mhurhangee/patent-ind-claim-en huggingface dataset:
An ultrasonic surgical instrument comprising: an ultrasonic probe which is adapted to transmit ultrasonic vibrations generated in an ultrasonic transducer, and the ultrasonic probe comprising an interpolating portion formed of a round rod and a treatment portion which is arranged on the distal end of the interpolating portion , wherein the treatment portion comprises an extending portion , a hook portion that warps upward directly from the distal end of the extending portion , and a recess provided on a proximal end side of the treatment portion , the recess formed in a portion opposite from a distal end of the hook portion about a longitudinal axis of the ultrasonic probe at a proximal portion of the treatment portion , the recess having a curved face forming its wall face, provided in a proximal end of the recess , and connected to the recess and a lower portion of the interpolating portion , characterised in that the extending portion comprises a flatbed upper face portion that extends obliquely downward from the upper portion of the interpolating portion and a distal end being located at a lowermost portion of the extending portion that extends obliquely, so that when the hook portion is hooked on a living tissue, a maximum stress in the treatment portion is generated in the curved face , and the extending portion is formed with the hook portion in a balanced state in which the barycentric position of the whole treatment portion substantially matches that of the whole ultrasonic probe . an ultrasonic probe which is adapted to transmit ultrasonic vibrations generated in an ultrasonic transducer, and the ultrasonic probe comprising an interpolating portion formed of a round rod and a treatment portion which is arranged on the distal end of the interpolating portion , wherein the treatment portion comprises an extending portion , a hook portion that warps upward directly from the distal end of the extending portion , and a recess provided on a proximal end side of the treatment portion , the recess formed in a portion opposite from a distal end of the hook portion about a longitudinal axis of the ultrasonic probe at a proximal portion of the treatment portion , the recess having a curved face forming its wall face, provided in a proximal end of the recess , and connected to the recess and a lower portion of the interpolating portion , characterised in that the extending portion comprises a flatbed upper face portion that extends obliquely downward from the upper portion of the interpolating portion and a distal end being located at a lowermost portion of the extending portion that extends obliquely, so that when the hook portion is hooked on a living tissue, a maximum stress in the treatment portion is generated in the curved face , and the extending portion is formed with the hook portion in a balanced state in which the barycentric position of the whole treatment portion substantially matches that of the whole ultrasonic probe .
Use of an organometallic salt composition, comprising a copper salt of one or more monocarboxylic acid(s) having a carbon chain of the length C 13 to C 22 , prepared using the step of reacting the carboxylic acid with copper carbonate, for alleviating the formation of white etching cracks (WEC), wherein the organometallic salt composition is combined with an activated complex comprising a first metal component, a second metal component, participating in reducing the metal element in the first metal component, and particles comprising the first metal component, and wherein the first metal component comprises copper and/or cobalt, and the second metal component comprising tin, bismuth and/or zinc. wherein the organometallic salt composition is combined with an activated complex comprising a first metal component, a second metal component, participating in reducing the metal element in the first metal component, and particles comprising the first metal component, and wherein the first metal component comprises copper and/or cobalt, and the second metal component comprising tin, bismuth and/or zinc.
A kit for ex vivo conditioning and purification of an explanted organ, comprising: - connection means to and from said organ ; - fluid connection means ; - one separation means comprising at least a fractionation filter and an absorption cartridge , wherein said fractionation filter has a cut-off in the range from 80,000 to 800,000 Da and is positioned upstream of said absorption cartridge ; and - a plasma filter with a pore diameter from 0.2 to 0.6 micron, said plasma filter being positioned upstream of said fractionation filter and said absorption cartridge . - connection means to and from said organ ; - fluid connection means ; - one separation means comprising at least a fractionation filter and an absorption cartridge , wherein said fractionation filter has a cut-off in the range from 80,000 to 800,000 Da and is positioned upstream of said absorption cartridge ; and - a plasma filter with a pore diameter from 0.2 to 0.6 micron, said plasma filter being positioned upstream of said fractionation filter and said absorption cartridge .
Test system for optically checking an electrical line, comprising: - a test area for arranging the electrical line; - a plurality of prisms surrounding the test area ; - a camera , which is directed at the prisms and is designed to optically detect the electrical line arranged in the test area through the prisms from different sides; - a shielding device , the curved inner contour of which encloses the test area and the prisms at least in a radial direction; - an air duct , which is at least indirectly connected to a nozzle which is directed towards the test area and is designed to subject at least some prism surfaces facing the test region to a cleaning air stream and thereby entrain dirt particles present on these prism surfaces ; - further air ducts , which open into an area of the inner contour of the shielding device and are designed to subject the inner contour of the shielding device to respective entraining air streams in two opposite circumferential directions, which direct the cleaning air stream together with the entrained dirt particles into an air outlet in a lower region of the inner contour of the shielding device . - a test area for arranging the electrical line; - a plurality of prisms surrounding the test area ; - a camera , which is directed at the prisms and is designed to optically detect the electrical line arranged in the test area through the prisms from different sides; - a shielding device , the curved inner contour of which encloses the test area and the prisms at least in a radial direction; - an air duct , which is at least indirectly connected to a nozzle which is directed towards the test area and is designed to subject at least some prism surfaces facing the test region to a cleaning air stream and thereby entrain dirt particles present on these prism surfaces ; - further air ducts , which open into an area of the inner contour of the shielding device and are designed to subject the inner contour of the shielding device to respective entraining air streams in two opposite circumferential directions, which direct the cleaning air stream together with the entrained dirt particles into an air outlet in a lower region of the inner contour of the shielding device .
Product for cleaning, sanitizing and hygienization, comprising: a base solution with detergent, sanitizer and hygienizing action containing at least a surfactant chosen among nonionic surfactants, cationic surfactants and amphoteric surfactants; probiotic bacteria spores mixed to such base solution; characterized in that it further comprises bacteriophage elements mixed to such base solution and having bactericidal action on predetermined undesired bacterial species occurring on contaminated surfaces, such bacteriophages elements, in cooperation with the probiotic bacteria spores being able to carry out a combined and synergistic action against harmful microorganisms.
A system comprising: a memory storing instructions; and a processor communicatively coupled to the memory and configured to execute the instructions to perform a process comprising: accessing head presence data indicating a presence or an absence of a head of a user within a vicinity of a viewer console included in a user control system of a computer-assisted surgical system; accessing eye tracking data indicating whether an eye of the user is gazing through an eyepiece at a display device included in the user control system; selecting , based on a combination of the head presence data and the eye tracking data, a first operating mode from among a plurality of operating modes for the user control system; and directing the user control system to operate in the first operating mode. a memory storing instructions; and a processor communicatively coupled to the memory and configured to execute the instructions to perform a process comprising: accessing head presence data indicating a presence or an absence of a head of a user within a vicinity of a viewer console included in a user control system of a computer-assisted surgical system; accessing eye tracking data indicating whether an eye of the user is gazing through an eyepiece at a display device included in the user control system; selecting , based on a combination of the head presence data and the eye tracking data, a first operating mode from among a plurality of operating modes for the user control system; and directing the user control system to operate in the first operating mode. accessing head presence data indicating a presence or an absence of a head of a user within a vicinity of a viewer console included in a user control system of a computer-assisted surgical system; accessing eye tracking data indicating whether an eye of the user is gazing through an eyepiece at a display device included in the user control system; selecting , based on a combination of the head presence data and the eye tracking data, a first operating mode from among a plurality of operating modes for the user control system; and directing the user control system to operate in the first operating mode.
A method for using a medical syringe , in which method the medical syringe comprises a cylinder part with retaining lugs or a retaining flange and a needle , and a plunger part which is movable within the cylinder part by moving a plunger rod extending outside the cylinder part with respect to the cylinder part , and the method comprising moving the plunger part with respect to the cylinder part by at least one industrial robot by moving the arm of the industrial robot either outwards for drawing liquid into the medical syringe or inwards for injecting the liquid out of the medical syringe , and wherein the plunger part is gripped with a gripper (6; 21) configured to prevent the plunger part from turning with respect to the gripper (6; 21), at least in the direction of a plane parallel to the longitudinal direction of the plunger part characterized in that the medical syringe is held in place by gripping it only from the plunger part by the gripper (6; 21) having two fingers , which are movable against each other, and provided with central flange grooves , in which the drive flange at the end of the plunger rod is received when the fingers are moved against each other at the end of the arm of the industrial robot and by supporting the cylinder part at its retaining lugs or flange to a retaining member (8, 9; 22a, 22b) that does not compress the cylinder part , to prevent the movement of the cylinder part at least in the direction of movement of the plunger part when the plunger part is moved.
Cable retainer insert for a multi-strand cable , the cable retainer insert being configured to be inserted in a housing of a connector , the cable retainer insert having a cable contact portion , a plurality of circumferentially spaced cable receptacles , each cable receptacle being configured to receive at least one strand of the multi-strand cable , each cable receptacle further comprising a cable strand insertion opening at a radially outward end , and a bottom at an opposite radially inward end , wherein a circle inscribed in the cable receptacle and touching the bottom of the cable receptacle extends radially outwards beyond the cable strand insertion opening characterized in that the cable retainer insert comprises a housing contact portion for electrically contacting the housing of the connector, wherein the cable receptacles extend through both the cable contact portion and the housing contact portion and wherein a diameter of the cable contact portion is smaller than a diameter of the housing contact portion .
A device for modulating or switching an optical signal, comprising a first ring waveguide made of a first material wherein at least one p-n or p-i-n junction is formed, comprising a second ring waveguide , characterised in that the second ring waveguide is made of a second material that has a thermo-optic coefficient less than the thermo-optic coefficient of the first material, in that the first ring waveguide is a sub-wavelength network, and in that the first and second waveguides are superimposed, with or without a gap between them.
A skin cleanser comprising: an exterior; a front side of the exterior including: a first textured brush surface made of silicone with an area of touch points for channelling vibrations into a user's skin; a back side of the exterior including: a second textured brush surface with an area of touch points or smooth ridges, for channelling vibrations into a user's skin; a oscillating motor configured to vibrate the skin cleanser; and at least one controller configured to provide control to the motor , the skin cleanser further comprising controls on the exterior of the skin cleanser; wherein the controller is configured such that a user can interact with the controller through the controls ; the controller being configured such that a user may increase and decrease a frequency of vibration of the first oscillating motor through the controls to set the frequency desired by the user. an exterior; a front side of the exterior including: a first textured brush surface made of silicone with an area of touch points for channelling vibrations into a user's skin; a back side of the exterior including: a second textured brush surface with an area of touch points or smooth ridges, for channelling vibrations into a user's skin; a oscillating motor configured to vibrate the skin cleanser; and at least one controller configured to provide control to the motor , the skin cleanser further comprising controls on the exterior of the skin cleanser; wherein the controller is configured such that a user can interact with the controller through the controls ; the controller being configured such that a user may increase and decrease a frequency of vibration of the first oscillating motor through the controls to set the frequency desired by the user.
A Matrix-Assisted Laser Absorption Ionization (MALDI) ion source comprising: a target plate having a front surface on a front side , a rear surface on a rear side , and at least one sample receiving channel extending from an opening in the rear surface to an opening in the front surface for receiving a liquid sample, wherein each channel has a volume of ≥ 1 μL, wherein for any given channel the opening on the rear side of the target plate has a larger area than the opening on the front side of the target plate ; a laser for ionising a liquid sample on or in the target plate , wherein the laser is a pulsed laser set up and configured to have a pulsed repetition rate of ≥ 30 Hz, or is a continuous laser ; and at least one sample supply capillary connected to the opening in the rear side of the target plate of the at least one channel for delivering a liquid sample into the channel even when the laser is being fired at the front side of the target plate . a target plate having a front surface on a front side , a rear surface on a rear side , and at least one sample receiving channel extending from an opening in the rear surface to an opening in the front surface for receiving a liquid sample, wherein each channel has a volume of ≥ 1 μL, wherein for any given channel the opening on the rear side of the target plate has a larger area than the opening on the front side of the target plate ; a laser for ionising a liquid sample on or in the target plate , wherein the laser is a pulsed laser set up and configured to have a pulsed repetition rate of ≥ 30 Hz, or is a continuous laser ; and at least one sample supply capillary connected to the opening in the rear side of the target plate of the at least one channel for delivering a liquid sample into the channel even when the laser is being fired at the front side of the target plate .
Device for recovery of the atmosphere containing solvent vapours from at least one ink recovery reservoir of a print machine comprising: - n (n≥ 1) filter(s) arranged at the outlet from at least one ink reservoir , each filter: - comprising an inlet face , an outlet face and a filter body between these two faces, - comprising means of recovering at least part of a liquid condensed on the surface of the inlet face of the filter, before this liquid has passed through it, - and being : ∗ either upstream from solvent extraction means , an atmosphere output from the reservoir , passing through the inlet face , and then through the filter body and the outlet face before being sent to the solvent extraction means , ∗ or downstream from solvent extraction means , an atmosphere ouput from the solvent extraction means passing through the inlet face , and then through the filter body and the outlet face before being sent to at least one print head of the print machine, respectively. - n (n≥ 1) filter(s) arranged at the outlet from at least one ink reservoir , each filter: - comprising an inlet face , an outlet face and a filter body between these two faces, - comprising means of recovering at least part of a liquid condensed on the surface of the inlet face of the filter, before this liquid has passed through it, - and being : ∗ either upstream from solvent extraction means , an atmosphere output from the reservoir , passing through the inlet face , and then through the filter body and the outlet face before being sent to the solvent extraction means , ∗ or downstream from solvent extraction means , an atmosphere ouput from the solvent extraction means passing through the inlet face , and then through the filter body and the outlet face before being sent to at least one print head of the print machine, respectively. - comprising an inlet face , an outlet face and a filter body between these two faces, - comprising means of recovering at least part of a liquid condensed on the surface of the inlet face of the filter, before this liquid has passed through it, - and being : ∗ either upstream from solvent extraction means , an atmosphere output from the reservoir , passing through the inlet face , and then through the filter body and the outlet face before being sent to the solvent extraction means , ∗ or downstream from solvent extraction means , an atmosphere ouput from the solvent extraction means passing through the inlet face , and then through the filter body and the outlet face before being sent to at least one print head of the print machine, respectively. ∗ either upstream from solvent extraction means , an atmosphere output from the reservoir , passing through the inlet face , and then through the filter body and the outlet face before being sent to the solvent extraction means , ∗ or downstream from solvent extraction means , an atmosphere ouput from the solvent extraction means passing through the inlet face , and then through the filter body and the outlet face before being sent to at least one print head of the print machine, respectively.
A device for welding thermoplastic materials, in particular plastic films or tapes with fiber reinforcement, comprising at least one welding stamp having a welding surface for spot welding, at least one heating device for heating the welding surface of the at least one welding stamp and preferably a pressing device for pressing the at least one welding stamp onto the plastic materials to be welded, wherein the at least one heating device itself is designed as a welding stamp , characterized in that an open-loop or closed-loop control device is provided, which is designed to actuate the at least one heating device in order to carry out a pyrolytic cleaning process of the at least one welding stamp .
A medical apparatus for regulating delivery of irreversible electroporation pulses, the apparatus comprising: a probe configured for insertion into a body of a patient and comprising a plurality of electrodes configured to contact tissue within the body; an electrical signal generator coupled to apply bipolar trains of pulses having a voltage amplitude of at least 200 V and having a duration of each of the bipolar pulses less than 20 μs between at least one pair of the electrodes in contact with the tissue, thereby causing irreversible electroporation of the tissue between the at least one pair of the electrodes; one or more electrical sensors coupled to an output of the electrical signal generator and configured to sense a cumulative energy dissipated between each pair of the electrodes during the trains of the pulses; and a controller coupled to control electrical and temporal parameters of the trains of the pulses applied by the electrical signal generator, responsively to the one or more electrical sensors, so that the dissipated energy satisfies a predefined criterion. a probe configured for insertion into a body of a patient and comprising a plurality of electrodes configured to contact tissue within the body; an electrical signal generator coupled to apply bipolar trains of pulses having a voltage amplitude of at least 200 V and having a duration of each of the bipolar pulses less than 20 μs between at least one pair of the electrodes in contact with the tissue, thereby causing irreversible electroporation of the tissue between the at least one pair of the electrodes; one or more electrical sensors coupled to an output of the electrical signal generator and configured to sense a cumulative energy dissipated between each pair of the electrodes during the trains of the pulses; and a controller coupled to control electrical and temporal parameters of the trains of the pulses applied by the electrical signal generator, responsively to the one or more electrical sensors, so that the dissipated energy satisfies a predefined criterion.