mhurhangee/patent-ind-claim-en huggingface dataset:
A three-dimensional fabrication apparatus comprising: a fabrication chamber in which powder is layered to form a powder layer, the powder of the powder layer is bonded together to form a layered fabrication object , and another layered fabrication object is laminated on the layered fabrication object ; a first collection recycling device configured to collect the powder discharged outside the fabrication chamber and to perform a first processing of restoring the collected powder to a usable state; and a second collection recycling device configured to collect the powder in the fabrication chamber and to perform a second processing of restoring the collected powder to a usable state, the second processing performed by the second collection recycling device at least partially differing from the first processing performed by the first collection recycling device . a fabrication chamber in which powder is layered to form a powder layer, the powder of the powder layer is bonded together to form a layered fabrication object , and another layered fabrication object is laminated on the layered fabrication object ; a first collection recycling device configured to collect the powder discharged outside the fabrication chamber and to perform a first processing of restoring the collected powder to a usable state; and a second collection recycling device configured to collect the powder in the fabrication chamber and to perform a second processing of restoring the collected powder to a usable state, the second processing performed by the second collection recycling device at least partially differing from the first processing performed by the first collection recycling device .
A playback device comprising one or more storage devices on which are stored instructions that are operable, when executed by the playback device, to cause the playback device to perform operations comprising: receiving an audio data stream ; determining, before the audio data stream is output by the playback device, whether a portion of the audio data stream encodes a particular key phrase by analyzing the portion using an automated speech recognizer ; in response to determining that the portion of the audio data stream encodes the particular key phrase, modifying the audio data stream to include an audio watermark ; and providing the modified audio data stream for output . receiving an audio data stream ; determining, before the audio data stream is output by the playback device, whether a portion of the audio data stream encodes a particular key phrase by analyzing the portion using an automated speech recognizer ; in response to determining that the portion of the audio data stream encodes the particular key phrase, modifying the audio data stream to include an audio watermark ; and providing the modified audio data stream for output .
Composition comprising: a) at least one sebum-absorbing powder with a sebum uptake of greater than or equal to 35 ml/100 g, and at least one styling powder, the sebum-absorbing powder(s) being present in an amount ranging from 0.1% to 99% by weight relative to the total weight of the composition; b) at least one zinc salt other than the sebum-absorbing powders with a sebum uptake of greater than or equal to 35 ml/100 g, and/or than the styling powders; the zinc salt(s) being present in the composition in a content of between 0.01% and 15% by weight, relative to the total weight of the composition; the zinc salts being chosen from zinc gluconate, zinc lactate, zinc glycinate, zinc aspartate, zinc pidolate, zinc salicylate, zinc citrate, zinc acetate, zinc ricinoleate, and mixtures thereof, and preferably from zinc gluconate, zinc salicylate, zinc ricinoleate and zinc pidolate, and more preferably still zinc pidolate, c) optionally a propellant. a) at least one sebum-absorbing powder with a sebum uptake of greater than or equal to 35 ml/100 g, and at least one styling powder, the sebum-absorbing powder(s) being present in an amount ranging from 0.1% to 99% by weight relative to the total weight of the composition; b) at least one zinc salt other than the sebum-absorbing powders with a sebum uptake of greater than or equal to 35 ml/100 g, and/or than the styling powders; the zinc salt(s) being present in the composition in a content of between 0.01% and 15% by weight, relative to the total weight of the composition; the zinc salts being chosen from zinc gluconate, zinc lactate, zinc glycinate, zinc aspartate, zinc pidolate, zinc salicylate, zinc citrate, zinc acetate, zinc ricinoleate, and mixtures thereof, and preferably from zinc gluconate, zinc salicylate, zinc ricinoleate and zinc pidolate, and more preferably still zinc pidolate, c) optionally a propellant.
A measuring tool comprising: an end hook having a mounting portion ; a blade having a length and a width, the length being greater than the width; a hole extending through the blade along a hole axis (A), near a first end of the blade ; a fastener extending through the hole and securing the blade to the mounting portion of the end hook ; wherein the blade generally has an average first thickness along the length of the blade ; and characterized in that the hole formed in the blade is created by friction drilling through a pilot hole , which causes downward flows of blade substrate material to create a protrusion of blade material extending from the blade and give the hole a depth of a second thickness; wherein second thickness is greater than the first thickness. an end hook having a mounting portion ; a blade having a length and a width, the length being greater than the width; a hole extending through the blade along a hole axis (A), near a first end of the blade ; a fastener extending through the hole and securing the blade to the mounting portion of the end hook ; wherein the blade generally has an average first thickness along the length of the blade ; and characterized in that the hole formed in the blade is created by friction drilling through a pilot hole , which causes downward flows of blade substrate material to create a protrusion of blade material extending from the blade and give the hole a depth of a second thickness; wherein second thickness is greater than the first thickness.
Bearing comprising outer and inner rings able to pivot relative to one another and a row of rolling elements interposed between the outer ring and the inner ring, characterized in that at least one of said rings comprises at least two annular ring parts cooperating with the row of rolling elements and having annular radial surfaces axially opposite each other, and in that the bearing comprises further: at least one annular shim interposed between said radial surfaces of said annular ring parts and comprising successive circumferential portions , each circumferential portion of said shim having a plurality of nicks respectively traversed by axial elements , the nicks of each circumferential portion of said annular shim being shaped and oriented to permit the positioning between the annular ring parts and the removal of each circumferential portion by radial translation. at least one annular shim interposed between said radial surfaces of said annular ring parts and comprising successive circumferential portions , each circumferential portion of said shim having a plurality of nicks respectively traversed by axial elements , the nicks of each circumferential portion of said annular shim being shaped and oriented to permit the positioning between the annular ring parts and the removal of each circumferential portion by radial translation.
A recyclable cap for containers, comprising an outer body and an inner body provided with fixing means for being retained in a container, the inner body being coupled and housed inside said outer body , the outer body being made of a biodegradable material of plant origin, wherein the outer body and the inner body are coupled by coupling means configured for linking the two bodies to one another, characterised in that the inner body includes a single-use release system configured for separating the outer body from the inner body , comprised of at least one perforated line present in a side wall present in the inner body , and wherein the coupling means consist of tabs which are slightly bent and project from the outer face of the inner body , which can be fitted in a non-releasable manner in slots made on the inner face of the outer body .
A multi-core processor for use in an advanced digital baseband processor for a base station in a cellular communications network , the multi-core processor comprising: - a plurality of processor cores , wherein at least a subset of the plurality of processor cores support a plurality of radio access technologies, the multi-core processor being characterized by : - two or more baseband interfaces (46, 46-1, 46-2) configured to provide baseband connectivity to two or more modems (36, 36-1, 36-2) i) external to the multi-core processor and ii) associated with a different one of the plurality of radio access technologies. - a plurality of processor cores , wherein at least a subset of the plurality of processor cores support a plurality of radio access technologies, the multi-core processor being characterized by : - two or more baseband interfaces (46, 46-1, 46-2) configured to provide baseband connectivity to two or more modems (36, 36-1, 36-2) i) external to the multi-core processor and ii) associated with a different one of the plurality of radio access technologies. - two or more baseband interfaces (46, 46-1, 46-2) configured to provide baseband connectivity to two or more modems (36, 36-1, 36-2) i) external to the multi-core processor and ii) associated with a different one of the plurality of radio access technologies.
A multi-hypothesis tracking device configured to estimate a track for at least one possible target and configured to receive incoming measurements and to process measurements and tracks , which tracking device is configured with a storage and a computational device having a computational capacity and configured with: - an association module configured to calculate an association between a measurement and a track ; - an output module configured to output a sequence of track updates from - an assignment module maintaining a set of active tracks and, using the association module to calculate associations between active tracks and the incoming measurements , the calculated associations containing possible track updates , deciding which track updates to keep in the set of active tracks and which track updates to add to a set of passive tracks , the set of passive tracks comprises tracks which are not updated when new measurements or frames of measurements are received at the tracker; the computational device being configured to: - defer computations on the set of passive tracks until at least one passive track handling criterion is fulfilled, - activate at least one passive track from the set of passive tracks and transfer the at least one passive track from the set of passive tracks to the set of active tracks by at least one of the computations; characterised in that the tracking device is further configured to divide all measurements into a set of considered measurements and a set of unconsidered measurements for each passive track ; and with a propagator module configured to propagate by the computations on the set of passive tracks, a selected passive track using the association module to calculate an association as a function of an unconsidered measurement and the selected passive track ; adding the possible track update of the selected passive track and the unconsidered measurement to the set of passive tracks , and marking the measurement considered for both the selected passive track and the possible track update . - an association module configured to calculate an association between a measurement and a track ; - an output module configured to output a sequence of track updates from - an assignment module maintaining a set of active tracks and, using the association module to calculate associations between active tracks and the incoming measurements , the calculated associations containing possible track updates , deciding which track updates to keep in the set of active tracks and which track updates to add to a set of passive tracks , the set of passive tracks comprises tracks which are not updated when new measurements or frames of measurements are received at the tracker; - defer computations on the set of passive tracks until at least one passive track handling criterion is fulfilled, - activate at least one passive track from the set of passive tracks and transfer the at least one passive track from the set of passive tracks to the set of active tracks by at least one of the computations;
A physical force capacitive touch sensor, comprising: a substrate ; a capacitive sensor element on a face of the substrate comprising a plurality of electrodes (1012; 1212); a cover (1008; 1208) comprising a first section (1004; 1204) forming a substantially non-deformable spacer on the substrate that surrounds the capacitive sensor element (1012; 1212) and a second section forming a flexible cover covering the capacitive sensor element (1012; 1212); and an electrically conductive plane (1006; 1206) coupled with the flexible cover via a plurality of pedestals (1030; 1230) and being proximate to the capacitive sensor element (1012; 1212) and being arranged to at least partly cover each electrode of said plurality of electrodes (1012; 1212); wherein a density of pedestals (1030; 1230) coupled between the flexible cover (1008; 1208) and the electrically conductive plane (1006; 1206) is greater than a density of electrodes of the plurality of electrodes (1012; 1212); and wherein when a mechanical force is applied to the flexible cover , the flexible cover (1008; 1208) and the electrically conductive plane (1006; 1206) are biased toward the capacitive sensor element (1012; 1212), whereby the capacitive sensor element (1012; 1212) changes capacitance value. a substrate ; a capacitive sensor element on a face of the substrate comprising a plurality of electrodes (1012; 1212); a cover (1008; 1208) comprising a first section (1004; 1204) forming a substantially non-deformable spacer on the substrate that surrounds the capacitive sensor element (1012; 1212) and a second section forming a flexible cover covering the capacitive sensor element (1012; 1212); and an electrically conductive plane (1006; 1206) coupled with the flexible cover via a plurality of pedestals (1030; 1230) and being proximate to the capacitive sensor element (1012; 1212) and being arranged to at least partly cover each electrode of said plurality of electrodes (1012; 1212); wherein a density of pedestals (1030; 1230) coupled between the flexible cover (1008; 1208) and the electrically conductive plane (1006; 1206) is greater than a density of electrodes of the plurality of electrodes (1012; 1212); and wherein when a mechanical force is applied to the flexible cover , the flexible cover (1008; 1208) and the electrically conductive plane (1006; 1206) are biased toward the capacitive sensor element (1012; 1212), whereby the capacitive sensor element (1012; 1212) changes capacitance value.
A mounting system for mounting a device, preferably an imaging device, on helicopters, comprising: a frame being configured to be mounted to a helicopter; an axle mounted on the frame, the axle having a first end and a second end; a first arm attached to the axle at or near the first end of the axle ; a device mounted on the first arm ; and a motor configured to rotate the axle ; wherein the axle is configured to rotate such that rotation of the axle re-positions the device ; and characterized in a second arm attached to the axle at or near the second end of the axle a counterweight positioned on the second arm ; wherein the counterweight is configured such that re-positioning of the device results in a corresponding re-positioning of the counterweight . a frame being configured to be mounted to a helicopter; an axle mounted on the frame, the axle having a first end and a second end; a first arm attached to the axle at or near the first end of the axle ; a device mounted on the first arm ; and a motor configured to rotate the axle ; wherein the axle is configured to rotate such that rotation of the axle re-positions the device ; and characterized in a second arm attached to the axle at or near the second end of the axle a counterweight positioned on the second arm ; wherein the counterweight is configured such that re-positioning of the device results in a corresponding re-positioning of the counterweight . a second arm attached to the axle at or near the second end of the axle a counterweight positioned on the second arm ; wherein the counterweight is configured such that re-positioning of the device results in a corresponding re-positioning of the counterweight .
A microstructured surface comprising: a plurality of microfeatures disposed on a substrate and defining a space located between inner surfaces of the plurality of microfeatures , wherein the inner surfaces between the plurality of microfeatures are at least partially hydrophobic; a gas generator comprising a first electrode of an electrode pair electrically connected to a second electrode of the electrode pair and not coupled to a source of external power, wherein the first electrode and the second electrode of the electrode pair have respective standard electrode potentials that generate gas by spontaneous electrochemical reaction when contacted by an electrolyte solution , wherein at least the first electrode is disposed within the space located between inner surfaces of the plurality of microfeatures and configured to generate a gas by a spontaneous electrochemical reaction when part of the space located between the microfeatures is filled with the electrolyte solution and not generate a gas when not filled with the electrolyte solution while the microstructured surface is submerged in the electrolyte solution , and wherein the difference between the standard electrode potential of the electrolyte and the standard electrode potential of the second electrode is, in magnitude, larger than an overpotential for gas generation at the first electrode , and wherein the overpotential for gas generation at the first electrode is, in magnitude, smaller than the overpotential for gas generation at the second electrode .
Braking device for a vehicle , in particular for a commercial vehicle , comprising - a brake caliper , a brake carrier and a bolt guide comprising a bolt extending along an axis (A), - the bolt guide being designed and arranged to support the brake caliper in a displaceable manner along the axis (A) relative to the brake carrier , - the bolt guide having a sleeve comprising an inner surface and comprising an at least partially hollow-cylindrical portion , - the sleeve having a plurality of circumferential recesses on the inner surface , characterized in that - the bolt guide has a damping element arranged in each of the recesses , and the damping elements protruding radially inward from the recesses in the direction of the bolt 21, relative to the cylinder axis Z. - a brake caliper , a brake carrier and a bolt guide comprising a bolt extending along an axis (A), - the bolt guide being designed and arranged to support the brake caliper in a displaceable manner along the axis (A) relative to the brake carrier , - the bolt guide having a sleeve comprising an inner surface and comprising an at least partially hollow-cylindrical portion , - the sleeve having a plurality of circumferential recesses on the inner surface , characterized in that - the bolt guide has a damping element arranged in each of the recesses , and the damping elements protruding radially inward from the recesses in the direction of the bolt 21, relative to the cylinder axis Z.
A refrigerator door (D) comprising a front wall, a rear wall, a top closing element and a bottom closing element defining a cavity intended to receive an insulating foam, said refrigerator door (D) further comprising a door-integrated handle assembly , wherein the handle element of said door-integrated handle assembly forms the top closing element or the bottom closing element of the door (D), and wherein the door-integrated handle assembly comprises: • a handle element ; • a cover element configured to be assembled to said handle element ; wherein first snap-fit connectors are formed on the handle element and second snap-fit connectors configured to be coupled with said first snap-fit connectors are formed on the cover element , and wherein first guiding ribs are formed on the handle element and second guiding ribs are formed on the cover element , said first and second guiding ribs being configured to be fitted with each other, characterized in that said first guiding ribs are formed along sides of the handle element in the direction of a second axis (Y) perpendicular to a first axis (X), the first axis (X) and the second axis (Y) defining a horizontal plane, second guiding ribs being correspondingly formed along each side portion of the cover element , wherein two parallel guiding ribs are formed on each side of the handle element and two parallel guiding ribs are formed on each side portions of the cover element . • a handle element ; • a cover element configured to be assembled to said handle element ; wherein first snap-fit connectors are formed on the handle element and second snap-fit connectors configured to be coupled with said first snap-fit connectors are formed on the cover element , and wherein first guiding ribs are formed on the handle element and second guiding ribs are formed on the cover element , said first and second guiding ribs being configured to be fitted with each other, characterized in that said first guiding ribs are formed along sides of the handle element in the direction of a second axis (Y) perpendicular to a first axis (X), the first axis (X) and the second axis (Y) defining a horizontal plane, second guiding ribs being correspondingly formed along each side portion of the cover element , wherein two parallel guiding ribs are formed on each side of the handle element and two parallel guiding ribs are formed on each side portions of the cover element .
cover unit for use when inserting a puncture device such as a cannula in an anatomical structure such as a vein or an artery and for maintaining said puncture device in said anatomical structure, comprising a flexible film having a glue provided surface with glue for attachment to the skin, and a removable covering layer to cover said glue provided surface and where said cover unit comprises a patient adherent member and a barrier member connected along a connection line dividing said cover unit into said patient adherent member and said barrier member , said connection line , in use, being arranged close to a puncture site in a patient; - said barrier member being provided with at least one slit or weakening line extending from a side edge of said cover unit towards said connection line to a position adjacent to said connection line and being provided in said film ; and - in that said covering layer in the barrier member is removable from the film separately from the corresponding covering layer in the patient adherent member characterized in that - said film is made of an ultrasound transparent material; - said patient adherent member is ultrasound transparent at least in the area adjacent to said connection line ; - said glue enables an ultrasonic signal to be transmitted. - said barrier member being provided with at least one slit or weakening line extending from a side edge of said cover unit towards said connection line to a position adjacent to said connection line and being provided in said film ; and - in that said covering layer in the barrier member is removable from the film separately from the corresponding covering layer in the patient adherent member - said film is made of an ultrasound transparent material; - said patient adherent member is ultrasound transparent at least in the area adjacent to said connection line ; - said glue enables an ultrasonic signal to be transmitted.