mhurhangee/patent-ind-claim-en huggingface dataset:
A landing gear for an aircraft, comprising: a wheel/truck assembly ; an oleo strut/support frame for supporting the wheel/truck assembly ; and a retraction assembly attached to the oleo strut/support frame , the retraction assembly for moving the landing gear between a deployed position and a retracted position, the retraction assembly including a pivoting trunnion brace attached to the oleo strut/support frame and to a fuselage of the aircraft for positioning the wheel/truck assembly , the oleo strut/support frame and the retraction assembly at least substantially fully within the fuselage of the aircraft in the retracted position, wherein the pivoting trunnion brace comprises an upper end and a lower end, the lower end attached to the oleo strut/support frame and the upper end attached to the fuselage by a forward and aft trunnion separated from one another enough to handle the torsional loads about vertical axis of the landing gear, wherein the pivoting trunnion brace pivots about the forward and aft trunnion during movement between the deployed position and the retracted positon; wherein the retraction assembly comprises a retract actuator connected to the pivoting trunnion brace for moving the landing gear from the deployed position to the retracted position and wherein the retract actuator connects pivot points on the pivoting trunnion brace and on the oleo strut/support frame . a wheel/truck assembly ; an oleo strut/support frame for supporting the wheel/truck assembly ; and a retraction assembly attached to the oleo strut/support frame , the retraction assembly for moving the landing gear between a deployed position and a retracted position, the retraction assembly including a pivoting trunnion brace attached to the oleo strut/support frame and to a fuselage of the aircraft for positioning the wheel/truck assembly , the oleo strut/support frame and the retraction assembly at least substantially fully within the fuselage of the aircraft in the retracted position, wherein the pivoting trunnion brace comprises an upper end and a lower end, the lower end attached to the oleo strut/support frame and the upper end attached to the fuselage by a forward and aft trunnion separated from one another enough to handle the torsional loads about vertical axis of the landing gear, wherein the pivoting trunnion brace pivots about the forward and aft trunnion during movement between the deployed position and the retracted positon; wherein the retraction assembly comprises a retract actuator connected to the pivoting trunnion brace for moving the landing gear from the deployed position to the retracted position and wherein the retract actuator connects pivot points on the pivoting trunnion brace and on the oleo strut/support frame .
Awning comprising a cloth shaft on which an awning cloth is wound, comprising a bracket-like holder by means of which the cloth shaft can be indirectly or directly fastened to a support structure , comprising a cover arranged on at least one end face of the cloth shaft , and comprising a panel arranged on the outer side of the cover facing away from the cloth shaft , characterized in that the panel is held on the cover by means of at least one magnet , in that the cover has a receiving space delimited by at least one stop element , the stop element being formed by a peripheral edge which extends at least in part around the receiving space , and in that the panel is seated in the receiving space with zero clearance.
Puddle flange comprising two separable omega-shaped half-flanges , the half-flanges being coplanar when mounted for blocking a cylindrical member , defining an axis, at a perpendicular angle to said axis, wherein said cylindrical member is a pipe, each half-flange comprising two tabs each at an end of the respective half-flange, said tabs being shaped for receiving screws for coupling said half-flanges together, wherein each half-flange has an internal face for contacting with the cylindrical member, wherein a cross-section height, as measured transverse to said internal face, of each half-flange, is larger than a cross-section width, as measured parallel to said internal face, of said internal face, each half-flange comprising external indents for concrete fixation, wherein said external indents are located radially in respect of said cylindrical member, in an external face of each said half-flange opposite to the respective internal face. each half-flange has an internal face for contacting with the cylindrical member, wherein a cross-section height, as measured transverse to said internal face, of each half-flange, is larger than a cross-section width, as measured parallel to said internal face, of said internal face, each half-flange comprising external indents for concrete fixation, wherein said external indents are located radially in respect of said cylindrical member, in an external face of each said half-flange opposite to the respective internal face.
A method for a User Equipment, in the following also referred to as UE, the method comprising: receiving a first Packet Data Convergence Protocol, in the following also referred to as PDCP, Protocol Data Unit, in the following also referred to as PDU, on a logical channel associated with a sidelink radio bearer, in the following also referred to as SLRB, ; initializing a first state variable, wherein the first state variable is Last_Submitted_PDCP_RX_SN, which is a variable indicating a Sequence Number, in the following also referred to as SN, of a last PDCP SDU delivered to upper layer(s) ; and performing a re-ordering procedure for the first PDCP PDU using the first state variable , characterized in that the first state variable is initialized to the PDCP SN of the first PDCP PDU - a partial Reordering_Window if the PDCP SN of the first PDCP PDU >= the partial Reordering_Window, and initialized to the PDCP SN of the first PDCP PDU + the Reordering_Window + the partial Reordering_Window if the PDCP SN of the first PDCP PDU < the partial Reordering_Window, and the partial Reordering_Window is a value less than a Reordering_Window which indicates a size of a PDCP reordering window. receiving a first Packet Data Convergence Protocol, in the following also referred to as PDCP, Protocol Data Unit, in the following also referred to as PDU, on a logical channel associated with a sidelink radio bearer, in the following also referred to as SLRB, ; initializing a first state variable, wherein the first state variable is Last_Submitted_PDCP_RX_SN, which is a variable indicating a Sequence Number, in the following also referred to as SN, of a last PDCP SDU delivered to upper layer(s) ; and performing a re-ordering procedure for the first PDCP PDU using the first state variable , characterized in that the first state variable is initialized to the PDCP SN of the first PDCP PDU - a partial Reordering_Window if the PDCP SN of the first PDCP PDU >= the partial Reordering_Window, and initialized to the PDCP SN of the first PDCP PDU + the Reordering_Window + the partial Reordering_Window if the PDCP SN of the first PDCP PDU < the partial Reordering_Window, and the partial Reordering_Window is a value less than a Reordering_Window which indicates a size of a PDCP reordering window.
A process for the preparation of isomers of xylene; said process comprising the following steps: i. obtaining an alkylation catalyst composite comprising X-zeolite loaded with at least one metal ion selected from the group consisting of barium, strontium, and calcium; ii. activating said alkylation catalyst composite at a temperature of 450 °C to 650 °C for a time period of 30 min to 2 hrs. in a reactor to obtain an activated alkylation catalyst composite; wherein the temperature for activating said alkylation catalyst composite is attained by heating the reactor at a rate of 4 °C to 10 °C per minute; and iii. contacting said activated alkylation catalyst composite with toluene and methanol in the presence of an inert gas, at a temperature of 300 °C to 500 °C to obtain a reaction mixture comprising isomers of xylene; wherein the mass of ortho-xylene in said reaction mixture is greater than the individual mass of para-xylene and meta-xylene. i. obtaining an alkylation catalyst composite comprising X-zeolite loaded with at least one metal ion selected from the group consisting of barium, strontium, and calcium; ii. activating said alkylation catalyst composite at a temperature of 450 °C to 650 °C for a time period of 30 min to 2 hrs. in a reactor to obtain an activated alkylation catalyst composite; wherein the temperature for activating said alkylation catalyst composite is attained by heating the reactor at a rate of 4 °C to 10 °C per minute; and iii. contacting said activated alkylation catalyst composite with toluene and methanol in the presence of an inert gas, at a temperature of 300 °C to 500 °C to obtain a reaction mixture comprising isomers of xylene; wherein the mass of ortho-xylene in said reaction mixture is greater than the individual mass of para-xylene and meta-xylene.
A method for providing redundancy in a virtualized environment comprising: configuring a plurality of service routers (206A-B) executing on a plurality of edge nodes (205A-B) to use a same anycast inner internet protocol, IP, address, wherein a first service router of the plurality of service routers (206A-B) is configured as an active service router; configuring the plurality of edge nodes (205A-B) to use a same anycast virtual extensible local area network tunnel end point, VTEP, IP address, wherein a first edge node in the plurality of edge nodes (205A-B) on which the first service router executes advertises the anycast VTEP IP address with higher preference than other edge nodes on which service routers in the plurality of service routers execute, wherein upon failure of the connection to the first service router , traffic to the anycast VTEP IP address is directed to a second, standby service router acting as a current, active service router in the plurality of service routers (206A-B); and configuring managed forwarding elements that execute on host machines and implement a distributed router to use the anycast inner IP address of the plurality of service routers (206A-B) as a default gateway. configuring a plurality of service routers (206A-B) executing on a plurality of edge nodes (205A-B) to use a same anycast inner internet protocol, IP, address, wherein a first service router of the plurality of service routers (206A-B) is configured as an active service router; configuring the plurality of edge nodes (205A-B) to use a same anycast virtual extensible local area network tunnel end point, VTEP, IP address, wherein a first edge node in the plurality of edge nodes (205A-B) on which the first service router executes advertises the anycast VTEP IP address with higher preference than other edge nodes on which service routers in the plurality of service routers execute, wherein upon failure of the connection to the first service router , traffic to the anycast VTEP IP address is directed to a second, standby service router acting as a current, active service router in the plurality of service routers (206A-B); and configuring managed forwarding elements that execute on host machines and implement a distributed router to use the anycast inner IP address of the plurality of service routers (206A-B) as a default gateway.
A cyclohexane triester-based plasticizer composition, comprising: a cyclohexane triester-based composition comprising one or more cyclohexane triesters of the following Formula 1, wherein alkyl groups of the cyclohexane triester are derived from an isomer mixture of hexyl alcohol having a degree of branching of 2.0 or less, and the isomer mixture of hexyl alcohol comprises two or more selected from the group consisting of 1-hexanol, 1-methylpentanol, 2-methylpentanol, 3-methylpentanol, 4-methylpentanol, 1,1-dimethylbutanol, 1,2-dimethylbutanol, 1,3-dimethylbutanol, 2,2-dimethylbutanol, 2,3-dimethylbutanol, 3,3-dimethylbutanol, 1-ethylbutanol, 2-ethylbutanol, 3-ethylbutanol and cyclopentyl methanol: in Formula 1, R 1 to R 3 are each independently an n-hexyl group, a branch type hexyl group or a cyclopentyl methyl group. a cyclohexane triester-based composition comprising one or more cyclohexane triesters of the following Formula 1, wherein alkyl groups of the cyclohexane triester are derived from an isomer mixture of hexyl alcohol having a degree of branching of 2.0 or less, and the isomer mixture of hexyl alcohol comprises two or more selected from the group consisting of 1-hexanol, 1-methylpentanol, 2-methylpentanol, 3-methylpentanol, 4-methylpentanol, 1,1-dimethylbutanol, 1,2-dimethylbutanol, 1,3-dimethylbutanol, 2,2-dimethylbutanol, 2,3-dimethylbutanol, 3,3-dimethylbutanol, 1-ethylbutanol, 2-ethylbutanol, 3-ethylbutanol and cyclopentyl methanol: in Formula 1, R 1 to R 3 are each independently an n-hexyl group, a branch type hexyl group or a cyclopentyl methyl group.
A pharmaceutical preparation, for intravenous administration, comprising the following, namely: a) {8-fluoro-2-[4-(3-methoxyphenyl)piperazin-1-yl]-3-[2-methoxy-5-(trifluoromethyl)phenyl]-3,4-dihydroquinazoline-4-yl}acetic acid, the carbon in the 4-position of the dihydroquinazole ring having the S-configuration, or a salt, a solvate or a solvate of a salt thereof, b) an excipient selected from the cyclodextrins, and c) water. a) {8-fluoro-2-[4-(3-methoxyphenyl)piperazin-1-yl]-3-[2-methoxy-5-(trifluoromethyl)phenyl]-3,4-dihydroquinazoline-4-yl}acetic acid, the carbon in the 4-position of the dihydroquinazole ring having the S-configuration, or a salt, a solvate or a solvate of a salt thereof, b) an excipient selected from the cyclodextrins, and c) water.
A microphone device comprising: a substrate ; a plurality of microphones arranged on the substrate ; a front panel configured to be installed on a ceiling , and to have a shape that can be replaced with a panel of the ceiling , and configured to cover the substrate ; a plurality of dustproof members each respectively arranged so as to respectively overlap the plurality of microphones in a plan view of the microphone device viewed from a front panel side, and provided on a member different from the front panel ; a plurality of sound insulation walls each having a tubular shape and respectively arranged between the plurality of microphones and the front panel so as to not overlap the plurality of microphones in the plan view, and a plate-shaped protection member arranged between the front panel and the substrate , and having a plurality of holes located at a central opening of each of the plurality of sound insulation walls , wherein each one of the plurality of the dustproof members is arranged corresponding to each one of end surfaces of the plurality of sound insulation walls , and wherein one end surface of each of the plurality of sound insulation walls which is arranged for each of the plurality of microphones is in contact with a first surface of the substrate , and another end surface thereof abuts against the protection member via each of the plurality of dustproof members , and thereby a recess is formed with the protection member , the plurality of sound insulation walls and the substrate . a substrate ; a plurality of microphones arranged on the substrate ; a front panel configured to be installed on a ceiling , and to have a shape that can be replaced with a panel of the ceiling , and configured to cover the substrate ; a plurality of dustproof members each respectively arranged so as to respectively overlap the plurality of microphones in a plan view of the microphone device viewed from a front panel side, and provided on a member different from the front panel ; a plurality of sound insulation walls each having a tubular shape and respectively arranged between the plurality of microphones and the front panel so as to not overlap the plurality of microphones in the plan view, and a plate-shaped protection member arranged between the front panel and the substrate , and having a plurality of holes located at a central opening of each of the plurality of sound insulation walls , wherein each one of the plurality of the dustproof members is arranged corresponding to each one of end surfaces of the plurality of sound insulation walls , and wherein one end surface of each of the plurality of sound insulation walls which is arranged for each of the plurality of microphones is in contact with a first surface of the substrate , and another end surface thereof abuts against the protection member via each of the plurality of dustproof members , and thereby a recess is formed with the protection member , the plurality of sound insulation walls and the substrate .
Filter insert , in particular secondary filter insert, for a filter for filtering air, in particular for an internal combustion engine, with a main inflow surface , an outflow surface and a main flow direction (Y1), a filter body designed as a zigzag-shaped folded filter bellows and which can be flowed through along the main flow direction (Y1), a filter insert frame carrying the filter body , wherein the filter insert frame features a seal for separating a filter interior of a filter into clean side and raw side and a grip area on the inflow side, wherein the grip area is designed in such a way that a flow against the filter body over the grip area and a manual removal of the filter insert are possible, wherein the main inflow surface is formed by fold edges and a secondary inflow surface is provided laterally to the main inflow surface , wherein one front side of the filter bellows serves as a secondary inflow surface and points in the direction of the grip area, wherein the grip area , which is open towards this front side, is designed as a recessed grip , the recessed grip pointing towards the filter body and wherein the grip area allows a flow against the filter body laterally next to the main inflow surface .
A ring seal for a reciprocating piston comprising a split ring with an outer circumferential surface defining a width of said split ring which forms a seal with a cylinder bore when installed in a seal groove associated with said piston and an inner circumferential surface , opposite said outer circumferential surface and facing said piston , said split ring comprising overlapping first and second end segments (112/212/312; 114/214/314) defining a split surface therebetween, said split surface being transverse to the direction in which said piston moves when reciprocating within said cylinder bore and extending from said inner circumferential surface to said outer circumferential surface wherein said first end segment is associated with a leading lateral surface of said ring seal that faces a compression chamber associated with said piston, and said second end segment is associated with a trailing lateral surface of said ring seal that is opposite to said leading lateral surface , spacing (W1) between said split surface and said leading lateral surface is different from spacing (W2) from said split surface and said trailing lateral surface and wherein said split surface is spaced further from said leading lateral surface than spaced from said trailing lateral surface , characterized in that said split ring is made of a polymer or a polymer composite.
Use of a liquid fuel composition comprising (a) a gasoline base fuel and (b) from 0.5 to 50% v/v of naphtha for improving fuel consumption in a spark ignition internal combustion engine, wherein the spark ignition internal combustion engine is comprised within the powertrain of a hybrid electric vehicle, wherein the hybrid electric vehicle is a plug-in hybrid electric vehicle, and wherein the naphtha is Fischer-Tropsch derived naphtha.
A system for decorating substrates , comprising: a carrier web ; a decoration forming station configured to form decorations on the carrier web , each decoration comprising one or more decoration layers and an adhesive layer formed in register with the one or more decoration layers and exposed on a surface of the decoration facing outwardly from the carrier web ; an application station at which the decorations are applied to substrates from the carrier web ; a web path along which the carrier web travels to transport the decorations from the decoration forming station to the application station ; and a web control system to control movement of the carrier web through the decoration forming station and the application station , the web control system configured to stop movement of the carrier web when a decoration is positioned at the application station to transfer the decoration to a substrate . a carrier web ; a decoration forming station configured to form decorations on the carrier web , each decoration comprising one or more decoration layers and an adhesive layer formed in register with the one or more decoration layers and exposed on a surface of the decoration facing outwardly from the carrier web ; an application station at which the decorations are applied to substrates from the carrier web ; a web path along which the carrier web travels to transport the decorations from the decoration forming station to the application station ; and a web control system to control movement of the carrier web through the decoration forming station and the application station , the web control system configured to stop movement of the carrier web when a decoration is positioned at the application station to transfer the decoration to a substrate .
System for remotely monitoring compressed gas cylinder arrangements , having a plurality of receiving units and a central control unit , wherein the compressed gas cylinder arrangements are each equipped with a manually adjustable display unit mounted on the compressed gas cylinder arrangement and with a detection and communication unit , interacting with the display unit , that comprises a sensor for detecting the setting of the display unit and also a transmitting unit for wirelessly transmitting a signal comprising the information detected by the sensor about the state display and a cylinder identifier to a receiving unit , wherein the receiving units are able to be connected to the central control unit for data transmission purposes and are equipped with evaluation software designed such that information about a change of the state display that is conveyed by the detection and communication unit of a compressed gas cylinder arrangement results in said evaluation software prompting a receiving unit connected to the detection and communication unit of this compressed gas cylinder arrangement for data transmission purposes to deliver a signal to the control unit that contains an indication of the changed state display, of a cylinder identifier and of an identifier of the receiving unit , wherein the display unit is intended to set a number of different state displays for the purpose of manual identification of a state of the compressed gas cylinder arrangement .