mhurhangee/patent-ind-claim-en huggingface dataset:
An adaptor for angularly adjusting a structure on an anchor mountable on a biological base, the adaptor comprising: an adaptor body extending between a fitment end towards a perch ; a fitment extending away from the fitment end , and a mortar extending away and integrally with the fitment, to terminate with a mortar lip at the perch, wherein the mortar comprises a spherical mortar face ; a shrinkable collet deformable to a shrunk state and receivable on the mortar in the shrunk state wherein the collet resiliently rebounds to a free state upon placement on to the mortar wherein a shrunk caliber (C sc ) of the collet in the shrunken state is smaller than a free collet caliber (CFC), of the collet in the free state, the collet being rotatable onto the mortar and comprising a collet face and a collet hole extending from a collet head towards a collet tail ; a collet bolt ; and the collet hole is configured to threadingly receive the collet bolt such that when the collet bolt is inserted in the collet hole, the collet face is avoided from getting shrunk, wherein the mortar lip comprises a lip caliber (C L ) larger than the collet shrunk caliber (Csc) such that it allows receiving the collet in its shrunk state, onto the mortar and wherein further the collet rebounds upon placement on to the mortar , wherein the lip caliber C L is smaller than collet caliber C FC in the free state such that it locks the collet in the free state. an adaptor body extending between a fitment end towards a perch ; a fitment extending away from the fitment end , and a mortar extending away and integrally with the fitment, to terminate with a mortar lip at the perch, wherein the mortar comprises a spherical mortar face ; a shrinkable collet deformable to a shrunk state and receivable on the mortar in the shrunk state wherein the collet resiliently rebounds to a free state upon placement on to the mortar wherein a shrunk caliber (C sc ) of the collet in the shrunken state is smaller than a free collet caliber (CFC), of the collet in the free state, the collet being rotatable onto the mortar and comprising a collet face and a collet hole extending from a collet head towards a collet tail ; a collet bolt ; and the collet hole is configured to threadingly receive the collet bolt such that when the collet bolt is inserted in the collet hole, the collet face is avoided from getting shrunk, wherein the mortar lip comprises a lip caliber (C L ) larger than the collet shrunk caliber (Csc) such that it allows receiving the collet in its shrunk state, onto the mortar and wherein further the collet rebounds upon placement on to the mortar , wherein the lip caliber C L is smaller than collet caliber C FC in the free state such that it locks the collet in the free state.
A method of using a processor for forming an adjusted estimate of scattered radiation in an initial radiographic projection of a target object, comprising: forming a correction to a first estimate of scattered radiation in said initial radiographic projection of said target object by: a) generating at least two secondary radiographic projections of said target object; b) forming said first estimate of scattered radiation in each of said at least two secondary radiographic projections of said target object and applying said first estimate of scattered radiation in each of said at least two secondary radiographic projections of said target object to said at least two secondary radiographic projections of said target object to yield at least two corrected secondary radiographic projections of said target object; c) comparing said at least two said corrected secondary radiographic projections of said target object to detect an error in said first estimate of scattered radiation in said at least two secondary radiographic projections; and d) forming a correction module and applying said correction module to said first estimate of scattered radiation in said initial radiographic projection to form an adjusted estimate of scattered radiation in said initial radiographic projection, said correction module being derived from said comparing said at least two said corrected secondary radiographic projections. a) generating at least two secondary radiographic projections of said target object; b) forming said first estimate of scattered radiation in each of said at least two secondary radiographic projections of said target object and applying said first estimate of scattered radiation in each of said at least two secondary radiographic projections of said target object to said at least two secondary radiographic projections of said target object to yield at least two corrected secondary radiographic projections of said target object; c) comparing said at least two said corrected secondary radiographic projections of said target object to detect an error in said first estimate of scattered radiation in said at least two secondary radiographic projections; and d) forming a correction module and applying said correction module to said first estimate of scattered radiation in said initial radiographic projection to form an adjusted estimate of scattered radiation in said initial radiographic projection, said correction module being derived from said comparing said at least two said corrected secondary radiographic projections.
Method for calibrating an amperometric measuring electrode , which is used to determine the concentration of disinfecting agents in water, characterized in that (a) water from a water line , which shall be tested, is branched off and passed past the amperometric measuring electrode , this passing being carried out in a circuit, (b) a measured value of the amperometric measuring electrode is determined, (c) the concentration of disinfecting agents of the branched water is determined by means of a further method, and (d) the concentration of disinfecting agents that is determined in step (c) is used as a standard for the calibration of the amperometric measuring electrode . (a) water from a water line , which shall be tested, is branched off and passed past the amperometric measuring electrode , this passing being carried out in a circuit, (b) a measured value of the amperometric measuring electrode is determined, (c) the concentration of disinfecting agents of the branched water is determined by means of a further method, and (d) the concentration of disinfecting agents that is determined in step (c) is used as a standard for the calibration of the amperometric measuring electrode .
A nest of rotary cutters wherein two or more different sized cutters are nested together within one another during manufacture and/or for storage, each cutter with a body comprising at least one portion comprising at least one cutting means , said cutter provided by a single metal component manufactured by additive manufacture wherein the body of the cutter comprises a substantially cylindrical region defining a distal part of the cutter : wherein the body of the cutter further comprises a portion for fixing said cutter to a holder , said fixing portion defining a proximal part of the cutter , wherein the portion for fixing said cutter to a holder comprises at least one leg and wherein in the nest the respective portions for fixing each of said cutters to the holder are each of the same diameter so that a substantially cylindrical region is formed from said fixing portions when nested. wherein the body of the cutter further comprises a portion for fixing said cutter to a holder , said fixing portion defining a proximal part of the cutter , wherein the portion for fixing said cutter to a holder comprises at least one leg and wherein in the nest the respective portions for fixing each of said cutters to the holder are each of the same diameter so that a substantially cylindrical region is formed from said fixing portions when nested.
An apparatus comprising: an electrical signal sensor configured to obtain one or more input signals generated from first one or more human or animal subjects when the first one or more human or animal subjects are in a particular state being selected from the group consisting of an emotional state, a metabolic state, a physical state or a physiological state; a secondary sensor, wherein the secondary sensor is configured to obtain a secondary input signal from the first one or more human or animal subjects, the secondary input signal being indicative of a state of the first one or more human or animal subjects; an electrical signal stimulus device, wherein the electrical signal stimulus device is configured to deliver an electrical signal stimulus to said first one or more human or animal subjects while the electrical signal sensor obtains the one or more input signals from said first one or more human or animal subjects; an electrical signal generation device (1; 1'; 1") configured to generate a processed input signal by processing said one or more input signals; and an electrical signal application device (3; 3') comprising at least one electrode and configured to apply the processed input signal to the first one or more human or animal subjects or a second human or animal subject (2; 2') which is different from said first one or more human or animal subjects, so as to induce the particular state within the first one or more human or animal subjects or the second human or animal subject. an electrical signal sensor configured to obtain one or more input signals generated from first one or more human or animal subjects when the first one or more human or animal subjects are in a particular state being selected from the group consisting of an emotional state, a metabolic state, a physical state or a physiological state; a secondary sensor, wherein the secondary sensor is configured to obtain a secondary input signal from the first one or more human or animal subjects, the secondary input signal being indicative of a state of the first one or more human or animal subjects; an electrical signal stimulus device, wherein the electrical signal stimulus device is configured to deliver an electrical signal stimulus to said first one or more human or animal subjects while the electrical signal sensor obtains the one or more input signals from said first one or more human or animal subjects; an electrical signal generation device (1; 1'; 1") configured to generate a processed input signal by processing said one or more input signals; and an electrical signal application device (3; 3') comprising at least one electrode and configured to apply the processed input signal to the first one or more human or animal subjects or a second human or animal subject (2; 2') which is different from said first one or more human or animal subjects, so as to induce the particular state within the first one or more human or animal subjects or the second human or animal subject.
A dual lumen drainage cannula configured for use in a veno-arterial extracorporeal membrane oxygenation (VA ECMO) system , the dual lumen drainage cannula comprising: a first drainage tube having a proximal end, a distal end, and at least one aperture defined in the distal end; a second drainage tube having a proximal end, a distal end, and at least one aperture defined in the distal end; and an outlet fitting comprising a single outlet lumen in fluid communication with the first drainage tube and the second drainage tube , wherein the distal end of the second drainage tube is joined to a portion of the first drainage tube between the proximal and distal ends of the first drainage tube . a first drainage tube having a proximal end, a distal end, and at least one aperture defined in the distal end; a second drainage tube having a proximal end, a distal end, and at least one aperture defined in the distal end; and an outlet fitting comprising a single outlet lumen in fluid communication with the first drainage tube and the second drainage tube , wherein the distal end of the second drainage tube is joined to a portion of the first drainage tube between the proximal and distal ends of the first drainage tube .
An exercise machine comprising a gripping handle assembly , the gripping handle assembly comprising: an axial shaft ; a gripping handle extending from the axial shaft , the gripping handle extending at an angle to the axial shaft ; a circular bearing housing , wherein the an axial shaft is receivable into the circular bearing housing ; at least one bearing between the axial shaft and the circular bearing housing permitting rotational movement of the axial shaft within the circular bearing housing ; a first engaging mechanism on the axial shaft ; a second engaging mechanism on the circular bearing housing , wherein the first and second engaging mechanisms interlock to prevent rotation of the axial shaft in the circular bearing housing and wherein the first and second engaging mechanisms detach to permit rotation of the axial shaft in the circular bearing housing ; a spring biasing element in the circular bearing housing , the spring biasing element biasing the axial shaft into a locked position, the spring biasing element being displaceable to move the axial shaft into an unlocked position; characterized in that the exercise machine is a shoulder press exercise machine, wherein the gripping handle assembly is configured such that a user pushing upwards on the gripping handle urges the axial shaft into the locked position, and wherein the first and second engaging mechanisms are configured to detach from one another when a user pushes a knob connected to the gripping handle . an axial shaft ; a gripping handle extending from the axial shaft , the gripping handle extending at an angle to the axial shaft ; a circular bearing housing , wherein the an axial shaft is receivable into the circular bearing housing ; at least one bearing between the axial shaft and the circular bearing housing permitting rotational movement of the axial shaft within the circular bearing housing ; a first engaging mechanism on the axial shaft ; a second engaging mechanism on the circular bearing housing , wherein the first and second engaging mechanisms interlock to prevent rotation of the axial shaft in the circular bearing housing and wherein the first and second engaging mechanisms detach to permit rotation of the axial shaft in the circular bearing housing ; a spring biasing element in the circular bearing housing , the spring biasing element biasing the axial shaft into a locked position, the spring biasing element being displaceable to move the axial shaft into an unlocked position; the exercise machine is a shoulder press exercise machine, wherein the gripping handle assembly is configured such that a user pushing upwards on the gripping handle urges the axial shaft into the locked position, and wherein the first and second engaging mechanisms are configured to detach from one another when a user pushes a knob connected to the gripping handle .
An ophthalmic laser processing apparatus comprising: - a laser device configured to output a pulsed laser beam towards an eye, the laser beam having a beam focus; - an image capturing device positioned to capture an image of the eye and configured to provide image data; - a control device configured to detect eye movement based on the image data and to control the beam focus temporally and spatially based on a predetermined eye processing pattern and the detected eye movement; and - a visualization device including a monitor and controlled by the control device to output a graphical illustration, the graphical illustration representing at least a frequency distribution of a value of an eye parameter determined on the basis of the image data in relation to each of a plurality of different time points or time intervals; characterized in that the control device is configured to determine the value of the eye parameter in relation to each of a plurality of pulses of the laser beam and to determine the frequency distribution on the basis of the determined parameter values; and in that the control device is configured to cause the visualization device to output the graphical illustration on the monitor during a phase of beam emission and update the graphical illustration as the phase of beam emission proceeds. - a laser device configured to output a pulsed laser beam towards an eye, the laser beam having a beam focus; - an image capturing device positioned to capture an image of the eye and configured to provide image data; - a control device configured to detect eye movement based on the image data and to control the beam focus temporally and spatially based on a predetermined eye processing pattern and the detected eye movement; and - a visualization device including a monitor and controlled by the control device to output a graphical illustration, the graphical illustration representing at least
Method for calibrating a flow measurement system which is mounted on a tube that contains a medium , comprising the steps: a) provision of the flow measurement system , which comprises a first flow rate sensor , in an active operating state; b) emission of an ultrasonic pulse into a tube wall of the tube by means of a first or second ultrasonic head of the first flow rate sensor and receipt of an ultrasonic echo by means of the second ultrasonic head ; c) determination of a signal propagation time of the ultrasonic pulse and of the ultrasonic echo and determination of a tube wall thickness using the signal propagation time; d) setting calibration parameters of the first flow rate sensor , wherein the calibration parameters comprise the tube wall thickness , characterised in that in step b) the ultrasonic pulse is emitted in a diagonal direction into the medium , for the determination of a surface roughness of an inside of the tube wall , and an intensity of the received ultrasonic echo is detected and compared to an intensity of the emitted ultrasonic pulse , wherein based on this, the surface roughness of the inside of the tube wall is determined, and also the determined surface roughness of the inside of the tube wall is set as a calibration parameter in step d). a) provision of the flow measurement system , which comprises a first flow rate sensor , in an active operating state; b) emission of an ultrasonic pulse into a tube wall of the tube by means of a first or second ultrasonic head of the first flow rate sensor and receipt of an ultrasonic echo by means of the second ultrasonic head ; c) determination of a signal propagation time of the ultrasonic pulse and of the ultrasonic echo and determination of a tube wall thickness using the signal propagation time; d) setting calibration parameters of the first flow rate sensor , wherein the calibration parameters comprise the tube wall thickness ,
A training manikin for practising cardiopulmonary resuscitation, said manikin being collapsible into a storage position and expandable into a training position, said manikin comprising an inflatable body portion substantially shaped as at least an upper part of a human body, the inflatable body portion being adapted to be filled with air or gas to obtain the training position and being adapted to releasably retain said air or gas to maintain the training position, characterized in that the body portion comprises an elastically compressible self-expandable foam so that the inflatable body portion is adapted to self-inflate from the storage position to the training position when air or gas is allowed to flow from outside of the inflatable body portion into the self-expandable foam via a vent element. an inflatable body portion substantially shaped as at least an upper part of a human body, the inflatable body portion being adapted to be filled with air or gas to obtain the training position and being adapted to releasably retain said air or gas to maintain the training position, characterized in that the body portion comprises an elastically compressible self-expandable foam so that the inflatable body portion is adapted to self-inflate from the storage position to the training position when air or gas is allowed to flow from outside of the inflatable body portion into the self-expandable foam via a vent element.
A method comprising: responsive to detecting network activity indicative of a threat, selecting, by a network security system, a threat mitigation scheme corresponding to a set of response actions; filtering, by the network security system, the set of response actions based on a policy to generate a set of allowed response actions; and executing one or more response actions of the set of allowed response actions, further comprising, during or after execution of the one or more response actions: determine whether the threat is still present; and responsive to determining that the threat is still present: evaluating, by the network security system, the set of allowed response actions based on action dependencies and prior actions to determine an action plan, wherein the action plan identifies a set of next response actions, wherein the set of next response actions corresponds to one or more response actions of the set of allowed response actions for which every prerequisite action has been performed; and executing the set of next response actions. responsive to detecting network activity indicative of a threat, selecting, by a network security system, a threat mitigation scheme corresponding to a set of response actions; filtering, by the network security system, the set of response actions based on a policy to generate a set of allowed response actions; and executing one or more response actions of the set of allowed response actions, determine whether the threat is still present; and responsive to determining that the threat is still present: evaluating, by the network security system, the set of allowed response actions based on action dependencies and prior actions to determine an action plan, wherein the action plan identifies a set of next response actions, wherein the set of next response actions corresponds to one or more response actions of the set of allowed response actions for which every prerequisite action has been performed; and executing the set of next response actions. evaluating, by the network security system, the set of allowed response actions based on action dependencies and prior actions to determine an action plan, wherein the action plan identifies a set of next response actions, wherein the set of next response actions corresponds to one or more response actions of the set of allowed response actions for which every prerequisite action has been performed; and executing the set of next response actions.