mhurhangee/ep-ind-claims huggingface dataset:
A video device comprising: a processor configured to: determine a first time instance based on base layer motion information (MV BLX) associated with a second base layer picture (BL T) characterized by a second time instance; subtract a block of a first base layer picture (B(BL X)) characterized by the first time instance from a block of an enhancement layer picture (B(EL X)) characterized by the first time instance to generate a differential block characterized by the first time instance; perform motion compensation on the differential block using the base layer motion information of a block of the second base layer picture; add the motion compensated differential block to the block of the second base layer picture characterized by the second time instance to generate an enhanced inter-layer reference (E-ILR) block characterized by the second time instance; generate an E-ILR picture characterized by the second time instance that comprises the E-ILR block; and add the E-ILR picture to a reference picture list for an enhancement layer picture characterized by the second time instance. determine a first time instance based on base layer motion information (MV BLX) associated with a second base layer picture (BL T) characterized by a second time instance; subtract a block of a first base layer picture (B(BL X)) characterized by the first time instance from a block of an enhancement layer picture (B(EL X)) characterized by the first time instance to generate a differential block characterized by the first time instance; perform motion compensation on the differential block using the base layer motion information of a block of the second base layer picture; add the motion compensated differential block to the block of the second base layer picture characterized by the second time instance to generate an enhanced inter-layer reference (E-ILR) block characterized by the second time instance; generate an E-ILR picture characterized by the second time instance that comprises the E-ILR block; and add the E-ILR picture to a reference picture list for an enhancement layer picture characterized by the second time instance.
A personal accessory, comprising: - a first face, - a second face, - a lateral face connecting the first face and the second face to each other, the second face comprising a groove extending up to the lateral face, so as to form, on this lateral face, a hole the shape of which is defined by a transverse cross-section of the groove, the groove having, in a transverse cross-section, an open contour, the contour comprising: - a bottom, - a first lateral side, - a second lateral side, - an opening, the first lateral side and second lateral side connecting the bottom and the opening to each other, the first lateral side comprising a first part coming closer, from the bottom to the opening, to the second lateral side, the second lateral side comprising a second part coming closer, from the bottom to the opening, to the first lateral side, the dimension of the bottom of the contour being constant or decreasing along a sense defined by a direction extending substantially perpendicular to the transverse cross-section of the groove and running from the hole of the lateral face to an inner part of the accessory, this groove being for receiving a fastener, characterised in that the accessory comprises a magnet (32, 33) in said groove, the magnet (32, 33) being configured to hold a relative position between the accessory and the fastener. - a first face, - a second face, - a lateral face connecting the first face and the second face to each other, - a bottom, - a first lateral side, - a second lateral side, - an opening,
An image forming apparatus comprising: a power switch configured to switch between an ON state and an OFF state in accordance with an operation of a user; control means for cancelling a job stored in the image forming apparatus in a case where the power switch is switched to the OFF state; and power control means for shifting a power state of the image forming apparatus to a first power state after the job is cancelled by the control means, and for shifting the power state of the image forming apparatus to a second power state if the job is not cancelled by the control means, wherein the first power state is a high-speed activatable state of the image forming apparatus relative to the second power state. a power switch configured to switch between an ON state and an OFF state in accordance with an operation of a user; control means for cancelling a job stored in the image forming apparatus in a case where the power switch is switched to the OFF state; and power control means for shifting a power state of the image forming apparatus to a first power state after the job is cancelled by the control means, and for shifting the power state of the image forming apparatus to a second power state if the job is not cancelled by the control means, wherein the first power state is a high-speed activatable state of the image forming apparatus relative to the second power state.
Method for determining a patient weight and/or a body mass index of a patient, having the steps: - acquiring image data containing depth information of the patient, - generating a surface model of the patient on the basis of the image data, - determining (mass) density information (L ρ) which is determined from an X-ray measurement of the patient or X-ray attenuation information of at least part of the patient, and - determining a total patient weight and/or the body mass index of the patient using the surface model and the in particular partial density information (L ρ) or X-ray attenuation information. - acquiring image data containing depth information of the patient, - generating a surface model of the patient on the basis of the image data, - determining (mass) density information (L ρ) which is determined from an X-ray measurement of the patient or X-ray attenuation information of at least part of the patient, and - determining a total patient weight and/or the body mass index of the patient using the surface model and the in particular partial density information (L ρ) or X-ray attenuation information.
A content delivery method, applied to a content delivery system, wherein the content delivery system comprises at least two virtual servers and at least two storage servers, any one of the at least two virtual servers manages one or more of the at least two storage servers, and the any virtual server is used as a first virtual server to execute the following method, comprising: receiving, by the first virtual server, a first request message sent by a content requester, wherein the first request message carries a first uniform resource locator, URL, of user-requested content; determining, by the first virtual server according to a cache list maintained by the first virtual server, that one of the storage servers managed by the first virtual server has cached the content corresponding to the first URL; and when determined that one of the storage servers has cached the content corresponding to the first URL, redirecting (305, 307), by the first virtual server, the first request message to a first storage server that is recorded in the cache list and that has cached the content corresponding to the first URL, wherein the first request message redirected to the first storage server is used to instruct the first storage server to directly send the cached content corresponding to the first URL to the content requester without a virtual server. receiving, by the first virtual server, a first request message sent by a content requester, wherein the first request message carries a first uniform resource locator, URL, of user-requested content; determining, by the first virtual server according to a cache list maintained by the first virtual server, that one of the storage servers managed by the first virtual server has cached the content corresponding to the first URL; and when determined that one of the storage servers has cached the content corresponding to the first URL, redirecting (305, 307), by the first virtual server, the first request message to a first storage server that is recorded in the cache list and that has cached the content corresponding to the first URL, wherein the first request message redirected to the first storage server is used to instruct the first storage server to directly send the cached content corresponding to the first URL to the content requester without a virtual server.
Ready-made liner hose for the renovation of fluid-conducting systems containing at least one resin-impregnated fibre tape, wherein as the resin for impregnation of the fibre tape a polyaddition-curable one-component epoxy resin is present, characterized in that the curing agent is present in the epoxy resin in isolated form, wherein the epoxy resin contains a curing agent having an activation temperature of 60°C or less and the isolation of the curing agent is by means of a sheathing or encapsulation of the curing agent with a material having a melting point below the curing temperature in the range from 60-120°C and wherein the stoichiometric ratio of the active groups in the curing agent to the active groups in the curable resin is in the range from 0.9:1 to 1.1:1.
Valve for closing a gas container, the valve comprising a valve body having a continuous longitudinal bore along a longitudinal axis, in which longitudinal bore a displaceably guided valve tappet is mounted, wherein the valve body extends in a longitudinal direction parallel to the longitudinal axis from a connection region with a connection-side end face to a fastening region with a gas container-side end face, wherein the fastening region has a smaller diameter than the connection region and the connection region has a stop surface in order to provide a stop for a base body head of the gas container when the fastening region is inserted into the base body head through an opening thereof, characterized in that the valve body has a double groove on the circumferential surface in the fastening region, wherein the double groove comprises two individual grooves following one another in the longitudinal direction, which are separated from one another by a sealing lug facing away from the longitudinal axis, in order to permit gas-tight pressing of the base body head with the fastening region in the region of the double groove when the fastening region with the double groove is pushed into the base body head.
An elevator car comprising: a car frame; a cage that is supported by the car frame, and on which a car doorway is disposed; a beam that is disposed above the car doorway, and on which a hanger rail is disposed; and a car door that is moved along the hanger rail to open and close the car doorway, wherein: the cage comprises: a pair of wing walls that are disposed on two sides of the car doorway; and a doorway top plate that is disposed on an upper portion of the car doorway, and two end portions of which are fastened to the wing walls; and the beam is mounted onto the cage by means of beam mounting brackets (7, 11), characterized in that the beam mounting brackets (7, 11) are mounted onto fastening portions between the wing walls and the doorway top plate, wherein the beam mounting brackets (7, 11) are fastened together with fastening portions between the wing walls and the doorway top plate by a plurality of fasteners. a car frame; a cage that is supported by the car frame, and on which a car doorway is disposed; a beam that is disposed above the car doorway, and on which a hanger rail is disposed; and a car door that is moved along the hanger rail to open and close the car doorway, the cage comprises: a pair of wing walls that are disposed on two sides of the car doorway; and a doorway top plate that is disposed on an upper portion of the car doorway, and two end portions of which are fastened to the wing walls; and a pair of wing walls that are disposed on two sides of the car doorway; and a doorway top plate that is disposed on an upper portion of the car doorway, and two end portions of which are fastened to the wing walls; and the beam is mounted onto the cage by means of beam mounting brackets (7, 11), characterized in that the beam mounting brackets (7, 11) are mounted onto fastening portions between the wing walls and the doorway top plate, wherein the beam mounting brackets (7, 11) are fastened together with fastening portions between the wing walls and the doorway top plate by a plurality of fasteners.
A method for generating human definitive endoderm, said method comprising: providing an in vitro cell population comprising pluripotent human cells with a factor selected from the group consisting of GDF8, GDF11 and a combination of GDF8 and GDF11 in an amount sufficient to induce pluripotent human cells of said cell population to differentiate into human definitive endoderm cells, wherein said amount is at least 100 ng/ml GDF8 or at least 100 ng/ml GDF11 or at least 100 ng/ml of a combination of GDF8 and GDF11 and is sufficient to produce an in vitro cell population comprising at least 15% human definitive endoderm cells. providing an in vitro cell population comprising pluripotent human cells with a factor selected from the group consisting of GDF8, GDF11 and a combination of GDF8 and GDF11 in an amount sufficient to induce pluripotent human cells of said cell population to differentiate into human definitive endoderm cells, wherein said amount is at least 100 ng/ml GDF8 or at least 100 ng/ml GDF11 or at least 100 ng/ml of a combination of GDF8 and GDF11 and is sufficient to produce an in vitro cell population comprising at least 15% human definitive endoderm cells.
A terminal device, wherein the terminal device comprises: a touch display screen, a pressure sensor, and a processor, wherein the touch display screen is configured to: when the terminal device receives an incoming call, display an incoming call interface, wherein the incoming call interface comprises an incoming call number and a rejection icon; the pressure sensor is configured to: when the terminal device detects a first touch operation on the rejection icon, determine a value of first pressure generated by the first touch operation; and the processor is configured to: when the value of the first pressure that is determined by the pressure sensor exceeds a first threshold, reject the incoming call and initiate a first additional operation, wherein the first additional operation comprises: set a reminder event or blacklist the incoming call number. the touch display screen is configured to: when the terminal device receives an incoming call, display an incoming call interface, wherein the incoming call interface comprises an incoming call number and a rejection icon; the pressure sensor is configured to: when the terminal device detects a first touch operation on the rejection icon, determine a value of first pressure generated by the first touch operation; and the processor is configured to: when the value of the first pressure that is determined by the pressure sensor exceeds a first threshold, reject the incoming call and initiate a first additional operation, wherein the first additional operation comprises: set a reminder event or blacklist the incoming call number.
An engine device comprising, in a cylinder block thereof, a cylinder bore, a cam chamber accommodating a camshaft, a push-rod chamber accommodating a push-rod, and a tappet holder configured to hold a tappet in a slidable manner, the tappet being configured to transmit a drive force from the camshaft to the push-rod, wherein: the tappet holder partitions the cam chamber and the push-rod chamber; and a bypass passage communicating the cam chamber with the push-rod chamber is formed between the tappet holder and the cylinder bore, characterized in that: the bypass passage is in communication with the push-rod chamber at a position close to one of inner walls (78a, 78b) of the push-rod chamber, relative to an axial direction along a rotational axis of the camshaft, the inner walls (78a, 78b) intersecting the axial direction; and another inner wall out of the inner walls (78a, 78b) of the push-rod chamber is recessed towards outside of an outline of a communication hole in the push-rod chamber, the communication hole being provided to a joint surface of the cylinder block with a cylinder head. the tappet holder partitions the cam chamber and the push-rod chamber; and a bypass passage communicating the cam chamber with the push-rod chamber is formed between the tappet holder and the cylinder bore, characterized in that: the bypass passage is in communication with the push-rod chamber at a position close to one of inner walls (78a, 78b) of the push-rod chamber, relative to an axial direction along a rotational axis of the camshaft, the inner walls (78a, 78b) intersecting the axial direction; and another inner wall out of the inner walls (78a, 78b) of the push-rod chamber is recessed towards outside of an outline of a communication hole in the push-rod chamber, the communication hole being provided to a joint surface of the cylinder block with a cylinder head.
A process for the preparation of canagliflozin, a compound of formula I comprising: a) reacting a compound of formula II with a reducing agent to obtain a compound of formula III; b) coupling the compound of formula III with a compound of formula IV to obtain a compound of formula V; c) converting the compound of formula V to a compound of formula VI; and d) converting the compound of formula VI to the compound of formula I. a) reacting a compound of formula II with a reducing agent to obtain a compound of formula III; b) coupling the compound of formula III with a compound of formula IV to obtain a compound of formula V; c) converting the compound of formula V to a compound of formula VI; and d) converting the compound of formula VI to the compound of formula I.
A method for predicting a latitude and longitude of a cell, comprising: determining measurement report, MR, samples to be positioned according to position information and/or a timing advance, TA, corresponding to each of the MR samples, wherein each MR sample is an MR sample that carries global navigation satellite system, GNSS, information of a target cell within a set period, wherein the MR samples to be positioned are obtained by excluding, from the MR samples, multipath MR samples and MR samples that carry inaccurate GNSS information; determining a target area comprising the target cell according to the MR samples to be positioned; selecting a position to be determined according to the target area, wherein the position to be determined is one or more positions in the target area and used for determining a latitude and longitude of the target cell, wherein the one or more positions are sequentially determined by traversing positions in the target area in a step size; and predicting the latitude and longitude of the target cell according to the position information carried in each of the MR samples to be positioned, position information of the position to be determined, and a distance represented by a corresponding TA in each of the MR samples to be positioned. determining measurement report, MR, samples to be positioned according to position information and/or a timing advance, TA, corresponding to each of the MR samples, wherein each MR sample is an MR sample that carries global navigation satellite system, GNSS, information of a target cell within a set period, wherein the MR samples to be positioned are obtained by excluding, from the MR samples, multipath MR samples and MR samples that carry inaccurate GNSS information; determining a target area comprising the target cell according to the MR samples to be positioned; selecting a position to be determined according to the target area, wherein the position to be determined is one or more positions in the target area and used for determining a latitude and longitude of the target cell, wherein the one or more positions are sequentially determined by traversing positions in the target area in a step size; and predicting the latitude and longitude of the target cell according to the position information carried in each of the MR samples to be positioned, position information of the position to be determined, and a distance represented by a corresponding TA in each of the MR samples to be positioned.
An aircraft passenger seat apparatus, comprising: a seatback bezel disposed in a rear surface of an aircraft seatback; a display monitor disposed within the aircraft seatback, the display monitor configured to display one or more images; one or more accessory stations disposed in the seatback bezel that at least partially receive and couple with one or more couplable accessories, the one or more accessory stations comprising one or more plug-in receptacles; a tray table locking assembly disposed within the seatback bezel, wherein the tray table locking assembly is configured to be actuated in order to lock a tray table in a closed position and release the tray table into an open position; and the one or more accessory stations being adjacent the tray table locking assembly so to be configured to be disposed adjacent the tray table and between the display monitor and the tray table; and at least one interfacing component of an interfacing assembly disposed in the one or more couplable accessories, the at least one interfacing component engaging and mating with at least one interfacing component of the one or more plug-in receptacles, wherein the interfacing assembly is configured to secure the one or more couplable accessories within the one or more accessory stations until an external force acts upon the one or more couplable accessories, characterized in that the interfacing assembly is configured to secure the one or more couplable accessories within the one or more accessory stations when the tray table is in the closed position and when the tray table is in the open position. a seatback bezel disposed in a rear surface of an aircraft seatback; a display monitor disposed within the aircraft seatback, the display monitor configured to display one or more images; one or more accessory stations disposed in the seatback bezel that at least partially receive and couple with one or more couplable accessories, the one or more accessory stations comprising one or more plug-in receptacles; a tray table locking assembly disposed within the seatback bezel, wherein the tray table locking assembly is configured to be actuated in order to lock a tray table in a closed position and release the tray table into an open position; and the one or more accessory stations being adjacent the tray table locking assembly so to be configured to be disposed adjacent the tray table and between the display monitor and the tray table; and at least one interfacing component of an interfacing assembly disposed in the one or more couplable accessories, the at least one interfacing component engaging and mating with at least one interfacing component of the one or more plug-in receptacles, wherein the interfacing assembly is configured to secure the one or more couplable accessories within the one or more accessory stations until an external force acts upon the one or more couplable accessories, characterized in that the interfacing assembly is configured to secure the one or more couplable accessories within the one or more accessory stations when the tray table is in the closed position and when the tray table is in the open position.