mhurhangee/ep-ind-claims huggingface dataset:
A physical activity training system comprising a paddle configured to be held, in use, by a trainer and to provide a physical target with which the trainee is expected to interact in each of a plurality of trainee activity modes, the system comprising: at least one sensor module in the paddle operative to execute real-time measurements of at least one aspect of the trainee's interaction with the paddle, wherein the paddle comprises a height sensor; and an output generator including at least one indicator on said paddle for providing an indication sensible by the trainee and operative to enter a plurality of selectable trainee-detectable states each for a respective time period, thereby to indicate to the trainee which of the plurality of trainee activity modes governs within each said time period, and a processor operative to monitor at least one trainee's interaction with the paddle within the modes, at least by generating, for storage in computer memory, time-stamped records of said states and associated with said records, trainee scores derivable from said measurements generated by said module. at least one sensor module in the paddle operative to execute real-time measurements of at least one aspect of the trainee's interaction with the paddle, wherein the paddle comprises a height sensor; and an output generator including at least one indicator on said paddle for providing an indication sensible by the trainee and operative to enter a plurality of selectable trainee-detectable states each for a respective time period, thereby to indicate to the trainee which of the plurality of trainee activity modes governs within each said time period, and a processor operative to monitor at least one trainee's interaction with the paddle within the modes, at least by generating, for storage in computer memory, time-stamped records of said states and associated with said records, trainee scores derivable from said measurements generated by said module.
A multilayer oral thin film comprising at least two equally sized layers arranged on top of each other, each comprising at least one water-soluble polymer and wherein at least one layer comprises at least one pharmaceutically active agent, said at least two layers being joined together by at least one seal, characterized in that said at least one seal is not full surface and wherein said at least one seal is mounted such that at least one overlapping edge of said at least two layers arranged on top of each other is not closed by a seal.
A fecal incontinence controlling device comprising: a body; a withdrawal means; and a stopper; wherein the body is attached to the withdrawal means and to the stopper, wherein the body has a shape, size and texture for remaining in an anal canal or rectum in use, and to block fecal matter from moving past the body, wherein the body comprises an outer surface exposed to the anal canal or rectum in use, and an inner surface, and characterised in that: the body comprises an area between the inner and outer surfaces configured to be filled with gas, liquid, or a combination thereof, wherein the outer surface of the body includes bristles, jags, notches, indentations, or any combination thereof configured such that peristaltic movements cause the body to move upwards or remain at a required location in the anal canal or rectum, wherein the inner surface of the body is smooth, and wherein the withdrawal means is attached to the top region of the body of the device in such a way that during withdrawal by the withdrawal means the body of the device turns inside-out, exposing the smooth inner surface of the body of the device to the anal canal or rectum while covering outer surface so that the body moves downwards in the anal canal or rectum. a body; a withdrawal means; and a stopper; wherein the body is attached to the withdrawal means and to the stopper, wherein the body has a shape, size and texture for remaining in an anal canal or rectum in use, and to block fecal matter from moving past the body, wherein the body comprises an outer surface exposed to the anal canal or rectum in use, and an inner surface, the body comprises an area between the inner and outer surfaces configured to be filled with gas, liquid, or a combination thereof, wherein the outer surface of the body includes bristles, jags, notches, indentations, or any combination thereof configured such that peristaltic movements cause the body to move upwards or remain at a required location in the anal canal or rectum, wherein the inner surface of the body is smooth, and wherein the withdrawal means is attached to the top region of the body of the device in such a way that during withdrawal by the withdrawal means the body of the device turns inside-out, exposing the smooth inner surface of the body of the device to the anal canal or rectum while covering outer surface so that the body moves downwards in the anal canal or rectum.
Projectile lift for the vertical movement of ammunition bodies between two storage levels (2.1, 2.2, 2.3) in a magazine having a receiving tray (7.1) for receiving an ammunition body and a holding device for holding the ammunition body, characterized in that the holding device can raise the ammunition body vertically from the receiving tray (7.1)
A flying drone comprising a fuselage and a superstructure element comprising a flat tubular part mounted protrudingly with respect to the drone's fuselage, the tubular part comprising: - a proximal end comprising means for its mounting on the drone; - a free distal end with a Pitot tube dynamic pressure front air intake; - an inner duct in fluid communication with the front air intake, this duct having an orifice formed at the proximal end and connected to a pressure sensor mounted in a module configured in the drone's fuselage; and - a light guide in light communication with a light-emitting member mounted in the vicinity or at the proximal end of the tubular part, characterized in that the tubular part is a part that is mobile with respect to the fuselage between two predetermined positions, the tubular part containing at its proximal end means for its mechanical coupling to a contactor mounted in the module, the coupling means being adapted to activate the contactor between two different states corresponding to said two respective positions. - a proximal end comprising means for its mounting on the drone; - a free distal end with a Pitot tube dynamic pressure front air intake; - an inner duct in fluid communication with the front air intake, this duct having an orifice formed at the proximal end and connected to a pressure sensor mounted in a module configured in the drone's fuselage; and - a light guide in light communication with a light-emitting member mounted in the vicinity or at the proximal end of the tubular part,
A method, performed in a wireless device, for enabling a secure provisioning of a credential from a server, the wireless device storing a device public key and a device private key, the server storing the device public key, wherein the device public key has not been made public by the wireless device, by an enterprise or by any other possible holder of the device public key, the method comprising: - receiving an authentication request from the server upon the wireless device starting up for the first time within an enterprise network; - generating a device authentication and integrity, DAI, indicator, wherein the DAI indicator comprises a digital signature computed based on the device private key, and/or a message authentication code computed based on the device public key; - transmitting an authentication response to the server, the authentication response comprising the DAI indicator; - receiving a credential message from the server, the credential message comprising a server authentication and integrity, SAI, indicator; wherein the SAI indicator provides a proof of the server's possession of the device public key; and - verifying the received credential message using the device public key. - receiving an authentication request from the server upon the wireless device starting up for the first time within an enterprise network; - generating a device authentication and integrity, DAI, indicator, wherein the DAI indicator comprises a digital signature computed based on the device private key, and/or a message authentication code computed based on the device public key; - transmitting an authentication response to the server, the authentication response comprising the DAI indicator; - receiving a credential message from the server, the credential message comprising a server authentication and integrity, SAI, indicator; wherein the SAI indicator provides a proof of the server's possession of the device public key; and - verifying the received credential message using the device public key.
An apparatus, comprising: an integrated two-dimensional image capture and three-dimensional time-of-flight depth capture system, comprising: an illuminator to generate light for the time-of-flight depth capture system, characterized in that the illuminator comprises: an array of light sources; and a movable lens assembly comprising: a lens; and a lens holder; a first actuator comprising a first spring and configured to tilt the lens about a y axis; and a second actuator comprising a second spring and configured to tilt the lens about an x axis, the first and second actuators (431,432) configured to movably direct an emitted beam of the light from the lens to one of any of a plurality of locations within the illuminator's field of view to form an illuminated region of interest (103,104) within the illuminator's field of view, the illuminated region of interest having a size that is smaller than the illuminator's field of view. an illuminator to generate light for the time-of-flight depth capture system, characterized in that the illuminator comprises: an array of light sources; and a movable lens assembly comprising: a lens; and a lens holder; a first actuator comprising a first spring and configured to tilt the lens about a y axis; and a second actuator comprising a second spring and configured to tilt the lens about an x axis, an array of light sources; and a movable lens assembly comprising: a lens; and a lens holder; a first actuator comprising a first spring and configured to tilt the lens about a y axis; and a second actuator comprising a second spring and configured to tilt the lens about an x axis, a lens; and a lens holder; a first actuator comprising a first spring and configured to tilt the lens about a y axis; and a second actuator comprising a second spring and configured to tilt the lens about an x axis, the first and second actuators (431,432) configured to movably direct an emitted beam of the light from the lens to one of any of a plurality of locations within the illuminator's field of view to form an illuminated region of interest (103,104) within the illuminator's field of view, the illuminated region of interest having a size that is smaller than the illuminator's field of view.
A guide for guided surgery on zygomatic implants for dental prostheses, said guide comprising a first half-bushing and a second half-bushing that are connected by a pair of bars, said half-bushings (2, 5) and said bars defining a common longitudinal median axis between them; said half-bushings (2, 5) having a semicircular cross-section with mutually opposite concavities directed toward said median axis; said half-bushings (2, 5) and said bars forming a seat in which it is possible to insert a work member; said work member being movable along said median axis and rotating about a rotation axis that coincides with said median axis; characterized in that said first half-bushing is configured to be arranged at a crestal maxillary position with vestibular concavity, said first half-bushing is adapted to determine a working depth of said work member, said working depth being the vestibulo-palatal penetration of said work member; wherein said second half-bushing is configured to be arranged at the zygomatic region.
A pleated filtration media pack comprising: (a) filtration media having a first set of pleat folds forming a first face, a second set of pleat folds forming a second face, and wherein the filtration media extends between the first set of pleat folds and the second set of pleat folds In a back and forth arrangement; (b) at least a portion of the filtration media extending between the first set of pleat folds and the second set of pleat folds comprises flutes forming first flute peaks and second flute peaks, i) wherein the flutes extend directionally from the first set of pleat folds toward the second set of pleat folds, ii) wherein at least 25% of the flutes in the pleated filtration media pack comprise at least one ridge between adjacent flute peaks, the ridges extending along at least 25% of the flute length between the first set of pleat folds and the second set of pleat folds; and (c) at least a portion of the flutes extending from the first set of pleat folds to the second set of pleat folds comprise a D2/D1 value of at least 1.05, wherein D2 is the media length corresponding to the flute width, and D1 is the flute width; (d) wherein the flutes exhibit width to height aspect ratio (D1/J) of 2 to 10; (e) wherein at least a portion of the flutes have a flute height that changes over the flute length. (a) filtration media having a first set of pleat folds forming a first face, a second set of pleat folds forming a second face, and wherein the filtration media extends between the first set of pleat folds and the second set of pleat folds In a back and forth arrangement; (b) at least a portion of the filtration media extending between the first set of pleat folds and the second set of pleat folds comprises flutes forming first flute peaks and second flute peaks, i) wherein the flutes extend directionally from the first set of pleat folds toward the second set of pleat folds, ii) wherein at least 25% of the flutes in the pleated filtration media pack comprise at least one ridge between adjacent flute peaks, the ridges extending along at least 25% of the flute length between the first set of pleat folds and the second set of pleat folds; and i) wherein the flutes extend directionally from the first set of pleat folds toward the second set of pleat folds, ii) wherein at least 25% of the flutes in the pleated filtration media pack comprise at least one ridge between adjacent flute peaks, the ridges extending along at least 25% of the flute length between the first set of pleat folds and the second set of pleat folds; and (c) at least a portion of the flutes extending from the first set of pleat folds to the second set of pleat folds comprise a D2/D1 value of at least 1.05, wherein D2 is the media length corresponding to the flute width, and D1 is the flute width; (d) wherein the flutes exhibit width to height aspect ratio (D1/J) of 2 to 10; (e) wherein at least a portion of the flutes have a flute height that changes over the flute length.
A fire resistant cable comprising: at least one conductor; at least one mica layer surrounding and in direct contact with the at least one conductor; a first layer of insulation surrounding and in direct contact with the at least one mica layer, wherein the first layer of insulation is made of a composition based on a cured flame retardant ceramifiable silicone rubber; and a second layer of insulation surrounding the first layer of insulation, wherein the second layer of insulation is made of a composition based on a cured flame retardant ceramifiable silicone rubber comprising at least one reinforcement material. at least one conductor; at least one mica layer surrounding and in direct contact with the at least one conductor; a first layer of insulation surrounding and in direct contact with the at least one mica layer, wherein the first layer of insulation is made of a composition based on a cured flame retardant ceramifiable silicone rubber; and a second layer of insulation surrounding the first layer of insulation, wherein the second layer of insulation is made of a composition based on a cured flame retardant ceramifiable silicone rubber comprising at least one reinforcement material.
A radiation curable composition comprising at least one (meth)acrylated compound; and at least one inert polyester that is prepared from a polyol component comprising at least one cyclic ether polyol and from a polyacid component; wherein cyclic ether polyols are compounds containing at least one cyclic ether group and at least two hydroxyl groups; and wherein the inert polyester has 0.1 or fewer equivalents of radiation curable reactive groups per kilogram.
A treatment system comprising: a high-frequency power source configured to output high-frequency power; a power source for heat generation configured to output power for heat generation; one pair of grasping members (36a, 36b) having one pair of electric conductors (52a, 52b) which are configured to apply the high-frequency power as high-frequency power energy to a grasped living tissue and are disposed at respective grasping surfaces of the grasping members (36a, 36b) and a heating element which is configured to apply the power for heat generation as thermal energy to the living tissue, is disposed at at least one of the grasping members (36a, 36b), and is made of a material having a positive temperature coefficient of resistance; and a control section configured to control the high-frequency power source and the power source for heat generation after application of the high-frequency power energy finishes so as to start application of the thermal energy, and, after application of the thermal energy starts, perform constant temperature control on the power source for heat generation on the basis of temperature of the heating element characterized in that the control section is further configured to, control the power source for heat generation so as to finish application of the thermal energy and complete treatment if the power for heat generation becomes not more than predetermined threshold power from 5W to 30W which is independent of a type of the living tissue or if a rate of decrease in the power for heat generation becomes not more than a threshold rate which is independent of a type of the living tissue, in order to remove moisture of the living tissue. a high-frequency power source configured to output high-frequency power; a power source for heat generation configured to output power for heat generation; one pair of grasping members (36a, 36b) having one pair of electric conductors (52a, 52b) which are configured to apply the high-frequency power as high-frequency power energy to a grasped living tissue and are disposed at respective grasping surfaces of the grasping members (36a, 36b) and a heating element which is configured to apply the power for heat generation as thermal energy to the living tissue, is disposed at at least one of the grasping members (36a, 36b), and is made of a material having a positive temperature coefficient of resistance; and a control section configured to control the high-frequency power source and the power source for heat generation after application of the high-frequency power energy finishes so as to start application of the thermal energy, and, after application of the thermal energy starts, perform constant temperature control on the power source for heat generation on the basis of temperature of the heating element
A cold-rolled steel sheet which has a composition comprising, by weight, 0.1% to 0.15% of carbon, 0% to 0.2% of silicon (Si), 2.3% to 3.0% of manganese (Mn), 0.001% to 0.10% of phosphorus, 0% to 0.010% of sulfur, 0.01% to 0.10% of Sol. aluminum (Al), more than 0% and 0.010% or less of nitrogen, 0.3% to 0.9% of chrome (Cr), 0.0010% to 0.0030% of boron, 0.01% to 0.03% of titanium (Ti), 0.01% to 0.03% of niobium (Nb), a remainder consisting of iron (Fe) and other unavoidable impurities, wherein a microstructure comprises, by area%, 90% or greater of martensite and tempered martensite, and 10% or less of ferrite and bainite, wherein a fraction of the tempered martensite in the total of martensite and tempered martensite is, by area%, 90% or greater, wherein a ratio b/a of C + Mn concentration in the martensite a to C + Mn concentration in the total of ferrite and bainite b is 0.65 or greater. wherein a yield strength is 920MPa or greater, a tensile strength is 1200MPa or greater, a yield ratio is 0.77 or greater, elongation, measured by a tensile test of a specimen of JIS No. 5, is 6% or greater, and wherein a bending index R/t of 3% or lower, measured by bending test where bending index R/t: R is Radius of Curvature and t is Thickness of Specimen. wherein a microstructure comprises, by area%, 90% or greater of martensite and tempered martensite, and 10% or less of ferrite and bainite, wherein a fraction of the tempered martensite in the total of martensite and tempered martensite is, by area%, 90% or greater, wherein a ratio b/a of C + Mn concentration in the martensite a to C + Mn concentration in the total of ferrite and bainite b is 0.65 or greater. wherein a yield strength is 920MPa or greater, a tensile strength is 1200MPa or greater, a yield ratio is 0.77 or greater, elongation, measured by a tensile test of a specimen of JIS No. 5, is 6% or greater, and wherein a bending index R/t of 3% or lower, measured by bending test where bending index R/t: R is Radius of Curvature and t is Thickness of Specimen.
A method for the manufacturing of a battery system, the method comprises the following steps: - providing (S 1) a Battery Management System, BMS chip with a volatile memory unit; - assembling (S 2) a Printed Circuit Board, PCB; - connecting and fixing (S 3) the BMS chip to the PCB, to form a Cell Supervision Circuit, CSC; - mounting (S 4) the CSC onto one battery module of a plurality of battery modules, connecting the PCB of the CSC to at least one battery cell of the at least one battery module; - electrically interconnecting (S 5) the at least one battery module and another one of the plurality of battery modules and electrically connecting the CSC to a control unit, wherein the step of mounting (S 4) and/or of electrically interconnecting (S 5) further comprises the step of calibrating (S 6) the BMS chip, wherein the step of calibrating (S 6) is performed when the BMS chip is supplied with power from the at least one battery cell, the data resulting from the calibration being stored within the volatile memory unit. - providing (S 1) a Battery Management System, BMS chip with a volatile memory unit; - assembling (S 2) a Printed Circuit Board, PCB; - connecting and fixing (S 3) the BMS chip to the PCB, to form a Cell Supervision Circuit, CSC; - mounting (S 4) the CSC onto one battery module of a plurality of battery modules, connecting the PCB of the CSC to at least one battery cell of the at least one battery module; - electrically interconnecting (S 5) the at least one battery module and another one of the plurality of battery modules and electrically connecting the CSC to a control unit, wherein