mhurhangee/patent-ind-claim-en huggingface dataset:
A cooling assembly for a turbine airfoil, the cooling assembly comprising: an airfoil of a turbine assembly, the airfoil extending axially along an axial length between a leading edge of the airfoil and a trailing edge of the airfoil; a cooling chamber disposed inside the airfoil , the cooling chamber configured to direct cooling air inside the airfoil; an impingement hole fluidly coupled with the cooling chamber , wherein a first end of the impingement hole is at the cooling chamber and a second end of the impingement hole opposite the first end is spaced apart from the cooling chamber, the impingement hole configured to direct at least some of the cooling air out of the cooling chamber in a direction from the first end towards the second end; and a double impingement slot cap assembly forming a cover over the impingement hole , wherein the double impingement slot cap assembly is separated from the airfoil by opposite first and second slots that diverge from the second end of the impingement hole to respective openings of the first and second slots, wherein the openings of the first and second slots are disposed along different exterior surfaces of the airfoil and are both elongated along a radial length of the airfoil parallel to the leading edge of the airfoil; characterised in that the openings of the first and second slots are axially located between the leading edge of the airfoil and the first end of the impingement hole at the cooling chamber. an airfoil of a turbine assembly, the airfoil extending axially along an axial length between a leading edge of the airfoil and a trailing edge of the airfoil; a cooling chamber disposed inside the airfoil , the cooling chamber configured to direct cooling air inside the airfoil; an impingement hole fluidly coupled with the cooling chamber , wherein a first end of the impingement hole is at the cooling chamber and a second end of the impingement hole opposite the first end is spaced apart from the cooling chamber, the impingement hole configured to direct at least some of the cooling air out of the cooling chamber in a direction from the first end towards the second end; and a double impingement slot cap assembly forming a cover over the impingement hole , wherein the double impingement slot cap assembly is separated from the airfoil by opposite first and second slots that diverge from the second end of the impingement hole to respective openings of the first and second slots, wherein the openings of the first and second slots are disposed along different exterior surfaces of the airfoil and are both elongated along a radial length of the airfoil parallel to the leading edge of the airfoil; characterised in that the openings of the first and second slots are axially located between the leading edge of the airfoil and the first end of the impingement hole at the cooling chamber.
A disassembly method for disassembling a piece of reinforcement from a part , said reinforcement being releasably fastened on the part and including resilient snap-fastener means co-operating with complementary means of the part , the method comprising the steps consisting in: • fastening at least one metal stud on one side wall of the reinforcement and at least one other metal stud on the other side wall of the reinforcement , these studs extending substantially perpendicularly to the side walls on which they are fastened; • moving the studs apart from each other in order to space apart the side walls of the reinforcement and disengaging their snap-fastener means from the complementary means of the part; and • removing the reinforcement from the part . • fastening at least one metal stud on one side wall of the reinforcement and at least one other metal stud on the other side wall of the reinforcement , these studs extending substantially perpendicularly to the side walls on which they are fastened; • moving the studs apart from each other in order to space apart the side walls of the reinforcement and disengaging their snap-fastener means from the complementary means of the part; and • removing the reinforcement from the part .
A method comprising: initializing at least two sorting tables to certain states, where each sorting table comprises a set of ranking values for code words and determines a mapping between syntax elements and the code words; receiving a syntax element to be encoded as a code word, wherein the syntax element relates to at least one of a coded block pattern, a transform split pattern, or motion partition information; selecting the sorting table from said at least two sorting tables on the basis of a hierarchy level in a tree structure, wherein the hierarchy level identifies a distance of a node from a root node of the tree structure, and the syntax element is associated with the node, wherein the tree structure relates to at least one of a transform block size, a prediction block size, or a block size; selecting a code word for the syntax element from the selected sorting table; and updating the mapping from syntax elements to code words by swapping the ranking value corresponding to the selected code word with the previous ranking value in the sorting table for encoding subsequent values of the syntax element. initializing at least two sorting tables to certain states, where each sorting table comprises a set of ranking values for code words and determines a mapping between syntax elements and the code words; receiving a syntax element to be encoded as a code word, wherein the syntax element relates to at least one of a coded block pattern, a transform split pattern, or motion partition information; selecting the sorting table from said at least two sorting tables on the basis of a hierarchy level in a tree structure, wherein the hierarchy level identifies a distance of a node from a root node of the tree structure, and the syntax element is associated with the node, wherein the tree structure relates to at least one of a transform block size, a prediction block size, or a block size; selecting a code word for the syntax element from the selected sorting table; and updating the mapping from syntax elements to code words by swapping the ranking value corresponding to the selected code word with the previous ranking value in the sorting table for encoding subsequent values of the syntax element.
An immunosorbent cartridge specific for soluble urokinase receptor (suPAR), wherein the cartridge comprises: (i) an inlet; (ii) a support; (iii) one or more suPAR-specific antibodies or functional portions thereof that are attached to the support; (iv) an outlet; (v) a housing that contains the support therein; and (vi) a fluid path through the housing that connects the inlet and the outlet; wherein suPAR in a fluid phase of blood, plasma or serum enters at the inlet, follows the fluid path through the housing, and exits at the outlet, is immobilized through formation of an immune complex between the suPAR and the antibodies or functional portions thereof and their attachment to the support; and wherein the cartridge is configured for insertion into an apheresis apparatus. (i) an inlet; (ii) a support; (iii) one or more suPAR-specific antibodies or functional portions thereof that are attached to the support; (iv) an outlet; (v) a housing that contains the support therein; and (vi) a fluid path through the housing that connects the inlet and the outlet;
An adaptable cover assembly for an acid reflux mattress , the assembly comprising: - a top piece , a bottom piece , and a fastening device configured for fastening the top piece to the bottom piece ; - wherein each one of the top and bottom pieces are comprised of a planar side , two oppositely arranged lateral sides having a straight outer edge and two oppositely arranged lateral sides having a sloped outer edge ; - wherein one straight edged lateral side has a higher height than the opposite straight edged lateral side such that it extends past it, and wherein said difference in height determines the slope of the sloped edged lateral sides ; - wherein the cover assembly is configured for free assembly in one of at least two configurations: - a planar configuration, whereby the higher straight edged side of the top piece is aligned with the shorter straight edged side of the bottom piece, and vice versa for the other sides ; and, - a sloped configuration, whereby the higher straight edged side of the top piece is aligned with the higher straight edged side of the bottom piece, and vice versa for the other sides . - a top piece , a bottom piece , and a fastening device configured for fastening the top piece to the bottom piece ; - wherein each one of the top and bottom pieces are comprised of a planar side , two oppositely arranged lateral sides having a straight outer edge and two oppositely arranged lateral sides having a sloped outer edge ; - wherein one straight edged lateral side has a higher height than the opposite straight edged lateral side such that it extends past it, and wherein said difference in height determines the slope of the sloped edged lateral sides ; - wherein the cover assembly is configured for free assembly in one of at least two configurations: - a planar configuration, whereby the higher straight edged side of the top piece is aligned with the shorter straight edged side of the bottom piece, and vice versa for the other sides ; and, - a sloped configuration, whereby the higher straight edged side of the top piece is aligned with the higher straight edged side of the bottom piece, and vice versa for the other sides . - a planar configuration, whereby the higher straight edged side of the top piece is aligned with the shorter straight edged side of the bottom piece, and vice versa for the other sides ; and, - a sloped configuration, whereby the higher straight edged side of the top piece is aligned with the higher straight edged side of the bottom piece, and vice versa for the other sides .
A terminal device configured to be connectable with a plurality of accessory devices and with a server configured to store a firmware package, the terminal device comprising: means configured to receive (S203, S403) the firmware package from the server; means configured to store (S203, S403) the firmware package received from the server into a memory of the terminal device ; means configured to provide (S206, S406) the stored firmware package to a first accessory device of the plurality of accessory devices to install the firmware package therein; means configured to determine (S202, S401) whether a firmware package appropriate for a second accessory device of the plurality of accessory devices has already been received; means configured to receive (S203, S403), in a case where it is determined that the firmware package appropriate for the second accessory device has not been received, another firmware package from the server ; means configured to store (S203, S403) the another firmware package received from the server into the memory ; means configured to provide (S206, S406) the stored another firmware package to the second accessory device to install the another firmware package therein; and means configured to provide (S206, S406), in a case where it is determined that the firmware package appropriate for the second accessory device has already been received, without receiving the firmware package appropriate for the second accessory device from the server again, the stored firmware package to the second accessory device to which the same firmware package is applied as the first accessory device , to install the firmware package therein. means configured to receive (S203, S403) the firmware package from the server; means configured to store (S203, S403) the firmware package received from the server into a memory of the terminal device ; means configured to provide (S206, S406) the stored firmware package to a first accessory device of the plurality of accessory devices to install the firmware package therein; means configured to determine (S202, S401) whether a firmware package appropriate for a second accessory device of the plurality of accessory devices has already been received; means configured to receive (S203, S403), in a case where it is determined that the firmware package appropriate for the second accessory device has not been received, another firmware package from the server ; means configured to store (S203, S403) the another firmware package received from the server into the memory ; means configured to provide (S206, S406) the stored another firmware package to the second accessory device to install the another firmware package therein; and means configured to provide (S206, S406), in a case where it is determined that the firmware package appropriate for the second accessory device has already been received, without receiving the firmware package appropriate for the second accessory device from the server again, the stored firmware package to the second accessory device to which the same firmware package is applied as the first accessory device , to install the firmware package therein.
A method of controlling an engine of a generation system, the method comprising: controlling an engine (S10) under a condition of theoretical air-fuel ratio driving; performing engine revolution-per-minute, RPM, tracking control (S30) so that the engine is driven at a target engine RPM when an external load connected to a generator is changed; determining (S40) whether an engine RPM has been stabilized by determining (S41) whether the engine RPM varies within an RPM range and determining (S42) whether the external load is additionally changed; changing an air-fuel ratio to a lean air-fuel ratio (S50) upon determining that the engine RPM has been stabilized, and controlling the engine (S60) under a condition of lean air-fuel ratio driving; and controlling a control cycle of an electronic throttle control, ETC, valve, such that the control cycle is lengthened or shortened depending on the range of variation in the RPM of the engine, when the engine enters the lean air-fuel ratio driving. controlling an engine (S10) under a condition of theoretical air-fuel ratio driving; performing engine revolution-per-minute, RPM, tracking control (S30) so that the engine is driven at a target engine RPM when an external load connected to a generator is changed; determining (S40) whether an engine RPM has been stabilized by determining (S41) whether the engine RPM varies within an RPM range and determining (S42) whether the external load is additionally changed; changing an air-fuel ratio to a lean air-fuel ratio (S50) upon determining that the engine RPM has been stabilized, and controlling the engine (S60) under a condition of lean air-fuel ratio driving; and controlling a control cycle of an electronic throttle control, ETC, valve, such that the control cycle is lengthened or shortened depending on the range of variation in the RPM of the engine, when the engine enters the lean air-fuel ratio driving.
A method of detecting a frame of an image for determining if a specific image is an image that is qualified for an application requirement of a website, the method comprising: obtaining a specific image; calculating an edge characteristic value of multiple pixels of the specific image, the edge characteristic value being a vector that describes an edge characteristic of a pixel; finding a pixel for which the modulus value of its edge characteristic value is a local maximum value along the direction of the edge characteristic value of the pixel; when the modulus value of the found pixel is larger than a preset characteristic value threshold, filling the pixel whose modulus value is the local maximum value with a preset color; scanning the specific image; counting an amount of pixels whose color is the preset color at a scanning line of the specific image; and when the amount of pixels whose color is the preset color is larger than a preset number threshold, determining a line where the scanning line locates as an edge line of a frame of the specific image; and determining that the specific image is an image that is qualified based on a width of the frame determined using the edge line of the frame. obtaining a specific image; calculating an edge characteristic value of multiple pixels of the specific image, the edge characteristic value being a vector that describes an edge characteristic of a pixel; finding a pixel for which the modulus value of its edge characteristic value is a local maximum value along the direction of the edge characteristic value of the pixel; when the modulus value of the found pixel is larger than a preset characteristic value threshold, filling the pixel whose modulus value is the local maximum value with a preset color; scanning the specific image; counting an amount of pixels whose color is the preset color at a scanning line of the specific image; and when the amount of pixels whose color is the preset color is larger than a preset number threshold, determining a line where the scanning line locates as an edge line of a frame of the specific image; and determining that the specific image is an image that is qualified based on a width of the frame determined using the edge line of the frame.
An arrangement comprising a valve for use in the supply or return of a water circuit for heating or cooling, comprising a housing forming a supply line (ZL) and a discharge line (AL), and an adjustment unit formed separately from the housing and penetrating the housing from the outside for adjusting a flow rate through the valve from the supply line (ZL) to the discharge line (AL), wherein the adjustment unit comprises a base body with which it is screwed into a receiving opening of the valve housing , and a valve tappet , a valve closing body and a valve seat body , wherein the valve seat body is stationary with respect to the base body and wherein the valve tappet is mounted in the base body in an axially displaceable manner relative to the base body and is operatively connected to the valve closing body in such a way that the valve closing body together with the valve seat body forms a valve gap which can be adjusted by axial displacement of the valve tappet , wherein the valve is designed in such a way that the valve gap is closed during intended operation with the valve tappet not actuated as a result of closing forces generated hydraulically, pneumatically and/or mechanically, and when the valve tappet is actuated to open the valve gap these closing forces need to be overcome, and wherein the arrangement further comprises an actuator by means of which, during the intended operation, the valve tappet can be displaced against the closing forces in order to open the valve gap , in particular in several steps or continuously, characterised in that the actuator comprises a pneumatically, hydraulically or electrically controllable or actuatable, respectively, drive element for providing the actuating forces for axially displacing the valve tappet in order to open the valve gap , wherein the drive element is arranged in axial extension of the valve tappet in the closing movement direction (S) of the valve tappet , and in particular wherein the drive element can act directly on the end of the valve tappet pointing in the closing movement direction (S), for displacing the valve tappet against the closing movement direction (S) and wherein the drive element is accommodated in the adjustment unit by means of a support structure designed in particular as a push button, and wherein this support structure is mounted in the adjustment unit so as to be axially displaceable along the axis of displacement of the valve tappet , in such a way that, when the valve gap is closed, it can be displaced from a basic position by manual pressure actuation from the outside together with the drive element accommodated therein in the opposite direction to the closing movement direction (S) of the valve tappet , with a simultaneous displacement of the valve tappet in this direction over at least a part of the displacement path and a resulting opening of the valve gap resulting therefrom.
A method for a network node of a wireless communication network, the network node adapted to communicate with wireless communication devices of a first type associated with a first maximum communication distance range and with wireless communication devices of a second type associated with a second maximum communication distance range, the first maximum communication distance range being greater than second maximum communication distance range, the method comprising: acquiring values of a first number and a second number, the numbers representing amounts of wireless communication devices associated with upcoming communication with the network node of the first and second types, respectively; determining , based on a first condition associated with a ratio between the first number and the second number, a transmission power level for the upcoming communication, wherein a first determined transmission power level based on a first ratio is higher than a second determined transmission power level based on a second ratio if the first ratio is higher than the second ratio; and causing application of the determined transmission power level to the upcoming communication. acquiring values of a first number and a second number, the numbers representing amounts of wireless communication devices associated with upcoming communication with the network node of the first and second types, respectively; determining , based on a first condition associated with a ratio between the first number and the second number, a transmission power level for the upcoming communication, wherein a first determined transmission power level based on a first ratio is higher than a second determined transmission power level based on a second ratio if the first ratio is higher than the second ratio; and causing application of the determined transmission power level to the upcoming communication.
A method for removing a weft incorrectly inserted by hydraulic picking into the shed of a hydraulic weaving machine, in which a control system for detecting incorrect weft insertion performs the steps of stopping the machine, removing the incorrectly inserted weft and restarting the machine to resume production mode, whereby during the same revolution of the machine in which the weft was defectively inserted, a signal is generated by the control system of the machine to stop the machine and thus interruption of the incorrectly inserted weft is prevented at the entrance to the shed and subsequently, after the machine is stopped, the machine operation is reversed to a state of the machine with the shed in an open position in which the weft was improperly inserted, whereupon a new weft is inserted as static weft insertion without the motion of the opened branches of the warp and without the motion of the means for transferring the new weft to the fell of the fabric being formed, by the new weft insertion the previously defectively insterted weft is removed from the opened shed and after that on the side of the shed remote from the picking nozzle it is assessed whether the attempt to remove the weft has been successful and the machine is either restarted to resume production mode, or it is stopped and error signalling is initiated, characterized in that after the static weft insertion, at first the number of threads situated in the control zone is determined and subsequently, according to the observed number of threads in a control zone on the side of the shed remote from the picking nozzle, the control system performs the transfer of the new weft to the fell of the fabric being formed, whereupon the machine is either automatically restarted to production mode or the control system stops the machine and initiates error signalling.