mhurhangee/ep-ind-claims huggingface dataset:
A digital display device to render an input image for viewing by a viewer having reduced visual acuity, the device comprising: a digital display medium (120, 1401) comprising an array of pixels and operable to render a pixelated image accordingly; a light field shaping layer (LFSL) (200, 800, 1403) defined by an array of LFSL elements and disposed relative to said digital display medium so to dispose each of said LFSL elements over an underlying set of said pixels to shape a light field emanating therefrom and thereby at least partially govern a projection thereof from said display medium toward the viewer, wherein said LFSL (200, 800, 1403) is disposed relative to said digital display medium (120, 1401) in geometric misalignment, said geometrical misalignment comprising the array of pixels being angled or rotated relative to the array of LFSL elements, so to geometrically misalign said array of pixels and said array of LFSL elements; and a hardware processor operable on pixel data for the input image to output adjusted image pixel data to be rendered via said digital display medium and projected through said geometrically misaligned LFSL (200, 800, 1403) in accordance with said geometric misalignment so to produce a designated image perception adjustment to at least partially address the viewer's reduced visual acuity; wherein said LFSL (200, 800, 1403) comprises a microlens array having a focal length, and wherein said microlens array is disposed at a designated distance from said digital display that is shorter than said focal length so to produce a divergent light field therefrom. a digital display medium (120, 1401) comprising an array of pixels and operable to render a pixelated image accordingly; a light field shaping layer (LFSL) (200, 800, 1403) defined by an array of LFSL elements and disposed relative to said digital display medium so to dispose each of said LFSL elements over an underlying set of said pixels to shape a light field emanating therefrom and thereby at least partially govern a projection thereof from said display medium toward the viewer, wherein said LFSL (200, 800, 1403) is disposed relative to said digital display medium (120, 1401) in geometric misalignment, said geometrical misalignment comprising the array of pixels being angled or rotated relative to the array of LFSL elements, so to geometrically misalign said array of pixels and said array of LFSL elements; and a hardware processor operable on pixel data for the input image to output adjusted image pixel data to be rendered via said digital display medium and projected through said geometrically misaligned LFSL (200, 800, 1403) in accordance with said geometric misalignment so to produce a designated image perception adjustment to at least partially address the viewer's reduced visual acuity; wherein said LFSL (200, 800, 1403) comprises a microlens array having a focal length, and wherein said microlens array is disposed at a designated distance from said digital display that is shorter than said focal length so to produce a divergent light field therefrom.
Luminaire with a housing provided at the radiation side of the luminaire, has a housing opening, with connection means in the housing for at least one lamp that define the latter's position in the housing, with a light-guiding element which is so positioned that it is located in front of the lamp in the main radiation direction, and at least a diffuser arranged laterally adjacent to the light-guiding element, wherein the diffuser has a protruding formation with a flank rising towards the light-guiding element at the edge of the housing, wherein the formation further has a flank descending towards the light-guiding element, characterised in that the light-guiding element is so arranged that a surface of the light-guiding element facing away from the lamp, is at least substantially in a plane with the housing opening, wherein the formation, seen in cross-section, is roof-shaped, wherein the flanks (13a, 13b) are formed by the roof surfaces of the roof, wherein at least one of the flanks (13a, 13b) extends straight or is concavely rounded.
A twin clutch controlling apparatus which includes a multi-speed transmission having a plurality of gear trains between a main shaft (6, 7) on the input side and a countershaft on the output side, a shift actuator for carrying out changeover of a shift stage of the multi-speed transmission, a twin clutch configured from an odd number stage side clutch and an even number stage side clutch for connecting and disconnecting power transmission between the transmission and an engine, a clutch actuator for controlling the twin clutch, and a manual operation clutch capacity arithmetic operation section for converting an operation amount of a clutch manual operation means to arithmetically operate a manual operation clutch capacity arithmetic operation value (tqcltmt) corresponding to the manual operation, the twin clutch controlling apparatus comprising: a control section for controlling the shift actuator and the clutch actuator, wherein an auto mode (Auto) in which the twin clutch is automatically controlled by the control section and a manual mode (Manual) in which the twin clutch is manually controlled in response to the manual operation clutch capacity arithmetic operation value (tqcltmt) are provided as control modes for the twin clutch, an automatic shift mode and a manual shift mode are provided as control modes for the multi-speed transmission, and the control section is configured such that, when the clutch manual operation means is operated during deceleration travelling in which automatic shift mode is selected, the control section carries out a shift down action in response to an operation of the clutch manual operation means. a control section for controlling the shift actuator and the clutch actuator, wherein an auto mode (Auto) in which the twin clutch is automatically controlled by the control section and a manual mode (Manual) in which the twin clutch is manually controlled in response to the manual operation clutch capacity arithmetic operation value (tqcltmt) are provided as control modes for the twin clutch, an automatic shift mode and a manual shift mode are provided as control modes for the multi-speed transmission, and the control section is configured such that, when the clutch manual operation means is operated during deceleration travelling in which automatic shift mode is selected, the control section carries out a shift down action in response to an operation of the clutch manual operation means.
A method for constructing a laminate comprising the steps of: fluidizing an amount of particulate matter, wherein the particulate matter is selected from a group consisting of menthol, activated charcoal, carbon, silica gel, xylitol, clay, dessicants, prebiotics, probiotics, surfactants, anti-oxidants, disinfectants, antibacterial agents, antiviral agents, pharmaceutical actives, perfumes, deodorants, opacifiers, astringents, preservatives, superabsorbent material and a combination thereof; creating a base by conveying at a speed of 30 to 600 meters/minute a first substrate and a second substrate, each having an inner surface and an outer surface; attaching a first adhesive layer to the inner surface of the first substrate; and applying an amount of the fluidized particulate matter onto the first adhesive layer to create a first layer of particulate matter, wherein 8 gsm to 40 gsm of the particulate matter is attached to the first adhesive layer, and wherein the particulate matter is between 2 microns to 120 microns in size; creating a cover by attaching a second adhesive layer to the inner surface of the second substrate; and attaching the base to the cover so that the outer surfaces of the first substrate and the second substrate are exposed; and wherein the first layer of the particulate matter is applied to the first adhesive layer with an electrostatic gun. fluidizing an amount of particulate matter, wherein the particulate matter is selected from a group consisting of menthol, activated charcoal, carbon, silica gel, xylitol, clay, dessicants, prebiotics, probiotics, surfactants, anti-oxidants, disinfectants, antibacterial agents, antiviral agents, pharmaceutical actives, perfumes, deodorants, opacifiers, astringents, preservatives, superabsorbent material and a combination thereof; creating a base by conveying at a speed of 30 to 600 meters/minute a first substrate and conveying at a speed of 30 to 600 meters/minute a first substrate and a second substrate, each having an inner surface and an outer surface; attaching a first adhesive layer to the inner surface of the first substrate; and attaching a first adhesive layer to the inner surface of the first substrate; and applying an amount of the fluidized particulate matter onto the first adhesive layer to create a first layer of particulate matter, wherein 8 gsm to 40 gsm of the particulate matter is attached to the first adhesive layer, and wherein the particulate matter is between 2 microns to 120 microns in size; creating a cover by attaching a second adhesive layer to the inner surface of the second substrate; and attaching the base to the cover so that the outer surfaces of the first substrate and the second substrate are exposed; and wherein the first layer of the particulate matter is applied to the first adhesive layer with an electrostatic gun. and wherein the first layer of the particulate matter is applied to the first adhesive layer with an electrostatic gun.
A composite film, comprising a porous separator, and a fiber layer disposed on a surface of the porous separator and containing polyetherimide, wherein the fiber layer includes at least one group of fiber bundle, the fiber bundle includes multiple fibers parallel to each other.
A humanized anti-αβTCR binding polypeptide for use in the treatment of a T cell-mediated disorder in a patient, wherein the anti-αβTCR binding polypeptide is a humanized monoclonal antibody, wherein the humanized monoclonal antibody comprises a heavy chain variable region comprising the amino acid sequence set forth in SEQ ID NO: 16, and a light chain variable region comprising the amino acid sequence set forth in SEQ ID NO: 14, wherein the T cell-mediated disorder is selected from the group consisting of an autoimmune disorder, a xenotransplant-related disorder, an allotransplant-related disorder, a xenopregnancy-related disorder, pre-eclampsia, and Rh disease, and wherein said polypeptide is administered intravenously to the patient in two or more single dosage units, wherein each single dosage unit comprises at least 1 mg/kg body weight of the humanized monoclonal antibody, and wherein the second and subsequent doses are administered intravenously to the patient every 1, 2 or 3 days, such that the proportion of γδ T cells within a CD3+ T cell population increases in the patient.
A system for redirecting electrostatic discharge away from a main circuit coupled to a terminal pad, comprising: an ESD circuit coupled to said terminal pad; an ESD protection circuit coupled between said terminal pad and said ESD circuit; characterized by: a higher frequency bypass circuit coupled between said terminal pad and said ESD circuit; whereby said ESD protection circuit is configured to reduce a terminal pad voltage during normal operation and said higher frequency bypass circuit is configured to provide an ESD protection circuit bypass during at least an initial portion of an ESD event. an ESD circuit coupled to said terminal pad; an ESD protection circuit coupled between said terminal pad and said ESD circuit; characterized by: a higher frequency bypass circuit coupled between said terminal pad and said ESD circuit; whereby said ESD protection circuit is configured to reduce a terminal pad voltage during normal operation and said higher frequency bypass circuit is configured to provide an ESD protection circuit bypass during at least an initial portion of an ESD event. a higher frequency bypass circuit coupled between said terminal pad and said ESD circuit; whereby said ESD protection circuit is configured to reduce a terminal pad voltage during normal operation and said higher frequency bypass circuit is configured to provide an ESD protection circuit bypass during at least an initial portion of an ESD event.
A rotating air directing apparatus for a barrel (110, 210) of a hair dryer, the apparatus comprising: a tubular rotating member (2, 208) comprising a circumferential inner surface, an inlet opening, an outlet opening, and a plurality of curved vanes (41, 42, 43); and a nozzle member (3, 206) disposed adjacent to the outlet opening of the tubular rotating member (2, 208) and adapted to rotate with the tubular rotating member, wherein the nozzle member comprises an angled tubular member having a nozzle opening disposed at an acute angle relative to the outlet opening; wherein the plurality of curved vanes (41, 42, 43) each have a fixed edge (411, 421, 431) at the circumferential inner surface that extends from the inlet opening to the outlet opening of the tubular rotating member (2, 208), and an opposing free edge (412, 422, 432) that defines a central open space of the tubular rotating member. a tubular rotating member (2, 208) comprising a circumferential inner surface, an inlet opening, an outlet opening, and a plurality of curved vanes (41, 42, 43); and a nozzle member (3, 206) disposed adjacent to the outlet opening of the tubular rotating member (2, 208) and adapted to rotate with the tubular rotating member, wherein the nozzle member comprises an angled tubular member having a nozzle opening disposed at an acute angle relative to the outlet opening; wherein the plurality of curved vanes (41, 42, 43) each have a fixed edge (411, 421, 431) at the circumferential inner surface that extends from the inlet opening to the outlet opening of the tubular rotating member (2, 208), and an opposing free edge (412, 422, 432) that defines a central open space of the tubular rotating member.
A modular integrated galley in a passenger vehicle, comprising: a mounting rack in the form of a vertical wall including upper, middle and lower storage areas, characterized in that the modular integrated galley further comprises at least one storage slot extending laterally between the middle and lower storage areas for storing a work surface therein, wherein the modular integrated galley further comprises a latch for ejecting the work surface at least partially from the slot into a position for being further extended into a fully deployed position by a user, wherein a latch is provided on both inboard and outboard sides of each work surface for simultaneous operation by the user, wherein the latch includes a first position that unlocks the work surface in its stowed position and a second position that ejects the work surface from the slot into the position for being further extended into the fully deployed position by the user.
A tealight cup comprising a side wall and a base with a flat central area and at least two bulges positioned around the flat central area and having a height (h) of at least 10% of the height of the side wall, characterized in that the bulges are positioned around the flat central area circumferentially along a common circumference and have a total volume equal to at least 10% of the volume of the part of the cup from the base to the height (h) of the bulges.
A multiplexer, set between a transceiving antenna and a receiving channel as well as a transmitting channel; wherein the transceiving antenna, the receiving channel and the transmitting channel are shared by signals of at least two modes, the multiplexer comprises: a transmitting link and a receiving link corresponding to each of the at least two modes,a transmitting filter module (104, 106) configured on the corresponding transmitting link, receiving filter module (102, 105) and amplifier module (103, 107) configured on the corresponding receiving link; wherein each transmitting filter module is configured to select a signal of a corresponding mode from signals to be transmitted through the transmitting channel, and transmit the signal of the corresponding mode to the transceiving antenna through the corresponding transmitting link; each receiving filter module is configured to select a signal of a corresponding mode from signals received by the transceiving antenna, and transmit the signal of the corresponding mode to the receiving channel through the corresponding receiving link; each amplifier module is configured to amplify the signal of the corresponding mode selected by the receiving filterer module connected thereto and transmit the signal of the corresponding mode to the combiner module; the multiplexer further comprises a combiner module, the combiner module is configured to receive signals amplified by each amplifier module, performs combination processing on the signals, and transmit the combined signal to the receiving channel. a transmitting link and a receiving link corresponding to each of the at least two modes,a transmitting filter module (104, 106) configured on the corresponding transmitting link, receiving filter module (102, 105) and amplifier module (103, 107) configured on the corresponding receiving link; wherein each transmitting filter module is configured to select a signal of a corresponding mode from signals to be transmitted through the transmitting channel, and transmit the signal of the corresponding mode to the transceiving antenna through the corresponding transmitting link; each receiving filter module is configured to select a signal of a corresponding mode from signals received by the transceiving antenna, and transmit the signal of the corresponding mode to the receiving channel through the corresponding receiving link; each amplifier module is configured to amplify the signal of the corresponding mode selected by the receiving filterer module connected thereto and transmit the signal of the corresponding mode to the combiner module; the multiplexer further comprises a combiner module, the combiner module is configured to receive signals amplified by each amplifier module, performs combination processing on the signals, and transmit the combined signal to the receiving channel.
A hydrogen sulfide mixture comprising: hydrogen sulfide; and water, wherein the hydrogen sulfide mixture is filled into a filling container so that at least one part of the hydrogen sulfide mixture is liquid and a moisture concentration of a gaseous phase is 0.001 mol ppm or more and less than 75 mol ppm. hydrogen sulfide; and water, wherein the hydrogen sulfide mixture is filled into a filling container so that at least one part of the hydrogen sulfide mixture is liquid and a moisture concentration of a gaseous phase is 0.001 mol ppm or more and less than 75 mol ppm.
Method for direct metallization of non-conductive substrate surfaces, in particular polyimide surfaces; characterized by the successive process steps: - pickling said substrate surface with a peroxide containing acidic pickling solution; - contacting the pickled substrate surface with a permanganate containing acidic treatment solution; - activating the treated substrate surface in a peroxide containing acidic activating solution; - contacting the activated substrate surface with an acidic catalytic solution containing at least one thiophene derivative and at least one sulfonic acid derivative; and - metallizing the thus treated substrate surface in an acidic galvanic metallization bath. - pickling said substrate surface with a peroxide containing acidic pickling solution; - contacting the pickled substrate surface with a permanganate containing acidic treatment solution; - activating the treated substrate surface in a peroxide containing acidic activating solution; - contacting the activated substrate surface with an acidic catalytic solution containing at least one thiophene derivative and at least one sulfonic acid derivative; and - metallizing the thus treated substrate surface in an acidic galvanic metallization bath.
A charged hadron therapy system for delivering charged hadron radiation to a target, the system comprising: - a target positioning couch for supporting said target, the target positioning couch being configured for moving along a translation direction (Y'), - a beam delivery system comprising - a beam scanning means for scanning a hadron pencil beam over said target in an first scanning direction and a second scanning direction, the second scanning direction being substantially parallel with the translation direction (Y') wherein the beam scanning means is limited for providing a maximum scanning amplitude AY in the second scanning direction, - a controller for controlling the charged hadron therapy system, the controller being programmed for controlling translating of a target on a couch along a translation direction (Y') and for controlling scanning a hadron pencil beam over said target in an first scanning direction and a second scanning direction substantially parallel with the translation direction (Y'), wherein the controller is adapted for controlling scanning of the hadron pencil beam in the second scanning direction with a maximum scanning amplitude, and the controller is adapted for simultaneously moving the couch along said translation direction (Y') and scanning the hadron pencil beam in X and Y in a synchronized manner, so as to deliver charged hadron radiation to a target over a target size being larger in the Y direction than the maximum scanning amplitude. - a target positioning couch for supporting said target, the target positioning couch being configured for moving along a translation direction (Y'), - a beam delivery system comprising - a beam scanning means for scanning a hadron pencil beam over said target in an first scanning direction and a second scanning direction, the second scanning direction being substantially parallel with the translation direction (Y') wherein the beam scanning means is limited for providing a maximum scanning amplitude AY in the second scanning direction, - a controller for controlling the charged hadron therapy system, the controller being programmed for controlling translating of a target on a couch along a translation direction (Y') and for controlling scanning a hadron pencil beam over said target in an first scanning direction and a second scanning direction substantially parallel with the translation direction (Y'), wherein the controller is adapted for controlling scanning of the hadron pencil beam in the second scanning direction with a maximum scanning amplitude, and the controller is adapted for simultaneously moving the couch along said translation direction (Y') and scanning the hadron pencil beam in X and Y in a synchronized manner, so as to deliver charged hadron radiation to a target over a target size being larger in the Y direction than the maximum scanning amplitude.
A method of producing a chitin microparticle composition which comprises chitin microparticles having a desired average diameter between 1 and 20 μm in an aqueous suspension, wherein the method comprises: a) making an aqueous suspension of chitin microparticles; and b) passing the aqueous suspension through a microfluidising instrument to reduce the average diameter of the chitin microparticles to the desired average diameter by forcing the aqueous suspension of chitin microparticles through microchannels at an operating pressure of at least 15,000 psi (1400 bar) so that the resulting diameter of at least 90% of the microparticles in the chitin microparticle composition is within the range of 1 to 20 μm. a) making an aqueous suspension of chitin microparticles; and b) passing the aqueous suspension through a microfluidising instrument to reduce the average diameter of the chitin microparticles to the desired average diameter by forcing the aqueous suspension of chitin microparticles through microchannels at an operating pressure of at least 15,000 psi (1400 bar) so that the resulting diameter of at least 90% of the microparticles in the chitin microparticle composition is within the range of 1 to 20 μm.