mhurhangee/patent-ind-claim-en huggingface dataset:
A method for accelerating code optimization in a microprocessor, comprising: fetching an incoming macroinstruction sequence using an instruction fetch component ; transferring the incoming macroinstruction sequence to a decoding component for decoding into a microinstruction sequence; performing optimization processing by identifying true dependencies, output dependencies, and anti-dependencies in the microinstruction sequence and reordering the microinstruction sequence into an optimized microinstruction sequence comprising a plurality of dependency groups based on the identified true dependencies, output dependencies, and anti-dependencies; outputting the plurality of dependency groups to a plurality of engines (11-14) of the microprocessor for execution in parallel; and storing a copy of the optimized microinstruction sequence into a sequence cache for subsequent use upon a subsequent hit on the optimized microinstruction sequence. fetching an incoming macroinstruction sequence using an instruction fetch component ; transferring the incoming macroinstruction sequence to a decoding component for decoding into a microinstruction sequence; performing optimization processing by identifying true dependencies, output dependencies, and anti-dependencies in the microinstruction sequence and reordering the microinstruction sequence into an optimized microinstruction sequence comprising a plurality of dependency groups based on the identified true dependencies, output dependencies, and anti-dependencies; outputting the plurality of dependency groups to a plurality of engines (11-14) of the microprocessor for execution in parallel; and storing a copy of the optimized microinstruction sequence into a sequence cache for subsequent use upon a subsequent hit on the optimized microinstruction sequence.
Sheathing arrangement for an exhaust system of an internal combustion engine, comprising at least one sheathing element with a sheathing element shell and on an inner side of the sheathing element shell , insulation material overlapping the inner side in at least some areas, which inner side is to be positioned facing toward a component to be sheathed of an exhaust system , wherein the insulation material is fixed to the sheathing element shell by means of at least one fastening element passing through the sheathing element shell and the insulation material , wherein at least one fastening element has a U-shaped configuration, wherein the two U-legs traverse the sheathing element shell and the insulation material and are bent, toward one another, in their sections protruding on an inner side of the insulation material , which inner side is to be positioned facing toward a component to be sheathed, such that at least one of the sections abuts the inner side of the insulation material , and wherein a connection web connecting the two U-legs abuts an outer side of the sheathing element shell , which outer side is to be positioned facing away from the component to be sheathed, characterised in that the bent-over portion of one of the U-legs abuts the inner side of the insulation material and the bent-over portion of the other U-leg engages over the bent-over portion of the one U-leg on its side facing away from the insulation material in such a way that essentially only the bent-over portion of the one U-leg touches the insulation material .
A hand stocker configured to house a hand for attaching on an actuator, the hand stocker comprising: a housing board that is configured to house a hand in a hung state, the housing board including a hanging mechanism to hang the hand on a board surface facing the hand , wherein the hanging mechanism includes: a hooking member that extends in a horizontal direction from the board surface to engage with a hanging portion disposed in the hand; a pressing member configured to prevent the hand hung on the hooking member from moving to a direction separating from the board surface ; and a supporting member configured to restrict the hand hung on the hooking member from moving to a direction approaching the board surface , and the pressing member and the supporting member are configured to sandwich the hand between the pressing member and the supporting member ; wherein the pressing member is integrally disposed in a distal end portion of the hooking member ; characterised in that the hooking member includes a hooking base and a pillar , the hooking base having a smaller diameter, and coaxially disposed with the pillar ; and in that the pressing member is a round bar in a cylindrical shape coaxially disposed with the hooking member . a housing board that is configured to house a hand in a hung state, the housing board including a hanging mechanism to hang the hand on a board surface facing the hand , wherein the hanging mechanism includes: a hooking member that extends in a horizontal direction from the board surface to engage with a hanging portion disposed in the hand; a pressing member configured to prevent the hand hung on the hooking member from moving to a direction separating from the board surface ; and a supporting member configured to restrict the hand hung on the hooking member from moving to a direction approaching the board surface , and a hooking member that extends in a horizontal direction from the board surface to engage with a hanging portion disposed in the hand; a pressing member configured to prevent the hand hung on the hooking member from moving to a direction separating from the board surface ; and a supporting member configured to restrict the hand hung on the hooking member from moving to a direction approaching the board surface , and the pressing member and the supporting member are configured to sandwich the hand between the pressing member and the supporting member ; wherein the pressing member is integrally disposed in a distal end portion of the hooking member ; characterised in that the hooking member includes a hooking base and a pillar , the hooking base having a smaller diameter, and coaxially disposed with the pillar ; and in that the pressing member is a round bar in a cylindrical shape coaxially disposed with the hooking member .
Robot comprising a robot arm , having a plurality of motor-driven joints and a plurality of members that each connect two adjacent joints (5.1, 5.2) of these driven joints to one another, wherein at least one of these members has a load-bearing structural component that is designed to transmit forces and/or moments from an adjacent joint (5.1) to the other adjacent joint (5.2), wherein the structural component is provided with at least one cover , which at least partially covers the structural component , and at least one contact sensor , wherein the at least one contact sensor is in the form of a switching strip (8.1) that is arranged between the structural component and the cover , and movable mounting means for mounting the cover on the structural component , which mounting means are spring-preloaded in the basic position of the cover , are adjusted by an inherent elasticity of the switching strip (8.1), characterized in that the cover has a central wall portion (7.3) that is designed to cover a first surface (6.1) of the structural component and has at least two side wall portions (7.1, 7.2) that delimit the central wall portion (7.3) from opposite sides, wherein at least one first side wall portion (7.1) of the cover partially or completely overlaps a second surface (6.2) of the structural component and at least one second side wall portion (7.2) of the cover partially or completely overlaps a third surface (6.3) of the structural component that is opposite the second surface (6.2) of the structural component , and the second surface (6.2) of the structural component has at least one first protrusion (9.1) that cooperates with a first undercut (10.1) on the inner side of the first side wall portion (7.1) of the cover in order to hold the cover in a spring-preloaded manner in its basic position on the structural component such that it is secured against detachment from the structural component and/or the third surface (6.3) of the structural component has at least one second protrusion (9.2) that cooperates with a second undercut (10.2) on the inner side of the second side wall portion (7.2) of the cover in order to hold the cover in a spring-preloaded manner in its basic position on the structural component such that it is secured against detachment from the structural component .
A method for wireless communication by a user equipment, UE, comprising: identifying a first indication associated with a first signaling to be received in a time interval ; identifying a second indication associated with a second signaling to be received in the time interval and receiving the second indication; selecting to receive, in the time interval, at least one of the first signaling or the second signaling based on at least one of the first or second indications , wherein the selecting to receive the first signaling or the second signaling is based, at least in part, on a time difference between receiving the second indication and the time interval; and receiving the selected at least one signaling in the time interval . identifying a first indication associated with a first signaling to be received in a time interval ; identifying a second indication associated with a second signaling to be received in the time interval and receiving the second indication; selecting to receive, in the time interval, at least one of the first signaling or the second signaling based on at least one of the first or second indications , wherein the selecting to receive the first signaling or the second signaling is based, at least in part, on a time difference between receiving the second indication and the time interval; and receiving the selected at least one signaling in the time interval .
An operating device comprising: an operation member that can be tilted from an operation reference position (H); a support body supporting the operation member such that the operation member can be tilted; a first movable member supported by the support body so as to rotate in conjunction with a tilting operation of the operation member ; a second movable member supported by the support body so as to rotate in conjunction with the tilting operation of the operation member ; a first magnetic member formed of a magnetic material and provided to the first movable member ; a second magnetic member formed of a magnetic material and provided to the second movable member ; and a permanent magnet supported by the support body so as to face the first magnetic member and the second magnetic member in a first direction (Z) in a state in which the operation member is positioned at the operation reference position (H); characterized in that the first magnetic member and the second magnetic member do not overlap with each other seen from the first direction (Z). an operation member that can be tilted from an operation reference position (H); a support body supporting the operation member such that the operation member can be tilted; a first movable member supported by the support body so as to rotate in conjunction with a tilting operation of the operation member ; a second movable member supported by the support body so as to rotate in conjunction with the tilting operation of the operation member ; a first magnetic member formed of a magnetic material and provided to the first movable member ; a second magnetic member formed of a magnetic material and provided to the second movable member ; and a permanent magnet supported by the support body so as to face the first magnetic member and the second magnetic member in a first direction (Z) in a state in which the operation member is positioned at the operation reference position (H); characterized in that the first magnetic member and the second magnetic member do not overlap with each other seen from the first direction (Z).
A method for simulating an obstacle in an unmanned simulation scene, comprising: obtaining obstacle information to be added to a three-dimensional scene map, the obstacle information comprising an initial motion trajectory sequence of a simulated obstacle; determining Gaussian distribution information of obstacle position detected by using a perception algorithm to be tested based on actual perception performance of the perception algorithm, the Gaussian distribution information comprising a preset expectation value and a preset variance value of a Gaussian distribution; adjusting the initial motion trajectory sequence based on the Gaussian distribution to obtain a target motion trajectory sequence of the simulated obstacle, wherein for each position point in the target motion trajectory sequence, a position deviation between the position point in the target motion trajectory sequence and a corresponding position point in the initial motion trajectory sequence follows the Gaussian distribution; adding the target motion trajectory sequence of the simulated obstacle to the three-dimensional scene map; and adjusting the driving of a vehicle based on the target motion trajectory sequence of the simulated obstacle. obtaining obstacle information to be added to a three-dimensional scene map, the obstacle information comprising an initial motion trajectory sequence of a simulated obstacle; determining Gaussian distribution information of obstacle position detected by using a perception algorithm to be tested based on actual perception performance of the perception algorithm, the Gaussian distribution information comprising a preset expectation value and a preset variance value of a Gaussian distribution; adjusting the initial motion trajectory sequence based on the Gaussian distribution to obtain a target motion trajectory sequence of the simulated obstacle, wherein for each position point in the target motion trajectory sequence, a position deviation between the position point in the target motion trajectory sequence and a corresponding position point in the initial motion trajectory sequence follows the Gaussian distribution; adding the target motion trajectory sequence of the simulated obstacle to the three-dimensional scene map; and adjusting the driving of a vehicle based on the target motion trajectory sequence of the simulated obstacle.
A grating image having a plurality of mutually adjoining grating fields (G 0, G 1, G 2 ) having a viewing-angle-dependent visual appearance in which each grating field (G 0, G 1 , G 2 ) is filled within its contour with a grating pattern (M 0 , M 1 , M 2 ) composed of a plurality of straight grating lines, each grating pattern (M 0 , M 1 , M 2 ) having a preferred direction that defines a viewing angle from which the respective grating pattern (M 0 , M 1 , M 2 ) is visually perceptible, characterized in that at least two mutually adjoining grating fields (G 1 , G 2 ) each comprise, at least along their common contour region, a non-smooth-edged contour , namely a contour that is serrated, notched, toothed, lobed, cleft, corrugated, jagged, or formed in the form of a fractal curve, and in that the deviations of the non-smooth-edged contour from an averaged, smooth edge shape that results from a section-wise averaging of the non-smooth-edged contour over a larger segment of one or more millimeters, and corresponds to the global contour of the grating field from a viewing distance of about 30 cm, are periodic, the period length being below 300 μm, or in that the deviations of the non-smooth-edged contour from an averaged, smooth edge shape that results from a section-wise averaging of the non-smooth-edged contour over a larger segment of one or more millimeters, and corresponds to the global contour of the grating field from a viewing distance of about 30 cm, are not uniform and have an average period length that is below 300 μm.
An electronic device comprising an electric shock protection device connected between a conductive casing of the electronic device and a circuit unit disposed within the conductive casing , the electric shock protection device comprising: - an electric shock protection unit configured to pass static electricity flowing from the conductive casing , and block a leakage current flowing from a ground of the circuit unit in order for the leakage current not to be delivered to the conductive casing ; - a capacitor unit (220a, 220b; 340a, 340b; 420a, 420b) connected in parallel to the electric shock protection unit to pass communication signals flowing from the conductive casing ; and - a pair of external electrodes connected to the electric shock protection unit and the capacitor unit (220a, 220b; 340a, 340b; 420a, 420b), wherein one of the pair of external electrodes is connected to the conductive casing and the other one of the pair of external electrodes is connected to the circuit unit . - an electric shock protection unit configured to pass static electricity flowing from the conductive casing , and block a leakage current flowing from a ground of the circuit unit in order for the leakage current not to be delivered to the conductive casing ; - a capacitor unit (220a, 220b; 340a, 340b; 420a, 420b) connected in parallel to the electric shock protection unit to pass communication signals flowing from the conductive casing ; and - a pair of external electrodes connected to the electric shock protection unit and the capacitor unit (220a, 220b; 340a, 340b; 420a, 420b), wherein one of the pair of external electrodes is connected to the conductive casing and the other one of the pair of external electrodes is connected to the circuit unit .
Cabin air filter element for a driver's cab of agricultural and work machines with spray or atomizing devices for pesticides or fertilizers, comprising a filter body with an adsorption filter area , a fine filter area with a zigzag-folded filter medium made of a glass fiber medium or a synthetic HEPA filter medium for separating aerosols, and a prefilter area on the inflow side for separating dust, wherein the prefilter area , the fine filter area and the adsorption filter area are disposed consecutively in the cabin air filter element, wherein an unfolded or zigzag-folded filter medium made of cellulose, synthetic foam or non-woven fabric is used as prefilter area , and wherein at least the adsorption filter area of the filter body is designed as winding body, wherein the adsorption filter area features a plurality of adsorber winding layers and encloses a central flow chamber.
A waterproof outdoor storage bag, comprising a bag body and a bag cover covering an upper end of the bag body , wherein a zipper is arranged between an upper edge of the bag body and a lower edge of the bag cover , the bag body and the bag cover are opened and closed by the zipper , and a positioning strap is arranged at a bottom of the bag body ; the bag cover is provided with a mobile phone screen window ; a mobile phone stop frame is arranged on an edge of the mobile phone screen window ; an elastic fixing strap for a mobile phone is respectively fused to two sides, which correspond to the mobile phone screen window , at a lower end of the bag cover , and a hook and a loop which are adhered to each other are arranged at ends of the two elastic fixing straps for the mobile phone; an enclosed transparent soft film is fused to an inside of the mobile phone stop frame ; a protective frame is disposed upward on an edge of the mobile phone stop frame ; and an upper end of the protective frame is configured to gradually incline downward from front to back, drainage groove channels are arranged at a rear end of the protective frame , and characterised in that diversion groove channels that extend to both sides of the protective frame are arranged on an upper edge of a front side of the protective frame , and an inclined portion that extends to the bag cover is formed at the front side of the protective frame , a water-barrier groove is formed in a middle of the inclined portion , and diversion grooves that are abutted to the diversion groove channels are respectively arranged at positions, corresponding to both sides of the water-barrier groove , of the protective frame .
A method for detecting a target nucleic acid, comprising the steps of: mixing a nucleic acid probe and a sample to prepare a mixture; measuring fluorescence intensity from the mixture; and detecting the target nucleic acid based on the fluorescence intensity, wherein the target nucleic acid comprises a probe-binding region with which the nucleic acid probe hybridizes, and at least one terminal of the probe-binding region is a guanine, and one or more cytosines are present within 1 to 7 bases from the terminal guanine in the probe-binding region; wherein the nucleic acid probe comprises an oligonucleotide having a cytosine facing the terminal guanine and a fluorescent dye conjugated to the cytosine, the fluorescent dye being a fluorescent dye that is quenched by interaction with a guanine, wherein the oligonucleotide is complementary to the nucleic acid in the probe-binding region except for the cytosine that is present within 1 to 7 bases from the terminal guanine and that is closest to the terminal guanine, wherein the base in the oligonucleotide facing the cytosine closest to the terminal guanine is a base having no fluorescence-quenching effect; and wherein a decrease in fluorescence intensity of the nucleic acid probe which is not hybridized with the target nucleic acid is reduced compared to the case where the base in the oligonucleotide facing the cytosine closest to the terminal guanine would be a guanine. mixing a nucleic acid probe and a sample to prepare a mixture; measuring fluorescence intensity from the mixture; and detecting the target nucleic acid based on the fluorescence intensity, wherein the target nucleic acid comprises a probe-binding region with which the nucleic acid probe hybridizes, and at least one terminal of the probe-binding region is a guanine, and one or more cytosines are present within 1 to 7 bases from the terminal guanine in the probe-binding region; wherein the nucleic acid probe comprises an oligonucleotide having a cytosine facing the terminal guanine and a fluorescent dye conjugated to the cytosine, the fluorescent dye being a fluorescent dye that is quenched by interaction with a guanine, wherein the oligonucleotide is complementary to the nucleic acid in the probe-binding region except for the cytosine that is present within 1 to 7 bases from the terminal guanine and that is closest to the terminal guanine, wherein the base in the oligonucleotide facing the cytosine closest to the terminal guanine is a base having no fluorescence-quenching effect; and wherein a decrease in fluorescence intensity of the nucleic acid probe which is not hybridized with the target nucleic acid is reduced compared to the case where the base in the oligonucleotide facing the cytosine closest to the terminal guanine would be a guanine.