mhurhangee/patent-ind-claim-en huggingface dataset:
A method for querying a database stored on a server via a network , the server being coupled to the client computer via the network , wherein the database comprises a relation being a tree, the relation comprising data items (80-181) of respective nodes of the tree, the data items forming a partially ordered set in the relation , the data items being lexically sorted in the tree, the method comprising receiving at the client a request for a data operation on a desired data item, the method comprising a. determining as an initial version number of the tree valid for all the data items a currently valid single version number of the tree, b. traversing, starting from an initial data item of the data items, the relation by repeatedly requesting by the client current data items from the database in order with respect to the partial order until the position of the desired data item or the desired data item itself is identified in the partially ordered set, wherein for each requesting the method comprises: determining the currently valid version number of the relation of the data items of the partially ordered set, and aborting the traversing in case the currently valid single version number of the tree is different from the initial version number of the tree, c. in case the traversing was completed, performing the data operation on the identified position of the desired data item or the desired data item itself, d. upon performing the data operation updating the currently valid version number to a new version number. a. determining as an initial version number of the tree valid for all the data items a currently valid single version number of the tree, b. traversing, starting from an initial data item of the data items, the relation by repeatedly requesting by the client current data items from the database in order with respect to the partial order until the position of the desired data item or the desired data item itself is identified in the partially ordered set, wherein for each requesting the method comprises: determining the currently valid version number of the relation of the data items of the partially ordered set, and aborting the traversing in case the currently valid single version number of the tree is different from the initial version number of the tree, c. in case the traversing was completed, performing the data operation on the identified position of the desired data item or the desired data item itself, d. upon performing the data operation updating the currently valid version number to a new version number.
Extruder device for manufacturing moulded components , comprising a conveyor container and a feeding device for feeding a material to be extruded into the conveyor container , and comprising a shaping extruder port as output of the conveyor container , whereby the extruder port comprises a ring , which is deformable in itself and which is formed of a multitude of links , which are movable relative to each other characterized in that the links are configured as continuous and circumferentially closed link chain.
A removable build module to be connected to and removed from an additive manufacturing host apparatus , comprising a build material storage compartment adapted to store build material, a build platform adapted to support an object to be built, a drive unit adapted to move the build platform, a memory including a data field configured to receive and store at least one build parameter, and an interface circuit that includes a data transfer interface to connect to an interconnect circuit of a host apparatus, to exchange the at least one build parameter with the host apparatus. a build material storage compartment adapted to store build material, a build platform adapted to support an object to be built, a drive unit adapted to move the build platform, a memory including a data field configured to receive and store at least one build parameter, and an interface circuit that includes a data transfer interface to connect to an interconnect circuit of a host apparatus, to exchange the at least one build parameter with the host apparatus.
A sound-absorbing panel system consisting of sound-absorbing pads fastened to a rigid truss construction with linear, circular or arbitrary shaped openings , characterised in that the sound-absorbing pads are flexible or compressible pads of felt, textile or another suitable material, and are fixed to the openings in the supporting truss construction by means of each pad having a locking arrangement in the form of one or more constrictions in the pad which is matched to the size of openings in the truss and which locks the pads in the openings , wherein ports of the pads which are located on the front and back side of the truss openings have a larger height or width than the height or width of the openings and thus prevent the the pads from falling out of the openings .
Agricultural vehicle comprising a frame supported by a front pair of wheels and a back pair of wheels , wherein the back pair of wheels are steerable and wherein each wheel of the back pair of wheels is connected to the frame via a respective intermediate support element that is pivotable with respect to the frame in such a manner that the back pair of wheels are movable between a first position wherein the back pair of wheels defines a first track width and are positioned at a first distance from the front pair of wheels , and a second position wherein the back pair of wheels defines a second track width and are positioned at a second distance from the front pair of wheels , wherein the first track width is larger than the second track width and wherein the first distance is smaller than the second distance , each wheel of the back pair of wheels being provided with a knuckle for connection to the intermediate support element , characterized in that a bar is connected to and extends between the respective knuckles of the back pair of wheels , which bar has an adaptable length.
An applying device for applying a film (F) on an application target surface (S) of an application target object (M), comprising: a film support portion that is adapted to support the film; wherein the film support portion is provided with a first support body and a second support body lined up in a first direction (Y), a film fixing mechanism that is provided on the first support body and the second support body and is adapted to fix the film along the first direction, and a first angle changing mechanism that is adapted to change an angle between the first support body and the second support body around an axis line extending so as to intersect the first direction between the first support body and the second support body; and an installation portion capable of being installed to the application target object; wherein the installation portion comprises installation fittings (4 1A, 41B, 41C) for installing the installation portion to the application target object and rotating portions that rotatably support the film support portion, and wherein the first support body is disposed in a second direction (X) intersecting the first direction on the installation portion and is rotatably supported by the installation portion. a film support portion that is adapted to support the film; wherein the film support portion is provided with a first support body and a second support body lined up in a first direction (Y), a film fixing mechanism that is provided on the first support body and the second support body and is adapted to fix the film along the first direction, and a first angle changing mechanism that is adapted to change an angle between the first support body and the second support body around an axis line extending so as to intersect the first direction between the first support body and the second support body; and a first support body and a second support body lined up in a first direction (Y), a film fixing mechanism that is provided on the first support body and the second support body and is adapted to fix the film along the first direction, and a first angle changing mechanism that is adapted to change an angle between the first support body and the second support body around an axis line extending so as to intersect the first direction between the first support body and the second support body; and an installation portion capable of being installed to the application target object; wherein the installation portion comprises installation fittings (4 1A, 41B, 41C) for installing the installation portion to the application target object and rotating portions that rotatably support the film support portion, and wherein the first support body is disposed in a second direction (X) intersecting the first direction on the installation portion and is rotatably supported by the installation portion.
An effective amount of benralizumab for use in a method of treating asthma, wherein the treatment is determined by an improvement in an asthma questionnaire score; wherein the asthma questionnaire is the asthma control questionnaire (ACQ), the asthma control questionnaire-6 (ACQ-6), or the asthma quality of life questionnaire (AQLQ); wherein benralizumab is administered to the patient at a dose of 30 mg once every four weeks.
A biocompatible oily ferrofluid comprising iron-oxide based magnetic nanoparticles and an oil phase comprising at least one fatty acid ester, characterized in that said magnetic nanoparticles are surface functionalized by molecules of one or more phospholipids.
A mask for treating a patient suffering from obstructive sleep apnea, the mask adapted to be connected to an air flow generator and constructed to cover at least the nostrils of the patient, the mask comprising: a cavity in fluid connection with the nostrils of the patient; an inlet pressure port constructed to be attached to the air flow generator ; the inlet pressure port fluidly connected to the cavity via an inlet pressure valve that is constructed to allow air flow from the air flow generator to the cavity with little resistance; the inlet pressure port fluidly connected to an expiration valve , wherein the expiration valve is fluidly connected to the cavity and to the outside of the mask , the expiration valve restricts air flow from the cavity to the outside of the mask ; and an inspiration one-way valve fluidly connected to the cavity and to the outside of the mask , the inspiration one-way valve is constructed to allow air flow from the outside of the mask into the cavity with little resistance and blocking air flow from the cavity to the outside of the mask ; characterized in that the inlet pressure valve is an inlet pressure one-way valve blocking air flow from the cavity to the air flow generator ; and the restriction of the expiration valve is dependent on the pressure of air in the inlet pressure port . a cavity in fluid connection with the nostrils of the patient; an inlet pressure port constructed to be attached to the air flow generator ; the inlet pressure port fluidly connected to the cavity via an inlet pressure valve that is constructed to allow air flow from the air flow generator to the cavity with little resistance; the inlet pressure port fluidly connected to an expiration valve , wherein the expiration valve is fluidly connected to the cavity and to the outside of the mask , the expiration valve restricts air flow from the cavity to the outside of the mask ; and an inspiration one-way valve fluidly connected to the cavity and to the outside of the mask , the inspiration one-way valve is constructed to allow air flow from the outside of the mask into the cavity with little resistance and blocking air flow from the cavity to the outside of the mask ; characterized in that the inlet pressure valve is an inlet pressure one-way valve blocking air flow from the cavity to the air flow generator ; and the restriction of the expiration valve is dependent on the pressure of air in the inlet pressure port .
A resonator apparatus comprising: an electrically conductive case and a dual-mode dielectric resonator provided in the electrically conductive case ; wherein the dual-mode dielectric resonator is a hybrid electric-field dual-mode dielectric resonator; wherein the dual-mode dielectric resonator comprises a first dielectric block having a shape of a columnar body whose cross section is a cruciform; wherein a mode coupling structure for coupling two resonant modes of the dual-mode dielectric resonator is provided in the columnar body; wherein a bottom face of the columnar body is supported by an inner face of the electrically conductive case or by a supporting member of the resonator apparatus provided on the inner face of the electrically conductive case ; and wherein in at least one extending direction of a first extending direction and a second extending direction of the cruciform which are perpendicular to each other, lateral end faces of the columnar body are spaced apart from inner faces of the electrically conductive case . an electrically conductive case and a dual-mode dielectric resonator provided in the electrically conductive case ; wherein the dual-mode dielectric resonator is a hybrid electric-field dual-mode dielectric resonator; wherein the dual-mode dielectric resonator comprises a first dielectric block having a shape of a columnar body whose cross section is a cruciform; wherein a mode coupling structure for coupling two resonant modes of the dual-mode dielectric resonator is provided in the columnar body; wherein a bottom face of the columnar body is supported by an inner face of the electrically conductive case or by a supporting member of the resonator apparatus provided on the inner face of the electrically conductive case ; and wherein in at least one extending direction of a first extending direction and a second extending direction of the cruciform which are perpendicular to each other, lateral end faces of the columnar body are spaced apart from inner faces of the electrically conductive case .
An apparatus for holding at least one elongated workpiece to be crimped, wherein the apparatus comprises a holder frame , a guide member and a locator element having at least one holder surface defining an elongated cavity for receiving and holding the workpiece, wherein the holder frame is arranged to hold the guide member and the locator element, the at least one elongated cavity having a longitudinal main extension , wherein the locator element is movable in a first guide of the holder frame and is movable in relation to the holder frame substantially in the direction of the longitudinal main extension , wherein the guide member is movable in a second guide of the holder frame and is movable in relation to the holder frame and in relation to the locator element in a direction substantially perpendicular to the direction of the longitudinal main extension , wherein the guide member and the locator element are slidably engaged with one another, and wherein the guide member , when being moved in a direction substantially perpendicular to the direction of the longitudinal main extension , is configured to move the locator element substantially in the direction of the longitudinal main extension , whereby the position of each elongated cavity is adjusted in relation to the holder frame in the direction of the longitudinal main extension .
A canister for use with a paint system comprising: a bottle body having a first end and a second end and adapted to enclose a bladder ; a cap assembly coupled to a first end ; characterised by a handle assembly coupled to a second end ; and wherein the cap assembly includes a tip assembly having a control valve for precise dispensing of paint toners located within the bladder , wherein the control valve is an electromagnetically actuable control valve . a bottle body having a first end and a second end and adapted to enclose a bladder ; a cap assembly coupled to a first end ; characterised by a handle assembly coupled to a second end ; and wherein the cap assembly includes a tip assembly having a control valve for precise dispensing of paint toners located within the bladder , wherein the control valve is an electromagnetically actuable control valve .
A battery pack , comprising: at least one battery module including a plurality of battery cells; and a battery management system, BMS; wherein the BMS includes: a power enable switch (PWR_S), which is switched according to a switch signal among at least two switch signals (SG1, SG2) which are to wake up the battery pack ; and a calculating unit configured to receive the at least two switch signals (SG1, SG2) and to determine an operation mode of the battery pack according to which switch signal among the at least two switch signals (SG1, SG2) is enabled; characterised in that the calculating unit is configured to differently control a control condition for determining the operation mode as an automatic shut-down mode according to the enabled switch signal among the at least two switch signals (SG1, SG2). at least one battery module including a plurality of battery cells; and a battery management system, BMS; wherein the BMS includes: a power enable switch (PWR_S), which is switched according to a switch signal among at least two switch signals (SG1, SG2) which are to wake up the battery pack ; and a calculating unit configured to receive the at least two switch signals (SG1, SG2) and to determine an operation mode of the battery pack according to which switch signal among the at least two switch signals (SG1, SG2) is enabled; a power enable switch (PWR_S), which is switched according to a switch signal among at least two switch signals (SG1, SG2) which are to wake up the battery pack ; and a calculating unit configured to receive the at least two switch signals (SG1, SG2) and to determine an operation mode of the battery pack according to which switch signal among the at least two switch signals (SG1, SG2) is enabled; characterised in that the calculating unit is configured to differently control a control condition for determining the operation mode as an automatic shut-down mode according to the enabled switch signal among the at least two switch signals (SG1, SG2).
A method of controlling a load wrapping apparatus of the type configured to wrap a load on a load support with packaging material dispensed from a packaging material dispenser through relative rotation between the packaging material dispenser and the load support , characterized in that the method comprises: causing a graphical depiction of at least a portion of a load to be wrapped to be displayed on an operator interface ; causing a selected number of layers of packaging material to be used when wrapping the load to be displayed graphically using non-alphanumeric information in the graphical depiction; causing a selected wrap force to be used when wrapping the load to be displayed graphically using non-alphanumeric information in the graphical depiction; calculating, based upon the selected wrap force, the selected number of layers of packaging material , and a packaging material attribute for the packaging material , a projected containment force to be used when wrapping the load with packaging material ; causing the projected containment force to be displayed on the operator interface ; and in response to input data that alters the selected wrap force or the selected number of layers, recalculating the projected containment force and causing the recalculated projected containment force to be displayed on the operator interface . causing a graphical depiction of at least a portion of a load to be wrapped to be displayed on an operator interface ; causing a selected number of layers of packaging material to be used when wrapping the load to be displayed graphically using non-alphanumeric information in the graphical depiction; causing a selected wrap force to be used when wrapping the load to be displayed graphically using non-alphanumeric information in the graphical depiction; calculating, based upon the selected wrap force, the selected number of layers of packaging material , and a packaging material attribute for the packaging material , a projected containment force to be used when wrapping the load with packaging material ; causing the projected containment force to be displayed on the operator interface ; and in response to input data that alters the selected wrap force or the selected number of layers, recalculating the projected containment force and causing the recalculated projected containment force to be displayed on the operator interface .
A method for the synthesis of 2-halo-4,6-dialkoxy-1,3,5-triazines of formula III Where: R 1 and R 2 are independently chosen from: -CH 3 , -CH 2 CH 3 , -CH(CH 3 ) 2 , -(CH 2 ) 2 CH 3 , -(CH 2 ) 3 CH 3 , and X is Cl - or Br - ; performed in the presence of water,comprising the steps of: - reaction of substitution between the corresponding cyanuric trihalogenide C 3 N 3 X 3 where X is Br - or Cl - (compound of formula I) and linear or branched aliphatic alcohols, in single phase, in the presence of a base; - quenching of the reaction by addition of water and stirring; - filtration; - drying, wherein the ratio between the reagents: compound of formula I/base/water/alcohol is comprised between 1/6/7.7/4 and 1/7.9/10/4.1. R 1 and R 2 are independently chosen from: -CH 3 , -CH 2 CH 3 , -CH(CH 3 ) 2 , -(CH 2 ) 2 CH 3 , -(CH 2 ) 3 CH 3 , and X is Cl - or Br - ; performed in the presence of water,comprising the steps of: - reaction of substitution between the corresponding cyanuric trihalogenide C 3 N 3 X 3 where X is Br - or Cl - (compound of formula I) and linear or branched aliphatic alcohols, in single phase, in the presence of a base; - quenching of the reaction by addition of water and stirring; - filtration; - drying, - reaction of substitution between the corresponding cyanuric trihalogenide C 3 N 3 X 3 where X is Br - or Cl - (compound of formula I) and linear or branched aliphatic alcohols, in single phase, in the presence of a base; - quenching of the reaction by addition of water and stirring; - filtration; - drying, wherein the ratio between the reagents: compound of formula I/base/water/alcohol is comprised between 1/6/7.7/4 and 1/7.9/10/4.1.
An automatic-strap-feeding system for selectively feeding strap from a first strap coil and strap from a second strap coil into a strapping machine, the automatic-strap-feeding system comprising: a strap-driving assembly comprising: a first strap guide defining a first strap channel; a second strap guide spaced-apart from the first strap guide and defining a second strap channel; and a third strap guide defining a third strap channel; wherein the third strap guide is movable relative to the first and second strap guides from a first position in which the third strap channel is aligned with the first strap channel and a second position in which the third strap channel is aligned with the second strap channel . a strap-driving assembly comprising: a first strap guide defining a first strap channel; a second strap guide spaced-apart from the first strap guide and defining a second strap channel; and a first strap guide defining a first strap channel; a second strap guide spaced-apart from the first strap guide and defining a second strap channel; and a third strap guide defining a third strap channel; wherein the third strap guide is movable relative to the first and second strap guides from a first position in which the third strap channel is aligned with the first strap channel and a second position in which the third strap channel is aligned with the second strap channel .