mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: decimating, at a decimation ratio by a processing device, a reference video frame to generate a decimated reference video frame ; generating, by the processing device executing an edge detector, a first edge map associated with the decimated reference video frame ; applying, by the processing device, a Fourier transformation to the first edge map to generate a first frequency domain representation ; decimating, at the decimation ratio by the processing device, an incoming video frame to generate a decimated incoming video frame ; generating, by the processing device executing the edge detector, a second edge map associated with the decimated incoming video frame ; applying, by the processing device, the Fourier transformation to the second edge map to generate a second frequency domain representation ; calculating, by the processing device, an offset between the reference video frame and the video frame based on the first frequency domain representation of the first edge map and the second frequency domain representation of the second edge map ; translating, by the processing device, locations of a plurality of pixels of the incoming video frame according to the calculated offset to align the incoming video frame with respect to the reference video frame ; and transmitting, by the processing device, the aligned video frame to a downstream device. decimating, at a decimation ratio by a processing device, a reference video frame to generate a decimated reference video frame ; generating, by the processing device executing an edge detector, a first edge map associated with the decimated reference video frame ; applying, by the processing device, a Fourier transformation to the first edge map to generate a first frequency domain representation ; decimating, at the decimation ratio by the processing device, an incoming video frame to generate a decimated incoming video frame ; generating, by the processing device executing the edge detector, a second edge map associated with the decimated incoming video frame ; applying, by the processing device, the Fourier transformation to the second edge map to generate a second frequency domain representation ; calculating, by the processing device, an offset between the reference video frame and the video frame based on the first frequency domain representation of the first edge map and the second frequency domain representation of the second edge map ; translating, by the processing device, locations of a plurality of pixels of the incoming video frame according to the calculated offset to align the incoming video frame with respect to the reference video frame ; and transmitting, by the processing device, the aligned video frame to a downstream device.
A method for displaying content on a screen where light intensity of pixels of the screen is adjustable, comprising: receiving a touch of a touching object on the screen ; and adjusting light intensity of the pixels so as to make surrounding pixels of a contact point between the touching object and the screen have a higher light intensity and remaining pixels have no light intensity or a lower light intensity, wherein the lower light intensity enables content displayed on corresponding pixels to be perceptible to a user, characterized in that : the received touch is a continuous touch of the touching object along a track of contact points on the screen wherein surrounding pixels of said track of contact points have the higher light intensity; and in that the method further comprises counting a time from adjustment of the light intensity for the pixels; and upon elapse of a given time period from when the light intensity of a pixel was adjusted, readjusting the light intensity of the pixel from the higher light intensity to the lower light intensity or no light intensity. receiving a touch of a touching object on the screen ; and adjusting light intensity of the pixels so as to make surrounding pixels of a contact point between the touching object and the screen have a higher light intensity and remaining pixels have no light intensity or a lower light intensity, wherein the lower light intensity enables content displayed on corresponding pixels to be perceptible to a user, characterized in that : the received touch is a continuous touch of the touching object along a track of contact points on the screen wherein surrounding pixels of said track of contact points have the higher light intensity; and in that the method further comprises counting a time from adjustment of the light intensity for the pixels; and upon elapse of a given time period from when the light intensity of a pixel was adjusted, readjusting the light intensity of the pixel from the higher light intensity to the lower light intensity or no light intensity. the received touch is a continuous touch of the touching object along a track of contact points on the screen wherein surrounding pixels of said track of contact points have the higher light intensity; and in that the method further comprises counting a time from adjustment of the light intensity for the pixels; and upon elapse of a given time period from when the light intensity of a pixel was adjusted, readjusting the light intensity of the pixel from the higher light intensity to the lower light intensity or no light intensity.
Process for drying and purifying a bis(fluorosulfonyl)imide lithium salt dissolved in an organic solvent S1, said process comprising the following steps: a) addition of deionized water to dissolve and extract the bis(fluorosulfonyl)imide lithium salt, forming an aqueous solution of said salt, this step preferably being repeated at least once; a') optional concentration of said aqueous solution; b) extraction of the bis(fluorosulfonyl)imide lithium salt from said aqueous solution, with an organic solvent S2 forming an azeotropic mixture with water and organic solvent S2/water mass ratio, during extraction, ranging from 1/6 to 1/1, this step being repeated at least once; c) concentration of the bis(fluorosulfonyl)imide lithium salt by evaporating off said organic solvent S2 and the water, and d) optional crystallization of the bis(fluorosulfonyl)imide lithium salt. a) addition of deionized water to dissolve and extract the bis(fluorosulfonyl)imide lithium salt, forming an aqueous solution of said salt, this step preferably being repeated at least once; a') optional concentration of said aqueous solution; b) extraction of the bis(fluorosulfonyl)imide lithium salt from said aqueous solution, with an organic solvent S2 forming an azeotropic mixture with water and organic solvent S2/water mass ratio, during extraction, ranging from 1/6 to 1/1, this step being repeated at least once; c) concentration of the bis(fluorosulfonyl)imide lithium salt by evaporating off said organic solvent S2 and the water, and d) optional crystallization of the bis(fluorosulfonyl)imide lithium salt.
Assembly comprising a front case , a rear case , and an electronic card intended to be fixed between the front case and a rear case , in which the card is pre-held by clipping means on the front case with a determined clearance (J) and in which the card comprises at least one programmed deformation member integral with the card allowing the card to be held inside the said assembly when the front case is fixed on the rear case by absorbing the determined clearance (J) characterized in that the programmed deformation member defines a flexible tab comprising first and second branches (34 and 35) in extension of each other; the first branch being attached to the rear edge of the card and the second branch being free, and in that the first and second branches (34 and 35) are obtained by machining a notch in the rear edge of the card ; the said notch extending from the base of the first branch to the end of the second branch which is capable of deforming to absorb the determined play (J).
A method for producing a charging member , the method comprising: (a) preparing an unvulcanized rubber composition comprising a rubber composition containing a polymer having a butadiene skeleton, and an insulating particle; (b) supplying the unvulcanized rubber composition and an electroconductive support having an outer diameter d 0 to a crosshead extrusion molding machine provided with a crosshead and a die having an inner diameter D at an outlet of the crosshead , and molding an unvulcanized rubber roller having a layer of the unvulcanized rubber composition and an outer diameter d on the periphery of the electroconductive support , wherein a percentage value of (d - d 0 ) / (D - d 0 ) exceeds 100%; (c) vulcanizing the layer of the unvulcanized rubber composition in air to obtain a layer of a vulcanized rubber composition, the layer of the vulcanized rubber composition has a topmost surface; and (d) further oxidatively curing the topmost surface of the layer of the vulcanized rubber composition by ultraviolet irradiation to obtain an electroconductive elastic layer as a surface layer, the electroconductive elastic layer has a roughened surface roughened by the insulating particle exposed on the surface of the electroconductive elastic layer. (a) preparing an unvulcanized rubber composition comprising a rubber composition containing a polymer having a butadiene skeleton, and an insulating particle; (b) supplying the unvulcanized rubber composition and an electroconductive support having an outer diameter d 0 to a crosshead extrusion molding machine provided with a crosshead and a die having an inner diameter D at an outlet of the crosshead , and molding an unvulcanized rubber roller having a layer of the unvulcanized rubber composition and an outer diameter d on the periphery of the electroconductive support , wherein a percentage value of (d - d 0 ) / (D - d 0 ) exceeds 100%; (c) vulcanizing the layer of the unvulcanized rubber composition in air to obtain a layer of a vulcanized rubber composition, the layer of the vulcanized rubber composition has a topmost surface; and (d) further oxidatively curing the topmost surface of the layer of the vulcanized rubber composition by ultraviolet irradiation to obtain an electroconductive elastic layer as a surface layer, the electroconductive elastic layer has a roughened surface roughened by the insulating particle exposed on the surface of the electroconductive elastic layer.
An evaluation aid adapted to be used for taking a digital X-ray dynamic image thereof, wherein evaluation is carried out through the digital X-ray dynamic image, the evaluation aid comprising: a plate-like body including a plurality of regions (A, B, C) having different X-ray absorption ratios; a rotating disk main body having a plurality of wire rods (511-518), the rotating disk main body capable of rotating with respect to the plate-like body so that each of the plurality of wire rods (511-518), when rotated between the plate-like body and an x-ray emitter of an x-ray apparatus, traverse X-rays from the X-ray emitter with which the plurality of regions (A, B, C) of the plate-like body are irradiated; and a driving portion which rotates the rotating disk main body with respect to the plate-like body , characterized in that the plate like body is formed by laminating three members (241-243) together, wherein the first plate member is formed from a member having a ring-like planar shape, the second member is formed from a member having a ring-like planar shape where a fan-like portion is removed from a ring, and the third member is formed from a member having a fan-like planar shape. a plate-like body including a plurality of regions (A, B, C) having different X-ray absorption ratios; a rotating disk main body having a plurality of wire rods (511-518), the rotating disk main body capable of rotating with respect to the plate-like body so that each of the plurality of wire rods (511-518), when rotated between the plate-like body and an x-ray emitter of an x-ray apparatus, traverse X-rays from the X-ray emitter with which the plurality of regions (A, B, C) of the plate-like body are irradiated; and a driving portion which rotates the rotating disk main body with respect to the plate-like body , characterized in that the plate like body is formed by laminating three members (241-243) together, wherein the first plate member is formed from a member having a ring-like planar shape, the second member is formed from a member having a ring-like planar shape where a fan-like portion is removed from a ring, and the third member is formed from a member having a fan-like planar shape.
A method for administering a communication channel (P21) to a first host component (H1) in an NFC mobile device (TR) also comprising a host controller (HC) for administering at least one first white list (WL1) intended to identify at least one second host component (H2) having a right to create the communication channel (P21) to the first host component H1, characterized in that it comprises the following successive steps: - updating (E23) of the right of the second component (H2) in the first white list (WL1) by the first host component (H1), - notification (E25) of the update (E23) to the second host component (H2) by the host controller (HC). - updating (E23) of the right of the second component (H2) in the first white list (WL1) by the first host component (H1), - notification (E25) of the update (E23) to the second host component (H2) by the host controller (HC).
An electrical connector for use in connecting a phase winding wire of an electric motor of an electrical power assisted steering system to a conductive track of a circuit board , the connector comprising: a base part having a guide hole extending there through that in use is aligned with a corresponding through-hole in the track and at least one mounting hole which is through plated to connect electrically to the track , a support arm that is connected to the base part and extends away from the base part ; a connecting part that is supported by the support arm , the support arm being resiliently flexible to permit relative movement between the connecting part and the base part ; and characterised in that the support arm comprises an elongate member that is both flexible and resilient so that it acts as a spring when a load is applied and that gives the connector an overall C-shaped configuration and further comprises: securing means for enabling both physical and electrical connection to a printed circuit board , the securing means including at least one deformable pin that forms an interference fit with the mounting hole of the printed circuit board to provide both a physical and electrical connection. a base part having a guide hole extending there through that in use is aligned with a corresponding through-hole in the track and at least one mounting hole which is through plated to connect electrically to the track , a support arm that is connected to the base part and extends away from the base part ; a connecting part that is supported by the support arm , the support arm being resiliently flexible to permit relative movement between the connecting part and the base part ; and characterised in that the support arm comprises an elongate member that is both flexible and resilient so that it acts as a spring when a load is applied and that gives the connector an overall C-shaped configuration and further comprises: securing means for enabling both physical and electrical connection to a printed circuit board , the securing means including at least one deformable pin that forms an interference fit with the mounting hole of the printed circuit board to provide both a physical and electrical connection.
A method of producing a compound represented by the following formula (II), comprising a step of oxidatively esterifying a compound represented by the following formula (I): wherein, in the formulae (I) and (II), R 1 and R 2 each independently represent a hydrogen atom or a monovalent hydrocarbon group, or R 1 and R 2 are bonded to each other to form a divalent hydrocarbon group for constituting a ring structure, provided that the case where R 1 and R 2 are a methyl group at the same time is excluded.
A child safety seat for a vehicle, the child safety seat comprising a sitting section , a back section and a head section , the back section being provided with side wings , characterized in that the child safety seat further comprises at least one detachable side element , where each detachable side element is provided with a first interface for connection with a complementary interface provided on the child safety seat , and a second interface for a connection with an energy absorbing element .
A compound of Formula I, wherein: R 1 is H, or CH 2 NHC(O)(CH 2 ) m CO 2 H; R 2 is H, or CH 2 NHC(O)(CH 2 ) m CO 2 H; R 3 is H; provided that either R 1 or R 2 must be H, and further provided that R 1 and R 2 may not all be H simultaneously; m is 1, 2, 3, 4, or 5; and n is 1, 2, 3, 4, or 5. R 1 is H, or CH 2 NHC(O)(CH 2 ) m CO 2 H; R 2 is H, or CH 2 NHC(O)(CH 2 ) m CO 2 H; R 3 is H; provided that either R 1 or R 2 must be H, and further provided that R 1 and R 2 may not all be H simultaneously; m is 1, 2, 3, 4, or 5; and n is 1, 2, 3, 4, or 5.
A data center building structure , comprising: an air inlet configured to allow air from outside the building into a first air chamber ; a cooling mechanism disposed at the air inlet and configured to cool the air as it travels through the air inlet; at least one equipment room within the first air chamber ; an aperture within an internal ceiling configured to allow the air to travel from the first air chamber into a second air chamber , wherein the second air chamber is defined by the internal ceiling and a covering dome ; a vent within the dome configured to allow the air to travel from the second air chamber to outside the building; and an air moving device configured to facilitate movement of the air from outside the building structure through the air inlet and out the vent. an air inlet configured to allow air from outside the building into a first air chamber ; a cooling mechanism disposed at the air inlet and configured to cool the air as it travels through the air inlet; at least one equipment room within the first air chamber ; an aperture within an internal ceiling configured to allow the air to travel from the first air chamber into a second air chamber , wherein the second air chamber is defined by the internal ceiling and a covering dome ; a vent within the dome configured to allow the air to travel from the second air chamber to outside the building; and an air moving device configured to facilitate movement of the air from outside the building structure through the air inlet and out the vent.
A catheter system , comprising: a catheter assembly , comprising: a catheter adapter , comprising a distal end, a proximal end, and a lumen extending through the distal end and the proximal end; and a catheter extending distally from the distal end of the catheter adapter ; and a needle assembly, comprising: a needle hub ; a needle , comprising a distal end and a proximal end, wherein the needle is secured within the needle hub ; an inner barrel surrounding the needle hub , wherein the needle hub is secured within the inner barrel , wherein the inner barrel comprises a first hole ; characterized by a middle barrel surrounding the inner barrel , wherein the middle barrel comprises a second hole aligned with the first hole ; an outer barrel surrounding the middle barrel ; and a flashback pathway comprising the first hole and the second hole and extending between an outer surface of the middle barrel and an inner surface of the outer barrel . a catheter adapter , comprising a distal end, a proximal end, and a lumen extending through the distal end and the proximal end; and a catheter extending distally from the distal end of the catheter adapter ; and a needle assembly, comprising: a needle hub ; a needle , comprising a distal end and a proximal end, wherein the needle is secured within the needle hub ; a needle hub ; a needle , comprising a distal end and a proximal end, wherein the needle is secured within the needle hub ; an inner barrel surrounding the needle hub , wherein the needle hub is secured within the inner barrel , wherein the inner barrel comprises a first hole ; characterized by a middle barrel surrounding the inner barrel , wherein the middle barrel comprises a second hole aligned with the first hole ; an outer barrel surrounding the middle barrel ; and a flashback pathway comprising the first hole and the second hole and extending between an outer surface of the middle barrel and an inner surface of the outer barrel .
A method for filling cavities (7.1), in particular that of a building material, building element, or building block , with a foam material, in particular a mineral foam with high pore content, using a device comprising a container , which is at least partly filled with the material to be filled and has several openings, wherein the openings, via lines, lead to a filling element , which has filling nozzles (4.2), wherein each line running between the openings of the container and the filling element has a pump preferably in the shape of a piston pump, rotary piston pump, gear pump, sinusoidal pump, or peristaltic pump, wherein each pump is actuatable independently of the others, characterised in that the rotational speed of each pump, or, in the case of piston pumps, the speed of each piston cylinder , is controlled or adjusted according to the cavity (7.1) to be filled by the respective pump, wherein the individual pumps are controlled or adjusted such that each cavity (7.1) is filled in the same time regardless of its volume, wherein the filling nozzles (4.2) are sealed simultaneously by a sealing element (4.3) after the filling is completed.