mhurhangee/ep-ind-claims huggingface dataset:
A communication apparatus belonging to a first communication system, the communication apparatus comprising: a controller for managing a communication slot required for the first communication system; a command generator for generating a first request command which requests use of the communication slot required for the first communication system, with respect to a second communication system which coexists with the first communication system on a communication medium on a basis of a time division communication using communication slots; a transmitter for transmitting the first request command; and a communication manager for controlling the transmission of the first request command, characterized in that the first request command includes information regarding a priority of the command, and when the communication slot required for the first communication system cannot be secured, the communication manager causes the second communication system to free at least half of communication slots being used by the second communication system, by transmitting the first request command having a high priority from the transmitter, to secure the freed communication slots. a controller for managing a communication slot required for the first communication system; a command generator for generating a first request command which requests use of the communication slot required for the first communication system, with respect to a second communication system which coexists with the first communication system on a communication medium on a basis of a time division communication using communication slots; a transmitter for transmitting the first request command; and a communication manager for controlling the transmission of the first request command, characterized in that the first request command includes information regarding a priority of the command, and when the communication slot required for the first communication system cannot be secured, the communication manager causes the second communication system to free at least half of communication slots being used by the second communication system, by transmitting the first request command having a high priority from the transmitter, to secure the freed communication slots.
A fuel metering circuit for a turbomachine comprising: - a metering device, - a pump configured to circulate a fuel flow rate toward the metering device, - a regulating valve configured to return an excess fuel flow rate delivered to the metering device toward the pump according to a difference in fuel pressure at the terminals of the metering device - a diaphragm and - a volume flow meter configured to determine the volume flow rate of fuel passing through the diaphragm, the metering circuit being characterized in that the diaphragm and the volume flow meter are mounted in parallel with the metering device in a bypass duct, downstream of the regulating valve, in order to determine a density of the fuel circulating in the metering circuit. - a metering device, - a pump configured to circulate a fuel flow rate toward the metering device, - a regulating valve configured to return an excess fuel flow rate delivered to the metering device toward the pump according to a difference in fuel pressure at the terminals of the metering device - a diaphragm and - a volume flow meter configured to determine the volume flow rate of fuel passing through the diaphragm,
Device for curing resin-impregnated lining sleeves with high-energy radiation, comprising at least one radiation source for generating high-energy radiation for curing a lining sleeve, at least one camera for capturing a sequence of images of the surrounding area of the device and at least one input device, in particular separate from the curing device, wherein by means of the input device a capturing region and/or a display region of the camera can be set, or is set, by a user, and wherein setting of the capturing region of the camera is performed by moving at least part of the camera and/or is performed by means of an electronic image processing device, which is designed and set up to set at least one camera parameter in dependence on a set display region, and wherein the at least one camera comprises a swivel head that is rotatable about a first axis and pivotable about a second axis, wherein electric motors that are in operative connection with the swivel head are comprised in particular for changing the position of the capturing region of the camera.
A nutritional composition comprising lipid, wherein the lipid is present in the form of lipid globules, said lipid globules having a volume weighted mode diameter above 1.0 μm and comprising triglycerides derived from vegetable origin, for use in feeding a human subject having an age of 0 to 36 months, for use in a) reducing blood cholesterol levels, and/or b) reducing levels of blood LDL and/or VLDL, when said human subject has reached an age above 36 months. a) reducing blood cholesterol levels, and/or b) reducing levels of blood LDL and/or VLDL,
A glass-ceramic article, comprising at least one substrate, such as a plate, made of glass-ceramic, said substrate having a face with a microtexturing such that the arithmetic mean surface roughness, Ra, measured according to standard ISO 4287, is between 0.14 and 0.40 μm, preferably between 0.15 and 0.30 μm.
Bioreactor for culturing cells with at least one vessel, which is designed to receive the cells to be cultured and at least one nutrient medium in a vessel interior at least partially closed off from an environment by walls of the vessel, and with a movement device, which can be connected to a drive unit and which moves the cells to be cultured at least temporarily or applies a force, characterized in that arranged in the vessel interior is an elastic element made of a spongy material and designed in such a way that at least a part of the nutrient medium can be accommodated at least in one region of the elastic element and that the cells to be cultured adhere at least partially in and/or to the elastic element and that the movement device is designed to deform the elastic element at least temporarily, wherein the movement device has at least one membrane which at least partially closes off the vessel interior from the environment and which is deformed during operation at least temporarily by a piston element connected indirectly or directly to the drive unit and that during the movement of the membrane the elastic element is alternately compressed and expanded at least partially in successive time intervals, wherein the elastic element accommodates nutrient medium during its expansion and ejects nutrient medium during its compression.
Image capture method in an active pixel image sensor, applying an integration period common to all of the pixels before a phase of reading out the pixels, row by row, each pixel comprising a memory node between a photosensitive element (Dp) and a readout node of the pixel, with a first charge transfer transistor placed between the photosensitive element and the memory node and a second charge transfer transistor placed between the memory node and the readout node, characterized in that, in each new integration period, the method comprises the following control steps, across all of the pixels simultaneously: - applying, to the gate of all of the first transfer transistors: - at least one first voltage pulse (P1 a) at an intermediate voltage (t 1) between the start (t 0) and the end of the integration period, controlling a transfer of charge from the photodiode to the memory node; and - a final voltage pulse (Pf) at the end of the integration period, controlling a final transfer of charge from the photodiode to the memory node, the end of the pulse marking the end of the current integration period; - applying, to the gate (TR2-g) of all of the second transfer transistors, a second voltage pulse (P2 a) after each first voltage pulse (P1 a) and before the final voltage pulse (Pf), and the second voltage pulse (P2 a) setting a potential barrier height (h a) under the gate of said second transistors in relation to the potential (V MN) of the memory node, allowing the charge in said memory node beyond a maximum amount of charge that can be held in said memory node to be clipped. - applying, to the gate of all of the first transfer transistors: - at least one first voltage pulse (P1 a) at an intermediate voltage (t 1) between the start (t 0) and the end of the integration period, controlling a transfer of charge from the photodiode to the memory node; and - a final voltage pulse (Pf) at the end of the integration period, controlling a final transfer of charge from the photodiode to the memory node, the end of the pulse marking the end of the current integration period; - applying, to the gate (TR2-g) of all of the second transfer transistors, a second voltage pulse (P2 a) after each first voltage pulse (P1 a) and before the final voltage pulse (Pf), and the second voltage pulse (P2 a) setting a potential barrier height (h a) under the gate of said second transistors in relation to the potential (V MN) of the memory node, allowing the charge in said memory node beyond a maximum amount of charge that can be held in said memory node to be clipped.
An image processing apparatus comprising: calculation means (105, 207) for calculating an evaluation value representing a condition of shading for an object region in an image; setting means (105, 208) for setting a virtual light source based on the evaluation value; and correction means (105, 205) for applying effects of virtual light irradiated by the virtual light source in the image, wherein the setting means (105, 208) sets the virtual light source so that the virtual light illuminates a shaded region of the object region, in a case where it is determined, that the shading needs to be lessened when the evaluation value is greater than a target value, characterized in that the setting means (105, 208) sets the virtual light source so that the virtual light illuminates an illuminated region of the object region so that the illuminated areas in the object region due to environment light and the virtual light overlap, in a case where it is determined, that the shading needs to be increased when the evaluation value is less than or equal to the target value. calculation means (105, 207) for calculating an evaluation value representing a condition of shading for an object region in an image; setting means (105, 208) for setting a virtual light source based on the evaluation value; and correction means (105, 205) for applying effects of virtual light irradiated by the virtual light source in the image, wherein the setting means (105, 208) sets the virtual light source so that the virtual light illuminates a shaded region of the object region, in a case where it is determined, that the shading needs to be lessened when the evaluation value is greater than a target value, characterized in that the setting means (105, 208) sets the virtual light source so that the virtual light illuminates an illuminated region of the object region so that the illuminated areas in the object region due to environment light and the virtual light overlap, in a case where it is determined, that the shading needs to be increased when the evaluation value is less than or equal to the target value.
A make-up method for keratinous fibers, in particular the skin, lips or dermoskeleton, including the following steps: - depositing, on the medium to be made up via a non-magnetic cosmetic applicator, at least one cosmetic composition, said cosmetic composition including: - bodies having a non-null magnetic susceptibility and that are mobile under the effect of a magnetic field, - at least one interferential pigment, - at least partially exposing the composition to a magnetic field so as to modify the orientation and/or move at least part of the magnetic bodies, the magnetic field being applied so as to form at least one pattern on the composition. - depositing, on the medium to be made up via a non-magnetic cosmetic applicator, at least one cosmetic composition, said cosmetic composition including: - bodies having a non-null magnetic susceptibility and that are mobile under the effect of a magnetic field, - at least one interferential pigment, - bodies having a non-null magnetic susceptibility and that are mobile under the effect of a magnetic field, - at least one interferential pigment, - at least partially exposing the composition to a magnetic field so as to modify the orientation and/or move at least part of the magnetic bodies,
A thrust reverser for an aircraft propulsion unit, this thrust reverser comprising a fixed structure and a mobile external structure, this thrust reverser being configured to be placed in: - a direct jet configuration wherein the mobile external structure is in a closed position, the mobile external structure in the closed position being able to guide a flow of fluid in the propulsion unit so as to generate a thrust, - a reverse jet configuration wherein the mobile external structure is in an open position, the mobile external structure in the open position releasing a radial opening capable of discharging a portion of said fluid flow from the propulsion unit so as to generate a counter-thrust, the movement of the mobile external structure from the closed position to the open position defining a positive sense of movement, this thrust reverser being characterised in that the fixed structure comprises a first braking element and the mobile external structure comprises a second braking element, the first and the second braking element cooperating with each other by sliding with friction when the mobile external structure is moved in the positive sense beyond the open position so as to generate a braking force that opposes this movement, the first and the second braking element being configured so that the braking force increases when the mobile external structure moves away from the open position. - a direct jet configuration wherein the mobile external structure is in a closed position, the mobile external structure in the closed position being able to guide a flow of fluid in the propulsion unit so as to generate a thrust, - a reverse jet configuration wherein the mobile external structure is in an open position, the mobile external structure in the open position releasing a radial opening capable of discharging a portion of said fluid flow from the propulsion unit so as to generate a counter-thrust,
An electric three-wheeled vehicle which runs by driving a pair of left and right rear wheels by rotary driving power of a motor supplied with electric power from batteries (BF, BR), a rear body comprising rear body frames attached in a transversely tiltable manner with respect to a body frame and a chassis attached to the rear body frames by a pivot shaft on a vehicle forward side in a vertically swingable manner, at least the batteries (BF, BR) being located on the rear body frames and the motor and the rear wheels being supported on the chassis, wherein: the batteries (BF, BR) are housed in a battery case fixed on the rear body frames; a PDU as a battery control device is located on a vehicle forward side of the battery case; and a contactor having a function to open and close a connection between the batteries (BF, BR) and the PDU is located near the battery case, characterized in that the PDU and the contactor are located outside the battery case,the PDU is located on a lateral face of the battery case at the front of the rear body and easily cooled by a wind during a run of the electric three-wheeled vehicle; and the contactor is located on a lateral face of the battery case and is extending from the battery case in the vehicle traverse direction. the batteries (BF, BR) are housed in a battery case fixed on the rear body frames; a PDU as a battery control device is located on a vehicle forward side of the battery case; and a contactor having a function to open and close a connection between the batteries (BF, BR) and the PDU is located near the battery case, characterized in that the PDU and the contactor are located outside the battery case,the PDU is located on a lateral face of the battery case at the front of the rear body and easily cooled by a wind during a run of the electric three-wheeled vehicle; and the contactor is located on a lateral face of the battery case and is extending from the battery case in the vehicle traverse direction.
Air humidifying device comprising a water-impermeable, water-vapor-permeable, preferably hydrophobic, membrane, which membrane is arranged in a container of the air humidifying device in such a way that the membrane can be impacted on its one side by passing water of a water guiding arrangement of the air humidifying device, wherein the water guiding arrangement comprises at least one controllable water pump, and wherein the membrane on its other side is in contact with an air channel in the container in such a way that the other side of the membrane can be acted upon by the air in the air channel, characterized in that the air humidifying device comprises at least one sensor, which is in particular a sensor at the flow-side outlet of the air channel, which sensor is designed for measuring the quantity of water vapor in the air flow, and wherein the air humidifying device has a control arrangement which is designed in particular for evaluating the sensor signal of the sensor for determining the water vapor mass flow leaving the container, which control arrangement for controlling the water pump is designed in such a way that the water mass flow in kg/h flowing past the membrane can be set to be greater by a factor X than the water vapor mass flow in kg/h leaving the membrane into the air channel, wherein the factor X is greater than 5.
Flue gas outlet assembly, comprising an outlet tube with an outlet end and a first connection end opposite the outlet end, and a connecting tube with a main connection end for connecting the flue gas outlet assembly to a further flue gas system and a second connection end opposite the main connection end, wherein the outlet tube and the connecting tube are separate parts, wherein the first connection end of the outlet tube and the main connection end of the connecting tube are dimensioned to slide into each other in a pre-operational condition.
A controlled atmosphere workstation comprising, a chamber, at least one porthole that may be opened for enabling a user to access the chamber, a sleeve secured to the said at least one porthole, said sleeve being adapted in use to receive the hand of a user and to engage the forearm of a user, a system for evacuating the sleeve prior to opening the porthole, and means for detecting changes in air pressure in the vicinity of said porthole when said hand is moved towards said porthole, and characterised in that operation of said sleeve evacuation system is initiated by detecting a change in said pressure due to the movement of said hand towards said porthole.
Active part of an electric machine having - a plurality of coils which each have a sub-conductor, wherein the coils are formed by windings of their sub-conductor and wherein the windings of a coil each have a pre-determined winding length; - a carrier part, wherein the coils are arranged in grooves of the carrier part; wherein - the coils have a winding overhang region which projects at an end face of the carrier part; and wherein - the coils are arranged in the form of a tiered winding, wherein - the coils have a predefined minimum spacing from each other, wherein three of the coils each always have an inclination in the tiered winding of 0°, 45° and 90° with respect to the end face of the carrier part, wherein the inclination of the coils has a tolerance range between -25° and +25° in each case, characterised in that - at least the coil with the inclination of 45° in the winding overhang region has a V shape in cross-section as a result of an arrangement of its sub-conductor, wherein the cross-section is designed as a cutting plane, which is extends in the longitudinal direction and simultaneously perpendicularly to the longitudinal direction of the active part, wherein - the coil is designed in a two-part form, wherein the coil is divided in the winding overhang region into a first coil part and a second coil part, of which each forms a leg of the V shape and wherein the first and the second coil part are insulated independently of each other by means of a first tape insulation. - a plurality of coils which each have a sub-conductor, wherein the coils are formed by windings of their sub-conductor and wherein the windings of a coil each have a pre-determined winding length; - a carrier part, wherein the coils are arranged in grooves of the carrier part; wherein - the coils have a winding overhang region which projects at an end face of the carrier part; and wherein - the coils are arranged in the form of a tiered winding, wherein - the coils have a predefined minimum spacing from each other, wherein three of the coils each always have an inclination in the tiered winding of 0°, 45° and 90° with respect to the end face of the carrier part, wherein the inclination of the coils has a tolerance range between -25° and +25° in each case, - at least the coil with the inclination of 45° in the winding overhang region has a V shape in cross-section as a result of an arrangement of its sub-conductor, wherein the cross-section is designed as a cutting plane, which is extends in the longitudinal direction and simultaneously perpendicularly to the longitudinal direction of the active part, wherein - the coil is designed in a two-part form, wherein the coil is divided in the winding overhang region into a first coil part and a second coil part, of which each forms a leg of the V shape and wherein the first and the second coil part are insulated independently of each other by means of a first tape insulation.
Method for providing an assertion message from a proving party to a relying party, the method comprising the steps of: - creating an assertion comprising one or more statements, - creating a cryptographic assertion proof (p A), - creating a temporary private key and a corresponding temporary public key from the assertion and the assertion proof (p A), - creating a cryptographic key proof (p K) for the temporary public key, - creating an assertion message signature by means of the temporary private key by signing at least the assertion proof, - creating the assertion message comprising the temporary public key, the assertion proof (p A), the key proof (p K), the assertion, a message body and the assertion message signature. - creating an assertion comprising one or more statements, - creating a cryptographic assertion proof (p A), - creating a temporary private key and a corresponding temporary public key from the assertion and the assertion proof (p A), - creating a cryptographic key proof (p K) for the temporary public key, - creating an assertion message signature by means of the temporary private key by signing at least the assertion proof, - creating the assertion message comprising the temporary public key, the assertion proof (p A), the key proof (p K), the assertion, a message body and the assertion message signature.