mhurhangee/patent-ind-claim-en huggingface dataset:
A table saw assembly comprising: a motor assembly ; an electrically conductive belt operably connected to the motor assembly ; an arbor shaft operably connected to the belt ; a drop arm assembly rotatably supporting the arbor shaft ; a first pulley rotatably supporting the belt , the first pulley including an inner component defining an inner bore and an outer component defining an outer surface , the first pulley configured to electrically isolate the inner bore from the outer surface ; and an alignment adjustment mechanism operably connected to the first pulley , the alignment adjustment mechanism configured to selectably position the first pulley along an axis of rotation of the first pulley , wherein the inner bore is fixedly attached to the arbor shaft , wherein the arbor shaft comprises a shim lip ; the alignment adjustment mechanism is located between the shim lip and the inner component , wherein the alignment adjustment mechanism is adapted to be positioned based on a determined offset between the first pulley and a second pulley , wherein the alignment adjustment mechanism comprises a shim adapted to be positioned between the shim lip and the inner component , and wherein the inner component is formed from a conductive material; the outer component is formed from a conductive material; the first pulley further comprises an intermediate core positioned between the inner core and the outer core ; and the intermediate core is formed from a non-conductive material. a motor assembly ; an electrically conductive belt operably connected to the motor assembly ; an arbor shaft operably connected to the belt ; a drop arm assembly rotatably supporting the arbor shaft ; a first pulley rotatably supporting the belt , the first pulley including an inner component defining an inner bore and an outer component defining an outer surface , the first pulley configured to electrically isolate the inner bore from the outer surface ; and an alignment adjustment mechanism operably connected to the first pulley , the alignment adjustment mechanism configured to selectably position the first pulley along an axis of rotation of the first pulley , wherein the inner bore is fixedly attached to the arbor shaft , wherein the arbor shaft comprises a shim lip ; the alignment adjustment mechanism is located between the shim lip and the inner component , wherein the alignment adjustment mechanism is adapted to be positioned based on a determined offset between the first pulley and a second pulley , wherein the alignment adjustment mechanism comprises a shim adapted to be positioned between the shim lip and the inner component , and wherein the inner component is formed from a conductive material; the outer component is formed from a conductive material; the first pulley further comprises an intermediate core positioned between the inner core and the outer core ; and the intermediate core is formed from a non-conductive material.
A method for estimating a grip of a tire supporting a vehicle , the method comprising the steps of: generating a first set of data from a tire-mounted sensor unit ; generating a second set of data from the tire-mounted sensor unit and from data obtained from the vehicle ; generating a third set of data from data obtained from the vehicle and from the internet; providing a grip estimation module ; and receiving the first, second and third sets of data in the grip estimation module ; characterized in that the method further comprises calculating a friction probability distribution with the grip estimation module using the first, second and third sets of data ; inputting the friction probability distribution into at least one vehicle system; and calculating the current tire load and the current tire wear state with a sensor fusion module . generating a first set of data from a tire-mounted sensor unit ; generating a second set of data from the tire-mounted sensor unit and from data obtained from the vehicle ; generating a third set of data from data obtained from the vehicle and from the internet; providing a grip estimation module ; and receiving the first, second and third sets of data in the grip estimation module ; characterized in that the method further comprises calculating a friction probability distribution with the grip estimation module using the first, second and third sets of data ; inputting the friction probability distribution into at least one vehicle system; and calculating the current tire load and the current tire wear state with a sensor fusion module .
An electrical device reader, comprising: a wiring assembly , comprising: a flexible substrate ; and a plurality of electrical contacts supported by the flexible substrate; and an electrical connector electrically coupled with the plurality of electrical contacts, characterised in that the electrical device reader further comprises a cradle positioned relative to the electrical connector and comprising a curved surface that defines a recess in the cradle, wherein, in use, the wiring assembly is configured to flex from a first profile in which the plurality of electrical contacts are not electrically coupled with a plurality of contact pads of an electrical device into a second, curved profile conforming to the curved surface of the cradle in which the plurality of electrical contacts are electrically coupled with the plurality of contact pads of the electrical device and during a transfer of data from and/or to an electrical device through the wiring assembly. a wiring assembly , comprising: a flexible substrate ; and a plurality of electrical contacts supported by the flexible substrate; and an electrical connector electrically coupled with the plurality of electrical contacts, characterised in that the electrical device reader further comprises a cradle positioned relative to the electrical connector and comprising a curved surface that defines a recess in the cradle, a flexible substrate ; and a plurality of electrical contacts supported by the flexible substrate; and an electrical connector electrically coupled with the plurality of electrical contacts, characterised in that the electrical device reader further comprises a cradle positioned relative to the electrical connector and comprising a curved surface that defines a recess in the cradle, wherein, in use, the wiring assembly is configured to flex from a first profile in which the plurality of electrical contacts are not electrically coupled with a plurality of contact pads of an electrical device into a second, curved profile conforming to the curved surface of the cradle in which the plurality of electrical contacts are electrically coupled with the plurality of contact pads of the electrical device and during a transfer of data from and/or to an electrical device through the wiring assembly.
A trimmer blade comprising: a stationary blade including a plurality of first unit blades ; and a movable blade that includes a plurality of second unit blades and slides relative to the stationary blade , wherein a leading end of one of the plurality of first unit blades includes a projection projecting from a first sliding surface of the one of the plurality of first unit blades , and a leading end face of one of the plurality of second unit blades touches the projection ; characterized in that the trimmer blade further comprises a bias part applying bias force to the movable blade toward the projection of the one of the plurality of first unit blades . a stationary blade including a plurality of first unit blades ; and a movable blade that includes a plurality of second unit blades and slides relative to the stationary blade , wherein a leading end of one of the plurality of first unit blades includes a projection projecting from a first sliding surface of the one of the plurality of first unit blades , and a leading end face of one of the plurality of second unit blades touches the projection ; characterized in that the trimmer blade further comprises a bias part applying bias force to the movable blade toward the projection of the one of the plurality of first unit blades .
A device for active modification of thermal radiation, the device comprising: (i) a substrate; (ii) one or more polymeric permeable membranes comprising an ionic liquid electrolyte; (iii) one or more electrodes comprising carbon nanotubes deposited onto the surface of at least one of the one or more polymeric membranes; and (iv) a protective encapsulation layer. (i) a substrate; (ii) one or more polymeric permeable membranes comprising an ionic liquid electrolyte; (iii) one or more electrodes comprising carbon nanotubes deposited onto the surface of at least one of the one or more polymeric membranes; and (iv) a protective encapsulation layer.
A conductive particle detecting device , comprising: a plurality of permanent magnets having electrical conductivity and spaced apart from each other; a detecting circuit board configured to detect conductive particles attracted between adjacent ones of the plurality of permanent magnets , based on electrical resistance between the adjacent ones of the plurality of permanent magnets ; and a flexible printed wiring board electrically connecting the detecting circuit board and the plurality of permanent magnets ; wherein the conductive particle detecting device further comprises a a plurality of relay pieces connected to conductive portions of the flexible printed wiring board , wherein the plurality of relay pieces are made of a metal magnetic material, and wherein the plurality of permanent magnets are fixed to the plurality of relay pieces , respectively, by magnetic attraction. a plurality of permanent magnets having electrical conductivity and spaced apart from each other; a detecting circuit board configured to detect conductive particles attracted between adjacent ones of the plurality of permanent magnets , based on electrical resistance between the adjacent ones of the plurality of permanent magnets ; and a flexible printed wiring board electrically connecting the detecting circuit board and the plurality of permanent magnets ; wherein the conductive particle detecting device further comprises a a plurality of relay pieces connected to conductive portions of the flexible printed wiring board , wherein the plurality of relay pieces are made of a metal magnetic material, and wherein the plurality of permanent magnets are fixed to the plurality of relay pieces , respectively, by magnetic attraction.
A biocatalytic process for producing an active pharmaceutical ingredient (API) selected from Clofarabine, Cladribine, Cytarabine and Zidovudine, wherein said process comprises, preferably in an one-step/one-pot reaction, the addition of an enzyme having nucleoside deoxyribosyltransferase (NDT) activity, either native or recombinant, in a suitable aqueous reaction medium and under suitable reactions conditions to a mixture comprising i) at least a D isomer of a nucleoside selected from 2'-fluoro-arabinofuranosyl-2'-deoxyuridine, 2'-deoxyuridine, 1-β-D-arabinofuranosyl)uracil, or 3'-amino-2',3'-dideoxyadenosine and ii) at least a free nucleobase, to be transferred by the enzyme having NDT activity, selected from 2-chloroadenine, cytosine or thymine, wherein the enzyme having NDT activity is a NDT isolated from a microorganism selected from Lactobacillus or Lactococcus species. i) at least a D isomer of a nucleoside selected from 2'-fluoro-arabinofuranosyl-2'-deoxyuridine, 2'-deoxyuridine, 1-β-D-arabinofuranosyl)uracil, or 3'-amino-2',3'-dideoxyadenosine and ii) at least a free nucleobase, to be transferred by the enzyme having NDT activity, selected from 2-chloroadenine, cytosine or thymine,
An endoscope having a handle section and a distal insertion shaft ; the insertion shaft having a distal portion that includes a camera assembly ; the insertion shaft comprising a liquid carrying conduit ; the camera assembly comprising an electronic image sensor ; the handle section comprising a proximal housing and a distal housing ; the distal housing and the insertion shaft connected together and rotatable together relative to the proximal housing about a longitudinal axis of the insertion shaft; wherein the liquid carrying conduit and the camera assembly are arranged such that the liquid carrying conduit is configured to clear material away from the camera assembly; and characterised in that the liquid carrying conduit encloses a wired connection extending to the camera assembly, the wired connection being exposed to any liquids carried by the liquid carrying conduit ; and the endoscope further comprises a barrier positioned at the proximal end of the insertion shaft comprising a pass-through for the wired connection between the liquid carrying conduit and the distal housing , the barrier configured to inhibit passage of the liquid from the liquid carrying conduit to the internal space of the distal housing . the camera assembly comprising an electronic image sensor ; the handle section comprising a proximal housing and a distal housing ; the distal housing and the insertion shaft connected together and rotatable together relative to the proximal housing about a longitudinal axis of the insertion shaft; wherein the liquid carrying conduit and the camera assembly are arranged such that the liquid carrying conduit is configured to clear material away from the camera assembly; and characterised in that the liquid carrying conduit encloses a wired connection extending to the camera assembly, the wired connection being exposed to any liquids carried by the liquid carrying conduit ; and the endoscope further comprises a barrier positioned at the proximal end of the insertion shaft comprising a pass-through for the wired connection between the liquid carrying conduit and the distal housing , the barrier configured to inhibit passage of the liquid from the liquid carrying conduit to the internal space of the distal housing .
A loop-antenna comprising: a feed-point ; and a transformer connected to the feed-point, characterised in that : the transformer is configured to apply a variable feed-point impedance to the feed-point between 50 ohms and 5K ohms, such that applying a first feed-point impedance produces a horizontal polarization to the loop antenna, and such that applying a second feed-point impedance produces a vertical polarization to the loop antenna. a feed-point ; and a transformer connected to the feed-point, characterised in that : the transformer is configured to apply a variable feed-point impedance to the feed-point between 50 ohms and 5K ohms, such that applying a first feed-point impedance produces a horizontal polarization to the loop antenna, and such that applying a second feed-point impedance produces a vertical polarization to the loop antenna. the transformer is configured to apply a variable feed-point impedance to the feed-point between 50 ohms and 5K ohms, such that applying a first feed-point impedance produces a horizontal polarization to the loop antenna, and such that applying a second feed-point impedance produces a vertical polarization to the loop antenna.
A walking excavator having a superstructure and an undercarriage and a driver's cab arranged on the superstructure and four walking legs arranged so as to swivel on the undercarriage and an excavator arm mounted pivotably on the superstructure , to which excavator arm an excavator tool , in particular an excavator bucket, can be or is fastened, wherein in order to pivot the excavator arm upwards and downwards relative to the superstructure a dual-action differential cylinder is articulated on one hand to the superstructure and on the other hand to the excavator arm , characterised in that , in order to support the dual-action differential cylinder when the excavator arm is pivoted downwards relative to the superstructure , additionally a single-action differential cylinder is articulated on one hand to the superstructure and on the other hand to the excavator arm .
An image reading apparatus comprising: a reading unit configured to read an image of a document placed on a platen glass while moving along the document, the reading unit comprising a light source and image sensor , the light source being configured to radiate light onto the document through the platen glass , the image sensor being configured to receive light radiated from the light source and reflected on the document and convert the received light into image data; a control unit configured to control the reading unit ; and a flexible flat cable comprising image data transmitting wires (C4, C5, C7, C8, C16, C17, C19, C20 and C22) and power supplying wires (C38-C41 and C46-C48), the image data transmitting wires (C4, C5, C7, C8, C16, C17, C19, C20 and C22) being configured to transmit the image data from the reading unit to the control unit , the power supplying wires (C38-C41 and C46-C48) being configured to supply power voltage to the reading unit , wherein the flexible flat cable is divided into a first region and a second region by a slit (SL), the first region and the second region being at least partially overlapped with each other in an overlapping portion of the flexible flat cable when viewed in a thickness direction of the flat cable , characterized in that the image data transmitting wires (C4, C5, C7, C8, C16, C17, C19, C20 and C22) are provided in the first region and are not provided in the second region , and the power supplying wires (C38-C41 and C46-C48) are provided in the second region and are not provided in the first region . a reading unit configured to read an image of a document placed on a platen glass while moving along the document, the reading unit comprising a light source and image sensor , the light source being configured to radiate light onto the document through the platen glass , the image sensor being configured to receive light radiated from the light source and reflected on the document and convert the received light into image data; a control unit configured to control the reading unit ; and a flexible flat cable comprising image data transmitting wires (C4, C5, C7, C8, C16, C17, C19, C20 and C22) and power supplying wires (C38-C41 and C46-C48), the image data transmitting wires (C4, C5, C7, C8, C16, C17, C19, C20 and C22) being configured to transmit the image data from the reading unit to the control unit , the power supplying wires (C38-C41 and C46-C48) being configured to supply power voltage to the reading unit , wherein the flexible flat cable is divided into a first region and a second region by a slit (SL), the first region and the second region being at least partially overlapped with each other in an overlapping portion of the flexible flat cable when viewed in a thickness direction of the flat cable , characterized in that the image data transmitting wires (C4, C5, C7, C8, C16, C17, C19, C20 and C22) are provided in the first region and are not provided in the second region , and the power supplying wires (C38-C41 and C46-C48) are provided in the second region and are not provided in the first region .
A damper-isolator comprising: a hub defining a bore therethrough for receiving a shaft; a pulley body mated to the hub to collectively define an enclosed magnet track that is concentric about the bore of the hub; a first slide bearing and a second slide bearing being respectively disposed between first mating radially facing surfaces of the hub and the pulley body that are rotatable relative to one another and between second mating radially facing surfaces of the hub and the pulley body that are rotatable relative to one another; wherein the first slide bearing and the second slide bearing are positioned on either sides, radially, of the magnet track to define a bearing system for facilitating a smooth angular movement between the hub and the pulley body , thereby sealing the magnet track to prevent contamination and debris from entering the magnet track; a damper assembly operatively disposed between the hub and a belt engaging portion of the pulley body ; a first magnet positioned within the magnet track and connected to the hub for rotation therewith; and a second magnet positioned within the magnet track and connected to the pulley body for rotation therewith; wherein the first magnet and the second magnet are positioned with like polarities facing one another. a hub defining a bore therethrough for receiving a shaft; a pulley body mated to the hub to collectively define an enclosed magnet track that is concentric about the bore of the hub; a first slide bearing and a second slide bearing being respectively disposed between first mating radially facing surfaces of the hub and the pulley body that are rotatable relative to one another and between second mating radially facing surfaces of the hub and the pulley body that are rotatable relative to one another; wherein the first slide bearing and the second slide bearing are positioned on either sides, radially, of the magnet track to define a bearing system for facilitating a smooth angular movement between the hub and the pulley body , thereby sealing the magnet track to prevent contamination and debris from entering the magnet track; a damper assembly operatively disposed between the hub and a belt engaging portion of the pulley body ; a first magnet positioned within the magnet track and connected to the hub for rotation therewith; and a second magnet positioned within the magnet track and connected to the pulley body for rotation therewith; wherein the first magnet and the second magnet are positioned with like polarities facing one another.