mhurhangee/ep-ind-claims huggingface dataset:
A control method for a door lock of a self-service washing machine, applied to a server, wherein the method comprises: receiving a delay time for opening a door of the self-service washing machine, wherein the delay time for opening the door is sent by a client, and wherein the delay time for opening the door refers to a time to open the door after a washing procedure ends; determining, after the washing procedure ends, whether the delay time for opening the door expires; and receiving, when the delay time for opening the door does not expire, an unlocking instruction sent by the client, and controlling, according to the instruction, the washing machine to unlock the door lock; further comprising: controlling the self-service washing machine to unlock the door lock, when the delay time for opening the door has already expired. receiving a delay time for opening a door of the self-service washing machine, wherein the delay time for opening the door is sent by a client, and wherein the delay time for opening the door refers to a time to open the door after a washing procedure ends; determining, after the washing procedure ends, whether the delay time for opening the door expires; and receiving, when the delay time for opening the door does not expire, an unlocking instruction sent by the client, and controlling, according to the instruction, the washing machine to unlock the door lock; further comprising: controlling the self-service washing machine to unlock the door lock, when the delay time for opening the door has already expired.
A method of wireless communication performed by a user equipment, UE in a multi-transmit receive point, TRP, transmission mode, comprising: receiving a configuration that indicates an association between a pre-emption indication field and at least one of: a set of transmission configuration indicator, TCI, states, a set of demodulation reference signal, DMRS, ports, or a set of layers; receiving downlink control information, DCI, that includes a pre-emption indication that is indicated as a set of bits in the pre-emption indication field, wherein the pre-emption indication indicates one or more pre-empted resources for the UE; determining whether the UE is scheduled to receive a communication in the one or more pre-empted resources indicated by the set of bits, via a component carrier associated with the pre-emption indication, and using at least one of: a TCI state included in the set of TCI states, a DMRS port included in the set of DMRS ports, or a layer included in the set of layers; and decoding the communication based at least in part on the determination. receiving a configuration that indicates an association between a pre-emption indication field and at least one of: a set of transmission configuration indicator, TCI, states, a set of demodulation reference signal, DMRS, ports, or a set of layers; a set of transmission configuration indicator, TCI, states, a set of demodulation reference signal, DMRS, ports, or a set of layers; receiving downlink control information, DCI, that includes a pre-emption indication that is indicated as a set of bits in the pre-emption indication field, wherein the pre-emption indication indicates one or more pre-empted resources for the UE; determining whether the UE is scheduled to receive a communication in the one or more pre-empted resources indicated by the set of bits, via a component carrier associated with the pre-emption indication, and using at least one of: a TCI state included in the set of TCI states, a DMRS port included in the set of DMRS ports, or a layer included in the set of layers; and a TCI state included in the set of TCI states, a DMRS port included in the set of DMRS ports, or a layer included in the set of layers; and decoding the communication based at least in part on the determination.
A pharmaceutical composition comprising a pharmaceutically acceptable carrier or diluent and a crystalline structure of a compound of formula I in the form of its propylene glycol solvate for use in treating a disorder selected from diabetes, diabetic retinopathy, diabetic neuropathy, diabetic nephropathy, delayed wound healing, insulin resistance, hyperglycemia, hyperinsulinemia, elevated blood levels of fatty acids or glycerol, hyperlipidemia, dyslipidemia, obesity, hypertriglyceridemia, Syndrome X, diabetic complications, atherosclerosis or hypertension, or for use in increasing high density lipoprotein levels in a mammal.
A gas turbine engine, comprising: a fan section including a fan nacelle arranged at least partially about a fan; an aft nacelle (68B;68C) moveable relative to the fan nacelle; a core engine including a compressor section and a turbine section arranged within a core cowling, the turbine section configured to drive the fan, the fan nacelle and the aft nacelle (68B;68C) arranged at least partially about the core cowling to define a bypass flow path; a thrust reverser configured to selectively communicate a portion of fan bypass airflow from the bypass flow path when in a thrust reversal mode; and a controller in communication with the core engine and the thrust reverser, wherein the controller is configured to: receive position information of the thrust reverser and engine power information of the core engine; cause the core engine to deny an engine power request during the thrust reversal mode when at least one criterion is met; and respond to the engine power request when the at least one predetermined criterion is not met, wherein the at least one criterion is a predetermined criterion and includes an engine reverse power threshold and a predefined time limit relating to the engine reverse power threshold. a fan section including a fan nacelle arranged at least partially about a fan; an aft nacelle (68B;68C) moveable relative to the fan nacelle; a core engine including a compressor section and a turbine section arranged within a core cowling, the turbine section configured to drive the fan, the fan nacelle and the aft nacelle (68B;68C) arranged at least partially about the core cowling to define a bypass flow path; a thrust reverser configured to selectively communicate a portion of fan bypass airflow from the bypass flow path when in a thrust reversal mode; and a controller in communication with the core engine and the thrust reverser, wherein the controller is configured to: receive position information of the thrust reverser and engine power information of the core engine; cause the core engine to deny an engine power request during the thrust reversal mode when at least one criterion is met; and respond to the engine power request when the at least one predetermined criterion is not met, wherein the at least one criterion is a predetermined criterion and includes an engine reverse power threshold and a predefined time limit relating to the engine reverse power threshold. receive position information of the thrust reverser and engine power information of the core engine; cause the core engine to deny an engine power request during the thrust reversal mode when at least one criterion is met; and respond to the engine power request when the at least one predetermined criterion is not met, wherein the at least one criterion is a predetermined criterion and includes an engine reverse power threshold and a predefined time limit relating to the engine reverse power threshold.
A PLC, Programmable Logic Controller, network extension system including a basic base and a plurality of extension bases (200-1, 200-2,...,200-N), wherein the basic base and the plurality of extension bases are connected in serial via network cables, wherein the basic base includes: a controller for generating control data for controlling modules mounted at the basic base and the plurality of extension bases (200-1, 200-2,...,200-N), and an extension manager unit for generating a network frame using the control data and for transmitting the network frame to a first extension base of the plurality of extension bases (200-1, 200-2,...,200-N) via a respective network cable, wherein each of the plurality of extension bases (200-1, 200-2,...,200-N) comprises an extension driver unit for extracting the control data from the received network frame to control a pre-installed module based on the control data, wherein each of the serially-connected plurality of extension bases (200-1, 200-2,...,200-N) is configured to transmit the network frame to the next adjacent one of the serially-connected plurality of extension bases (200-1, 200-2,...,200-N), wherein a final extension base (200-N) having received the network frame is configured to transmit the network frame to the extension manager unit, wherein the basic base further includes a basic base interface unit for individually controlling a module connected to the basic base, and wherein each of the plurality of extension bases (200-1, 200-2,...,200-N) further comprises an extension base interface unit for analyzing various signals of the control data extracted from the extension driver unit to transmit a signal for controlling each module mounted at the plurality of extension bases (200-1, 200-2,...,200-N), wherein each extension driver unit is configured to perform a scatter operation supposed to be carried out by the controller and an operation capable of being performed without a command or data from the controller, and wherein the extension manager unit is configured to receive the network frame from the final extension base to determine whether there is an error in the network frame. a controller for generating control data for controlling modules mounted at the basic base and the plurality of extension bases (200-1, 200-2,...,200-N), and an extension manager unit for generating a network frame using the control data and for transmitting the network frame to a first extension base of the plurality of extension bases (200-1, 200-2,...,200-N) via a respective network cable,
A ceiling lamp structure, comprising: a lamp top tray; a lamp body disposed on the lamp top tray; and an elastic latch module disposed on the lamp body, wherein the lamp top tray comprises a hook portion disposed on a circumferential side wall of the lamp top tray and configured to mate with the elastic latch module, and wherein, when the lamp body is assembled with the lamp top tray, the elastic latch module is compressed by an external force, to make the lamp body and the lamp top tray be docked, after the lamp body and the lamp top tray are assembled in place, the external force on the elastic latch module disappears, and the elastic latch module is restored under an elastic force, to mate with the hook portion to fix a connection, wherein the lamp body comprises: a lamp housing; and a lamp panel located in the lamp housing; wherein the elastic latch module is disposed on a side of the lamp panel that faces the lamp top tray, and the lamp panel is provided with a guide slot for accommodating the elastic latch module, wherein the elastic latch module comprises: a pressing member; a latching member fixed to the pressing member; an elastic member connected to the pressing member and the lamp panel respectively; characterized in that the lamp body further comprises a lamp cover mounted to the lamp panel or the lamp housing, wherein the lamp cover is disposed on a side of the lamp panel that is opposite to the lamp top tray, and in that the elastic latch module further comprises a latch-fixing cover covering above the guide slot, wherein the pressing member and the latching member are restricted to slide in the guide slot.
A method of manufacturing an optical fibre preform comprising: - providing a glass core rod comprising a central core region of radius a and an inner clad region of external radius b to define a first core-to-clad ratio a/b; - forming an intermediate glass preform comprising an intermediate clad region surrounding the inner clad region of the glass core rod and having an external radius c to define a second core-to-clad ratio a/c, and - overcladding the intermediate glass preform by forming an overclad region surrounding the intermediate clad region to form an optical fibre preform, characterised in that the first core-to-clad ratio a/b is at least 0.34 and equal to or less than 0.40 and the second core-to-clad ratio a/c is of from 0.20 to 0.25. - providing a glass core rod comprising a central core region of radius a and an inner clad region of external radius b to define a first core-to-clad ratio a/b; - forming an intermediate glass preform comprising an intermediate clad region surrounding the inner clad region of the glass core rod and having an external radius c to define a second core-to-clad ratio a/c, and - overcladding the intermediate glass preform by forming an overclad region surrounding the intermediate clad region to form an optical fibre preform,
A spatial light modulator, comprising: an array-type liquid crystal panel, LCP; a polarization beam splitter, PBS, wherein said polarization beam splitter is orientated to direct source light towards a planar reflective surface of said array-type liquid crystal panel, LCP; an oblique wave plate located between said polarization beam splitter and said array-type liquid crystal panel, wherein said oblique wave plate is composed of a birefringent material having an optical axis that is neither parallel nor perpendicular relative to outer surfaces of the oblique wave plate; and a converging lens located between said polarization beam splitter and said array-type liquid crystal panel, wherein said converging lens is configured to direct light (140; 142) reflected from said planar reflective surface to a facing surface of said polarization beam splitter, wherein said oblique wave plate is located between said polarization beam splitter and said converging lens, wherein said oblique wave plate has an optical axis making an angle ranging from about 16 to 36 degrees with respect to an outer planar surface of said oblique wave plate, said outer planar surface being located to receive said light reflected from said reflective surface. an array-type liquid crystal panel, LCP; a polarization beam splitter, PBS, wherein said polarization beam splitter is orientated to direct source light towards a planar reflective surface of said array-type liquid crystal panel, LCP; an oblique wave plate located between said polarization beam splitter and said array-type liquid crystal panel, wherein said oblique wave plate is composed of a birefringent material having an optical axis that is neither parallel nor perpendicular relative to outer surfaces of the oblique wave plate; and a converging lens located between said polarization beam splitter and said array-type liquid crystal panel, wherein said converging lens is configured to direct light (140; 142) reflected from said planar reflective surface to a facing surface of said polarization beam splitter, wherein said oblique wave plate is located between said polarization beam splitter and said converging lens, wherein said oblique wave plate has an optical axis making an angle ranging from about 16 to 36 degrees with respect to an outer planar surface of said oblique wave plate, said outer planar surface being located to receive said light reflected from said reflective surface.
Automated receptor system of a sling-receiving element for gripping a connection means of a sling of a blade gripping device for gripping a rotor blade, in particular a rotor blade of a wind turbine, which automated receptor system comprises - a receptor for connecting the connection means to the sling-receiving element, - a drive system for pivoting the receptor for coupling the connection means to the sling-receiving element and for decoupling the connection means from the sling-receiving element, characterised in that it comprises - a detection system for detecting whether the connection means is in the correct position when closing the receptor. - a receptor for connecting the connection means to the sling-receiving element, - a drive system for pivoting the receptor for coupling the connection means to the sling-receiving element and for decoupling the connection means from the sling-receiving element, characterised in that it comprises - a detection system for detecting whether the connection means is in the correct position when closing the receptor.
Method for mill-drying coal, comprising the following steps: a) pre-drying the coal to a predeterminable first moisture level in a pre-dryer and b) milling the coal to a predeterminable particle size distribution in a mill, exhaust air, containing water vapor, from the pre-drying process being supplied to the mill for further drying the coal to a predeterminable second moisture level, characterized in that at least some_of the exhaust air from the pre-dryer is mixed with fresh air before being supplied to the mill. a) pre-drying the coal to a predeterminable first moisture level in a pre-dryer and b) milling the coal to a predeterminable particle size distribution in a mill,
Sanitary installation for arrangement in a cutout of a wall of a shower space, comprising an installation container having a receiving space which is delimited by a peripheral side wall (2a, 2b, 2c, 2d) and by a rear wall, and an insert container which is detachably inserted into the receiving space of the installation container and has a receiving space which is delimited by a peripheral side wall (3a, 3b, 3c, 3d) and by a rear wall, wherein an intermediate space is present between the rear wall of the installation container and the rear wall of the insert container, and wherein, in the intermediate space, there is arranged a shower hose which can be at least partially pulled out of the intermediate space, wherein a guide device for the shower hose is arranged in the intermediate space, wherein the guide device has at least a first deflecting roller for the shower hose, and preferably has a guide rail, on which the first deflecting roller is mounted such that it can be adjusted in terms of height and rotated and to which preferably a weight is fastened, and wherein the guide device has a second deflecting roller for the shower hose, and wherein the guide device furthermore has a third deflecting roller, wherein the shower hose can be conducted from the intermediate space into the insert container by means of the third deflecting roller, characterized in that the third deflecting roller has a third axis of rotation, which is arranged perpendicularly with respect to a first axis of rotation of the first deflecting roller and with respect to a second axis of rotation of the second deflecting roller.
A medicine storage container having a container body which has a distal end and a proximal end and in which a medicine is stored, wherein the container body includes a first space provided on a side of the distal end and having an opening through which a liquid is injected, a second space to store the medicine, the second space provided more to a side of the proximal end than the first space and having an inner surface and a partition part by which the first space and the second space are spatially partitioned; wherein the partition part has at least one guide passage, and wherein the one guide passage communicates the first space and the second space and guides the liquid injected through the opening into the first space to the inner surface (23 a) of the second space, characterized in that the guide passage has an angle with respect to the central axis and the guide passage is formed along the inclination of a side surface of the partition part and has a hole which has one end opened to the first space and another end opened to the second space, wherein the one end opened to the first space is on an upstream side and another end opened to the second space on a downstream side, the partition part has a proximal portion of a projected part, the proximal portion of the projected part of the partition part has a sharp point, it has an inclined surface which is inclined inward along the direction toward the lower side of the container and the inclined surface is connected to the opening of the guide passage which fronts on the second space, the container body includes a first member constituting the first space and the partition part, and a second member constituting the second space, and is formed by joining the first member and the second member.
- A 3D screen-printing apparatus for producing at least one shaped article in a 3D screen-printing method, in which the shaped article is to be built up layer by layer, said 3D screen-printing apparatus comprising: - a printing table on which the at least one shaped article can be produced layer by layer; - a printing screen having at least one printing mask which has a layer geometry for producing the shaped article layer by layer; - an application unit configured to apply a printing material onto the printing screen and to work said material into the printing masks to produce a shaped-article layer; and - a first adjusting unit configured to increase the distance between the printing table and the printing screen by way of a first relative movement after the production of each shaped-article layer; the printing screen comprising a plurality of printing masks, and the 3D screen-printing apparatus having a second adjusting unit which is characterized to perform a second relative movement between the printing table and the printing screen in that successively different printing masks of the one printing screen are adjustable at a shaped-article position, where an individual shaped article is to be built. - a printing table on which the at least one shaped article can be produced layer by layer; - a printing screen having at least one printing mask which has a layer geometry for producing the shaped article layer by layer; - an application unit configured to apply a printing material onto the printing screen and to work said material into the printing masks to produce a shaped-article layer; and - a first adjusting unit configured to increase the distance between the printing table and the printing screen by way of a first relative movement after the production of each shaped-article layer;
A device for handling liquid, the device being rotatable about an axis of rotation to drive liquid flow within the device and comprising a plurality of chambers (100, 200, 300), characterised in that each of the plurality of chambers is adjacent to at least one other of the plurality of chambers and each chamber of the plurality of chambers having an inlet (102, 202, 302), an outlet (104, 204, 304) connected to a respective outlet conduit (106, 206, 306), and an overflow conduit (116, 216, 316) which defines a fill level to which the respective chamber is fillable with liquid from the inlet before overflowing, the inlet of a second chamber of each pair of adjacent chambers being connected to the overflow conduit of a first chamber of each pair of adjacent chambers to fill the second chamber of each pair with liquid overflowing from the first chamber of each pair, and each outlet conduit defining an upstream portion (110, 210, 310), a downstream portion (112, 212, 312) and a crest (108, 208, 308) disposed radially inward of the respective fill level, the upstream portion and the downstream portion extending radially outward from the crest, and being configured to urge liquid to flow from the respective outlet port to the downstream portion by capillary action.