mhurhangee/ep-ind-claims huggingface dataset:
An instrument for surgical training comprising: a shaft assembly removably connected to a handle assembly; the handle assembly including a movement arm having a distal end and a proximal end operably connected to a handle; the shaft assembly including a tool element at a distal end of the shaft assembly, a shaft and a rod having a proximal end and a distal end connected to the tool element; the rod being disposed inside the shaft; the proximal end of the shaft assembly being removably connected to the handle assembly such that the proximal end of the rod is connected to the distal end of the movement arm; wherein actuation at the handle moves the movement arm and rod to operate the tool element; at least one sensor attached directly to the handle assembly and configured to acquire and transmit at least one relational data of the instrument with respect to a training environment during a training procedure; and a computer system connected to the at least one sensor configured to receive, store and process the data and to output at least one feedback to a user after the training procedure, characterized in that the at least one feedback is selected from the group comprising an economy of motion, a path length of the instrument tip, or a smoothness of motion. a shaft assembly removably connected to a handle assembly; the handle assembly including a movement arm having a distal end and a proximal end operably connected to a handle; the shaft assembly including a tool element at a distal end of the shaft assembly, a shaft and a rod having a proximal end and a distal end connected to the tool element; the rod being disposed inside the shaft; the proximal end of the shaft assembly being removably connected to the handle assembly such that the proximal end of the rod is connected to the distal end of the movement arm; wherein actuation at the handle moves the movement arm and rod to operate the tool element; at least one sensor attached directly to the handle assembly and configured to acquire and transmit at least one relational data of the instrument with respect to a training environment during a training procedure; and a computer system connected to the at least one sensor configured to receive, store and process the data and to output at least one feedback to a user after the training procedure, characterized in that the at least one feedback is selected from the group comprising an economy of motion, a path length of the instrument tip, or a smoothness of motion.
Printer comprising: - a magazine of a printing support; - a supply path of the printing support coming from said magazine; - supply means for supplying the printing support along said path; - printing means for printing a document on the printing support along said path; - an outlet for withdrawing the printed document; - control means for controlling said supply means and/or said printing means; - a light source arranged for emitting light, in particular a light that is visible to a user who withdraws the printed document; - modulating means for modulating a light emitted by said light source with a conveying signal of a preset piece of information; characterised in that said modulating means modulates said light with said conveying signal in such a manner that the effect of said modulation is not visible to the human eye. - a magazine of a printing support; - a supply path of the printing support coming from said magazine; - supply means for supplying the printing support along said path; - printing means for printing a document on the printing support along said path; - an outlet for withdrawing the printed document; - control means for controlling said supply means and/or said printing means; - a light source arranged for emitting light, in particular a light that is visible to a user who withdraws the printed document; - modulating means for modulating a light emitted by said light source with a conveying signal of a preset piece of information;
A system for ablative treatment of a targeted lung tissue, the system comprising: an ablation energy source (175, 176); a shaft (229, 230, 429, 529), configured to advance through an airway passage (52, 62, 66, 69, 70, 71) of a lung (55, 56), the shaft having an active portion (215, 415, 515) including at least one ablation element (234, 434, 534, 537) connectable to the ablation energy source; a device (235, 231, 232, 236, 251, 270, 271, 295, 431, 435, 481, 531, 532, 535, 536, 581) configured for reducing volume of a portion of lung tissue in correspondence of the shaft active portion; an irrigator (235, 251, 263, 277, 278, 294, 435, 535) configured for dispensing a conductive fluid to said shaft active portion; at least one sensor (242, 262, 275, 276, 298, 442, 542) configured for detecting values taken by at least one control parameter representative of a physical property of a volume surrounding the active portion; a controller connected to the ablation source and to the irrigator, wherein the controller is configured for: controlling the ablation source to deliver ablation energy to the ablation element, controlling the irrigator to dispense conductive fluid to said shaft active portion; characterized by the fact that the controller is further configured for executing a procedure for confirming accomplished volume reduction of a portion of lung tissue, the procedure including: - receiving values of said control parameter, and - establishing whether or not said portion of lung tissue is sufficiently reduced in volume by comparing the values taken by the control parameter with a reference criterion. an ablation energy source (175, 176); a shaft (229, 230, 429, 529), configured to advance through an airway passage (52, 62, 66, 69, 70, 71) of a lung (55, 56), the shaft having an active portion (215, 415, 515) including at least one ablation element (234, 434, 534, 537) connectable to the ablation energy source; a device (235, 231, 232, 236, 251, 270, 271, 295, 431, 435, 481, 531, 532, 535, 536, 581) configured for reducing volume of a portion of lung tissue in correspondence of the shaft active portion; an irrigator (235, 251, 263, 277, 278, 294, 435, 535) configured for dispensing a conductive fluid to said shaft active portion; at least one sensor (242, 262, 275, 276, 298, 442, 542) configured for detecting values taken by at least one control parameter representative of a physical property of a volume surrounding the active portion; a controller connected to the ablation source and to the irrigator, wherein the controller is configured for: controlling the ablation source to deliver ablation energy to the ablation element, controlling the irrigator to dispense conductive fluid to said shaft active portion; controlling the ablation source to deliver ablation energy to the ablation element, controlling the irrigator to dispense conductive fluid to said shaft active portion; - receiving values of said control parameter, and - establishing whether or not said portion of lung tissue is sufficiently reduced in volume by comparing the values taken by the control parameter with a reference criterion.
A blind denoising device comprising: a receiving unit for receiving an original noisy image; a Pixel-shuffle Downsampling unit for performing PD for the original noisy image to produce at least one or more downsampled images; a predicted image producing unit for eliminating the noise from the original noisy image and the downsampled images to produce at least one or more predicted images restored to the shape of the original noisy image; and a learning unit for performing optimized learning for the predicted image producing unit, based on at least one or more self-supervised losses of the predicted images and the original noisy image, characterized in that the predicted image producing unit comprises: a first network for eliminating the noise from the original noisy image and the downsampled images; a second network for eliminating the noise from the downsampled images according to at least one or more stride factors; and a restoring part for restoring the shape of the original noisy image from the images from which the noise is eliminated through the first network and the second network to thus produce the predicted images. a receiving unit for receiving an original noisy image; a Pixel-shuffle Downsampling unit for performing PD for the original noisy image to produce at least one or more downsampled images; a predicted image producing unit for eliminating the noise from the original noisy image and the downsampled images to produce at least one or more predicted images restored to the shape of the original noisy image; and a learning unit for performing optimized learning for the predicted image producing unit, based on at least one or more self-supervised losses of the predicted images and the original noisy image, characterized in that the predicted image producing unit comprises: a first network for eliminating the noise from the original noisy image and the downsampled images; a second network for eliminating the noise from the downsampled images according to at least one or more stride factors; and a restoring part for restoring the shape of the original noisy image from the images from which the noise is eliminated through the first network and the second network to thus produce the predicted images. a first network for eliminating the noise from the original noisy image and the downsampled images; a second network for eliminating the noise from the downsampled images according to at least one or more stride factors; and a restoring part for restoring the shape of the original noisy image from the images from which the noise is eliminated through the first network and the second network to thus produce the predicted images.
A cell culture dish, comprising: - a dish with a bottom wall and a circumferential side wall standing upward from the same, - a lid, having a lid side wall projecting downwardly the lid top wall which in a sealing position sits sealingly on the side wall, the lid side wall is extending over the side walls of the dish, - contact surfaces of lid and side wall being formed as sealing seat (13, 14) and defining frictionally fitting means, which resiliently retains a lid on the dish in the sealing position, - the side wall of dish has at least one laterally projecting spring tongue onto which a lid side wall in the aeration position of lid is settable, in the aeration position an aeration gap being formed between side wall and lid, - the sealing position is achieved by pressing the lid against the dish and - the detaching of lid from dish can be carried out by an easy compression of the lid by a single or one-hand operation from opposing sides. - a dish with a bottom wall and a circumferential side wall standing upward from the same, - a lid, having a lid side wall projecting downwardly the lid top wall which in a sealing position sits sealingly on the side wall, the lid side wall is extending over the side walls of the dish, - contact surfaces of lid and side wall being formed as sealing seat (13, 14) and defining frictionally fitting means, which resiliently retains a lid on the dish in the sealing position, - the side wall of dish has at least one laterally projecting spring tongue onto which a lid side wall in the aeration position of lid is settable, in the aeration position an aeration gap being formed between side wall and lid, - the sealing position is achieved by pressing the lid against the dish and - the detaching of lid from dish can be carried out by an easy compression of the lid by a single or one-hand operation from opposing sides.
Skin patch device (120A-F) for delivering drugs percutaneously, comprising rapidly dissolving micro-perforators (41, 51, 61, 71, 81, 91, 113, 122), wherein the micro-perforators (41, 51, 61, 71, 81, 91, 113, 122) comprising a solid matrix of dissolvable material that holds one or more selected drugs, such that, when body fluid and/or solvent contacts the micro-perforators (41, 51, 61, 71, 81, 91, 113, 122), the micro-perforators (41, 51, 61, 71, 81, 91, 113, 122) rapidly dissolve. a solid matrix of dissolvable material that holds one or more selected drugs, such that, when body fluid and/or solvent contacts the micro-perforators (41, 51, 61, 71, 81, 91, 113, 122), the micro-perforators (41, 51, 61, 71, 81, 91, 113, 122) rapidly dissolve.
A device (1a, 1b, 1c, 1d) for measuring the characteristic angles and dimensions of wheels, steering system and chassis of vehicles in general, comprising a computer and a pair of 3D scanners for each axle of a vehicle having at least two axles, said 3D scanners being functionally connected to said computer and adapted to be arranged peripherally to said vehicle at the respective axle such that each pair of 3D scanners is arranged mutually opposite with respect to said vehicle whose dimensions and characteristic angles of wheels, steering system and chassis are to be measured, each 3D scanner comprising at least one camera framing at least one wheel of said vehicle for the three-dimensional acquisition of an image of said at least one wheel, each one of said 3D. scanners being further provided with at least one fixed target for the setting and calibration of said measurement device (1a, 1b, 1c, 1d), wherein said at least one camera of each one of said 3D scanners is arranged in such a manner as to frame directly at least one fixed target of another one of said 3D scanners, characterised in that one of said cameras is arranged in such a manner as to frame directly at least two fixed targets of another two of said 3D scanners arranged on the opposite side of said vehicle, one along the same axle of said vehicle and, the other along a different axle of said vehicle, with respect to the 3D scanner being considered, for the setting and calibration of said measurement device (1a, 1b, 1c, 1d) by three-dimensional acquisitions of said fixed targets performed by said cameras.
A flexible film package having an adhesive based reclosable fastener, comprising: a flexible film substrate forming a plurality of package walls sealed to form an interior cavity for receiving a product, the plurality of walls having at least first and second opposing flexible walls, wherein the second opposing flexible wall extends beyond the first opposing flexible wall; a first low tack pressure sensitive adhesive (LTPSA) layer disposed on an exterior surface of the first opposing flexible wall; a second LTPSA layer disposed on an interior surface of the second opposing flexible wall on a portion that extends beyond the first opposing flexible wall, the LTPSA layers (26a, 28a) configured to be adjacent to one another when the package is closed along a fold line; a package mouth oriented between the first and second LTPSA layers (26a, 28a), initially sealed, to permit access to the interior cavity; and a removable tab tearable from the first opposing flexible wall at a score line and extending from the score line over the portion of the second opposing flexible wall extending beyond the first opposing flexible wall. a flexible film substrate forming a plurality of package walls sealed to form an interior cavity for receiving a product, the plurality of walls having at least first and second opposing flexible walls, wherein the second opposing flexible wall extends beyond the first opposing flexible wall; a first low tack pressure sensitive adhesive (LTPSA) layer disposed on an exterior surface of the first opposing flexible wall; a second LTPSA layer disposed on an interior surface of the second opposing flexible wall on a portion that extends beyond the first opposing flexible wall, the LTPSA layers (26a, 28a) configured to be adjacent to one another when the package is closed along a fold line; a package mouth oriented between the first and second LTPSA layers (26a, 28a), initially sealed, to permit access to the interior cavity; and a removable tab tearable from the first opposing flexible wall at a score line and extending from the score line over the portion of the second opposing flexible wall extending beyond the first opposing flexible wall.
Production line comprising processing stations which process products at a production speed in products per unit time, the production line comprising: - a temporarily discontinuously operating processing station, and - a production line section connected upstream of the temporarily discontinuously operating processing station and - a production line section connected downstream of the temporarily discontinuously operating processing station and wherein - a first product buffer is provided between the upstream production line section and the temporarily discontinuously operating processing station and - a second product buffer is provided between the temporarily discontinuously operating processing station and the downstream production line section, and wherein the production line is connected to a control, characterised in that the control controls the production line so that - the temporarily discontinuously operating processing station operates with an increased production speed that is increased relative to the upstream production line section and the downstream production line section after a production interruption of said processing station until the initially filled first product buffer is emptied by a predetermined amount and/or the initially emptied second product buffer is filled to a predetermined level, so - that the upstream production line section and the downstream production line section can continue to produce in case of a production interruption of the temporarily discontinuously operating processing station until the initially emptied first product buffer is filled to a predetermined level and/or the initially filled second product buffer is emptied to a predetermined level. - a temporarily discontinuously operating processing station, and - a production line section connected upstream of the temporarily discontinuously operating processing station and - a production line section connected downstream of the temporarily discontinuously operating processing station - a first product buffer is provided between the upstream production line section and the temporarily discontinuously operating processing station and - a second product buffer is provided between the temporarily discontinuously operating processing station and the downstream production line section, and - the temporarily discontinuously operating processing station operates with an increased production speed that is increased relative to the upstream production line section and the downstream production line section after a production interruption of said processing station until the initially filled first product buffer is emptied by a predetermined amount and/or the initially emptied second product buffer is filled to a predetermined level, so - that the upstream production line section and the downstream production line section can continue to produce in case of a production interruption of the temporarily discontinuously operating processing station until the initially emptied first product buffer is filled to a predetermined level and/or the initially filled second product buffer is emptied to a predetermined level.
A subaqueous underground survey system using a reflection seismic survey method, the subaqueous underground survey system comprising multiple sound sources (1, 1a, 1b) for generating sound waves in water; a controller for controlling phases of the sound waves; a geophone for receiving reflected waves of the sound waves; and survey equipment equipped with the sound sources (1, 1a, 1b), wherein the controller controls heights in the water or phases of the sound sources (1, 1a, 1b) so that the sound waves generated from the respective sound sources (1, 1a, 1b) have a phase difference at a water bottom surface, characterized in that the controller controls the heights of the sound sources (1, 1a, 1b) in the water so that the height of the sound sources deviates from each other by a half-wavelength of a sound wave to be generated, or controls the sound sources so that their phase difference is a half cycle, thereby controlling generation of shear waves to propagate into the ground.
An electrode assembly comprising: an active material compact; a first solid electrolyte; and a second amorphous solid electrolyte, wherein the active material compact includes a plurality of voids, the first solid electrolyte is formed on a surface of the active material compact containing the plurality of voids such that the first solid electrolyte is formed in the plurality of voids, and at least a part of the first solid electrolyte is in contact with the active material compact, and the second amorphous solid electrolyte is formed so as to cover the first solid electrolyte and the active material compact such that the second amorphous solid electrolyte is formed in voids of the assembly of the active material compact and the first solid electrolyte, and is formed of an oxide containing Si or B. an active material compact; a first solid electrolyte; and a second amorphous solid electrolyte, wherein the active material compact includes a plurality of voids, the first solid electrolyte is formed on a surface of the active material compact containing the plurality of voids such that the first solid electrolyte is formed in the plurality of voids, and at least a part of the first solid electrolyte is in contact with the active material compact, and the second amorphous solid electrolyte is formed so as to cover the first solid electrolyte and the active material compact such that the second amorphous solid electrolyte is formed in voids of the assembly of the active material compact and the first solid electrolyte, and is formed of an oxide containing Si or B.
An enclosure for a cable to an apparatus interconnection, comprising; an inner member comprising a sealing portion configured to be positioned over a cable connector; and a shell member configured to slidably engage over the inner member, characterized in that the inner member comprises a grip area facing the shell member; the shell member comprises a tightening means for attaching to the grip area of the inner member; and the shell member is configured to exert a compression force on the inner member when moving the tightening means causes the shell member to move along the line of the cable towards the apparatus, when the inner member is positioned close to the apparatus and touches the apparatus.
Gripper mechanism comprising a stator and a pair of mobile grippers moveably coupled to the stator via a linear bearing, the stator comprising a housing and a permanent magnet mounted within the housing, each mobile gripper comprising a support portion, a coil mounted on the support portion, and a gripper finger coupled to the support portion, the coil configured to generate a magnetic field in opposition to a magnetic field of the permanent magnet to actuate displacement of the mobile gripper relative to the stator, the gripper mechanism further comprising at least one magnetic locking mechanism comprising a first permanent magnet mounted on one of the stator and each of the mobile grippers, and a complementary soft magnetic material portion or magnet mounted on the other of the stator and each of the mobile grippers configured to magnetically lock the mobile grippers in at least one of a closed or opened position of the mobile grippers.