mhurhangee/ep-ind-claims huggingface dataset:
A light fixture comprising: a housing; a light engine mounted on the housing, the light engine comprising a plurality of light emitting diodes (LEDs) provided on a printed circuit board; a louver positioned over the PCB, the louver comprising a rectangular louver base having a planar top surface and a plurality of fins, each fin having a fin base, each fin extending from and in a lateral direction across the rectangular louver base, and each fin mounted to the louver base such that the fin base abuts the louver base, the louver further defining apertures between adjacent fins, wherein each of the plurality of fins comprises a fin profile defined by two faces (32, 62) separated by a crown, and wherein a distance between the two faces (32, 62) at the fin base is different from a distance between the two faces (32, 62) adjacent to the crown, wherein the top surface of the louver base is flush with an emitting surface of the LEDs, wherein the louver base has a width in the lateral direction, each of the apertures has a width in the lateral direction, and each of the plurality of fins has a width in the lateral direction that is greater than the width of the apertures and less than the width of the louver base such that the fins do not extend entirely across the louver base, and wherein at least one aperture of the louver is aligned with and proximate to at least one LED of the plurality of LEDs such that light emitted from the at least one LED is directed through the at least one aperture. a housing; a light engine mounted on the housing, the light engine comprising a plurality of light emitting diodes (LEDs) provided on a printed circuit board; a louver positioned over the PCB, the louver comprising a rectangular louver base having a planar top surface and a plurality of fins, each fin having a fin base, each fin extending from and in a lateral direction across the rectangular louver base, and each fin mounted to the louver base such that the fin base abuts the louver base, the louver further defining apertures between adjacent fins, wherein each of the plurality of fins comprises a fin profile defined by two faces (32, 62) separated by a crown, and wherein a distance between the two faces (32, 62) at the fin base is different from a distance between the two faces (32, 62) adjacent to the crown, wherein the top surface of the louver base is flush with an emitting surface of the LEDs, wherein the louver base has a width in the lateral direction, each of the apertures has a width in the lateral direction, and each of the plurality of fins has a width in the lateral direction that is greater than the width of the apertures and less than the width of the louver base such that the fins do not extend entirely across the louver base, and wherein at least one aperture of the louver is aligned with and proximate to at least one LED of the plurality of LEDs such that light emitted from the at least one LED is directed through the at least one aperture.
A flush packet sending method, comprising: sending, by a request device, a flush packet to a set of caches in a broadcast manner, wherein physical address information carried in the flush packet is used to indicate to flush at least two cache lines, and the set of caches comprises at least one cache; and receiving, by the request device, flush completion packets from all caches in the set of caches; wherein the flush packet is used to indicate to flush the at least two cache lines that are consecutive; wherein the flush packet comprises information used to indicate a physical address in a segment of continuous physical address space, and the at least two cache lines comprise a cache line in which a start physical address in the segment of continuous physical address space is located and a cache line in which an end physical address in the segment of continuous physical address space is located; and wherein the continuous physical address space is a physical address space mapped to a main memory, a physical address in a to-be-flushed continuous physical address space is aligned with a physical address of a cache line, and the to-be-flushed continuous physical address space is a space measured by a cache line size. sending, by a request device, a flush packet to a set of caches in a broadcast manner, wherein physical address information carried in the flush packet is used to indicate to flush at least two cache lines, and the set of caches comprises at least one cache; and receiving, by the request device, flush completion packets from all caches in the set of caches; wherein the flush packet is used to indicate to flush the at least two cache lines that are consecutive; wherein the flush packet comprises information used to indicate a physical address in a segment of continuous physical address space, and the at least two cache lines comprise a cache line in which a start physical address in the segment of continuous physical address space is located and a cache line in which an end physical address in the segment of continuous physical address space is located; and wherein the continuous physical address space is a physical address space mapped to a main memory, a physical address in a to-be-flushed continuous physical address space is aligned with a physical address of a cache line, and the to-be-flushed continuous physical address space is a space measured by a cache line size.
A cooling system (100, 300, 400, 500, 600, 700, 800) for an electronic circuit package, comprising: a heat transfer plate (115, 215) positioned in thermal contact with an electronic circuit package surface, wherein the heat transfer plate forms a bottom surface of an evaporative region of the cooling system; a plurality of condensing tubes (130, 230) in fluid communication with, and extending away from, the evaporative region, such that the evaporative region and condensing tubes together form a single, uninterrupted, sealed enclosure, wherein each of the plurality of condensing tubes includes a plurality of grooves; a fluid disposed within the sealed disclosure; and a plurality of wicks (140, 240), each wick positioned such that one end is in contact with the heat transfer plate characterised in that an opposite end of each wick extends into a proximal end of a corresponding condensing tube for a distance that is less than 5% of the length of the corresponding condensing tube. a heat transfer plate (115, 215) positioned in thermal contact with an electronic circuit package surface, wherein the heat transfer plate forms a bottom surface of an evaporative region of the cooling system; a plurality of condensing tubes (130, 230) in fluid communication with, and extending away from, the evaporative region, such that the evaporative region and condensing tubes together form a single, uninterrupted, sealed enclosure, wherein each of the plurality of condensing tubes includes a plurality of grooves; a fluid disposed within the sealed disclosure; and a plurality of wicks (140, 240), each wick positioned such that one end is in contact with the heat transfer plate characterised in that an opposite end of each wick extends into a proximal end of a corresponding condensing tube for a distance that is less than 5% of the length of the corresponding condensing tube.
A rotary wire gripper for intermittently feeding an electric conductor through an automatic terminating device, whereby the electric conductor is fed to the rotary wire gripper in the automatic terminating device, the automatic terminating device has a positioning mechanism for a movable electric component and a wire-cutting station, whereby the rotary wire gripper is arranged between the positioning mechanism and the wire-cutting station, as seen in the feed direction of the electric conductor, whereby the rotary wire gripper is rotatably supported at an angle of about 180° around an axis essentially perpendicular to the feed direction of the electric conductor, and the rotary wire gripper has a wire gripper (250a, 250b) at each of its two ends, as seen in the feed direction of the electric conductor, characterized in that each of the two wire grippers (250a, 250b) has a wire guide gripper (251 a, 251 b), a wire clamping jaw (252a, 252b) and a wire deflection roller (253a, 253b), whereby the rotary wire gripper has a filler piece, whereby the filler piece is arranged between the wire grippers (250a, 250b) and a guide channel that can be opened.
A device for a switched-mode converter comprising a polyphase inductive filter, comprising at least two transformers (220_j; 420_j), wherein: each winding (222_j, 224_j; 422_j, 424_j) of a transformer is electrically in series with a winding of another transformer; and characterized in that at least two windings (222_j, 224_j; 422_j, 424_j) of a same transformer have different numbers of spirals such that the transformers have a transformation ratio different from one. each winding (222_j, 224_j; 422_j, 424_j) of a transformer is electrically in series with a winding of another transformer; and characterized in that at least two windings (222_j, 224_j; 422_j, 424_j) of a same transformer have different numbers of spirals such that the transformers have a transformation ratio different from one.
A mobile communication device, comprising: an application program installed on the mobile communication device capable of communicating via a wireless network, the application program adapted for performing tasks utilizing the mobile communication device; and a scanning subsystem separate from and in communication with the application program for scanning application data relating to the tasks performed by the application program, the application data having a plurality of data types, characterized in that: the application program communicates information relating to and in addition to the application data to the scanning subsystem to facilitate scanning by the scanning subsystem; the information indicates a timing of the scanning by the scanning subsystem and improves the timing and accuracy of the scanning by the scanning subsystem; and the timing of the scanning by the scanning subsystem varies as a function of the plurality of data types of the application data. an application program installed on the mobile communication device capable of communicating via a wireless network, the application program adapted for performing tasks utilizing the mobile communication device; and a scanning subsystem separate from and in communication with the application program for scanning application data relating to the tasks performed by the application program, the application data having a plurality of data types, the application program communicates information relating to and in addition to the application data to the scanning subsystem to facilitate scanning by the scanning subsystem; the information indicates a timing of the scanning by the scanning subsystem and improves the timing and accuracy of the scanning by the scanning subsystem; and the timing of the scanning by the scanning subsystem varies as a function of the plurality of data types of the application data.
Bipolar plate of an electrochemical cell, including a first conductive sheet and a second conductive sheet (10, 20), - each including an inner face (12, 22) and an opposite outer face (11, 21), bonded to one another by the inner faces (12, 22), and - each including reliefs forming, on the outer faces (11, 21), distribution channels (Ca, Cc) that are intended to distribute reactive gases, ∘ the distribution channels (Ca, Cc) of one and the same conductive sheet (10, 20) being separated pairwise by a dividing rib (Na, Nc) intended to make contact with an electrode (3, 4) of an electrochemical cell, and ∘ each distribution channel (Ca, Cc) including a back wall (14, 24) connected to the adjacent dividing ribs (Na, Nc), characterized in that at least one first distribution channel of the first conductive sheet and one second distribution channel of the second conductive sheet each include: - at least one portion, referred to as a superposed portion (Sa1, Sc1), where they are superposed onto one another and make mutual contact via their respective back walls (14-1, 24-1), and - at least one portion, referred to as a reinforcement portion (Ra1, Rc1), where they make contact, via their respective back walls (14-1, 24-1), with a dividing rib (Na1, Nc2) of the opposite conductive sheet (10, 20). - each including an inner face (12, 22) and an opposite outer face (11, 21), bonded to one another by the inner faces (12, 22), and - each including reliefs forming, on the outer faces (11, 21), distribution channels (Ca, Cc) that are intended to distribute reactive gases, ∘ the distribution channels (Ca, Cc) of one and the same conductive sheet (10, 20) being separated pairwise by a dividing rib (Na, Nc) intended to make contact with an electrode (3, 4) of an electrochemical cell, and ∘ each distribution channel (Ca, Cc) including a back wall (14, 24) connected to the adjacent dividing ribs (Na, Nc), ∘ the distribution channels (Ca, Cc) of one and the same conductive sheet (10, 20) being separated pairwise by a dividing rib (Na, Nc) intended to make contact with an electrode (3, 4) of an electrochemical cell, and ∘ each distribution channel (Ca, Cc) including a back wall (14, 24) connected to the adjacent dividing ribs (Na, Nc), - at least one portion, referred to as a superposed portion (Sa1, Sc1), where they are superposed onto one another and make mutual contact via their respective back walls (14-1, 24-1), and - at least one portion, referred to as a reinforcement portion (Ra1, Rc1), where they make contact, via their respective back walls (14-1, 24-1), with a dividing rib (Na1, Nc2) of the opposite conductive sheet (10, 20).
Use of an organometallic octane enhancer containing manganese in a fuel composition to reduce real-world driving cycle particulate emissions without increasing aromatic or olefin content.
Method for maintaining a medium-voltage or high-voltage installation that comprises a plurality of electrical modules (4a-d) that can be connected to one another and are arranged in a supporting structure, having the method steps of: - after detection of a faulty electrical module, a mobile maintenance apparatus automatically approaching the faulty electrical module, - removing the faulty electrical module from the supporting structure by means of a tool device, which is provided for this purpose, of the maintenance apparatus; - accommodating the faulty electrical module in a receptacle, which is provided for this purpose, of the maintenance apparatus, wherein an electrical replacement module for replacing the faulty electrical module is provided in a further receptacle of the maintenance apparatus, wherein, following the removal of the faulty module from the supporting structure, the replacement module is inserted in its place, and wherein at least one electrical connection is produced between the maintenance apparatus and the supporting structure before the faulty electrical module is removed from the supporting structure and exchanged for the replacement module. - after detection of a faulty electrical module, a mobile maintenance apparatus automatically approaching the faulty electrical module, - removing the faulty electrical module from the supporting structure by means of a tool device, which is provided for this purpose, of the maintenance apparatus; - accommodating the faulty electrical module in a receptacle, which is provided for this purpose, of the maintenance apparatus, wherein an electrical replacement module for replacing the faulty electrical module is provided in a further receptacle of the maintenance apparatus, wherein, following the removal of the faulty module from the supporting structure, the replacement module is inserted in its place, and wherein at least one electrical connection is produced between the maintenance apparatus and the supporting structure before the faulty electrical module is removed from the supporting structure and exchanged for the replacement module.
Adjustable wrench comprising: a first jaw and a second jaw movable relative to the first jaw, wherein the second jaw comprises a rack, a worm gear movable into an engaged position wherein the worm gear engages the rack and wherein a rotation of the worm gear causes the second jaw to move relative to the first jaw, and into a disengaged position wherein the worm gear does not engage the rack, a body defining two surfaces (14, 16), one of the surfaces comprising a first portion and a second portion, the other surface comprising a third portion and a fourth portion, the first portion, the second portion, the third portion and the fourth portion comprising a first point, a second point, a third point and a fourth point respectively, a biasing element configured to urge the worm gear toward the engaged position by applying forces on both surfaces, the biasing element simultaneously contacting the first point and the third point when the worm gear is in a position comprised between the engaged position and an intermediate position, and simultaneously contacting the second point and the fourth point when the worm gear is in a position comprised between the intermediate position and the disengaged position, characterized in that the two surfaces (14, 16) are mirror-symmetric, and that the angle of incline (α) of the first portion at the first point relative to the third portion at the third point is greater than the angle of incline (β) of the second portion at the second point relative to the fourth portion at the fourth point. a first jaw and a second jaw movable relative to the first jaw, wherein the second jaw comprises a rack, a worm gear movable into an engaged position wherein the worm gear engages the rack and wherein a rotation of the worm gear causes the second jaw to move relative to the first jaw, and into a disengaged position wherein the worm gear does not engage the rack, a body defining two surfaces (14, 16), one of the surfaces comprising a first portion and a second portion, the other surface comprising a third portion and a fourth portion, the first portion, the second portion, the third portion and the fourth portion comprising a first point, a second point, a third point and a fourth point respectively, a biasing element configured to urge the worm gear toward the engaged position by applying forces on both surfaces, the biasing element simultaneously contacting the first point and the third point when the worm gear is in a position comprised between the engaged position and an intermediate position, and simultaneously contacting the second point and the fourth point when the worm gear is in a position comprised between the intermediate position and the disengaged position, characterized in that the two surfaces (14, 16) are mirror-symmetric, and that the angle of incline (α) of the first portion at the first point relative to the third portion at the third point is greater than the angle of incline (β) of the second portion at the second point relative to the fourth portion at the fourth point.
An automotive system comprising: a gaze detector; and a plurality of virtual mirrors, the plurality of virtual mirrors coupled to the gaze detector, wherein each virtual mirror includes a camera communicatively coupled to a display, the camera to capture images in real time of the automobile surroundings and the display to display the captured images and wherein coupled between the camera and the display of each virtual mirror are an encoder and a decoder; wherein the gaze detector to continuously monitor a driver of an automobile to determine whether the driver is looking in the direction of one of the plurality of virtual mirrors; and if the driver is not looking in the direction of the virtual mirror, placing each of the plurality of virtual mirrors in a low operational mode, wherein if the driver is looking in the direction of one of the plurality of virtual mirrors, placing the virtual mirror being viewed in a high operational mode and placing each of the remaining virtual mirrors in a low operational mode, wherein a low operational mode comprises a lower resolution and/or a lower frame rate of the encoder of the virtual mirror without turning the virtual mirror off. a gaze detector; and a plurality of virtual mirrors, the plurality of virtual mirrors coupled to the gaze detector, wherein each virtual mirror includes a camera communicatively coupled to a display, the camera to capture images in real time of the automobile surroundings and the display to display the captured images and wherein coupled between the camera and the display of each virtual mirror are an encoder and a decoder; wherein the gaze detector to continuously monitor a driver of an automobile to determine whether the driver is looking in the direction of one of the plurality of virtual mirrors; and if the driver is not looking in the direction of the virtual mirror, placing each of the plurality of virtual mirrors in a low operational mode, wherein if the driver is looking in the direction of one of the plurality of virtual mirrors, placing the virtual mirror being viewed in a high operational mode and placing each of the remaining virtual mirrors in a low operational mode,
A composition comprising an anti-IL-6 antibody that comprises a light chain polypeptide that comprises the polypeptide of SEQ ID NO:709 and the light chain constant region of SEQ ID NO: 586, and a heavy chain polypeptide that comprises the polypeptide of SEQ ID NO: 657 and the heavy chain constant region of SEQ ID NO: 588, wherein the anti-IL-6 antibody is aglycosylated.
Closing device for compartments or rooms comprising a plurality of elongated and roughly flat slat means, whose side ends are connected to respective side handling means that move the slat means from a closed condition, wherein said slat means lie on a closure geometric plane, to an opened condition, wherein said slat means are tilted with respect to said closure geometric plane and each other placed side by side in mutual contact or nearly, and vice versa; wherein each slat means has a first longitudinal edge that in the closed condition is facing to the opening direction and a second longitudinal edge which, in the closure movement, comes above the correspondent first edge and wherein each slat means has a first main face and a second main face that in the closed condition are facing respectively outside and inside the respective compartment or room; said device being characterized in that a first longitudinal border strip of the slat means comprising the first longitudinal edge of each slat means is offset or bended with respect to the remaining portion of the slat means in such a direction that in the closed condition the first longitudinal border strip is internal and in that in the closed condition the handling means put the slat means at a mutual distance smaller than the width of a slat means causing the overlapping of a second longitudinal border strip comprising the second longitudinal edge of a slat means at the first longitudinal border strip of an adjacent slat means wherein the first longitudinal border strip is inside the compartment or room with respect to the second longitudinal border strip.