mhurhangee/patent-ind-claim-en huggingface dataset:
A device for demagnetizing and for measuring the magnetic signature of a stationary hull and for simulating a magnetic field , comprising a demagnetization coil assembly , a magnetic field sensor assembly and a simulation coil assembly , characterized in that the device can be positioned horizontally next to the hull on one side in the longitudinal direction of the hull , the demagnetization coil assembly having a single demagnetization coil , the cross-sectional area of said demagnetization coil extending at least across the entire length of the hull and the surface normal of said demagnetization coil being oriented orthogonally to the longitudinal direction of the hull , a stationary alternating magnetic field thus being producible outside the demagnetization coil , or the demagnetization coil assembly having at least two demagnetization coils , the cross-sectional areas of said demagnetization coils being disposed next to one another in the longitudinal direction of the hull and the surface normals of said demagnetization coils being oriented orthogonally to the longitudinal direction of the hull , an alternating magnetic field progressing in the longitudinal direction of the hull thus being producible outside the demagnetization coils . characterized in that the device can be positioned horizontally next to the hull on one side in the longitudinal direction of the hull , the demagnetization coil assembly having a single demagnetization coil , the cross-sectional area of said demagnetization coil extending at least across the entire length of the hull and the surface normal of said demagnetization coil being oriented orthogonally to the longitudinal direction of the hull , a stationary alternating magnetic field thus being producible outside the demagnetization coil , or the demagnetization coil assembly having at least two demagnetization coils , the cross-sectional areas of said demagnetization coils being disposed next to one another in the longitudinal direction of the hull and the surface normals of said demagnetization coils being oriented orthogonally to the longitudinal direction of the hull , an alternating magnetic field progressing in the longitudinal direction of the hull thus being producible outside the demagnetization coils .
A method comprising: receiving, at a physical layer, PHY, circuitry of a receiver, a first bit sequence corresponding to a first ordered set of eight bytes, the first bit sequence received at a predetermined ordered set interval, the predetermined ordered set interval following a flow control unit, flit; receiving, at the physical layer circuitry, a second bit sequence corresponding to a second ordered set of eight bytes, the first bit sequence immediately adjacent to the second bit sequence, wherein both bit sequences are considered as good ordered set if both bit sequences are good, wherein each of the bit sequences has its own built-in redundancy, or are considered as good ordered set if either of both bit sequences is good, wherein each of the bit sequences is independently CRC protected; comparing a portion of the first bit sequence and the second bit sequence against expected values for the first and the second bit sequences; determining a presence or absence of bit errors from the first bit sequence and the second bit sequence based on the comparison; and determining a type of ordered set based on the comparison. receiving, at a physical layer, PHY, circuitry of a receiver, a first bit sequence corresponding to a first ordered set of eight bytes, the first bit sequence received at a predetermined ordered set interval, the predetermined ordered set interval following a flow control unit, flit; receiving, at the physical layer circuitry, a second bit sequence corresponding to a second ordered set of eight bytes, the first bit sequence immediately adjacent to the second bit sequence, wherein both bit sequences are considered as good ordered set if both bit sequences are good, wherein each of the bit sequences has its own built-in redundancy, or are considered as good ordered set if either of both bit sequences is good, wherein each of the bit sequences is independently CRC protected; comparing a portion of the first bit sequence and the second bit sequence against expected values for the first and the second bit sequences; determining a presence or absence of bit errors from the first bit sequence and the second bit sequence based on the comparison; and determining a type of ordered set based on the comparison.
Food production line with a forming apparatus with a rotating drum , which is utilized to form products from a food mass and a packaging machine , which packages the products in a packaging characterized in, that the food production line comprises an accumulation belt under the drum on which packagings are loaded in which the products are stacked or shingled and wherein the forming apparatus places the products directly into a packaging .
Surgical staple having two movable arms which are connected by a transverse connection region , said transverse connection region being deformable so as to bring together said movable arms by folding around the axis of said transverse connection region , characterized in that each of said arms has a forked end that is formed by a hooking end and a curved tab having a gripping region and in that said gripping region is formed by a first hook, said hooking end being formed by a second hook, the two hooks being curved toward the inside of the staple when it is in the closed position.
Method for securing the execution of a program by a processor, the program comprising a comparison instruction (S1) of two data items (D1, D2), followed by an operation of the program (SI2, SI2-1, SI2-2) selected according to a comparison result provided by the comparison instruction, the method comprising the steps of: before the execution of the comparison instruction, calculating (S2), in different ways, comparison data items (CP1-CP4) representative of the equality of the data to be compared; after the execution of the comparison instruction, verifying (S3; S5) whether the calculated comparison data items are consistent with one another and with whether the operation is selected or not; and activating an error signal (ER) if the comparison data items are inconsistent with one another or with the result of the comparison. before the execution of the comparison instruction, calculating (S2), in different ways, comparison data items (CP1-CP4) representative of the equality of the data to be compared; after the execution of the comparison instruction, verifying (S3; S5) whether the calculated comparison data items are consistent with one another and with whether the operation is selected or not; and activating an error signal (ER) if the comparison data items are inconsistent with one another or with the result of the comparison.
Method for producing a legume-based food product, comprising the steps of: - providing an amount of seeds belonging to at least one legume species; - steam-cooking said amount of seeds by hydrating them and cooking with water vapor at a temperature of 100°C; - drying the seeds that have been previously steam-cooked until a humidity between 9% and 20% is reached; - grinding the cooked, dried seeds, thus obtaining a flour; - mixing the flour with water only, thus obtaining a dough; - extruding the obtained dough and extracting the air to generate vacuum conditions; - drawing and cutting the extruded dough, thus obtaining a crude product; - processing the crude product by means of a shaker pre-dryer; - drying, by means of a dryer, the processed crude product, thus obtaining a legume-based food product, wherein the step of drying the processed crude product comprises at least one working cycle, operating over a period of time comprised between 100 and 1000 minutes, said cycle in turn comprising the steps of: - setting the drying to a temperature between 40 and 60°C; - setting the relative humidity within the dryer between 35% and 90%; - venting the inside of the dryer over a period of time between 1 and 20 minutes; - stopping venting within the dryer over a period of time between 2 and 15 minutes, wherein the extrusion step comprises the steps of generating vacuum conditions within the at least one extrusion vessel, applying a pressure between 70 and 150 bar to the at least one auger, and cooling the at least one auger on its outside by using water having a temperature between 5 and 25°C. - providing an amount of seeds belonging to at least one legume species; - steam-cooking said amount of seeds by hydrating them and cooking with water vapor at a temperature of 100°C; - drying the seeds that have been previously steam-cooked until a humidity between 9% and 20% is reached; - grinding the cooked, dried seeds, thus obtaining a flour; - mixing the flour with water only, thus obtaining a dough; - extruding the obtained dough and extracting the air to generate vacuum conditions; - drawing and cutting the extruded dough, thus obtaining a crude product; - processing the crude product by means of a shaker pre-dryer; - drying, by means of a dryer, the processed crude product, thus obtaining a legume-based food product, - setting the drying to a temperature between 40 and 60°C; - setting the relative humidity within the dryer between 35% and 90%; - venting the inside of the dryer over a period of time between 1 and 20 minutes; - stopping venting within the dryer over a period of time between 2 and 15 minutes,
Method for providing a gut microbiota reference control tool of healthy subjects for in vitro diagnosis of gut dysbiosis index or dysbiosis percentage, said method comprising or consisting of: a) clustering gut biological samples of healthy subjects in clusters wherein the gut biological samples belong to healthy subjects whose age ranges from 2 years to less than 4 years, from 4 years to less than 7 years, from 7 years to less than 9 years, from 9 years to less than 11 years, from 11 years to less than 13 years, from 13 years to less than 17 years, and/or from 17 years to 70 years; b) detecting by metagenomics the identity and frequency of all phyla, families and species of gut microbiota in the gut biological samples of each of said healthy subjects of each of said clusters; and c) calculating the median values of the operational taxonomic units distribution for each of said clusters. a) clustering gut biological samples of healthy subjects in clusters wherein the gut biological samples belong to healthy subjects whose age ranges from 2 years to less than 4 years, from 4 years to less than 7 years, from 7 years to less than 9 years, from 9 years to less than 11 years, from 11 years to less than 13 years, from 13 years to less than 17 years, and/or from 17 years to 70 years; b) detecting by metagenomics the identity and frequency of all phyla, families and species of gut microbiota in the gut biological samples of each of said healthy subjects of each of said clusters; and c) calculating the median values of the operational taxonomic units distribution for each of said clusters.
A sinus stent paste comprising a water-soluble chitosan polymer or derivative thereof in which one or more hydroxyl or amine groups of the polymer have been modified to alter the solubility or mucoadhesion characteristics of the derivative and an osmolality reducing agent dissolved in a phosphate-containing solution to provide an opaque paste at 20 to 25°C that contains 5 to 20 wt.% of the water-soluble chitosan polymer or derivative thereof, and has a pH of at least 4, a viscosity of 1 to 15 Pa.s. measured according to ASTM F2103-11, Part 5, an osmolality of 270 to 2000 mOsm/kg, and a residence time of at least 1 day, wherein the osmolality reducing agent does not crosslink with the water-soluble chitosan polymer or derivative thereof.
A material set for an acoustic matching layer , comprising: a base resin made of a resin composition including an epoxy resin and metal particles; and separately a curing agent for the epoxy resin, the metal particles having a monodispersity of 40% to 80%, wherein the monodispersity is calculated by equation : monodispersity (%) = (standard deviation of particle sizes of metal particles/average particle size of metal particles) × 100. a base resin made of a resin composition including an epoxy resin and metal particles; and separately a curing agent for the epoxy resin, the metal particles having a monodispersity of 40% to 80%, wherein the monodispersity is calculated by equation : monodispersity (%) = (standard deviation of particle sizes of metal particles/average particle size of metal particles) × 100.
A molding die device for bringing a resin sheet into close contact with a pair of dies by vacuum suction from a cavity surface to perform molding processing, wherein the molding die device comprises a pair of dies for vacuum suction from a cavity surface to perform molding processing, each of the dies has a cavity, pinch-off portions are formed to protrude at positions abutting each other from the periphery of each of the die cavity surfaces of the dies , an outer frame portion is formed integrally with an outer peripheral portion of the respective pinch-off portions of the dies arranged to face each other, a recessed portion is formed at a position of one of the dies , the position facing the outer frame portion of the other die , the device being characterized in the recessed portion being capable of housing the outer frame portion of the other one of the dies , and the outer frame portions are formed to protrude most in each die .
A duct stringer forming at least part of a duct with a closed cross-section which is adapted to transport fluid, the duct stringer comprising: a duct wall , wherein the duct wall has an internal duct surface and an external surface , and the duct wall comprises an aperture between the internal duct surface and the external surface , and wherein the duct stringer comprises a female bayonet fitting in the duct wall, wherein the female bayonet fitting is configured to engage with a male bayonet fitting on a fluid transporting conduit to connect the fluid transporting conduit with the duct, wherein the female bayonet fitting is defined between the internal duct surface and the external surface, and the female bayonet fitting comprises at least two slots extending through the duct wall. a duct wall , wherein the duct wall has an internal duct surface and an external surface , and the duct wall comprises an aperture between the internal duct surface and the external surface , and wherein the duct stringer comprises a female bayonet fitting in the duct wall, wherein the female bayonet fitting is configured to engage with a male bayonet fitting on a fluid transporting conduit to connect the fluid transporting conduit with the duct, wherein the female bayonet fitting is defined between the internal duct surface and the external surface, and the female bayonet fitting comprises at least two slots extending through the duct wall.
A mesh for modulating proteases in a negative pressure therapy system, comprising: a sacrificial substrate including a plurality of collagen fibers reinforced with a supporting material and intersecting with each other to form a network of collagen fibers having a plurality openings ; and wherein the average area of each of the plurality of openings is between 0.2 mm 2 and 20 mm 2 to permit the flow of negative pressure through the mesh. a sacrificial substrate including a plurality of collagen fibers reinforced with a supporting material and intersecting with each other to form a network of collagen fibers having a plurality openings ; and wherein the average area of each of the plurality of openings is between 0.2 mm 2 and 20 mm 2 to permit the flow of negative pressure through the mesh.
Household appliance with a mains filter device , wherein the mains filter device comprises an input , which can be electrically connected to a voltage supply , an output , which is electrically connected to electrical components of the household appliance , a filter facility , for filtering electromagnetic interferences, wherein the filter facility has at least one capacitor, a switching facility and a control facility for identifying an electrical connection between the input and the voltage supply and for activating the switching facility as a function of the electrical connection of the input with the voltage supply , wherein the switching facility is embodied to control an electrical connection between the input and the filter facility , wherein the control facility is embodied to detect an operating state of the household appliance and to activate the switching facility as a function of the detected operating state, for the purpose of which the control facility receives corresponding signals which describe the current operating state of the household appliance , characterised in that the control facility receives these signals from a corresponding computing facility of the household appliance , by means of which the operation of the household appliance is controlled, wherein the mains filter device has a power supply facility for supplying the control facility with electrical energy, for the purpose of which the power supply facility has a capacitor or other electrical energy storage units. wherein the control facility is embodied to detect an operating state of the household appliance and to activate the switching facility as a function of the detected operating state, for the purpose of which the control facility receives corresponding signals which describe the current operating state of the household appliance , characterised in that the control facility receives these signals from a corresponding computing facility of the household appliance , by means of which the operation of the household appliance is controlled, wherein the mains filter device has a power supply facility for supplying the control facility with electrical energy, for the purpose of which the power supply facility has a capacitor or other electrical energy storage units.
An apparatus comprising: a compression-de-compression logic , at least a portion of which is in hardware, the compression-de-compression logic configured to: receive a cache line to fill a cache included in on-die processor memory, the cache arranged to store cryptographic metadata, the cache line including a counter value generated by a counter, the counter value to serve as version information during a write to a memory location of an off-die memory; characterised in that the compression-de-compression logic is further configured to: compress the counter value based on whether the counter value includes a pattern that matches a given pattern included in a dictionary maintained in the cache and/or based on whether the counter value includes a spatial run of repeated characters or character patterns; and store the compressed counter value to the cache. receive a cache line to fill a cache included in on-die processor memory, the cache arranged to store cryptographic metadata, the cache line including a counter value generated by a counter, the counter value to serve as version information during a write to a memory location of an off-die memory; characterised in that the compression-de-compression logic is further configured to: compress the counter value based on whether the counter value includes a pattern that matches a given pattern included in a dictionary maintained in the cache and/or based on whether the counter value includes a spatial run of repeated characters or character patterns; and store the compressed counter value to the cache. compress the counter value based on whether the counter value includes a pattern that matches a given pattern included in a dictionary maintained in the cache and/or based on whether the counter value includes a spatial run of repeated characters or character patterns; and store the compressed counter value to the cache.
An initial signal detection method, comprising: performing, by a user equipment, UE, detection on one or more sub-channels on an unlicensed spectrum; and determining, based on a combination that is of a group-common demodulation reference signal, GC-DMRS, and a group-common physical downlink control channel, GC-PDCCH, and that is detected for the first time, that downlink transmission has started or that a channel occupancy time, COT, has started, characterized in that the combination that is of a GC-DMRS and a GC-PDCCH and that is detected by the UE for the first time is located at a symbol 0, 1, 3, or 7 in a slot, and the method further comprises: if the combination that is of a GC-DMRS and a GC-PDCCH and that is detected by the UE for the first time is located at the symbol 1, 3, or 7 in the slot, continuing, by the UE, to search a search space of the GC-PDCCH for a first UE-specific PDCCH of the UE; and if the combination that is of a GC-DMRS and a GC-PDCCH and that is detected by the UE for the first time is located at the symbol 0 in the slot, searching, by the UE, a search space of a UE-specific PDCCH outside a search space of the GC-PDCCH for the UE-specific PDCCH of the UE. performing, by a user equipment, UE, detection on one or more sub-channels on an unlicensed spectrum; and determining, based on a combination that is of a group-common demodulation reference signal, GC-DMRS, and a group-common physical downlink control channel, GC-PDCCH, and that is detected for the first time, that downlink transmission has started or that a channel occupancy time, COT, has started, characterized in that the combination that is of a GC-DMRS and a GC-PDCCH and that is detected by the UE for the first time is located at a symbol 0, 1, 3, or 7 in a slot, and the method further comprises: if the combination that is of a GC-DMRS and a GC-PDCCH and that is detected by the UE for the first time is located at the symbol 1, 3, or 7 in the slot, continuing, by the UE, to search a search space of the GC-PDCCH for a first UE-specific PDCCH of the UE; and if the combination that is of a GC-DMRS and a GC-PDCCH and that is detected by the UE for the first time is located at the symbol 0 in the slot, searching, by the UE, a search space of a UE-specific PDCCH outside a search space of the GC-PDCCH for the UE-specific PDCCH of the UE. if the combination that is of a GC-DMRS and a GC-PDCCH and that is detected by the UE for the first time is located at the symbol 1, 3, or 7 in the slot, continuing, by the UE, to search a search space of the GC-PDCCH for a first UE-specific PDCCH of the UE; and if the combination that is of a GC-DMRS and a GC-PDCCH and that is detected by the UE for the first time is located at the symbol 0 in the slot, searching, by the UE, a search space of a UE-specific PDCCH outside a search space of the GC-PDCCH for the UE-specific PDCCH of the UE.