mhurhangee/patent-ind-claim-en huggingface dataset:
Method for distributing spraying liquid with at least one spraying device, permissible limits being predetermined for at least one operating parameter of the spraying device and at least one action being triggered when a predefined distance from a predetermined limit of at least one operating parameter is reached by the at least one operating parameter; characterized in that at least one temporary adaptation of the control and/or regulation of the operation of the spraying device to the at least one limiting operating parameter is carried out as at least one action by means of direct intervention in the operation of the spraying device, a change in the pump speed being carried out at a predefined distance of the operating parameter degree of opening of the quantity control valve from its upper limit, the distance of the degree of opening from the limit value being set between 20% and 1%, and the pump speed being reduced when the degree of opening is below the distance from the limit value, and the pump speed being increased when the degree of opening is above the distance from the limit value.
A method for adjusting the oscillation frequency of an oscillating system (S) for a watch movement, comprising the following steps: - selecting a hairspring , - selecting a balance wheel belonging to a predetermined class, without balance felloe, - selecting at least two balancing mass elements in a predetermined batch, - pairing the hairspring with the balance wheel and said at least two mass elements , - measuring an oscillation frequency of the oscillating system (S) comprising the hairspring , the balance wheel and said at least two mass elements , - selecting at least one of a balance wheel of another class or the at least two mass elements of another batch if the measured oscillation frequency does not match with a desired oscillation frequency. - selecting a hairspring , - selecting a balance wheel belonging to a predetermined class, without balance felloe, - selecting at least two balancing mass elements in a predetermined batch, - pairing the hairspring with the balance wheel and said at least two mass elements , - measuring an oscillation frequency of the oscillating system (S) comprising the hairspring , the balance wheel and said at least two mass elements , - selecting at least one of a balance wheel of another class or the at least two mass elements of another batch if the measured oscillation frequency does not match with a desired oscillation frequency.
A printing apparatus, comprising: a plurality of manifolds and printing elements , wherein a printing element from among the plurality of printing elements is disposed in a manifold from among the plurality of manifolds, wherein each manifold is shaped as a parallelepiped having three pairs of parallel faces and comprises a body thereof defining a plurality of fluidic channels, a bottom portion thereof defining a slot configured to accommodate insertion of a printing element, and at least one face defining a plurality of fluidic connections in fluidic communication with the fluidic channels, wherein the manifolds are stacked on each other to define a stack such that at least one set of parallel faces of each manifold is tilted away from a displacement axis of the stack. a plurality of manifolds and printing elements , wherein a printing element from among the plurality of printing elements is disposed in a manifold from among the plurality of manifolds, wherein each manifold is shaped as a parallelepiped having three pairs of parallel faces and comprises a body thereof defining a plurality of fluidic channels, a bottom portion thereof defining a slot configured to accommodate insertion of a printing element, and at least one face defining a plurality of fluidic connections in fluidic communication with the fluidic channels, wherein the manifolds are stacked on each other to define a stack such that at least one set of parallel faces of each manifold is tilted away from a displacement axis of the stack.
A hot melt adhesive which is solid at room temperature wherein the room temperature is 23°C ± 3°C, said hot melt adhesive comprising the reaction product of: 5 to 25% by weight of an isocyanate component having an NCO content of from 20 to 50% by weight; 75 to 85% by weight of a polyester; and 1 to 10% by weight of a hydroxy-polymer having an OH number of from 40 to 50 wherein said hydroxy-polymer comprises the reaction product of a combination of monomers comprising at least one styrene monomer and at least one acrylate monomer, and optionally at least one hydroxyethylacrylate monomer different from said at least one acrylate monomer. 5 to 25% by weight of an isocyanate component having an NCO content of from 20 to 50% by weight; 75 to 85% by weight of a polyester; and 1 to 10% by weight of a hydroxy-polymer having an OH number of from 40 to 50 wherein said hydroxy-polymer comprises the reaction product of a combination of monomers comprising at least one styrene monomer and at least one acrylate monomer, and optionally at least one hydroxyethylacrylate monomer different from said at least one acrylate monomer.
A movement comprising a tourbillion block (7.1), a tourbillion unit and a zero reset mechanism , the tourbillion unit comprising a carriage (1.5), a balance wheel (1.1) and an escape wheel (1.3), wherein the balance wheel (1.1) and the escape wheel (1.3) are rotationally arranged on the carriage (1.5) and wherein the carriage (1.5) is rotationally supported on the tourbillion block (7.1), wherein the zero reset mechanism comprises a first wheel (3.1) in engagement with the escape wheel (1.3) and a second wheel (3.2) coaxial to the first wheel (3.1) rotationally locked to the first wheel (3.1) and engageable with a pivotable locking lever , and wherein the movement is switchable between a driving mode (D) and a reset mode (R), wherein when in the driving mode (D) the zero reset mechanism is rotationally locked to the tourbillion block (7.1) and wherein when in the reset mode (R), the zero reset mechanism is freely rotatable relative to the tourbillion block (7.1).
A structure for moving tools in numeric control machines for the working of rigid and semirigid planar materials, comprising a supporting framework adapted to be arranged in a position that lies above a working surface of a numeric control machine, the supporting framework supporting at least one arm for supporting a tool head , said arm being movable along a bridge , said tool head supporting at least one tool, characterized in that it comprises means for compensating vibrations and/or oscillations that are a consequence of the accelerations caused by the movement of said at least one tool head , said compensation means being movable along said bridge , on a plane that is parallel to a movement plane of said at least one tool head , said compensation means comprising at least one mass that is adapted to be moved in a direction that is parallel to the direction of motion of said arm and is transverse with respect to the direction of motion of said at least one tool head along said arm .
Cannabinoid loaded granules consisting of orodispersible sugar granules loaded with at least one cannabinoid compound, wherein each granule presents a diameter of 2 to 10 millimeters before loading, and wherein said cannabinoid loaded granules are intended to be administered sublingually.
A connector comprising: a housing ; and a plate-shaped lever which is pivotably supported by the housing and rotatable, wherein the housing includes a pair of wall sections opposed to each other in a rotation axis direction (Y) of the lever , wherein one wall section of the pair of wall sections includes a rotation shaft section protruding towards another wall section of the pair of wall sections , characterized in that the rotation shaft section is provided in a flexible arm which is cut out from the one wall section , wherein in a natural state of the flexible arm , the lever is pivotably supported by the rotation shaft section , wherein when the lever which is not mounted is inserted between the pair of wall sections and comes into contact with the rotation shaft section , the flexible arm is bent in a direction away from the another wall section with interposition of the one wall section . a housing ; and a plate-shaped lever which is pivotably supported by the housing and rotatable, wherein the housing includes a pair of wall sections opposed to each other in a rotation axis direction (Y) of the lever , wherein one wall section of the pair of wall sections includes a rotation shaft section protruding towards another wall section of the pair of wall sections , characterized in that the rotation shaft section is provided in a flexible arm which is cut out from the one wall section , wherein in a natural state of the flexible arm , the lever is pivotably supported by the rotation shaft section , wherein when the lever which is not mounted is inserted between the pair of wall sections and comes into contact with the rotation shaft section , the flexible arm is bent in a direction away from the another wall section with interposition of the one wall section .
A composition comprising at least one thermoplastic polyurethane, at least one polymer selected from the group consisting of ethylene-vinyl acetate copolymers, polyethylene, polypropylene, ethylene-propylene copolymers and copolymers based on styrene, at least one metal hydroxide and at least one phosphorus-containing flame retardant, wherein the thermoplastic polyurethane is a thermoplastic polyurethane based on at least one diisocyanate and at least one polycarbonatediol.
An adhesive composition comprising a polymer, inorganic fillers, and at least one organic solvent, wherein: - the polymer is at least one preceramic polymer, based on silicon, - the fillers comprise one or a plurality of types of thermally conductive and electrically insulating inorganic fillers, the preceramic polymer being selected from the group comprising polysiloxanes, polysilsesquioxanes, polycarbosiloxanes, polyborosilanes, polyborosiloxanes, polysilazanes, poly-silsesquiazanes, polyborosilazanes, polycarbosilanes, polysilylcarbodiimides, and polysilsesquicarbodiimides, the inorganic fillers being selected from the group comprising AlN; Al 2 O 3 ; hBN; silicon nitride; ceramics based on silicon, aluminum, oxygen, and nitrogen; and BeO, the inorganic fillers representing from 60 to 80 vol.% with respect to the total volume of the adhesive composition. - the polymer is at least one preceramic polymer, based on silicon, - the fillers comprise one or a plurality of types of thermally conductive and electrically insulating inorganic fillers,
A non-volatile memory bitcell comprising: a substrate comprising a source , a drain , and a channel region ; a shallow trench isolation ; a bottom barrier above the channel region; a floating gate above the bottom barrier , the floating gate covering the channel region and at least partially covering the shallow trench isolation on at least two sides of the floating gate , and at least partially covering the source and the drain ; a top barrier above the floating gate ; a dielectric layer comprising a material with a dielectric constant that is higher than that of the top barrier , the dielectric layer directly contacting the top barrier and extending past the floating gate to at least partially surround the top barrier, the bottom barrier, and the floating gate; and a control gate extending past and covering at least a portion of at least four sidewalls of the floating gate to at least partially surround the top barrier , the bottom barrier , and a top surface of the floating gate , the control gate directly contacting the dielectric layer, the bottom barrier extending in a lateral direction to separate the control gate and the dielectric layer from the substrate; and at least one spacer located on top of the substrate adjacent to the dielectric layer, the dielectric layer directly covering and contacting a sidewall of the spacer , wherein the dielectric layer is arranged between the spacer and the control gate. a substrate comprising a source , a drain , and a channel region ; a shallow trench isolation ; a bottom barrier above the channel region; a floating gate above the bottom barrier , the floating gate covering the channel region and at least partially covering the shallow trench isolation on at least two sides of the floating gate , and at least partially covering the source and the drain ; a top barrier above the floating gate ; a dielectric layer comprising a material with a dielectric constant that is higher than that of the top barrier , the dielectric layer directly contacting the top barrier and extending past the floating gate to at least partially surround the top barrier, the bottom barrier, and the floating gate; and a control gate extending past and covering at least a portion of at least four sidewalls of the floating gate to at least partially surround the top barrier , the bottom barrier , and a top surface of the floating gate , the control gate directly contacting the dielectric layer, the bottom barrier extending in a lateral direction to separate the control gate and the dielectric layer from the substrate; and at least one spacer located on top of the substrate adjacent to the dielectric layer, the dielectric layer directly covering and contacting a sidewall of the spacer , wherein the dielectric layer is arranged between the spacer and the control gate.
Device comprising a first operating system, a second operating system and an intrusion detection system, wherein the second operating system includes means for monitoring its programming interfaces to protect itself against software attacks originating from the first operating system, the intrusion detection system comprising a listening module configured to be executed in the first operating system in order to listen to the activity of this first operating system and a collecting module configured to be executed in the first operating system in order to collect data characterizing the activity of the first operating system, said intrusion detection system including an analysis and detection module configured to be executed in the second operating system in order to analyze the data collected in the first operating system and to detect a suspicious activity in the first operating system as a result of said analysis, wherein the first operating system and the second operating system are executed exclusively of each other, characterized in that the collecting module stores said data in a buffer memory of said first operating system, said buffer memory being accessible in read mode by the second operating system.
An isocyanate reactive composition comprising: a polyol; and tris(4-hydroxyphenyl)methane alkoxylate, wherein the polyol is from 25 to 95 parts of the isocyanate reactive composition based upon 100 parts of a combination of the polyol and the tris(4-hydroxyphenyl)methane alkoxylate, and the tris(4-hydroxyphenyl)methane alkoxylate is from 5 to 75 parts of the isocyanate reactive composition based upon 100 parts of the combination of the polyol and the tris(4-hydroxyphenyl)methane alkoxylate. a polyol; and tris(4-hydroxyphenyl)methane alkoxylate, wherein the polyol is from 25 to 95 parts of the isocyanate reactive composition based upon 100 parts of a combination of the polyol and the tris(4-hydroxyphenyl)methane alkoxylate, and the tris(4-hydroxyphenyl)methane alkoxylate is from 5 to 75 parts of the isocyanate reactive composition based upon 100 parts of the combination of the polyol and the tris(4-hydroxyphenyl)methane alkoxylate.
Display device for vehicles which comprises a projection element that emits the display light, and a mirror which is intended to reflect the display light, said mirror being moved by a drive means which is intended to angularly move said mirror and consists of a motor which directly drives a cam having a segment of increasing radius for adjusting the orientation of the mirror in an active position, the peripheral surface of the cam coming into sliding contact with the surface of the mirror or of a lateral support which extends said mirror , characterized in that said mirror is tiltable with respect to a transverse axis of rotation positioned in the middle of the height of the mirror, and in that said cam has a profile which is defined by a particular radius/angle function with an angular zone in which the radius varies linearly, for fine adjustment, extended by an angular zone in which the variation in the radius is greater in order to ensure rapid movement to a withdrawn position.
A continuous flow process for converting a high-pour-point organic feedstock to an upgraded product comprising: providing a high-pour-point organic feedstock, wherein the high-pour-point organic feedstock has a pour point temperature greater than 10°C (50°F); feeding the high-pour-point organic feedstock into a separation system to produce a distillate fraction and a heavy fraction; feeding the heavy fraction from the separation system into a high-rate hydrothermal reactor system operating at supercritical water conditions and a Reynolds Number (Re) within the range of 2000 - 100,000, wherein the heavy fraction is maintained in the reactor for a residence time of less than one minute to produce an upgraded heavy fraction; and depressurizing the upgraded heavy fraction exiting the high-rate hydrothermal reactor system, filtering the depressurized upgraded heavy fraction, feeding the filtered upgraded heavy fraction to a feed-effluent heat exchanger, cooling the filtered upgraded heavy fraction, feeding the cooled filtered upgraded heavy fraction to one or more separators to remove fuel gas and water therefrom, and combining the upgraded heavy fraction exiting the one or more separators with the distillate fraction to form the upgraded product without the production of liquid byproducts. providing a high-pour-point organic feedstock, wherein the high-pour-point organic feedstock has a pour point temperature greater than 10°C (50°F); feeding the high-pour-point organic feedstock into a separation system to produce a distillate fraction and a heavy fraction; feeding the heavy fraction from the separation system into a high-rate hydrothermal reactor system operating at supercritical water conditions and a Reynolds Number (Re) within the range of 2000 - 100,000, wherein the heavy fraction is maintained in the reactor for a residence time of less than one minute to produce an upgraded heavy fraction; and depressurizing the upgraded heavy fraction exiting the high-rate hydrothermal reactor system, filtering the depressurized upgraded heavy fraction, feeding the filtered upgraded heavy fraction to a feed-effluent heat exchanger, cooling the filtered upgraded heavy fraction, feeding the cooled filtered upgraded heavy fraction to one or more separators to remove fuel gas and water therefrom, and combining the upgraded heavy fraction exiting the one or more separators with the distillate fraction to form the upgraded product without the production of liquid byproducts.
A system (1;31;51) for perfusion culture of cells comprising: a) at least one bioreactor (2;32;52); b) at least one filter unit comprising a retentate inlet end (4;34;54), a retentate outlet end and at least one permeate outlet port (6;36;56); c) at least one reciprocating pump (7;37;57) fluidically connected to the retentate inlet end, wherein said retentate inlet end is fluidically connected to said bioreactor via an inlet check valve (8;38;58) arranged to allow flow in the direction from the bioreactor to the retentate inlet end and to block flow in the reverse direction, and wherein said retentate outlet end is fluidically connected to said bioreactor via an outlet check valve (9;39;59) arranged to allow flow in the direction from the retentate outlet end to the bioreactor and to block flow in the reverse direction; and wherein said inlet and outlet check valves are each fluidically connected to a tubing branch point (10;40;60), which is further connected to the bioreactor via a single length of tubing (11;41;61). a) at least one bioreactor (2;32;52); b) at least one filter unit comprising a retentate inlet end (4;34;54), a retentate outlet end and at least one permeate outlet port (6;36;56); c) at least one reciprocating pump (7;37;57) fluidically connected to the retentate inlet end, wherein said retentate inlet end is fluidically connected to said bioreactor via an inlet check valve (8;38;58) arranged to allow flow in the direction from the bioreactor to the retentate inlet end and to block flow in the reverse direction, and wherein said retentate outlet end is fluidically connected to said bioreactor via an outlet check valve (9;39;59) arranged to allow flow in the direction from the retentate outlet end to the bioreactor and to block flow in the reverse direction; and
An optical path switching device configured to selectively direct electromagnetic radiation toward one detector of a plurality of detectors , the switching device comprising: a platform ; a limited clocking angle cam profile ; a mirror mount rotatably mounted on the platform by a bearing ; a mirror coupled to the mirror mount, the mirror comprising a mirror shaft and a pinion gear provided on the mirror shaft; an active actuator configured to rotate the mirror mount with respect to the platform a predetermined amount to direct electromagnetic radiation toward a desired detector; and a passive actuator configured to adjust an angle of the mirror with respect to the mirror mount, the passive actuator including a bracket secured to the mirror base, the bracket having a rack gear portion , wherein the rack gear portion is configured to engage the pinion gear provided on the mirror shaft of the mirror, with the rack gear portion serving as a cam follower during contact with the limited clocking angle cam profile, and the pinion gear serving as a mirror driver. a platform ; a limited clocking angle cam profile ; a mirror mount rotatably mounted on the platform by a bearing ; a mirror coupled to the mirror mount, the mirror comprising a mirror shaft and a pinion gear provided on the mirror shaft; an active actuator configured to rotate the mirror mount with respect to the platform a predetermined amount to direct electromagnetic radiation toward a desired detector; and a passive actuator configured to adjust an angle of the mirror with respect to the mirror mount, the passive actuator including a bracket secured to the mirror base, the bracket having a rack gear portion , wherein the rack gear portion is configured to engage the pinion gear provided on the mirror shaft of the mirror, with the rack gear portion serving as a cam follower during contact with the limited clocking angle cam profile, and the pinion gear serving as a mirror driver.