mhurhangee/patent-ind-claim-en huggingface dataset:
A system for cleaning a device for holding fluid, the system comprising ∘ mechanical wave generating means and ∘ a waveguide comprising • a first end adapted to be in contact with outer surface of the device • a second end wherein the second end is in contact with the mechanical wave generating means, characterized in that ∘ the waveguide comprises a cavity comprising a base portion separated from the second end by a distance I, ∘ the mechanical wave generating means is adapted to emit mechanical waves through the waveguide to the outer surface , ∘ the distance I is such that when the mechanical wave generating means emits succession of mechanical waves through the waveguide to the outer surface there is an antinode positioned in the waveguide at the distance I from the second end, o maximum diameter D max of the waveguide is less than 1⁄2 of wavelength of the mechanical waves and in that o the ratio of diameter d of the base portion to the diameter D of the waveguide at the distance I is from 0.2 to 0.9. ∘ mechanical wave generating means and ∘ a waveguide comprising • a first end adapted to be in contact with outer surface of the device • a second end wherein the second end is in contact with the mechanical wave generating means, • a first end adapted to be in contact with outer surface of the device • a second end wherein the second end is in contact with the mechanical wave generating means, ∘ the waveguide comprises a cavity comprising a base portion separated from the second end by a distance I, ∘ the mechanical wave generating means is adapted to emit mechanical waves through the waveguide to the outer surface , ∘ the distance I is such that when the mechanical wave generating means emits succession of mechanical waves through the waveguide to the outer surface there is an antinode positioned in the waveguide at the distance I from the second end, o maximum diameter D max of the waveguide is less than 1⁄2 of wavelength of the mechanical waves and in that o the ratio of diameter d of the base portion to the diameter D of the waveguide at the distance I is from 0.2 to 0.9.
Table base with a table leg and outriggers on the table leg , wherein the outriggers are pivotably articulated on a fixed part of the table leg by means of an axis of rotation (y) and are operatively connected to one another in such a way that pivoting of one outrigger causes pivoting of one or more further outriggers , in the operative connection, the operative connection being achieved by a power transmission by means of a gear formation (G) between the outriggers and the gear formation (G) having a transmission section which is movable relative to both outriggers , characterized in that the gear formation (G) is a wedge gear.
A head coil arrangement for a magnetic resonance device , comprising - a helmet-shaped coil housing comprising at least one conductor carrier extending in a distance to a head supporting plane and forming in between a receiving space for a patient's head, and - a head-fixation structure , which is supported, via at least one leg , at the conductor carrier so as to at least partially protrude into the receiving space and configured to be brought into blunt contact with the patient, wherein the head-fixation structure is molded in one piece with the coil housing . - a helmet-shaped coil housing comprising at least one conductor carrier extending in a distance to a head supporting plane and forming in between a receiving space for a patient's head, and - a head-fixation structure , which is supported, via at least one leg , at the conductor carrier so as to at least partially protrude into the receiving space and configured to be brought into blunt contact with the patient, wherein the head-fixation structure is molded in one piece with the coil housing .
Tactile device for representing a color, comprising an orientation sign (F) and a first tactile area (Z1) comprising a raised central reference point (R) and at least one raised color point (C) arranged in a cardinal position in relation to the reference point (R), characterized in that the cardinal position of the at least one color point (C) is characteristic of the color represented.
A peptide comprising a sequence according to SEQ ID No. 19, wherein said peptide has an overall length of between 9 and 16 amino acids.
A system for receiving power at an appliance , comprising: a secondary coil within a housing physically associated with the appliance and suitable for providing induced operative current from a primary coil magnetically proximate to, and at least partially isolated from, the secondary coil ; an appliance controller coupled to the secondary coil and the appliance , and suitable to receive an indication of at least one of a shape, frequency, and magnitude of an operative waveform induced in the secondary coil and to be provided to the appliance , and suitable to generate feedback data regarding a secondary coil waveform induced in the secondary coil responsively to a primary coil waveform; and at least one infrared sensor communicatively coupled to the appliance controller and suitable to receive the feedback data from the appliance controller and to transmit the feedback data wirelessly to at least one data receiver associated with the primary coil to stimulate operation of the primary coil to produce the operative waveform in the secondary coil , wherein the appliance includes one or more housekeeping coils which receive power from the primary coil as a percentage of the power induced in the secondary coil . a secondary coil within a housing physically associated with the appliance and suitable for providing induced operative current from a primary coil magnetically proximate to, and at least partially isolated from, the secondary coil ; an appliance controller coupled to the secondary coil and the appliance , and suitable to receive an indication of at least one of a shape, frequency, and magnitude of an operative waveform induced in the secondary coil and to be provided to the appliance , and suitable to generate feedback data regarding a secondary coil waveform induced in the secondary coil responsively to a primary coil waveform; and at least one infrared sensor communicatively coupled to the appliance controller and suitable to receive the feedback data from the appliance controller and to transmit the feedback data wirelessly to at least one data receiver associated with the primary coil to stimulate operation of the primary coil to produce the operative waveform in the secondary coil , wherein the appliance includes one or more housekeeping coils which receive power from the primary coil as a percentage of the power induced in the secondary coil .
Method for cutting panels (P), such as panels made of wood, plastic, fiberglass, aluminum and the like, by means of a cutting machine , wherein said cutting machine comprises at least one stop bar and positioning means , movable along said at least one stop bar , wherein said method comprises the steps of: A. obtaining from said panel (P) a plurality of parts and providing a graphical display of said panel (P) broken down into said plurality of parts and B. displaying a sequence of operations indicating how to manage said panel (P) for cutting it by means of a cutting machine in said plurality of parts, wherein said sequence of operations comprise the positioning indication of said positioning means on said at least one stop bar , wherein said method is characterized by C. providing a warning signal when said positioning means are positioned on said stop bars according to the indication provided on said step B while executing of at least one cutting operation of said panel (P). A. obtaining from said panel (P) a plurality of parts and providing a graphical display of said panel (P) broken down into said plurality of parts and B. displaying a sequence of operations indicating how to manage said panel (P) for cutting it by means of a cutting machine in said plurality of parts, wherein said sequence of operations comprise the positioning indication of said positioning means on said at least one stop bar , wherein said method is characterized by C. providing a warning signal when said positioning means are positioned on said stop bars according to the indication provided on said step B while executing of at least one cutting operation of said panel (P).
An infusion pressure control system for ophthalmic surgery, including: - intraocular pressure detection means ; - arterial pressure detection means ; and - a control unit operatively connected to said intraocular pressure detection means and said arterial pressure detection means and configured for calculating the mean ocular perfusion pressure value based on the intraocular pressure and arterial pressure values provided by said intraocular pressure detection means and by said arterial pressure detection means, and for comparing said calculated mean ocular perfusion pressure value and at least one predetermined threshold value, characterized in that the control unit comprises a timer operatively linked to an alarm, the timer being incrementable and decrementable based on comparing the value of the calculated mean ocular perfusion pressure and the at least one predetermined threshold value, the alarm being activated when the timer exceeds a predetermined timer threshold value, and wherein the control unit comprises or is operatively connected to a user interface suitable for receiving a consent command from the operator, said consent command being suitable to enable an infusion pressure adjustment. - intraocular pressure detection means ; - arterial pressure detection means ; and - a control unit operatively connected to said intraocular pressure detection means and said arterial pressure detection means and configured for calculating the mean ocular perfusion pressure value based on the intraocular pressure and arterial pressure values provided by said intraocular pressure detection means and by said arterial pressure detection means, and for comparing said calculated mean ocular perfusion pressure value and at least one predetermined threshold value,
A motor drive system comprising: a power subassembly including power electronic switches controllable to provide controlled frequency AC power to an electric motor , and driver circuitry configured to apply gate drive signals to the power electronic switches ; and a control subassembly separable from the power subassembly but physically configured to be toollessly attached to any one of a plurality of power subassemblies of different size and power rating and to make electrical connections with one of the plurality of power subassemblies when attached, the control subassembly comprising a housing including a user interface and control circuitry that, in operation, applies control signals to the drive circuitry for controlling the power electronic switches . a power subassembly including power electronic switches controllable to provide controlled frequency AC power to an electric motor , and driver circuitry configured to apply gate drive signals to the power electronic switches ; and a control subassembly separable from the power subassembly but physically configured to be toollessly attached to any one of a plurality of power subassemblies of different size and power rating and to make electrical connections with one of the plurality of power subassemblies when attached, the control subassembly comprising a housing including a user interface and control circuitry that, in operation, applies control signals to the drive circuitry for controlling the power electronic switches .
A gimbal comprising a first rotating member and a second rotating member rotatably connected with the first rotating member , wherein the gimbal further comprises: a motor configured to drive the second rotating member to rotate with respect to the first rotating member , wherein the motor comprises: a stator ; a rotator rotatably connected with the stator ; and an electrical connecting device configured to provide an electric signal to the motor , wherein the motor further comprises: a magnet fixed on the rotator , and a Hall angular displacement sensor fixed on the electrical connecting device and arranged opposite to the magnet , the magnet and the Hall angular displacement sensor are spaced from each other by the electrical connecting device ; wherein the rotator comprises a rotating shaft assembly rotatably connected with the stator , and a rotor fixed on the rotating shaft assembly , the magnet is fixed on the rotating shaft assembly, wherein the rotating shaft assembly comprises a rotating shaft , an upper bearing and a low bearing sleeved respectively on two ends of the rotating shaft , and wherein the magnet is fixed on the rotating shaft . a stator ; a rotator rotatably connected with the stator ; and an electrical connecting device configured to provide an electric signal to the motor , wherein the motor further comprises: a magnet fixed on the rotator , and a Hall angular displacement sensor fixed on the electrical connecting device and arranged opposite to the magnet , the magnet and the Hall angular displacement sensor are spaced from each other by the electrical connecting device ; wherein the rotator comprises a rotating shaft assembly rotatably connected with the stator , and a rotor fixed on the rotating shaft assembly , the magnet is fixed on the rotating shaft assembly, wherein the rotating shaft assembly comprises a rotating shaft , an upper bearing and a low bearing sleeved respectively on two ends of the rotating shaft , and wherein the magnet is fixed on the rotating shaft . a magnet fixed on the rotator , and a Hall angular displacement sensor fixed on the electrical connecting device and arranged opposite to the magnet , the magnet and the Hall angular displacement sensor are spaced from each other by the electrical connecting device ; wherein the rotator comprises a rotating shaft assembly rotatably connected with the stator , and a rotor fixed on the rotating shaft assembly , the magnet is fixed on the rotating shaft assembly, wherein the rotating shaft assembly comprises a rotating shaft , an upper bearing and a low bearing sleeved respectively on two ends of the rotating shaft , and wherein the magnet is fixed on the rotating shaft .
An electrochemical electrode assembly for an electrochemical cell for the production of ozone from water, the electrode assembly comprising: an electrode body formed from a polycrystalline diamond, wherein the electrode body has been cut from a diamond wafer, the electrode body comprising first and second opposing contact surfaces, each of the first and second contact surfaces comprising an edge, the first contact surface for contacting a semi-permeable membrane ; wherein the electrode assembly further comprises a first layer comprising an electrically conductive material, the first layer extending across at least a portion of the second contact surface of the electrode body, wherein the first layer has been applied to the electrode body by sputter deposition. an electrode body formed from a polycrystalline diamond, wherein the electrode body has been cut from a diamond wafer, the electrode body comprising first and second opposing contact surfaces, each of the first and second contact surfaces comprising an edge, the first contact surface for contacting a semi-permeable membrane ; wherein the electrode assembly further comprises a first layer comprising an electrically conductive material, the first layer extending across at least a portion of the second contact surface of the electrode body, wherein the first layer has been applied to the electrode body by sputter deposition.
A method for determining antimicrobial susceptibility of microorganisms comprising: adding an antimicrobial to a liquid suspension of microorganisms to form a liquid suspension of microorganisms in the presence of the antimicrobial; adding a signaling agent to the liquid suspension of microorganisms; incubating the liquid suspension of microorganisms in the presence of the antimicrobial and the signaling agent under conditions that promote growth of the microorganisms, wherein the signaling agent is capable of binding to a surface of the microorganisms by association and/or intercalation; separating the microorganisms bound by the signaling agent from the unbound signaling agent; and determining signal levels associated with the microorganisms as compared to one or more controls, wherein the number of signaling agents that associate with and/or intercalate into the microorganism surface is proportional to microorganism surface area, thereby determining the antimicrobial susceptibility of the microorganisms. adding an antimicrobial to a liquid suspension of microorganisms to form a liquid suspension of microorganisms in the presence of the antimicrobial; adding a signaling agent to the liquid suspension of microorganisms; incubating the liquid suspension of microorganisms in the presence of the antimicrobial and the signaling agent under conditions that promote growth of the microorganisms, wherein the signaling agent is capable of binding to a surface of the microorganisms by association and/or intercalation; separating the microorganisms bound by the signaling agent from the unbound signaling agent; and determining signal levels associated with the microorganisms as compared to one or more controls, wherein the number of signaling agents that associate with and/or intercalate into the microorganism surface is proportional to microorganism surface area, thereby determining the antimicrobial susceptibility of the microorganisms. incubating the liquid suspension of microorganisms in the presence of the antimicrobial and the signaling agent under conditions that promote growth of the microorganisms, wherein the signaling agent is capable of binding to a surface of the microorganisms by association and/or intercalation; separating the microorganisms bound by the signaling agent from the unbound signaling agent; and determining signal levels associated with the microorganisms as compared to one or more controls, wherein the number of signaling agents that associate with and/or intercalate into the microorganism surface is proportional to microorganism surface area, thereby determining the antimicrobial susceptibility of the microorganisms.
A system for determining field characteristics during the performance of an agricultural operation, the system comprising: an agricultural machine configured to perform an agricultural operation on a field across which the agricultural machine is traveling; an imaging device provided in operative association with the agricultural machine , the imaging device configured to capture image data associated with a portion of the field within a field of view of the imaging device ; an illumination device provided in operative association with the agricultural machine , the illumination device configured to emit a light directed at the portion of the field within the field of view of the imaging device ; and a controller communicatively coupled to the imaging device and the illumination device , the controller configured to: control an operation of the illumination device such that a light pattern is displayed on a field surface of the field; receive image data indicative of the displayed light pattern from the imaging device ; and determine a field characteristic of the field based on a distortion of the displayed light pattern by the field surface; characterized in that the field characteristic comprises at least one of a residue characteristic, a clod size, or a soil roughness of the field. an agricultural machine configured to perform an agricultural operation on a field across which the agricultural machine is traveling; an imaging device provided in operative association with the agricultural machine , the imaging device configured to capture image data associated with a portion of the field within a field of view of the imaging device ; an illumination device provided in operative association with the agricultural machine , the illumination device configured to emit a light directed at the portion of the field within the field of view of the imaging device ; and a controller communicatively coupled to the imaging device and the illumination device , the controller configured to: control an operation of the illumination device such that a light pattern is displayed on a field surface of the field; receive image data indicative of the displayed light pattern from the imaging device ; and determine a field characteristic of the field based on a distortion of the control an operation of the illumination device such that a light pattern is displayed on a field surface of the field; receive image data indicative of the displayed light pattern from the imaging device ; and determine a field characteristic of the field based on a distortion of the displayed light pattern by the field surface;
An apparatus, comprising: a drive mechanism being one of a hex drive, a threaded bolt, and an adjustable screw; a first cylinder comprising a first piston coupled to the drive mechanism , the first cylinder comprising a first fluid reservoir and a second fluid reservoir , the first piston being disposed between the first fluid reservoir and the second fluid reservoir ; a second cylinder comprising a second piston , the second cylinder comprising a third fluid reservoir and a fourth fluid reservoir , the second piston being disposed between the third fluid reservoir and the fourth fluid reservoir ; a first fluid line coupling the first fluid reservoir to the fourth fluid reservoir ; and a second fluid line coupling the second fluid reservoir to the third fluid reservoir ; wherein the first piston comprises a threaded portion disposed in a threaded aperture of the first cylinder ; and wherein the first piston is manually rotatable by the drive mechanism. a drive mechanism being one of a hex drive, a threaded bolt, and an adjustable screw; a first cylinder comprising a first piston coupled to the drive mechanism , the first cylinder comprising a first fluid reservoir and a second fluid reservoir , the first piston being disposed between the first fluid reservoir and the second fluid reservoir ; a second cylinder comprising a second piston , the second cylinder comprising a third fluid reservoir and a fourth fluid reservoir , the second piston being disposed between the third fluid reservoir and the fourth fluid reservoir ; a first fluid line coupling the first fluid reservoir to the fourth fluid reservoir ; and a second fluid line coupling the second fluid reservoir to the third fluid reservoir ; wherein the first piston comprises a threaded portion disposed in a threaded aperture of the first cylinder ; and wherein the first piston is manually rotatable by the drive mechanism.