mhurhangee/ep-ind-claims huggingface dataset:
Method for securely storing, in a network, a container image in a container registry, comprising: - a step of sending a container image, this container image corresponding to an initial state of a client machine environment which can subsequently be used to execute this container, from a first client machine of the network to a container registry of a server machine of the network, which server machine is remote from the first client machine, - a step of encrypting this container image, which step is carried out in the random access memory of the first client machine, before the step of sending it to the server machine, such that said container image is already encrypted when it is received by the container registry in order to be stored therein, characterised in that: - the encryption key is introduced in encoded form on the first client machine, the encryption key is accompanied by a decoding password enabling it to be decoded, the encoded encryption key and the decoding password are only found together in the random access memory of the first client machine in order to encrypt the container image, such that the encryption key of this container image can be used in the random access memory of the first client machine, is inaccessible in the mass storage of the first client machine and is inaccessible on the server machine. - a step of sending a container image, this container image corresponding to an initial state of a client machine environment which can subsequently be used to execute this container, from a first client machine of the network to a container registry of a server machine of the network, which server machine is remote from the first client machine, - a step of encrypting this container image, which step is carried out in the random access memory of the first client machine, before the step of sending it to the server machine, such that said container image is already encrypted when it is received by the container registry in order to be stored therein, characterised in that: - the encryption key is introduced in encoded form on the first client machine, the encryption key is accompanied by a decoding password enabling it to be decoded, the encoded encryption key and the decoding password are only found together in the random access memory of the first client machine in order to encrypt the container image, such that the encryption key of this container image can be used in the random access memory of the first client machine, is inaccessible in the mass storage of the first client machine and is inaccessible on the server machine.
A method of transmitting data comprising: controlling generation of bit sequences, which correspond to signal points on a phase plane, to adjust an occupation rate occupied with predetermined bits included in a first data block (CODE BLOCK 1), which is obtained by encoding first data in a turbo encoding process, to be equal or closer to an occupation rate occupied with predetermined bits included in a second data block (CODE BLOCK 2), which is obtained by encoding second data in a turbo encoding process, in regard to first bit positions of the bit sequences generated using bits included in the first and second data blocks; and performing multi-level modulation for transmission based on the generated bit sequences in accordance with each signal point; wherein the first bit positions are distinguished based on an error tolerance resulting from the correspondence to a signal point on the phase plane, and the predetermined bits correspond to either systematic bits or parity bits. controlling generation of bit sequences, which correspond to signal points on a phase plane, to adjust an occupation rate occupied with predetermined bits included in a first data block (CODE BLOCK 1), which is obtained by encoding first data in a turbo encoding process, to be equal or closer to an occupation rate occupied with predetermined bits included in a second data block (CODE BLOCK 2), which is obtained by encoding second data in a turbo encoding process, in regard to first bit positions of the bit sequences generated using bits included in the first and second data blocks; and performing multi-level modulation for transmission based on the generated bit sequences in accordance with each signal point; wherein the first bit positions are distinguished based on an error tolerance resulting from the correspondence to a signal point on the phase plane, and the predetermined bits correspond to either systematic bits or parity bits.
A method for the removal of at least a portion of odoriferous and/or non palatable constituents from a propolis containing composition wherein said method includes the step of contacting propolis and water at a temperature in the range of 40-100 °C for a predetermined period of time and characterised by removing at least one top floating layer of material from the water/propolis composition during said predetermined period of time.
A metering device for fluid flows having a housing, the inside of which can be flowed through by fluid, wherein an inversion into the inside of the housing is configured in a housing wall, which inversion is formed at least sectionally as a bearing body, and with a magnetic rotating body which is rotatably mounted in the inside of the housing on the bearing body and can be driven by a fluid flow for rotation on the bearing body, characterized in that inside the bearing body at least two directionally sensitive magnetic field sensors (14a, 14b) are arranged for detecting a magnetic field of the magnetic rotating body on the bearing body, signals whereof can be evaluated as a measure of the rotation of the rotational body and of the fluid flow, wherein the magnetic field sensors are arranged at the same axial height along the rotational axis of the rotational body, displaced by an angle about the axis of rotation in the rotational direction and in the same plane, are displaced in a translatory manner in this plane and oriented in the same spatial direction.
A combination comprising zidovudine or a pharmaceutically acceptable salt and/or solvate thereof and a fluoroquinolone antibiotic selected from the group consisting of ciprofloxacin, gatifloxacin, gemifloxacin, levofloxacin, moxifloxacin, lomefloxacin, norfloxacin, ofloxacin, pefloxacin, rufloxacin, balofloxacin, grepafloxacin, pazufloxacin, sparfloxacin, sitafloxacin, besifloxacin, delafloxacin, ulifloxacin and pharmaceutically acceptable salts and/or solvates thereof, for use in treating a bacterial infection, wherein the infection is caused by a drug-resistant strain of the bacteria and wherein the use is in a subject other than an HIV-infected subject.
A turbomachine combustion chamber comprising a chamber end wall presenting a plurality of air and fuel injector devices, each of said devices comprising a bowl and a deflector mounted on a main axis forming a heat shield disposed around said bowl, said bowl flaring in the gas flow direction and possessing an annular portion, with the interface (10, 16) between said bowl and said deflector being situated on said annular portion, the combustion chamber being characterized in that at least a portion of said interface is situated towards the end of said annular portion that is upstream in the gas flow direction, and in that an annular cavity is defined between said deflector and said annular portion downstream from said interface, first holes being formed through said annular portion to open out in register with the edge of said chamber end wall that is in contact with said deflector in order to sustain a flow of air from upstream to downstream in said annular cavity, the air passing through the first holes coming to impact directly against the portion of the deflector that is in contact with said edge of said end wall.
High-pressure pump for delivering a fluid, having - a rotatable drive shaft, - a pump unit which can be driven by the drive shaft and which has a cylinder housing with a fluid inlet chamber and with a high-pressure chamber which is hydraulically couplable to the fluid inlet chamber, in which high-pressure chamber there is arranged an axially moveable high-pressure piston which is operatively connected to the drive shaft, and which high-pressure chamber can be charged with high pressure, and - a volume flow control valve which is designed for adjusting the fluid inflow into the high-pressure pump, wherein the volume flow control valve is arranged at least partially in the fluid inlet chamber, characterized in that the fluid inlet chamber is arranged in a substantially hollow cylindrical section of the cylinder housing, and the hollow cylindrical section has an outer wall, and in that the high-pressure pump has a connection piece with an inner fluid duct for the supply of fluid, wherein the connection piece has a hollow cylindrical main body with an inner wall which bears in fluid-tight fashion against the outer wall of the hollow cylindrical section, and, in the hollow cylindrical section of the cylinder housing, there is formed a fluid passage opening by means of which the fluid duct is hydraulically coupled to the fluid inlet chamber. - a rotatable drive shaft, - a pump unit which can be driven by the drive shaft and which has a cylinder housing with a fluid inlet chamber and with a high-pressure chamber which is hydraulically couplable to the fluid inlet chamber, in which high-pressure chamber there is arranged an axially moveable high-pressure piston which is operatively connected to the drive shaft, and which high-pressure chamber can be charged with high pressure, and - a volume flow control valve which is designed for adjusting the fluid inflow into the high-pressure pump, wherein the volume flow control valve is arranged at least partially in the fluid inlet chamber,
An apparatus for determining a refractive error of an eye, comprising: a camera configured to capture an image of light from the eye, and an optical power changing device configured to vary an optical power of a light path from the eye to the camera, wherein the apparatus comprises a computing device which is configured to calculate the refractive error of the eye based on a series of images of light from the eye captured by the camera with varying optical power using the series of images as at least approximate point spread functions, by determining an optical power where the point spread function is sharpest for at least three meridians, and calculate the refractive error based on the optical powers where the point spread function is sharpest determined for the at least three meridians. a camera configured to capture an image of light from the eye, and an optical power changing device configured to vary an optical power of a light path from the eye to the camera, wherein the apparatus comprises a computing device which is configured to calculate the refractive error of the eye based on a series of images of light from the eye captured by the camera with varying optical power using the series of images as at least approximate point spread functions, by determining an optical power where the point spread function is sharpest for at least three meridians, and calculate the refractive error based on the optical powers where the point spread function is sharpest determined for the at least three meridians.
A head-up display device, including: a box-shaped case having an opening; a display source that is disposed within the case; a reflector that is displaceably disposed within the case so as to reflect the display light of the display information displayed on the display source toward a projection area disposed in a window shield of a vehicle through an opening of the case; and a reflector displacement unit that displaces the reflector so as to move a projection position of the display light on the projection area in a vertical direction of the vehicle; wherein the head-up display device is equipped with a guide light unit having at least one of a plurality of luminous bodies aligned along an optical path of the display light, and a rod-like luminous body arranged along the optical path of the display light, on an inner surface of the case between the display source and the reflector. a box-shaped case having an opening; a display source that is disposed within the case; a reflector that is displaceably disposed within the case so as to reflect the display light of the display information displayed on the display source toward a projection area disposed in a window shield of a vehicle through an opening of the case; and a reflector displacement unit that displaces the reflector so as to move a projection position of the display light on the projection area in a vertical direction of the vehicle; wherein the head-up display device is equipped with a guide light unit having at least one of a plurality of luminous bodies aligned along an optical path of the display light, and a rod-like luminous body arranged along the optical path of the display light, on an inner surface of the case between the display source and the reflector.
A method for forming a zirconia film, comprising: placing zirconia fine particles having a mean particle diameter of 2 μm or more and 4 μm or less and a specific surface area of 4 m 2 /g or more and 7 m 2 /g or less in a closed container; generating aerosol of the zirconia fine particles by introduction of a gas into the closed container; conveying the aerosol through a transfer pipe connected to the closed container into a deposition chamber kept at a pressure lower than that of the closed container; and depositing the zirconia fine particles on a substrate placed in the deposition chamber; wherein the zirconia fine particles are zirconia fine particles prepared by a wet method, wherein the mean particle diameter is defined as a mean particle diameter D 50 which is determined by a laser-diffraction particle size distribution measurement method; and wherein the specific surface area is a value determined by a gas adsorption method. placing zirconia fine particles having a mean particle diameter of 2 μm or more and 4 μm or less and a specific surface area of 4 m 2 /g or more and 7 m 2 /g or less in a closed container; generating aerosol of the zirconia fine particles by introduction of a gas into the closed container; conveying the aerosol through a transfer pipe connected to the closed container into a deposition chamber kept at a pressure lower than that of the closed container; and depositing the zirconia fine particles on a substrate placed in the deposition chamber; wherein the zirconia fine particles are zirconia fine particles prepared by a wet method, wherein the mean particle diameter is defined as a mean particle diameter D 50 which is determined by a laser-diffraction particle size distribution measurement method; and wherein the specific surface area is a value determined by a gas adsorption method.
A hand-tearable plastic tape, comprising; a plastic backing comprising a longitudinal axis and a transverse width and axis, and comprising a first major side and an oppositely-facing second major side, wherein the first major side of the backing comprises a microstructured paint-retention pattern comprising microreceptacles that are at least partially defined by a multiplicity of first microstructured partitions and a multiplicity of second microstructured partitions at least some of which intersect with first microstructured partitions to define microreceptacles thereby; wherein the first major side of the backing also comprises a microstructured hand-tear pattern comprising a multiplicity of lines of weakness at least some of which comprise a long axis that is oriented within plus or minus 45 degrees of the transverse axis of the backing and wherein at least some of the lines of weakness are continuous lines of weakness each comprising a continuous groove that extends across the entire transverse width of the first side of the backing, wherein the microstructured paint-retention pattern and the microstructured hand-tear pattern are coextensive and intersecting with each other; and wherein a pressure-sensitive adhesive is disposed on the second major side of the backing.
A fluid meter configured to perform metrological measurements in a fluid circulation pipe and to communicate information relating to said metrological data, comprising: - a fluid pipe, - at least one metrological sensor configured to perform metrological measurements in the fluid pipe, - a control block configured to receive the metrological measurements and to communicate information relating to said metrological data, - a power supply block configured to supply energy to the control block, the power supply block comprising a first supply path comprising at least one primary cell, and a second supply path, the power supply block further comprising a first switch configured to selectively couple the first supply path or the second supply path to the control block, characterized in that the fluid meter comprises a thermoelectric generator configured to produce electricity from a temperature difference (ΔT) between an exterior of the pipe and the fluid in the pipe, the second supply path being connected to the thermoelectric generator. - a fluid pipe, - at least one metrological sensor configured to perform metrological measurements in the fluid pipe, - a control block configured to receive the metrological measurements and to communicate information relating to said metrological data, - a power supply block configured to supply energy to the control block, the power supply block comprising a first supply path comprising at least one primary cell, and a second supply path, the power supply block further comprising a first switch configured to selectively couple the first supply path or the second supply path to the control block,
Field programmable gate array (1, 100, 200, 300, 400) comprising: plurality of functional blocks (10a-d, 20, 30, 110a-h, 120a-d, 130a-d, 210a-e, 410a, 410b) at least one of the functional blocks comprising at least one function (12a-d, 412a, 412b), at least one of the functions using a parameter (514, 518), wherein the functional blocks are adapted to perform the at least one function in a calculation phase; characterized by: a data conveyor (40, 140, 240, 340, 440) comprising a plurality of data slots, wherein each functional block (10a-d, 20, 30, 110a-h, 120a-d, 130a-d, 210a-e, 410a, 410b) is, in a data transfer phase, adapted to receive input data from one or more predefined first slots and/or to provide output data into one or more predefined second slots; and a configuration circuit (150, 450) adapted to configure the parameter for the at least function using the parameter and to define the one or more first slots and/or the one or more second slots for at least one functional block, wherein the field programmable gate array is adapted to cyclically repeat the data transfer phase and calculation phase. plurality of functional blocks (10a-d, 20, 30, 110a-h, 120a-d, 130a-d, 210a-e, 410a, 410b) at least one of the functional blocks comprising at least one function (12a-d, 412a, 412b), at least one of the functions using a parameter (514, 518), wherein the functional blocks are adapted to perform the at least one function in a calculation phase; characterized by: a data conveyor (40, 140, 240, 340, 440) comprising a plurality of data slots, wherein each functional block (10a-d, 20, 30, 110a-h, 120a-d, 130a-d, 210a-e, 410a, 410b) is, in a data transfer phase, adapted to receive input data from one or more predefined first slots and/or to provide output data into one or more predefined second slots; and a configuration circuit (150, 450) adapted to configure the parameter for the at least function using the parameter and to define the one or more first slots and/or the one or more second slots for at least one functional block, wherein the field programmable gate array is adapted to cyclically repeat the data transfer phase and calculation phase. a data conveyor (40, 140, 240, 340, 440) comprising a plurality of data slots, wherein each functional block (10a-d, 20, 30, 110a-h, 120a-d, 130a-d, 210a-e, 410a, 410b) is, in a data transfer phase, adapted to receive input data from one or more predefined first slots and/or to provide output data into one or more predefined second slots; and a configuration circuit (150, 450) adapted to configure the parameter for the at least function using the parameter and to define the one or more first slots and/or the one or more second slots for at least one functional block, wherein the field programmable gate array is adapted to cyclically repeat the data transfer phase and calculation phase.
System for exposing a material with images, where the system comprises an exposure table and an electronic light projector arranged above the exposure table and being adapted to project images towards a material arranged at the exposure table, where the electronic light projector and the exposure table are configured to be moved relative to each other during exposure and where the electronic light projector is connected to a projector control unit configured to: - provide a sequence of images to be exposed represented by image data, - superimpose a static image pattern onto the edge sections of the images to be exposed, where the width of the static image pattern is slimmer than the image to be exposed, resulting in a sequence of combined images, and where the electronic light projector is configured to expose the combined images sequentially onto the material. - provide a sequence of images to be exposed represented by image data, - superimpose a static image pattern onto the edge sections of the images to be exposed, where the width of the static image pattern is slimmer than the image to be exposed, resulting in a sequence of combined images, and
A structure for preventing rain leakage in a tree house built with a tree trunk as a pillar, the structure comprising: the tree trunk; and on an upper part of a roof of the tree house, and a waterproof sheet, characterized in that said waterproof sheet is a two-layer waterproof sheet comprising two layers (60, 70), the two layers (60, 70) being a waterproof sheet and a non-woven fabric that is water absorbent, the non-woven fabric layer being configured to drain absorbed water from an end of the non-woven fabric layer in use, the two-layer waterproof sheet being wound onto the trunk so that there is direct contact between the non-woven fabric and a surface of the trunk, thereby preventing rainwater from entering the tree house along the trunk. the tree trunk; and on an upper part of a roof of the tree house, and a waterproof sheet, the two layers (60, 70) being a waterproof sheet and a non-woven fabric that is water absorbent, the non-woven fabric layer being configured to drain absorbed water from an end of the non-woven fabric layer in use, the two-layer waterproof sheet being wound onto the trunk so that there is direct contact between the non-woven fabric and a surface of the trunk, thereby preventing rainwater from entering the tree house along the trunk.
Method for remineralization and pH correction of water produced by a fuel cell on board an aircraft, characterized in that it consists of diverting a portion of the water produced by the fuel cell to at least one treatment tank containing a saturation reagent and mixing the flow of treated water coming from the treatment tank with the flow of non-diverted water so as to obtain water with the desired mineralization and/or pH.