mhurhangee/patent-ind-claim-en huggingface dataset:
An integrated sealing assembly for sealing a bundle of wires comprises: a first sheet formed of a sealant material; a second sheet disposed above the first sheet , the second sheet including a thermally conductive material; and a third sheet that can be disposed above the second sheet , characterized in that the third sheet is formed of the sealant material and defines a plurality of teeth on a top surface that define valleys there between for controlled placement of one or more wires of the bundles of wires , wherein the thermally conductive material extends from the second sheet into at least some portions of the plurality of teeth , wherein when the bundle of wires is overlaid in a first direction on the assembly, the assembly is wrapped in a second direction that is generally perpendicular to the first direction to thereby surround the wires , the second sheet facilitates the thermal energy distribution of applied heat throughout the assembly to thereby lower a viscosity of the sealant material to a point at which the sealant material fills voids between the bundle of wires. a first sheet formed of a sealant material; a second sheet disposed above the first sheet , the second sheet including a thermally conductive material; and a third sheet that can be disposed above the second sheet , characterized in that the third sheet is formed of the sealant material and defines a plurality of teeth on a top surface that define valleys there between for controlled placement of one or more wires of the bundles of wires , wherein the thermally conductive material extends from the second sheet into at least some portions of the plurality of teeth , wherein when the bundle of wires is overlaid in a first direction on the assembly, the assembly is wrapped in a second direction that is generally perpendicular to the first direction to thereby surround the wires , the second sheet facilitates the thermal energy distribution of applied heat throughout the assembly to thereby lower a viscosity of the sealant material to a point at which the sealant material fills voids between the bundle of wires.
An age hardened, thin cast, hot rolled steel strip comprising, by weight, less than 0.25% carbon, between 0.20 and 2.0% manganese, between 0.05 and 0.50% silicon, less than 0.01% aluminium, between 0.01% and 0.20% niobium, between 0.01% and 0.20% vanadium, a ratio of vanadium to nitrogen content between 4:1 and 7:1 by weight, between 70 and 150 ppm total oxygen, optionally between 0.05% and 0.50% molybdenum, the balance iron and unavoidable impurities, and having a majority of the microstructure comprised of bainite and acicular ferrite, and including MnO.SiO 2 inclusions with a particle size from substantially 10 μm to less than 0.1 μm, whereby the steel strip has a yield strength of at least 420 MPa and a total elongation of at least 10%, and whereby the steel strip variation in yield strength and tensile strength is within 10% measured at three temperatures within a 50°C age hardening temperature range, and has no decrease in elongation with an increase in yield strength after age hardening and a tensile strength to yield strength ratio of at least 1.08 when age hardened at a temperature of between 625°C and 800°C.
A method for communication latency compensation in an area denial system deployed in a region, the area denial system including a plurality of munitions defining an obstacle field , one or more sensor devices , and a command and control unit , networked together, via one or more gateway devices , in an area denial network having a command and control latency for communication between the command and control unit and the remainder of the area denial system, the method comprising: detecting, using the one or more sensor devices , a target for the area denial system , the detecting including determining a first target position relative to the obstacle field ; determining a first predicted position area for the target, the first predicted position area indicating a range of possible locations for the target using the command and control latency and using the first target position; and determining one or more recommended munitions of the plurality of munitions, the one or more recommended munitions determined using the first predicted position area for the target; receiving, from at least one of one or more human operators, via the command and control unit, authorization to fire one or more munitions of the plurality of munitions wherein the one or more authorized munitions are at least partially selected from the one or more recommended munitions; determining a second target position relative to the obstacle field , the second target position detected using the one or more sensor devices ; and determining that the second target position is outside of a threshold distance from a first authorized munition of the one or more authorized munitions, and in response, de-authorizing the first authorized munition. detecting, using the one or more sensor devices , a target for the area denial system , the detecting including determining a first target position relative to the obstacle field ; determining a first predicted position area for the target, the first predicted position area indicating a range of possible locations for the target using the command and control latency and using the first target position; and determining one or more recommended munitions of the plurality of munitions, the one or more recommended munitions determined using the first predicted position area for the target; receiving, from at least one of one or more human operators, via the command and control unit, authorization to fire one or more munitions of the plurality of munitions wherein the one or more authorized munitions are at least partially selected from the one or more recommended munitions; determining a second target position relative to the obstacle field , the second target position detected using the one or more sensor devices ; and determining that the second target position is outside of a threshold distance from a first authorized munition of the one or more authorized munitions, and in response, de-authorizing the first authorized munition.
A system , for full virtual machine, VM, functionality, comprising: an identify engine to identify a hardware component, having a respective full functionality, included in a physical machine (344-1,..., 344-G) hosting VMs, wherein the physical machine is a pass through machine; a send engine to send, a complete initialization package including a plurality of drivers stored in memory of the physical machine hosting the VMs, to a location in random-access memory (RAM) of the physical machine accessible by a hypervisor; an assign engine to assign a driver of the plurality of drivers to the hardware component based on a resource identifier that includes a mapping of the driver to the hardware component; and a generate engine to generate a VM capable of providing the respective full functionality of the hardware component, wherein the resource identifier is included in a plurality of resource identifiers stored as a table in read-only memory associated with a bootloader of the pass through machine, and wherein the plurality of resource identifiers include resource identifiers having mappings to a plurality of different types of pass through machines capable of hosting VMs. an identify engine to identify a hardware component, having a respective full functionality, included in a physical machine (344-1,..., 344-G) hosting VMs, wherein the physical machine is a pass through machine; a send engine to send, a complete initialization package including a plurality of drivers stored in memory of the physical machine hosting the VMs, to a location in random-access memory (RAM) of the physical machine accessible by a hypervisor; an assign engine to assign a driver of the plurality of drivers to the hardware component based on a resource identifier that includes a mapping of the driver to the hardware component; and a generate engine to generate a VM capable of providing the respective full functionality of the hardware component, wherein the resource identifier is included in a plurality of resource identifiers stored as a table in read-only memory associated with a bootloader of the pass through machine, and wherein the plurality of resource identifiers include resource identifiers having mappings to a plurality of different types of pass through machines capable of hosting VMs.
An integrated gaseous fuel CPOX reformer and fuel cell system, the integrated system comprising: (a) an array of spaced-apart CPOX reactor units, each CPOX reactor unit comprising an elongate tube having a gas-permeable wall with an internal surface and an external surface, the gas-permeable wall enclosing an open gaseous flow passageway and defining an inlet and an outlet of the CPOX reactor unit, the open gaseous flow passageway being a conduit or channel for the passage of gas therethrough where a solid, including a porous solid or material, is not present across the entire cross-sectional plane of the conduit or channel extending from the inlet to an outlet of the CPOX reactor unit, wherein a CPOX reactor unit is in thermal communication with at least the adjacent CPOX reactor unit(s) in the array, and at least a portion of the gas-permeable wall having a CPOX catalyst disposed therein, comprising its structure or a combination thereof, comprising a hydrogen barrier associated with the external surface of at least the CPOX catalyst-containing wall portion of a CPOX reactor unit, (b) an igniter in thermal communication with the CPOX catalyst containing wall section of at least one CPOX reactor unit; (c) a fuel cell comprising an anode, a cathode, and an electrolyte disposed there between, wherein the anode is in fluid communication with the outlet of the CPOX reactor unit and the cathode is in fluid communication with an oxygen-containing gas; and (d) a current collector electrically coupled to the anode and the cathode of the fuel cell unit. (a) an array of spaced-apart CPOX reactor units, each CPOX reactor unit comprising an elongate tube having a gas-permeable wall with an internal surface and an external surface, the gas-permeable wall enclosing an open gaseous flow passageway and defining an inlet and an outlet of the CPOX reactor unit, the open gaseous flow passageway being a conduit or channel for the passage of gas therethrough where a solid, including a porous solid or material, is not present across the entire cross-sectional plane of the conduit or channel extending from the inlet to an outlet of the CPOX reactor unit, wherein a CPOX reactor unit is in thermal communication with at least the adjacent CPOX reactor unit(s) in the array, and at least a portion of the gas-permeable wall having a CPOX catalyst disposed therein, comprising its structure or a combination thereof, comprising a hydrogen barrier associated with the external surface of at least the CPOX catalyst-containing wall portion of a CPOX reactor unit, (b) an igniter in thermal communication with the CPOX catalyst containing wall section of at least one CPOX reactor unit; (c) a fuel cell comprising an anode, a cathode, and an electrolyte disposed there between, wherein the anode is in fluid communication with the outlet of the CPOX reactor unit and the cathode is in fluid communication with an oxygen-containing gas; and (d) a current collector electrically coupled to the anode and the cathode of the fuel cell unit.
A method of converting 10-bit pixel data into 8-bit pixel data, the method comprising: determining whether an MSB of any of red, green or blue channel values is equal to one ; in response to determining that no MSB is equal to one, setting a flag to a first value and truncating each of the red, green and blue channel values by removing the MSB and LSB from each value ; in response to determining that at least one MSB is equal to one, setting the flag to a second value and converting each of the red, green and blue channel values from 10-bits to 8-bits , wherein the converting comprises: removing two LSBs from each 10-bit channel value; or truncating each 10-bit channel value, determining an adjustment value, and adding the adjustment value to the truncated data value; and appending the flag to an alpha channel value of the 8-bit pixel data. determining whether an MSB of any of red, green or blue channel values is equal to one ; in response to determining that no MSB is equal to one, setting a flag to a first value and truncating each of the red, green and blue channel values by removing the MSB and LSB from each value ; in response to determining that at least one MSB is equal to one, setting the flag to a second value and converting each of the red, green and blue channel values from 10-bits to 8-bits , wherein the converting comprises: removing two LSBs from each 10-bit channel value; or truncating each 10-bit channel value, determining an adjustment value, and adding the adjustment value to the truncated data value; and removing two LSBs from each 10-bit channel value; or truncating each 10-bit channel value, determining an adjustment value, and adding the adjustment value to the truncated data value; and appending the flag to an alpha channel value of the 8-bit pixel data.
A ceiling fan assembly comprising: a motor assembly having a rotating blade hub with a first receiver ; at least one blade having a second receiver ; and a blade holder having a first end with a first, circular cross-section and a second end with a second, elliptical cross-section , with a transition section provided between the first end and the second end transitioning from the circular cross-section to the elliptical cross-section , and with the first end received within the first receiver and the second end received within the second receiver to couple the blade to the blade hub . a motor assembly having a rotating blade hub with a first receiver ; at least one blade having a second receiver ; and a blade holder having a first end with a first, circular cross-section and a second end with a second, elliptical cross-section , with a transition section provided between the first end and the second end transitioning from the circular cross-section to the elliptical cross-section , and with the first end received within the first receiver and the second end received within the second receiver to couple the blade to the blade hub .
An electrosurgical lysing device, comprising: a lysing tip comprising: a non-conductive body ; at least one bead , wherein the at least one bead comprises an at least substantially electrically non-conductive surface; and a nonconductive strut coupled with the at least one bead ; wherein at least one distally-facing recess is defined between the at least one bead , the non-conductive strut and a distal portion of the non-conductive body , and at least one proximally-facing recess is defined between the at least one bead , the non-conductive strut and a proximal portion of the non-conductive body ; a single shaft , wherein the lysing tip is positioned at a distal end of the shaft ; and at least one electrically conductive lysing member positioned adjacent to the at least one bead and configured to deliver electrosurgical energy from the lysing tip ; wherein the at least one lysing member defines at least one distally-facing lysing segment extending within the at least one distally-facing recess , and defines at least one proximally-facing lysing segment extending within the at least one proximally-facing recess ; wherein the at least one proximally-facing lysing segment extends within only the proximally-facing recess or recesses on a single side of the shaft . a lysing tip comprising: a non-conductive body ; at least one bead , wherein the at least one bead comprises an at least substantially electrically non-conductive surface; and a nonconductive strut coupled with the at least one bead ; wherein at least one distally-facing recess is defined between the at least one bead , the non-conductive strut and a distal portion of the non-conductive body , and at least one proximally-facing recess is defined between the at least one bead , the non-conductive strut and a proximal portion of the non-conductive body ; a single shaft , wherein the lysing tip is positioned at a distal end of the shaft ; and at least one electrically conductive lysing member positioned adjacent to the at least one bead and configured to deliver electrosurgical energy from the lysing tip ; wherein the at least one lysing member defines at least one distally-facing lysing segment extending within the at least one distally-facing recess , and defines at least one proximally-facing lysing segment extending within the at least one proximally-facing recess ; wherein the at least one proximally-facing lysing segment extends within only the proximally-facing recess or recesses on a single side of the shaft .
A detergent composition comprising: (i) from 1 to 60 wt.%, preferably from 2 to 50 wt.%, more preferably from 3 to 45 wt.%, even more preferably from 5 to 40 wt.%, most preferably from 6 to 40 wt.% of a surfactant; and, (ii) from 0.0005 to 5 wt.%, preferably from 0.005 to 2.5 wt.%, more preferably from 0.01 to 1 wt.% of an isomerase enzyme, wherein the isomerase enzyme is a squalene hopene cyclase enzyme. (i) from 1 to 60 wt.%, preferably from 2 to 50 wt.%, more preferably from 3 to 45 wt.%, even more preferably from 5 to 40 wt.%, most preferably from 6 to 40 wt.% of a surfactant; and, (ii) from 0.0005 to 5 wt.%, preferably from 0.005 to 2.5 wt.%, more preferably from 0.01 to 1 wt.% of an isomerase enzyme, wherein the isomerase enzyme is a squalene hopene cyclase enzyme.
An integrated bearing seat capable of accurately detecting operating conditions of bearings, comprising a shaft sleeve , wherein a plurality of bearings are arranged in the shaft sleeve ; a rear end cover and a front end cover are respectively arranged at two ends of the shaft sleeve , wherein a bearing operating condition detector , which directly corresponds to an outer ring and/or an inner ring of each bearing so as to detect the temperature of the outer ring and/or the inner ring of each bearing , is arranged in the shaft sleeve ; characterized in that the bearing operating condition detector comprises a first bearing operating condition detection mechanism which is located between the rear end cover and the shaft sleeve and directly corresponds to the outer ring and/or the inner ring of each bearing so as to detect the temperature of the outer ring and/or the inner ring of the bearing ; the first bearing operating condition detection mechanism comprises a first temperature sensor corresponding to the outer ring of the bearing close to the rear end cover and a second temperature sensor corresponding to the inner ring of the bearing close to the rear end cover , so that the first temperature sensor is capable of detecting the temperature of the outer ring of the bearing , and the second temperature sensor is capable of detecting the temperature of the inner ring of the bearing . the bearing operating condition detector comprises a first bearing operating condition detection mechanism which is located between the rear end cover and the shaft sleeve and directly corresponds to the outer ring and/or the inner ring of each bearing so as to detect the temperature of the outer ring and/or the inner ring of the bearing ; the first bearing operating condition detection mechanism comprises a first temperature sensor corresponding to the outer ring of the bearing close to the rear end cover and a second temperature sensor corresponding to the inner ring of the bearing close to the rear end cover , so that the first temperature sensor is capable of detecting the temperature of the outer ring of the bearing , and the second temperature sensor is capable of detecting the temperature of the inner ring of the bearing .
A machine for cooking a dose of raw pasta in a container, the machine comprising: - a hot water supply pipe to selectively inject hot water into the container above the dose of pasta; - a steam supply pipe to selectively inject steam into the container independently of the hot water injection; and - a dispenser comprising at least one first nozzle connected to the hot water supply pipe to deliver hot water into the container and at least one second nozzle connected to the steam supply pipe to deliver steam into the container ; characterized in that the hot water supply pipe comprises a first solenoid valve configured to selectively supply hot water to the first nozzle . - a hot water supply pipe to selectively inject hot water into the container above the dose of pasta; - a steam supply pipe to selectively inject steam into the container independently of the hot water injection; and - a dispenser comprising at least one first nozzle connected to the hot water supply pipe to deliver hot water into the container and at least one second nozzle connected to the steam supply pipe to deliver steam into the container ; characterized in that
A splice equipment assembly comprising: a housing having a height extending between a top and a bottom , a width extending between a first side and a second side , and a depth extending between a rear and an open front providing access to an interior of the housing ; a trunk cable port disposed at the top of the housing to provide access to the interior of the housing ; at least one equipment cable port disposed at the second side of the housing to provide access to the interior of the housing ; a splice tray assembly disposed within the housing , the splice tray assembly including a frame holding at least one splice tray ; a first guide member arrangement disposed at an inner surface at the first side of the housing to define a first cable routing path (P1) between the trunk cable port and the splice tray assembly ; and a second guide member arrangement disposed at an inner surface at the second side of the housing to define a second cable routing path (P2) between the at least one equipment cable port and the splice tray assembly , the second cable routing path (P2) not overlapping the first cable routing path (P1). a housing having a height extending between a top and a bottom , a width extending between a first side and a second side , and a depth extending between a rear and an open front providing access to an interior of the housing ; a trunk cable port disposed at the top of the housing to provide access to the interior of the housing ; at least one equipment cable port disposed at the second side of the housing to provide access to the interior of the housing ; a splice tray assembly disposed within the housing , the splice tray assembly including a frame holding at least one splice tray ; a first guide member arrangement disposed at an inner surface at the first side of the housing to define a first cable routing path (P1) between the trunk cable port and the splice tray assembly ; and a second guide member arrangement disposed at an inner surface at the second side of the housing to define a second cable routing path (P2) between the at least one equipment cable port and the splice tray assembly , the second cable routing path (P2) not overlapping the first cable routing path (P1).