mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method, comprising: providing an object store which stores objects in a plurality of physical storage devices housed in or directly attached to a plurality of host computers which host multiple clients ; and providing a file system interface for the object store which supports simultaneous access to the objects stored in the object store by the multiple clients , including: providing an abstraction of a storage device to the plurality of host computers in a cluster, wherein the abstraction of the storage device is backed by the object store ; and creating multiple top-level file system objects in the object store that each represent a respective separate file system within the abstraction , wherein each top-level file system object is configured to respond according to the semantics of its corresponding file system, and is configured to store metadata for file objects representing the files stored in the corresponding file system, wherein the file objects are stored in the object store separate from their corresponding top-level file system objects . providing an object store which stores objects in a plurality of physical storage devices housed in or directly attached to a plurality of host computers which host multiple clients ; and providing a file system interface for the object store which supports simultaneous access to the objects stored in the object store by the multiple clients , including: providing an abstraction of a storage device to the plurality of host computers in a cluster, wherein the abstraction of the storage device is backed by the object store ; and creating multiple top-level file system objects in the object store that each represent a respective separate file system within the abstraction , wherein each top-level file system object is configured to respond according to the semantics of its corresponding file system, and is configured to store metadata for file objects representing the files stored in the corresponding file system, wherein the file objects are stored in the object store separate from their corresponding top-level file system objects . providing an abstraction of a storage device to the plurality of host computers in a cluster, wherein the abstraction of the storage device is backed by the object store ; and creating multiple top-level file system objects in the object store that each represent a respective separate file system within the abstraction , wherein each top-level file system object is configured to respond according to the semantics of its corresponding file system, and is configured to store metadata for file objects representing the files stored in the corresponding file system, wherein the file objects are stored in the object store separate from their corresponding top-level file system objects .
A method of preparing a fenfluramine active pharmaceutical ingredient, the method comprising: (a) hydrolyzing a 2-(3-(trifluoromethyl)phenyl)acetonitrile composition to produce a 2-(3-(trifluoromethyl)phenyl)acetic acid composition; (b) reacting the 2-(3-(trifluoromethyl)phenyl)acetic acid composition with acetic anhydride and a catalyst to produce a 1-(3-(trifluoromethyl)phenyl)propan-2-one composition; and (c) reductively aminating the 1-(3-(trifluoromethyl)phenyl)propan-2-one composition with ethylamine using a borohydride reducing agent to produce a fenfluramine composition. (a) hydrolyzing a 2-(3-(trifluoromethyl)phenyl)acetonitrile composition to produce a 2-(3-(trifluoromethyl)phenyl)acetic acid composition; (b) reacting the 2-(3-(trifluoromethyl)phenyl)acetic acid composition with acetic anhydride and a catalyst to produce a 1-(3-(trifluoromethyl)phenyl)propan-2-one composition; and (c) reductively aminating the 1-(3-(trifluoromethyl)phenyl)propan-2-one composition with ethylamine using a borohydride reducing agent to produce a fenfluramine composition.
A method of media streaming, the method comprising: receiving user profiles from a layer3 node in an access network , the user profiles including information relating to user account and/or network characteristics of a user equipment; receiving a request to serve media content to the user equipment ; and using an user equipment information from the user profiles, selecting a first media server from: a plurality of first type of media servers deployed in the plurality of L2 access networks, a plurality of second type of media servers deployed in a plurality of L3 networks , a plurality of third type of media servers deployed in border gateway , and a plurality of fourth type of media servers deployed in a peering point, to serve the user equipment if the media content to be served is cacheable, the user equipment being coupled to a content delivery network through a layer2 access network of the plurality of layer2 access networks; further comprising receiving caching information regarding the media content, the caching information comprising information regarding whether the media content requested by the user equipment is cacheable. receiving user profiles from a layer3 node in an access network , the user profiles including information relating to user account and/or network characteristics of a user equipment; receiving a request to serve media content to the user equipment ; and using an user equipment information from the user profiles, selecting a first media server from: a plurality of first type of media servers deployed in the plurality of L2 access networks, a plurality of second type of media servers deployed in a plurality of L3 networks , a plurality of third type of media servers deployed in border gateway , and a plurality of fourth type of media servers deployed in a peering point, to serve the user equipment if the media content to be served is cacheable, the user equipment being coupled to a content delivery network through a layer2 access network of the plurality of layer2 access networks; further comprising receiving caching information regarding the media content, the caching information comprising information regarding whether the media content requested by the user equipment is cacheable.
A system adapted to be used in conjunction with a conventional light fixture that is configured to receive a standardized electrical connector of a conventional light, the system comprising: a sensor operable to output a first signal indicative of whether an area in a building is in an occupied state or a non-occupied state; an LED-based light including: at least one LED, an LED controller operable to receive the first signal and control the at least one LED in response to the first signal, a transmitter operable to transmit a second signal indicative of whether the area is in the occupied state or the non-occupied state, a housing for the at least one LED, the LED controller and the transmitter, and at least one electrical connector disposed at an end of the housing, the electrical connector compatible with the conventional light fixture; and a regulator controller remote from the LED-based light and operable to receive the second signal and control an environmental condition in the building other than artificial light in response to the second signal. a sensor operable to output a first signal indicative of whether an area in a building is in an occupied state or a non-occupied state; an LED-based light including: at least one LED, an LED controller operable to receive the first signal and control the at least one LED in response to the first signal, a transmitter operable to transmit a second signal indicative of whether the area is in the occupied state or the non-occupied state, a housing for the at least one LED, the LED controller and the transmitter, and at least one electrical connector disposed at an end of the housing, the electrical connector compatible with the conventional light fixture; and at least one LED, an LED controller operable to receive the first signal and control the at least one LED in response to the first signal, a transmitter operable to transmit a second signal indicative of whether the area is in the occupied state or the non-occupied state, a housing for the at least one LED, the LED controller and the transmitter, and at least one electrical connector disposed at an end of the housing, the electrical connector compatible with the conventional light fixture; and a regulator controller remote from the LED-based light and operable to receive the second signal and control an environmental condition in the building other than artificial light in response to the second signal.
Garage door drive which has a garage door drive component which is designed and intended for being fitted above head height, in particular for fastening to a garage ceiling, and which has at least one electrical connection socket for the connection of external electrical devices, characterized in that the connection socket is connected to the garage door drive component by means of a connection cable , and in that the connection socket has a cushioning on its outer side.
Vehicle camera for a motor vehicle comprising an optical lens , comprising an image sensor for detecting light through the lens and for providing image data, comprising a digital image processing unit for pre-processing the image data, and including a communication interface for communication with a control device of the motor vehicle, wherein the image sensor , the image processing unit and the communication interface are disposed in a camera housing of the vehicle camera , characterized in that a first, a second and a third circuit board are consecutively disposed in the camera housing starting from the lens , wherein the image sensor is disposed on the first circuit board , the image processing unit is disposed on the second circuit board and the communication interface is disposed on the third circuit board and a non-volatile memory is disposed on the third circuit board in addition to the communication interface and the image processing unit is adapted to receive a trigger signal and to store the current image data in the non-volatile memory , wherein storing of the current image data is effected due to the trigger signal, J 2. and the vehicle camera includes a sensor device with at least one collision sensor, wherein the sensor device is adapted to detect a collision of the motor vehicle based on sensor data of the at least one collision sensor and to output the trigger signal to the image processing unit upon detecting the collision.
A balloon dilation catheter comprising: a handle configured to be gripped by an operator; a substantially rigid inner guide member extending longitudinally from the handle in a distal direction, the substantially rigid inner guide member having a proximal end , a distal end , and a lumen extending along a length thereof and terminating at the distal end ; and a shaft coupled to a balloon , wherein the shaft includes a first lumen along at least a portion thereof containing the substantially rigid inner guide member , wherein the shaft includes a second lumen operatively coupled to an interior of the balloon , and wherein the shaft and the balloon are slidably mounted over the substantially rigid inner guide member such that the shaft and the balloon are configured to be advanced distally with respect to the substantially rigid inner guide member and the handle . a handle configured to be gripped by an operator; a substantially rigid inner guide member extending longitudinally from the handle in a distal direction, the substantially rigid inner guide member having a proximal end , a distal end , and a lumen extending along a length thereof and terminating at the distal end ; and a shaft coupled to a balloon , wherein the shaft includes a first lumen along at least a portion thereof containing the substantially rigid inner guide member , wherein the shaft includes a second lumen operatively coupled to an interior of the balloon , and wherein the shaft and the balloon are slidably mounted over the substantially rigid inner guide member such that the shaft and the balloon are configured to be advanced distally with respect to the substantially rigid inner guide member and the handle .
A blood pressure measuring apparatus using a light source selection process, the apparatus comprising: a light source array comprising a plurality of light sources; a light receiver configured to receive the lights that have penetrated through the user, and acquire photo-plethysmography (PPG) signals from the received lights; and a processor configured to selectively turn on one or more light sources from among the plurality of light sources to emit one or more lights toward a user, and measure a phase difference between the acquired PPG signals, and measure a blood pressure based on the measured phase difference, a fingerprint recognition sensor configured to recognize fingerprints, wherein the processor is further configured to selectively turn on the one or more light sources based on at least one of a contact shape, a contact area, and a fingerprint pattern identified by the recognized fingerprints. a light source array comprising a plurality of light sources; a light receiver configured to receive the lights that have penetrated through the user, and acquire photo-plethysmography (PPG) signals from the received lights; and a processor configured to selectively turn on one or more light sources from among the plurality of light sources to emit one or more lights toward a user, and measure a phase difference between the acquired PPG signals, and measure a blood pressure based on the measured phase difference, a fingerprint recognition sensor configured to recognize fingerprints, wherein the processor is further configured to selectively turn on the one or more light sources based on at least one of a contact shape, a contact area, and a fingerprint pattern identified by the recognized fingerprints.
A system for automated concrete structural member fabrication, comprising: a concrete delivery subsystem comprising a concrete mixing source, a concrete pump and a concrete transfer system, which further comprises a concrete placement boom ; a concrete delivery hose ; a block transport subsystem ; and a plurality of casting machines , each casting machine having: side walls including integrally formed end dams which are pivotally movable from an open position to a closed position; and a bottom casting surface , which includes pivotable bottom surfaces which rotate on bottom surface pivots to a vertical position and to a horizontal position, said bottom casting surface, and said side walls with integrally formed end dams serving to form a self-releasing mold surrounding a cavity when said side walls with integrally formed end dams are in said closed position, said self-releasing mold being configured to contain wet concrete which is pumped into said cavity via the concrete placement boom and concrete delivery hose, said side walls with integrally formed end dams being automatically movable to an open position when said concrete has solidified so that a precast concrete structural member is automatically released from said self- releasing mold; and a removable bottom core which completely supports a precast structural member from within when said side walls and said end dams are moved to said open position. a concrete delivery subsystem comprising a concrete mixing source, a concrete pump and a concrete transfer system, which further comprises a concrete placement boom ; a concrete delivery hose ; a concrete placement boom ; a concrete delivery hose ; a block transport subsystem ; and a plurality of casting machines , each casting machine having: side walls including integrally formed end dams which are pivotally movable from an open position to a closed position; and a bottom casting surface , which includes pivotable bottom surfaces which rotate on bottom surface pivots to a vertical position and to a horizontal position, said bottom side walls including integrally formed end dams which are pivotally movable from an open position to a closed position; and a bottom casting surface , which includes pivotable bottom surfaces which rotate on bottom surface pivots to a vertical position and to a horizontal position, said bottom casting surface, and said side walls with integrally formed end dams serving to form a self-releasing mold surrounding a cavity when said side walls with integrally formed end dams are in said closed position, said self-releasing mold being configured to contain wet concrete which is pumped into said cavity via the concrete placement boom and concrete delivery hose, said side walls with integrally formed end dams being automatically movable to an open position when said concrete has solidified so that a precast concrete structural member is automatically released from said self- releasing mold; and a removable bottom core which completely supports a precast structural member from within when said side walls and said end dams are moved to said open position.
Method for detecting an object on a capacitive touch sensor (TS) of an operating terminal (HMI), wherein the object has an identification means, whereby detectable information (ID) is provided, wherein the identification means is detected as touch sensor data (TSD) by means of the touch sensor (TS), and the touch sensor data (TSD) is forwarded to an evaluation unit (KI), wherein the information (ID) of the identification means is ascertained in the evaluation unit (KI) on the basis of the touch sensor data (TSD), wherein the identification means comprises a marking (P1,P2,P3) produced from a conductive material, and the marking (P1,P2,P3) has shapes (K,Q,D), which are connected by a connecting line (VL), wherein the object is placed on the touch sensor (TS) in such a way that the marking (P1,P2,P3) lies flat on the touch sensor (TS), and the touch sensor (TS) thereby detects the shapes (K,Q,D) as touch points (x 1 ,y 1 ,x 2 ,y 2 ,x 3 ,y 3 ), wherein the arrangement of the shapes (K,Q,D) and therewith the detected touch points (x 1 ,y 1 ,x 2 ,y 2 ,x 3 ,y 3 ) reproduces the information (ID), characterised in that an algorithm (AG) is run in the evaluation unit (KI), which algorithm learns the object detection on the basis of the touch sensor data (TSD) and stores detected objects , wherein the algorithm (AG) is run in such a way that a characteristic relationship (R) of the touch points (x 1 ,y 1 ,x 2 ,y 2 ,x 3 ,y 3 ) to each other is ascertained, whereby it is possible to detect the identification means or its detectable information (ID) on the basis of the characteristic relationship (R1,R2,R3) at any location on the touch sensor (TS).
A cover window for a display apparatus comprising: a transparent base layer comprising a speaker hole (MH); a print layer disposed on a surface of the transparent base layer ; a protective member (FM) disposed on the print layer ; and a mesh structure (MM) comprising a mesh pattern (DP) and a ground part (GP) connected to the mesh pattern (DP), wherein the mesh pattern (DP) of the mesh structure (MM) is inserted into the speaker hole (MH), the ground part (GP) of the mesh structure (MM) is disposed outside the speaker hole (MH), and the protective member (FM) comprises a protective film part (FP) disposed between the print layer and the ground part (GP). a transparent base layer comprising a speaker hole (MH); a print layer disposed on a surface of the transparent base layer ; a protective member (FM) disposed on the print layer ; and a mesh structure (MM) comprising a mesh pattern (DP) and a ground part (GP) connected to the mesh pattern (DP), wherein the mesh pattern (DP) of the mesh structure (MM) is inserted into the speaker hole (MH), the ground part (GP) of the mesh structure (MM) is disposed outside the speaker hole (MH), and the protective member (FM) comprises a protective film part (FP) disposed between the print layer and the ground part (GP).
A sheet stacker comprising: a sheet stacking member having an upstream portion in a sheet conveyance direction, the upstream portion being movable in a vertical direction; a biasing force applier configured to bias the sheet stacking member upward; an angle changer configured to change an angle of a sheet stacking face of the sheet stacking member , relative to a surface of a sheet conveyed through a sheet conveying portion between a first angle (α) and a second angle (β); and characterised in that a biasing force change reducer configured to reduce the difference between a biasing force acting on the sheet stacking member when at the first angle (α) and a biasing force acting on the sheet stacking member when at the second angle (β). a sheet stacking member having an upstream portion in a sheet conveyance direction, the upstream portion being movable in a vertical direction; a biasing force applier configured to bias the sheet stacking member upward; an angle changer configured to change an angle of a sheet stacking face of the sheet stacking member , relative to a surface of a sheet conveyed through a sheet conveying portion between a first angle (α) and a second angle (β); and characterised in that a biasing force change reducer configured to reduce the difference between a biasing force acting on the sheet stacking member when at the first angle (α) and a biasing force acting on the sheet stacking member when at the second angle (β).
Method for stabilising a photovoltaic silicon solar cell , having a regeneration step, wherein charge carriers are injected in a semiconductor substrate of the solar cell, which is heated to at least 50°C, characterised in that prior to the regeneration step, a degradation step is carried out, wherein the solar cell is acted upon by means of radiation, especially laser radiation, with a radiation intensity of at least 5000 W/m 2 and at the same time the solar cell is actively cooled.
A method performed by an access point, AP, for transmitting channel state information, comprising: sending a Null Data Packet Announcement, NDPA, frame, wherein the NDPA frame carrying a feedback indication message which indicates two or more target stations, STAs, that need to feedback channel state information; sending a Null Data Packet, NDP, after sending the NDPA frame, wherein the NDP carrying a high-efficiency long training sequence which is used for determining the channel state information by the target STAs; sending a trigger frame after sending the NDP, wherein the trigger frame carrying a resource scheduling message which indicates communication resources used by the target STAs when the target STAs feedback the channel state information; and, receiving the channel state information sent by the target STAs by using the communication resources. sending a Null Data Packet Announcement, NDPA, frame, wherein the NDPA frame carrying a feedback indication message which indicates two or more target stations, STAs, that need to feedback channel state information; sending a Null Data Packet, NDP, after sending the NDPA frame, wherein the NDP carrying a high-efficiency long training sequence which is used for determining the channel state information by the target STAs; sending a trigger frame after sending the NDP, wherein the trigger frame carrying a resource scheduling message which indicates communication resources used by the target STAs when the target STAs feedback the channel state information; and, receiving the channel state information sent by the target STAs by using the communication resources.