mhurhangee/patent-ind-claim-en huggingface dataset:
A display device comprising: a display panel with a light emitting area (PXA); and an input sensor disposed over the display panel, the input sensor comprising: a first conductive layer (200-2); a first insulating layer (200-3) disposed over the first conductive layer; and a second conductive layer (200-4) disposed over the first insulating layer and connected to the first conductive layer, the first insulating layer comprising: an organic layer (200-3a) covering the first conductive layer; and an inorganic layer (200-3b) disposed over the organic layer, wherein the organic layer and the inorganic layer comprise a plurality of holes (DFP), characterized in that the plurality of holes defines a diffraction grating (GR) corresponding to the light emitting area. a display panel with a light emitting area (PXA); and an input sensor disposed over the display panel, the input sensor comprising: a first conductive layer (200-2); a first insulating layer (200-3) disposed over the first conductive layer; and a second conductive layer (200-4) disposed over the first insulating layer and connected to the first conductive layer, the first insulating layer comprising: an organic layer (200-3a) covering the first conductive layer; and an inorganic layer (200-3b) disposed over the organic layer, wherein the organic layer and the inorganic layer comprise a plurality of holes (DFP), characterized in that the plurality of holes defines a diffraction grating (GR) corresponding to the light emitting area. a first conductive layer (200-2); a first insulating layer (200-3) disposed over the first conductive layer; and a second conductive layer (200-4) disposed over the first insulating layer and connected to the first conductive layer, the first insulating layer comprising: an organic layer (200-3a) covering the first conductive layer; and an inorganic layer (200-3b) disposed over the organic layer, wherein the organic layer and the inorganic layer comprise a plurality of holes (DFP), characterized in that the plurality of holes defines a diffraction grating (GR) corresponding to the light emitting area. an organic layer (200-3a) covering the first conductive layer; and an inorganic layer (200-3b) disposed over the organic layer, wherein the organic layer and the inorganic layer comprise a plurality of holes (DFP), characterized in that the plurality of holes defines a diffraction grating (GR) corresponding to the light emitting area.
An occluder for selectively preventing fluid flow through tubing of an infusion set, the occluder comprising: a body having a void therein for receiving a plunger; a first biasing element for biasing the plunger; wherein said plunger is movable within the body, and cooperating with the body to selectively pinch tubing passing through the body, the plunger having a first, occluding position into which the plunger is biased, and a second, non-occluding position wherein the plunger is biased to return to the first, occluding position when no external force is applied thereto characterized in that the body comprises a ledge , and that the plunger has a third, non-occluding position wherein the plunger is held in the non-occluding position, wherein the occluder comprises a locking mechanism for preventing movement of the plunger from the first, occluding position to the second, non-occluding position; and at least one guide arm , the guide arm having a catch extending therefrom which engages the ledge of the body unless a force is applied to the guide arm to move the catch away from the body, wherein the locking mechanism comprises the catch disposed along the plunger, and wherein the guide arm has a release projection disposed thereon, wherein moving the release projection laterally inwardly moves the catch away from the ledge and allows the plunger to move to the second position. a body having a void therein for receiving a plunger; a first biasing element for biasing the plunger; wherein said plunger is movable within the body, and cooperating with the body to selectively pinch tubing passing through the body, the plunger having a first, occluding position into which the plunger is biased, and a second, non-occluding position wherein the plunger is biased to return to the first, occluding position when no external force is applied thereto characterized in that the body comprises a ledge , and that the plunger has a third, non-occluding position wherein the plunger is held in the non-occluding position, wherein the occluder comprises a locking mechanism for preventing movement of the plunger from the first, occluding position to the second, non-occluding position; and at least one guide arm , the guide arm having a catch extending therefrom which engages the ledge of the body unless a force is applied to the guide arm to move the catch away from the body, wherein the locking mechanism comprises the catch disposed along the plunger, and wherein the guide arm has a release projection disposed thereon, wherein moving the release projection laterally inwardly moves the catch away from the ledge and allows the plunger to move to the second position.
A biosensor comprising: (a) a multisite array of test sites, each test site having an aqueous solution comprising an electrochemically active agent; (b) a transparent support substrate supporting one or more transparent electrodes, wherein the substrate is in contact with the aqueous solution; and (c) a biomolecular interface layer having: immobilized pH sensitive Fluorescent Protein that covers both (a) a first area of the substrate where the immobilized pH sensitive Fluorescent Protein also covers at least one respective one of the one or more transparent electrodes supported on the substrate and (b) a second area of the substrate where the immobilized pH sensitive Fluorescent Protein does not cover any electrodes supported on the substrate; and one or more immobilized probes. (a) a multisite array of test sites, each test site having an aqueous solution comprising an electrochemically active agent; (b) a transparent support substrate supporting one or more transparent electrodes, wherein the substrate is in contact with the aqueous solution; and (c) a biomolecular interface layer having: immobilized pH sensitive Fluorescent Protein that covers both (a) a first area of the substrate where the immobilized pH sensitive Fluorescent Protein also covers at least one respective one of the one or more transparent electrodes supported on the substrate and (b) a second area of the substrate where the immobilized pH sensitive Fluorescent Protein does not cover any electrodes supported on the substrate; and one or more immobilized probes. immobilized pH sensitive Fluorescent Protein that covers both (a) a first area of the substrate where the immobilized pH sensitive Fluorescent Protein also covers at least one respective one of the one or more transparent electrodes supported on the substrate and (b) a second area of the substrate where the immobilized pH sensitive Fluorescent Protein does not cover any electrodes supported on the substrate; and one or more immobilized probes.
An orthopedic walker , comprising: a body ; the body defining an upper receiving section , a lower receiving section , and a footbed ; wherein the upper receiving section includes first and second portions divided by a median plane (M P ) of the orthopedic walker , the first and second portions are arranged to articulate about or from the median plane (M P ) to expand or retract a variable distance between the first and second portions of the upper receiving section ; characterised in that the body has a unitary construction and consists of one or more expanded thermoplastic materials. a body ; the body defining an upper receiving section , a lower receiving section , and a footbed ; wherein the upper receiving section includes first and second portions divided by a median plane (M P ) of the orthopedic walker , the first and second portions are arranged to articulate about or from the median plane (M P ) to expand or retract a variable distance between the first and second portions of the upper receiving section ; characterised in that the body has a unitary construction and consists of one or more expanded thermoplastic materials.
A blow mold unit , comprising: a blow cavity mold including a pair of split molds to be mold-clamped upon contact of parting surfaces thereof with each other, and forming a molding space for molding a hollow container having a push-up bottom; a bottom mold for forming a bottom surface of the molding space ; a fixing member having an upper surface side to which the bottom mold is fixed, and a lower surface side to which an elevation rod provided in a raising/lowering device is connected; characterized in a key member coupling the elevation rod and the fixing member together, wherein an insertion hole for inserting the elevation rod is formed to open on the lower surface side of the fixing member , and a communication hole communicating with the insertion hole is formed to open at a side surface of the fixing member , and wherein the key member is inserted into the communication hole and engaged with a key groove provided at a distal end of the elevation rod , whereby the elevation rod and the fixing member are coupled together. a blow cavity mold including a pair of split molds to be mold-clamped upon contact of parting surfaces thereof with each other, and forming a molding space for molding a hollow container having a push-up bottom; a bottom mold for forming a bottom surface of the molding space ; a fixing member having an upper surface side to which the bottom mold is fixed, and a lower surface side to which an elevation rod provided in a raising/lowering device is connected; characterized in a key member coupling the elevation rod and the fixing member together, wherein an insertion hole for inserting the elevation rod is formed to open on the lower surface side of the fixing member , and a communication hole communicating with the insertion hole is formed to open at a side surface of the fixing member , and wherein the key member is inserted into the communication hole and engaged with a key groove provided at a distal end of the elevation rod , whereby the elevation rod and the fixing member are coupled together.
A multi-channel communication device comprising: a frequency converter comprising: a Local Oscillator, LO, usable to output an LO signal at a fixed frequency; and a mixer usable to receive an input Radio Frequency, RF, signal and the LO signal, and to output a converted radio-signal having an Intermediate Frequency, IF; a Radio Frequency, RF, power splitter usable for splitting an input radio-signal the converted radio-signal into a plurality of split radio-signals; a plurality of receivers (135-a, ...,135-n), each usable for receiving the split radio signals within a corresponding distinct selected frequency band within a spectrum; a filter bank that comprises a plurality of Surface Acoustic Wave, SAW, filters (125-a,..., 125-n) each having a respective distinct passband within the spectrum, and a routing mechanism configured to route each of the split radio-signals into respective selected SAW filters of the SAW filters (125-a, ...,125-n), selected in accordance with the selected frequency band of each of the receivers, wherein each of the selected SAW filters outputs a corresponding output radio-signal, in the passband of the respective SAW filter, to a respective receiver of the receivers (135-a, ...,135-n); and a frequency hopping mechanism configured to instruct the routing mechanism to switch between frequencies as part of a frequency hopping process, in synchronization with one or more other communication devices, wherein a time required to hop between subsequent frequencies is a time required for the routing mechanism to switch between the subsequent frequencies. a frequency converter comprising: a Local Oscillator, LO, usable to output an LO signal at a fixed frequency; and a mixer usable to receive an input Radio Frequency, RF, signal and the LO signal, and to output a converted radio-signal having an Intermediate Frequency, IF; a Radio Frequency, RF, power splitter usable for splitting an input radio-signal the converted radio-signal into a plurality of split radio-signals; a plurality of receivers (135-a, ...,135-n), each usable for receiving the split radio signals within a corresponding distinct selected frequency band within a spectrum; a filter bank that comprises a plurality of Surface Acoustic Wave, SAW, filters (125-a,..., 125-n) each having a respective distinct passband within the spectrum, and a routing mechanism configured to route each of the split radio-signals into respective selected SAW filters of the SAW filters (125-a, ...,125-n), selected in accordance with the selected frequency band of each of the receivers, wherein each of the selected SAW filters outputs a corresponding output radio-signal, in the passband of the respective SAW filter, to a respective receiver of the receivers (135-a, ...,135-n); and a frequency hopping mechanism configured to instruct the routing mechanism to switch between frequencies as part of a frequency hopping process, in synchronization with one or more other communication devices, wherein a time required to hop between subsequent frequencies is a time required for the routing mechanism to switch between the subsequent frequencies.
A comb attachment for a blade system , the comb attachment comprising: a rack component and a pinion assembly , the rack component defined by one of a comb and a housing and comprising a rack , the housing being configured to attach to the blade system , and the pinion assembly comprising a pinion component defined by the other of the comb and the housing , the pinion assembly further comprising an axle retained by the pinion component, and a pinion disposed on the axle such that the pinion is rotatable with respect to the pinion component, wherein the rack and the pinion are arranged to cooperate such that rotation of the pinion on the axle induces relative linear movement between the comb and the housing ; a locking mechanism configured to rotationally lock the pinion , wherein the locking mechanism comprises a protrusion on one of the pinion and the pinion component, and a notch on the other of the pinion and the pinion component, the protrusion and notch being configured to engage to lock the pinion to thereby prevent relative linear movement between the comb and the housing , wherein the pinion is moveable between a locked position, in which the protrusion and the notch are engaged, and an unlocked position, in which the protrusion and the notch are disengaged, and wherein the pinion is biased away from the rack and towards the locked position, such that pushing the pinion towards the rack and the unlocked position causes disengagement of the notch and protrusion to permit rotation of the pinion . a rack component and a pinion assembly , the rack component defined by one of a comb and a housing and comprising a rack , the housing being configured to attach to the blade system , and the pinion assembly comprising a pinion component defined by the other of the comb and the housing , the pinion assembly further comprising an axle retained by the pinion component, and a pinion disposed on the axle such that the pinion is rotatable with respect to the pinion component, wherein the rack and the pinion are arranged to cooperate such that rotation of the pinion on the axle induces relative linear movement between the comb and the housing ; a locking mechanism configured to rotationally lock the pinion , wherein the locking mechanism comprises a protrusion on one of the pinion and the pinion component, and a notch on the other of the pinion and the pinion component, the protrusion and notch being configured to engage to lock the pinion to thereby prevent relative linear movement between the comb and the housing , wherein the pinion is moveable between a locked position, in which the protrusion and the notch are engaged, and an unlocked position, in which the protrusion and the notch are disengaged, and wherein the pinion is biased away from the rack and towards the locked position, such that pushing the pinion towards the rack and the unlocked position causes disengagement of the notch and protrusion to permit rotation of the pinion .
A device for use on a numerically controlled machine tool for application in a method for measuring said numerically controlled machine tool , said device comprising: - a first measuring element for measuring via a measuring apparatus, - a second measuring element for measurement via said measuring apparatus, - a spacer element on which said first measuring element and said second measuring element are arranged spaced apart from each other, and - a first fastening element having a first fastening portion for fastening said device to said machine part of said machine tool and a second fastening element having a second fastening portion for fastening to said machine part of said machine tool, wherein said first fastening element and said second fastening element are arranged on said spacer element spaced apart from each other, characterized in that said first and second fastening elements are each fastened to said spacer element and/or to a respective one of said measuring elements via a lockable connection, wherein the lockable connection makes it possible to fix the fastening elements to the machine part, while the position of the spacer element and/or measuring element relative to the fastening elements is still variable. - a first measuring element for measuring via a measuring apparatus, - a second measuring element for measurement via said measuring apparatus, - a spacer element on which said first measuring element and said second measuring element are arranged spaced apart from each other, and - a first fastening element having a first fastening portion for fastening said device to said machine part of said machine tool and a second fastening element having a second fastening portion for fastening to said machine part of said machine tool, wherein said first fastening element and said second fastening element are arranged on said spacer element spaced apart from each other, characterized in that said first and second fastening elements are each fastened to said spacer element and/or to a respective one of said measuring elements via a lockable connection, wherein the lockable connection makes it possible to fix the fastening elements to the machine part, while the position of the spacer element and/or measuring element relative to the fastening elements is still variable. wherein said first fastening element and said second fastening element are arranged on said spacer element spaced apart from each other, characterized in that said first and second fastening elements are each fastened to said spacer element and/or to a respective one of said measuring elements via a lockable connection, wherein the lockable connection makes it possible to fix the fastening elements to the machine part, while the position of the spacer element and/or measuring element relative to the fastening elements is still variable.
A method for producing uniformly sized nanoparticles comprising: blending at least a first precursor and at least a second precursor together to form a mixture of precursors that travels down a tube in a continuous flow path; extending the continuous flow path through a first energy source that applies microwave energy to the mixture of precursors to uniformly activate the mixture of precursors within the tube for a first duration time at a first energy level thereby allowing uniform nucleation of the mixture of precursors; extending the continuous flow path through a heating source for a second duration time at a controlled temperature allowing uniform thermodynamic growth around previously formed nucleates to form desired core sized nanoparticles; and, quenching the growth of the nanoparticles; wherein the method further includes the step of providing pressurized gas, preferably inert gas, non-reactive to microwave energy, the precursors and the nanoparticles, in particular gas selected from the group consisting of nitrogen and argon, into the continuous flow path before the flow path enters the first energy source so as to cause partitions of gas within the tube positioned between segments of the mixture of precursors thereby allowing the mixture of precursors within a segment to mix as it travels within the tube down the flow path, preferably further including the step of separating the gas from the nanoparticles following the step of quenching the growth of the nanoparticle. blending at least a first precursor and at least a second precursor together to form a mixture of precursors that travels down a tube in a continuous flow path; extending the continuous flow path through a first energy source that applies microwave energy to the mixture of precursors to uniformly activate the mixture of precursors within the tube for a first duration time at a first energy level thereby allowing uniform nucleation of the mixture of precursors; extending the continuous flow path through a heating source for a second duration time at a controlled temperature allowing uniform thermodynamic growth around previously formed nucleates to form desired core sized nanoparticles; and, quenching the growth of the nanoparticles; wherein the method further includes the step of providing pressurized gas, preferably inert gas, non-reactive to microwave energy, the precursors and the nanoparticles, in particular gas selected from the group consisting of nitrogen and argon, into the continuous flow path before the flow path enters the first energy source so as to cause partitions of gas within the tube positioned between segments of the mixture of precursors thereby allowing the mixture of precursors within a segment to mix as it travels within the tube down the flow path, preferably further including the step of separating the gas from the nanoparticles following the step of quenching the growth of the nanoparticle.
A braking system for a work vehicle, comprising: a first brake pedal configured for activating a first brake circuit ; a second brake pedal configured for activating a second brake circuit ; a linking mechanism coupled to the first brake pedal and configured for selectively linking the first brake pedal and the second brake pedal together; and a sensor coupled to the first brake pedal and configured for sensing an engagement status and a disengagement status of the linking mechanism , characterized in that said linking mechanism includes a handle pivotally connected to the first brake pedal and a pin moveably coupled to the handle , wherein said pin is moveably coupled to said handle by a connecting rod such that rotation of the handle slides the pin in order to link and unlink said first brake pedal and said second brake pedal . a first brake pedal configured for activating a first brake circuit ; a second brake pedal configured for activating a second brake circuit ; a linking mechanism coupled to the first brake pedal and configured for selectively linking the first brake pedal and the second brake pedal together; and a sensor coupled to the first brake pedal and configured for sensing an engagement status and a disengagement status of the linking mechanism ,