mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing apparatus comprising: a data acquiring unit that acquires a content including a plurality of component streams; and a file generating unit that sets content random access point (RAP) information indicating random access points of the content on a basis of random access points of the component streams of the content acquired by the data acquiring unit; wherein the file generating unit generates a content file in which the content RAP information is stored in a metadata area of the file; wherein the content is video codec based point cloud compression (V-PCC) content, and the content file is an ISOBMFF-compliant file; wherein the content includes a plurality of component streams that is included in a point cloud frame as the component streams, and in a case where decoding time stamps (DTSs) of samples of the respective component streams included in the point cloud frame match, the file generating unit sets the content RAP information indicating that a first position, at which the component streams that have been encoded all have a random access point, is a random access point of the content and stores the content RAP information that has been set in a sample entry that is included in the content file. a data acquiring unit that acquires a content including a plurality of component streams; and a file generating unit that sets content random access point (RAP) information indicating random access points of the content on a basis of random access points of the component streams of the content acquired by the data acquiring unit; wherein the file generating unit generates a content file in which the content RAP information is stored in a metadata area of the file; wherein the content is video codec based point cloud compression (V-PCC) content, and the content file is an ISOBMFF-compliant file; wherein the content includes a plurality of component streams that is included in a point cloud frame as the component streams, and in a case where decoding time stamps (DTSs) of samples of the respective component streams included in the point cloud frame match, the file generating unit sets the content RAP information indicating that a first position, at which the component streams that have been encoded all have a random access point, is a random access point of the content and stores the content RAP information that has been set in a sample entry that is included in the content file.
A resin-metal composite member for a tire , the member comprising: a metal member ; an adhesive layer ; and a covering resin layer in this order, characterized in that : the adhesive layer includes a continuous phase that contains a polyester-based thermoplastic elastomer having a polar functional group, and a discontinuous phase that contains at least one of a polyphenylene ether resin or a styrene resin and contains a styrene-based elastomer having an epoxy group.
A closed-loop sampling system for sampling an exhalation of a person, the closed-loop sampling system comprising: a flow tube to receive the exhalation of the person, the flow tube defining a lumen having an inlet and an outlet, the lumen defining an impedance between the inlet and the outlet, a first port (P A ) between the inlet and the impedance, and a second port (P C ) at or between the impedance and the outlet, the impedance causing a fraction of the exhalation to pass through the first port in proportion to an instantaneous flow rate of the exhalation; a valveless mixing chamber , in fluid communication with the first port and the second port, to receive the fraction of the exhalation and to perform volumetric averaging of fractions of exhalations over a plurality of exhalations, wherein the volumetric averaging comprises mixing of the received fraction of the exhalation with fractions of earlier breaths in the mixing chamber; an oxygen sensor , disposed in or in fluid communication with the valveless mixing chamber, to measure an average oxygen content of the fractions of exhalations; and a carbon dioxide sensor , disposed in or in fluid communication with the valveless mixing chamber, to measure an average carbon dioxide content of the fractions of exhalations. a flow tube to receive the exhalation of the person, the flow tube defining a lumen having an inlet and an outlet, the lumen defining an impedance between the inlet and the outlet, a first port (P A ) between the inlet and the impedance, and a second port (P C ) at or between the impedance and the outlet, the impedance causing a fraction of the exhalation to pass through the first port in proportion to an instantaneous flow rate of the exhalation; a valveless mixing chamber , in fluid communication with the first port and the second port, to receive the fraction of the exhalation and to perform volumetric averaging of fractions of exhalations over a plurality of exhalations, wherein the volumetric averaging comprises mixing of the received fraction of the exhalation with fractions of earlier breaths in the mixing chamber; an oxygen sensor , disposed in or in fluid communication with the valveless mixing chamber, to measure an average oxygen content of the fractions of exhalations; and a carbon dioxide sensor , disposed in or in fluid communication with the valveless mixing chamber, to measure an average carbon dioxide content of the fractions of exhalations.
Motion simulation system comprising at least five superimposed planes, said planes being in sequence from the bottom upwards: a first plane in turn comprising a first rotational plate ; a second plane in turn comprising a second rotational plate ; a third plane comprising a track-like structure for the sliding of an overlying slidable base ; a fourth plane in turn comprising said slidable base , a fourth rotational plate (4") integrally joined beneath said slidable base , a support supporting said fourth rotational plate (4") and slidable in said structure ; and at least one fifth plane comprising at least one cockpit , suitable to enable the access of the user of said motion simulation system, said simulation system being characterized in that said rotational plates are superimposed in a off-centered manner, thus being non-coaxial structures, said first rotational plate having a larger diameter than said second rotational plate , the latter having a diameter equal to or larger than said fourth rotational plate (4"), said second rotational plate having the center thereof in a point that can be projected on the radius of the underlying first rotational plate , said fourth rotational plate (4") having the center thereof in a point that can be projected on the radius of the underlying rotational plate or along the circumference thereof, said track-like structure being integrally joined above said second rotational plate and being sized to enable the sliding of the overlying slidable base , each of said first rotational plate , second rotational plate , fourth rotational plate (4") being rotatable by 360° around the rotational axis thereof both clockwise and counter-clockwise, said motion simulation system being suitable to offer the user the perception of the forces associated with the lateral accelerations that occur when negotiating curves.
An antibiotic and a cyclized peptide comprising a sequence SVHSFDYDWYNV for use in a method of increasing the effectiveness of an antibiotic against a bacterium, wherein the bacterium is an antibiotic-resistant species, comprising contacting the bacterium with the antibiotic and a cyclized peptide comprising a sequence SVHSFDYDWYNV, wherein the antibiotic and the peptide are administered to a subject in need thereof, wherein the subject is a mammal having a bacterial infection caused by the antibiotic resistant species.
Process for increasing the purity of halogenated oligosilanes Si n X 2n+2 with n=2 to n=6 as a pure compound or mixture of compounds whose substituents X comprise chlorine or chlorine and hydrogen, by reducing metals and dopants, characterized in that (a) a crown ether and a fluoride or a fluoride mixture is added to the halogenated oligosilane, wherein fluoride F - from the specific compound is made available for a reaction, being admixed in an amount of more than 1 ppb calculated as F - in relation to the mass of the halogenated oligosilane, (b) at least one processing phase follows, in which at least the fluoride reacts on the halogenated oligosilane, wherein the at least one processing is selected from a group comprising stirring, swirling, shaking, heating under reflux, diffusing, and passing through, (c) at least one separation method for the isolation of the halogenated oligosilane follows, selected from a group comprising decanting, filtering, distilling, and subliming. (a) a crown ether and a fluoride or a fluoride mixture is added to the halogenated oligosilane, wherein fluoride F - from the specific compound is made available for a reaction, being admixed in an amount of more than 1 ppb calculated as F - in relation to the mass of the halogenated oligosilane, (b) at least one processing phase follows, in which at least the fluoride reacts on the halogenated oligosilane, wherein the at least one processing is selected from a group comprising stirring, swirling, shaking, heating under reflux, diffusing, and passing through, (c) at least one separation method for the isolation of the halogenated oligosilane follows, selected from a group comprising decanting, filtering, distilling, and subliming.
A warning triangle structure comprising: a base ; a triangular frame comprising a bottom end and a top end opposite the bottom end , the bottom end fixedly coupled to the base ; a pulling assembly located adjacent to the top end , the pulling assembly comprising a spring and a drawstring that is resiliently coupled to the spring and that is stretchable relative to the spring ; and a fluorescent cloth comprising a fixed end fixed to the triangular frame and a movable end coupled to the drawstring , the movable end configured to be closed relative to the triangular frame when the fluorescent cloth almost abuts the triangular frame , to be opened relative to the triangular frame when the movable end of the fluorescent cloth is offset from the triangular frame , such that the fluorescent cloth is inclined with respect to the triangular frame ; characterized in that one end of the drawstring is coupled to the spring , and another end of the drawstring is coupled to a movable end of the fluorescent cloth ; when the movable end is closed relative to the triangular frame , the drawstring is crimped relative to the spring and the spring is in an initial state; when the movable end is opened relative to the triangular frame , the drawstring is stretched, and the spring is elastically deformed to apply an elastic pulling force on the drawstring . a base ; a triangular frame comprising a bottom end and a top end opposite the bottom end , the bottom end fixedly coupled to the base ; a pulling assembly located adjacent to the top end , the pulling assembly comprising a spring and a drawstring that is resiliently coupled to the spring and that is stretchable relative to the spring ; and a fluorescent cloth comprising a fixed end fixed to the triangular frame and a movable end coupled to the drawstring , the movable end configured to be closed relative to the triangular frame when the fluorescent cloth almost abuts the triangular frame , to be opened relative to the triangular frame when the movable end of the fluorescent cloth is offset from the triangular frame , such that the fluorescent cloth is inclined with respect to the triangular frame ;
A convertible loading platform for a vehicle for goods transportation on wheels or on rails, comprising: - a main frame extending mainly along a direction of travel (Z); - at least one loading device , integrated with the main frame; - wherein said loading device comprises: i) a support base inside a perimeter edge comprising longitudinal sections in the direction of travel (Z) and transverse sections ; ii) a plurality of columns connected to the peripheral edge of the support base and retractable; iii) a collapsible container supported by the columns ; iv) tipping means adapted to be actuated to tilt the support base so as to cause the outflow of bulk material contained in the container from the side of one of said longitudinal sections . - a main frame extending mainly along a direction of travel (Z); - at least one loading device , integrated with the main frame; - wherein said loading device comprises: i) a support base inside a perimeter edge comprising longitudinal sections in the direction of travel (Z) and transverse sections ; ii) a plurality of columns connected to the peripheral edge of the support base and retractable; iii) a collapsible container supported by the columns ; iv) tipping means adapted to be actuated to tilt the support base so as to cause the outflow of bulk material contained in the container from the side of one of said longitudinal sections . i) a support base inside a perimeter edge comprising longitudinal sections in the direction of travel (Z) and transverse sections ; ii) a plurality of columns connected to the peripheral edge of the support base and retractable; iii) a collapsible container supported by the columns ; iv) tipping means adapted to be actuated to tilt the support base so as to cause the outflow of bulk material contained in the container from the side of one of said longitudinal sections .
Hand-held power cutter , in particular hand-held grinder or angle grinder, able to be guided freehanded, which has a tool holder for a disc-shaped cutting tool for making a separating cut in a workpiece (W1, W2) to be machined, and a drive motor mounted in a machine housing for rotary driving of the tool holder around a tool axis , wherein the hand-held power cutter has for covering the cutting tool a covering device mounted on the machine housing and which includes a side edge cover , fixed immovably to the machine housing in operation of the power cutter, for covering a side edge of the cutting tool and in making of the separating cut located in particular on top of the workpiece, wherein the covering device has a covering element which is pivotable relative to the side edge cover around a swivel axis (S) coaxial to the tool axis or parallel to the tool axis between a covering position (D) and at least one open position (O) for covering a working section of the side edge of the cutting tool protruding from the immovable side edge cover , wherein the covering element in the covering position (D) covers a greater part of the working section of the cutting tool than in the open position (O), and the covering device in the open position (O) of the covering element releases an angular range of around or at least 140 degrees, characterised in that the covering element may be actuated at a free end section furthest removed from the immovable side edge cover by hitting against or contact with a stop face or contact face (WF) in the direction of working frontally ahead of the covering element in the direction of the open position (O).
A resonator adapted to transmit power in a resonance mode, the resonator comprising: a first coil having a wire group including three wires arranged in line and alternately extended in first direction and second direction orthogonal to the first direction; and a second coil including three sub-coils and a ferrite plate, wherein the first coil is stacked adjacent to the second coil, and the first coil corresponds to a resonance coil adapted to be driven in the resonance mode and the second coil corresponds to an induction coil adapted to be driven in an induction mode, respectively, wherein the three sub-coils have first to third sub-coils, the first sub-coil is arranged in line neighboring to the second sub-coil in the first direction and the first and second sub-coils are stacked on the ferrite plate, and characterized in that the third sub-coil is stacked on the first and second sub-coils and positioned between the first and second sub-coils, and wherein the first coil is stacked on the third sub-coil included in the second coil, and the distance from an upper surface of the ferrite plate up to the upper surface of the first coil is 2.85 to 4.85 mm and the distance from the upper surface of the third sub-coil up to the upper surface of the first coil is 0.55 to 2.55 mm. a first coil having a wire group including three wires arranged in line and alternately extended in first direction and second direction orthogonal to the first direction; and a second coil including three sub-coils and a ferrite plate, wherein the first coil is stacked adjacent to the second coil, and the first coil corresponds to a resonance coil adapted to be driven in the resonance mode and the second coil corresponds to an induction coil adapted to be driven in an induction mode, respectively, wherein the three sub-coils have first to third sub-coils, the first sub-coil is arranged in line neighboring to the second sub-coil in the first direction and the first and second sub-coils are stacked on the ferrite plate, and characterized in that the third sub-coil is stacked on the first and second sub-coils and positioned between the first and second sub-coils, and wherein the first coil is stacked on the third sub-coil included in the second coil, and the distance from an upper surface of the ferrite plate up to the upper surface of the first coil is 2.85 to 4.85 mm and the distance from the upper surface of the third sub-coil up to the upper surface of the first coil is 0.55 to 2.55 mm.
A purifying device, characterized by comprising: an air guiding part provided with an air passage; a negative ion generator , characterized in that : the negative ion generator comprises an emitting head ; the emitting head is arranged to face the air passage; the air guiding part is provided with a first position limiting structure disposed on an inner wall of the air passage; and the first position limiting structure is provided with a position limiting groove configured to receive the emitting head ; and an air guiding cover , arranged on a top of the inner wall of the air passage and configured to press and cover the position limiting groove , the inner wall of the air passage being configured to support the air guiding cover . an air guiding part provided with an air passage; a negative ion generator , characterized in that : the negative ion generator comprises an emitting head ; the emitting head is arranged to face the air passage; the air guiding part is provided with a first position limiting structure disposed on an inner wall of the air passage; and the first position limiting structure is provided with a position limiting groove configured to receive the emitting head ; and an air guiding cover , arranged on a top of the inner wall of the air passage and configured to press and cover the position limiting groove , the inner wall of the air passage being configured to support the air guiding cover .
A remotely-operated subsea carriage arranged to walk along an elongate member of an offshore structure while carrying a payload , the carriage comprising: individually-operable upper and lower clamps that are spaced axially along a common longitudinal axis around which the clamps can be closed; an axially-extensible frame connecting the clamps ; and a walk drive acting on the frame , operable to extend and retract the frame in a direction parallel to the longitudinal axis to vary an axial distance between the clamps ; wherein at least one of the clamps is attached to the frame via a rotationally-displaceable coupling for relative angular movement between that clamp and the frame about the longitudinal axis; and wherein the rotationally-displaceable coupling comprises a path curved around the longitudinal axis and a path follower arranged for relative movement along the path. individually-operable upper and lower clamps that are spaced axially along a common longitudinal axis around which the clamps can be closed; an axially-extensible frame connecting the clamps ; and a walk drive acting on the frame , operable to extend and retract the frame in a direction parallel to the longitudinal axis to vary an axial distance between the clamps ; wherein at least one of the clamps is attached to the frame via a rotationally-displaceable coupling for relative angular movement between that clamp and the frame about the longitudinal axis; and wherein the rotationally-displaceable coupling comprises a path curved around the longitudinal axis and a path follower arranged for relative movement along the path.
A foldable apparatus , comprising: a first connecting portion ; a second connecting portion which is configured to be unfolded or folded relative to the first connection portion ; a first positioning portion fixed to the first connecting portion ; and a second positioning portion fixed to the second connecting portion , wherein, the first connecting portion and the second connecting portion are respectively configured to be connected with two opposite parts of a flexible member and are configured to drive the flexible member to unfold or fold, the first positioning portion is provided with a plurality of first magnetic portions , the second positioning portion is provided with a second magnetic portion in magnetic fit with the plurality of first magnetic portions , and the second connecting portion and the first connecting portion are in a positioned state when the second magnetic portion is in magnetic fit with each first magnetic portion ; and the first positioning portion has an inserting plate , the first magnetic portions are embedded in the inserting plate , the second positioning portion has two opposite engaging plates , a slot which enables the inserting plate to be inserted is defined between the two engaging plates , and the second magnetic portion is embedded in the engaging plates . a first connecting portion ; a second connecting portion which is configured to be unfolded or folded relative to the first connection portion ; a first positioning portion fixed to the first connecting portion ; and a second positioning portion fixed to the second connecting portion , wherein, the first connecting portion and the second connecting portion are respectively configured to be connected with two opposite parts of a flexible member and are configured to drive the flexible member to unfold or fold, the first positioning portion is provided with a plurality of first magnetic portions , the second positioning portion is provided with a second magnetic portion in magnetic fit with the plurality of first magnetic portions , and the second connecting portion and the first connecting portion are in a positioned state when the second magnetic portion is in magnetic fit with each first magnetic portion ; and the first positioning portion has an inserting plate , the first magnetic portions are embedded in the inserting plate , the second positioning portion has two opposite engaging plates , a slot which enables the inserting plate to be inserted is defined between the two engaging plates , and the second magnetic portion is embedded in the engaging plates .