mhurhangee/patent-ind-claim-en huggingface dataset:
A pressure sensor assembly for sensing a pressure of a media, the pressure sensor assembly comprising: a housing ; a pressure sense die secured relative to the housing ; an integrated seal and diaphragm member secured relative to the housing and spaced from the pressure sense die , wherein a seal portion of the integrated seal and diaphragm member extends around the perimeter of a diaphragm portion of the integrated seal and diaphragm member and is configured to engage a pressure port of an external component or device to form a seal therewith, while the diaphragm portion is set back from the pressure port, wherein the integrated seal and diaphragm member comprises one or more retention features that form an interference connection with one or more retention features of the housing , wherein the integrated seal and diaphragm member is a single piece; and a pressure transmitting mechanism interposed between the diaphragm portion of the integrated seal and diaphragm member and the pressure sense die for transmitting at least some of the pressure applied to the diaphragm portion by the media to the pressure sense die . a housing ; a pressure sense die secured relative to the housing ; an integrated seal and diaphragm member secured relative to the housing and spaced from the pressure sense die , wherein a seal portion of the integrated seal and diaphragm member extends around the perimeter of a diaphragm portion of the integrated seal and diaphragm member and is configured to engage a pressure port of an external component or device to form a seal therewith, while the diaphragm portion is set back from the pressure port, wherein the integrated seal and diaphragm member comprises one or more retention features that form an interference connection with one or more retention features of the housing , wherein the integrated seal and diaphragm member is a single piece; and a pressure transmitting mechanism interposed between the diaphragm portion of the integrated seal and diaphragm member and the pressure sense die for transmitting at least some of the pressure applied to the diaphragm portion by the media to the pressure sense die .
A system for directed acyclic graph (DAG) based transaction processing in a distributed ledger comprising: an enterprise-grade, distributed ledger framework; and a distributed ledger fabric, the distributed ledger fabric handling a plurality of transactions. a collision detector , wherein the collision detector detects a plurality of collisions between the plurality of transactions; a ranking generator , wherein the ranking generator adds an initial weight parameter of a plurality of initial weight parameters to each of the plurality of transactions, and wherein the ranking generator generates a DAG, wherein at least one vertex of the DAG comprises a ranking number; and a transaction picker , wherein transaction picker selects a set of the plurality of transactions to commit, the set being determined based upon the generated DAG. an enterprise-grade, distributed ledger framework; and a distributed ledger fabric, the distributed ledger fabric handling a plurality of transactions. a collision detector , wherein the collision detector detects a plurality of collisions between the plurality of transactions; a ranking generator , wherein the ranking generator adds an initial weight parameter of a plurality of initial weight parameters to each of the plurality of transactions, and wherein the ranking generator generates a DAG, wherein at least one vertex of the DAG comprises a ranking number; and a transaction picker , wherein transaction picker selects a set of the plurality of transactions to commit, the set being determined based upon the generated DAG.
A sensor pad comprising a first layer of padding material having an inner face and a second layer of padding material having an inner face, the inner faces of the two layers facing one another; the inner face of the first layer being provided with a first printed conductive ink track ; the inner face of the second layer being provided with a second printed conductive ink track ; wherein at least one of the printed tracks passes across the sensor pad in a number of runs at a plurality of spaced locations, the first track on the first layer intersecting at a plurality of locations with the second track on the second layer ; at least one of the layers being provided on its inner surface with a plurality of raised portions arranged over the face of the layer between adjacent runs of the conductive track and facing the inner face of the other layer to maintain the two tracks apart when the sensor pad is unstressed, but which are compressible to deform to allow localised contact between the first and second tracks when pressure is applied to the sensor pad, characterised in that the first printed conductive ink track has a single sinuous path and the second printed conductive ink track comprises a single central sensor provided within one or more concentric loops .
A method for determining a total amount of agricultural material harvested by a harvester , comprising: measuring, with a first sensor connected to a first conveyor for conveying agricultural material received from a trailing end of a rotor , a first weight of agricultural material while the agricultural material is conveyed by the first conveyor of the harvester during a first time period; the method being characterized by the step of measuring, with a second sensor connected to a second conveyor for conveying agricultural material received from a cleaning system , a second weight of the agricultural material while the agricultural material is conveyed by the second conveyor during a second time period; and calculating the total amount of agricultural material harvested by the harvester based at least partially on the first weight and the second weight . measuring, with a first sensor connected to a first conveyor for conveying agricultural material received from a trailing end of a rotor , a first weight of agricultural material while the agricultural material is conveyed by the first conveyor of the harvester during a first time period; the method being characterized by the step of measuring, with a second sensor connected to a second conveyor for conveying agricultural material received from a cleaning system , a second weight of the agricultural material while the agricultural material is conveyed by the second conveyor during a second time period; and calculating the total amount of agricultural material harvested by the harvester based at least partially on the first weight and the second weight .
A cleaning apparatus comprising: a first cleaner having a first nozzle for spraying a first detergent through the first nozzle ; a second cleaner having a second nozzle for discharging a second detergent to an outside of the second nozzle ; and a vibration unit for vibrating the second cleaner when the second cleaner discharges the second detergent, wherein the second cleaner includes: a second cleaner container for storing the second detergent therein; a power terminal for allowing current to flow to the vibration unit ; and the second nozzle for spraying the second detergent stored in the second cleaner container and for allowing current to flow to the power terminal , and characterized in that : the second nozzle is provided on an outer peripheral surface thereof with a conductive portion , which allows current to flow through the power terminal , wherein the second nozzle is movable in the second cleaner container between a first position, at which current does not flow to the power terminal , and a second position, at which current flows to the power terminal . a first cleaner having a first nozzle for spraying a first detergent through the first nozzle ; a second cleaner having a second nozzle for discharging a second detergent to an outside of the second nozzle ; and a vibration unit for vibrating the second cleaner when the second cleaner discharges the second detergent, wherein the second cleaner includes: a second cleaner container for storing the second detergent therein; a power terminal for allowing current to flow to the vibration unit ; and the second nozzle for spraying the second detergent stored in the second cleaner container and for allowing current to flow to the power terminal , and characterized in that : the second nozzle is provided on an outer peripheral surface thereof with a conductive portion , which allows current to flow through the power terminal , a second cleaner container for storing the second detergent therein; a power terminal for allowing current to flow to the vibration unit ; and the second nozzle for spraying the second detergent stored in the second cleaner container and for allowing current to flow to the power terminal , wherein the second nozzle is movable in the second cleaner container between a first position, at which current does not flow to the power terminal , and a second position, at which current flows to the power terminal .
An environmental control system for an aircraft, the system comprising: a ram air circuit including a ram air shell having a plurality of heat exchangers positioned therein, the plurality of heat exchangers including a first heat exchanger , a second heat exchanger , and a third heat exchanger , wherein the ram air circuit is configured and arranged so that a first medium received at the first heat exchanger passes through the first heat exchanger and then directly through the third heat exchanger and so that a second medium received at the second heat exchanger passes through the second heat exchanger, wherein the second heat exchanger is arranged downstream from both the first heat exchanger and the third heat exchanger ; and a compressor arranged to compress and output the second medium. a ram air circuit including a ram air shell having a plurality of heat exchangers positioned therein, the plurality of heat exchangers including a first heat exchanger , a second heat exchanger , and a third heat exchanger , wherein the ram air circuit is configured and arranged so that a first medium received at the first heat exchanger passes through the first heat exchanger and then directly through the third heat exchanger and so that a second medium received at the second heat exchanger passes through the second heat exchanger, wherein the second heat exchanger is arranged downstream from both the first heat exchanger and the third heat exchanger ; and a compressor arranged to compress and output the second medium.
An airflow control system for a vehicle comprising: an airflow housing defining an airflow passageway extending between a bypass opening and an intake outlet , wherein the airflow housing further defines a duct opening positioned between the bypass opening and the intake outlet , wherein the intake outlet is configured to be in fluid communication with an engine intake of the vehicle such that air passes from the bypass opening and/or the duct opening to the engine intake ; a movable duct movably connected to the airflow housing to selectively allow or prevent air passage through the duct opening and into the engine intake ; and a bypass door movably connected to the airflow housing to selectively allow or prevent air passage through the bypass opening and into the engine intake , characterized by the fact that the airflow housing comprises one or more supports , the movable duct being movably coupled to the one or more supports to move linearly along the one or more supports. an airflow housing defining an airflow passageway extending between a bypass opening and an intake outlet , wherein the airflow housing further defines a duct opening positioned between the bypass opening and the intake outlet , wherein the intake outlet is configured to be in fluid communication with an engine intake of the vehicle such that air passes from the bypass opening and/or the duct opening to the engine intake ; a movable duct movably connected to the airflow housing to selectively allow or prevent air passage through the duct opening and into the engine intake ; and a bypass door movably connected to the airflow housing to selectively allow or prevent air passage through the bypass opening and into the engine intake ,
Series of planetary transmissions , comprising a plurality of sub-series of planetary transmissions , wherein each sub-series has at least one planet-gear carrier of a planetary stage in which at least one planet gear is mounted on at least two rolling bearings , characterized in that the at least two rolling bearings , in a first sub-series , have a first bearing width throughout and, in a second sub-series , have a second bearing width throughout, wherein, between two rolling bearings , there is arranged a spacer element for setting an overall bearing width at the at least two rolling bearings , wherein the spacer element has an axial length which corresponds to 0.1 to 0.2 times the first bearing width .
A trickle body for the air conditioning of buildings, preferably animal housings, having a plurality of mutually connected layer elements , which are corrugated to form alternately adjacent wave troughs and wave peaks , and having flow channels between respectively adjacent corrugated layer elements , wherein the layer elements are, for the one part, of closed-wall configuration and, for the other part, of permeable configuration, to form partially closed and partially permeable flow channels , and/or wave troughs and wave peaks , between adjacent layer elements , characterized in that the wave troughs and wave peaks of the layer elements are provided with a course of their direction of longitudinal extent , which course has several changes of direction, in that all wave troughs and/or wave peaks of the waves of the respective layer element have trapezoidal cross sections having respectively two oppositely obliquely inclined side members , which are connected by a common web , wherein only the side members of the wave troughs and/or wave peaks are in part of permeable configuration and the permeably configured parts of the flow channels and/or wave troughs and wave peaks of the adjacent layer elements are of meshed and/or latticed configuration or are formed by a mesh and/or lattice structure
Stabilized catalyst mould comprising a catalyst body formed of a catalyst material, said catalyst material comprising a catalytically active material or a precursor material of the catalytically active material, with a composition according to the general formula VP x O y M z , wherein M is a promoter, x is a number between 0.1 and 3, y is a number according to the valence of V, P and M and z is a number between 0 and 1.5, characterized in that at least parts of the surface of the catalyst mould are provided with a protective coating comprising an organic binder, characterized in that the amount of the organic binder comprised in the catalyst mould is at least 0.1 weight-% and at most 1.0 weight-%, and the thickness of the protective coating is at most 300 μm.
A supercooling refrigerator , comprising: a refrigerator body ; a door for opening and closing one side of the refrigerator body ; an accommodating portion provided inside the refrigerator body and provided with an object (M) to be stored; a cooling duct including a fan for taking in air in the refrigerator body and discharging the air, and an evaporator for cooling the air discharged from the fan; wherein the fan is a cross flow fan including a plurality of discs and a plurality of blades disposed between the discs along outer circumferential surfaces of the discs , and a cool air supply duct formed with a cool air discharge port through which the air cooled through the cooling duct is discharged into the refrigerator body , wherein the accommodating portion includes a plurality of shelves formed by wires crossed with each other and shelf supports for supporting the shelves , wherein a cold insulator is inserted into the wires. a refrigerator body ; a door for opening and closing one side of the refrigerator body ; an accommodating portion provided inside the refrigerator body and provided with an object (M) to be stored; a cooling duct including a fan for taking in air in the refrigerator body and discharging the air, and an evaporator for cooling the air discharged from the fan; wherein the fan is a cross flow fan including a plurality of discs and a plurality of blades disposed between the discs along outer circumferential surfaces of the discs , and a cool air supply duct formed with a cool air discharge port through which the air cooled through the cooling duct is discharged into the refrigerator body , wherein the accommodating portion includes a plurality of shelves formed by wires crossed with each other and shelf supports for supporting the shelves , wherein a cold insulator is inserted into the wires.
Modular intensive care apparatus comprising a basic device having several module slots and a number of modules releasably fastenable at the module slots and a control device for the fastened modules , wherein the module slots have locking means, which can be operated by hand, for the modules , wherein the locking means comprise a hand-operated actuating means which can be swivelled about a swivel axis from a first end position (E1) via an interim position (Z) into a second end position (E2), which actuating means locks the module in the first end position (E1) and releases the module in the second end position (E2) and detecting means are provided to detect at least the first end position (E1) of the actuating means, characterised in that in addition detecting means are provided for detecting the interim position (Z) of the actuating means and the actuating means is designed such that it can be swivelled by means of an operator intervention out of the first end position (E1) initially only into the interim position (Z) and from there not in a single movement but rather by means of a second operator intervention further into the second end position (E2) and the detecting means communicate with the control device in such a manner that when the actuating means is swivelled out of the first end position (E1) in the direction of the interim position (Z) an alarm can be outputted by the control device and when the actuating means is further swivelled in the direction of the second end position (E2) the module can be switched off by the control device, wherein the actuating means is formed by a disc mounted rotatably about the swivel axis , which disc has two engaging recesses , extending radially to the inside separated from one another by a web , for a finger and the actuating means is disposed adjacent to a module slot in such a manner that a first engaging recess is accessible from the outside in the first end position (E1) and a swivelling by means of finger engagement into the first engaging recess is facilitated up until the interim position (Z) while the second engaging recess is covered and in the interim position (Z) the second engaging recess is accessible from the outside and by means of finger engagement into the second engaging recess a swivelling of the disc is facilitated up until the second end position (E2).
A transparent, elastic, and biocompatible 1-component silicone imprintable by means of a stereolithographic process, namely a Digital Light Processing method, for additive manufacturing, at least comprising: a) 25-75 % by weight of a monomeric or oligomeric dimethacrylate based on siloxane urethanes having a viscosity of < 100 Pa·s, b) 20-50 % by weight of one or more monomeric/oligomeric cyclic methacrylates having a viscosity of < 0.5 Pa·s, c) 1-25 % by weight of silicone oil having a viscosity of < 1 Pa·s, d) 0.5-20 % by weight of fillers having a particle size of < 100 μm, e) 0.1-5 % by weight of one or a combination of multiple photoinitiators, the absorption of which lies in the wavelength range of the employed laser beam or of the irradiation source, respectively. a) 25-75 % by weight of a monomeric or oligomeric dimethacrylate based on siloxane urethanes having a viscosity of < 100 Pa·s, b) 20-50 % by weight of one or more monomeric/oligomeric cyclic methacrylates having a viscosity of < 0.5 Pa·s, c) 1-25 % by weight of silicone oil having a viscosity of < 1 Pa·s, d) 0.5-20 % by weight of fillers having a particle size of < 100 μm, e) 0.1-5 % by weight of one or a combination of multiple photoinitiators, the absorption of which lies in the wavelength range of the employed laser beam or of the irradiation source, respectively.
A method for identifying plastics and at least one of their additives, where at least one sample of a pure plastic and of its one or more additives in the form of a flame retardant and/or a lipophilic substance is irradiated with light of at least one wavelength, at least part of the light re-emitted by the sample is detected and analyzed, and where the pure plastic and at least one of its additives in the form of a flame retardant or a lipophilic substance are identified based on the result of the analysis, wherein at least one fluorescence decay time constant of the intrinsic fluorescence of the plastic is determined based on the detected light, and that the plastic and at least one of its additives in the form of a flame-retardant or a lipophilic substance are identified based on the at least one determined fluorescence decay time constant, wherein one or more multiply exponential fluorescence decay time constants can be determined and analyzed multi-exponentially, and wherein the one or more additives reduce the fluorescence decay time constant of the intrinsic fluorescence of the plastic in the sample, compared to the one of the pure plastic. at least one sample of a pure plastic and of its one or more additives in the form of a flame retardant and/or a lipophilic substance is irradiated with light of at least one wavelength, at least part of the light re-emitted by the sample is detected and analyzed, and where the pure plastic and at least one of its additives in the form of a flame retardant or a lipophilic substance are identified based on the result of the analysis, wherein at least one fluorescence decay time constant of the intrinsic fluorescence of the plastic is determined based on the detected light, and that the plastic and at least one of its additives in the form of a flame-retardant or a lipophilic substance are identified based on the at least one determined fluorescence decay time constant, wherein one or more multiply exponential fluorescence decay time constants can be determined and analyzed multi-exponentially, and wherein the one or more additives reduce the fluorescence decay time constant of the intrinsic fluorescence of the plastic in the sample, compared to the one of the pure plastic.
A low-temperature supercritical foaming process, characterized in that it comprises the following steps: Step 1: Saturate polyolefin-based materials or thermoplastic elastomer-based materials by at least one inert gas in an autoclave at a pressure higher than atmospheric pressure to drive the gas into the material; The saturation temperature of the polyolefin-based material or the thermoplastic elastomer-based material is 5-40°C lower than the melting temperature of the material; Step 2: Release the pressure to foam the material, and take out the foamed material; Step 3: Take out the primary foamed material and put it into a tunnel furnace for secondary foaming, where the temperature of the tunnel furnace is higher than the melting temperature of the material. Step 1: Saturate polyolefin-based materials or thermoplastic elastomer-based materials by at least one inert gas in an autoclave at a pressure higher than atmospheric pressure to drive the gas into the material; The saturation temperature of the polyolefin-based material or the thermoplastic elastomer-based material is 5-40°C lower than the melting temperature of the material; Step 2: Release the pressure to foam the material, and take out the foamed material; Step 3: Take out the primary foamed material and put it into a tunnel furnace for secondary foaming, where the temperature of the tunnel furnace is higher than the melting temperature of the material.