mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining pH values of fermented/acidified milk/vegetable milk products from inline optical measurements, the method comprising: a. emitting light into a fermented/acidified animal/vegetable milk product ; b. optically detecting scattering light coming from said fermented/acidified animal/vegetable milk product, generated from said emitted light once received therein, to collect scattered light data ; c. calculating, by a computing device including one or more processors running an algorithm, at least one value of a variable from the collected scattered light data , said variable comprising a light backscatter ratio at a given time; and d. obtaining, by said computing device, a pH value of the fermented/acidified animal/vegetable milk product using said at least one calculated value of said variable , wherein said pH value is ≤ 5.2, and wherein a single wavelength is used for collecting the scattered light data. a. emitting light into a fermented/acidified animal/vegetable milk product ; b. optically detecting scattering light coming from said fermented/acidified animal/vegetable milk product, generated from said emitted light once received therein, to collect scattered light data ; c. calculating, by a computing device including one or more processors running an algorithm, at least one value of a variable from the collected scattered light data , said variable comprising a light backscatter ratio at a given time; and d. obtaining, by said computing device, a pH value of the fermented/acidified animal/vegetable milk product using said at least one calculated value of said variable , wherein said pH value is ≤ 5.2, and wherein a single wavelength is used for collecting the scattered light data.
A stem system, in particular for racing bicycle handlebars, comprising a steerer tube , a stem tube protruding into the steerer tube , and a clamping device for clampingly connecting stem tube and steerer tube , wherein the clamping device comprises a clamping means protruding into the steerer tube through an insertion opening thereof, and at least one intermediate element is provided between the stem tube and the steerer tube for improving the clamping effect, characterized in that the insertion opening is arranged in a circumferential surface of the steerer tube . a steerer tube , a stem tube protruding into the steerer tube , and a clamping device for clampingly connecting stem tube and steerer tube , wherein the clamping device comprises a clamping means protruding into the steerer tube through an insertion opening thereof, and at least one intermediate element is provided between the stem tube and the steerer tube for improving the clamping effect, characterized in that the insertion opening is arranged in a circumferential surface of the steerer tube .
Motor fastening of a control motor in a vehicle heating, ventilating and/or air-conditioning system, with a plate-like support on which at least one fixing pin (24; 24') is provided which protrudes from the support and serves to be plugged through a through opening in the control motor , wherein the fixing pin (24; 24') has a free end portion which protrudes beyond the through opening in the control motor and which, in the mounted state, has a radially thickened head (36; 36') for the axial holding of the control motor and which is an integral part of the fixing pin (24; 24') characterized in that the fixing pin (24; 24') has a predetermined breaking point which lies below the head (36; 36').
A security elements carrier band having a plurality of security elements, wherein the security elements carrier band has a first and a second main surface (HF1T, HF2T) which oppose each other, each security element has a first and a second main surface (HF1S, HF2S) which oppose each other, each security element is arranged with its first main surface (HF1S) at the first main surface (HF1T) of the security elements carrier band, the second main surface (HF2S) of each security element has adhesive properties for application to the value document substrate web, wherein the security elements carrier band has adhesive properties on its first main surface (HF1S), characterized in that the security elements carrier band on its first main surface (HF1S) has discrete regions which have the adhesive properties, so that the adhesive properties are present only in the regions which are covered by the security elements, and the discrete regions are smaller than the first main surface (HF1S) of each security element.
An electronic device comprising: processing circuitry configured to: receive a packet via a channel, establish (802; 1002) communication parameters and operational settings of an analog-to-digital conversion, ADC, operation using a training field, TF, of the packet , perform channel estimation (804; 1004), for the channel utilizing a channel estimation, CE, portion included in the packet , compensate distortions included in portions (410; 415) of the packet subsequent to the CE portion , obtain (805; 1005) a modulation order and coding scheme used for a data portion of the packet , select an analog-to-digital converter, ADC, (619; 620) to be used for a recovery of the data portion of the packet , and recover the information in the data portion of the packet using ADC output samples corresponding to the data portion of the packet; wherein the channel estimation is performed at a first, higher-resolution ADC and the recovery of the information in the data portion of the packet is performed at a second, lower-resolution ADC. receive a packet via a channel, establish (802; 1002) communication parameters and operational settings of an analog-to-digital conversion, ADC, operation using a training field, TF, of the packet , perform channel estimation (804; 1004), for the channel utilizing a channel estimation, CE, portion included in the packet , compensate distortions included in portions (410; 415) of the packet subsequent to the CE portion , obtain (805; 1005) a modulation order and coding scheme used for a data portion of the packet , select an analog-to-digital converter, ADC, (619; 620) to be used for a recovery of the data portion of the packet , and recover the information in the data portion of the packet using ADC output samples corresponding to the data portion of the packet; wherein the channel estimation is performed at a first, higher-resolution ADC and the recovery of the information in the data portion of the packet is performed at a second, lower-resolution ADC.
A structure comprising rigid elements connected together by interconnecting elements in such a way to form a statically determined structure or a statically over-determined structure, wherein said structure comprises at least one tension element comprising polymeric fibers comprising ultrahigh molecular weight polyethylene, said fibers having a stabilizing creep of at least 0.3 % and at most 10 % and a minimum creep rate lower than 1 x 10 -5 % per second, said stabilizing creep and minimum creep being measured utilizing the method described in the description at a tension of 900 MPa and a temperature of 30°C.
A biometric sensor apparatus comprising: a plurality of light sources arranged to irradiate an object , wherein at least two light sources of said plurality of light sources emit light at different wavelengths, said plurality of light sources being controlled with varying drive timing signals; an optical image sensor arranged to capture radiation that has passed at least part way through the object ; a data processing means for processing signals output from the optical image sensor , the data processing means being adapted to calculate at least one statistical value representative of a parameter indicating the likelihood of whether the object is a live body part based on the output from the optical image sensor , and being further arranged to determine a likelihood that the object is a live body part, wherein the data processing means is arranged to analyse the at least one statistical value for characteristics of a suspected spoofing event; and means for pseudo-randomly selecting, from the plurality of light sources , a light source that emits light at a particular wavelength to irradiate the object , and adjusting the intensity of illumination during the acquisition of the signals output from the optical image sensor so to detect a spoofing event, in the event of the suspected spoofing of the biometric sensor apparatus . a plurality of light sources arranged to irradiate an object , wherein at least two light sources of said plurality of light sources emit light at different wavelengths, said plurality of light sources being controlled with varying drive timing signals; an optical image sensor arranged to capture radiation that has passed at least part way through the object ; a data processing means for processing signals output from the optical image sensor , the data processing means being adapted to calculate at least one statistical value representative of a parameter indicating the likelihood of whether the object is a live body part based on the output from the optical image sensor , and being further arranged to determine a likelihood that the object is a live body part, wherein the data processing means is arranged to analyse the at least one statistical value for characteristics of a suspected spoofing event; and means for pseudo-randomly selecting, from the plurality of light sources , a light source that emits light at a particular wavelength to irradiate the object , and adjusting the intensity of illumination during the acquisition of the signals output from the optical image sensor so to detect a spoofing event, in the event of the suspected spoofing of the biometric sensor apparatus .
Support element for elevated surfaces such as raised floors, terraces or technical floors for outdoor and indoor applications, the support element comprising the following parts: (a) a base which allows the support element to be placed in an upright position on an underlying surface, (b) on the base , an intermediate piece , consisting of two or more stackable connecting pieces , the two or more connecting pieces exhibit on both sides parallel to the underlying surface, a relief of one or more projections and/or one or more cavities, whereby the relief on one side of a connecting piece is complementary to the relief on the opposite site of that connecting piece , such that two or more of said connecting pieces can be stacked so that the projections at one side of a connecting piece fit in the cavities of an upper or underlying connecting piece; and (c) on the intermediate piece a supporting plate , suitable as a support of an object at a distance from the underlying surface, characterised in that the base includes a disc-shaped cavity in which a ring-shaped element with internal screw thread fits engaging with a control piece with corresponding external screw thread, the control piece exhibiting a relief on the highest side parallel with the underlying surface of one or more projections and/or one or more cavities complementary to the relief of the two or more connecting pieces . (a) a base which allows the support element to be placed in an upright position on an underlying surface, (b) on the base , an intermediate piece , consisting of two or more stackable connecting pieces , the two or more connecting pieces exhibit on both sides parallel to the underlying surface, a relief of one or more projections and/or one or more cavities, whereby the relief on one side of a connecting piece is complementary to the relief on the opposite site of that connecting piece , such that two or more of said connecting pieces can be stacked so that the projections at one side of a connecting piece fit in the cavities of an upper or underlying connecting piece; and (c) on the intermediate piece a supporting plate , suitable as a support of an object at a distance from the underlying surface,
A car tyre having a tread that extends in axial direction for a width L; said tread comprising a central portion (L1) arranged across an equatorial plane (X-X), and two lateral portions (L2, L3) opposed with respect to the central portion (L1); the central portion (L1) being separated from the lateral portions (L2, L3) of the tread by two circumferential grooves ; said circumferential grooves having a width greater than about 6 mm; the central portion (L1) extending in axial direction for a width smaller than 20% of the width L of said tread ; the central portion (L1) comprising a plurality of first sipes ; each lateral portion (L2, L3) having a width greater than 30% of the width L of said tread ; each lateral portion (L2, L3) comprising a plurality of transversal grooves ; the transversal grooves of a lateral portion comprising at least a first inclined length that extends from a zone proximal to the respective circumferential grooves, moving away from the equatorial plane (X-X); said first inclined length having an inclination α≤60° with respect to the equatorial plane (X-X); each lateral portion (L2, L3) comprising a plurality of sipes ; characterized in that the density of the sipes is decreasing moving away from the equatorial plane (X-X), wherein the sipe density is the ratio between the overall extension of the sipes and the area of the portion wherein they are comprised and the density values are expressed in mm of extension per mm 2 of surface.
A cell mobilizing agent for use as a therapeutic drug for damages of tissues, wound, chronic ulcer, lack of tissue, fibrosis or solid cancer, wherein said agent comprises a lysophospholipid introduced with retinoic acid represented by the formula and/or the formula or a physiologically acceptable salt thereof as an active ingredient: wherein, R 1 and R 2 are each a retinoyl group or hydrogen and are not the same with each other.
A three-dimensional continuous printer, comprising: a plurality of cartridges each with a fluid building material stored therein, a mixer coupled to each cartridge , and a single printhead coupled to a mixer output, wherein the fluid building material stored in the cartridges is extruded to flow into the mixer and the single printhead to form a continuous color object or a continuous multi-material object , the three-dimensional continuous printer further comprising tubes to connect the plurality of cartridges with the mixer and the mixer with the printhead , and each of the cartridges further comprising a syringe , wherein the bottom of the syringe contacts a bar-shape component connected to a threaded rod , wherein a pusher is fixed to the threaded rod which is driven by a stepper motor , the bar-shape component and a plunger of the syringe moving along a guide as the threaded rod is rotated by the stepper motor , and a building material in the syringe being ejected by the plunger of the syringe during extrusion. a plurality of cartridges each with a fluid building material stored therein, a mixer coupled to each cartridge , and a single printhead coupled to a mixer output, wherein the fluid building material stored in the cartridges is extruded to flow into the mixer and the single printhead to form a continuous color object or a continuous multi-material object , the three-dimensional continuous printer further comprising tubes to connect the plurality of cartridges with the mixer and the mixer with the printhead , and each of the cartridges further comprising a syringe , wherein the bottom of the syringe contacts a bar-shape component connected to a threaded rod , wherein a pusher is fixed to the threaded rod which is driven by a stepper motor , the bar-shape component and a plunger of the syringe moving along a guide as the threaded rod is rotated by the stepper motor , and a building material in the syringe being ejected by the plunger of the syringe during extrusion.
A bacterial strain deposited on October 24, 2018, at the Collection Nationale de Culture de Microorganismes (CNCM), 28 rue du Dr. Roux, 75724 PARIS CEDEX 15, according to the Budapest Treaty under number CNCM I-5373.
Aircraft comprising a floor comprising several beams parallel to each other and perpendicular to a longitudinal direction, several rails parallel to each other and to the longitudinal direction, at least one fixed floor part and at least one movable floor part that is movable relative to the fixed floor part , having at least one longitudinal edge (46.1, 46.2) parallel to the longitudinal direction; the aircraft comprising a load-bearing structure supporting the floor ; the aircraft being such that at least two of said beams each comprise a first beam portion (48.1) secured to a first element chosen from the fixed floor part and the movable floor part and a second beam portion (48.2) secured to a second element, chosen from the fixed floor part and the movable floor part , different from the first element, the first and second beam portions (48.1, 48.2) being aligned, positioned end to end and separated at a cutting plane positioned approximately in line with the longitudinal edge (46.1, 46.2), such that at least one of said rails comprises at least one first rail portion (50.1) secured to the movable floor part and at least one second rail portion (50.2) secured to the fixed floor part of the floor, extending said first rail portion (50.1), and such that the floor comprises at least one hinge connecting the movable floor part and the fixed floor part and having a pivot axis (A52) parallel to the longitudinal direction, said hinge comprising, for at least said two beams, a pivot link which connects the first and second beam portions (48.1, 48.2), the beams of the floor resting on the load-bearing structure in the region of each movable floor part , the beams of the floor being fastened to the load-bearing structure in the region of each fixed floor part .
An antenna apparatus comprising: a substrate divided into a ground region and a resonance region wherein a ground member is disposed in the ground region and an antenna element is disposed in the resonance region; wherein the antenna element comprises a radiator ; a feeding structure including a feeding unit to provide a signal to the radiator , a ground unit to ground the radiator , and a resonance applying part between the feeding unit and the ground unit , the feeding unit , the ground unit and the resonance applying part extends on a same plane; wherein a reactance element is disposed in the ground unit and a contact part is interposed between the feeding structure and the radiator and protrudes from the plane on which the feeding structure is disposed to connect the radiator with the feeding unit and the resonance applying part whereby the resonance applying part is connected to the ground unit , wherein the contact part comprises a first contact unit and a second contact unit , wherein the first contact unit is disposed on the feeding unit , and Z characterized in that the second contact unit is disposed in the resonance applying part . a substrate divided into a ground region and a resonance region wherein a ground member is disposed in the ground region and an antenna element is disposed in the resonance region; wherein the antenna element comprises a radiator ; a feeding structure including a feeding unit to provide a signal to the radiator , a ground unit to ground the radiator , and a resonance applying part between the feeding unit and the ground unit , a feeding unit to provide a signal to the radiator , a ground unit to ground the radiator , and a resonance applying part between the feeding unit and the ground unit , the feeding unit , the ground unit and the resonance applying part extends on a same plane; wherein a reactance element is disposed in the ground unit and a contact part is interposed between the feeding structure and the radiator and protrudes from the plane on which the feeding structure is disposed to connect the radiator with the feeding unit and the resonance applying part whereby the resonance applying part is connected to the ground unit , wherein the contact part comprises a first contact unit and a second contact unit , wherein the first contact unit is disposed on the feeding unit , and Z characterized in that the second contact unit is disposed in the resonance applying part .
A radio frequency ablation catheter, comprising an electrode , wherein a heat exchange medium flow channel is defined inside the electrode ; the electrode is provided with a dispersing device; at least one dispersing hole is provided on the dispersing device and communicated with the heat exchange medium flow channel; and a heat exchange medium output from the heat exchange medium flow channel is distributed by and flows out of the dispersing device; wherein a plurality of dispersing holes are provided for forming a uniform heat exchange medium protective layer on an outer periphery of the electrode ; characterized in that the dispersing device and the electrode are separately formed, an outflow hole communicating with the heat exchange medium flow channel is defined on an outer wall of the electrode , the dispersing device is an infiltration cover mounted on the electrode surrounding the outflow hole , a gap is defined between an inner peripheral wall of the infiltration cover and the outer peripheral wall of the electrode , and the dispersing holes are defined on the infiltration cover , and wherein the heat exchange medium output from the outflow hole flows to the gap between the electrode and the infiltration cover , and then flows out from the dispersing holes , forming a water layer on an outer surface of the infiltration cover . wherein a plurality of dispersing holes are provided for forming a uniform heat exchange medium protective layer on an outer periphery of the electrode ; characterized in that the dispersing device and the electrode are separately formed, an outflow hole communicating with the heat exchange medium flow channel is defined on an outer wall of the electrode , the dispersing device is an infiltration cover mounted on the electrode surrounding the outflow hole , a gap is defined between an inner peripheral wall of the infiltration cover and the outer peripheral wall of the electrode , and the dispersing holes are defined on the infiltration cover , and wherein the heat exchange medium output from the outflow hole flows to the gap between the electrode and the infiltration cover , and then flows out from the dispersing holes , forming a water layer on an outer surface of the infiltration cover .
A mobile workstation comprising: a work-surface for mounting a cutting tool; a cabinet at least partially surrounding the work-surface and having a back wall so as to define a cutting zone having a depth (D); and characterised in that it comprises an expandable portion having an expanded and a non-expanded configuration and comprising at least part of the back wall and at least part of the work-surface , the expandable portion is movable so as to vary the depth of the cutting zone. a work-surface for mounting a cutting tool; a cabinet at least partially surrounding the work-surface and having a back wall so as to define a cutting zone having a depth (D); and characterised in that it comprises an expandable portion having an expanded and a non-expanded configuration and comprising at least part of the back wall and at least part of the work-surface , the expandable portion is movable so as to vary the depth of the cutting zone.
A composition comprising a mixture of silyl hydride, alpha-beta unsaturated esters, and a Bridged Frustrated Lewis Pair.