mhurhangee/patent-ind-claim-en huggingface dataset:
Hose lifter comprising a lifting hose which has a hose interior and can be shortened by applying negative pressure to the hose interior , and comprising a suction gripping device which is arranged on one end of the lifting hose and can be supplied with negative pressure through the hose interior in order to suction and lift an object, and comprising an operating device which has a suction connection for flow connection with the suction gripping device , a lifting hose connection for flow connection with the hose interior of the lifting hose , and a valve device for controlling flow connections and a manually operable operating element , characterized by a holding device for fixing the operating device together with the suction gripping device and the lifting hose in the shortened collapsed state of the lifting hose in order to prevent unwanted falling, the holding device having two holding points which are opposite one another with respect to the lifting hose and the operating device and on which a load-bearing element of the holding device can act in order to fix the operating device together with the suction gripping device and the lifting hose , a dimensionally stable locking member being provided which is in loadable connection with the load-bearing element and which is designed and arrangeable in such a way that it can form a load-bearing, releasable fixing connection with both holding points at the same time, and in that the locking member has two coupling regions for this purpose, which are arranged such that they can form the releasable fixing connection with the mutually opposite holding points . and comprising an operating device which has a suction connection for flow connection with the suction gripping device , a lifting hose connection for flow connection with the hose interior of the lifting hose , and a valve device for controlling flow connections and a manually operable operating element , characterized by a holding device for fixing the operating device together with the suction gripping device and the lifting hose in the shortened collapsed state of the lifting hose in order to prevent unwanted falling, the holding device having two holding points which are opposite one another with respect to the lifting hose and the operating device and on which a load-bearing element of the holding device can act in order to fix the operating device together with the suction gripping device and the lifting hose , a dimensionally stable locking member being provided which is in loadable connection with the load-bearing element and which is designed and arrangeable in such a way that it can form a load-bearing, releasable fixing connection with both holding points at the same time, and in that the locking member has two coupling regions for this purpose, which are arranged such that they can form the releasable fixing connection with the mutually opposite holding points .
A method for defining authentication data of a user at an energy conversion device connected to a grid and a source via a network connection, comprising the steps of: - receiving, via the network connection, a request from a user to newly assign authentication data (S1); - receiving, by the energy conversion device, desired authentication data of the user via the network connection (S2); - permanently storing the desired authentication data in the energy conversion device for the authentication of the user in the event of subsequent attempts to access the energy conversion device (S4), only on condition that the energy conversion device is disconnected from the connected grid (S3) within a first predefined time window after receiving the request. - receiving, via the network connection, a request from a user to newly assign authentication data (S1); - receiving, by the energy conversion device, desired authentication data of the user via the network connection (S2); - permanently storing the desired authentication data in the energy conversion device for the authentication of the user in the event of subsequent attempts to access the energy conversion device (S4), only on condition that the energy conversion device is disconnected from the connected grid (S3) within a first predefined time window after receiving the request.
Escalator with a structural frame , wherein the escalator can be connected to a lift , wherein for this purpose, fastening points for the fastening of components of the lift are arranged on the structural frame , and the components of the lift can be supported, at least partially, by way of the structural frame , wherein the escalator : • has a first access zone , which is arranged on a first level (E1) of a building at its place of use, • has a second access zone , which is arranged on a second level (E2) of the building , and • has an inclined zone , which connects the two access zones with one another, characterised in that , components of a lift are arranged at the side of the escalator and outside its conveyor zone , at the fastening points of the structural frame , wherein the lift is located between the same levels (E1, E2) as the escalator and connects these with one another, and wherein the lift has at least one guide rail , and a platform that is moved in a guided manner on the guide rail . • has a first access zone , which is arranged on a first level (E1) of a building at its place of use, • has a second access zone , which is arranged on a second level (E2) of the building , and • has an inclined zone , which connects the two access zones with one another,
A dual fuel injection valve for separately injecting two different fuels into a combustion chamber of an internal combustion engine comprising a valve body , a hollow outer needle disposed within said valve body , said outer needle having a longitudinal axis along which it is movable between a closed position and an open position for injecting a first fuel directly into said combustion chamber through a first series of orifices located at an end of said valve body which faces said combustion chamber , an inner needle disposed within said outer needle , said inner needle having a longitudinal axis along which it is movable between a closed position and an open position for injecting a second fuel directly into said combustion chamber through a second series of orifices located at an end of said outer needle which faces said combustion chamber , and an actuator assembly operative to move said inner needle and said outer needle between their respective closed and open positions to separately inject an amount of pilot fuel and an amount of gaseous fuel into said combustion chamber , characterized in that a keying member is disposed between said outer needle and said valve body in an elongated channel formed by a recess in an outer surface of said outer needle or an inner surface of said valve body , said keying member being held in a fixed radial position relative to said elongated channel to prevent said outer needle from rotating relative to said valve body , wherein said outer surface of said outer needle and/or said inner surface of said valve body is provided with at least one additional recess , each recess forming an elongated channel wherein said keying member can be disposed to thereby establish a different fixed interlace angle.
Supercapacitor device, characterized in that is comprises at least one electrode comprising - a composite comprising vertically aligned carbon nanotubes, called "VACNT", on a substrate, said composite being characterized in that it comprises additional disorganized carbon deposited on the exterior face of the nanotubes, or - a set of aligned and parallel carbon nanotubes, obtained from a composite comprising VACNT on a substrate, said composite comprising additional disorganized carbon deposited on the exterior face of the nanotubes, said set of aligned and parallel nanotubes having been obtained by removal of the nanotubes from said substrate. - a composite comprising vertically aligned carbon nanotubes, called "VACNT", on a substrate, said composite being characterized in that it comprises additional disorganized carbon deposited on the exterior face of the nanotubes, or - a set of aligned and parallel carbon nanotubes, obtained from a composite comprising VACNT on a substrate, said composite comprising additional disorganized carbon deposited on the exterior face of the nanotubes, said set of aligned and parallel nanotubes having been obtained by removal of the nanotubes from said substrate.
Keyboard of a data entry device, a keyboard of the type comprising: - A plate of transparent material , - A spacer comprising a plurality of key-positioning locations, - A printed circuit board located under the spacer , and - A plurality of keys , each key being disposed so as to be at least indirectly in contact with a corresponding key imprint on said printed circuit board , Characterized in that : - said plate of transparent material comprises holes corresponding to each key, - a width of the spacer between at least two keys is chosen so that said plate of transparent material will deteriorate in the event of machining for inserting wires from key to key, - and said printed circuit board , said spacer and the plate of transparent material are applied so as to constitute an assembly that is non-dismountable from the exterior of the data entry device. - A plate of transparent material , - A spacer comprising a plurality of key-positioning locations, - A printed circuit board located under the spacer , and - A plurality of keys , each key being disposed so as to be at least indirectly in contact with a corresponding key imprint on said printed circuit board , - said plate of transparent material comprises holes corresponding to each key, - a width of the spacer between at least two keys is chosen so that said plate of transparent material will deteriorate in the event of machining for inserting wires from key to key, - and said printed circuit board , said spacer and the plate of transparent material are applied so as to constitute an assembly that is non-dismountable from the exterior of the data entry device.
Microphone unit comprising: - only one PCB with a front side suitable for being directed towards a sound source and a back side , - a plurality of transducers mounted on said back side of the PCB; each transducer being of acoustic-electric type with digital output, suitable for converting a sound signal into an electrical signal of digital type, - through holes obtained in the PCB in correspondence of each transducer in such a way that acoustic waves emitted by the sound source pass through the PCB and hit the transducers , - an A2B audio interface mounted on said back side of the PCB and electrically connected to said transducers ; said A2B audio interface being a transceiver suitable for receiving the digital signal from the transducers and convert said digital signal into an A2B format suitable for being sent in an A2B audio bus, and - an input electrical connector and an output electrical connector mounted on said back side of the PCB and electrically connected to said A2B audio interface ; said input and output electrical connectors (5; 105) being suitable for connecting respective A2B audio buses that use a single twisted pair, so that said microphone unit can be connected to one or two adjacent microphone units , in a daisy-chain configuration, forming a meta-array suitable for being connected to a A2B network having a host processor configured to perform a beam-forming of signals from all the transducers of the microphonic units of the meta-array ; wherein said plurality of transducers comprises a central transducer and at least three peripheral transducers disposed at the same radial distance (r) from the central transducer and equally angularly spaced. - only one PCB with a front side suitable for being directed towards a sound source and a back side , - a plurality of transducers mounted on said back side of the PCB; each transducer being of acoustic-electric type with digital output, suitable for converting a sound signal into an electrical signal of digital type, - through holes obtained in the PCB in correspondence of each transducer in such a way that acoustic waves emitted by the sound source pass through the PCB and hit the transducers , - an A2B audio interface mounted on said back side of the PCB and electrically connected to said transducers ; said A2B audio interface being a transceiver suitable for receiving the digital signal from the transducers and convert said digital signal into an A2B format suitable for being sent in an A2B audio bus, and - an input electrical connector and an output electrical connector mounted on said back side of the PCB and electrically connected to said A2B audio interface ; said input and output electrical connectors (5; 105) being suitable for connecting respective A2B audio buses that use a single twisted pair, so that said microphone unit can be connected to one or two adjacent microphone units , in a daisy-chain configuration, forming a meta-array suitable for being connected to a A2B network having a host processor configured to perform a beam-forming of signals from all the transducers of the microphonic units of the meta-array ;
An apparatus for manufacture of continuous glass filament filtration media, comprising: a reservoir comprising binder; a rotatable drum; a traversing glass melting furnace configured to move in a first direction parallel to an axis of rotation of the rotatable drum; a bushing plate with orifices; a binder sprayer coupled to the traversing glass melting furnace; characterized in that the reservoir comprising binder is configured to control a temperature of the binder within 18 to 26 °C (65-79 °F); and one or more side shields are coupled below the bushing plate, wherein the one or more side shields enclose three sides below the bushing plate, leaving one side open, and wherein the side shields consist of metal plates. a reservoir comprising binder; a rotatable drum; a traversing glass melting furnace configured to move in a first direction parallel to an axis of rotation of the rotatable drum; a bushing plate with orifices; a binder sprayer coupled to the traversing glass melting furnace; characterized in that the reservoir comprising binder is configured to control a temperature of the binder within 18 to 26 °C (65-79 °F); and one or more side shields are coupled below the bushing plate, wherein the one or more side shields enclose three sides below the bushing plate, leaving one side open, and wherein the side shields consist of metal plates.
A casting bar for delivering a foam-producing reaction mixture to a surface comprising: an inlet ; a bore formed along a length of the casting bar and in fluid communication with the inlet ; and orifices in the casting bar on a side facing the surface; characterised in that a cross-section of the bore is substantially circular near the inlet and gradually becomes substantially elliptical as it approaches an end away from the inlet . an inlet ; a bore formed along a length of the casting bar and in fluid communication with the inlet ; and orifices in the casting bar on a side facing the surface; characterised in that a cross-section of the bore is substantially circular near the inlet and gradually becomes substantially elliptical as it approaches an end away from the inlet .
A fluid filter , comprising: a housing formed by a lower housing having an inlet and an upper housing having an outlet , the lower and upper housings joined to form an enclosed chamber; and a fine media element disposed in the enclosed chamber, the fine media element comprising a frame around a fine filter media , wherein the frame comprises a peripheral frame region with a plurality of apertures therethrough so that all fluid flowing through the filter passes through either the fine filter media or the apertures , a coarse media element disposed in the enclosed chamber, the coarse media element having a coarse media so that all fluid flowing through the filter passes through the coarse media , wherein said fluid is a vehicle fluid and wherein the fluid is more viscous in cold conditions and less viscous in warmer conditions. a housing formed by a lower housing having an inlet and an upper housing having an outlet , the lower and upper housings joined to form an enclosed chamber; and a fine media element disposed in the enclosed chamber, the fine media element comprising a frame around a fine filter media , wherein the frame comprises a peripheral frame region with a plurality of apertures therethrough so that all fluid flowing through the filter passes through either the fine filter media or the apertures , a coarse media element disposed in the enclosed chamber, the coarse media element having a coarse media so that all fluid flowing through the filter passes through the coarse media , wherein said fluid is a vehicle fluid and wherein the fluid is more viscous in cold conditions and less viscous in warmer conditions.
A compound selected from (RS)-3-(3-fluorophenyl)-2-(1-((8-hydroxy-9H-purin-6-yl)amino)propyl)-4H-chromen-4-one and pharmaceutically acceptable salts thereof.
A method of manufacturing a capacitor comprising a step of forming walls , a stack of layers extending over lateral walls and an upper surface of the walls and between the walls , the walls being made of a first material, the walls extending from a substrate made of a second material, the first and second materials being different wherein the stack of layers further extends over the substrate between the walls , the method comprising a step of forming cavities in the substrate and comprising a step of etching the substrate portions located between the cavities .
Assembly comprising a first part (P1), a second part (P2) and a device mechanically linking with rotating axis the first part (P1) and the second part (P2) which extends in a longitudinal direction (X) in coaxial bores (A1, A2) formed respectively in said first part (P1) and second part (P2)) hinged in relation to each other around an axis along the longitudinal direction (X), an operating clearance being provided between the first part (P1) and the second part (P2), wherein the device for mechanically linking with rotating axis the first part (P1) and the second part (P2) comprises: - a cylindrical body comprising at least one end portion provided with at least one longitudinal slot , said cylindrical body comprising in said longitudinal direction (X) a cylindrical bore of the cylindrical body extended by a frusto-conical bore of the cylindrical body extending in said at least one end portion intended to be located in the bore (A2) of the second part (P2), said cylindrical body further comprising a radial extension on an outer wall of said cylindrical body ; - an insert of frusto-conical shape substantially complementary to said frusto-conical bore of the cylindrical body, said insert including a tapped aperture extending in said longitudinal direction (X) when said insert is accommodated in said frusto-conical bore ) of the cylindrical body, and characterized in that the device further comprises - a screw with a threaded end adapted to cooperate by screwing with said tapped aperture of said insert locking the cylindrical body in the bore (A2) of the second part (P2) and making a rotoide joint around the axis along the longitudinal direction (X). - a cylindrical body comprising at least one end portion provided with at least one longitudinal slot , said cylindrical body comprising in said longitudinal direction (X) a cylindrical bore of the cylindrical body extended by a frusto-conical bore of the cylindrical body extending in said at least one end portion intended to be located in the bore (A2) of the second part (P2), said cylindrical body further comprising a radial extension on an outer wall of said cylindrical body ; - an insert of frusto-conical shape substantially complementary to said frusto-conical bore of the cylindrical body, said insert including a tapped aperture extending in said longitudinal direction (X) when said insert is accommodated in said frusto-conical bore ) of the cylindrical body, and characterized in that the device further comprises - a screw with a threaded end adapted to cooperate by screwing with said tapped aperture of said insert locking the cylindrical body in the bore (A2) of the second part (P2) and making a rotoide joint around the axis along the longitudinal direction (X).
A peptide consisting of an amino acid sequence selected from the group consisting of ELKLIFLHRLKRLRKRLKRK (SEQ ID NO: 1), ELKLI (SEQ ID NO: 2) KLIFL (SEQ ID NO: 4), IFLHR (SEQ ID NO: 6), LHRLK (SEQ ID NO: 8), HRLKR (SEQ ID NO: 9), RLKRL (SEQ ID NO: 10), LKRLR (SEQ ID NO: 11), LRKRL (SEQ ID NO: 14) and KRLKR (SEQ ID NO: 16), or a salt of the peptide or a derivative of the peptide being a peptide having a modification selected from C-terminal amidation or esterification, protection of an N-terminal amino group with a protecting group, an acetylated N-terminus, and an acetylated N-terminus and an amidated C-terminus, wherein the protecting group is selected from C 2-6 alkanoyl groups.
Cosmetic or dermatological products, preferably cosmetic or dermatological formulations, comprising a) sorbitan monocaprylate and b5) piroctone olamine.
A route guidance method of guiding a vehicle such that the vehicle travels along a set route from a departure point to a destination of the vehicle, set based on map information, the method comprising: acquiring traffic congestion information via a communication interface (S101), if, on the set route, a travelling road at a present position of the vehicle has a first plurality of lanes, and a next road following a nearest branch point from the present position has a second plurality of lanes, finding a branch-merge point up to which lanes other than a lane for reaching the destination out of the second plurality of lanes have gone away; characterized in that if a start point of traffic congestion is downstream of the branch-merge point (S112), and an end point of the traffic congestion is upstream of the nearest branch point, guiding the vehicle to the lane for reaching the destination as a target before reaching the end point (S113); and if the start point is upstream of the branch-merge point, guiding the vehicle to a leftmost lane or rightmost lane of the second plurality of lanes as a target before reaching the end point (S114), wherein the branch-merge point is a point at which the number of lanes decreases. acquiring traffic congestion information via a communication interface (S101), if, on the set route, a travelling road at a present position of the vehicle has a first plurality of lanes, and a next road following a nearest branch point from the present position has a second plurality of lanes, finding a branch-merge point up to which lanes other than a lane for reaching the destination out of the second plurality of lanes have gone away; characterized in that if a start point of traffic congestion is downstream of the branch-merge point (S112), and an end point of the traffic congestion is upstream of the nearest branch point, guiding the vehicle to the lane for reaching the destination as a target before reaching the end point (S113); and if the start point is upstream of the branch-merge point, guiding the vehicle to a leftmost lane or rightmost lane of the second plurality of lanes as a target before reaching the end point (S114), wherein the branch-merge point is a point at which the number of lanes decreases.