mhurhangee/ep-ind-claims huggingface dataset:
A method of forwarding media during a group communication session within a wireless communications system, comprising: receiving a frame for a given timeslot from each of a first plurality of access terminals participating in the group communication session at a server, each of the received frames having an associated data rate; selecting at least one and less than all of the received frames based at least in part on the associated data rates of each of the received frames; and sending the selected at least one frame to a second plurality of access terminals participating in the group communication session. receiving a frame for a given timeslot from each of a first plurality of access terminals participating in the group communication session at a server, each of the received frames having an associated data rate; selecting at least one and less than all of the received frames based at least in part on the associated data rates of each of the received frames; and sending the selected at least one frame to a second plurality of access terminals participating in the group communication session.
Control or switch valve for a coolant circuit of a motor vehicle with a housing comprising an inlet and an outlet a flow cross-section which is formed between the inlet and the outlet and is surrounded by a valve seat element a valve body which can be placed on the valve seat element and lifted off the valve seat element, and an actuator which is coupled to the valve body, wherein the valve seat element comprises a hard plastic element and an elastomer element, wherein the hard plastic element is attached to the housing and the elastomer element is attached to the hard plastic element, wherein the elastomer element comprises, on a side facing the valve body, a valve sealing surface co-operating with the valve body and, for fluid-tight sealing of a leakage path present between the housing and the valve seat element, a sealing element in sealing contact with the housing on a side facing away from the valve body, characterised in that the hard plastic element is welded to the housing in such a way that the welded connection provides additional sealing of the leakage path. a housing comprising an inlet and an outlet a flow cross-section which is formed between the inlet and the outlet and is surrounded by a valve seat element a valve body which can be placed on the valve seat element and lifted off the valve seat element, and an actuator which is coupled to the valve body, wherein the valve seat element comprises a hard plastic element and an elastomer element, wherein the hard plastic element is attached to the housing and the elastomer element is attached to the hard plastic element, wherein the elastomer element comprises, on a side facing the valve body, a valve sealing surface co-operating with the valve body and, for fluid-tight sealing of a leakage path present between the housing and the valve seat element, a sealing element in sealing contact with the housing on a side facing away from the valve body, characterised in that the hard plastic element is welded to the housing in such a way that the welded connection provides additional sealing of the leakage path.
A method of wireless communication, comprising: transmitting a scheduling message to one or more stations, the scheduling message requesting the one or more stations to transmit a station information message in response to the scheduling message; receiving a plurality of station information messages, the station information messages indicating station information; and transmitting a media access control multi user, MAC MU, scheduling message to two or more stations, the MAC MU scheduling message included in a payload portion of a physical layer data unit, PPDU, and indicating an uplink transmission opportunity and requesting the two or more stations to concurrently transmit uplink data at a specific time. transmitting a scheduling message to one or more stations, the scheduling message requesting the one or more stations to transmit a station information message in response to the scheduling message; receiving a plurality of station information messages, the station information messages indicating station information; and transmitting a media access control multi user, MAC MU, scheduling message to two or more stations, the MAC MU scheduling message included in a payload portion of a physical layer data unit, PPDU, and indicating an uplink transmission opportunity and requesting the two or more stations to concurrently transmit uplink data at a specific time.
A sprayer (500, 600) attachment for a hand-supported power tool, the sprayer attachment comprising: a motion converting mechanism (408,608) having an input shaft; a pumping mechanism driven by the motion converting mechanism (408,608); a spray assembly (512,612) fluidly coupled to the pumping mechanism; a housing (504,604) that couples the motion converting mechanism (408,608), the pumping mechanism and the spray assembly (512,612); and an anti-rotation bracket (516,616) extending from the housing (504,604), wherein the anti-rotation bracket (516,616) inhibits rotation of the housing (504,604) when the input shaft is rotated by the power tool (502,602), characterized in that the anti-rotation bracket (516,616) includes either: a tray pivotably connecting the power tool (502,602) to the housing and sidewalls extending from the tray configured to restrain the power tool (502,602) with respect to the anti-rotation bracket (516,616), or an anti-rotation bar extending away from the motion converting mechanism (408,608) at an oblique angle from the input shaft and around the power tool (502,602) to restrain the power tool from rotation. a motion converting mechanism (408,608) having an input shaft; a pumping mechanism driven by the motion converting mechanism (408,608); a spray assembly (512,612) fluidly coupled to the pumping mechanism; a housing (504,604) that couples the motion converting mechanism (408,608), the pumping mechanism and the spray assembly (512,612); and an anti-rotation bracket (516,616) extending from the housing (504,604), wherein the anti-rotation bracket (516,616) inhibits rotation of the housing (504,604) when the input shaft is rotated by the power tool (502,602), characterized in that the anti-rotation bracket (516,616) includes either: a tray pivotably connecting the power tool (502,602) to the housing and sidewalls extending from the tray configured to restrain the power tool (502,602) with respect to the anti-rotation bracket (516,616), or an anti-rotation bar extending away from the motion converting mechanism (408,608) at an oblique angle from the input shaft and around the power tool (502,602) to restrain the power tool from rotation. a tray pivotably connecting the power tool (502,602) to the housing and sidewalls extending from the tray configured to restrain the power tool (502,602) with respect to the anti-rotation bracket (516,616), or an anti-rotation bar extending away from the motion converting mechanism (408,608) at an oblique angle from the input shaft and around the power tool (502,602) to restrain the power tool from rotation.
An interference prevention device for a construction machine including a work device including a plurality of movable parts (15, 16, 17) and having a changeable posture, a cab, and a main body on which the work device and the cab are mounted, the interference prevention device comprising: a distance sensor configured to acquire distance image data indicating distance distribution in a surrounding environment of the cab; an interference determination unit configured to detect an interference object that is the work device or a grasped object of the work device by using the distance image data acquired and measured by the distance sensor, and determine danger of interference of the detected interference object in the cab; an interference prevention unit configured to perform at least one of a warning to an occupant and operation restriction of the construction machine when the interference determination unit determines that there is the danger of interference; an acquisition unit configured to acquire posture information indicating a posture of the work device; and a region removing unit configured to determine pixel data corresponding to a specified movable part that does not interfere in the cab among the plurality of movable parts (15, 15, 17) in the distance image data by using the posture information acquired by the acquisition unit, and remove the determined pixel data from the distance image data, wherein the interference determination unit determines the danger of interference by using the distance image data from which the pixel data corresponding to the specified movable part has been removed. a distance sensor configured to acquire distance image data indicating distance distribution in a surrounding environment of the cab; an interference determination unit configured to detect an interference object that is the work device or a grasped object of the work device by using the distance image data acquired and measured by the distance sensor, and determine danger of interference of the detected interference object in the cab; an interference prevention unit configured to perform at least one of a warning to an occupant and operation restriction of the construction machine when the interference determination unit determines that there is the danger of interference; an acquisition unit configured to acquire posture information indicating a posture of the work device; and a region removing unit configured to determine pixel data corresponding to a specified movable part that does not interfere in the cab among the plurality of movable parts (15, 15, 17) in the distance image data by using the posture information acquired by the acquisition unit, and remove the determined pixel data from the distance image data, wherein the interference determination unit determines the danger of interference by using the distance image data from which the pixel data corresponding to the specified movable part has been removed.
A use of a method for separation of sporadic cells, present in the body fluid of a patient, by capturing them on a filter membrane having openings smaller than the diameter of the cells, in which from the sporadic cells present in said body fluid present on the first side of the filter membrane, the body fluid free of sporadic cells is drawn through the filter membrane by virtue of capillary force into an absorbent material positioned in an intimate contact with the second side of said filter membrane, to obtain said sporadic cells captured on the membrane remaining mechanically and chemically unchanged and therefore viable, which enables their subsequent effective cultivation.
System for moving containers with different sizes between stations of a production plant to produce fluids, such as paints; said system comprising: • at least one input/output station, in which the container is introduced into/removed from the moving system; • at least one gripping device for gripping the container arranged in a station; • at least one first moving device to move the container between at least two stations; said system is characterized in that: • said first moving device comprising a base which is fixed to the ground; • said first gripping device and said first moving device are arranged in a cell, which is arranged between two stations, thus creating a modular system; • said first gripping device comprises forks for engaging with said container; • said first moving device comprises at least one first actuator, for moving said forks at least along a longitudinal axis of said forks; • said input/output station comprises a second gripping device, for gripping the container arranged in the station itself, and a second moving device, for moving said second gripping device at least along a vertical axis. • at least one input/output station, in which the container is introduced into/removed from the moving system; • at least one gripping device for gripping the container arranged in a station; • at least one first moving device to move the container between at least two stations; • said first moving device comprising a base which is fixed to the ground; • said first gripping device and said first moving device are arranged in a cell, which is arranged between two stations, thus creating a modular system; • said first gripping device comprises forks for engaging with said container; • said first moving device comprises at least one first actuator, for moving said forks at least along a longitudinal axis of said forks; • said input/output station comprises a second gripping device, for gripping the container arranged in the station itself, and a second moving device, for moving said second gripping device at least along a vertical axis.
A networked polymeric nanofiber having a diameter of 1 nanometer or more to less than 50 nanometers, and having a structure in which amorphous polymeric nanofibers having a crystallinity in the range of 0% to 10% are branched at multiple sites.
A method comprising: adding an aluminum reagent to an aqueous solution having an unknown concentration of an oxoanion and thereby forming an optical analysis solution; directing light into the optical analysis solution and determining therefrom an optical response of the optical analysis solution; and determining a concentration of the oxoanion in the aqueous solution having the unknown concentration of the oxoanion based on the optical response of the optical analysis solution, wherein adding the aluminum reagent to the aqueous solution having the unknown concentration of the oxoanion comprises adding a progressively increasing amount of the aluminum reagent to the aqueous solution until the optical response of the optical analysis solution exhibits an inflection point in the form of a minimum or maximum, and determining the concentration of the oxoanion in the aqueous solution having the unknown concentration of the oxoanion comprises determining the concentration of the oxoanion based on the amount of aluminum reagent corresponding to the inflection point of the optical response of the optical analysis solution. adding an aluminum reagent to an aqueous solution having an unknown concentration of an oxoanion and thereby forming an optical analysis solution; directing light into the optical analysis solution and determining therefrom an optical response of the optical analysis solution; and determining a concentration of the oxoanion in the aqueous solution having the unknown concentration of the oxoanion based on the optical response of the optical analysis solution, wherein adding the aluminum reagent to the aqueous solution having the unknown concentration of the oxoanion comprises adding a progressively increasing amount of the aluminum reagent to the aqueous solution until the optical response of the optical analysis solution exhibits an inflection point in the form of a minimum or maximum, and determining the concentration of the oxoanion in the aqueous solution having the unknown concentration of the oxoanion comprises determining the concentration of the oxoanion based on the amount of aluminum reagent corresponding to the inflection point of the optical response of the optical analysis solution.
A piston machine for converting heat into work or for heating or cooling by the application of work, having at least one chamber arrangement, which comprises at least two chambers (2, 3, 4) connected by at least one connecting duct (9, 10), wherein at least two of the chambers (2, 4) are substantially thermally insulated against one another and have different capacities and working temperatures, and having pistons (5, 6, 7) which are impermeable to a working medium and are movably arranged in their respective chambers (2, 3, 4) to vary a partial working volume bounded by the chamber (2, 3, 4) and the piston (5, 6, 7), wherein at least one of the chambers (2, 4) comprises thermal transfer surfaces (34, 45) to increase the surface area thereof, wherein the pistons (5, 6, 7), or elements connected therewith, are connected to actuating elements for defining motion profiles for each of the pistons (5, 6, 7), wherein the actuating elements are designed to define at least two different motion profiles of the pistons (5, 6, 7) of the chamber arrangement, characterized in that the chamber arrangement comprises three chambers (2, 3, 4), wherein a middle one of the three chambers is connected by the at least one connecting duct (9, 10) to the two chambers (2, 4) having different capacities and working temperatures and has a larger capacity than that of the two chambers having a relatively high working temperature, wherein due to its shape the middle chamber has a larger distance, in terms of the arithmetic mean, between a volume element, which is assumed to be as small as desired, of its partial working volume extended to a reference volume and its inner chamber surface limiting the partial working volume, than at least one of the at least two chambers (2, 4) connected by at least one connecting duct (9, 10), wherein the reference volume is constituted by the smaller volume of the two maximum partial working volumes obtained during operation by the chambers (3, 2 or 3, 4) compared to one another, and the inner chamber surface limiting the partial working volume, of course, also comprises the possible thermal transfer surfaces (34, 45) to increase the surface of the chamber (2, 4), and comprises the surface areas adjacent the partial working volume of the piston (5, 6, 7) arranged in the chamber (2, 3, 4), and wherein the distance is defined to be the length of the shortest connecting line.
A dual-site BACE1 inhibitor, binding to both, the enzymatic active site and the catalytic domain of the BACE enzyme, selected from the group consisting of or a pharmaceutical acceptable salt thereof.
A folding ruler having elongated and flat links connected to one another in pairs by a joint connection and rotatably about an axis, wherein the joint connection has a first joint plate connected to a first link and a second joint plate connected to a second link, and wherein - the first joint plate has two first locking projections (426, 428) arranged in particular diametrically to the axis, and - the second joint plate has two locking recesses (458, 459), wherein the joint plates lock in a first position when the links are completely folded or aligned flush with one another, and lock in a second position in which the links form an angle α, in particular α = 90°, to one another, wherein the first joint plate has at least one further locking recess (460, 462) in the form of a free area in the first joint plate, and the second joint plate has at least one further locking projection (484, 486), wherein the at least one further locking projection (484, 486) is formed in a springy section (480, 482) of the second joint plate or extends therefrom, wherein in the first position of the links the two first locking projections (426, 428) of the first joint plate engage in the two first locking recesses (458, 459) of the second joint plate, and in the second position the at least one further locking projection (484, 486) of the second joint plate engages in the at least one further locking recess (460, 462) of the first joint plate. - the first joint plate has two first locking projections (426, 428) arranged in particular diametrically to the axis, and - the second joint plate has two locking recesses (458, 459), wherein the joint plates lock in a first position when the links are completely folded or aligned flush with one another, and lock in a second position in which the links form an angle α, in particular α = 90°, to one another, wherein the first joint plate has at least one further locking recess (460, 462) in the form of a free area in the first joint plate, and the second joint plate has at least one further locking projection (484, 486), wherein the at least one further locking projection (484, 486) is formed in a springy section (480, 482) of the second joint plate or extends therefrom, wherein in the first position of the links the two first locking projections (426, 428) of the first joint plate engage in the two first locking recesses (458, 459) of the second joint plate, and in the second position the at least one further locking projection (484, 486) of the second joint plate engages in the at least one further locking recess (460, 462) of the first joint plate.
A heating device with plates stacked one on top of another, wherein at least one first fluid channel is formed in a fluid-tight manner between a first plate package with a first and a second plate, and wherein an electrical heating element (40, 60) is arranged between a first plate of the first plate package and an additional plate, wherein the electrical heating element is accommodated between the two plates in a sealed manner and is electrically insulated, wherein an inlet-side and an outlet-side fluid connection, of the first fluid channel is arranged on the second plate of the first plate package, wherein the electrical heating element has a connection device for electrical contacting which is connected to the electrical heating element and protrudes through a window in the first plate package, characterised in that the fluid connections (11, 12) are arranged adjacent to a lateral edge of opposing lateral edges (34, 35) of the second plate and the window is arranged adjacent to the other lateral edge of the opposing lateral edges of the second plate.
An alkoxylated organotin reactant of the following formula: in which: - Sup represents a macromolecular solid support; - Z represents a linkage between the macromolecular solid support Sup and the tin atom, Z being selected from the groups of the following formulas (Z-1) to (Z-6): -(CH 2) n - (Z-1) -CH 2 -O-(CH 2) q -CH 2 -CH 2 - (Z-6) in which: - n and m, independently of one another, are integers in the range from 2 to 24, - o and p, independently of one another, are integers in the range from 1 to 24, - q is an integer in the range from 1 to 24, - R 1, R 2 and R 3, independently of one another, represent a linear C 1 -C 24 alkyl radical, a branched or cyclic C 3 -C 24 alkyl radical, linear C 2 -C 24 alkenyl, branched or cyclic C 3 -C 24 alkenyl, aryl or aralkyl. - Sup represents a macromolecular solid support; - Z represents a linkage between the macromolecular solid support Sup and the tin atom, Z being selected from the groups of the following formulas (Z-1) to (Z-6): -(CH 2) n - (Z-1) -CH 2 -O-(CH 2) q -CH 2 -CH 2 - (Z-6) - n and m, independently of one another, are integers in the range from 2 to 24, - o and p, independently of one another, are integers in the range from 1 to 24, - q is an integer in the range from 1 to 24, - R 1, R 2 and R 3, independently of one another, represent a linear C 1 -C 24 alkyl radical, a branched or cyclic C 3 -C 24 alkyl radical, linear C 2 -C 24 alkenyl, branched or cyclic C 3 -C 24 alkenyl, aryl or aralkyl.