mhurhangee/patent-ind-claim-en huggingface dataset:
An electrically conductive wire , comprising: a conductor body defining a longitudinal axis , wherein the conductor body includes: (i) an isotropically conductive matrix material , wherein the isotropically conductive matrix material consists essentially of copper; and (ii) a plurality of anisotropically conductive particles interspersed within the isotropically conductive matrix material , wherein the plurality of anisotropically conductive particles consists essentially of a plurality of intercalated graphite domains that includes an intercalated bromine dopant, wherein each anisotropically conductive particle in the plurality of anisotropically conductive particles defines a respective axis of enhanced electrical conductivity, and further wherein the respective axis of enhanced electrical conductivity of each of the plurality of anisotropically conductive particles is at least substantially aligned with the longitudinal axis 102 of the conductor body ; and a dielectric coating that covers an external surface of the conductor body . a conductor body defining a longitudinal axis , wherein the conductor body includes: (i) an isotropically conductive matrix material , wherein the isotropically conductive matrix material consists essentially of copper; and (ii) a plurality of anisotropically conductive particles interspersed within the isotropically conductive matrix material , wherein the plurality of anisotropically conductive particles consists essentially of a plurality of intercalated graphite domains that includes an intercalated bromine dopant, wherein each anisotropically conductive particle in the plurality of anisotropically conductive particles defines a respective axis of enhanced electrical conductivity, and further wherein the respective axis of enhanced electrical conductivity of each of the plurality of anisotropically conductive particles is at least substantially aligned with the longitudinal axis 102 of the conductor body ; and (i) an isotropically conductive matrix material , wherein the isotropically conductive matrix material consists essentially of copper; and (ii) a plurality of anisotropically conductive particles interspersed within the isotropically conductive matrix material , wherein the plurality of anisotropically conductive particles consists essentially of a plurality of intercalated graphite domains that includes an intercalated bromine dopant, wherein each anisotropically conductive particle in the plurality of anisotropically conductive particles defines a respective axis of enhanced electrical conductivity, and further wherein the respective axis of enhanced electrical conductivity of each of the plurality of anisotropically conductive particles is at least substantially aligned with the longitudinal axis 102 of the conductor body ; and a dielectric coating that covers an external surface of the conductor body .
A three-dimensional, 3D, object recognition apparatus comprising: a structured light generator comprising: a light source configured to emit light; and a first meta optical device (121, MS1, 146) comprising a first metasurface (MS1) comprising nanostructures having sub-wavelength dimensions that are less than a wavelength of the light emitted from the light source; wherein the first metasurface is configured to form a distribution of light rays from the light emitted from the light source to thereby radiate structured light; and wherein the structured light generator is configured to radiate the structured light in a predetermined pattern toward an object; a sensor configured to receive the structured light reflected from the object; and a processor configured to analyze a shape or motion of the object by comparing pattern changes in the structured light radiated by the structured light generator and the structured light received by the sensor. a structured light generator comprising: a light source configured to emit light; and a first meta optical device (121, MS1, 146) comprising a first metasurface (MS1) comprising nanostructures having sub-wavelength dimensions that are less than a wavelength of the light emitted from the light source; wherein the first metasurface is configured to form a distribution of light rays from the light emitted from the light source to thereby radiate structured light; and wherein the structured light generator is configured to radiate the structured light in a predetermined pattern toward an object; a light source configured to emit light; and a first meta optical device (121, MS1, 146) comprising a first metasurface (MS1) comprising nanostructures having sub-wavelength dimensions that are less than a wavelength of the light emitted from the light source; wherein the first metasurface is configured to form a distribution of light rays from the light emitted from the light source to thereby radiate structured light; and wherein the structured light generator is configured to radiate the structured light in a predetermined pattern toward an object; a sensor configured to receive the structured light reflected from the object; and a processor configured to analyze a shape or motion of the object by comparing pattern changes in the structured light radiated by the structured light generator and the structured light received by the sensor.
Formaldehyde-free aqueous binding composition suitable to bind mineral fibres, the composition comprising in percentages by weight on the dry weight of the composition: - at least one reducing sugar in a total amount comprised from 50% to 80%; - at least one sulphamate and/or sulphamic acid in a total amount comprised from 5% to 20%; - at least 2% of a pH-adjusting agent consisting of ammonium hydroxide (NH 4 OH), an organic and/or inorganic ammonium salt and/or an organic amine or combinations thereof; - at least one lactam in an amount comprised between 1% and 15%. - at least one reducing sugar in a total amount comprised from 50% to 80%; - at least one sulphamate and/or sulphamic acid in a total amount comprised from 5% to 20%; - at least 2% of a pH-adjusting agent consisting of ammonium hydroxide (NH 4 OH), an organic and/or inorganic ammonium salt and/or an organic amine or combinations thereof; - at least one lactam in an amount comprised between 1% and 15%.
A method of tattoo removal comprising: providing a plurality of sinusoidal acoustic waves having at least one frequency of at least 1 MHz; propagating at least a portion of the acoustic waves through a shockwave medium disposed in and contained by a shockwave housing, the shockwave medium configured to exhibit nonlinear properties in the presence of the propagated acoustic waves to generate a plurality of shock waves; and delivering at least a portion of said plurality of shock waves to at least one cellular structure comprising at least one region of heterogeneity having an effective density greater than an effective density of the at least one cellular structure; and directing laser light to the at least one cellular structure; wherein continued delivery of said plurality of shock waves that exit the shockwave housing causes rupturing of the at least one cellular structure, wherein the at least one cellular structure comprises tattoo pigment. providing a plurality of sinusoidal acoustic waves having at least one frequency of at least 1 MHz; propagating at least a portion of the acoustic waves through a shockwave medium disposed in and contained by a shockwave housing, the shockwave medium configured to exhibit nonlinear properties in the presence of the propagated acoustic waves to generate a plurality of shock waves; and delivering at least a portion of said plurality of shock waves to at least one cellular structure comprising at least one region of heterogeneity having an effective density greater than an effective density of the at least one cellular structure; and directing laser light to the at least one cellular structure; wherein continued delivery of said plurality of shock waves that exit the shockwave housing causes rupturing of the at least one cellular structure, wherein the at least one cellular structure comprises tattoo pigment.
Valve for opening and closing a flow path, comprising a drive motor , comprising a valve disk , comprising a valve tappet and comprising a transmission device for converting rotational movement of the drive motor into translatory movement of the valve disk , wherein the valve disk is connected to the valve tappet and is able to be moved by way of movement of the valve tappet , wherein the transmission device is formed from flexible elements , wherein only tensile forces are able to be transmitted by the flexible elements , characterized in that the transmission device is formed from at least one toothed segment , wherein the toothed segment is able to be at least partially wrapped around by the flexible elements by way of rotational movement, and wherein the toothed segment is formed from two disk-shaped elements which are connected rigidly to one another, wherein the first disk-shaped element is arranged on the left of the valve tappet and the second disk-shaped element is arranged on the right of the valve tappet , wherein each of the disk-shaped elements has two grooves which extend in the circumferential direction parallel to one another at the outer circumference, wherein a flexible element is guided in each of the grooves .
A method for synchronizing frequency and/or timing in a wireless communication system, comprising: determining a plurality of possible synchronization channel frequencies within a frequency band as part of a synchronization channel raster; determining a synchronization channel frequency as one of the plurality of possible synchronization channel frequencies; puncturing a tone of one or more synchronization signals that corresponds to the synchronization channel frequency; and transmitting the one or more synchronization signals centered around the synchronization channel frequency. determining a plurality of possible synchronization channel frequencies within a frequency band as part of a synchronization channel raster; determining a synchronization channel frequency as one of the plurality of possible synchronization channel frequencies; puncturing a tone of one or more synchronization signals that corresponds to the synchronization channel frequency; and transmitting the one or more synchronization signals centered around the synchronization channel frequency.
A method for key management in a field-programmable integrated part of an integrated circuit , the method comprising: - loading a hardware configuration for the field-programmable integrated part into the field-programmable integrated part , wherein the hardware configuration includes a key derivation functionality , and - deriving , using the key derivation functionality , a cryptographic key based on information provided in the field-programmable integrated part , the information comprising at least one of - a fingerprint of a bitstream of the hardware configuration , - hardware related information. - loading a hardware configuration for the field-programmable integrated part into the field-programmable integrated part , wherein the hardware configuration includes a key derivation functionality , and - deriving , using the key derivation functionality , a cryptographic key based on information provided in the field-programmable integrated part , the information comprising at least one of - a fingerprint of a bitstream of the hardware configuration , - hardware related information.
A device for lifting frames of a magazine hive for beekeeping, which frames each have an approximately horizontal, projecting strip on two opposite sides of the magazine hive , characterised by two pairs of support elements each with an upper and a lower support element, wherein each pair can be arranged on one side of the magazine hive and the support elements of one pair can be inserted between the strips of two frames , wherein, in each pair, the support elements are connected via a scissor mechanism which can be spread apart by means of a toggle lever consisting of two lever elements articulated to one another, characterised in that the upper support element of each pair is formed by a rail which is divided into at least two parts (37 - 39) which are displaceable relative to one another in longitudinal direction of the rail, of which the one part can be abutted from below against one of the strips and the other part is connected to the scissor mechanism . two pairs of support elements each with an upper and a lower support element, wherein each pair can be arranged on one side of the magazine hive and the support elements of one pair can be inserted between the strips of two frames , wherein, in each pair, the support elements are connected via a scissor mechanism which can be spread apart by means of a toggle lever consisting of two lever elements articulated to one another, characterised in that the upper support element of each pair is formed by a rail which is divided into at least two parts (37 - 39) which are displaceable relative to one another in longitudinal direction of the rail, of which the one part can be abutted from below against one of the strips and the other part is connected to the scissor mechanism .
A method for manufacturing a strainer of an ejector used to transfer fuel between two tanks of an aircraft or to supply fuel to an engine, said strainer comprising a conduit whereof a first end is for example intended to be connected to an inlet of the ejector , and whereof a second end is located within a housing comprising an open face for the passage of the fuel, the open face being closed off by a grate acting as a filter, the method being characterized in that it consists of manufacturing the conduit , the housing and the grate of the strainer as a single monobloc part, in a metallic material, preferably aluminum, by an additive manufacturing technique, layer by layer.
A processing facility constructed at least in part by coupling first, second and third process blocks , wherein at least t truckable modules are used to collectively compose the process blocks , wherein t is at least four, and wherein at least some of the modules within at least some of the blocks are fluidly and electrically coupled to at least another one of the modules using direct-module to-module connections; wherein the first process block is configured to carry out a first process, and includes at least first and second modules, and the second process block is configured to carry out a second process different from the first process, and includes at least third and fourth modules; wherein the first module is abutted against the second module at a first side-to-side edge interface such that a person could walk directly from within the first module to within the second module ; and wherein the first module is fluidly and electrically coupled to the second module across the side-to-side edge interface; and wherein the second module is further abutted against the third module at an end-to-end edge interface such that a person could walk directly from within the second module to within the third module ; and wherein the second module is fluidly coupled with the third module across the end-to-end edge interface.
A gear pump comprising: an internal gear having an annular shape and having internal teeth on an inner circumference side; a first external gear and a second external gear each having external teeth on an outer circumference side, the external teeth capable of meshing with the internal teeth , the first external gear and the second external gear being provided on the inner circumference side of the internal gear ; and a housing configured to rotatably hold the internal gear , the first external gear , and the second external gear , wherein a pump chamber (P) is defined in the housing by the inner circumference side of the internal gear and the outer circumference sides of the first external gear and the second external gear , wherein the housing comprises a partitioning portion that is provided between the first external gear and the second external gear to divide the pump chamber (P) into a first pump chamber (P1) that is provided on the first external gear side and a second pump chamber (P2) provided on the second external gear side, the first pump chamber (P1) comprises a first intake space (L1) into which a fluid is taken in and a first discharge space (H1) from which the fluid is discharged, in accordance with rotation of the internal gear and the external gears , the second pump chamber (P2) comprises a second intake space (L2) into which the fluid is taken in and a second discharge space (H2) from which the fluid is discharged, in accordance with rotation of the internal gear and the external gears , the first intake space (L1) and the second intake space (L2) are provided to be symmetrical about a rotational center (O1) of the internal gear , and the first discharge space (H1) and the second discharge space (H2) are provided to be symmetrical about the rotational center (O1) of the internal gear , the housing includes a pump casing including the pump chamber (P) and a pump cover attached to the pump casing covering the pump chamber (P), characterized in that the pump cover comprises a first-end cover portion , a middle cover portion and a second-end cover portion , the first-end cover portion has an intake port and a discharge port , the second-end cover portion has a first inlet hole , a first discharge hole , a second inlet hole and a second discharge hole , the middle cover portion has an intake flow channel that establishes connection and communication between the intake port and the first and the second inlet holes , and a discharge flow channel that establishes connection and communication between the discharge port and the first and the second discharge holes , fluid taken-in from the intake port is branched by the intake flow channel and is introduced into the first intake space (L1) and the second intake space (L2) through the first inlet hole and the second inlet hole , and fluid sent from the first discharge space (H1) to the first discharge hole and fluid sent from the second discharge space (H2) to the second discharge hole is joined at the discharge flow channel to be discharged through the discharge port .
A composite structure having a porous first substrate having a bonding surface , a porous second substrate having a bonding surface , the first and second substrates have different coefficients of thermal expansion (CTEs) and a bonding material bonding material located at a gap between the first substrate bonding surface and the second substrate bonding surface, the bonding material bonding the first substrate to the second substrate, the bonding material comprising: a cured admixture of a fibrous material, a fluxing agent; and a thickening agent wherein: the CTE of the fibrous material and the CTE of at least one of the first and second substrate components is within ± 20% CTE of each other, the fibrous material is present in the bonding material before it is cured in an amount ranging from 50 wt% to 90 wt%, the fluxing agent is present in the bonding material before it is cured in an amount ranging from 0.05 wt% to 1 wt%, and the thickening agent is present in the bonding material before it is cured in an amount ranging from greater than 0 wt% to 10 wt%, the thickening agent being a starch, a vegetable gum, a sugar, a protein, pectin, a cellulosic material, gelatin, a synthetic thickening agent, or combinations thereof and the admixture is cured at 71°C (160°F) to about 188°C (370°F). a cured admixture of a fibrous material, a fluxing agent; and a thickening agent wherein: the CTE of the fibrous material and the CTE of at least one of the first and second substrate components is within ± 20% CTE of each other, the fibrous material is present in the bonding material before it is cured in an amount ranging from 50 wt% to 90 wt%, the fluxing agent is present in the bonding material before it is cured in an amount ranging from 0.05 wt% to 1 wt%, and the thickening agent is present in the bonding material before it is cured in an amount ranging from greater than 0 wt% to 10 wt%, the thickening agent being a starch, a vegetable gum, a sugar, a protein, pectin, a cellulosic material, gelatin, a synthetic thickening agent, or combinations thereof and the admixture is cured at 71°C (160°F) to about 188°C (370°F). the CTE of the fibrous material and the CTE of at least one of the first and second substrate components is within ± 20% CTE of each other, the fibrous material is present in the bonding material before it is cured in an amount ranging from 50 wt% to 90 wt%, the fluxing agent is present in the bonding material before it is cured in an amount ranging from 0.05 wt% to 1 wt%, and the thickening agent is present in the bonding material before it is cured in an amount ranging from greater than 0 wt% to 10 wt%, the thickening agent being a starch, a vegetable gum, a sugar, a protein, pectin, a cellulosic material, gelatin, a synthetic thickening agent, or combinations thereof and the admixture is cured at 71°C (160°F) to about 188°C (370°F).
A construction kit comprising wall elements and connectors to be inserted therebetween in order to erect room dividers, wherein a) the wall elements are produced by compressing fiber material and comprise at least one connecting flank systematically provided with contours ; b) the connectors are arranged in the form of profiled rails on which at least one connection is provided, which comprises systematically arranged mating contours ; c) the contours of the wall elements are capable of a form-fit engagement with the mating contours of the connectors ; d) the contours of the connecting flanks of the wall elements are arranged congruently on their front side (F) and rear side (R) and are arranged as raised webs running along a vertical line; e) the connectors each have a connection to the systematic mating contours on two opposite outer edges; f) the mating contour are arranged as raised pairwise webs which run on a vertical line and narrow the lateral mouth of a vertical groove ; g) the contours raise from a lip (106.26) which extends from the connecting flank , and the width of the lip finds space in the mouth gap of the mating contours ; and h) the dimensioning of the contours allows inserting the contours through the intermediate spaces on the connector , characterized in that the contours of the connecting flanks of the wall elements run on the vertical line with alternating intermediate spaces and the mating contours run on the vertical line with alternating intermediate spaces . a) the wall elements are produced by compressing fiber material and comprise at least one connecting flank systematically provided with contours ; b) the connectors are arranged in the form of profiled rails on which at least one connection is provided, which comprises systematically arranged mating contours ; c) the contours of the wall elements are capable of a form-fit engagement with the mating contours of the connectors ; d) the contours of the connecting flanks of the wall elements are arranged congruently on their front side (F) and rear side (R) and are arranged as raised webs running along a vertical line; e) the connectors each have a connection to the systematic mating contours on two opposite outer edges; f) the mating contour are arranged as raised pairwise webs which run on a vertical line and narrow the lateral mouth of a vertical groove ; g) the contours raise from a lip (106.26) which extends from the connecting flank , and the width of the lip finds space in the mouth gap of the mating contours ; and h) the dimensioning of the contours allows inserting the contours through the intermediate spaces on the connector ,