mhurhangee/patent-ind-claim-en huggingface dataset:
Electric brake system for a vehicle comprising a) at least one electric brake device wherein a brake force is generated by an electric brake actuator and b) a capacitor-based power source which ba) is formed by or comprises a capacitor and bb) supplies electric power to the electric brake actuator , c) a recharging power source , d) at least one control device comprising control logic for controlling the flow of electric energy from the recharging power source to the capacitor-based power source , e) a brake actuation mode wherein the electric brake device is controlled such that a desired brake force is generated, an increasing brake force is generated and/or a previously generated brake force is upheld, characterised in that f) the brake actuation mode comprises fa) a holding sub-mode wherein a locking, fixing or holding device is actuated so that a previously generated brake force of the electric brake device is kept constant and fb) a brake force control sub-mode wherein the brake force is controlled on the basis of the actual brake force demand. a) at least one electric brake device wherein a brake force is generated by an electric brake actuator and b) a capacitor-based power source which ba) is formed by or comprises a capacitor and bb) supplies electric power to the electric brake actuator , ba) is formed by or comprises a capacitor and bb) supplies electric power to the electric brake actuator , c) a recharging power source , d) at least one control device comprising control logic for controlling the flow of electric energy from the recharging power source to the capacitor-based power source , e) a brake actuation mode wherein the electric brake device is controlled such that a desired brake force is generated, an increasing brake force is generated and/or a previously generated brake force is upheld, characterised in that f) the brake actuation mode comprises fa) a holding sub-mode wherein a locking, fixing or holding device is actuated so that a previously generated brake force of the electric brake device is kept constant and fb) a brake force control sub-mode wherein the brake force is controlled on the basis of the actual brake force demand. fa) a holding sub-mode wherein a locking, fixing or holding device is actuated so that a previously generated brake force of the electric brake device is kept constant and fb) a brake force control sub-mode wherein the brake force is controlled on the basis of the actual brake force demand.
Shopping cart that can be nested with identical carts, with a basket for holding goods, with a foldable child seat arrangement which is intended for closing the rearward open region of the basket and can be moved into the basket interior and back again, wherein the child seat arrangement has a rear wall equipped with two leg holes , a backrest mounted movably on the rear wall and a seat device which can be used as seating for a small child in the use position of the child seat arrangement and is intended for limiting the pivoting range of the backrest , wherein the child seat arrangement is equipped with a cover device which is arranged pivotably on the rear wall, rests on the seat device and can be pivoted upward and back again in order to close the leg holes in the upwardly pivoted position and, likewise in this position, to form, together with the seat device , the rear wall and the backrest , a further device for depositing goods, and wherein, in the non-use position, that is to say in the folded state of the child seat arrangement , the rear wall , the seat device and the cover device are in close contact with one another, the seat device hangs downward and the cover device is directed upward, characterized in that the cover device has two oppositely outwardly directed protrusions , in that the backrest has a central portion and two sliding portions laterally adjoining the central portion in such a manner that the protrusions located between the rear wall and the backrest slide along on the sliding portions of the backrest if it is necessary to move the child seat arrangement out of the use position into the non-use position, or vice versa, wherein the sliding portions at least in part do not run parallel to the sides of the central portion of the backrest and/or are shorter in the vertical direction than the central portion , in such a manner that a space which is taken up by the protrusions in the non-use position of the child seat arrangement is formed in each case.
A pressing belt having a belt body made of metal and a belt inner surface and a belt outer surface , wherein the belt outer surface has three-dimensional embossed structures in the form of valleys and ribs , wherein the belt outer surface has a different degree of gloss in at least one first region comprising at least one valley and/or at least one rib than in at least one second region comprising at least one valley and/or at least one rib , characterized in that the at least one first region comprises multiple valleys and ribs , wherein a surface of the belt outer surface has a uniform degree of gloss in the at least one first region , wherein the at least one second region comprises multiple valleys and ribs , wherein a surface of the belt outer surface has a uniform degree of gloss in the at least one second region .
A container for determining a parameter of a production fluid in a wellbore, comprising: a container cover and a container base ; a port on the container; at least one fluid channel creating fluid communication between the port and a compartment in the container, the at least one fluid channel formed in the container cover; an isolated communication path coupled to the port, wherein the isolated communication path is blocked by a removable plug ; a sensor at least partially enclosed by the container cover and the container base, wherein the sensor is isolated from external fluids; and a groove formed in the container cover or the container base to accommodate a sensing cable therethrough for connection to the sensor. a container cover and a container base ; a port on the container; at least one fluid channel creating fluid communication between the port and a compartment in the container, the at least one fluid channel formed in the container cover; an isolated communication path coupled to the port, wherein the isolated communication path is blocked by a removable plug ; a sensor at least partially enclosed by the container cover and the container base, wherein the sensor is isolated from external fluids; and a groove formed in the container cover or the container base to accommodate a sensing cable therethrough for connection to the sensor.
- A lock for a large-calibre weapon mount , comprising a bolt and a striker as well as a damping stop located in the vicinity of the striker , the bolt being movable in translation by a first actuator between a first, so-called locked, position, in which it is located in an opening of the striker , and a second, so-called damping, position, in which the bolt is outside the striker and can interfere with a damping means , and a third, so-called unlocked, position, in which the bolt is placed at a distance from the striker , the lock being characterised in that it comprises a second actuator which, when the bolt is in the damping position, makes it possible to move the damping means between a so-called disengaged position which allows the bolt to be aligned with the opening of the striker and a so-called buffer position in which the damping means provides a damping stroke that makes it possible to prevent the bolt from rising beyond an angular position in which the bolt is aligned with the opening of the striker .
A method of making a hinge assembly, the method comprising the following steps of: selecting a defined motion path of a hinge assembly comprising a first hinge arm including a first gear having a first plurality of teeth , and a second hinge arm including a second gear having a second plurality of teeth arranged to mesh with the first teeth , the defined motion path during use including a translation of the second hinge arm relative to the first hinge arm ; determining a first profile of the first gear along the first teeth and a second profile of the second gear along the second teeth based on the defined motion path ; and connecting the first hinge arm to the second hinge arm such that as the second hinge arm during use rotates relative to the first hinge arm the interaction between the first and second teeth along the first and second profiles translates the second hinge arm along the defined motion path , characterized in that the first profile is different from the second profile such that the translation during use is a variable translation which occurs in that second hinge arm has a different motion relative to the first hinge arm , and the defined motion path comprises an instantaneous center of rotation path of the second hinge arm located at or near the first teeth of the first gear . selecting a defined motion path of a hinge assembly comprising a first hinge arm including a first gear having a first plurality of teeth , and a second hinge arm including a second gear having a second plurality of teeth arranged to mesh with the first teeth , the defined motion path during use including a translation of the second hinge arm relative to the first hinge arm ; determining a first profile of the first gear along the first teeth and a second profile of the second gear along the second teeth based on the defined motion path ; and connecting the first hinge arm to the second hinge arm such that as the second hinge arm during use rotates relative to the first hinge arm the interaction between the first and second teeth along the first and second profiles translates the second hinge arm along the defined motion path , characterized in that the first profile is different from the second profile such that the translation during use is a variable translation which occurs in that second hinge arm has a different motion relative to the first hinge arm , and the defined motion path comprises an instantaneous center of rotation path of the second hinge arm located at or near the first teeth of the first gear .
A mass spectrum processing apparatus comprising: a composition estimating unit that is configured to estimate a composition based on at least one of a first monoisotopic peak included in a first peak group in a first mass spectrum produced through soft ionization of a sample, or a second monoisotopic peak included in a second peak group in a second mass spectrum produced through hard ionization of the sample, wherein the first peak group corresponds to one of an isotope pattern of a molecular ion to which a proton is not added, an isotope pattern of a molecular ion to which a proton is added, or a combined isotope pattern in which these isotope pattern are overlapped, and wherein the second peak group corresponds to one of an isotope pattern of a molecular ion from which hydrogen is not desorbed, an isotope pattern of a molecular ion from which hydrogen is desorbed, or a combined isotope pattern in which these isotope pattern are overlapped; a primary pattern matching unit that is configured to attempt primary pattern matching between the first peak group and the second peak group; and a first secondary pattern matching unit that is configured to attempt, when the primary pattern matching is successful, secondary pattern matching between a representative peak group which represents the first peak group and the second peak group, and an isotope pattern theoretically derived from the estimated composition, to thereby evaluate the estimated composition. a composition estimating unit that is configured to estimate a composition based on at least one of a first monoisotopic peak included in a first peak group in a first mass spectrum produced through soft ionization of a sample, or a second monoisotopic peak included in a second peak group in a second mass spectrum produced through hard ionization of the sample, wherein the first peak group corresponds to one of an isotope pattern of a molecular ion to which a proton is not added, an isotope pattern of a molecular ion to which a proton is added, or a combined isotope pattern in which these isotope pattern are overlapped, and wherein the second peak group corresponds to one of an isotope pattern of a molecular ion from which hydrogen is not desorbed, an isotope pattern of a molecular ion from which hydrogen is desorbed, or a combined isotope pattern in which these isotope pattern are overlapped; a primary pattern matching unit that is configured to attempt primary pattern matching between the first peak group and the second peak group; and a first secondary pattern matching unit that is configured to attempt, when the primary pattern matching is successful, secondary pattern matching between a representative peak group which represents the first peak group and the second peak group, and an isotope pattern theoretically derived from the estimated composition, to thereby evaluate the estimated composition.
An ultraviolet light surface protection system for a duct , comprising: an interior surface for the duct , the duct comprising any composite material; a light source operable to emit a germicidal ultraviolet light into a flow path of the duct defined by the interior surface of the duct to sterilize an air to be provided to a conditioned area; and a coating system disposed on the interior surface, the coating system configured to be ultraviolet resistive, reflective, and anti-microbial, the coating system comprising a doped titanium dioxide coating, the dopants in the doped titanium coating comprising at least one of iron, sulfur, and nitrogen; a reflectivity layer comprising aluminum having at least one dielectric layer film and a quaternary ammonium compound, the coating system further comprising a quaternary ammonium compound providing both hydrophobicity and anti-microbial functionality. . an interior surface for the duct , the duct comprising any composite material; a light source operable to emit a germicidal ultraviolet light into a flow path of the duct defined by the interior surface of the duct to sterilize an air to be provided to a conditioned area; and a coating system disposed on the interior surface, the coating system configured to be ultraviolet resistive, reflective, and anti-microbial, the coating system comprising a doped titanium dioxide coating, the dopants in the doped titanium coating comprising at least one of iron, sulfur, and nitrogen; a reflectivity layer comprising aluminum having at least one dielectric layer film and a quaternary ammonium compound, the coating system further comprising a quaternary ammonium compound providing both hydrophobicity and anti-microbial functionality. .
A device for collecting one or more gastrointestinal samples comprising a tube-shaped body having an opening , the device characterized in that a lumen of said tube-shaped body is collapsed by winding or folding said tube-shaped body and said lumen is maintained in said collapsed state by a degradable material that degrades to allow said collapsed lumen of said tube-shaped body to expand and collect one or more gastrointestinal samples through said opening.
A pharmaceutically acceptable acid addition salt of: (i) S-oxprenolol; and (ii) phosphoric acid. (i) S-oxprenolol; and (ii) phosphoric acid.
Method for purifying and treating swimming pool water, without the addition of salts, comprising the application of electrolysis technique and ultraviolet radiation technique on the water to be treated, which takes place in a single reactor , wherein the reactor has a cylindrical-shaped tubular body comprising at least one bundle of electrodes with at least two electrodes each for electrolysis and at least one ultraviolet lamp for the ultraviolet radiation process, the tubular body also having a bottom water inlet and a top water outlet asymmetrically arranged, characterized in that it comprises: - a first phase, consisting of water entering the reactor via a the water inlet , - a second phase, consisting of water circulating through the reactor such that it is exposed simultaneously to both electrolysis and ultraviolet techniques as it travels from bottom to top of the reactor , and - a third phase, consisting of water exiting the reactor via the water outlet after being treated, where the three phases are continuous for the time the process lasts once said process is initiated, and where the method also comprises the continuous addition of a pH minus acid to the reactor at the water inlet . - a first phase, consisting of water entering the reactor via a the water inlet , - a second phase, consisting of water circulating through the reactor such that it is exposed simultaneously to both electrolysis and ultraviolet techniques as it travels from bottom to top of the reactor , and - a third phase, consisting of water exiting the reactor via the water outlet after being treated, where the three phases are continuous for the time the process lasts once said process is initiated, and where the method also comprises the continuous addition of a pH minus acid to the reactor at the water inlet .
A coffee machine comprising: a water reservoir ; a water heater ; a water pump ; a coffee vessel for receiving ground coffee; a water delivery system for delivering heated water to the coffee vessel; a hydraulic circuit connecting the water reservoir, the water heater, the water pump, the coffee vessel and the water delivery system, the hydraulic circuit including a passive valve arrangement, comprising: an inlet channel ; an outlet channel ; a valve member between the inlet and outlet channels which is biased to isolate the inlet and outlet channels and is adapted to couple the inlet and outlet channels in response to a pressure present at the inlet channel; characterized by an integrated valve status detector for providing valve status feedback, for use by a controller in the control of the operation of the coffee machine. a water reservoir ; a water heater ; a water pump ; a coffee vessel for receiving ground coffee; a water delivery system for delivering heated water to the coffee vessel; a hydraulic circuit connecting the water reservoir, the water heater, the water pump, the coffee vessel and the water delivery system, the hydraulic circuit including a passive valve arrangement, comprising: an inlet channel ; an outlet channel ; a valve member between the inlet and outlet channels which is biased to isolate the inlet and outlet channels and is adapted to couple the inlet and outlet channels in response to a pressure present at the inlet channel; characterized by an integrated valve status detector for providing valve status feedback, for use by a controller in the control of the operation of the coffee machine. an inlet channel ; an outlet channel ; a valve member between the inlet and outlet channels which is biased to isolate the inlet and outlet channels and is adapted to couple the inlet and outlet channels in response to a pressure present at the inlet channel; characterized by an integrated valve status detector for providing valve status feedback, for use by a controller in the control of the operation of the coffee machine.
Powdered mixture comprising - a dry extract of Berberis Aristata, with a berberine chloride content comprised between 50% and 99% by weight of the total weight of the extract (%w/w), and - a vitamin E derivative selected from: tocotrienols, tocopherols and mixtures of the foregoing, and as promoters of absorption: - a polyoxyethylenated sorbitan, preferably polysorbate 80, and - a sucrose ester of fatty acids, and one sugar. - a dry extract of Berberis Aristata, with a berberine chloride content comprised between 50% and 99% by weight of the total weight of the extract (%w/w), and - a vitamin E derivative selected from: tocotrienols, tocopherols and mixtures of the foregoing, - a polyoxyethylenated sorbitan, preferably polysorbate 80, and - a sucrose ester of fatty acids,
Method for treating an aqueous solution containing ammonium perchlorate and optionally nitrate ions, said method having a nitrification/denitrification sequence then a step of reducing perchlorates, the liquid effluent obtained at the end of the step of reducing perchlorates being subjected to a first membrane filtration, wherein the permeate obtained following the first membrane filtration is put into contact, in a reactor in aerobic conditions, with microorganisms able to carry out the oxidation of organic materials, then in that the liquid effluent leaving the reactor is subjected to a second membrane filtration, the first membrane filtration and the second membrane filtration being carried out on a same membrane filtration unit which is a device outside the various bioreactors. wherein the permeate obtained following the first membrane filtration is put into contact, in a reactor in aerobic conditions, with microorganisms able to carry out the oxidation of organic materials, then in that the liquid effluent leaving the reactor is subjected to a second membrane filtration, the first membrane filtration and the second membrane filtration being carried out on a same membrane filtration unit which is a device outside the various bioreactors.
A control flow integrity, CFI, enforcement method performed on a protected process executing in a runtime environment of a computer system, the method comprising: intercepting a system call originating from execution of the protected process executing in the runtime environment; accessing from a kernel memory, by a fast path within a kernel of the computer system, a processor trace packet corresponding to the system call; matching, by the fast path, the processor trace packet to a program control flow entry within a credit-labeled control flow graph, CFG, definition having an associated credit value that represents a degree to which the program control flow entry is credible; and invoking, after the matching, a slow path for further processing of the processor trace packet if the associated credit value does not meet a specified threshold, and otherwise providing an indication to permit execution of the system call. intercepting a system call originating from execution of the protected process executing in the runtime environment; accessing from a kernel memory, by a fast path within a kernel of the computer system, a processor trace packet corresponding to the system call; matching, by the fast path, the processor trace packet to a program control flow entry within a credit-labeled control flow graph, CFG, definition having an associated credit value that represents a degree to which the program control flow entry is credible; and invoking, after the matching, a slow path for further processing of the processor trace packet if the associated credit value does not meet a specified threshold, and otherwise providing an indication to permit execution of the system call.
A method of acquiring seismic data obtained from a marine seismic survey, comprising: a. obtaining seismic data that is under-sampled with respect to the Nyquist-Shannon sampling criterion acquired from a non-uniform sampling grid; characterised by : b. attenuating multiples from the under-sampled seismic data; and c. reconstructing the under-sampled seismic data onto a finer grid. a. obtaining seismic data that is under-sampled with respect to the Nyquist-Shannon sampling criterion acquired from a non-uniform sampling grid; characterised by : b. attenuating multiples from the under-sampled seismic data; and c. reconstructing the under-sampled seismic data onto a finer grid.