mhurhangee/ep-ind-claims huggingface dataset:
An electrosurgical device, comprising: at least one electrode (209, 210) that applies electrosurgical energy to tissue, an electrosurgical energy output stage electrically coupled to the at least one electrode through a transmission line (221, 223), the electrosurgical energy output stage configured to generate electrosurgical energy; a voltage sensor and a current sensor coupled to the electrosurgical energy output stage, the voltage sensor configured to sense a voltage of the electrosurgical energy to obtain a sensed voltage and the current sensor configured to sense a current of the electrosurgical energy to obtain a sensed current; a memory that stores at least one impedance loss model parameter associated with the transmission line; and a processor coupled to the voltage sensor, the current sensor, and the memory, the processor configured to: calculate a sensor impedance value based upon the sensed voltage and the sensed current; determine a phase value based upon a polynomial function of the sensor impedance value to obtain a determined phase value; retrieve the at least one impedance loss model parameter; and calculate at least one metric at the tissue based upon the sensed voltage value, the sensed current value, the determined phase value, and the at least one impedance loss model parameter. at least one electrode (209, 210) that applies electrosurgical energy to tissue, an electrosurgical energy output stage electrically coupled to the at least one electrode through a transmission line (221, 223), the electrosurgical energy output stage configured to generate electrosurgical energy; a voltage sensor and a current sensor coupled to the electrosurgical energy output stage, the voltage sensor configured to sense a voltage of the electrosurgical energy to obtain a sensed voltage and the current sensor configured to sense a current of the electrosurgical energy to obtain a sensed current; a memory that stores at least one impedance loss model parameter associated with the transmission line; and a processor coupled to the voltage sensor, the current sensor, and the memory, the processor configured to: calculate a sensor impedance value based upon the sensed voltage and the sensed current; determine a phase value based upon a polynomial function of the sensor impedance value to obtain a determined phase value; retrieve the at least one impedance loss model parameter; and calculate at least one metric at the tissue based upon the sensed voltage value, the sensed current value, the determined phase value, and the at least one impedance loss model parameter. calculate a sensor impedance value based upon the sensed voltage and the sensed current; determine a phase value based upon a polynomial function of the sensor impedance value to obtain a determined phase value; retrieve the at least one impedance loss model parameter; and calculate at least one metric at the tissue based upon the sensed voltage value, the sensed current value, the determined phase value, and the at least one impedance loss model parameter.
Analytical method for detecting cancer of the bladder, comprising analysing a urine sample for the presence of the glycan consisting of Galβ1-4GlcNAcβ1-3Galβ1-4Glc (lacto-N-neo-tetraose, neolactotetra, nLc4).
A telescopic server cargo rack comprising: an enclosure including: an inner hull and an outer hull in which an end of the inner hull is telescopically received; and a door closing an end of the enclosure; an electronic system mounted within the enclosure and including a power outlet; and a rail system connected to the inner hull and the outer hull and arranged to guide a telescoping motion of the inner hull within the outer hull, wherein the rail system further comprises rails for guiding movement of the enclosure relative to an external fixture to which the rail system is fixed. an enclosure including: an inner hull and an outer hull in which an end of the inner hull is telescopically received; and a door closing an end of the enclosure; an inner hull and an outer hull in which an end of the inner hull is telescopically received; and a door closing an end of the enclosure; an electronic system mounted within the enclosure and including a power outlet; and a rail system connected to the inner hull and the outer hull and arranged to guide a telescoping motion of the inner hull within the outer hull, wherein the rail system further comprises rails for guiding movement of the enclosure relative to an external fixture to which the rail system is fixed.
Manual gearbox of a hybrid drive for a motor vehicle, having two input shafts (GE1, GE2) and having a common output shaft, wherein the first input shaft is connectable to the driveshaft of an internal combustion engine and is connectable in terms of drive to the output shaft by way of a first group of selectively shiftable gearwheel sets (G1, G3, G5; G2, G4), wherein the second input shaft is connected in terms of drive to the rotor (8, 8', 8") of an electric machine (EM, EM', EM") which is operable as a motor and as a generator, and said second input shaft is connectable in terms of drive to the output shaft by way of a second group of selectively shiftable gearwheel sets (G2, G4; G1, G3, G5), wherein the two input shafts (GE1, GE2) are connectable to one another in terms of drive by way of a shiftable coupling device (7.1), and wherein said first input shaft is arranged centrally, the second input shaft is in the form of a hollow shaft and is arranged coaxially over the first input shaft, wherein the coupling device (7.1) comprises a shift clutch for the direct coupling of the first input shaft to the gearbox-side end of the second input shaft, characterized in that the shift clutch of the coupling device (7.1) is combined with the gearspeed clutch of the gearwheel set of the first forward gearspeed in a common shift assembly (S2a), by way of which the first input shaft, in a first shift position, is coupled rotationally conjointly to the second input shaft, in a neutral position, is uncoupled, and in a second shift position, is coupled rotationally conjointly to the floating gear of the gearwheel set of the first forward gearspeed.
A method comprising: identifying an actual location of a ciliary body in a patient's eye; and identifying a position for a scleral prosthesis to be inserted into scleral tissue of the patient's eye based on the identified location of the ciliary body; characterised in that identifying the actual location of the ciliary body comprises illuminating a first portion of the patient's eye using illumination provided at a second portion of the patient's eye and identifying a shadow formed by the ciliary body in the patient's eye. identifying an actual location of a ciliary body in a patient's eye; and identifying a position for a scleral prosthesis to be inserted into scleral tissue of the patient's eye based on the identified location of the ciliary body; characterised in that identifying the actual location of the ciliary body comprises illuminating a first portion of the patient's eye using illumination provided at a second portion of the patient's eye and identifying a shadow formed by the ciliary body in the patient's eye.
An optical arrangement for a solid-state lighting system, the optical arrangement comprising: a TIR optical element comprising an exit surface, the exit surface comprising a plurality of collimating lenses (40a-40c) wherein the plurality of lenses (40a-40c) are spaced from one another on the exit surface by a second type of exit surface, each of the plurality of lenses (40a-40c) having a faceted exit surface defining a plurality of facets; and a plurality of LED light sources; each of the plurality of light sources comprising a plurality of LED chips (31a-31d), the plurality of LED light sources being arranged relative to the TIR optical element such that the plurality of LED light sources are in a one to one relationship with the plurality of lenses, characterized in that the plurality of facets of the exit surface on each one of the lenses of the plurality of lenses are asymmetrical relative to the plurality of LED chips (31a-31d) of one LED light source of the plurality of light sources that is in the one to one relationship with the each one of the lenses such that light from the first plurality of LED chips (31a-31d) is asymmetrically dispersed and mixed by the faceted exit surface, and the entrance surface and the exit surface of the same lens are faceted, the entrance surface being angularly offset relative to the exit surface by an angle such that the facets of the entrance surface are angularly offset relative to the facets of the exit surface. a TIR optical element comprising an exit surface, the exit surface comprising a plurality of collimating lenses (40a-40c) wherein the plurality of lenses (40a-40c) are spaced from one another on the exit surface by a second type of exit surface, each of the plurality of lenses (40a-40c) having a faceted exit surface defining a plurality of facets; and a plurality of LED light sources; each of the plurality of light sources comprising a plurality of LED chips (31a-31d), the plurality of LED light sources being arranged relative to the TIR optical element such that the plurality of LED light sources are in a one to one relationship with the plurality of lenses, characterized in that the plurality of facets of the exit surface on each one of the lenses of the plurality of lenses are asymmetrical relative to the plurality of LED chips (31a-31d) of one LED light source of the plurality of light sources that is in the one to one relationship with the each one of the lenses such that light from the first plurality of LED chips (31a-31d) is asymmetrically dispersed and mixed by the faceted exit surface, and the entrance surface and the exit surface of the same lens are faceted, the entrance surface being angularly offset relative to the exit surface by an angle such that the facets of the entrance surface are angularly offset relative to the facets of the exit surface.
A system for visualizing needle entry into a body, comprising: a needle; a radiation scattering coating coated on the needle; and a radiation visualizing device characterized in that the radiation scattering coating includes a plurality of pores which enables a medical practitioner to recognize that blood has been saturated within the needle coating as blood comes in contact with the needle coating. a needle; a radiation scattering coating coated on the needle; and a radiation visualizing device
Switching device suitable for direct current operation, comprising at least one first current path and one second current path, the first and second current paths each comprising a respective first connection (4, 4') and a respective second connection (5, 5'), wherein the first connections (4, 4') are arranged on a first side of the switching device and the second connections (5, 5') are arranged on a second side of the switching device, each current path (2, 3) comprises at least one contact pair (7, 7', 8, 8') having a first contact (9, 9', 10, 10') and a second contact (18, 18', 19, 19'), wherein at least the second contact (18, 18', 19, 19') is arranged on a contact member (15, 15') which is moveable with respect to the first contact (9, 9', 10, 10'), and wherein, in a switched-on status of the switching device, both contacts (9, 9', 10, 10', 18, 18', 19, 19') are in contact with each other, for each contact pair (7, 7', 8, 8') at least one extinguishing device (21, 21', 22, 22') to extinguish an arc forming between the contacts (9, 9', 10, 10', 18, 18', 19, 19'), characterised in that the extinguishing devices (21, 21', 22, 22') of both current paths (2, 3) are arranged in a direction from the first connections (4, 4') to the second connections (5, 5') behind one another and at least partly covering each other.
An endoscopic biopsy assembly comprising: a biopsy forceps device, having a movable jaw having: a distal arm and a lever arm, and a stationary jaw having a distal portion and a proximal arm, wherein the movable jaw is pivotally connected to the stationary jaw at a pivot; a connector; a catheter extending proximally from the movable jaw and the stationary jaw of the biopsy forceps device; a suction device operatively connected to the catheter; a suction tubing disposed within the catheter and distally extending beyond the pivot, wherein the suction tubing is disposed within the movable jaw and the stationary jaw with each jaw in a closed position; and a wire having a distal end connected to the lever arm of the movable jaw and a proximal end connected to an actuation handle, and having a length at least partially disposed within the catheter, such that the wire extends from the actuation handle, through the connector, and into the catheter, characterized in that the lever arm of the moveable jaw is rearward of the pivot when the moveable jaw is closed, wherein movement of the movable jaw in the open direction is prohibited at a fully open position by a ledge on the stationary jaw, and wherein a longitudinal axis of the lever arm is substantially perpendicular to a length of the catheter when the movable jaw contacts the ledge. a biopsy forceps device, having a movable jaw having: a distal arm and a lever arm, and a stationary jaw having a distal portion and a proximal arm, wherein the movable jaw is pivotally connected to the stationary jaw at a pivot; a distal arm and a lever arm, and a stationary jaw having a distal portion and a proximal arm, wherein the movable jaw is pivotally connected to the stationary jaw at a pivot; a connector; a catheter extending proximally from the movable jaw and the stationary jaw of the biopsy forceps device; a suction device operatively connected to the catheter; a suction tubing disposed within the catheter and distally extending beyond the pivot, wherein the suction tubing is disposed within the movable jaw and the stationary jaw with each jaw in a closed position; and a wire having a distal end connected to the lever arm of the movable jaw and a proximal end connected to an actuation handle, and having a length at least partially disposed within the catheter, such that the wire extends from the actuation handle, through the connector, and into the catheter, characterized in that the lever arm of the moveable jaw is rearward of the pivot when the moveable jaw is closed, wherein movement of the movable jaw in the open direction is prohibited at a fully open position by a ledge on the stationary jaw, and wherein a longitudinal axis of the lever arm is substantially perpendicular to a length of the catheter when the movable jaw contacts the ledge.
A modular heat exchange system comprising: at least two heat exchange units each having at least one first heat exchanger having a closed circuit for cooling the fluid therein; at least one air cooler located upstream of the at least one first heat exchangers located in each of the at least two heat exchange units; at least one first fan arrangement operable to cause air to pass through the at least one air coolers and the at least one first heat exchangers; wherein the at least one air coolers include moisture absorbent material; and the at least one first heat exchangers of each of the at least two heat exchange units are micro-channel heat exchangers in fluid communication allowing flow of cooling fluid therebetween. at least two heat exchange units each having at least one first heat exchanger having a closed circuit for cooling the fluid therein; at least one air cooler located upstream of the at least one first heat exchangers located in each of the at least two heat exchange units; at least one first fan arrangement operable to cause air to pass through the at least one air coolers and the at least one first heat exchangers; wherein the at least one air coolers include moisture absorbent material; and the at least one first heat exchangers of each of the at least two heat exchange units are micro-channel heat exchangers in fluid communication allowing flow of cooling fluid therebetween.
A universal targeting stand (10, 100) for an advanced driver assistance system, comprising: a central support structure (12, 102); a target plate (50, 150) selectively connected to the central support structure (12, 102); and a target image (58, 158) removably attached to the target plate (50, 150) wherein the target image (58, 158) is attached to the target plate (50,150) by a magnetic attachment, characterized in that the target image (58, 158) is printed on a vinyl sheet (52, 170) with a magnetic backing sheet. a central support structure (12, 102); a target plate (50, 150) selectively connected to the central support structure (12, 102); and a target image (58, 158) removably attached to the target plate (50, 150) wherein the target image (58, 158) is attached to the target plate (50,150) by a magnetic attachment, characterized in that the target image (58, 158) is printed on a vinyl sheet (52, 170) with a magnetic backing sheet.
A method for preparing an extract of Chrysanthemum morifolium with an effect of treating skin diseases, comprising: (a) performing an extraction procedure on Chrysanthemum morifolium with an extraction solvent to obtain an extract solution; and (b) adding at least one glycoside hydrolase to the extract solution to make an enzyme reaction occur and increase contents of luteolin and apigenin in the extract solution to produce a precipitate, wherein the at least one glycoside hydrolases is at least one selected from a group consisting of: glucosidase; galactosidase; and glucuronidase, and wherein the precipitate is the extract of Chrysanthemum morifolium with an effect of treating skin diseases. (a) performing an extraction procedure on Chrysanthemum morifolium with an extraction solvent to obtain an extract solution; and (b) adding at least one glycoside hydrolase to the extract solution to make an enzyme reaction occur and increase contents of luteolin and apigenin in the extract solution to produce a precipitate, wherein the at least one glycoside hydrolases is at least one selected from a group consisting of: glucosidase; galactosidase; and glucuronidase, and glucosidase; galactosidase; and glucuronidase, and wherein the precipitate is the extract of Chrysanthemum morifolium with an effect of treating skin diseases.
An imaging system comprising: a plurality of imaging devices facing different directions, the plurality of imaging devices configured to capture images; an output unit configured to output an output image related to the captured images, the output image having been generated based on the captured images and covering a range of 360 degrees in at least a first direction, wherein in the output image, an area where a subject is reflected in the captured images is placed at a predetermined position so as to prevent the area from being cut off at the edges of the output image; an image rotation unit configured to perform image rotation on the captured images to change a position of the area where the subject is reflected, to the predetermined position in the first direction so as to generate the output image in which the area where the subject is reflected is placed at the predetermined position, and wherein the predetermined position is substantially at the center of the output image in the first direction; and a recognition unit configured to recognize a subject reflected in the images captured by the imaging devices, wherein the images captured by the plurality of imaging devices include a plurality of partial images captured by a plurality of imaging optical systems, wherein the recognition unit recognizes the subject in the plurality of partial images or a synthesized image of the plurality of partial images, and wherein the output image is the synthesized image. a plurality of imaging devices facing different directions, the plurality of imaging devices configured to capture images; an output unit configured to output an output image related to the captured images, the output image having been generated based on the captured images and covering a range of 360 degrees in at least a first direction, wherein in the output image, an area where a subject is reflected in the captured images is placed at a predetermined position so as to prevent the area from being cut off at the edges of the output image; an image rotation unit configured to perform image rotation on the captured images to change a position of the area where the subject is reflected, to the predetermined position in the first direction so as to generate the output image in which the area where the subject is reflected is placed at the predetermined position, and wherein the predetermined position is substantially at the center of the output image in the first direction; and a recognition unit configured to recognize a subject reflected in the images captured by the imaging devices, wherein the images captured by the plurality of imaging devices include a plurality of partial images captured by a plurality of imaging optical systems, wherein the recognition unit recognizes the subject in the plurality of partial images or a synthesized image of the plurality of partial images, and wherein the output image is the synthesized image.
Process for manufacturing a foam article with an embedded insert, characterized by comprising a foam molding step in which a foam material is molded within a mold while the insert is held under elastic stress against an inner surface of the mold.
A well tool, comprising: a central longitudinal axis; and a downhole anchor including at least one outwardly extendable slip configured to grip a well surface, the slip comprising longitudinally spaced apart grip structures, and a longitudinally extending beam which connects the grip structures to each other, and characterized in that an area moment of inertia of the beam with respect to a lateral axis through a centroid of the beam is greater than an area moment of inertia of the beam with respect to a radial axis through the centroid of the beam, each of the lateral axis and the radial axis being perpendicular to the central longitudinal axis. a central longitudinal axis; and a downhole anchor including at least one outwardly extendable slip configured to grip a well surface, the slip comprising longitudinally spaced apart grip structures, and a longitudinally extending beam which connects the grip structures to each other, and characterized in that an area moment of inertia of the beam with respect to a lateral axis through a centroid of the beam is greater than an area moment of inertia of the beam with respect to a radial axis through the centroid of the beam, each of the lateral axis and the radial axis being perpendicular to the central longitudinal axis.
Device for creating fuel gas from a solid fuel in a gasifier which is configured as a top-down fixed-bed gasifier and has a gas outlet opening in the lower part of a gasifier shaft, characterised in that a filter arrangement which has a plurality of filter cartridges is arranged in a raw gas collecting space inside the gasifier shaft upstream of a gas outlet opening.
A MEK inhibitor for use in a method of inhibiting melanoma in a subject, and/or a cardiac glycoside for use in a method of inhibiting melanoma in a subject, wherein the method comprises administering to said subject: (a) a MEK inhibitor; and (b) a cardiac glycoside, in an amount sufficient to inhibit said melanoma. (a) a MEK inhibitor; and (b) a cardiac glycoside,