mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-color wood-plastic molded material, which is made of a color masterbatch and a base material, wherein a ratio λ of a modulus of elasticity in tension (Et) of the color masterbatch to a modulus of elasticity in tension (Et) of the base material is from 0.26 to 1.47, the modulus of elasticity in tension of the color masterbatch and the modulus of elasticity in tension of the base material are measured at room temperature in accordance with the standard GB/T 1040.2-2006/ISO 527-2: 1993, the base material comprises a plastic and a blend of an organic filler and an inorganic filler, the organic filler comprising a fibre material derived from a plant, and the color masterbatch contains a plastic and a colorant. the modulus of elasticity in tension of the color masterbatch and the modulus of elasticity in tension of the base material are measured at room temperature in accordance with the standard GB/T 1040.2-2006/ISO 527-2: 1993, the base material comprises a plastic and a blend of an organic filler and an inorganic filler, the organic filler comprising a fibre material derived from a plant, and the color masterbatch contains a plastic and a colorant.
A flow path member , comprising: a flow path in a substrate that is composed of non-oxide ceramics, the flow path including an inlet and an outlet ; and a first oxide layer disposed on an outer surface of the substrate , characterised in that a second oxide layer is disposed on an inner surface of the substrate , the inner surface constituting the flow path . a flow path in a substrate that is composed of non-oxide ceramics, the flow path including an inlet and an outlet ; and a first oxide layer disposed on an outer surface of the substrate , characterised in that a second oxide layer is disposed on an inner surface of the substrate , the inner surface constituting the flow path .
Mounted reversible plough with a headstock for attachment to a tractor, a plough frame which carries two rows of ploughshares and is rotatable about a horizontal reversing axle , wherein the rows of ploughshares are adjustable in their cutting width by a cutting width actuator , and the plough frame is mounted on a reversing block , which is pivotably mounted on the headstock about the horizontal reversing axle , is mounted to be pivotable inward transversely to the reversing axle about an inward-pivot axle and pivotable inward into a reversing position with reduced transverse outreach by an inward-pivot cylinder for the reversing operation, wherein said inward-pivot cylinder is controllable for different cutting widths into different stroke positions for reaching the respectively desired reversing position, characterized in that the inward-pivot cylinder has, in addition to a working piston for pivoting the plough frame into the reversing position, a floating piston for limiting the adjustment travel of the working piston for setting the reversing position, wherein a setting chamber is provided for setting the floating piston position relative to the working piston or to a cylinder bottom, the filling of which with pressure medium is controlled by a floating piston control as a function of the setting of the cutting width actuator .
A wearable protection device comprising: a modular frame with at least two shaped members ; hinge means for hinging said shaped members therebetween at corresponding hinging points and around respective rotation axes (X), each of said hinge means comprising a pivot element and a disc element ; wherein the pivot element and the disc element are permanently coupled by riveting of the pivot element and the pivot element is flush with the disc element after riveting; and wherein said pivot element comprises a base portion designed to be secured to one of said at least two shaped members ; characterized in that said pivot element comprises an abutting portion interposed between the base portion and a first portion of the pivot element , said abutting portion having an annular ledge for the abutment of an end of a respective axial projection of the disc element . a modular frame with at least two shaped members ; hinge means for hinging said shaped members therebetween at corresponding hinging points and around respective rotation axes (X), each of said hinge means comprising a pivot element and a disc element ; wherein the pivot element and the disc element are permanently coupled by riveting of the pivot element and the pivot element is flush with the disc element after riveting; and wherein said pivot element comprises a base portion designed to be secured to one of said at least two shaped members ; characterized in that said pivot element comprises an abutting portion interposed between the base portion and a first portion of the pivot element , said abutting portion having an annular ledge for the abutment of an end of a respective axial projection of the disc element .
Arrangement having a storage tray (A) for a ladder, in particular for a runged stepladder, wherein the storage tray (A) has at least one compartment into which objects can be placed, wherein the storage tray (A) has a first receptacle , wherein the arrangement has a snap-fit buckle (S), wherein the first receptacle is provided for a first part (S1) of the snap-fit buckle (S) which is fastened to the storage tray (A), characterised in that the arrangement additionally has a securing means (K), and in that the storage tray (A) has at least one first hole transverse to the first receptacle , through which hole the securing means (K) is guided into the first receptacle (A) in order to secure the first part (S1) of the snap-fit buckle (S). wherein the arrangement has a snap-fit buckle (S), wherein the first receptacle is provided for a first part (S1) of the snap-fit buckle (S) which is fastened to the storage tray (A), characterised in that the arrangement additionally has a securing means (K), and in that the storage tray (A) has at least one first hole transverse to the first receptacle , through which hole the securing means (K) is guided into the first receptacle (A) in order to secure the first part (S1) of the snap-fit buckle (S).
An on-skin sensor system configured for transcutaneous glucose monitoring of a host, the system comprising: a sensor module housing comprising a channel and a groove that cuts across the channel ; a glucose sensor having a first section configured for subcutaneous sensing and a second section mechanically coupled to the sensor module housing ; and at least one leaf spring mechanically coupled to the sensor module housing and electrically coupled to the glucose sensor , wherein the at least one leaf spring comprises a tab located in the groove to impede rotation of the at least one leaf spring, and wherein at least a portion of the second section of the glucose sensor is located in the channel wherein a portion of the leaf spring is located in the channel. a sensor module housing comprising a channel and a groove that cuts across the channel ; a glucose sensor having a first section configured for subcutaneous sensing and a second section mechanically coupled to the sensor module housing ; and at least one leaf spring mechanically coupled to the sensor module housing and electrically coupled to the glucose sensor , wherein the at least one leaf spring comprises a tab located in the groove to impede rotation of the at least one leaf spring, and wherein at least a portion of the second section of the glucose sensor is located in the channel wherein a portion of the leaf spring is located in the channel.
Model car racing track having at least one model car guided along a lane and a track defining the lane , wherein the track has at least one busbar extending in the direction of the lane , characterised by a transformer arrangement with a primary element and a secondary element for contact-free and interruption-free transmission of energy and control signals from the track to the model car , wherein the busbar is arranged on a surface of the track and is the primary element of the transformer arrangement extending in the direction of the lane and the model car comprises the secondary element of the transformer arrangement for coupling in the electromagnetic field generated by the primary element , wherein the secondary element has a winding or a plurality of windings, wherein the winding or plurality of windings defines a screw vector (S) extending horizontally in a width direction Y which extends substantially at right angles to the direction of the lane .
An analytical method for use in an analytical apparatus having a spectrally dispersive element for spectrally dispersing X-rays emanating from a sample, an image sensor operative to detect the spectrally dispersed X-rays and having a plurality of photosensitive elements arranged in a direction of energy dispersion, and an incident angle control mechanism for controlling the incident angle of X-rays impinging on the spectrally dispersive element , said analytical method comprising the steps of: specifying an energy of X-rays to be acquired; and adjusting the incident angle of X-rays impinging on the spectrally dispersive element based on an incident angle of X-rays calculated from the specified energy and a distance between the photosensitive elements which detect X-rays having the specified energy and a focal plane of the spectrally dispersive element at the incident angle of X rays calculated from the specified energy to bring the focal plane of the spectrally dispersive element into positional coincidence with those one or ones of the photosensitive elements which detect X-rays having the specified energy. specifying an energy of X-rays to be acquired; and adjusting the incident angle of X-rays impinging on the spectrally dispersive element based on an incident angle of X-rays calculated from the specified energy and a distance between the photosensitive elements which detect X-rays having the specified energy and a focal plane of the spectrally dispersive element at the incident angle of X rays calculated from the specified energy to bring the focal plane of the spectrally dispersive element into positional coincidence with those one or ones of the photosensitive elements which detect X-rays having the specified energy.
A probe for measuring the change in materials caused by gas flows in steam generators or other combustion systems, wherein the probe has a temperature control medium inflow channel , a temperature control medium outflow channel , a material sample holder with a heat sink and a material sample with a measurement area and wherein the heat sink is located on an inner side of the material sample facing away from the gas flows and is thermally connected thereto and wherein the heat sink can be acted upon by a temperature control medium supplied via the temperature control medium inflow channel , wherein the heat sink in the measurement area is in full thermal contact with the inner side of the material sample and wherein the heat sink in the measurement area is in full contact with the inner side of the material sample or is in full thermal contact with the inner side of the material sample via a heat coupling medium, characterised in that the heat sink has a solid heat conducting part on a side facing the inner side of the material sample and cooling fins located on a side facing the temperature control medium inflow channel .
A topical composition comprising a cross-linked sulfated glycosaminoglycan and a cosmetically acceptable topical carrier, wherein the sulfated glycosaminoglycan is bacteria-derived.
Method for identifying a timepiece comprising a first component and a second component, said method comprising the following steps: • photographing a first zone chosen on the first component of the timepiece with sufficient enlargement to show the tracks or flaws in or on the substrate of the timepiece in this first zone resulting from the process of manufacturing the timepiece, said tracks or flaws in or on the first zone comprising scratches produced when the second component is fitted into the first component; • using an appropriate algorithm to convert the tracks or flaws of the first zone which are picked out by photography into a unique code to form a unique identifier of the timepiece; • storing the unique identifier of the timepiece in a database to permit authentication of the timepiece in the future by comparison with a new unique code obtained after conversion by the algorithm of the tracks or flaws picked out by a new photograph of said first zone; • applying an identification mark to a second zone chosen on the second component of the timepiece, said mark containing at least one item of information characterising the timepiece; • associating said at least one item of information contained in the identification mark with the unique identifier of the timepiece and storing it with said unique identifier in the database to permit authentication of the timepiece in the future by comparison of the identification mark and/or a new unique code obtained after conversion by the algorithm of the tracks or flaws picked out by a new photograph of said first zone; • photographing a first zone chosen on the first component of the timepiece with sufficient enlargement to show the tracks or flaws in or on the substrate of the timepiece in this first zone resulting from the process of manufacturing the timepiece, said tracks or flaws in or on the first zone comprising scratches produced when the second component is fitted into the first component; • using an appropriate algorithm to convert the tracks or flaws of the first zone which are picked out by photography into a unique code to form a unique identifier of the timepiece; • storing the unique identifier of the timepiece in a database to permit authentication of the timepiece in the future by comparison with a new unique code obtained after conversion by the algorithm of the tracks or flaws picked out by a new photograph of said first zone; • applying an identification mark to a second zone chosen on the second component of the timepiece, said mark containing at least one item of information characterising the timepiece; • associating said at least one item of information contained in the identification mark with the unique identifier of the timepiece and storing it with said unique identifier in the database to permit authentication of the timepiece in the future by comparison of the identification mark and/or a new unique code obtained after conversion by the algorithm of the tracks or flaws picked out by a new photograph of said first zone;
A laser marking system comprising: a laser configured to produce a laser beam; and, a marking head configured to project the laser beam onto a target, characterised in that the laser marking system comprises a negative curvature hollow core fiber configured to transmit the laser beam from the laser to the marking head , wherein the negative curvature hollow core fiber comprises chalcogenide glass. a laser configured to produce a laser beam; and, a marking head configured to project the laser beam onto a target, characterised in that the laser marking system comprises a negative curvature hollow core fiber configured to transmit the laser beam from the laser to the marking head , wherein the negative curvature hollow core fiber comprises chalcogenide glass.
A permeable multi-axial grid netting comprising a plurality of first and second threads which are interlaced and superposed to form a grid whose meshes present an irregular closed broken line ; the grid netting comprising a plurality of third threads interlaced with the first and second threads and arranged above, below and in between the first and second threads ; the grid netting comprising at least one fourth thread superposed over the other threads ; the fourth thread being a reinforcing thread for the grid ; the first, second, third and fourth threads may be mutually arranged in such a way as to define high-strength zones on the grid netting ; the multi-axial grid netting being characterised in that it is a permeable netting because the meshes are open from one side to the other; the grid netting being made by superposing straight and curved threads (4; 5) accordingly; each first and second thread comprising a plurality of strands defined by thin, elongate elements placed side by side and joined to each other by impregnation with an adhesive resin .
Metal detection apparatus with a passage channel for transferring products (P) that may contain metal contaminants (C) comprising at least one transmitter unit , which provides transmitter signals to a transmitter coil that is inductively coupled to a first and a second receiver coil (31; 32), which are balanced and connected separately or combined to an input of a receiver unit , wherein the transmitter coil comprises at least two coil sections (211, 212; 221, 222) that are arranged inclined to one another and that generate at least a first and a second magnetic field (My; Mz) and wherein the first and the second receiver coil (31; 32) comprise each at least a first coil section (311; 321) that is engaged in the first magnetic field (My) and at least a second coil section (312; 322) that is engaged in the second magnetic field (Mz), characterised in that the coil sections (211, 212; 221, 222) of the transmitter coil and the coil sections of the first receiver coil and the coil sections of the second receiver coil form closed loops distant from one another in third parallel planes, and in that the transmitter coil generates a third magnetic field (Mx) with its closed loop that is sensed by the closed loops of the receiver coils . at least one transmitter unit , which provides transmitter signals to a transmitter coil that is inductively coupled to a first and a second receiver coil (31; 32), which are balanced and connected separately or combined to an input of a receiver unit , wherein the transmitter coil comprises at least two coil sections (211, 212; 221, 222) that are arranged inclined to one another and that generate at least a first and a second magnetic field (My; Mz) and wherein the first and the second receiver coil (31; 32) comprise each at least a first coil section (311; 321) that is engaged in the first magnetic field (My) and at least a second coil section (312; 322) that is engaged in the second magnetic field (Mz), characterised in that at least a first coil section (311; 321) that is engaged in the first magnetic field (My) and at least a second coil section (312; 322) that is engaged in the second magnetic field (Mz), the coil sections (211, 212; 221, 222) of the transmitter coil and the coil sections of the first receiver coil and the coil sections of the second receiver coil form closed loops distant from one another in third parallel planes, and in that the transmitter coil generates a third magnetic field (Mx) with its closed loop that is sensed by the closed loops of the receiver coils .
A method for performing quality control on a diagnostic analyzer, comprising: receiving a quality control measurement value from each of a plurality of diagnostic analyzers; receiving , from a target diagnostic analyzer , a quality control measurement value; comparing the quality control measurement value received from the target diagnostic analyzer with first statistical criteria based on the plurality of quality control measurement values received from the plurality of diagnostic analyzers; and communicating a comparison result to a user interface associated with the target diagnostic analyzer, wherein the first statistical criteria define a range having an upper limit and a lower limit associated with the plurality of quality control measurement values, characterized in that when the quality control measurement value received from the target diagnostic analyzer is outside of the range, the method further comprises communicating a troubleshooting instruction selected from a plurality of troubleshooting instructions to the user interface. receiving a quality control measurement value from each of a plurality of diagnostic analyzers; receiving , from a target diagnostic analyzer , a quality control measurement value; comparing the quality control measurement value received from the target diagnostic analyzer with first statistical criteria based on the plurality of quality control measurement values received from the plurality of diagnostic analyzers; and communicating a comparison result to a user interface associated with the target diagnostic analyzer, wherein the first statistical criteria define a range having an upper limit and a lower limit associated with the plurality of quality control measurement values, characterized in that when the quality control measurement value received from the target diagnostic analyzer is outside of the range, the method further comprises communicating a troubleshooting instruction selected from a plurality of troubleshooting instructions to the user interface.
A solar cell encapsulant multilayer sheet comprising: a resin layer (A) that includes an ethylene/unsaturated carboxylic acid copolymer or an ionomer of the ethylene/unsaturated carboxylic acid copolymer as a major component; and an adhesive layer (B), wherein the adhesive layer (B) includes an epoxy group-containing ethylene based copolymer (B1) and at least one ethylene based copolymer (B2) (excluding the epoxy group-containing ethylene based copolymer (B1)) selected from the group consisting of an ethylene/polar monomer copolymer and an ethylene/α-olefin copolymer having a density of 920 kg/m 3 or lower, and wherein the adhesive layer (B) is provided on both surfaces of the resin layer (A). a resin layer (A) that includes an ethylene/unsaturated carboxylic acid copolymer or an ionomer of the ethylene/unsaturated carboxylic acid copolymer as a major component; and an adhesive layer (B), wherein the adhesive layer (B) includes an epoxy group-containing ethylene based copolymer (B1) and at least one ethylene based copolymer (B2) (excluding the epoxy group-containing ethylene based copolymer (B1)) selected from the group consisting of an ethylene/polar monomer copolymer and an ethylene/α-olefin copolymer having a density of 920 kg/m 3 or lower, and wherein the adhesive layer (B) is provided on both surfaces of the resin layer (A).
Protecting helmet comprising a rigid outer shell , a front opening in said rigid shell for the face of a user, a protective visor at least rotatable between a lowered position intercepting, at least partially, the front opening and a raised position disengaged from said front opening , and a raising/lowering mechanism to raise/lower the protective visor , the raising/lowering mechanism comprising: • at least one base member , movably or integrally constrained to, or made in a single piece with, the outer shell , and arranged in a side position with respect to said front opening ; • at least one fastening pin constrained in a respective opening of the protective visor ; wherein said base member comprises a seat adapted to rotatably and reversibly house said fastening pin ; wherein said seat of said base member comprises at least one elastic countering member for said fastening pin ; characterized in that said base member comprises an unlocking device configured to operate on the elastic countering member to release the fastening pin from the seat . • at least one base member , movably or integrally constrained to, or made in a single piece with, the outer shell , and arranged in a side position with respect to said front opening ; • at least one fastening pin constrained in a respective opening of the protective visor ;