mhurhangee/patent-ind-claim-en huggingface dataset:
A method of displaying active web pages on a mobile device , the method comprising: displaying content for a first active web page in a first pane on a display of the mobile device , the first active web page having a first hyperlink for a first target web page, and the first pane being displayed in a maximized state on the display, displaying a second active web page in a second pane (450; 650), the second pane being in a minimized state in a dock area of the display; receiving a long touch input on the first hyperlink; and responsive to receiving the long touch input, opening the first target web page in a third pane , the third pane being displayed in a minimized state in the dock area , wherein a minimized state is a smaller version of a maximized state and wherein the second active web page and the first target web page load, run, and/or update content in parallel with each other and with the first active web page. displaying content for a first active web page in a first pane on a display of the mobile device , the first active web page having a first hyperlink for a first target web page, and the first pane being displayed in a maximized state on the display, displaying a second active web page in a second pane (450; 650), the second pane being in a minimized state in a dock area of the display; receiving a long touch input on the first hyperlink; and responsive to receiving the long touch input, opening the first target web page in a third pane , the third pane being displayed in a minimized state in the dock area , wherein a minimized state is a smaller version of a maximized state and active web page having a first hyperlink for a first target web page, and the first pane being displayed in a maximized state on the display, displaying a second active web page in a second pane (450; 650), the second pane being in a minimized state in a dock area of the display; receiving a long touch input on the first hyperlink; and responsive to receiving the long touch input, opening the first target web page in a third pane , the third pane being displayed in a minimized state in the dock area , wherein a minimized state is a smaller version of a maximized state and wherein the second active web page and the first target web page load, run, and/or update content in parallel with each other and with the first active web page.
Fire tube comprising a tubular body with an inner side surface , extending around an axis (A), an inlet section and an outlet section , a plurality of fins leaning out, substantially in the radial direction (R), from the inner side surface towards the axis (A), said fins comprising at least one extended surface whose tangent (T), in a point (C) normal to the radial direction (R), is skew with respect to the axis (A), said fins being arranged in at least one array (S), a first and a second fin (3', 3") forming an interspace between the respective extended surfaces (4', 4") facing one another and whereby the ideal extension (P) of said interspace in the direction of the tangent (T) encounters a third fin (3"'), characterized in that said array (S) of fins twists around the axis (A) while progressively proceeding in the axial direction.
Method for detection of a binding event between a binding agent on a solid support and an analyte binding to said binding agent, comprising simultaneous but separate addition of a first enhancement reagent having affinity for said analyte and a second enhancement reagent having affinity for said first enhancement reagent, wherein the first enhancement reagent binds to the analyte and the second affinity agent binds to the first enhancement reagent, and wherein the first and second enhancement reagents have more than one binding site so that they also able to bind to each other to thereby amplify a detectable signal from the binding event, wherein the detection technique comprises surface plasmon resonance (SPR); and wherein the first and second enhancement reagents are simultaneously injected to the solid support via a flow channel system where the first and second enhancement reagents have undergone mixing before entering the detection area of the biosensor surface, wherein the detection is performed in a flow cell and the flow cell comprises a detection area with immobilized ligand , and an inlet which via a junction is connected to first and second conduits, and wherein the first and second enhancement reagents mixing comprises flowing the reagent solutions in respective conduits so that the two fluids mix at the junction of the flow cell inlet conduit and the mixed fluids pass through the flow cell over the detection area, wherein the sample is a complex biological fluid, and wherein the method comprises addition of the analyte together with the second enhancement reagent.
A turbofan engine that has a fan , a core , an aft core cowl, and an oil tank filling system , the oil tank filling system comprises: an oil tank that is located within the core of the turbofan engine ; an oil access port ; and an oil tank filling pipe that connects the oil access port to a tank filling port on the oil tank ; characterised in that the oil access port is located on the aft core cowl and the oil tank filling system has a hydraulic lock in the oil tank that prevents oil entering the oil tank once the oil tank contains a predetermined volume of oil, the tank filling port being connected to an oil dispensing pipe that opens into an air trap device that is provided in the oil tank to form the hydraulic lock . an oil tank that is located within the core of the turbofan engine ; an oil access port ; and an oil tank filling pipe that connects the oil access port to a tank filling port on the oil tank ; characterised in that the oil access port is located on the aft core cowl and the oil tank filling system has a hydraulic lock in the oil tank that prevents oil entering the oil tank once the oil tank contains a predetermined volume of oil, the tank filling port being connected to an oil dispensing pipe that opens into an air trap device that is provided in the oil tank to form the hydraulic lock .
A azacyclic constrained FTY720 analog small molecule compound having the formula: wherein: R 1 is an optional functional group selected from an alkyl chain, (CH 2 ) n OH, CH 2 O-alkyl, CH 2 O-alkyne, and (CH 2 ) n OMe; R2 is an aliphatic chain (C 6 - C 10 ); R 3 is a mono-, di-, tri- or quad- aromatic substituent comprising hydrogen, halogen, alkyl, alkoxy, azide (N 3 ), ether, NO 2 , or cyanide (CN); R4 is H or CH 2 OH; L is O-CH 2 ; Me is an alkyl, alkene or alkyne; n is an independently selected integer selected from the group of 1, 2, or 3; and wherein, when n = 1, the benzyl group can be linked to the pyrrolidine ring at either position 3 or 4. R 1 is an optional functional group selected from an alkyl chain, (CH 2 ) n OH, CH 2 O-alkyl, CH 2 O-alkyne, and (CH 2 ) n OMe; R2 is an aliphatic chain (C 6 - C 10 ); R 3 is a mono-, di-, tri- or quad- aromatic substituent comprising hydrogen, halogen, alkyl, alkoxy, azide (N 3 ), ether, NO 2 , or cyanide (CN); R4 is H or CH 2 OH; L is O-CH 2 ; Me is an alkyl, alkene or alkyne; n is an independently selected integer selected from the group of 1, 2, or 3; and wherein, when n = 1, the benzyl group can be linked to the pyrrolidine ring at either position 3 or 4.
A piston for an internal combustion engine, comprising: a piston body including an upper part and a lower part bounding an annular cooling gallery , wherein said upper part and said lower part are constructed from separate pieces and are fixed to one another via a welding process, said upper part having an upper combustion surface configured for direct exposure to combustion gases within a cylinder bore and an undercrown surface beneath said upper combustion surface and having a ring belt region radially outwardly from said annular cooling gallery , said lower part providing a floor of said annular cooling gallery and a pair of pin bosses depending from said floor , said pin bosses having axially aligned pin bores and said floor having a through opening ; a coolant medium disposed in said annular cooling gallery ; and a sealing member sealing off said through opening and sealing said coolant medium in said coolant gallery ; wherein said sealing member is fixed to said floor via a friction weld joint, the sealing member comprising a tapered nose disposed within the through opening , a joining surface fixed to a bonding surface on an underside of the floor , and hardened flashing extended radially outwardly from the joining and bonding surfaces and axially inwardly into the through opening . a piston body including an upper part and a lower part bounding an annular cooling gallery , wherein said upper part and said lower part are constructed from separate pieces and are fixed to one another via a welding process, said upper part having an upper combustion surface configured for direct exposure to combustion gases within a cylinder bore and an undercrown surface beneath said upper combustion surface and having a ring belt region radially outwardly from said annular cooling gallery , said lower part providing a floor of said annular cooling gallery and a pair of pin bosses depending from said floor , said pin bosses having axially aligned pin bores and said floor having a through opening ; a coolant medium disposed in said annular cooling gallery ; and a sealing member sealing off said through opening and sealing said coolant medium in said coolant gallery ; wherein said sealing member is fixed to said floor via a friction weld joint, the sealing member comprising a tapered nose disposed within the through opening , a joining surface fixed to a bonding surface on an underside of the floor , and hardened flashing extended radially outwardly from the joining and bonding surfaces and axially inwardly into the through opening .
A system for cleaning streets and similar surfaces from extraneous materials, such as sands, comprising a vehicle and a vehicle assisted working device integrated with the vehicle, wherein the working device comprises - at least one brush for detachment of said extraneous material from said surface, - means for providing an underpressure for suction of the detached material into the air flow from said surface, - means for separating said detached material from said air flow and - means for providing an overpressure and means for return of the separated air to the surface, - said at least one said brush is arranged to rotate counter-wise to the intended direction of movement of the working device, and - means , for the suction of the extraneous materials, wherein said at least one counter-rotating brush and said means for return of the separated air to the surface are arranged in such an order that when the working device is intended to move over a spot of the surface to be cleaned, they treat the spot in the following order: means , for the suction of the extraneous materials, said at least one counter-rotating brush and means for return of the separated air to the surface, characterized in that - said vehicle is a robot or remotely controlled vehicle, - the means for separating comprises a cyclone and/or another type of an elutriator, and - the means for return of the separated air comprises a nozzle with a contracted cross-section for increasing air-flow velocity for providing an air knife , the air flow velocity through the air-knife directing a shear stress type force on to the surface. - at least one brush for detachment of said extraneous material from said surface, - means for providing an underpressure for suction of the detached material into the air flow from said surface, - means for separating said detached material from said air flow and - means for providing an overpressure and means for return of the separated air to the surface, - said at least one said brush is arranged to rotate counter-wise to the intended direction of movement of the working device, and - means , for the suction of the extraneous materials, wherein said at least one counter-rotating brush and said means for return of the separated air to the surface are arranged in such an order that when the working device is intended to move over a spot of the surface to be cleaned, they treat the spot in the following order: means , for the suction of the extraneous materials, said at least one counter-rotating brush and means for return of the separated air to the surface, - said vehicle is a robot or remotely controlled vehicle, - the means for separating comprises a cyclone and/or another type of an elutriator, and - the means for return of the separated air comprises a nozzle with a contracted cross-section for increasing air-flow velocity for providing an air knife , the air flow velocity through the air-knife directing a shear stress type force on to the surface.
A method of separating water from a product, the method comprising: contacting the mixture of water and product with a first surface of a graphene oxide membrane, wherein the graphene oxide membrane comprises a layer of graphene oxide supported on a layer of a porous membrane; removing the water from a second surface of the composite material; and wherein the layer of graphene oxide comprises stacked single molecular layer graphene oxide sheets, characterized in that the separation is by pervaporation. contacting the mixture of water and product with a first surface of a graphene oxide membrane, wherein the graphene oxide membrane comprises a layer of graphene oxide supported on a layer of a porous membrane; removing the water from a second surface of the composite material; and
A desorber for a spectrometer, comprising a housing which has inlets and outlets for a sample carrier gas and a closable opening, and an induction unit arranged in the housing, wherein the induction unit comprises: - an electrically insulating coil carrier which has a relative permeability of more than 10, - a coil arranged in the coil carrier , - a sample carrier which can be removed via the closable opening, wherein the sample carrier has a relative permeability of more than 10 and is formed as an inductive heating element in order to heat a substance to be desorbed which is applied to the sample carrier , and the coil carrier and the coil are arranged spaced apart from the sample carrier by a gap , so that the magnetic flux generated by an alternating current flowing in the coil flows through the sample carrier via the coil carrier and the gap . - an electrically insulating coil carrier which has a relative permeability of more than 10, - a coil arranged in the coil carrier , - a sample carrier which can be removed via the closable opening,
An apparatus for classifying value documents , in particular bank notes, having: - at least two sensor devices which are arranged to capture waves, in particular electromagnetic waves, reflected on a front side and on a back side of a value document and to generate corresponding sensor data or to capture properties of the value document in at least two different regions (15-17) of the value document by means of different measuring principles and to generate corresponding sensor data , and - at least one evaluation device which is arranged to classify the value document with the aid of the sensor data generated by the at least two sensor devices , which sensor data relate to the waves reflected on the front side and back side of the value document or to the properties of the value document captured in the at least two different regions of the value document by means of different measuring principles, wherein the at least one evaluation device comprises a memory unit for data storage and a control device is provided which is arranged to write the sensor data generated by the at least two sensor devices into the memory unit of the at least one evaluation device , wherein at least two evaluation devices respectively having a memory unit are provided and the control device is arranged to write the sensor data generated by the at least two sensor devices into each memory unit of the at least two evaluation devices . - at least two sensor devices which are arranged to capture waves, in particular electromagnetic waves, reflected on a front side and on a back side of a value document and to generate corresponding sensor data or to capture properties of the value document in at least two different regions (15-17) of the value document by means of different measuring principles and to generate corresponding sensor data , and - at least one evaluation device which is arranged to classify the value document with the aid of the sensor data generated by the at least two sensor devices , which sensor data relate to the waves reflected on the front side and back side of the value document or to the properties of the value document captured in the at least two different regions of the value document by means of different measuring principles, wherein the at least one evaluation device comprises a memory unit for data storage and a control device is provided which is arranged to write the sensor data generated by the at least two sensor devices into the memory unit of the at least one evaluation device , wherein at least two evaluation devices respectively having a memory unit are provided and the control device is arranged to write the sensor data generated by the at least two sensor devices into each memory unit of the at least two evaluation devices .
A method for a network, comprising: the network configures a Downlink, in the following also referred to as DL, Bandwidth Part, in the following also referred to as BWP, and an Uplink, in the following also referred to as UL, BWP in a first serving cell to a User Equipment, in the following also referred to as UE, ; the network configures a paired spectrum operation in the first serving cell to the UE ; and the network transmits a first Downlink Control Information, in the following also referred to as DCI, to the UE, wherein the first DCI comprises a slot format combination indicating slot format values, which include one or more slot format values for the DL BWP and one or more slot format values for the UL BWP ; characterized by further comprising: the network sets an amount of said slot format values in the slot format combination in the first DCI to be multiple of a first number and further larger than the first number , wherein the first number is N th power of 2 plus 1, that is 2 N +1, wherein N is the absolute value of the difference of a first value corresponding to the first SCS configuration and a second value corresponding to the second SCS configuration. the network configures a Downlink, in the following also referred to as DL, Bandwidth Part, in the following also referred to as BWP, and an Uplink, in the following also referred to as UL, BWP in a first serving cell to a User Equipment, in the following also referred to as UE, ; the network configures a paired spectrum operation in the first serving cell to the UE ; and the network transmits a first Downlink Control Information, in the following also referred to as DCI, to the UE, wherein the first DCI comprises a slot format combination indicating slot format values, which include one or more slot format values for the DL BWP and one or more slot format values for the UL BWP ; characterized by further comprising: the network sets an amount of said slot format values in the slot format combination in the first DCI to be multiple of a first number and further larger than the first number , wherein the first number is N th power of 2 plus 1, that is 2 N +1, wherein N is the absolute value of the difference of a first value corresponding to the first SCS configuration and a second value corresponding to the second SCS configuration.
Method for processing a gas stream comprising air, urea dust and ammonia, for the production of urea ammonium sulphate, whereby the urea dust and ammonia in said gas stream is separated from each other in a multi-stage separator at a temperature between 60 °C and 70 °C and further processed into a separate urea processing line and an ammonia processing line, respectively, characterized in that, prior to said separation, said urea dust is sequestered from said gas stream comprising air, urea dust and ammonia by absorption into a water aerosol in a mist chamber, thereby obtaining a urea aerosol, which is subsequently condensed.
A seal ring for sealing a clearance between a rotary shaft and a housing , wherein the seal ring comprises: a side surface on the sealed fluid side (L), a side surface on the atmosphere side (A), and a sliding surface (S1) being part of the side surface on the atmosphere side (A), characterized in that the seal ring further comprises: inclined grooves formed at the sliding surface (S1) so as to be arranged in a circumferential direction, the inclined grooves being closed on an outer diameter side thereof and configured to generate a dynamic pressure; and supply grooves , formed at the sliding surface (S1), opening on the sealed fluid side (L) and communicating with an inner diameter side of the inclined grooves . a side surface on the sealed fluid side (L), a side surface on the atmosphere side (A), and a sliding surface (S1) being part of the side surface on the atmosphere side (A), characterized in that the seal ring further comprises: inclined grooves formed at the sliding surface (S1) so as to be arranged in a circumferential direction, the inclined grooves being closed on an outer diameter side thereof and configured to generate a dynamic pressure; and supply grooves , formed at the sliding surface (S1), opening on the sealed fluid side (L) and communicating with an inner diameter side of the inclined grooves . inclined grooves formed at the sliding surface (S1) so as to be arranged in a circumferential direction, the inclined grooves being closed on an outer diameter side thereof and configured to generate a dynamic pressure; and supply grooves , formed at the sliding surface (S1), opening on the sealed fluid side (L) and communicating with an inner diameter side of the inclined grooves .
A mining system , comprising: a first tunnel that reaches a dump site and includes a first road surface ; a second tunnel that crosses the first tunnel , reaches a mining site , and includes a second road surface ; and a first type of moving vehicle that is capable of traveling on the first road surface , wherein the second road surface is positioned above the first road surface , wherein the mining system further comprises a frame that is provided above the first road surface of the first tunnel and that includes a lower surface forming a transport passage (P) between the first road surface and the lower surface and an upper surface forming a work road surface (S), on which a loading machine operates, together with the second road surface , and wherein the first type of moving vehicle is capable of passing through the transport passage (P), characterized in that a frame transport vehicle that lifts and is capable of transporting the frame in the transport passage (P) is provided as the first type of moving vehicle . a first tunnel that reaches a dump site and includes a first road surface ; a second tunnel that crosses the first tunnel , reaches a mining site , and includes a second road surface ; and a first type of moving vehicle that is capable of traveling on the first road surface , wherein the second road surface is positioned above the first road surface , wherein the mining system further comprises a frame that is provided above the first road surface of the first tunnel and that includes a lower surface forming a transport passage (P) between the first road surface and the lower surface and an upper surface forming a work road surface (S), on which a loading machine operates, together with the second road surface , and wherein the first type of moving vehicle is capable of passing through the transport passage (P), characterized in that a frame transport vehicle that lifts and is capable of transporting the frame in the transport passage (P) is provided as the first type of moving vehicle .