mhurhangee/patent-ind-claim-en huggingface dataset:
A work vehicle comprising: a vehicle body; a prime mover unit provided in a front portion of the vehicle body, the prime mover unit having a hood ; an operation unit provided rearward of the prime mover unit in the vehicle body, the operation unit including a dashboard located in the rear side of the hood, and an operator seat located rearward of the dashboard at a distance; and a partition wall member provided below the dashboard in a boundary region between the operation unit and an internal space of the hood , a ventilation hole for ventilation from the operation unit toward the internal space being formed in the partition wall member, wherein an engine and an air cleaner are arranged in the internal space , the engine is arranged on a vehicle body-front side within the internal space, an air intake port of the air cleaner is open toward a rear side, rearward of the engine within the internal space , and the partition wall member includes a sound-proof wall plate , and a sound absorbing element is attached to the sound-proof wall plate on the internal space side, characterized in that a space (s1) accommodating a battery is provided in the partition wall member below the dashboard , and the sound-proof wall plate extends in an up-down direction only in an area corresponding to a gap between the dashboard and the battery. a vehicle body; a prime mover unit provided in a front portion of the vehicle body, the prime mover unit having a hood ; an operation unit provided rearward of the prime mover unit in the vehicle body, the operation unit including a dashboard located in the rear side of the hood, and an operator seat located rearward of the dashboard at a distance; and a partition wall member provided below the dashboard in a boundary region between the operation unit and an internal space of the hood , a ventilation hole for ventilation from the operation unit toward the internal space being formed in the partition wall member, wherein an engine and an air cleaner are arranged in the internal space , the engine is arranged on a vehicle body-front side within the internal space, an air intake port of the air cleaner is open toward a rear side, rearward of the engine within the internal space , and the partition wall member includes a sound-proof wall plate , and a sound absorbing element is attached to the sound-proof wall plate on the internal space side, characterized in that a space (s1) accommodating a battery is provided in the partition wall member below the dashboard , and the sound-proof wall plate extends in an up-down direction only in an area corresponding to a gap between the dashboard and the battery.
A glass composition comprising: SiO 2 in an amount from 50.0 to 60.5 % by weight; Al 2 O 3 in an amount from 19.5 to 23.0% by weight; CaO in an amount from 1.0 to 5.0% by weight; MgO in an amount from 9.0 to 14.0% by weight; Na 2 O in an amount from 0.0 to 1.0% by weight; K 2 O in an amount from 0.0 to less than 1.0% by weight; Li 2 O in an amount from 1.0 to 4.0% by weight; TiO 2 in an amount from 0.0 to 2.5% by weight, Y 2 O 3 in an amount from 0 to 10.0 % by weight; La 2 O 3 in an amount from 0 to 10.0 % by weight; Ce 2 O 3 in an amount from 0 to 5.0 % by weight; Sc 2 O 3 in an amount from 0 to 5.0 % by weight; and a total concentration of La 2 O 3 +Y 2 O 3 in an amount from 2.0 to 10.0 % by weight, wherein a glass fiber formed from said glass composition has an elastic modulus between 88 and 115 GPa and a tensile strength according to ASTM D2343-09 of at least 4,400 MPa. SiO 2 in an amount from 50.0 to 60.5 % by weight; Al 2 O 3 in an amount from 19.5 to 23.0% by weight; CaO in an amount from 1.0 to 5.0% by weight; MgO in an amount from 9.0 to 14.0% by weight; Na 2 O in an amount from 0.0 to 1.0% by weight; K 2 O in an amount from 0.0 to less than 1.0% by weight; Li 2 O in an amount from 1.0 to 4.0% by weight; TiO 2 in an amount from 0.0 to 2.5% by weight, Y 2 O 3 in an amount from 0 to 10.0 % by weight; La 2 O 3 in an amount from 0 to 10.0 % by weight; Ce 2 O 3 in an amount from 0 to 5.0 % by weight; Sc 2 O 3 in an amount from 0 to 5.0 % by weight; and a total concentration of La 2 O 3 +Y 2 O 3 in an amount from 2.0 to 10.0 % by weight, wherein a glass fiber formed from said glass composition has an elastic modulus between 88 and 115 GPa and a tensile strength according to ASTM D2343-09 of at least 4,400 MPa.
Separator-decanter device for treating rainwater and/or run-off water loaded with sludge particles to be removed from said water , said device comprising a tank to which is connected at least one supply pipe through which said loaded water arrives and at least one discharge pipe through which water is discharged free of at least part of said particles, said tank comprising at least one separating and settling compartment , which contains at least one lamellar settling cell configured to permit the passing of said sludge particles through said at least one lamellar settling cell , towards a storage area for the sludge , said storage area being located under said at least one lamellar settling cell , said device being characterized in that it includes at least one means for accessing said storage area from the outside (E) of said device , said access means passing through said entire at least one lamellar settling cell , for a measurement of the sludge blanket in said storage area and an effective elimination of said sludge, said access means having a through opening inside which is inscribed a circle having a diameter d between 100 and 300 millimeters, capable of permitting a passing through and a removal of a sludge blanket detection sensor and/or a sludge removal pipe.
"PROCESS FOR REMOVING POLLUTANTS FROM A WATERCOURSE", this process being of the type understood by stages of: applying through quick mixing flocculant or coagulant material in a section of the watercourse to be treated; allowing a basin of flocculation to emerge from this section, so that an aggregation of suspended particles occurs downstream, defining flakes of larger dimensions; characterized by subjecting these aggregated particles of larger dimensions and density downstream from the watercourse to at least one dissolution and injection stage of pure oxygen coming from a concentration unit , and directed to dissolution units by pressurized mixers , forming a water/oxygen mixture with a high degree of oxygen concentration ranging from 50% to 95% to be injected into section from the watercourse; allowing a floatation basin to emerge along the watercourse from this section so that an agglomeration of the float material occurs downstream, whose floated and agglomerated material is verified downstream on the surface and along the banks of the watercourse being removed by the scraping of the surface of the watercourse; being that the pure and concentrated oxygen is selectively transferred to the treated water from a watercourse, making it possible to use a water recirculation rate of 70% to 80% lower than would be necessary if environmental air were used. applying through quick mixing flocculant or coagulant material in a section of the watercourse to be treated; allowing a basin of flocculation to emerge from this section, so that an aggregation of suspended particles occurs downstream, defining flakes of larger dimensions; characterized by subjecting these aggregated particles of larger dimensions and density downstream from the watercourse to at least one dissolution and injection stage of pure oxygen coming from a concentration unit , and directed to dissolution units by pressurized mixers , forming a water/oxygen mixture with a high degree of oxygen concentration ranging from 50% to 95% to be injected into section from the watercourse; allowing a floatation basin to emerge along the watercourse from this section so that an agglomeration of the float material occurs downstream, whose floated and agglomerated material is verified downstream on the surface and along the banks of the watercourse being removed by the scraping of the surface of the watercourse; being that the pure and concentrated oxygen is selectively transferred to the treated water from a watercourse, making it possible to use a water recirculation rate of 70% to 80% lower than would be necessary if environmental air were used.
A lighting circuit comprising: an input adapted to receive a time-variable input voltage; a plurality of LED segments comprising at least a first LED segment and a last LED segment ; a switch network (S1, S2, S3) coupled to the plurality of LED segments, adapted to switch a time-variable set of LED segments of the plurality of LED segments in a series connection to the input with a total forward voltage of the set of LED segments selected in dependence on the amplitude of the time-variable input voltage, wherein the switch network is adapted to: - switch on only the first LED segment when the amplitude of the time-variable input voltage is below a first threshold; and - switch on the first, LED segment and the last LED segment in a series connection when the amplitude of the input voltage is above a last threshold, characterized in that there are at least two LED types; a first LED type with a first forward voltage, and a second LED type with a second forward voltage at least double the first forward voltage, and wherein the first LED segment comprises more LEDs of the first type than the second type and the last LED segment comprises more LEDs of the second type than the first type. an input adapted to receive a time-variable input voltage; a plurality of LED segments comprising at least a first LED segment and a last LED segment ; a switch network (S1, S2, S3) coupled to the plurality of LED segments, adapted to switch a time-variable set of LED segments of the plurality of LED segments in a series connection to the input with a total forward voltage of the set of LED segments selected in dependence on the amplitude of the time-variable input voltage, wherein the switch network is adapted to: - switch on only the first LED segment when the amplitude of the time-variable input voltage is below a first threshold; and - switch on the first, LED segment and the last LED segment in a series connection when the amplitude of the input voltage is above a last threshold, - switch on only the first LED segment when the amplitude of the time-variable input voltage is below a first threshold; and - switch on the first, LED segment and the last LED segment in a series connection when the amplitude of the input voltage is above a last threshold, characterized in that there are at least two LED types; a first LED type with a first forward voltage, and a second LED type with a second forward voltage at least double the first forward voltage, and wherein the first LED segment comprises more LEDs of the first type than the second type and the last LED segment comprises more LEDs of the second type than the first type.
A device , comprising: a printed circuit board, PCB, ; and a metal structure configured to be both an antenna and an input control, wherein the metal structure is located at a distance from the PCB and oriented such that the metal structure is substantially parallel to the PCB , wherein the metal structure is coupled to the PCB via at least a first coupling such that the metal structure is substantially parallel to the PCB , wherein an electric field is configured to extend between the PCB and the metal structure , wherein the first coupling is an antenna feed and a connection for the input control, and wherein the device is configured to be worn on a human body, characterized in that the electric field extends in a direction transverse to a tangent of a longitudinal surface of the human body when the device is being worn on the human body. a printed circuit board, PCB, ; and a metal structure configured to be both an antenna and an input control, wherein the metal structure is located at a distance from the PCB and oriented such that the metal structure is substantially parallel to the PCB , wherein the metal structure is coupled to the PCB via at least a first coupling such that the metal structure is substantially parallel to the PCB , wherein an electric field is configured to extend between the PCB and the metal structure , wherein the first coupling is an antenna feed and a connection for the input control, and wherein the device is configured to be worn on a human body, characterized in that the electric field extends in a direction transverse to a tangent of a longitudinal surface of the human body when the device is being worn on the human body.
A method of manufacturing a microsphere composition comprising at least one drug, comprising the steps of dissolving the at least one drug in at least one solvent to form a hydrophobic mixture, depositing the dissolved hydrophobic mixture onto a substrate and evaporating the deposited, dissolved hydrophobic mixture from the substrate to yield the microsphere composition, wherein the method further comprises a step prior to step of applying a water soluble material, to the substrate and drying the water soluble material, wherein water soluble material is a protein which is selected from water soluble human serum proteins.
A method implemented by computer, of non-destructive testing of an aeronautical component , comprising a preliminary step (E1) of obtaining by digital tomography a volume (V) wherein there is a representation of said aeronautical component , the volume (V) being defined by voxels (Vx), and characterized in that it comprises a righting processing (E2) comprising the following steps: - (E21) Processing of the tomographic representation, said processing consisting of extracting from said volume the voxels relating to the component only - (E22) Generation of a median surface (SM) of the component inside the tomographic volume from said extracted volume relating to the component, said median surface (SM) dividing the component into two parts, - (E23) Determination of a field of vectors normal (N) to said median surface (SM), - (E24) Flattening of said median surface (SM) to form a flattened median surface (SMa) in a plane (P), - (E25) Reconstruction of a righted volume (Vr) containing the component righted around the flattened median surface (SMa), said reconstruction being performed by mapping between voxels (Vx') of the righted volume (Vr) along directions orthogonal to the flattened median surface (SMa) and voxels (Vx) of the volume (V) along the normal vector (N) of the median surface (SM) associated with these respective orthogonal directions, the process also comprising a step for displaying the data of the righted volume and an analysis step (E3) by an operator of the righted volume thus displayed to identify the anomalies of the component. - (E21) Processing of the tomographic representation, said processing consisting of extracting from said volume the voxels relating to the component only - (E22) Generation of a median surface (SM) of the component inside the tomographic volume from said extracted volume relating to the component, said median surface (SM) dividing the component into two parts, - (E23) Determination of a field of vectors normal (N) to said median surface (SM), - (E24) Flattening of said median surface (SM) to form a flattened median surface (SMa) in a plane (P), - (E25) Reconstruction of a righted volume (Vr) containing the component righted around the flattened median surface (SMa), said reconstruction being performed by mapping between voxels (Vx') of the righted volume (Vr) along directions orthogonal to the flattened median surface (SMa) and voxels (Vx) of the volume (V) along the normal vector (N) of the median surface (SM) associated with these respective orthogonal directions,
A piezoelectric actuator , comprising: a piezoelectric material ; a conductor on a first part of the piezoelectric material ; and a membrane bonded to the conductor with an adhesive at a rough bonding interface , the conductor having a root mean square surface roughness of at least 10nm at the bonding interface , characterized in that the conductor comprises a metal conductor in nickel or nickel alloy or another pure or alloyed Group 10 or 11 metal and the surface of the metal conductor at the bonding interface includes tin, indium, zinc or lead. a piezoelectric material ; a conductor on a first part of the piezoelectric material ; and a membrane bonded to the conductor with an adhesive at a rough bonding interface , the conductor having a root mean square surface roughness of at least 10nm at the bonding interface , characterized in that the conductor comprises a metal conductor in nickel or nickel alloy or another pure or alloyed Group 10 or 11 metal and the surface of the metal conductor at the bonding interface includes tin, indium, zinc or lead.
A laptop computer comprising: a lower portion and a hinge-up portion , the hinge-up portion comprising a display panel ; a radio module, an antenna structure, the antenna structure comprising: a first antenna disposed above the display panel ; a second antenna disposed below the display panel ; a flat printed circuit radio frequency, FPC RF, cable ; wherein the first antenna is coupled to the radio module by the FPC RF cable ; and a signal divider circuit directly coupled to the radio module, the first antenna and the second antenna ; wherein the signal divider circuit is configured to send a signal in a first frequency range to the first antenna via the FPC RF cable , and a signal in a second frequency range to the second antenna . a lower portion and a hinge-up portion , the hinge-up portion comprising a display panel ; a radio module, an antenna structure, the antenna structure comprising: a first antenna disposed above the display panel ; a second antenna disposed below the display panel ; a flat printed circuit radio frequency, FPC RF, cable ; wherein the first antenna is coupled to the radio module by the FPC RF cable ; and a signal divider circuit directly coupled to the radio module, the first antenna and the second antenna ; wherein the signal divider circuit is configured to send a signal in a first frequency range to the first antenna via the FPC RF cable , and a signal in a second frequency range to the second antenna . a first antenna disposed above the display panel ; a second antenna disposed below the display panel ; a flat printed circuit radio frequency, FPC RF, cable ; wherein the first antenna is coupled to the radio module by the FPC RF cable ; and a signal divider circuit directly coupled to the radio module, the first antenna and the second antenna ; wherein the signal divider circuit is configured to send a signal in a first frequency range to the first antenna via the FPC RF cable , and a signal in a second frequency range to the second antenna .
A photochromic compound having an indenonaphthopyran moiety, in which the indenonaphthopyran moiety has: an alkenyl group having 10 to 30 carbon atoms, and an oligomer chain group A having 3 or more recurring units selected from a polyalkylene oxide oligomer chain group, a polyester oligomer chain group, a polysiloxane chain group and a polyester polyether oligomer chain group. an alkenyl group having 10 to 30 carbon atoms, and an oligomer chain group A having 3 or more recurring units selected from a polyalkylene oxide oligomer chain group, a polyester oligomer chain group, a polysiloxane chain group and a polyester polyether oligomer chain group.
Combination of a component in the form of a cylinder crankcase for an internal combustion engine and an apparatus for structuring a surface of a through-opening in the component , the apparatus comprising - a laser light source which generates laser radiation , such that a structuring of a surface of a through-opening in the component is generated, - a lance which is movable by means of a movement device into the through-opening , wherein the lance has means for emitting the laser radiation of the laser light source in the direction of the surface, and characterized by : - a covering device which is designed for arrangement on one end side of the component , wherein the covering device forms a passage opening through which the lance is movable, with the integration of a compressed-gas guide in the covering device , wherein the compressed-gas guide comprises means for connection to a compressed-gas source and forms at least one exit opening at the periphery of the passage opening . - a laser light source which generates laser radiation , such that a structuring of a surface of a through-opening in the component is generated, - a lance which is movable by means of a movement device into the through-opening , wherein the lance has means for emitting the laser radiation of the laser light source in the direction of the surface, and - a covering device which is designed for arrangement on one end side of the component , wherein the covering device forms a passage opening through which the lance is movable, with the integration of a compressed-gas guide in the covering device , wherein the compressed-gas guide comprises means for connection to a compressed-gas source and forms at least one exit opening at the periphery of the passage opening .
Complementary current steering switches for converting a digital input signal into an analog output signal, the complementary current steering switches comprising: a first pair of switches configured to receive the digital input signal and route a first differential current to a first current combining network when the digital input signal is high and to a second current combining network when the digital input signal is low; and a second pair of switches configured to receive the digital input signal and route a second differential current to the second current combining network when the digital input signal is high and to the first current combining network when the digital input signal is low; wherein: the first differential current is greater than the second differential current; a third differential current at the first and second current combining networks is the difference between the first differential current and the second differential current; the first pair of switches is scaled proportionally to a predefined ratio, wherein the predefined ratio is the ratio of the size of a switch of the first pair of switches over the first differential current; and characterized in that the switches of the first pair of switches are the same size as the switches of the second pair of switches. a first pair of switches configured to receive the digital input signal and route a first differential current to a first current combining network when the digital input signal is high and to a second current combining network when the digital input signal is low; and a second pair of switches configured to receive the digital input signal and route a second differential current to the second current combining network when the digital input signal is high and to the first current combining network when the digital input signal is low; wherein: the first differential current is greater than the second differential current; a third differential current at the first and second current combining networks is the difference between the first differential current and the second differential current; the first pair of switches is scaled proportionally to a predefined ratio, the first differential current is greater than the second differential current; a third differential current at the first and second current combining networks is the difference between the first differential current and the second differential current; the first pair of switches is scaled proportionally to a predefined ratio, wherein the predefined ratio is the ratio of the size of a switch of the first pair of switches over the first differential current; and characterized in that the switches of the first pair of switches are the same size as the switches of the second pair of switches.