mhurhangee/patent-ind-claim-en huggingface dataset:
A luminal drilling system for penetrating through occlusive material in a body lumen, comprising: a drilling device including an elongate flexible member and a rotatable drive shaft extending through the elongate flexible member, the drive shaft including a drill tip at its distal end extending distally from a distal end of the elongate flexible member; a motor coupled to a proximal portion of the drive shaft to rotationally drive the drive shaft; a load sensor coupled to the motor or to the drive shaft for monitoring a rotational load on the drive shaft; characterised in that motor control circuitry is configured to automatically reverse a direction of rotation of the motor when the rotational load sensed by the load sensor exceeds a threshold value. a drilling device including an elongate flexible member and a rotatable drive shaft extending through the elongate flexible member, the drive shaft including a drill tip at its distal end extending distally from a distal end of the elongate flexible member; a motor coupled to a proximal portion of the drive shaft to rotationally drive the drive shaft; a load sensor coupled to the motor or to the drive shaft for monitoring a rotational load on the drive shaft; characterised in that motor control circuitry is configured to automatically reverse a direction of rotation of the motor when the rotational load sensed by the load sensor exceeds a threshold value.
Variable-geometry walk-behind equipment able to be moved in a movement direction (D), said equipment comprising two wheels carried by an axle provided on a wheel axis (R), said two wheels having a midplane (M) located substantially at equal distances from each of said wheels , said midplane (M) being orthogonal to said wheel axis (R) and carrying the direction (D), said axle including a pivot mounted on a pivot axis (Z) carried by said midplane (M), said pivot axis (Z) being non-perpendicular to the ground and supporting a chassis , said equipment comprising a gearbox , an engine rotating a rotary brush for weeding and/or cleaning the ground through said gearbox , said chassis supporting said gearbox and said engine , said rotary brush being carried by said chassis so as to be able to come into contact with the ground, and a guide bar of said equipment, said chassis carrying said rotary brush is mounted so as to be able to rotate with respect to said pivot axis (Z) and said wheel axis (R), the chassis being able to pivot at least about the wheel axis (R) and about said pivot axis (Z), so as to simultaneously cause a yaw and roll movement of said chassis and of said rotary brush . said equipment comprising a gearbox , an engine rotating a rotary brush for weeding and/or cleaning the ground through said gearbox , said chassis supporting said gearbox and said engine , said rotary brush being carried by said chassis so as to be able to come into contact with the ground, and a guide bar of said equipment, said chassis carrying said rotary brush is mounted so as to be able to rotate with respect to said pivot axis (Z) and said wheel axis (R), the chassis being able to pivot at least about the wheel axis (R) and about said pivot axis (Z), so as to simultaneously cause a yaw and roll movement of said chassis and of said rotary brush .
A method of operating an induction cooktop, the cooktop including at least two inductors, the method including: - a step (S10) of identifying an assembly of adjacent inductors which are at least partially covered by a ferromagnetic element, the assembly including at least one inductor which is at least partially covered, and the step (S10) of identifying the assembly including: ∘ a step (S11) of detecting a ferromagnetic element on an inductor, for each inductor of the cooktop; and ∘ if a ferromagnetic element is detected on at least two inductors, a step of checking if the at least two inductors are adjacent; - a secondary comparison step (S40), relative to a secondary threshold (Vss), of at least one parameter (Pv) determined depending on at least one value (Vmi), each value (Vmi) resulting from at least one physical magnitude measured for one of the inductors of the assembly; and if a result (Rs) of the secondary comparison step is positive, when the determined parameter (Pv) reflects that at least one inductor of the assembly is at least partially covered by a ferromagnetic element to be heated, the method includes: - a step (S50) of activating each inductor of the assembly. - a step (S10) of identifying an assembly of adjacent inductors which are at least partially covered by a ferromagnetic element, the assembly including at least one inductor which is at least partially covered, and the step (S10) of identifying the assembly including: ∘ a step (S11) of detecting a ferromagnetic element on an inductor, for each inductor of the cooktop; and ∘ if a ferromagnetic element is detected on at least two inductors, a step of checking if the at least two inductors are adjacent; ∘ a step (S11) of detecting a ferromagnetic element on an inductor, for each inductor of the cooktop; and ∘ if a ferromagnetic element is detected on at least two inductors, a step of checking if the at least two inductors are adjacent; - a secondary comparison step (S40), relative to a secondary threshold (Vss), of at least one parameter (Pv) determined depending on at least one value (Vmi), each value (Vmi) resulting from at least one physical magnitude measured for one of the inductors of the assembly; - a step (S50) of activating each inductor of the assembly.
A method of constructing an ion guide comprising: providing an elongated spine member; providing a plurality of plates, each plate comprising an aperture therethrough for receiving the spine member and at least one electrode for use in guiding ions; arranging the apertures of the plates around the spine member and translating the plates along the spine member; and locking said plates in position on said spine member such that the plates are fixed axially with respect to the spine member and so that the electrodes of the plates are arranged so as to form an array of electrodes for use in guiding ions; ; characterised in that different ones of the plates have different sized or shaped apertures and the spine member varies in size or shape along its axial length, and wherein the plates are translated axially along the spine member until they become locked at different axial positions. providing an elongated spine member; providing a plurality of plates, each plate comprising an aperture therethrough for receiving the spine member and at least one electrode for use in guiding ions; arranging the apertures of the plates around the spine member and translating the plates along the spine member; and locking said plates in position on said spine member such that the plates are fixed axially with respect to the spine member and so that the electrodes of the plates are arranged so as to form an array of electrodes for use in guiding ions; ; characterised in that different ones of the plates have different sized or shaped apertures and the spine member varies in size or shape along its axial length, and wherein the plates are translated axially along the spine member until they become locked at different axial positions.
An exhaust gas treatment device for an exhaust system of an internal combustion engine; the treatment device comprises: a tubular duct , which is delimited by a first tubular side wall and has a first exhaust gas inlet opening arranged in the area of a first base of the tubular duct , a first exhaust gas outlet opening opposite the first inlet opening and arranged in the area of a second base of the tubular duct , and an injection opening , which is obtained through the first tubular side wall between the first inlet opening and the first outlet opening and is designed to receive an injector for a reducing substance; and a mixing body , which is arranged inside the tubular duct , creates a forced path to be followed by the exhaust gases in order to flow from the first inlet opening to the first outlet opening , and is hollow on the inside so that the exhaust gases can flow through it; wherein the mixing body has a first perforated base wall with a circular shape, which faces the first outlet opening of the tubular duct and completely engages the cross section of the tubular duct , a second base wall with a partially circular shape, which faces the first inlet opening of the tubular duct and only partially engages the cross section of the tubular duct ; the treatment device is characterized in that the mixing body has a second tubular side wall , which joins the first base wall to the second base wall and has a second inlet opening leading into the mixing body . a tubular duct , which is delimited by a first tubular side wall and has a first exhaust gas inlet opening arranged in the area of a first base of the tubular duct , a first exhaust gas outlet opening opposite the first inlet opening and arranged in the area of a second base of the tubular duct , and an injection opening , which is obtained through the first tubular side wall between the first inlet opening and the first outlet opening and is designed to receive an injector for a reducing substance; and a mixing body , which is arranged inside the tubular duct , creates a forced path to be followed by the exhaust gases in order to flow from the first inlet opening to the first outlet opening , and is hollow on the inside so that the exhaust gases can flow through it; wherein the mixing body has a first perforated base wall with a circular shape, which faces the first outlet opening of the tubular duct and completely engages the cross section of the tubular duct , a second base wall with a partially circular shape, which faces the first inlet opening of the tubular duct and only partially engages the cross section of the tubular duct ; the treatment device is characterized in that the mixing body has a second tubular side wall , which joins the first base wall to the second base wall and has a second inlet opening leading into the mixing body .
Motor vehicle, in particular motorhome, having a chassis supporting a body with at least two axles , and having a transport receptable arranged in the body with a receiving floor , wherein the receiving floor is designed to be retractable and extendable relative to the body for the purpose of loading and unloading with an object , for example a passenger car , and wherein the receiving floor loaded with the object is lifted by means of a lifting device within the transport receptable after retraction, characterized in that the transport receptacle is equipped with at least one sensor , which controls the lifting device as a function of dimensions of the object determined with the sensor .
A method for producing a carbonaceous luminescent material that, when exposed to excitation light having a wavelength of 300 to 600 nm, emits light having a wavelength of 550 to 700 nm, which method comprises the step of mixing together and heating an ascorbic acid-containing starting material, an acid catalyst and a solvent, the starting material contains ascorbic acid and an amino-group containing polyalkylene glycol; and wherein the acid catalyst contains an inorganic acid which is at least one selected from the group consisting of phosphoric acid, polyphosphoric acid, hydrochloric acid and hydrofluoric acid, and the solvent contains water. the starting material contains ascorbic acid and an amino-group containing polyalkylene glycol; and wherein the acid catalyst contains an inorganic acid which is at least one selected from the group consisting of phosphoric acid, polyphosphoric acid, hydrochloric acid and hydrofluoric acid, and the solvent contains water.
A method of initiating operation of a peptide synthesis system, comprising: commencing flow of a first fluid stream comprising amino acids from a first reagent reservoir to a mixing region; commencing flow of a second fluid stream comprising a base from a second reagent reservoir to the mixing region, such that a leading edge of the first fluid stream and a leading edge of the second fluid stream arrive at the mixing region within about 10 ms of each other; optionally commencing flow of a third fluid stream comprising an activating agent; merging the first and second fluid streams, and optionally the third fluid stream, at a mixing region to form a mixed fluid stream; and flowing the mixed fluid stream to a reactor. commencing flow of a first fluid stream comprising amino acids from a first reagent reservoir to a mixing region; commencing flow of a second fluid stream comprising a base from a second reagent reservoir to the mixing region, such that a leading edge of the first fluid stream and a leading edge of the second fluid stream arrive at the mixing region within about 10 ms of each other; optionally commencing flow of a third fluid stream comprising an activating agent; merging the first and second fluid streams, and optionally the third fluid stream, at a mixing region to form a mixed fluid stream; and flowing the mixed fluid stream to a reactor.
An optical film comprising: a polyester-based substrate film; and an antiglare layer including a binder containing a (meth)acrylate-based crosslinked polymer, organic fine particles of a micron ( μ m) scale and inorganic fine particles of a nanometer (nm) scale, wherein the organic fine particles and the inorganic fine particles are dispersed in the antiglare layer or are comprised in the antiglare layer in a state where at least a part thereof is protruded, wherein the (meth)acrylate-based crosslinked polymer is a crosslinked polymer of 0 to 20 parts by weight of a monofunctional (meth)acrylate-based compound based on 100 parts by weight of the binder, and a polyfunctional (meth)acrylate-based compound with three or more functionalities, wherein an absolute value of the refractive index difference between the organic fine particles and the binder is 0.01 to 0.12, and an absolute value of the refractive index difference between the inorganic fine particles and the binder is 0.01 to 0.12, and wherein the surface of the antiglare layer has a 20-degree gloss value of 50% to 70% and a 60-degree gloss value of 75% to 90% wherein the refractive indices and the gloss values are measured as set forth in the description. a polyester-based substrate film; and an antiglare layer including a binder containing a (meth)acrylate-based crosslinked polymer, organic fine particles of a micron ( μ m) scale and inorganic fine particles of a nanometer (nm) scale, wherein the organic fine particles and the inorganic fine particles are dispersed in the antiglare layer or are comprised in the antiglare layer in a state where at least a part thereof is protruded, wherein the (meth)acrylate-based crosslinked polymer is a crosslinked polymer of 0 to 20 parts by weight of a monofunctional (meth)acrylate-based compound based on 100 parts by weight of the binder, and a polyfunctional (meth)acrylate-based compound with three or more functionalities, wherein an absolute value of the refractive index difference between the organic fine particles and the binder is 0.01 to 0.12, and an absolute value of the refractive index difference between the inorganic fine particles and the binder is 0.01 to 0.12, and wherein the surface of the antiglare layer has a 20-degree gloss value of 50% to 70% and a 60-degree gloss value of 75% to 90% wherein the refractive indices and the gloss values are measured as set forth in the description.
Household appliance with a microprocessor and with a door monitoring circuit with - an encoder input , - a state encoder , which is connected to the encoder input and represents the state of a loading door of the household appliance, - an HV relay input , - a relay control output for activating a mains switching relay of the household appliance, - a monitoring unit , which is connected with the relay control output , the encoder input , the HV relay input and the door monitoring output , wherein a pole of the encoder input forms an input node which is connected to the monitoring unit , wherein the microprocessor is embodied - to monitor the door monitoring output , and - to switch on the mains switching relay , to activate the HV relay input of the door monitoring circuit with an HV relay control signal (HVR_ON), and wherein the monitoring unit is designed to activate the relay control output as a function of the HV relay control signal (HVR_ON) on the HV relay input only when the state encoder indicates that the loading door of the household appliance is closed. - an encoder input , - a state encoder , which is connected to the encoder input and represents the state of a loading door of the household appliance, - an HV relay input , - a relay control output for activating a mains switching relay of the household appliance, - a monitoring unit , which is connected with the relay control output , the encoder input , the HV relay input and the door monitoring output , - to monitor the door monitoring output , and - to switch on the mains switching relay , to activate the HV relay input of the door monitoring circuit with an HV relay control signal (HVR_ON), and
A molded article comprising: a first enclosure; a second enclosure adjoined with the first enclosure; and a transparent member composed of a glass held by the second enclosure, each of the first enclosure and the second enclosure being independently made from a resin composition that contains a polyamide resin having a semi-crystallization time of 10 to 60 seconds, and a melting point of 200 to 280°C, and the transparent member having a pencil hardness of 8H or larger, determined according to the standard method JIS K5600, and a linear expansion coefficient of 1×10 -6 to 9×10 -6 /°C, determined according to the standard method JIS K7197, where the semi-crystallization time means a time measured by depolarization photometry at a temperature 20°C higher than the melting point of the polyamide resin, for a melting time of polyamide resin of 5 minutes, and at a temperature of crystallization bath of 150°C, whereby the polyamide resin was formed into a film 100 μm thick at a chill roll temperature 5°C lower than the glass transition temperature, the film was stacked to form a five-layered film, allowed to melt in a hot air atmosphere at a temperature 20°C higher than the melting point of the polyamide resin for 3 minutes, and then allowed to crystallize on an oil bath at 150°C, during which a time required for half crystallization was measured by depolarization photometry. a first enclosure; a second enclosure adjoined with the first enclosure; and a transparent member composed of a glass held by the second enclosure, each of the first enclosure and the second enclosure being independently made from a resin composition that contains a polyamide resin having a semi-crystallization time of 10 to 60 seconds, and a melting point of 200 to 280°C, and the transparent member having a pencil hardness of 8H or larger, determined according to the standard method JIS K5600, and a linear expansion coefficient of 1×10 -6 to 9×10 -6 /°C, determined according to the standard method JIS K7197, where the semi-crystallization time means a time measured by depolarization photometry at a temperature 20°C higher than the melting point of the polyamide resin, for a melting time of polyamide resin of 5 minutes, and at a temperature of crystallization bath of 150°C, whereby the polyamide resin was formed into a film 100 μm thick at a chill roll temperature 5°C lower than the glass transition temperature, the film was stacked to form a five-layered film, allowed to melt in a hot air atmosphere at a temperature 20°C higher than the melting point of the polyamide resin for 3 minutes, and then allowed to crystallize on an oil bath at 150°C, during which a time required for half crystallization was measured by depolarization photometry.
Independent multiple hydrogenerator on a floating blade with maximum thrust surface and self-orienting employing a series of conversion mechanisms for converting the linear motion of a fluid into the rotational motion of a shaft, whereby the hydrogenerator comprises at least one floating blade-shaped structure with four arms at each end of which there is an electric generator driven by a conversion mechanism , and, the conversion mechanisms being arranged clockwise around the central axis of the blade-shaped structure , whereby each of the conversion mechanisms is configured to rotate clockwise or counter clockwise alternately, i.e. if one rotates clockwise, the next rotates counter clockwise, the next rotates clockwise and the last rotates counter clockwise; and wherein on a lower face of a central part of the blade-shaped structure a tube of a length greater than the depth reached by the conversion mechanisms is fixed, and whereby to the tube is attached a fixed plate along the entire length of a generatrix of the tube and located at the mid-position of the imaginary line joining two adjacent conversion mechanisms clockwise about the axis of the blade-shaped structure , so that the forces acting on the fixed plate rotate the assembly so that it always faces the entire cross-section of the maximum thrust surface perpendicular to the direction of the water flow, which enters through one side of an imaginary square that would form the four conversion mechanisms ; and wherein the tube is partially closed at its lower end and has a chain or mooring cable attached to its central axis and to an anchor or deadman at the bottom, with said tube having two openings for an inlet and outlet electrical cables.
A method of connecting a tube to a port, comprising: providing a tube having first and second ends, wherein the second end comprises a tip ; inserting the first end of the tube through a first spring and a body , wherein said body comprises a first end, a second end, and a passageway therethrough adapted to receive the tube extending through said body ; inserting at least a portion of a latch member having an opening, into a portion of said body , wherein one or more projections of the latch member are adapted to be held in one or more recesses on said portion of said body ; inserting a portion of a cap member having an opening , into a portion of the latch member , wherein said portion of the cap is adapted to hold the cap member and latch member together; and inserting at least a portion of the body , including at least the latch member , into a port, wherein the latch member is retained within the port. providing a tube having first and second ends, wherein the second end comprises a tip ; inserting the first end of the tube through a first spring and a body , wherein said body comprises a first end, a second end, and a passageway therethrough adapted to receive the tube extending through said body ; inserting at least a portion of a latch member having an opening, into a portion of said body , wherein one or more projections of the latch member are adapted to be held in one or more recesses on said portion of said body ; inserting a portion of a cap member having an opening , into a portion of the latch member , wherein said portion of the cap is adapted to hold the cap member and latch member together; and inserting at least a portion of the body , including at least the latch member , into a port, wherein the latch member is retained within the port.