mhurhangee/patent-ind-claim-en huggingface dataset:
Method for preparing a liquid food product enriched with oligosaccharides and with polysaccharides, from berries, including the following successive steps: (a) a step of heating the berries to a temperature ranging from 40°C to 100°C, (b) a step of placing the berries in a vacuum at a pressure ranging from 10 3 to 3.10 4 Pa, wherein the step of placing the berries in the vacuum is performed immediately upon the completion of step (a), (c) a step of macerating the berries by seedingthem with one or several pectolytic enzymes selected from the group consisting of endo-polygatacturonases, exo-polygalacturonases, β-galactosidases, rhamnogalacturonases, pectin-esterases, pectin-methyl esterases, and pectin lyases, at a temperature from 30°C to 65°C, wherein the step of macerating (c) is performed over a time period of 10 minutes to 10 hours, in the absence of alcoholic fermentation, (d) a final step of recovering the liquid food product, wherein steps (a), (b), and (c) are performed prior to any pressing step of the berries and toany alcoholic fermentation of the latter. (a) a step of heating the berries to a temperature ranging from 40°C to 100°C, (b) a step of placing the berries in a vacuum at a pressure ranging from 10 3 to 3.10 4 Pa, wherein the step of placing the berries in the vacuum is performed immediately upon the completion of step (a), (c) a step of macerating the berries by seedingthem with one or several pectolytic enzymes selected from the group consisting of endo-polygatacturonases, exo-polygalacturonases, β-galactosidases, rhamnogalacturonases, pectin-esterases, pectin-methyl esterases, and pectin lyases, at a temperature from 30°C to 65°C, wherein the step of macerating (c) is performed over a time period of 10 minutes to 10 hours, in the absence of alcoholic fermentation, (d) a final step of recovering the liquid food product,
A display assembly, comprising: a display panel and a function module located on a light-emitting surface of the display panel, wherein the function module comprises a plurality of function units, and each function unit comprises at least one phototransistor and one switch transistor ; the phototransistor comprises a first active layer , a first gate , a first source , and a first drain , a material of the first active layer comprises an organic semiconductor material, the first active layer is located on a side that is of the first gate and that is away from the display panel , and the first drain and the first gate partially overlap in a direction perpendicular to the display assembly to form a first capacitor (Cs); the switch transistor comprises a second active layer , a second gate , a second source , and a second drain , wherein the second source is connected to the first drain ; and each function unit comprises a transparent electrode , the transparent electrode is located on a side that is of the first active layer and that is away from the first gate , the transparent electrode overlaps the first active layer in the direction perpendicular to the display assembly, and a dielectric layer is disposed between the transparent electrode and the first active layer .
A method of constructing a laminate vehicle body shell component, comprising forming a damping prepreg or semipreg comprising a sheet-like curable prepreg or semipreg comprising resin and structural fibres having intimately contacted thereto a damping layer, wherein the damping layer is formed by immersing a fibrous open web material in a solution of damping material and removing the solvent by evaporation, laying down the damping prepreg or semipreg, and forming the damping prepreg or semipreg into the eventual shape of the body shell component; either before or after, laying down additional fibre structural layers to form a curable laminate vehicle body shell component, so that the ratio of the number of fibre structural layers to damping layers in the curable laminate vehicle body shell component is at least 3:1 and so that the presence of adjacent structural layers effectively provides the constraining layer for the damping layer, then exposing the laminate to elevated temperature and optionally elevated pressure, thereby to cure the laminate to produce the laminate vehicle body shell component.
A polyethylene composition comprising: a first polyethylene fraction area defined by an area in the elution profile via improved comonomer composition distribution (iCCD) analysis method in a temperature range of 70°C to 97°C; a first peak in the temperature range of 70°C to 97°C in the elution profile; a second polyethylene fraction area defined by an area in the elution profile in a temperature range of 97°C to 110°C; and a second peak in the temperature range of 97°C to 110°C in the elution profile; and wherein the polyethylene composition has a density of 0.935 g/cm 3 to 0.955 g/cm 3 , a melt index (I 2 ) of 1.0 g/10 minutes to 10.0 g/10 minutes, and wherein a ratio of the first polyethylene fraction area to the second polyethylene fraction area is less than 2.0; wherein samples for density measurement are prepared according to ASTM D4703, and measurements of density are made, according to ASTM D792, Method B, within one hour of sample pressing; wherein the melt index (I 2 ) of a polymer sample is measured in accordance to ASTM D-1238 (method B) at 190 °C and at 2.16 kg load. a first polyethylene fraction area defined by an area in the elution profile via improved comonomer composition distribution (iCCD) analysis method in a temperature range of 70°C to 97°C; a first peak in the temperature range of 70°C to 97°C in the elution profile; a second polyethylene fraction area defined by an area in the elution profile in a temperature range of 97°C to 110°C; and a second peak in the temperature range of 97°C to 110°C in the elution profile; and wherein the polyethylene composition has a density of 0.935 g/cm 3 to 0.955 g/cm 3 , a melt index (I 2 ) of 1.0 g/10 minutes to 10.0 g/10 minutes, and wherein a ratio of the first polyethylene fraction area to the second polyethylene fraction area is less than 2.0; wherein samples for density measurement are prepared according to ASTM D4703, and measurements of density are made, according to ASTM D792, Method B, within one hour of sample pressing; wherein the melt index (I 2 ) of a polymer sample is measured in accordance to ASTM D-1238 (method B) at 190 °C and at 2.16 kg load.
A method for wireless communication by a first user equipment, UE, comprising: monitoring one or more sidelink control information, SCI, transmissions from one or more second UEs; determining , based on the one or more SCI, that a collision occurs between one or more retransmissions of the one or more SCI transmissions by the one or more second UEs and a scheduled SCI transmission by the first UE; selecting a cyclic shift to use for the scheduled SCI transmission by the first UE based at least on the determination; and characterized in that the method further comprises determining one or more cyclic shifts used for the one or more retransmissions of the one or more SCI transmissions by the one or more second UEs based on one or more cyclic shifts used for the one or more SCI transmissions by the one or more second UEs. monitoring one or more sidelink control information, SCI, transmissions from one or more second UEs; determining , based on the one or more SCI, that a collision occurs between one or more retransmissions of the one or more SCI transmissions by the one or more second UEs and a scheduled SCI transmission by the first UE; selecting a cyclic shift to use for the scheduled SCI transmission by the first UE based at least on the determination; and characterized in that the method further comprises determining one or more cyclic shifts used for the one or more retransmissions of the one or more SCI transmissions by the one or more second UEs based on one or more cyclic shifts used for the one or more SCI transmissions by the one or more second UEs.
A solid-state imaging element comprising: an address event detecting unit configured to detect, as an address event, a fact that an absolute value of a change amount of luminance exceeds a predetermined threshold value with regard to each of a plurality of pixels , and generate, per pixel , a detection signal indicating detection of an address event, and output the detection signal; a detection frequency acquisition unit configured to acquire a detection frequency of the address event with regard to each of the plurality of pixels ; and a defective pixel identification unit configured to identify, per pixel, on a basis of a statistic of the detection frequency at said pixel, if said pixel is a defective pixel where an abnormality has occurred. an address event detecting unit configured to detect, as an address event, a fact that an absolute value of a change amount of luminance exceeds a predetermined threshold value with regard to each of a plurality of pixels , and generate, per pixel , a detection signal indicating detection of an address event, and output the detection signal; a detection frequency acquisition unit configured to acquire a detection frequency of the address event with regard to each of the plurality of pixels ; and a defective pixel identification unit configured to identify, per pixel, on a basis of a statistic of the detection frequency at said pixel, if said pixel is a defective pixel where an abnormality has occurred.
Use of a liquid foaming additive containing 5-40% by weight of one or more anionic surfactant selected from an alkyl ethoxy sulphate or laureth sulphate sodium salt, 0.01-5% by weight of one or more biopolymers selected from xanthan gum or guar gum and 55-94.09% of water for conditioning soil excavated by a tunnel boring machine.
A vacuum pump having at least one Holweck stage which comprises a rotor member which forms the pump-active surface of the Holweck stage ; and having at least one side channel pump stage which is arranged downstream of the Holweck stage in an axial direction and which comprises a plurality of rotor elements , wherein the rotor elements of the side channel pump stage are supported by the rotor member of the Holweck stage ; and wherein the rotor member is supported by a rotor hub , characterized in that the rotor elements are arranged at an end of the rotor member which is formed by an end of the rotor member remote from the rotor hub .
A method for receiving optical signals, the method comprising: in an optical receiver on a chip, the optical receiver comprising a multi-port waveguide photodetector comprising four ports coupled to two polarization splitting grating couplers, PSGCs, that receive optical signals in the chip, the method comprising: receiving optical signals in the optical receiver ; generating, via the PSGCs, output optical signals having different polarizations; coupling one or more of the generated 2. output optical signals to different ports in a first side of the multi-port waveguide photodetector; coupling two or more of the generated 2. output optical signals to different ports in a second side opposite the first side of the multi-port waveguide photodetector each via a different optical waveguide (305A-305D, 605A-605D) in the chip; and generating an output electrical signal based on the coupled optical signals using the multi-port waveguide photodetector . in an optical receiver on a chip, the optical receiver comprising a multi-port waveguide photodetector comprising four ports coupled to two polarization splitting grating couplers, PSGCs, that receive optical signals in the chip, the method comprising: receiving optical signals in the optical receiver ; generating, via the PSGCs, output optical signals having different polarizations; receiving optical signals in the optical receiver ; generating, via the PSGCs, output optical signals having different polarizations; coupling one or more of the generated 2. output optical signals to different ports in a first side of the multi-port waveguide photodetector; coupling two or more of the generated 2. output optical signals to different ports in a second side opposite the first side of the multi-port waveguide photodetector each via a different optical waveguide (305A-305D, 605A-605D) in the chip; and generating an output electrical signal based on the coupled optical signals using the multi-port waveguide photodetector .
A coupler system for use in a tool string comprising: a first mandrel having a first interlocking interface at a first end , a first threaded interface about an external surface of the first mandrel , a radial groove comprising a reduced outer-diameter portion of the mandrel and a plurality of external slots extending from the groove toward the first end of the first mandrel ; a second mandrel having a second interlocking interface at a second end ; a coupling comprising a first coupling threaded interface having threads that complement the threaded interface of the first mandrel , and a plurality of internal slots extending from a first end of the coupling ; and a keyed latch ring having a plurality of internal keys and a plurality of external keys , the external keys corresponding to the plurality of internal slots of the coupling and the internal keys corresponding to the plurality of external slots of the first mandrel . a first mandrel having a first interlocking interface at a first end , a first threaded interface about an external surface of the first mandrel , a radial groove comprising a reduced outer-diameter portion of the mandrel and a plurality of external slots extending from the groove toward the first end of the first mandrel ; a second mandrel having a second interlocking interface at a second end ; a coupling comprising a first coupling threaded interface having threads that complement the threaded interface of the first mandrel , and a plurality of internal slots extending from a first end of the coupling ; and a keyed latch ring having a plurality of internal keys and a plurality of external keys , the external keys corresponding to the plurality of internal slots of the coupling and the internal keys corresponding to the plurality of external slots of the first mandrel .
A textile sheet which is in the form of a three-dimensional multi-layer knit structure having at least three layers, characterised in that the first and third layers each have at least two sections, wherein • the first layer receives the liquid and transports it to the intermediate layer and wherein the first layer has an upper portion which is hydrophobic and a lower portion which is hydrophilic and both portions are smooth knitted and the portions are plated, • the second layer , namely the intermediate layer, absorbs and retains the liquid, wherein the intermediate layer has hydrophobic transverse threads (3:1) connecting the first and third layers and is a hydrophilic inlay, and • the third layer prevents the liquid from escaping from the fabric and wherein the third layer has an upper portion that is hydrophobic and a lower portion that is waterproof and both portions are smooth knitted and the portions are plated. • the first layer receives the liquid and transports it to the intermediate layer and wherein the first layer has an upper portion which is hydrophobic and a lower portion which is hydrophilic and both portions are smooth knitted and the portions are plated, • the second layer , namely the intermediate layer, absorbs and retains the liquid, wherein the intermediate layer has hydrophobic transverse threads (3:1) connecting the first and third layers and is a hydrophilic inlay, and • the third layer prevents the liquid from escaping from the fabric and wherein the third layer has an upper portion that is hydrophobic and a lower portion that is waterproof and both portions are smooth knitted and the portions are plated.
An attachment system , comprising: a platform having a front side , an opposite back side , and a plurality of slits through the platform arranged in a predetermined pattern of vertically aligned and spaced apart rows, configured for receiving tabs or straps for attaching at least one holder to the platform , wherein the platform is supported by and comprises an element of a carrier configured to be worn on a user's body for carrying the at least one holder at a desired location on the user's body; characterized by the back side of the platform including a fastening component of a hook and loop fastening system thereon adjacent to the slits and being disposed in opposing relation to a surface of the carrier or a backing element forming a generally flat pocket therebetween, the platform and the carrier or backing element having generally coextensive peripheral edge portions bounding and substantially enclosing the flat pocket providing a barrier to entry of particulates thereabout, at least one of the coextensive edge portions being openable to allow insertion of fingers of a hand into the flat pocket to access tabs or straps inserted through the slits , and the slits being defined and bound by opposing edges , respectively, disposed sufficiently close together when in a free state, providing a barrier to passage of particulates therebetween. a platform having a front side , an opposite back side , and a plurality of slits through the platform arranged in a predetermined pattern of vertically aligned and spaced apart rows, configured for receiving tabs or straps for attaching at least one holder to the platform , wherein the platform is supported by and comprises an element of a carrier configured to be worn on a user's body for carrying the at least one holder at a desired location on the user's body; characterized by the back side of the platform including a fastening component of a hook and loop fastening system thereon adjacent to the slits and being disposed in opposing relation to a surface of the carrier or a backing element forming a generally flat pocket therebetween, the platform and the carrier or backing element having generally coextensive peripheral edge portions bounding and substantially enclosing the flat pocket providing a barrier to entry of particulates thereabout, at least one of the coextensive edge portions being openable to allow insertion of fingers of a hand into the flat pocket to access tabs or straps inserted through the slits , and the slits being defined and bound by opposing edges , respectively, disposed sufficiently close together when in a free state, providing a barrier to passage of particulates therebetween.
Bone anchoring assembly comprising a bone anchor and an insert , wherein the bone anchor comprises: - a proximal end , - a distal end , - an outer profile suitable for defining a firm and stable coupling with a bone tissue , and - a seat open only on the proximal end , wherein the seat defines an axis Xs ; wherein the insert defines an axis Xi, is suitable for being completely received in the seat of the bone anchor and comprises: - a proximal end , - a distal end , and - one or more eyelets ; and wherein the seat and the insert comprise snap coupling means suitable for axially retaining the insert in the seat and suitable for allowing the free rotation of the insert in the seat around axis Xi, characterized in that the one or more eyelets are provided at the proximal end , and the seat and the insert each comprising a threaded portion and wherein: - the threaded portion of the seat is provided in proximity of the proximal end of the bone anchor ; and - the threaded portion of the insert is suitable for coupling with the threaded portion of the seat ; said threaded portion of said insert and said threaded portion of said seat comprise each respective distal and proximal ends; wherein when the bone anchoring assembly is in the assembled configuration, the proximal end of the threaded portion of the insert is in an immediately distal position with respect to the distal end of the threaded portion of the seat . - a proximal end , - a distal end , - an outer profile suitable for defining a firm and stable coupling with a bone tissue , and - a seat open only on the proximal end , wherein the seat defines an axis Xs ; wherein the insert defines an axis Xi, is suitable for being completely received in the seat of the bone anchor and comprises: - a proximal end , - a distal end , and - one or more eyelets ; - a proximal end , - a distal end , and - one or more eyelets ; and wherein the seat and the insert comprise snap coupling means suitable for axially retaining the insert in the seat and suitable for allowing the free rotation of the insert in the seat around axis Xi, characterized in that the one or more eyelets are provided at the proximal end , and the seat and the insert each comprising a threaded portion and wherein: - the threaded portion of the seat is provided in proximity of the proximal end of the bone anchor ; and - the threaded portion of the insert is suitable for coupling with the threaded portion of the seat ; - the threaded portion of the seat is provided in proximity of the proximal end of the bone anchor ; and - the threaded portion of the insert is suitable for coupling with the threaded portion of the seat ; said threaded portion of said insert and said threaded portion of said seat comprise each respective distal and proximal ends; wherein when the bone anchoring assembly is in the assembled configuration, the proximal end of the threaded portion of the insert is in an immediately distal position with respect to the distal end of the threaded portion of the seat .
Hydraulic machine comprising a housing , a working section and a control section , wherein the control section comprises a spool arranged in the housing rotatably about an axis of rotation and a distributor plate is arranged between the control section and the working section , wherein the spool comprises a hollow surrounded by a wall and a front face of the wall rests in a contact area against the distributor plate , characterized in that at least one groove is provided in the contact area , the groove connecting the hollow and an outer diameter of the spool .