mhurhangee/ep-ind-claims huggingface dataset:
A refrigeration apparatus comprising an insulating box body having side and rear walls and defining a storage chamber, high-temperature-side refrigerant circuit and a low-temperature-side refrigerant circuit each constituting an independent refrigerant closed circuit in which a refrigerant discharged from a compressor is condensed and then evaporated to exert a cooling function, an evaporator of the high-temperature-side refrigerant circuit and a condenser (28,31) of the low-temperature-side refrigerant circuit constituting a cascade heat exchanger and an insulating structure having first and second opposite ends and in which the periphery of the cascade heat exchanger is surrounded with insulating material, an evaporator of the low-temperature-side refrigerant circuit being configured to cool a storage chamber constituted in an insulating box body to an extremely low temperature, the refrigeration apparatus further comprising: a mechanical chamber which is constituted by the side of the insulating box body and in which the compressor (io)is installed, characterised by an opening in said side wall of the insulating box body positioned on the mechanical chamber side that extends in a front-to-rear direction between said storage chamber and said mechanical chamber and opens rearwards, wherein the cascade heat exchanger is arranged on said first end of the insulating structure and pipes that connect devices in the insulating structure to those arranged outside the insulating structure are arranged on said second end; the insulating structure being insertable into said opening from said first end provided with the cascade heat exchanger, the insulating structure being arranged in said side wall of the insulating box body.
Assembly comprising a current distribution device and a device for holding and for positioning this current distribution device in an electrical panel, said distribution device being intended to supply power to rows of electrical switchgear (a, b, c, d) that are mounted on a mounting support (r, s, t, v) in the panel, said distribution device comprising, housed in an insulating casing, one busbar that is intended to convey the neutral and at least one busbar that is intended to convey a phase, said busbars being positioned substantially in parallel with respect to one another, and substantially perpendicularly to the longitudinal direction of the mounting supports (r, s, t, v), each busbar bearing connection elements for connection to a cable or the like, the assembly also including sliding means (13, 14, 15) that are provided partly on the distribution device and partly on at least one support element (9, 10) that can be securely connected to a rail that is attached to the back wall of the panel, characterized in that they allow the distribution device to slide with respect to the one or more support elements (9, 10) in a first and a second movement, these two successive movements forming an L, the second movement ending in the passing of a hard point, which locks the distribution device with respect to the panel.
A propulsor for an aircraft, the propulsor comprising: a housing defining a partially enclosed volume that extends from an inlet to both a first thrust outlet and a second thrust outlet, wherein the first thrust outlet is configured to provide horizontal thrust, the second thrust outlet is configured to provide vertical thrust, and the plane of the inlet is within a threshold first thrust outlet deviation angle of being perpendicular to the first thrust outlet plane and the plane of the inlet is within a threshold second thrust outlet deviation angle of being parallel to the second thrust outlet plane, wherein the threshold first thrust outlet deviation angle is less than 10 degrees and the threshold second thrust outlet deviation angle is less than 10 degrees; a fan assembly including a plurality of blades extending radially from an axis of rotation, wherein the fan assembly is positioned at least partially within the partially enclosed volume and is configured to provide a motive force for fluid flow into the partially enclosed volume via the inlet; a blade pitch control mechanism configured to selectively vary a respective pitch angle of each blade in the plurality of blades; and an outlet flow control assembly configured to direct the fluid flow to preferentially exit the partially enclosed volume via a selected one of the first thrust outlet and the second thrust outlet. a housing defining a partially enclosed volume that extends from an inlet to both a first thrust outlet and a second thrust outlet, wherein the first thrust outlet is configured to provide horizontal thrust, the second thrust outlet is configured to provide vertical thrust, and the plane of the inlet is within a threshold first thrust outlet deviation angle of being perpendicular to the first thrust outlet plane and the plane of the inlet is within a threshold second thrust outlet deviation angle of being parallel to the second thrust outlet plane, wherein the threshold first thrust outlet deviation angle is less than 10 degrees and the threshold second thrust outlet deviation angle is less than 10 degrees; a fan assembly including a plurality of blades extending radially from an axis of rotation, wherein the fan assembly is positioned at least partially within the partially enclosed volume and is configured to provide a motive force for fluid flow into the partially enclosed volume via the inlet; a blade pitch control mechanism configured to selectively vary a respective pitch angle of each blade in the plurality of blades; and an outlet flow control assembly configured to direct the fluid flow to preferentially exit the partially enclosed volume via a selected one of the first thrust outlet and the second thrust outlet.
A method performed by a system comprising one or more devices, said method comprising: communicating electronically regarding one or more electronic transactions of the one or more devices on a network, at least one of said one or more devices comprising at least one of a sensor, an actuator,er a middlebox, or any combination thereof; said one or more electronic transactions occurring in accordance with one or more consensus rules of a blockchain through use of digital currency micropayments; monitoring, by the one or more devices, traffic associated with one another for conformance with a smart contract; and in response to detecting, by at least one peer device of the one or more devices, a violation of the smart contract by a particular device, broadcasting, to a plurality of blockchain miners, a candidate block comprising a plurality of digital currency micropayments to be paid from a digital currency wallet of the particular device to respective digital currency wallets of the at least one peer device and of a winning blockchain miner, said winning blockchain miner being the first to validate the candidate block among the plurality of blockchain miners. communicating electronically regarding one or more electronic transactions of the one or more devices on a network, at least one of said one or more devices comprising at least one of a sensor, an actuator,er a middlebox, or any combination thereof; said one or more electronic transactions occurring in accordance with one or more consensus rules of a blockchain through use of digital currency micropayments; monitoring, by the one or more devices, traffic associated with one another for conformance with a smart contract; and in response to detecting, by at least one peer device of the one or more devices, a violation of the smart contract by a particular device, broadcasting, to a plurality of blockchain miners, a candidate block comprising a plurality of digital currency micropayments to be paid from a digital currency wallet of the particular device to respective digital currency wallets of the at least one peer device and of a winning blockchain miner, said winning blockchain miner being the first to validate the candidate block among the plurality of blockchain miners.
An integrated device comprising: a surface having a trench region (4-120; 5-420; 6-420) recessed from a portion of the surface; an array of sample wells (4-108; 5-108; 5-308), disposed in the trench region, wherein a sample well of the array of sample wells is configured to receive a sample; a metal stack formed at least on a bottom surface of the trench region, wherein the sample well is formed through the metal stack; and a waveguide (4-116; 5-416; 5-436; 6-416) configured to couple excitation energy to at least one sample well in the array and having a top surface posit io ned at a first distance h M from-a the bottom surface of the trench region and at a second distance h C from the surface of the integrated device in a region different from the trench region, wherein the first distance is smaller than the second distance. a surface having a trench region (4-120; 5-420; 6-420) recessed from a portion of the surface; an array of sample wells (4-108; 5-108; 5-308), disposed in the trench region, wherein a sample well of the array of sample wells is configured to receive a sample; a metal stack formed at least on a bottom surface of the trench region, wherein the sample well is formed through the metal stack; and a waveguide (4-116; 5-416; 5-436; 6-416) configured to couple excitation energy to at least one sample well in the array and having a top surface posit io ned at a first distance h M from-a the bottom surface of the trench region and at a second distance h C from the surface of the integrated device in a region different from the trench region, wherein the first distance is smaller than the second distance.
A system for reducing scouring in subsea foundations around a pile installed in a seabed, comprising: a disk having a greater cross-sectional dimension than the pile, and having at least a bottom surface and one or more chambers, the disk configured to receive fluidized fill material for at least partially filling the one or more chambers (14 to 17); and the disk having a pile opening formed through the disk and configured to be installed on the seabed with the pile protruding through the pile opening, characterized in that the disk further comprises a top surface and in that the one or more chambers (14 to 17) are formed between the top and bottom surface (34; 35). a disk having a greater cross-sectional dimension than the pile, and having at least a bottom surface and one or more chambers, the disk configured to receive fluidized fill material for at least partially filling the one or more chambers (14 to 17); and the disk having a pile opening formed through the disk and configured to be installed on the seabed with the pile protruding through the pile opening, characterized in that the disk further comprises a top surface and in that the one or more chambers (14 to 17) are formed between the top and bottom surface (34; 35).
Method for displaying virtual reality information in a vehicle, in which a virtual reality device is used by a user inside the vehicle to see an user's environment through the virtual reality images displayed to the user by means of the virtual reality device, characterised in that the method comprises the following steps: i) capturing at least one image of the environment of the user, in which the at least one image captured by means of at least one first camera coincides with a field of vision of the user, in which the at least one image captured is divided into at least three segments, ii) classifying the at least one segment of the at least one image as pertaining to: - the interior of the vehicle, which correspond to the interior of the passenger compartment of the vehicle, - the area outside the vehicle, which correspond to the outside of the passenger compartment of the vehicle, - an additional object of the vehicle, which correspond to additional objects located inside the vehicle, iii) modifying the at least one segment based on the classification of the at least one segment, iv) generating a virtual environment for displaying to the user, in which the virtual environment comprises at least one virtual segment based on at least one segment and at least one virtual segment based on the modified segment, and v) displaying the virtual environment generated by means of the virtual reality device. i) capturing at least one image of the environment of the user, in which the at least one image captured by means of at least one first camera coincides with a field of vision of the user, in which the at least one image captured is divided into at least three segments, ii) classifying the at least one segment of the at least one image as pertaining to: - the interior of the vehicle, which correspond to the interior of the passenger compartment of the vehicle, - the area outside the vehicle, which correspond to the outside of the passenger compartment of the vehicle, - an additional object of the vehicle, which correspond to additional objects located inside the vehicle, - the interior of the vehicle, which correspond to the interior of the passenger compartment of the vehicle, - the area outside the vehicle, which correspond to the outside of the passenger compartment of the vehicle, - an additional object of the vehicle, which correspond to additional objects located inside the vehicle, iii) modifying the at least one segment based on the classification of the at least one segment, iv) generating a virtual environment for displaying to the user, in which the virtual environment comprises at least one virtual segment based on at least one segment and at least one virtual segment based on the modified segment, and v) displaying the virtual environment generated by means of the virtual reality device.
A system for controlling a vehicular generator, comprising: a voltage controlling device for adjusting a generator output voltage of a generator connected to an in-vehicle battery to a predetermined voltage, wherein the voltage controlling device includes an external voltage sensing terminal for detecting an external voltage of the generator, and wherein the generator output voltage being adjusted through on/off control of a field current of the generator in accordance with the external voltage; an external control unit inserted between the external voltage sensing terminal and the battery to generate a voltage drop, the external control unit including an input terminal connected to the battery; and an output terminal connected to the external voltage sensing terminal; an operation state detecting section for detecting a vehicle operation state, wherein the voltage drop being variably set in accordance with the operation state; characterized in that the external control unit further includes: a duty signal generating section for generating a duty signal; a duty-voltage conversion circuit for converting the duty signal to a predetermined voltage; and a current mirror circuit configured to absorb a constant-current based on the predetermined voltage from a line between the input terminal and the output terminal. a voltage controlling device for adjusting a generator output voltage of a generator connected to an in-vehicle battery to a predetermined voltage, wherein the voltage controlling device includes an external voltage sensing terminal for detecting an external voltage of the generator, and wherein the generator output voltage being adjusted through on/off control of a field current of the generator in accordance with the external voltage; an external control unit inserted between the external voltage sensing terminal and the battery to generate a voltage drop, the external control unit including an input terminal connected to the battery; and an output terminal connected to the external voltage sensing terminal; an operation state detecting section for detecting a vehicle operation state, wherein the voltage drop being variably set in accordance with the operation state; characterized in that the external control unit further includes: a duty signal generating section for generating a duty signal; a duty-voltage conversion circuit for converting the duty signal to a predetermined voltage; and a current mirror circuit configured to absorb a constant-current based on the predetermined voltage from a line between the input terminal and the output terminal. a duty signal generating section for generating a duty signal; a duty-voltage conversion circuit for converting the duty signal to a predetermined voltage; and a current mirror circuit configured to absorb a constant-current based on the predetermined voltage from a line between the input terminal and the output terminal.
A method, performed by a first base station, of sharing a frequency resource with a second base station in a wireless communication system, the method comprising: transmitting, to one or more channel measurement target terminals determined from among terminals communicating with the first base station using first frequency resources, information instructing to transmit a signal for channel measurement to the second base station; transmitting, to the second base station, information indicating that the signal for channel measurement is to be transmitted from the one or more channel measurement target terminals; receiving, from the second base station, measurement information about channels between the second base station and the one or more channel measurement target terminals, wherein the measurement information includes information about at least one first maximum transmission power of the second base station corresponding to the one or more channel measurement target terminals, which is determined by the second base station; determining a shared frequency resource to be shared with the second base station from among the first frequency resources, based on the measurement information about the channels between the second base station and the one or more channel measurement target terminals; and transmitting information about the shared frequency resource to the second base station. transmitting, to one or more channel measurement target terminals determined from among terminals communicating with the first base station using first frequency resources, information instructing to transmit a signal for channel measurement to the second base station; transmitting, to the second base station, information indicating that the signal for channel measurement is to be transmitted from the one or more channel measurement target terminals; receiving, from the second base station, measurement information about channels between the second base station and the one or more channel measurement target terminals, wherein the measurement information includes information about at least one first maximum transmission power of the second base station corresponding to the one or more channel measurement target terminals, which is determined by the second base station; determining a shared frequency resource to be shared with the second base station from among the first frequency resources, based on the measurement information about the channels between the second base station and the one or more channel measurement target terminals; and transmitting information about the shared frequency resource to the second base station.
An oven for curing contact-lens precursor materials in molds to form contact lenses, wherein the oven comprises: a source of an inert gas operable to provide an inert atmosphere in the oven during the curing; a plurality of zones (40, 50, 60); and an mold advancement system for moving the molds between the plurality of zones; a plurality of vertically stacked transport units for supporting the molds, each transport unit including a baffle portion arranged to form at least part of a zone wall so that when the vertically stacked transports unit are in one of the zones, the zone wall acts to restrict heat flow into an adjacent zone, and the baffle portion of one of the transport units is arranged to co-operate with a corresponding baffle portion of another transport unit to form at least part of a zone wall; the oven is operable to maintain simultaneously a first zone of the plurality of zones (40, 50, 60) at a first temperature and a second zone of the plurality of zones at a second, different, temperature; and the plurality of zones are in gas communication with each other so that the inert atmosphere is a single inert atmosphere extending throughout the plurality of zones. a source of an inert gas operable to provide an inert atmosphere in the oven during the curing; a plurality of zones (40, 50, 60); and an mold advancement system for moving the molds between the plurality of zones; a plurality of vertically stacked transport units for supporting the molds, each transport unit including a baffle portion arranged to form at least part of a zone wall so that when the vertically stacked transports unit are in one of the zones, the zone wall acts to restrict heat flow into an adjacent zone, and the baffle portion of one of the transport units is arranged to co-operate with a corresponding baffle portion of another transport unit to form at least part of a zone wall; the oven is operable to maintain simultaneously a first zone of the plurality of zones (40, 50, 60) at a first temperature and a second zone of the plurality of zones at a second, different, temperature; and the plurality of zones are in gas communication with each other so that the inert atmosphere is a single inert atmosphere extending throughout the plurality of zones.
Method of isolating cellulose or chitin nanocrystals from a lignocellulose- or chitin-containing starting material, wherein the starting material is exposed to an oxidative effect of periodate anions in an aqueous suspension, wherein the pH-value of the aqueous suspension is adjusted to higher than pH 7.0, characterized in that the periodate anions are provided in an amount of at least 5 mol per kg of the starting material and that the starting material is exposed to the oxidative effect of the periodate anions for a period of at least one day in the aqueous suspension.
A nest swing comprising a frame, a brace (21, 22) and a supporting device which serves as nest, is mounted on the frame and provides a supporting surface, wherein the frame comprises two frame sections (5, 6) which are arranged in a pivoting manner with respect to each other and are coupled to each other with interposition of a hinge means, wherein the frame sections (5, 6) and the supporting device can be transferred by a relative pivoting motion of the frame sections (5, 6) with respect to each other from a first position of use into a second position of use and vice versa, wherein the frame sections (5, 6) are each U-shaped and each comprise two U-legs (10, 11; 13, 14) and a basis leg (12; 15) which connects the respective U-legs (10, 11; 13, 14) to each other, wherein the open sides of the frame sections (5, 6), which sides are placed opposite the respective basis legs (12; 15) are facing each other, characterized by a suspension device for arranging the frame in a hanging manner on a support device, wherein the suspension device comprises a band (18, 20; 17, 19) for each U-leg (10, 11; 13, 14) of the frame sections (5; 6), which bands are each arranged on the U-legs, wherein the two bands (18, 20; 17, 19) of a frame section (5, 6) have the same length and wherein the bands (17, 18; 19, 20) of the U-legs (10, 13; 11, 14), that are respectively facing each other, of the two frame sections (5, 6) are arranged in a distant manner from the frame section on the common brace (21, 22), the length of which can be adjusted in a continuously variable manner.