mhurhangee/patent-ind-claim-en huggingface dataset:
Silencer for mounting on a weapon barrel , having a silencer housing for completely enclosing the weapon barrel at least in sections, and a jacket tube integrated into the silencer housing for enclosing the weapon barrel, as well as a muzzle brake , with which the jacket tube is held centered in the silencer housing , and at least one device for deflecting and/or cooling a gas produced during a shot, characterized in that - a clamping device designed as a collet chuck is provided for positive and/or non-positive and non-destructive clamping attachment of the silencer to the barrel , and - the clamping device has at least one seal on an inner circumference surrounding the weapon barrel for gas-tight sealing with respect to the outer circumference of the weapon barrel . - a clamping device designed as a collet chuck is provided for positive and/or non-positive and non-destructive clamping attachment of the silencer to the barrel , and - the clamping device has at least one seal on an inner circumference surrounding the weapon barrel for gas-tight sealing with respect to the outer circumference of the weapon barrel .
A control module for controlling at least one function of a materials handling vehicle comprising: a base portion ; and a plurality of control elements (90A-90D) extending from the base portion and located adjacent to one another, characterized in that a first one of the control elements including a shoulder portion extending from a side of a central portion and further including mounting structure that permits the control element to be mounted to the base portion in a first position wherein the shoulder portion faces a first direction, and a second one of the control elements including a shoulder portion extending from a side of a central portion and further including mounting structure that permits the control element to be mounted to the base portion in a second position wherein the shoulder portion faces a second direction different than the first direction, the first position defining a first distance (D1) between the first one of the control elements and an immediately adjacent control element and the second position defining a second distance (D2) between the second one of the control elements and the immediately adjacent control element , the second distance being greater than the first distance. a base portion ; and a plurality of control elements (90A-90D) extending from the base portion and located adjacent to one another, characterized in that a first one of the control elements including a shoulder portion extending from a side of a central portion and further including mounting structure that permits the control element to be mounted to the base portion in a first position wherein the shoulder portion faces a first direction, and a second one of the control elements including a shoulder portion extending from a side of a central portion and further including mounting structure that permits the control element to be mounted to the base portion in a second position wherein the shoulder portion faces a second direction different than the first direction, the first position defining a first distance (D1) between the first one of the control elements and an immediately adjacent control element and the second position defining a second distance (D2) between the second one of the control elements and the immediately adjacent control element , the second distance being greater than the first distance.
A method for calibrating agricultural measurements comprising: obtaining aerial data representing relative measurements of an agricultural metric in a geographic area, the relative measurements having an unknown bias; obtaining ground-based data representing absolute measurements of the agricultural metric within the geographic area; and, using the absolute measurements to calibrate the relative measurements, thereby synthesizing absolute measurements of the agricultural metric in parts of the geographic area; characterised by said synthesizing absolute measurements including using a plant growth model (620; 640) to propagate ground-based data (605, 610; 625, 635) forward or backward in time as needed to compare it with non-contemporaneous aerial data (614; 628). obtaining aerial data representing relative measurements of an agricultural metric in a geographic area, the relative measurements having an unknown bias; obtaining ground-based data representing absolute measurements of the agricultural metric within the geographic area; and, using the absolute measurements to calibrate the relative measurements, thereby synthesizing absolute measurements of the agricultural metric in parts of the geographic area; characterised by said synthesizing absolute measurements including using a plant growth model (620; 640) to propagate ground-based data (605, 610; 625, 635) forward or backward in time as needed to compare it with non-contemporaneous aerial data (614; 628).
A bone particle composition, comprising: a biologically-resorbable cement; and a plurality of processed bone particles, including a first portion of processed bone particles having a shape configured to interconnect with one another, each of the bone particles of the first portion being cut from an intact bone or portion thereof, and each of the bone particles of the first portion having greater dimensions at end portions of each of the bone particles relative to one or more center portions of each of the bone particles, and a second portion of processed bone particles comprising ground bone particles having an irregular shape. a biologically-resorbable cement; and a plurality of processed bone particles, including a first portion of processed bone particles having a shape configured to interconnect with one another, each of the bone particles of the first portion being cut from an intact bone or portion thereof, and each of the bone particles of the first portion having greater dimensions at end portions of each of the bone particles relative to one or more center portions of each of the bone particles, and a second portion of processed bone particles comprising ground bone particles having an irregular shape. a first portion of processed bone particles having a shape configured to interconnect with one another, each of the bone particles of the first portion being cut from an intact bone or portion thereof, and each of the bone particles of the first portion having greater dimensions at end portions of each of the bone particles relative to one or more center portions of each of the bone particles, and a second portion of processed bone particles comprising ground bone particles having an irregular shape.
Throttle body or actuator for an engine, comprising: - a main body which defines at least one supply duct having a through lumen for a gas mixture, - a choke valve placed inside said supply duct so as to modify said through lumen , - the choke valve being provided with an occluding body connected to a control shaft , at least partially housed in a seat in the main body , wherein - the control shaft , inside the seat and on the side of the occluding body , is provided with a first gasket to prevent the penetration of dirt and gas coming from the supply duct , - wherein downstream of the first gasket , on the side of the control shaft , at least one vent is provided suitable to allow the expulsion, outside the seat , of any gas which has leaked through the first gasket , characterized in that the vent is provided with a non-return device of the gases which pass through the vent , so as to prevent the backflow of said gases from the vent towards the seat . - a main body which defines at least one supply duct having a through lumen for a gas mixture, - a choke valve placed inside said supply duct so as to modify said through lumen , - the choke valve being provided with an occluding body connected to a control shaft , at least partially housed in a seat in the main body , wherein - the control shaft , inside the seat and on the side of the occluding body , is provided with a first gasket to prevent the penetration of dirt and gas coming from the supply duct , - wherein downstream of the first gasket , on the side of the control shaft , at least one vent is provided suitable to allow the expulsion, outside the seat , of any gas which has leaked through the first gasket ,
A method of manufacturing an array of planar wafer level metal posts comprising: providing, a metal seed layer for plating posts or interconnections on a substrate of a first wafer ; applying a photoresist, PR, pattern mold over the metal seed layer ; plating an array of posts within the PR pattern mold on the metal seed layer ; stripping the PR pattern mold from the substrate and array of posts; after the step of stripping the PR pattern mold, applying a PR layer around each of the posts; after the step of applying the PR layer, etching the metal seed layer on the substrate to isolate the posts from one another; after the step of etching the metal seed layer , stripping the PR layer; applying an oxide layer , at a temperature of below 150 degrees Celsius and below a melting point of the array of posts, over a surface of the first wafer and around the array of posts extending from the surface; applying chemical-mechanical polishing 'CMP' to planarize the oxide layer and the array of posts; after the step of applying CMP, protecting exposed surfaces of the array of posts with a second PR layer ; and after the step of protecting exposed surfaces of the array of posts, cleaning a surface of the oxide layer. providing, a metal seed layer for plating posts or interconnections on a substrate of a first wafer ; applying a photoresist, PR, pattern mold over the metal seed layer ; plating an array of posts within the PR pattern mold on the metal seed layer ; stripping the PR pattern mold from the substrate and array of posts; after the step of stripping the PR pattern mold, applying a PR layer around each of the posts; after the step of applying the PR layer, etching the metal seed layer on the substrate to isolate the posts from one another; after the step of etching the metal seed layer , stripping the PR layer; applying an oxide layer , at a temperature of below 150 degrees Celsius and below a melting point of the array of posts, over a surface of the first wafer and around the array of posts extending from the surface; applying chemical-mechanical polishing 'CMP' to planarize the oxide layer and the array of posts; after the step of applying CMP, protecting exposed surfaces of the array of posts with a second PR layer ; and after the step of protecting exposed surfaces of the array of posts, cleaning a surface of the oxide layer.
A battery separator comprising: a porous membrane comprising: a polymer; a surfactant in an amount from 0.5 g/m 2 to approximately 3 g/m 2 ; and a filler; said porous membrane having a backweb having a negative surface suitable to face the negative electrode and a positive surface suitable to face the negative electrode with a plurality of ribs extending from either or both of the negative surface and the positive surface; and wherein the plurality of ribs have a semi-circular or triangular shape. a porous membrane comprising: a polymer; a surfactant in an amount from 0.5 g/m 2 to approximately 3 g/m 2 ; and a filler; said porous membrane having a backweb having a negative surface suitable to face the negative electrode and a positive surface suitable to face the negative electrode with a plurality of ribs extending from either or both of the negative surface and the positive surface; and wherein the plurality of ribs have a semi-circular or triangular shape.
A portable device comprising: a port configured to receive a supply power from a limited capacity power supply; a rechargeable battery ; a controller configured to receive the supply power and provide an output power to one or more first portable device components and the rechargeable battery ; the controller being further configured to limit the output power such that the one or more first portable device components and the rechargeable battery may not draw more than a first current limit from the port; characterized by a sensing portion configured to determine a voltage drop based on a comparison of a first voltage level to a reference voltage level, the first voltage level representing a voltage at the output of the controller and control the supply of the output power based upon the voltage drop such that a first portion of the output power is provided to operate the one or more first portable device components and a second portion of the output power is provided to the rechargeable battery , the second portion of the output power being based on the voltage drop; wherein the first portion of the output power satisfies the power needs to operate the one or more first portable device components. a port configured to receive a supply power from a limited capacity power supply; a rechargeable battery ; a controller configured to receive the supply power and provide an output power to one or more first portable device components and the rechargeable battery ; the controller being further configured to limit the output power such that the one or more first portable device components and the rechargeable battery may not draw more than a first current limit from the port; characterized by a sensing portion configured to determine a voltage drop based on a comparison of a first voltage level to a reference voltage level, the first voltage level representing a voltage at the output of the controller and control the supply of the output power based upon the voltage drop such that a first portion of the output power is provided to operate the one or more first portable device components and a second portion of the output power is provided to the rechargeable battery , the second portion of the output power being based on the voltage drop; wherein the first portion of the output power satisfies the power needs to operate the one or more first portable device components.
A transport closure for use in a packaging container for bulk solids, said transport closure comprising or consisting of a laminate of a first layer and a second layer , said first layer being delimited by a first layer peripheral edge , said second layer being delimited by a second layer peripheral edge , said second layer comprising or consisting of a weldable material and said first layer having a higher tear strength than said second layer , said first layer being provided with a weakening line defining a pull-tab in said first layer and having a first and a second base point , said base points being arranged at a base end of said pull-tab , opposite to a gripping end of said pull-tab , and at a distance d1 and d2 respectively, of from 1 to 30 mm from said first peripheral edge , wherein said weakening line forms a first and/or second weakening line leg(s) extending from said first and/or said second base point(s) , respectively, and alongside with said first layer peripheral edge and that said second layer peripheral edge extends beyond said first layer peripheral edge around the perimeter of said transport closure forming a transport closure welding collar .
A wireless active suspension system for a vehicle comprising: at least one sensor configured to be mounted to an unsprung mass of the vehicle, said at least one sensor comprising a low-power wireless communication capability, said at least one sensor to send a sensor data transmission; and a controller in wireless communication with said at least one sensor, wherein said controller receives said sensor data from said at least one sensor, and communicates an adjustment command to modify at least one damping characteristic of at least one damper of the vehicle; said controller comprising at least one radio with a low power wireless communication capability dedicated to any low-latency/low power devices in the system, including the at least one sensor, characterised in that the at least one radio is configured such that, in use, it is always-listening for a message from the low latency/low power devices; and wherein said controller further comprises: one other radio with a normal-power wireless communication capability adapted to handle wireless communication with peripherals where latency and/or battery life is not a concern. at least one sensor configured to be mounted to an unsprung mass of the vehicle, said at least one sensor comprising a low-power wireless communication capability, said at least one sensor to send a sensor data transmission; and a controller in wireless communication with said at least one sensor, wherein said controller receives said sensor data from said at least one sensor, and communicates an adjustment command to modify at least one damping characteristic of at least one damper of the vehicle; said controller comprising at least one radio with a low power wireless communication capability dedicated to any low-latency/low power devices in the system, including the at least one sensor, characterised in that the at least one radio is configured such that, in use, it is always-listening for a message from the low latency/low power devices; and wherein said controller further comprises: one other radio with a normal-power wireless communication capability adapted to handle wireless communication with peripherals where latency and/or battery life is not a concern.
A user equipment , UE, comprising: a receiver for using radio resources and being configured to receive a non-periodic request from a base station to provide downlink channel quality information, CQI, when the base station has a pending downlink transmission; a transmitter to transmit downlink channel quality information in response to the non-periodic request; the receiver is operable to receive an allocation of the radio resources based at least on the transmitted downlink channel quality information; the non-periodic request is to provide downlink channel quality information specified in the non-periodic request, wherein the downlink channel quality information specified in the non-periodic request comprises the downlink channel quality information regarding the radio resources or a subset of the radio resources; and the receiver is further operable to receive downlink data in the pending downlink transmission via the allocation of the radio resources. a receiver for using radio resources and being configured to receive a non-periodic request from a base station to provide downlink channel quality information, CQI, when the base station has a pending downlink transmission; a transmitter to transmit downlink channel quality information in response to the non-periodic request; the receiver is operable to receive an allocation of the radio resources based at least on the transmitted downlink channel quality information; the non-periodic request is to provide downlink channel quality information specified in the non-periodic request, wherein the downlink channel quality information specified in the non-periodic request comprises the downlink channel quality information regarding the radio resources or a subset of the radio resources; and the receiver is further operable to receive downlink data in the pending downlink transmission via the allocation of the radio resources.
A polyurethane yarn, characterized in containing a partially hindered phenol compound having at least one partially hindered hydroxyphenyl and a molecular weight of 300 or greater, and a synthetic carbonate comprising one metal selected from among a group consisting of alkali metals and alkaline earth metals; wherein the partially hindered phenol compound is ethylene-1,2-bis(3,3-bis[3-t-butyl-4-hydroxyphenyl]butyrate.
An absorbent pad for use in a garment, the absorbent pad comprising: a liquid impermeable barrier layer ; a functional layer attached to the barrier layer , the functional layer comprising a liquid absorbent component ; a liquid impermeable peripheral sealing element bonded to peripheries of the functional layer and barrier layer ; and a peripheral attaching element having a first portion and a second portion , the first portion bonded to the peripheral sealing element , wherein: the second portion of the peripheral attaching element is detached from the peripheral sealing element and is arranged to be attached to a fabric body of the garment, thereby attaching the absorbent pad to the garment; and the peripheral attaching element is a Y-shaped structure to facilitate said attaching to the garment. a liquid impermeable barrier layer ; a functional layer attached to the barrier layer , the functional layer comprising a liquid absorbent component ; a liquid impermeable peripheral sealing element bonded to peripheries of the functional layer and barrier layer ; and a peripheral attaching element having a first portion and a second portion , the first portion bonded to the peripheral sealing element , wherein: the second portion of the peripheral attaching element is detached from the peripheral sealing element and is arranged to be attached to a fabric body of the garment, thereby attaching the absorbent pad to the garment; and the peripheral attaching element is a Y-shaped structure to facilitate said attaching to the garment. the second portion of the peripheral attaching element is detached from the peripheral sealing element and is arranged to be attached to a fabric body of the garment, thereby attaching the absorbent pad to the garment; and the peripheral attaching element is a Y-shaped structure to facilitate said attaching to the garment.
A method for producing a three-dimensional model via additive manufacturing, the method comprising: building a green block in a layerwise manner with a powder material and a solidifiable non-powder material, the green block including a green usable model and green support elements , wherein the step of building a green block in a layerwise manner is performed via an additive manufacturing system configured to build a layer by printing a pattern with a solidifiable non-powder material to trace the contour of the green usable model ; dispensing and spreading a powder material over the pattern ; and compacting the powder layer with the pattern, wherein the green usable model is a green compact of a usable model and wherein the solidifiable non-powder material is a solidifiable ink selected from photocurable inks, wax, thermal inks and any combination thereof; removing the solidified non-powder material from the green block to extract the green usable model by removing said green support elements from the green block ; applying cold isostatic pressing after completing the building of the green block , wherein the cold isostatic pressing is configured to increase the density of the green usable model ; and sintering the green usable model after the cold isostatic pressing to produce a three-dimensional model. building a green block in a layerwise manner with a powder material and a solidifiable non-powder material, the green block including a green usable model and green support elements , wherein the step of building a green block in a layerwise manner is performed via an additive manufacturing system configured to build a layer by printing a pattern with a solidifiable non-powder material to trace the contour of the green usable model ; dispensing and spreading a powder material over the pattern ; and compacting the powder layer with the pattern, wherein the green usable model is a green compact of a usable model and wherein the solidifiable non-powder material is a solidifiable ink selected from photocurable inks, wax, thermal inks and any combination thereof; removing the solidified non-powder material from the green block to extract the green usable model by removing said green support elements from the green block ; applying cold isostatic pressing after completing the building of the green block , wherein the cold isostatic pressing is configured to increase the density of the green usable model ; and sintering the green usable model after the cold isostatic pressing to produce a three-dimensional model.