mhurhangee/ep-ind-claims huggingface dataset:
An electrosurgical instrument having a proximal end and a distal end comprising: - a jaw member assembly at the distal end including a first jaw member and a second jaw member movable relative thereto, wherein the jaw members (18, 20) can be transferred relative to each other from an opening position into a gripping position in which gripping position they are arranged to be closer to each other than in the opening position, each jaw member (18, 20) having at least one electrode (32, 33, 36, 37) connectable to an electric power source and electrodes (32, 33, 36, 37) of both jaw members (18, 20) being adapted to interact for sealing body tissue held between the jaw members (18, 20) in the gripping position; - actuating means for transferring the jaw members (18, 20) from the opening position into the gripping position; and - means for limiting the closing width of the jaw members (18, 20) when they are transferred from the opening position into the gripping position, wherein the means includes a plurality of limiting elements (51, 52), characterized in that a total of only two of the limiting elements (51, 52) are in the form of an electrically insulating spacer (53, 54) projecting from the jaw member (18, 20) in the direction of the other jaw member (20, 18) over a sealing surface formed by the at least one electrode (32, 33, 36, 37) of the jaw member, wherein the two spacers (53, 54) are arranged at different jaw members (18, 20) and at least one spacer (53, 54) thereof is arranged at a distal end portion of the jaw member assembly. - a jaw member assembly at the distal end including a first jaw member and a second jaw member movable relative thereto, wherein the jaw members (18, 20) can be transferred relative to each other from an opening position into a gripping position in which gripping position they are arranged to be closer to each other than in the opening position, each jaw member (18, 20) having at least one electrode (32, 33, 36, 37) connectable to an electric power source and electrodes (32, 33, 36, 37) of both jaw members (18, 20) being adapted to interact for sealing body tissue held between the jaw members (18, 20) in the gripping position; - actuating means for transferring the jaw members (18, 20) from the opening position into the gripping position; and - means for limiting the closing width of the jaw members (18, 20) when they are transferred from the opening position into the gripping position, wherein the means includes a plurality of limiting elements (51, 52), characterized in that a total of only two of the limiting elements (51, 52) are in the form of an electrically insulating spacer (53, 54) projecting from the jaw member (18, 20) in the direction of the other jaw member (20, 18) over a sealing surface formed by the at least one electrode (32, 33, 36, 37) of the jaw member, wherein the two spacers (53, 54) are arranged at different jaw members (18, 20) and at least one spacer (53, 54) thereof is arranged at a distal end portion of the jaw member assembly.
A computer implemented method for intraoral 3D scanning comprising: a) obtaining (S510, S520, S530) a 3D tooth surface representation using an intraoral scanner wherein the 3D tooth surface representation comprises surface data and a spatially resolved angular distribution of color vectors, wherein the spatially resolved angular distribution of color vectors associates one or more point positions from the surface data to a corresponding angular distribution of color vectors, and wherein such angular distribution of color vectors describes a mapping that relates angular coordinates to a corresponding color vector; b) identifying one or more shade values, where each shade value is associated with an angular distribution of color vectors from the spatially resolved angular distribution of color vectors, by comparing the angular distribution of color vectors to a set of reference angular distributions of color vectors, wherein each reference angular distribution in the set is associated with a corresponding shade value; and c) displaying, storing, or transmitting the surface data with an indication of the one or more shade values. a) obtaining (S510, S520, S530) a 3D tooth surface representation using an intraoral scanner wherein the 3D tooth surface representation comprises surface data and a spatially resolved angular distribution of color vectors, wherein the spatially resolved angular distribution of color vectors associates one or more point positions from the surface data to a corresponding angular distribution of color vectors, and wherein such angular distribution of color vectors describes a mapping that relates angular coordinates to a corresponding color vector; b) identifying one or more shade values, where each shade value is associated with an angular distribution of color vectors from the spatially resolved angular distribution of color vectors, by comparing the angular distribution of color vectors to a set of reference angular distributions of color vectors, wherein each reference angular distribution in the set is associated with a corresponding shade value; and c) displaying, storing, or transmitting the surface data with an indication of the one or more shade values.
A vacuum pump surrounded by a ballistic blanket (8a - 8f) comprising multiple layers of strong fiber webs which absorb and disperse the impact energy of projectiles impacting the blanket characterized in that the vacuum pump is housed in an enclosure and wherein the ballistic blanket is located between the vacuum pump and the enclosure and is supported by the enclosure, and wherein the ballistic blanket surrounding the pump comprises a pressure release mechanism for releasing gas from between the pump and ballistic blanket configured to activate to release gas from between the vacuum pump and ballistic blanket when the pressure of the gas between the vacuum pump and the ballistic blanket is above atmospheric pressure.
A combined pressurized water tank and water filter, said combined pressurized water tank and water filter comprising: a first water filter section, and a second water filter section, said first water filter section and said second water filter section, in installed position, being located in an interior of said combined pressurized water tank and water filter, wherein said first water filter section comprises a granular material (51;53;55) resting on an interior surface of said combined pressurized water tank and water filter, wherein said second water filter section comprises a filter cartridge housing at least partly being embedded in said granular material (51;53;55) and, in operation, is configured to at least partly enclose at least one replaceable filter cartridge (72;74) containing at least one filter medium (720;740), and wherein said combined pressurized water tank and water filter is configured to allow water for filtering to flow through, in sequence, said first water filter section and said second water filter section. a first water filter section, and a second water filter section, said first water filter section and said second water filter section, in installed position, being located in an interior of said combined pressurized water tank and water filter, wherein said first water filter section comprises a granular material (51;53;55) resting on an interior surface of said combined pressurized water tank and water filter, wherein said second water filter section comprises a filter cartridge housing at least partly being embedded in said granular material (51;53;55) and, in operation, is configured to at least partly enclose at least one replaceable filter cartridge (72;74) containing at least one filter medium (720;740), and wherein said combined pressurized water tank and water filter is configured to allow water for filtering to flow through, in sequence, said first water filter section and said second water filter section.
A method of measuring the add power of a contact lens having a central region and an annular region surrounding the central region, the central region having a first optical power and the annular region having a second optical power, the method including the steps: (a) measuring the wavefront aberration of the contact lens; (b) fitting a polynomial to the measured wavefront aberration, wherein terms of the polynomial correspond to types of aberration comprising defocus and astigmatism and residual aberrations; and (c) calculating the add power; CHARACTERISED IN THAT: the add power is calculated as a defocus corresponding to the residual aberrations, and wherein calculating the add power includes the steps of discarding from the polynomial the terms of the polynomial that correspond to defocus and astigmatism to obtain a modified polynomial that contains only terms of higher aberration order than defocus and astigmatism and calculating the residual aberrations using the modified polynomial; and the add power is calculated as the spherical equivalent of the residual aberrations or the spherical aberration. (a) measuring the wavefront aberration of the contact lens; (b) fitting a polynomial to the measured wavefront aberration, wherein terms of the polynomial correspond to types of aberration comprising defocus and astigmatism and residual aberrations; and (c) calculating the add power; the add power is calculated as a defocus corresponding to the residual aberrations, and wherein calculating the add power includes the steps of discarding from the polynomial the terms of the polynomial that correspond to defocus and astigmatism to obtain a modified polynomial that contains only terms of higher aberration order than defocus and astigmatism and calculating the residual aberrations using the modified polynomial; and the add power is calculated as the spherical equivalent of the residual aberrations or the spherical aberration.
A shelf assembly for a refrigerator, comprising a rear shelf and a front shelf movable with respect to the rear shelf, wherein the front shelf is selectively located at an overlapping position where the front shelf at least most partially overlaps the rear shelf in a vertical direction and projects at an extending position in front of the rear shelf, the rear shelf comprises a rear glass plate and a first frame portion connected to a front edge portion of the rear glass plate, the first frame portion comprises an extending portion extending forward and having a hook portion at a distal end thereof, the front shelf comprises a front glass plate and a second frame portion connected to a rear edge portion of the front glass plate, and the second frame portion comprises a second edge covering portion extending along a horizontal surface of the front glass plate; characterized in that, when the front shelf is located at the extending position, the extending portion overlaps the front glass plate in the vertical direction, and the hook portion is clamped to a front end surface of the second edge covering portion, wherein the second edge covering portion extends along a lower surface of the front glass plate, and the second edge covering portion rests on the extending portion.
Heat exchanger arrangement, comprising a first heat absorbing section and a second heat releasing section, wherein a plurality of heat exchange structures are arranged, preferably in parallel to each other, in a plane of extension, wherein the first heat absorbing section comprises a first plurality of fluid guiding means and wherein the second heat releasing section comprises a second plurality of fluid guiding means, wherein each heat exchange structure comprises at least one fluid guiding means of the first plurality and at least one fluid guiding means of the second plurality thermally coupled to each other, and preferably arranged in parallel to each other, wherein a clearance is disposed between at least two adjacent heat exchange structures to allow airflow between said adjacent heat exchange structures and/or wherein each heat exchange structure comprises a heat sink to thermally couple the at least one fluid guiding means of the first plurality and the at least one fluid guiding means of the second plurality, wherein the heat exchanger arrangement further comprises a third heat absorbing section, wherein the second heat releasing section and the third heat absorbing section form a first cooling circuit, wherein the first cooling circuit is a heat pipe, a thermosiphon, or a pulsating heat pipe, wherein the first heat absorbing section is an evaporator for a second cooling circuit configured as a vapor compression cycle circuit, wherein the third heat absorbing section comprises a third plurality of fluid guiding means, wherein each fluid guiding means of the second plurality is directly connected to a fluid guiding means of the third plurality in the primary direction of extension of the fluid guiding means (15, 22) to form a combined fluid guiding means, characterised in that the combined fluid guiding means are fluidically interconnected in a serpentine configuration.
A spreading material plant for purposes of spreading material onto a spreader belt conveyor, or onto spreading material screens, with the formation of spreading material mats, with - at least one spreading material bunker for the spreading material to be spread onto the spreader belt conveyor, - at least one screw conveyor device, arranged above the spreading material bunker, with at least one rotationally driven screw conveyor (19a, 19b) in a screw housing, for purposes of filling the spreading material bunker, and - at least one drop shaft between a discharge opening of the screw housing and a filler opening of the spreading material bunker, wherein in the region of the discharge opening the screw conveyor device has at least one movable discharge insert (21, 21 a, 21 b) for purposes of varying the discharge position, characterised in that at least one braking roller device is arranged within the drop shaft, which device has at least two rotationally driven braking rollers. - at least one spreading material bunker for the spreading material to be spread onto the spreader belt conveyor, - at least one screw conveyor device, arranged above the spreading material bunker, with at least one rotationally driven screw conveyor (19a, 19b) in a screw housing, for purposes of filling the spreading material bunker, and - at least one drop shaft between a discharge opening of the screw housing and a filler opening of the spreading material bunker,
An aircraft power plant comprising: a high-pressure spool including a high-pressure compressor, a high-pressure turbine, and a high-pressure shaft drivingly engaging the high-pressure turbine to the high-pressure compressor; a low-pressure spool including a low-pressure compressor, a low-pressure turbine, and a low-pressure shaft drivingly engaging the low-pressure turbine to the low-pressure compressor; an electrical machine operable as a generator; and a transmission having a first input drivingly engaged by the high-pressure shaft, a second input drivingly engaged by the low-pressure shaft, and an output drivingly engaging the electrical machine, the transmission having a coupling system selectively interconnecting the output with one of: the first input, with the second input disconnected from the output; the second input, with the first input disconnected from the output; and both of the first input and the second input. a high-pressure spool including a high-pressure compressor, a high-pressure turbine, and a high-pressure shaft drivingly engaging the high-pressure turbine to the high-pressure compressor; a low-pressure spool including a low-pressure compressor, a low-pressure turbine, and a low-pressure shaft drivingly engaging the low-pressure turbine to the low-pressure compressor; an electrical machine operable as a generator; and a transmission having a first input drivingly engaged by the high-pressure shaft, a second input drivingly engaged by the low-pressure shaft, and an output drivingly engaging the electrical machine, the transmission having a coupling system selectively interconnecting the output with one of: the first input, with the second input disconnected from the output; the second input, with the first input disconnected from the output; and both of the first input and the second input. the first input, with the second input disconnected from the output; the second input, with the first input disconnected from the output; and both of the first input and the second input.
A method to obfuscate training data, the method comprising: computing a sequence of acoustic features from audio data of the training data, the training data comprising the audio data and a corresponding text transcript; mapping the acoustic features to acoustic model states to generate annotated feature vectors, the annotated feature vectors comprising the acoustic features and corresponding states, the states corresponding to context from the text transcript; and providing a randomized sequence of the annotated feature vectors as obfuscated training data to an audio analysis system. computing a sequence of acoustic features from audio data of the training data, the training data comprising the audio data and a corresponding text transcript; mapping the acoustic features to acoustic model states to generate annotated feature vectors, the annotated feature vectors comprising the acoustic features and corresponding states, the states corresponding to context from the text transcript; and providing a randomized sequence of the annotated feature vectors as obfuscated training data to an audio analysis system.
A horizontal locking device for locking a container with a corner fitting on a transport vehicle, in particular for gooseneck semitrailers, having a support, which in the container loading state is arranged on the transport vehicle so as to be horizontally alongside the corner fitting and close to a contact surface of the corner fitting, wherein on the support there is provided a pivoting latch which is pivotable, about a horizontally arranged pivot axis which is parallel to the contact surface of the corner fitting, from an initial position into a downwards pivoted locking position in which the pivoting latch engages the corner fitting, wherein an engagement-locking means, which engagement-locks the pivoting latch in the locking position when this position is reached, and a pre-releasing means, which upon actuation releases the engagement-locking of the pivoting latch so that the container can be unloaded, are provided, characterized in that the pivoting latch is biased, by means of a first spring, in the direction of its initial position and upon loading is pivoted, against its biasing, into the locking position by the weight of the container and the pivoting latch integrally has two elements projecting substantially radially to the pivot axis, namely an actuating lever, with which the corner fitting of the container cooperates upon depositing for pivoting of the pivoting latch, and a latch element, arranged above, which engages a lateral opening of the corner fitting upon depositing of the container, wherein the engagement-locking means has an axially movable bolt arranged in the support so as to be parallel to the pivot axis, which bolt is engagement-lockable with an opening in the pivoting latch in the locking position of the pivoting latch, and the pre-releasing means has a pulling rod and a slotted link guide, wherein the connecting link guide cooperates with the bolt for axial motion and the pulling rod and thereby the bolt are biased in the direction of its engagement-locking position.
A variable damping force damper comprising: a hollow cylinder containing hydraulic oil sealed therein; a columnar piston configured to reciprocate in the cylinder and separate an interior of the cylinder into a rod-side oil chamber and a piston-side oil chamber; and a piston rod having the piston at an end thereof, wherein the piston comprises: an inner yoke made of a ferromagnetic material, the inner yoke being secured to the piston rod and having an outer peripheral surface coaxial with the cylinder; an outer yoke made of a ferromagnetic material, the outer yoke having an inner peripheral surface coaxial with the outer peripheral surface of the inner yoke and opposing the outer peripheral surface of the inner yoke via a predetermined gap (32, 33); an electromagnetic coil disposed in the gap (32, 33); a communication oil passage having an opening in at least one of axial ends and connecting the rod-side oil chamber and the piston-side oil chamber with each other; and a valve plate configured to have elasticity and close the opening of the communication oil passage, the valve plate being made of a ferromagnetic material and attracted in a closing direction by a magnetic force of the electromagnetic coil, wherein the inner yoke and the outer yoke are connected with each other by a metallic connection means (35; 61; 62) at a position different from that of the electromagnetic coil in an axial direction, characterized in that an amount of magnetic flux flowing through the metallic connection means (35; 61; 62) is smaller than an amount of magnetic flux flowing through the valve plate. a hollow cylinder containing hydraulic oil sealed therein; a columnar piston configured to reciprocate in the cylinder and separate an interior of the cylinder into a rod-side oil chamber and a piston-side oil chamber; and a piston rod having the piston at an end thereof, an inner yoke made of a ferromagnetic material, the inner yoke being secured to the piston rod and having an outer peripheral surface coaxial with the cylinder; an outer yoke made of a ferromagnetic material, the outer yoke having an inner peripheral surface coaxial with the outer peripheral surface of the inner yoke and opposing the outer peripheral surface of the inner yoke via a predetermined gap (32, 33); an electromagnetic coil disposed in the gap (32, 33); a communication oil passage having an opening in at least one of axial ends and connecting the rod-side oil chamber and the piston-side oil chamber with each other; and a valve plate configured to have elasticity and close the opening of the communication oil passage, the valve plate being made of a ferromagnetic material and attracted in a closing direction by a magnetic force of the electromagnetic coil,
Accessory for ironing and/or crease-removing appliance comprising a baseplate equipped with steam outlet holes, said accessory comprising a body comprising an upper face configured to mold the shape of the contour of the baseplate and comprising a removable element which is permeable to steam, the body comprising a peripheral wall laterally delimiting a steam diffusion chamber enabling the passage of steam from the upper face up to through the element, characterized in that said element is a textile which is permeable to steam, advantageously of the microfiber type, intended to come into contact with the clothing to be treated and in that the peripheral wall comprises escape openings enabling the steam flow to laterally escape to the accessory without passing through said textile.
Method for operating a power supply device, comprising one or more electrical energy stores, in particular one or more rechargeable batteries, power inputs comprising voltage transformers, power outputs comprising voltage transformers and a programmable controller controlling the voltage transformers (15, 17), wherein priorities are assigned to the power outputs and low-priority power outputs are deactivated or throttled when the power inputs and/or the energy stores do not provide sufficient power to supply all the power outputs, characterized in that established power inputs are only activated when the power of the other power inputs and/or of the electrical energy store is not sufficient to supply the power outputs that are not to be deactivated, and throttled power outputs that cannot be throttled further.