mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a wireless device (102, 104, 706, 804, 806, 852, 854, 1102, 2300, 2400, 2800, 2900, 3000, 3100), the method comprising: determining from a first broadcast signal (316, 714, 722) received from a base station (108, 302, 704, 2102, 2104, 2106, 2500, 2700) that a frequency band (902, 904, 906, 908) corresponding to said base station (108, 302, 704, 2102, 2104, 2106, 2500, 2700) is being used for peer to peer communications; determining from a second broadcast signal (316, 714, 722) received from the base station (108, 302, 704, 2102, 2104, 2106, 2500, 2700) that said frequency band (902, 904, 906, 908) has been changed to being used as a cellular frequency band (902, 904, 906, 908) characterized in that in response to determining that the frequency band (902, 904, 906, 908) is being used as a cellular frequency band (902, 904, 906, 908) reducing transmission power of ongoing peer to peer communications; and maintaining the ongoing peer to peer communications and cellular communications in said frequency band (902, 904, 906, 908) at the same time. determining from a first broadcast signal (316, 714, 722) received from a base station (108, 302, 704, 2102, 2104, 2106, 2500, 2700) that a frequency band (902, 904, 906, 908) corresponding to said base station (108, 302, 704, 2102, 2104, 2106, 2500, 2700) is being used for peer to peer communications; determining from a second broadcast signal (316, 714, 722) received from the base station (108, 302, 704, 2102, 2104, 2106, 2500, 2700) that said frequency band (902, 904, 906, 908) has been changed to being used as a cellular frequency band (902, 904, 906, 908) characterized in that in response to determining that the frequency band (902, 904, 906, 908) is being used as a cellular frequency band (902, 904, 906, 908) reducing transmission power of ongoing peer to peer communications; and maintaining the ongoing peer to peer communications and cellular communications in said frequency band (902, 904, 906, 908) at the same time.
A method for manufacturing a part crossed through by channels or conduits transferring a liquid or gaseous fluid through the wall of said part, between its inner cavity and its outer surface, and conversely, said part allowing the manufacture of a mold including said channels for the circulation of said fluid from a molding portion of said part, said molding portion being made up of a front face constituting an opening plane of said part and including a molding cavity, toward a non-molding portion of said part, and vice versa, said method being characterized in that said part is designed and manufactured using a method based on a decomposition principle of the part, by a set of inter-ply planes (P i), in a series of plies (...6 i, 6 i+1) which, after assembly, make up said part, and characterized in that one provides, at the different inter-ply planes (P i), that said channels have ends emerging, on the one hand, within said cavity of the molding portion, and on the other hand, at the non-molding portion, making it possible to allow said fluid to pass through the part.
A rotor for a rotary electric machine, comprising: a shaft; a rotor core through which the shaft passes, for rotating integrally with the shaft; and a plurality of permanent magnets, each being extended in an axial direction of the rotor core and being fixed to the rotor core along a circumferential direction of the rotor core, wherein the rotor core comprises: a first core portion comprising a plurality of core pieces (5, 6) joined together through caulking portions, and a hollow first lightening portion separated away from the shaft in a radial direction of the rotor core; and a second core portion comprising a plurality of core pieces (7, 8) joined together through caulking portions, and a press-fit portion held in close contact with the first core portion, into which the shaft is press-fitted, wherein a radial width of a magnetic path of a ring-shaped outer circumferential portion formed by laminating the first core portion and the second core portion changes along the circumferential direction, wherein a portion of the shaft passes through a center axis line of the hollow first lightening portion of the first core portion, and wherein a ring is disposed inside the hollow first lightening portion, wherein the ring surrounds the portion of the shaft via a gap portion provided between the shaft and the ring. a shaft; a rotor core through which the shaft passes, for rotating integrally with the shaft; and a plurality of permanent magnets, each being extended in an axial direction of the rotor core and being fixed to the rotor core along a circumferential direction of the rotor core, wherein the rotor core comprises: a first core portion comprising a plurality of core pieces (5, 6) joined together through caulking portions, and a hollow first lightening portion separated away from the shaft in a radial direction of the rotor core; and a second core portion comprising a plurality of core pieces (7, 8) joined together through caulking portions, and a press-fit portion held in close contact with the first core portion, into which the shaft is press-fitted, a first core portion comprising a plurality of core pieces (5, 6) joined together through caulking portions, and a hollow first lightening portion separated away from the shaft in a radial direction of the rotor core; and a second core portion comprising a plurality of core pieces (7, 8) joined together through caulking portions, and a press-fit portion held in close contact with the first core portion, into which the shaft is press-fitted, wherein a radial width of a magnetic path of a ring-shaped outer circumferential portion formed by laminating the first core portion and the second core portion changes along the circumferential direction, wherein a portion of the shaft passes through a center axis line of the hollow first lightening portion of the first core portion, and wherein a ring is disposed inside the hollow first lightening portion, wherein the ring surrounds the portion of the shaft via a gap portion provided between the shaft and the ring.
An insert for supplying a fluid to splines of a drive shaft, the insert extending along an axis of rotation (A R) and configured to rotate around the axis of rotation (A R), the rotation of the drive shaft causing the insert to rotate, the insert comprising: an insert wall having a rigid inner insert wall portion and an elastically deformable outer insert wall portion extending between a first end and a second end of the insert along the axis of rotation (A R); a reservoir defined by the insert wall for storing a fluid; a nozzle positioned at the first end of the insert, the nozzle defining a duct in communication with the reservoir; wherein, the elastically deformable outer insert wall portion is configured to move between an expanded state, when the fluid is supplied to the reservoir, and an unexpanded state, when rotation of the insert and supply of fluid to the reservoir are ceased, and movement of the elastically deformable outer insert wall portion to the unexpanded state forces the fluid to be discharged through the nozzle. an insert wall having a rigid inner insert wall portion and an elastically deformable outer insert wall portion extending between a first end and a second end of the insert along the axis of rotation (A R); a reservoir defined by the insert wall for storing a fluid; a nozzle positioned at the first end of the insert, the nozzle defining a duct in communication with the reservoir; wherein, the elastically deformable outer insert wall portion is configured to move between an expanded state, when the fluid is supplied to the reservoir, and an unexpanded state, when rotation of the insert and supply of fluid to the reservoir are ceased, and movement of the elastically deformable outer insert wall portion to the unexpanded state forces the fluid to be discharged through the nozzle.
Wiper blade to clean a vehicle window, with a wiper blade body, with a wiper blade adapter to fasten the wiper blade to a wiper arm, with a supply element having at least one connection element (31, 32) to supply at least one cleaning liquid to the supply element, the supply element having a device to supply air and a mixing device to generate a cleaning foam as a cleaning medium, the cleaning medium being composed of the cleaning liquid and the air, characterized in that the wiper blade comprises at least one spray opening arranged on a longitudinal side of the wiper blade body for spraying the cleaning medium on the vehicle window, wherein the at least one spray opening is hydraulically connected to the supply element, and in that the supply element is part of the wiper blade adapter.
A computer-implemented method for managing user key pairs, the method comprising: receiving biometric information associated with a user and a first request to store a user key pair associated with the user to a memory on an identity cryptographic chip or chip set - ICC -; initializing the ICC, wherein initializing the ICC comprises storing biometric information in the memory as pre-stored biometric information, storing a first cryptographic operation code executable to add a digital signature based on the user key pair, and storing a second cryptographic operation code executable to perform file encryption or file decryption based on the user key pair; comparing the biometric information associated with the user with the pre-stored biometric information; in response to determining that the biometric information associated with the user matches the pre-stored biometric information, encrypting the user key pair to provide an encrypted user key pair; storing the encrypted user key pair to the memory; receiving second biometric information and a second request for adding a digital signature to a file; authenticating the second request based on matching the second biometric information to the pre-stored biometric information; and adding the digital signature to the file based on the first cryptographic operation code and a private key of the user key pair. receiving biometric information associated with a user and a first request to store a user key pair associated with the user to a memory on an identity cryptographic chip or chip set - ICC -; initializing the ICC, wherein initializing the ICC comprises storing biometric information in the memory as pre-stored biometric information, storing a first cryptographic operation code executable to add a digital signature based on the user key pair, and storing a second cryptographic operation code executable to perform file encryption or file decryption based on the user key pair; storing biometric information in the memory as pre-stored biometric information, storing a first cryptographic operation code executable to add a digital signature based on the user key pair, and storing a second cryptographic operation code executable to perform file encryption or file decryption based on the user key pair; comparing the biometric information associated with the user with the pre-stored biometric information; in response to determining that the biometric information associated with the user matches the pre-stored biometric information, encrypting the user key pair to provide an encrypted user key pair; storing the encrypted user key pair to the memory; receiving second biometric information and a second request for adding a digital signature to a file; authenticating the second request based on matching the second biometric information to the pre-stored biometric information; and adding the digital signature to the file based on the first cryptographic operation code and a private key of the user key pair.
Composition comprising, in a physiologically acceptable medium, adapalene and dispersed benzoyl peroxide, characterized in that it is in the form of a cream gel and comprises the following ingredients (expressed as a percentage by weight): - from 0.001 to 5% adapalene; - 0.025 to 10% benzoyl peroxide; - from 30% to 95% water; - from 0.01% to 15% of one or more pH-independent gelling agents; - from 5% to 30% fatty phase comprising at least one lipophilic compound chosen from vegetable, mineral, animal or synthetic oils, silicone oils, and their mixtures; - from 0% to 1.5% chelating agents; - from 0% to 10% of one or more wetting agents; - from 0% to 3% preservatives; - from 0% to 20% humectants and/or emollients; - from 0% to 3% stabilizing agents; - from 0% to 10% neutralizing agents. - from 0.001 to 5% adapalene; - 0.025 to 10% benzoyl peroxide; - from 30% to 95% water; - from 0.01% to 15% of one or more pH-independent gelling agents; - from 5% to 30% fatty phase comprising at least one lipophilic compound chosen from vegetable, mineral, animal or synthetic oils, silicone oils, and their mixtures; - from 0% to 1.5% chelating agents; - from 0% to 10% of one or more wetting agents; - from 0% to 3% preservatives; - from 0% to 20% humectants and/or emollients; - from 0% to 3% stabilizing agents; - from 0% to 10% neutralizing agents.
A device for measuring a level of a process liquid in a pressurized apparatus, for example an apparatus of a urea plant, comprising a radar instrument positioned in use outside the apparatus and having a microwave emitter and a microwave receiver; a waveguide probe for transmitting microwaves, defined by a solid rod body and extending in use inside the apparatus between a proximal end, joined to the radar instrument, and a distal end, immersed in use in the process liquid below a free surface of the process liquid; and a confinement cover, arranged about at least a measurement portion of the probe at least partly immersed in use in the process liquid; the cover being positioned above the probe and along said measurement portion of the probe so as to surround the probe externally, and being radially spaced from a lateral surface of the probe; the measuring device being characterized in that the cover has a longitudinally open cross-section so that the cover only partially surrounds the probe angularly, leaving a longitudinal opening facing the lateral surface of the probe; the cover extending about the probe with an angular extent between 150° and 250°.
A test panel for testing for food intolerance in a patient diagnosed with, or suspected of having, migraine headaches, the test panel comprising: a plurality of distinct food preparations, wherein each food preparation is independently coupled to an individually addressable solid carrier; wherein the plurality of distinct food preparations consists of cucumber, tomato, malt, cauliflower, broccoli, peach, cantaloupe, orange, egg, tea, cabbage, green pepper, safflower, grapefruit, Swiss cheese, chocolate, wheat, cow's milk, rye, baker's yeast, cottage cheese, brewer's yeast, oat, honey, almond, sweet potato, onion, lemon, cheddar cheese, butter, rice, cane sugar, parsley, mustard, tobacco, goat's milk, American cheese, yogurt, eggplant, black walnut, spinach, cola nut, avocado, corn, garlic, pineapple, strawberry, sunflower seed, buck wheat, beef, potato, and mushroom. a plurality of distinct food preparations, wherein each food preparation is independently coupled to an individually addressable solid carrier;
A mounting device for performing mounting processing of mounting a component at a predetermined mounting position on a board, the mounting device comprising: a head unit including a contacting section (45; 45B; 45C) for contacting at a predetermined height position a housing section housing a component such that the relative positional relationship between the contacting section (45; 45B; 45C) and the component in the height direction is decided when the contacting section (45; 45B; 45C) contacts the housing section, and a gripping section (43, 47; 43B, 47B; 43C, 47C) for picking up a component housed in the housing section by gripping the component; and control means that are configured to move the gripping section (43, 47; 43B, 47B; 43C, 47C) so as to grip the component housed in the housing section in a state with the contacting section (45; 45B; 45C) contacting the housing section. a head unit including a contacting section (45; 45B; 45C) for contacting at a predetermined height position a housing section housing a component such that the relative positional relationship between the contacting section (45; 45B; 45C) and the component in the height direction is decided when the contacting section (45; 45B; 45C) contacts the housing section, and a gripping section (43, 47; 43B, 47B; 43C, 47C) for picking up a component housed in the housing section by gripping the component; and control means that are configured to move the gripping section (43, 47; 43B, 47B; 43C, 47C) so as to grip the component housed in the housing section in a state with the contacting section (45; 45B; 45C) contacting the housing section.
A semiconductor light-receiving element comprising: a substrate of which a surface is a single crystal Si layer; a PIN type photodiode made by sequentially layering on top of the substrate a Si layer of a first conductivity type, a non-doped Ge layer and a first Ge layer of a second conductivity type that is the opposite type of the first conductivity type; a Ge current blocking mechanism provided in at least a portion in the periphery of the layer structure made of the non-doped Ge layer and the first Ge layer of the second conductivity type; a contact electrode for the second conductivity type provided on the first Ge layer of the second conductivity type; and a contact electrode for the first conductivity type provided in the Si layer of the first conductivity type; wherein the Ge current blocking mechanism has a structure where a second Ge layer of the second conductivity type and a third Ge layer of the first conductivity type are layered on top of each other starting from the substrate side, and a thyristor structure made of the first Ge layer of the second conductivity type, the third Ge layer of the first conductivity type, the second Ge layer of the second conductivity type and the Si layer of the first conductivity type is formed between the contact electrode for the second conductivity type and the contact electrode for the first conductivity type. a substrate of which a surface is a single crystal Si layer; a PIN type photodiode made by sequentially layering on top of the substrate a Si layer of a first conductivity type, a non-doped Ge layer and a first Ge layer of a second conductivity type that is the opposite type of the first conductivity type; a Ge current blocking mechanism provided in at least a portion in the periphery of the layer structure made of the non-doped Ge layer and the first Ge layer of the second conductivity type; a contact electrode for the second conductivity type provided on the first Ge layer of the second conductivity type; and a contact electrode for the first conductivity type provided in the Si layer of the first conductivity type; wherein the Ge current blocking mechanism has a structure where a second Ge layer of the second conductivity type and a third Ge layer of the first conductivity type are layered on top of each other starting from the substrate side, and a thyristor structure made of the first Ge layer of the second conductivity type, the third Ge layer of the first conductivity type, the second Ge layer of the second conductivity type and the Si layer of the first conductivity type is formed between the contact electrode for the second conductivity type and the contact electrode for the first conductivity type.
A mobile terminal for displaying an image, the terminal comprising: a display for displaying a first image in an operation mode, wherein the display is an Electro Luminescence, EL, display panel; characterised in the terminal further comprising a controller for measuring a distribution degree of a white color within a second image to be displayed in a standby mode, whereby the controller is adapted to: invert the white color of the second image when the distribution degree of the white color is more than a predetermined amount and display the inverted second image when the terminal is in the standby mode, display the second image with darker colors when the distribution degree of the white color is less than the predetermined amount, the darker colors being set to a level set by a user or a system, and display the first image when the standby mode is released, wherein the first image is an original image where the white color thereof is not inverted and which is displayed on the display when the terminal is in the operation mode and the second image is a standby screen image which is supposed to be displayed on the display when the terminal is in the standby mode. a display for displaying a first image in an operation mode, wherein the display is an Electro Luminescence, EL, display panel; characterised in the terminal further comprising a controller for measuring a distribution degree of a white color within a second image to be displayed in a standby mode, whereby the controller is adapted to: invert the white color of the second image when the distribution degree of the white color is more than a predetermined amount and display the inverted second image when the terminal is in the standby mode, display the second image with darker colors when the distribution degree of the white color is less than the predetermined amount, the darker colors being set to a level set by a user or a system, and display the first image when the standby mode is released, invert the white color of the second image when the distribution degree of the white color is more than a predetermined amount and display the inverted second image when the terminal is in the standby mode, display the second image with darker colors when the distribution degree of the white color is less than the predetermined amount, the darker colors being set to a level set by a user or a system, and display the first image when the standby mode is released, wherein the first image is an original image where the white color thereof is not inverted and which is displayed on the display when the terminal is in the operation mode and the second image is a standby screen image which is supposed to be displayed on the display when the terminal is in the standby mode.
A waste heat recovery unit comprising a duct for hot gas, wherein the duct is divided into first, second and third adjacent and parallel channels each with an inlet and an outlet, a heat exchanger is located in each of the first and third channels, and the second channel is located between the first and third channels and provides a bypass channel, and further comprising a damper system operable to selectively open and close the inlets of the first, second and third channels, the unit being characterized in that the damper system comprises a plurality of rotatable blades mounted to walls dividing the duct into the first, second and third channels, and connected to a common actuator.
A method of optimizing an operation of a rotorcraft, the rotorcraft having a tail rotor drive shaft, the method characterised by comprising: measuring an actual usage of the tail rotor drive shaft during operation of the rotorcraft, the actual usage including at least a torque measurement, measuring the actual usage including accumulating and storing data pertaining to the torque experienced by the tail rotor drive shaft over a certain period of time; adjusting a defined life of the tail rotor drive shaft based upon the measuring of the actual usage. measuring an actual usage of the tail rotor drive shaft during operation of the rotorcraft, the actual usage including at least a torque measurement, measuring the actual usage including accumulating and storing data pertaining to the torque experienced by the tail rotor drive shaft over a certain period of time; adjusting a defined life of the tail rotor drive shaft based upon the measuring of the actual usage.