mhurhangee/ep-ind-claims huggingface dataset:
A diverter assembly for an aircraft air inlet opening, wherein the diverter assembly comprises: a diverter structure (12, 56) comprising a base member (12-1, 56-1) configured for being attached to a fuselage region of the aircraft so as to at least partially surround forward and lateral edge portions of a perimetrical edge defining the air inlet opening, a head flange (12-2, 56-2) spaced above the base member, and an upright member (12-3, 56-3) connecting the base member to the head flange, and a fairing (20, 60) mounted to an upper edge of the diverter structure, joined to the diverter head flange, so as to extend, when the diverter assembly is attached to the aircraft, forwardly of the air inlet, wherein the fairing comprises a forward apex end (20-1, 60-1) and laterally divergent side edges (20-3, 60-2), and wherein the fairing includes a rear edge (20-2, 60-3) positioned in such a way that it creates, when the diverter assembly is attached to the aircraft, an overhang in an aft direction of said rear edge relative to the forward edge of the air inlet opening. a diverter structure (12, 56) comprising a base member (12-1, 56-1) configured for being attached to a fuselage region of the aircraft so as to at least partially surround forward and lateral edge portions of a perimetrical edge defining the air inlet opening, a head flange (12-2, 56-2) spaced above the base member, and an upright member (12-3, 56-3) connecting the base member to the head flange, and a fairing (20, 60) mounted to an upper edge of the diverter structure, joined to the diverter head flange, so as to extend, when the diverter assembly is attached to the aircraft, forwardly of the air inlet, wherein the fairing comprises a forward apex end (20-1, 60-1) and laterally divergent side edges (20-3, 60-2), and wherein the fairing includes a rear edge (20-2, 60-3) positioned in such a way that it creates, when the diverter assembly is attached to the aircraft, an overhang in an aft direction of said rear edge relative to the forward edge of the air inlet opening.
A sealed housing for an access control means for cabinets and/or housings for telecommunication equipment, accommodating an antenna in the housing, and for mounting the antenna to an outside surface of a cabinet, the housing comprising a) a portion for extending through the mounting surface, b) rotation preventing means (16, 28) for preventing rotation of the housing relative to the mounting surface, c) a base plate and a cover attachable to the base plate, characterized in that the cover is dome-shaped, and in that the housing comprises d) a translucent portion for allowing an optical signaling device contained inside the housing to be externally viewable. a) a portion for extending through the mounting surface, b) rotation preventing means (16, 28) for preventing rotation of the housing relative to the mounting surface, c) a base plate and a cover attachable to the base plate, characterized in that the cover is dome-shaped, and in that the housing comprises d) a translucent portion for allowing an optical signaling device contained inside the housing to be externally viewable.
A method of an anti-malware processor, the method comprising: determining whether input data contains data to be scanned for malware; filtering by a first logic unit of the processor, the input data based on a rule; and if it is determined that the input data contains data to be scanned for malware: copying the input data which is being filtered to an auxiliary buffer; and scanning by a second logic unit of the processor, for malware in the copy of the input data in the auxiliary buffer, wherein the input data is packet data, and the steps of determining and copying are performed while the step of filtering is being performed. determining whether input data contains data to be scanned for malware; filtering by a first logic unit of the processor, the input data based on a rule; and if it is determined that the input data contains data to be scanned for malware: copying the input data which is being filtered to an auxiliary buffer; and scanning by a second logic unit of the processor, for malware in the copy of the input data in the auxiliary buffer, copying the input data which is being filtered to an auxiliary buffer; and scanning by a second logic unit of the processor, for malware in the copy of the input data in the auxiliary buffer, wherein the input data is packet data, and the steps of determining and copying are performed while the step of filtering is being performed.
A wireless communication apparatus, comprising: means for transmitting wireless communications via either a first antenna or a second antenna; means for receiving wireless communications using either the first antenna or the second antenna; and means for switching the transmitting means and the receiving means from transmitting and receiving wireless communications via the first antenna to transmit and receive wireless communications via the second antenna in response to detecting: a first receive power level of the first antenna is less than a second receive power level of the second antenna; a difference between the second receive power level and the first receive power level is greater than a first threshold; and the difference between the second receive power level and the first receive power level added to a difference between a second transmit power limit of the second antenna and a first transmit power limit of the first antenna is greater than a second threshold. means for transmitting wireless communications via either a first antenna or a second antenna; means for receiving wireless communications using either the first antenna or the second antenna; and means for switching the transmitting means and the receiving means from transmitting and receiving wireless communications via the first antenna to transmit and receive wireless communications via the second antenna in response to detecting: a first receive power level of the first antenna is less than a second receive power level of the second antenna; a difference between the second receive power level and the first receive power level is greater than a first threshold; and the difference between the second receive power level and the first receive power level added to a difference between a second transmit power limit of the second antenna and a first transmit power limit of the first antenna is greater than a second threshold. a first receive power level of the first antenna is less than a second receive power level of the second antenna; a difference between the second receive power level and the first receive power level is greater than a first threshold; and the difference between the second receive power level and the first receive power level added to a difference between a second transmit power limit of the second antenna and a first transmit power limit of the first antenna is greater than a second threshold.
Actuating handle for structural elements such as windows, doors and the like, having a driver element which is co-rotationally connected to a handle, and a sub-structure device for attachment to a window or door frame, wherein the driver element can be brought into engagement with the sub-structure device, the sub-structure device has at least two cams facing away from the handle for insertion into complementary cam holes in the window or door frame, the handle has a cavity through which the driver element extends axially outwards, the sub-structure device has a recess shaped so as to be complementary to the driver element for the driver element to be pushed through, and the sub-structure device can be introduced into the cavity, characterized in that the actuating handle has at least one pivotably mounted, spring-loaded blocking or clamping element, which can be brought into engagement with the driver element in a force-fitting, form-fitting and/or frictional manner, and the sub-structure device has a rotatably mounted insert, in which the blocking or clamping element is arranged. the actuating handle has at least one pivotably mounted, spring-loaded blocking or clamping element, which can be brought into engagement with the driver element in a force-fitting, form-fitting and/or frictional manner, and the sub-structure device has a rotatably mounted insert, in which the blocking or clamping element is arranged.
A scroll compressor comprising: an airtight container; a fixed scroll fixed to an internal space of the airtight container and having a suction opening and a discharge opening; an orbiting scroll engaged with the fixed scroll to make a rotating movement and forming a compression chamber continuously moving together with the fixed scroll, while making the rotating movement; and a discharge cover coupled to the airtight container and the fixed scroll and separating the internal space of the airtight container into a suction space communicating with the suction opening and a discharge space communicating with the discharge opening, wherein the discharge cover has an annular shape and is coupled to the fixed scroll such that an inner circumferential surface of the discharge cover overlaps with an outer circumferential surface of the fixed scroll in an axial direction, characterized in that an oil pocket portion is formed in at least one of the inner circumferential surface of the discharge cover inserted into the outer circumferential surface of the fixed scroll and the outer circumferential surface of the fixed scroll corresponding to the inner circumferential surface of the discharge cover. an airtight container; a fixed scroll fixed to an internal space of the airtight container and having a suction opening and a discharge opening; an orbiting scroll engaged with the fixed scroll to make a rotating movement and forming a compression chamber continuously moving together with the fixed scroll, while making the rotating movement; and a discharge cover coupled to the airtight container and the fixed scroll and separating the internal space of the airtight container into a suction space communicating with the suction opening and a discharge space communicating with the discharge opening, wherein the discharge cover has an annular shape and is coupled to the fixed scroll such that an inner circumferential surface of the discharge cover overlaps with an outer circumferential surface of the fixed scroll in an axial direction, characterized in that an oil pocket portion is formed in at least one of the inner circumferential surface of the discharge cover inserted into the outer circumferential surface of the fixed scroll and the outer circumferential surface of the fixed scroll corresponding to the inner circumferential surface of the discharge cover.
Device (1, 14, 28, 37) for absorbing or reducing signal interference on an electrical conductor, in particular in a cable, with a through opening which is provided for feeding through the electrical conductor, comprising a damping device, which comprises a multipart, annular damping element, consisting in particular of two damping parts made from a damping material, which damps electromagnetic interference signals, in particular noise signals, with a housing in which the damping element can be accommodated and which is provided for attaching the damping element to the electrical conductor, wherein the housing comprises a plurality, in particular two, shell-like housing parts (2, 3, 15, 16, 30, 31), wherein in an assembled state of the device the damping element in the housing annularly surrounds a conductor arranged in the through opening, characterised in that a first housing part (2, 3, 15, 16, 30, 31) comprises at least two flexible arm-like support elements which are adjusted at least to a first damping part such that the first damping part is held spring-like by the two arm-like support elements and in an assembled state of the device (1, 14, 28, 37) bears on a second damping part in a predefined position, wherein the damping parts are positioned in the housing parts (2, 3, 15, 16, 30, 31) such that there is an overhang with regard to a closing edge of the housing parts (2, 3, 15, 16, 30, 31), in that the first damping part in the assembled state of the device (1, 14, 28, 37) is forced back resiliently and the damping parts are positioned tightly against one another.
Seat portion for a lightweight aircraft passenger seat assembly, wherein the seat portion comprises at least one seat shell for an aircraft passenger, the seat shell comprising a sitting portion and a backrest portion, wherein the seat shell is at least partially made from fibre reinforced composite material and comprises a first fibre layer, a second fibre layer and a core material between the first fibre layer and the second fibre layer, wherein the core material extends along portions of the sitting portion and along portions of the backrest portion, characterized in that the transition region between the backrest portion and the sitting portion is free of the core material.
Method of reducing the amount at least one polypeptide in a Corynebacterium glutamicum cell, comprising the step of expressing in a C. glutamicum cell a modified nucleotide sequence instead of a non-modified nucleotide sequence encoding for said polypeptide having the same amino acid sequence and/or function wherein said modified nucleotide sequence is derived from the non-modified nucleotide sequence such that at least one codon of the non-modified nucleotide sequence is replaced in the modified nucleotide sequence by a less frequently used codon according to the codon usage of C. glutamicum, wherein said at least one codon is the start codon being replaced by a start codon which is less frequently used in C. glutamicum, wherein said less frequently used start codon is GTG or TTG.
An aqueous dispersion of at least two polymeric resins and which are different from one another, the polymeric resin being a copolymer obtainable by copolymerization of ethylenically unsaturated monomers in the presence of at least one polyurethane resin having polymerizable carbon double bonds, and the polymeric resin being a polyester having functional hydroxyl groups and having an acid number of <25 mg of KOH per g of polyester, characterized in that the aqueous dispersion is obtainable by a process comprising at least steps,,, and: preparing a dispersion or solution of the at least one polymeric resin in at least one organic solvent, preparing a mixture of the dispersion or solution obtained by step and of a melt or solution of the at least one polymeric resin, adding water to the mixture obtained by step, and removing the organic solvent from the mixture obtained by step, to give the aqueous dispersion. preparing a dispersion or solution of the at least one polymeric resin in at least one organic solvent, preparing a mixture of the dispersion or solution obtained by step and of a melt or solution of the at least one polymeric resin, adding water to the mixture obtained by step, and removing the organic solvent from the mixture obtained by step, to give the aqueous dispersion.
A tensioner comprising: a base; a carrier engaged with the base and revolvable about an axis A-A; the carrier and the base each describe an annular hole for receiving a driven pulley with an axis of rotation coaxial with axis A-A; a first pulley journalled to the carrier; and characterized by: a first pivot arm mounted to the carrier, the first pivot arm pivotable about an axis B-B; a second pulley journalled to the first pivot arm; the axis B-B is orbitally movable about axis A-A; a first spring (110; 201) engaged between the carrier and the first pivot arm; and a damping mechanism comprising an arcuate spring-loaded body having a frictional material pressed radially outward to frictionally engage with the carrier to damp a carrier movement. a base; a carrier engaged with the base and revolvable about an axis A-A; the carrier and the base each describe an annular hole for receiving a driven pulley with an axis of rotation coaxial with axis A-A; a first pulley journalled to the carrier; a first pivot arm mounted to the carrier, the first pivot arm pivotable about an axis B-B; a second pulley journalled to the first pivot arm; the axis B-B is orbitally movable about axis A-A; a first spring (110; 201) engaged between the carrier and the first pivot arm; and a damping mechanism comprising an arcuate spring-loaded body having a frictional material pressed radially outward to frictionally engage with the carrier to damp a carrier movement.
A bacterium belonging to the genus Streptomyces having an ability to produce reveromycin A or a synthetic intermediate thereof, wherein expression of revQ gene has been increased by enhancing the copy number of revQ gene or by modifying the promoter of revQ gene coding for the amino acid sequence of SEQ ID NO: 36 or an amino acid sequence having an identity of not less than 80% to SEQ ID NO: 36 as compared with a parent strain, thereby said production ability is increased as compared with the parent strain.
A membrane and electrode assembly produced by sandwiching a polymer electrolyte membrane between a pair of catalyst layers (2, 3), wherein the catalyst layer (2, 3) comprises a polymer electrolyte and particles carrying a catalyst material, the proportion of the polymer electrolyte expressed by formula 1 in the catalyst layer (2, 3) is decreased toward the polymer electrolyte membrane (the inside) from the surface of the catalyst layer (2, 3) (the outside), the catalyst layer (2, 3) comprises a first catalyst layer (2b, 3b) and a second catalyst layer (2a, 3a), a proportion of the polymer electrolyte expressed by formula 1 in the first catalyst layer (2b, 3b) is a first proportion, a proportion of the polymer electrolyte expressed by formula 1 in the second catalyst layer (2a, 3a) is a second proportion, the second proportion is within a range of from 1.2 times to 5.0 times both inclusive of the first proportion, and a thickness of the first catalyst layer (2b, 3b) is greater than a thickness of the second catalyst layer (2a, 3a); Proportion of polymer electrolyte = mass of polymer electrolyte / mass of particles in the particles carrying catalyst material
Assembly for a motor vehicle, in particular in the form of a subframe, constructed from individual components (2, 3, 5) which have a reference point system for positioning during their manufacture and/or for positioning during their assembly with one another or with further components, this reference point system being formed by reference points in the form of at least one hole suitable as a 2-way reference and at least one elongated hole as a 1-way reference, characterized in that the hole suitable as a 2-way reference is formed in such a way that it is also suitable as a 1-way reference when receiving a position element which has a flattened or elongated cross-sectional profile, wherein a) the hole, which is suitable as a 2-way reference and also as a 1-way reference, has, viewed in cross-section, four inner sides (13.3) of equal or almost equal length which define four right angles with one another; or b) the hole suitable as a 2-way reference and also as a 1-way reference has a square or octagonal inner profile, the inner profile preferably having rounded corners (13.2); or c) the hole suitable as a 2-way reference and also as a 1-way reference has an asymmetrical inner profile. a) the hole, which is suitable as a 2-way reference and also as a 1-way reference, has, viewed in cross-section, four inner sides (13.3) of equal or almost equal length which define four right angles with one another; or b) the hole suitable as a 2-way reference and also as a 1-way reference has a square or octagonal inner profile, the inner profile preferably having rounded corners (13.2); or c) the hole suitable as a 2-way reference and also as a 1-way reference has an asymmetrical inner profile.
An implementation method for a Virtual Local Area Network, VLAN, to access a Virtual Fabric, VF, network, comprising: configuring according to a preset rule the VF network and corresponding relationships between the VF network and a plurality of VLANs needing to access the VF network; and associating the plurality of VLANs to the VF network according to the configured corresponding relationships, wherein terminals in different VLANs of the plurality of VLANs associated to the VF network are allowed to perform data intercommunication. configuring according to a preset rule the VF network and corresponding relationships between the VF network and a plurality of VLANs needing to access the VF network; and associating the plurality of VLANs to the VF network according to the configured corresponding relationships, wherein terminals in different VLANs of the plurality of VLANs associated to the VF network are allowed to perform data intercommunication.
A flight log uploading method, applicable to a mobile terminal, wherein the method comprises: configuring the mobile terminal with a flight log uploading button; generating a flight log uploading instruction when the user taps the flight log uploading button in the interactive interface, wherein the mobile terminal comprises a log uploading program, and the flight log uploading button is configured in an interactive interface provided in the log uploading program; receiving, from a user, a trigger operation for the flight log uploading button, the trigger operation for the flight log uploading button being used to confirm the flight log uploading instruction; transmitting a log transmission channel establishment instruction to an unmanned aerial vehicle, UAV, according to the flight log uploading instruction; and acquiring a flight log of the UAV by using a log transmission channel and synchronously uploading the flight log to a server. configuring the mobile terminal with a flight log uploading button; generating a flight log uploading instruction when the user taps the flight log uploading button in the interactive interface, wherein the mobile terminal comprises a log uploading program, and the flight log uploading button is configured in an interactive interface provided in the log uploading program; receiving, from a user, a trigger operation for the flight log uploading button, the trigger operation for the flight log uploading button being used to confirm the flight log uploading instruction; transmitting a log transmission channel establishment instruction to an unmanned aerial vehicle, UAV, according to the flight log uploading instruction; and acquiring a flight log of the UAV by using a log transmission channel and synchronously uploading the flight log to a server.
A method for producing a hydrogenated conjugated diene polymer, the method comprising a step of polymerizing at least a conjugated diene compound in the presence of a polymerization initiator composed of an amine compound having at least one structure of the formulae (x) and (y) and at least one metal compound selected from alkali metal compounds and alkaline earth metal compounds to obtain a conjugated diene polymer and a step of hydrogenating the conjugated diene polymer. wherein, in the formula (x), R 1 is a hydrocarbylene group, the hydrocarbylene group in R 1 may contain a heteroatom as long as the hydrocarbylene group does not have an active hydrogen atom, and A 1 is a trihydrocarbylsilyl group; in the formula (y), R 2 and R 3 are each independently a hydrocarbylene group, the hydrocarbylene group in each of R 2 and R 3 may contain a heteroatom as long as the hydrocarbylene group does not have an active hydrogen atom, and A 2 is a functional group which has at least one atom selected from a nitrogen atom N, a phosphorus atom P, and a sulfur atom S, has a trihydrocarbylsilyl group, and does not have an active hydrogen atom and in which the atom that is bonded to R 3 is N, P or S; and the above R 1 and A 1 may be bonded to each other to form a cyclic structure and a part of the above R 2, R 3, and A 2 may be bonded to each other to form a cyclic structure.