mhurhangee/patent-ind-claim-en huggingface dataset:
A phase angle compensation circuit for an AC supply consisting of a phase angle derivation circuit configured to derive the difference in phase between voltage and current of the AC supply, a state counter configured to maintain a count representing the current state of compensation, a switchable reactance bank, wherein at least some of the reactances in the bank are configured to be connected across the AC supply based on the count reached by the state counter, characterized in that the reactances are of binarily stepped values and are configured to be connected in reactive value sequence to a value required to correct the phase angle and each reactance is a capacitance and is associated with a resistance and the product of the capacitance and resistance is at each step substantially an identical RC time constant, and wherein the state counter count is configured to be converted to an output suitable for driving the compensation circuit and the output is configured to be switched at a frequency higher than the AC supply frequency.
A laundry appliance comprising: a cabinet ; a rotating drum positioned within the cabinet ; a blower that directs process air through an airflow path , the airflow path including the drum ; a motor coupled to the cabinet via a retaining bracket , the motor including a drive shaft operably coupled to one of the drum and the blower ; and a damping ring positioned about the drive shaft and between the motor and the retaining bracket , wherein damping apertures are defined within a body of the damping ring , the damping apertures defining respective voids that absorb operational vibrations generated by the motor in an activated state . a cabinet ; a rotating drum positioned within the cabinet ; a blower that directs process air through an airflow path , the airflow path including the drum ; a motor coupled to the cabinet via a retaining bracket , the motor including a drive shaft operably coupled to one of the drum and the blower ; and a damping ring positioned about the drive shaft and between the motor and the retaining bracket , wherein damping apertures are defined within a body of the damping ring , the damping apertures defining respective voids that absorb operational vibrations generated by the motor in an activated state .
Pneumatic vehicle tyre comprising a carcass , a tread and a breaker belt , which is covered on its radially outer side by a belt bandage with reinforcing elements oriented approximately in the circumferential direction, wherein the term "approximately in the circumferential direction" means an angle of 0° to 5° with reference to the circumferential direction of the tyre, wherein the belt bandage has at least one belt bandage ply , which - when seen in the cross section of the tyre - consists of three portions arranged next to one another, to be specific a central portion and side portions respectively adjoining the central portion , wherein the reinforcing elements of the two side portions are cords of the material PA4.6 and wherein each cord of the belt bandage ply has the construction x2 or the construction x3 and is arranged in a density of 60 to 200 epdm, preferably of 80 to 160 epdm, characterized in that the cords of the central portion are cords of the material PET.
Housing for an optical unit , the said housing comprising a frangible fixing lug enabling the housing to be fixed to the structure of a vehicle, the said frangible fixing lug comprising at least one precut line configured to create a rupture zone and to delimit the said rupture zone from the said frangible fixing lug intended to rupture in the event of an impact characterized in that the frangible bracket comprises, at least in part over a persistent area distinct from the rupture area , a network of stiffening ribs configured so that, after rupture of the rupture area of the frangible bracket the portions of the stiffening ribs belonging to the persistent zone define a housing capable of receiving a substitute fastening tab and of ensuring functions of guiding in insertion and of holding said substitute fastening tab intended to be fastened to the housing in replacement of the fracture zone of the broken frangible fastening tab the persistent zone of the frangible fixing tab having a non-through shaft intended to be located in the housing opposite a shaft provided in the substitute fixing tab when the said fixing tab is inserted into the said housing , the said non-through shaft being intended to be pierced when a fixing screw passes between the said non-through shaft of the frangible fixing bracket 100 and the fixing shaft 12 of the substitute fixing bracket when the latter is fitted.
A high pressure piston crown suitable to be coupled to an upper portion of a piston skirt, comprising: a rib part including a plurality of main ribs that are radially disposed along an inner circumferential surface of the high pressure piston crown, have one side connected to a central portion of the high pressure piston crown, and have a cross sectional area wider toward an outside of the high pressure piston crown; an oil gallery formed by the rib part and making cooling oil introduced from the piston skirt flow therein; and a lower plate formed under the central portion (C) of the high pressure piston crown and connected to the rib part to have an inside thereof connected to the oil gallery ; wherein the rib part further includes a plurality of sub ribs that extend toward the central portion (C), extend to be shorter than the main ribs , and have a cross sectional area wider toward the outside of the high pressure piston crown, characterized in that the rib part further includes: a support part connecting between the adjacent main ribs or the sub ribs and extending downwardly to be connected to the lower plate ; and a bolt hole formed on the support part and having a bolt inserted thereinto. a rib part including a plurality of main ribs that are radially disposed along an inner circumferential surface of the high pressure piston crown, have one side connected to a central portion of the high pressure piston crown, and have a cross sectional area wider toward an outside of the high pressure piston crown; an oil gallery formed by the rib part and making cooling oil introduced from the piston skirt flow therein; and a lower plate formed under the central portion (C) of the high pressure piston crown and connected to the rib part to have an inside thereof connected to the oil gallery ; wherein the rib part further includes a plurality of sub ribs that extend toward the central portion (C), extend to be shorter than the main ribs , and have a cross sectional area wider toward the outside of the high pressure piston crown, characterized in that the rib part further includes: a support part connecting between the adjacent main ribs or the sub ribs and extending downwardly to be connected to the lower plate ; and a bolt hole formed on the support part and having a bolt inserted thereinto. a support part connecting between the adjacent main ribs or the sub ribs and extending downwardly to be connected to the lower plate ; and a bolt hole formed on the support part and having a bolt inserted thereinto.
A pharmaceutical composition comprising a liquid composition containing p-boronophenylalanine, wherein the liquid composition is accommodated in a packaging material, and satisfies the following Condition I or Condition II: Condition I: the liquid composition comprises components of antioxidant less than 0.001 W/V% and a concentration of dissolved oxygen in the liquid composition is 3.5 ppm or less; Condition II: the liquid composition comprises an antioxidant and a concentration of dissolved oxygen in the liquid composition is 3.0 ppm or less. Condition I: the liquid composition comprises components of antioxidant less than 0.001 W/V% and a concentration of dissolved oxygen in the liquid composition is 3.5 ppm or less; Condition II: the liquid composition comprises an antioxidant and a concentration of dissolved oxygen in the liquid composition is 3.0 ppm or less.
Holding arrangement for packages for products, for example disposable articles, comprising a frame structure which comprises, or is fixedly or detachably connected to, a mounting element for substantially vertical mounting of the holding arrangement thereby having the frame structure extending in a vertical mounting plane (VM), one or more holding members which are fixedly or detachably connected to the frame structure , wherein each holding member is adapted to delimit a parallelepipedal space to assist in receiving and retaining a parallelepiped package so that access is admitted to products or articles in the package through an opening therein, wherein further each holding member comprises five support sections (23 A, B; 25 A, B, 30; 31 A; 31 B; 36A, 36B) which are arranged to, in one plane each, to form support for said package , and leaving one top section open for introduction and removal of the package , characterized in that said frame structure , at least partly, forms a back section (23 A, B) and a bottom section (25 A, B), wherein said bottom section (25 A, B) is positioned forming an angle (α) in relation to a horizontal mounting plane (HM) that is perpendicular to said vertical mounting plane (VM), and in that a front section (36A, B) is arranged with an outlet member comprising at least an upper part fixedly attached to said front section (36A,B) and arranged to limit an outlet space of said outlet member below said upper part .
A center fire pistol cartridge comprising: a case having a head having a rim , a body extending from the head to a tapered shoulder, a neck extending from the tapered shoulder and defining a mouth receiving a bullet ; the body having a straight external surface free of a protruding belt; the cartridge case contains a primer pocket linked to powder chamber through a firing hole ; characterized in that a. the body has a maximum diameter of between 10.65 and 10.95 mm; b. the bullet has a diameter greater than or equal to 7.45 mm and less than or equal to 7.99 mm; c. the tapered shoulder is positioned at a distance extending from between 20,80 mm and 21,20 mm to between 23,40 mm and 23,80 mm from the bottom of the head ; and d. the neck has a diameter greater than or equal to 8.25 mm and less than or equal to 8.65 mm. a. the body has a maximum diameter of between 10.65 and 10.95 mm; b. the bullet has a diameter greater than or equal to 7.45 mm and less than or equal to 7.99 mm; c. the tapered shoulder is positioned at a distance extending from between 20,80 mm and 21,20 mm to between 23,40 mm and 23,80 mm from the bottom of the head ; and d. the neck has a diameter greater than or equal to 8.25 mm and less than or equal to 8.65 mm.
A co-extruded heat-shrinkable bi-oriented multi-layer material, comprising at least two inner layers consisting of at least 90% by weight, or at least 95% by weight, or about 100% by weight, of amorphous Styrene Butadiene Copolymer (SBC) and two surface layers comprising at least 20% by weight, or at least 25% by weight, of polypropylene-ethylene-butene terpolymer (TPEB) .
A system for obtaining one or more measurements used to custom-fit prescription lenses to eyeglass frames, the system comprising: a server computer system comprising one or more physical processors programmed with computer program instructions to: obtain a user-provided image that includes an image of a user wearing the eyeglass frame; determine an identification of the eyeglass frame being worn by the user; obtain a predefined reference based on the identification, wherein the predefined reference includes an image of the eyeglass frame; compare the user-provided image with the predefined reference; resize the user-provided image and/or the predefined reference such that a size of the eyeglass frame from the user-provided image substantially matches a size of the eyeglass frame from the predefined reference based on the comparison; and determine one or more measurements used to custom-fit prescription lenses to the eyeglass frames based on: the resized user-provided image and the predefined reference image of known scale and/or dimensions or . the user-provided image and the resized predefined reference image of known scale and/or dimensions. obtain a user-provided image that includes an image of a user wearing the eyeglass frame; determine an identification of the eyeglass frame being worn by the user; obtain a predefined reference based on the identification, wherein the predefined reference includes an image of the eyeglass frame; compare the user-provided image with the predefined reference; resize the user-provided image and/or the predefined reference such that a size of the eyeglass frame from the user-provided image substantially matches a size of the eyeglass frame from the predefined reference based on the comparison; and determine one or more measurements used to custom-fit prescription lenses to the eyeglass frames based on: the resized user-provided image and the predefined reference image of known scale and/or dimensions or . the user-provided image and the resized predefined reference image of known scale and/or dimensions. the resized user-provided image and the predefined reference image of known scale and/or dimensions or . the user-provided image and the resized predefined reference image of known scale and/or dimensions.
A process for preventing the formation of 3,3,3-trifluoropropyne during the manufacture of fluorocarbon compounds, said method comprising the steps of: (a) forming a fluorocarbon compound in a reaction process that generates reaction products comprising one or more acids; (b) conducting one or more substantially caustic-free bulk acid removal procedures on the reaction products of step (a); and (c) conducting one or more trace acid removal procedures to remove acids remaining after step (b), thereby preventing the formation of 3,3,3-trifluoropropyne; wherein the bulk removal of the acids in step (b) comprises treating the reaction products with a first scrubber solution in a first absorber to remove the bulk of the acid.. (a) forming a fluorocarbon compound in a reaction process that generates reaction products comprising one or more acids; (b) conducting one or more substantially caustic-free bulk acid removal procedures on the reaction products of step (a); and (c) conducting one or more trace acid removal procedures to remove acids remaining after step (b), thereby preventing the formation of 3,3,3-trifluoropropyne;
A device for producing an aqueous solution of urea from solid urea and demineralized water, said device comprising: - at least one device for dissolving solid urea in demineralized water, in which the solid urea is dissolved in the demineralized water in order to form an aqueous solution of urea, said dissolving device comprising a tank for receiving solid urea and demineralized water and an outlet for recovering the aqueous solution of urea, - a solid urea storage station, - a device for transporting solid urea from the storage station to the dissolving device , said transporting device being arranged to pour solid urea into the tank of the dissolving device , characterized in that the dissolving device comprises at least one nozzle for injecting demineralized water into the solid urea poured into the tank , said nozzle for injecting demineralized water being connected by an inlet to a demineralized water source and to means for heating the water and being arranged in the vicinity of the bottom of the tank in order to create water turbulence below the surface of the solid urea poured into the tank and to dissolve the solid urea in the demineralized water so as to form the aqueous solution of urea. - at least one device for dissolving solid urea in demineralized water, in which the solid urea is dissolved in the demineralized water in order to form an aqueous solution of urea, said dissolving device comprising a tank for receiving solid urea and demineralized water and an outlet for recovering the aqueous solution of urea, - a solid urea storage station, - a device for transporting solid urea from the storage station to the dissolving device , said transporting device being arranged to pour solid urea into the tank of the dissolving device ,
A method for providing fast semantic proposals for image and video annotation, comprising: given an input image to be segmented for a region of interest, extracting one or more image planes from the input image, wherein the one or more images planes are handcrafted to provide significant region segmentation features; linearizing the input image in row-major order to generate a one-dimensional array corresponding to the one or more image planes to extract an input feature vector per image pixel for the one or more image planes; abstracting features for a region of interest using a modified echo state network model utilizing a reservoir including a layer of connections between reservoir nodes, wherein the reservoir increases feature dimensions per pixel location to multiple dimensions followed by feature reduction to one dimension per pixel location, wherein the echo state network model comprises both spatial and temporal state factors for the reservoir nodes associated with each pixel vector that incorporate spatial and temporal perturbations in the reservoir nodes for pixel neighborhood in an image and across training images, and wherein the echo state network model outputs a probability image that is subsequently thresholded; and post-processing the thresholded probability image by discarding selected small regions to obtain a segmented binary image corresponding to the region of interest. given an input image to be segmented for a region of interest, extracting one or more image planes from the input image, wherein the one or more images planes are handcrafted to provide significant region segmentation features; linearizing the input image in row-major order to generate a one-dimensional array corresponding to the one or more image planes to extract an input feature vector per image pixel for the one or more image planes; abstracting features for a region of interest using a modified echo state network model utilizing a reservoir including a layer of connections between reservoir nodes, wherein the reservoir increases feature dimensions per pixel location to multiple dimensions followed by feature reduction to one dimension per pixel location, wherein the echo state network model comprises both spatial and temporal state factors for the reservoir nodes associated with each pixel vector that incorporate spatial and temporal perturbations in the reservoir nodes for pixel neighborhood in an image and across training images, and wherein the echo state network model outputs a probability image that is subsequently thresholded; and post-processing the thresholded probability image by discarding selected small regions to obtain a segmented binary image corresponding to the region of interest.
A control apparatus comprising: at least one processor that is configured to: capture a low-energy image by a radiography apparatus by emitting radiation having first energy to a subject into which a contrast medium has been injected, and then sequentially acquires each of a plurality of high-energy images captured by the radiography apparatus at different timings by emitting radiation having second energy higher than the first energy to the subject into which the contrast medium has been injected, the control apparatus characterised in that the processor is further configured to: sequentially derive a body movement amount of the subject from each of the plurality of high-energy images, and perform, in a case in which the derived body movement amount exceeds a threshold value, control of causing the radiography apparatus to re-capture the low-energy image before a next high-energy image is captured. sequentially derive a body movement amount of the subject from each of the plurality of high-energy images, and perform, in a case in which the derived body movement amount exceeds a threshold value, control of causing the radiography apparatus to re-capture the low-energy image before a next high-energy image is captured.
A random access method, comprising: receiving , by a target eNB, a handover request message from a source eNB; wherein the handover request message includes user equipment's, UE's, capability information about target component carriers being supported and information of target component carriers selected by the source eNB; determining , by the target eNB, whether the target component carriers selected by the source eNB are allowed; wherein the target component carriers include an uplink and/or a downlink component carrier; if the target component carriers selected by the source eNB are allowed, notifying , by the target eNB, the UE of information about the target component carriers through the source eNB; wherein the notifying step comprises notifying, by the target eNB, the source eNB of the information about the target component carriers through a handover request acknowledgement message in response to which the information about the target component carriers is sent to the UE from the source eNB through a handover command; receiving , by the target eNB, a dedicated random access preamble from the UE; sending , by the target eNB, a random access response message on a component carrier in the target component carriers; receiving , by the target eNB, a radio resource control connection reconfiguration complete message from the UE. receiving , by a target eNB, a handover request message from a source eNB; wherein the handover request message includes user equipment's, UE's, capability information about target component carriers being supported and information of target component carriers selected by the source eNB; determining , by the target eNB, whether the target component carriers selected by the source eNB are allowed; wherein the target component carriers include an uplink and/or a downlink component carrier; if the target component carriers selected by the source eNB are allowed, notifying , by the target eNB, the UE of information about the target component carriers through the source eNB; wherein the notifying step comprises notifying, by the target eNB, the source eNB of the information about the target component carriers through a handover request acknowledgement message in response to which the information about the target component carriers is sent to the UE from the source eNB through a handover command; receiving , by the target eNB, a dedicated random access preamble from the UE; sending , by the target eNB, a random access response message on a component carrier in the target component carriers; receiving , by the target eNB, a radio resource control connection reconfiguration complete message from the UE.