal is depressed, wherein the braking mechanism includes a disc rotating together with a shaft of the drive shaft part and a clamping part characterised in that the clamping part is capable of clamping the disc according to the pivoting of a drive shaft braking arm, the clamping part has a fixed portion fixed to a rear axle housing and a movable portion, the movable portion is formed in an annular shape and has: an engagement hole with which the drive shaft braking arm engages, and ball holes in which parts of balls are accommodated and each of the ball holes is formed so that its bottom surface is inclined, the balls accommodated in the ball holes are in a non-operation position where the depth of the ball holes is deep, and the movable portion moves toward the disc along an axial direction of the shaft, when the movable portion is pivoted by the drive shaft braking arm from the state where the balls are in the non-operation position, wherein the drive shaft part transmits the power to drive wheels via a differential device, and the fixed portion supports the shaft of the drive shaft part to be rotatable via a bearing. a drive shaft part to which power generated by a power source is transmitted; and a drive shaft braking mechanism which generates a braking force on the drive shaft part when a brake pedal is depressed, wherein the braking mechanism includes a disc rotating together with a shaft of the drive shaft part and a clamping part characterised in that the clamping part is capable of clamping the disc according to the pivoting of a drive shaft braking arm, the clamping part has a fixed portion fixed to a rear axle housing and a movable portion, the movable portion is formed in an annular shape and has: an engagement hole with which the drive shaft braking arm engages, and ball holes in which parts of balls are accommodated and each of the ball holes is formed so that its bottom surface is inclined, an engagement hole with which the drive shaft braking arm engages, and ball holes in which parts of balls are accommodated and each of the ball holes is formed so that its bottom surface is inclined, the balls accommodated in the ball holes are in a non-operation position where the depth of the ball holes is deep, and the movable portion moves toward the disc along an axial direction of the shaft, when the movable portion is pivoted by the drive shaft braking arm from the state where the balls are in the non-operation position, wherein the drive shaft part transmits the power to drive wheels via a differential device, and the fixed portion supports the shaft of the drive shaft part to be rotatable via a bearing.
Method for building tyres for vehicle wheels, comprising: - arranging a tyre being processed (14, 15) carried by a drum (12, 13) into a radially internal position with respect to gripping elements of a transfer device; the gripping elements having gripping surfaces directed radially towards a longitudinal axis (Z-Z) of the transfer device; the drum (12, 13) being supported by a movement device (21, 22) with at least two degrees of freedom; - detecting, through a measurement device, a longitudinal shift (ΔZ), along a direction parallel to said longitudinal axis (Z-Z) of the transfer device, between a centre of the transfer device and a centre of the tyre being processed (14, 15). - arranging a tyre being processed (14, 15) carried by a drum (12, 13) into a radially internal position with respect to gripping elements of a transfer device; the gripping elements having gripping surfaces directed radially towards a longitudinal axis (Z-Z) of the transfer device; the drum (12, 13) being supported by a movement device (21, 22) with at least two degrees of freedom; - detecting, through a measurement device, a longitudinal shift (ΔZ), along a direction parallel to said longitudinal axis (Z-Z) of the transfer device, between a centre of the transfer device and a centre of the tyre being processed (14, 15).
An air conditioner comprising an outdoor unit and a plurality of indoor units (40, 50, 60, 70) connected to the outdoor unit, with the outdoor unit configured to sometimes set an evaporation temperature or a condensation temperature that is different from a value of an evaporation temperature or a condensation temperature that any of the indoor units has requested from the outdoor unit, wherein the indoor units (40, 50, 60, 70) have indoor-side controllers (47, 57, 67, 77) configured to perform capacity control that adjusts capacity on the basis of a degree of superheating or a degree of supercooling, an air volume, or an evaporation temperature or a condensation temperature while calculating a requested capacity that is determined from a current room temperature and a set room temperature, characterized in that the indoor-side controllers (47, 57, 67, 77) are, in the capacity control, configured to determine the air volume and/or a target value for the degree of superheating or the degree of supercooling on the basis of the evaporation temperature or the condensation temperature that is set by the outdoor unit.
A surface-coated cutting tool comprising a coating layer formed on a substrate, characterized by assuming that the average thickness of the coating layer on a first surface and a second surface of the substrate is A, a difference between the maximum and minimum thicknesses of the coating layer is 0.04 × A or less; and wherein the first surface and the second surface are rake faces; wherein the thickness of the coating layer is the thickness at a cutting edge portion of the coating layer; and wherein the surface-coated cutting tool is a negative tip.