mhurhangee/ep-ind-claims huggingface dataset:
An electrosurgical system, comprising: an RF generator configured to deliver energy through an electrosurgical device to a target tissue in a sealing cycle comprising a series of pulses, the series beginning with an initial pulse having a profile comprising a preset RF level start value that increases at a preset ramping rate to a preset RF level end value; and a comparator configured to compare sensed impedance values of the target tissue to each of three preset impedance threshold values, these threshold values comprising a first impedance threshold value for RF setpoint, a second impedance threshold value for cumulative time which is higher than the first impedance threshold level, and a third impedance threshold value for energy cutback which is higher than the second impedance threshold level; wherein the RF generator is further configured to control the delivery of energy during the sealing cycle by responding to the comparison of the sensed impedance values to the impedance threshold values, wherein the system is configured to record accumulated time at an impedance threshold value for cumulative time duration, and to cease the sealing cycle when a cumulative time of tissue showing an impedance value over the second impedance threshold value reaches a preset sealing cycle duration limit. an RF generator configured to deliver energy through an electrosurgical device to a target tissue in a sealing cycle comprising a series of pulses, the series beginning with an initial pulse having a profile comprising a preset RF level start value that increases at a preset ramping rate to a preset RF level end value; and a comparator configured to compare sensed impedance values of the target tissue to each of three preset impedance threshold values, these threshold values comprising a first impedance threshold value for RF setpoint, a second impedance threshold value for cumulative time which is higher than the first impedance threshold level, and a third impedance threshold value for energy cutback which is higher than the second impedance threshold level; wherein the RF generator is further configured to control the delivery of energy during the sealing cycle by responding to the comparison of the sensed impedance values to the impedance threshold values, wherein the system is configured to record accumulated time at an impedance threshold value for cumulative time duration, and to cease the sealing cycle when a cumulative time of tissue showing an impedance value over the second impedance threshold value reaches a preset sealing cycle duration limit.
Method for photoacoustic tomography of a sample, whereby deformations on the measurement surface of the sample being measured as a function of location and time, the deformations resulting from the absorption of a pulsed excitation radiation on at least one spectrally addressable target structure within the interior of the sample while emitting thermomechanical pressure waves in the direction of the measurement surface, and whereby the measured deformations being fed to a reconstruction method for determining the position of the target structure in the interior of the sample, characterized in that a. an excitation pulse (I 2) and a leading (I 1) and a trailing (I 2) observation laser pulse relative to then excitation pulse are irradiated onto the measurement surface, b. a two-dimensional deformation profile of the measurement surface being determined from the observation laser pulses (I 1, I 3) scattered by means of a method of double-pulse electronic speckle interferometry (ESPI), and c. the temporal distance between the excitation pulse (I 2) and the trailing observation laser pulse (I 3) being is assigned to the predetermined two-dimensional deformation profile as a time index, and d. a predetermined number of repetitions of steps a to c taking take place by varying at least the temporal distance between the excitation pulse (I 2) and the trailing observation laser pulse (I 3). a. an excitation pulse (I 2) and a leading (I 1) and a trailing (I 2) observation laser pulse relative to then excitation pulse are irradiated onto the measurement surface, b. a two-dimensional deformation profile of the measurement surface being determined from the observation laser pulses (I 1, I 3) scattered by means of a method of double-pulse electronic speckle interferometry (ESPI), and c. the temporal distance between the excitation pulse (I 2) and the trailing observation laser pulse (I 3) being is assigned to the predetermined two-dimensional deformation profile as a time index, and d. a predetermined number of repetitions of steps a to c taking take place by varying at least the temporal distance between the excitation pulse (I 2) and the trailing observation laser pulse (I 3).
A piezoelectric resonant lamp-ignition circuit comprising at least two piezoelectric capacitors (10, 20) each cascade to one of at least one lamp and each comprising a piezoelectric substrate and two conductive layers (12, 13), wherein said piezoelectric substrate has an upper surface and a lower surface, and said two conductive layers (12, 13) are respectively formed on said upper surface and said lower surface of said piezoelectric substrate to function as two electrodes of each of said at least one piezoelectric capacitor; and two resonant inductors (40, 60) wherein one of said at least one lamp is arranged in between and cascaded to two piezoelectric capacitors (10, 20), and a combination of said at least one lamp and two piezoelectric capacitors is arranged in between and cascaded to the two resonant inductors (40, 60)
Comfort equipment for a passenger compartment of a public transport vehicle, comprising a table support frame extending in cantilevered fashion in a transverse direction perpendicular to a vertical direction, between a connecting end intended to be connected to a structural element of the passenger compartment, and a free end, wherein: - the support frame comprises a first post at its connecting end, a supporting cross member connected to the first post and extending parallel to the transverse direction, - the first post comprises at least one first upper securing member for securing this first post to the structural element, characterised in that the support frame comprises a grip bar supported by the first post and extending parallel to the transverse direction and above the supporting cross member. - the support frame comprises a first post at its connecting end, a supporting cross member connected to the first post and extending parallel to the transverse direction, - the first post comprises at least one first upper securing member for securing this first post to the structural element,
Method of manufacturing an inflatable plug, comprising: i) providing a preform defining an axis having two poles (N,S); ii) winding at least one low extensibility line around the preform in a winding plane, whereby the winding plane intersects the axis and passes adjacent to each pole (N,S) and whereby during winding, the preform and winding plane rotate with respect to one another to cover substantially the complete preform with windings; iii) spreading the windings to reduce overlap in at least the polar regions; and iv) securing the line in an elastic matrix to form a peripheral wall. i) providing a preform defining an axis having two poles (N,S); ii) winding at least one low extensibility line around the preform in a winding plane, whereby the winding plane intersects the axis and passes adjacent to each pole (N,S) and whereby during winding, the preform and winding plane rotate with respect to one another to cover substantially the complete preform with windings; iii) spreading the windings to reduce overlap in at least the polar regions; and iv) securing the line in an elastic matrix to form a peripheral wall.
A drinking straw comprising an outer element and an inner element, wherein - the outer element is designed as a hollow tube with a wall that is closed in cross-section, and wherein - the inner element is at least partially designed in a channel-like manner with a channel wall, wherein the outer element has at least one elongated recess in the wall, wherein in an assembled state of the drinking straw, the wall of the outer element circumferentially overlaps the channel wall of the inner element so that in the region of the recess of the outer element both the inner element and the outer element form a fluid-tight tube profile with a closed wall, wherein the length of the recess of the outer element is smaller in size than the length of the inner element and wherein the outer element is stretchable and elastic in shape, characterized in that the inner element is made of a stronger material than the outer element. - the outer element is designed as a hollow tube with a wall that is closed in cross-section, and wherein - the inner element is at least partially designed in a channel-like manner with a channel wall,
An orthopedic impacting tool for striking an object, the tool comprising a motor, a linear motion converter, a compression piston operatively coupled to said linear motion converter, said piston having a first end and a second end, an air chamber, an impacting element, a detent for retaining the impacting element in a position, a control unit, and an anvil element adapted to accept a portion of a broach adapter, the broach adapter capable of holding a broach, chisel, reamer, or other surgical implement, said broach adapter operatively coupled to said anvil element; wherein the anvil element has a forward impact plate and a rearward impact plate, the broach adapter being proximate to said forward impact plate of the anvil element and distal to said rearward impact plate of said anvil element.
A paper substrate, comprising a web of cellulose fibers and an amount of from 1 to 5000 ppm dry weight of an antimicrobial compound based upon the total weight of said paper substrate such that no growth of mold or mildew occurs after 14 days as measured by ASTM-2020, wherein said antimicrobial compound is dispersed within from 25 to 75 % of the web, and wherein said antimicrobial compound is at least one member selected from the group consisting of silver zeolite, dichloro-octyl-isothiazolone, 4,5-dichloro-2-n-octyl-3 -iso-thiazolone, Tri-n-butylin oxide, borax, G-4, chlorothalonil, dichlorophenyl-propyl-dioxolan-methyl-triazole, alpha-chlorphenyl, ethyl-dimethylethyl-triazole-ethanol, benzimidazol, 2-(thiocyanomethylthio)benzothiazole, alpha-(2-(4-chlorophenyl)ethyl)-alpha-(1-1-dimethylethyll)-1H-1,2,4-triazole-1-ethanol, (1-[[2-(2,4-dichlorophenyl)-4-propyl-1,3-dioxolan-2-yl]-methy])-1H-1,2,4-triazole, alkyl dimethylbenzyl ammonium saccharinate, 2-(methoxy-carbamoyl)-benzimidazol, tetrachloroisophthalonitirile, P-[(diiodomethyl) sulfonyl] toluol, methyl alcohol, 3-(trimethoxysilyl) propyldimethyl octadecyl ammonium chloride, chloropropyltrimethylsilane, dimethyl octadecylamine, propionic acid, 2-(4-thiazolyl)benzimidazole, 1,2-benzisothiazolin-3-one, 2-N-octyl-4-isothiazolin-3-one, diethylene glycol monoethyl ether, ethylene glycol, propylene glycol, hexylene glycol, tributoxyethyl phosphate, 2 pyridinethio-1-oxide, potassium sorbate, diiodomethyl-p-tolylsulfone, and thiocyanomethylthiobenzothiazole.
A method for establishing a connection from a Public Safety Answering Point (PSAP) (201, 221) to a terminal (213, 226) subscribed to Intelligent Network services when IN restrictions do not allow the PSAP to call the IN subscribed terminal, comprising the steps of: receiving, by the PSAP (201, 221), a call report with the number of the terminal (213, 226), wherein the number is a Mobile Station International Subscriber Directory Number (MSISDN), and in response to a PSAP call back attempt from the PSAP to a Mobile Switching Center: identifying, by said MSC or an external node interfaced to the MSC, the MSISDN; and communicating the terminal MSISDN to an IN platform to authorize the terminal (213, 226) to receive all incoming calls for a fixed amount of time. receiving, by the PSAP (201, 221), a call report with the number of the terminal (213, 226), wherein the number is a Mobile Station International Subscriber Directory Number (MSISDN), and in response to a PSAP call back attempt from the PSAP to a Mobile Switching Center: identifying, by said MSC or an external node interfaced to the MSC, the MSISDN; and communicating the terminal MSISDN to an IN platform to authorize the terminal (213, 226) to receive all incoming calls for a fixed amount of time. identifying, by said MSC or an external node interfaced to the MSC, the MSISDN; and communicating the terminal MSISDN to an IN platform to authorize the terminal (213, 226) to receive all incoming calls for a fixed amount of time.
Method for slowing transfer of a heavy work machine on a sloping base, in which the work machine includes a body, a crawler chassis fitted beneath the body, and a set of booms pivoted at its one end to the work machine, at the other end of which is a selected auxiliary device, and a transportation device is equipped with wheels, in which method the work machine is transferred by supporting the work machine on the crawler chassis at least partly on top of the transportation device, and towing the work machine using a transfer vehicle with the aid of the transportation device and using friction to slow the transfer speed of the transportation device on the sloping base, characterized in that a brake surface is pressed against the sloping base by means of the auxiliary device in order to retard the transfer speed and the pressing of the brake surface taking place during transfer through the auxiliary device is adjusted using the set of booms while towing at the same time.
An aqueous composition comprising a protein, a reactive compound and an aluminium-salt, said composition comprising less than 350 ppb heavy metal and less than 2.5 ppb Cu based on the weight of the aqueous composition, wherein the aluminium-salt is aluminium hydroxide (Al 3) or aluminium phosphate (AlPO 4), wherein the reactive compound is a redox active compound, and wherein said protein is an immunogenic viral or bacterial protein or an immunogenic part of such protein.
A digital phase shifter comprising: a plurality of digital phase shift circuit groups in which a plurality of digital phase shift circuits are connected in cascade; and one or more bend-type connection units connected between two digital phase shift circuit groups, wherein each of the digital phase shift circuits includes at least a signal line, a pair of inner lines provided at both sides of the signal line, a pair of outer lines provided outside of the inner lines, a first ground conductor connected to one end of each of the inner lines and the outer lines, a second ground conductor connected to the other end of each of the outer lines, a pair of electronic switches (7a, 7b) provided between the other ends of the inner line and the second ground conductor, and a capacitor electrically connected between the signal line and at least one of the first ground conductor and the second ground conductor, wherein each of the digital phase shift circuits is a circuit set in a low-delay mode in which a return current flows through the inner line or a high-delay mode in which a return current flows through the outer line, and wherein at least one of the digital phase shift circuits constituting at least one digital phase shift circuit group is a mitigation circuit, characterized in that the mitigation circuit is configured to mitigate differences in phase shift amounts of the plurality of digital phase shift circuits caused by reflections at the one or more bend-type connection units. a plurality of digital phase shift circuit groups in which a plurality of digital phase shift circuits are connected in cascade; and one or more bend-type connection units connected between two digital phase shift circuit groups, wherein each of the digital phase shift circuits includes at least a signal line, a pair of inner lines provided at both sides of the signal line, a pair of outer lines provided outside of the inner lines, a first ground conductor connected to one end of each of the inner lines and the outer lines, a second ground conductor connected to the other end of each of the outer lines, a pair of electronic switches (7a, 7b) provided between the other ends of the inner line and the second ground conductor, and a capacitor electrically connected between the signal line and at least one of the first ground conductor and the second ground conductor, wherein each of the digital phase shift circuits is a circuit set in a low-delay mode in which a return current flows through the inner line or a high-delay mode in which a return current flows through the outer line, and wherein at least one of the digital phase shift circuits constituting at least one digital phase shift circuit group is a mitigation circuit, characterized in that the mitigation circuit is configured to mitigate differences in phase shift amounts of the plurality of digital phase shift circuits caused by reflections at the one or more bend-type connection units.
Dust seal, preferably ring-shaped, for a cone crusher or gyratory crusher, the crusher comprising a stationary part (4, 19) comprising a dust collar, and a crusher head which is supported so as to be rotatable relative to the stationary part (4, 19) in a crushing direction of rotation and in an idling direction of rotation which is opposite to the crushing direction of rotation, the dust seal having a crusher head contact portion configured for directly or indirectly contacting the crusher head, and a dust collar contact portion configured for directly or indirectly contacting the dust collar, and the dust seal being configured to impart a frictional force between the crusher head and the dust seal via the crusher head contact portion (26, 28), and/or between the dust collar and the dust seal via the dust collar contact portion upon rotation of the crusher head at least in the idling direction of rotation, characterized in that the dust seal is configured so that the frictional force imparted by the dust collar contact portion and/or the crusher head contact portion is higher upon rotation of the crusher head in the idling direction of rotation than upon rotation of the crusher head in the crushing direction of rotation.
A penile prosthesis comprising: a cylindrical body for subcutaneous implantation into a penis; wherein said cylindrical body has two hingably-joined halves (10A, 10B) capable of mutually converging and mutually diverging depending on an erectile state of said penis; characterised by a press-rib joined to said cylindrical body between said hingably-joined halves (10A, 10B), said press-rib positioned for pressing on a deep dorsal vein of said penis when said penis is erect, whereby venus blood flow in said deep dorsal vein is retarded. a cylindrical body for subcutaneous implantation into a penis; wherein said cylindrical body has two hingably-joined halves (10A, 10B) capable of mutually converging and mutually diverging depending on an erectile state of said penis; characterised by a press-rib joined to said cylindrical body between said hingably-joined halves (10A, 10B), said press-rib positioned for pressing on a deep dorsal vein of said penis when said penis is erect, whereby venus blood flow in said deep dorsal vein is retarded.
An indicator apparatus, comprising; an arm pivotally disposed within a media tray, wherein the media tray is configured to receive print media; an indicator plate moveably coupled to the media tray; and a latch engaged with the arm and the indicator plate, the latch is configured to support the indicator plate in a raised position, and to release the indicator plate to a lowered position upon the arm pivoting the latch from a latched position to a released position; the indicator apparatus characterized in that: the arm is configured to lower a pivot tab of the arm towards a pivot surface of the latch upon print media being removed from the media tray. an arm pivotally disposed within a media tray, wherein the media tray is configured to receive print media; an indicator plate moveably coupled to the media tray; and a latch engaged with the arm and the indicator plate, the latch is configured to support the indicator plate in a raised position, and to release the indicator plate to a lowered position upon the arm pivoting the latch from a latched position to a released position; the indicator apparatus characterized in that: the arm is configured to lower a pivot tab of the arm towards a pivot surface of the latch upon print media being removed from the media tray.
A method performed in a radio base station for scheduling an uplink radio resource to a first user equipment in a wireless communication system which employs Code Division Multiple Access, CDMA, the method comprising: - measuring an Interference Cancellation, IC, gain for each user equipment in a set of user equipments currently being served by the radio base station, - determining a user constellation pertaining to information regarding the different user equipments in said set of user equipments and their respective bitrates, - updating a table of IC gain with the measured IC gain in bins corresponding to the determined user constellation, - predicting a load based on said updated table, and - scheduling the uplink radio resource to the first user equipment at least partly based on said predicted load. - measuring an Interference Cancellation, IC, gain for each user equipment in a set of user equipments currently being served by the radio base station, - determining a user constellation pertaining to information regarding the different user equipments in said set of user equipments and their respective bitrates, - updating a table of IC gain with the measured IC gain in bins corresponding to the determined user constellation, - predicting a load based on said updated table, and - scheduling the uplink radio resource to the first user equipment at least partly based on said predicted load.
A lawn mower working head for garden work consisting of a rotating disc equipped with blades for cutting grass protruding outwards from its face and connected with said disc detachably and pivotally by means of bolts said disc equipped further with assemblies (26 and 27) for aeration of lawns that together with said blades are distributed symmetrically along perimeter of said disc characterized in that the rotating disc constituting the body of the head is connected detachably and pivotally by means of bolts located in bean-shaped holes of said body with at least two blades for mowing with the possibility to replace them with at least two blades for picking up leafs and is also connected pivotally at locations between said blades with two short aerator assemblies that can be replaced with long aerator assemblies for lawn cleaning and aerating, and further the lower surface of the disc is connected detachably with at least two cutting blades for branch cutting and shredding, whereas blades (2 and 24) mounted to said body and aerator assemblies (26 and 27) are distributed symmetrically along perimeter of the disc face, and cutting blades are distributed symmetrically on its lower surface.
A composition comprising 10 to 50 wt % wood pulp fiber and 45 to 85 wt % thermoplastic polymer wherein the fibers are provided in the polymer in a substantially individual form and wherein the average dispersion of the fibers within the thermoplastic polymer composition is equal to or greater than 90% as determined by the Dispersion Test.