mhurhangee/ep-ind-claims huggingface dataset:
A therapy system for providing relief from chronic pain, configured to be arranged relative to the general anatomy of a spinal cord of a patient, wherein the therapy system includes: a pulse generator that is implantable subcutaneously within the patient and includes a computer-readable medium containing instructions, wherein the pulse generator is attached via a lead body to an electrode array including multiple electrodes carried by a support substrate; or wherein the pulse generator is connected to percutaneous lead bodies, which are in turn connected to electrodes; and wherein the pulse generator is adapted to transmit the instructions and power to the electrodes to apply therapy signals to the nerve fibers of the patient to up-regulate and/or down-regulate the nerves; wherein the pulse generator is configured to generate high frequency blocking signals having a frequency ranging from 2,500 to 100,000 Hz and an amplitude from 2 mA to 20 mA. a pulse generator that is implantable subcutaneously within the patient and includes a computer-readable medium containing instructions, wherein the pulse generator is attached via a lead body to an electrode array including multiple electrodes carried by a support substrate; or wherein the pulse generator is connected to percutaneous lead bodies, which are in turn connected to electrodes; and wherein the pulse generator is adapted to transmit the instructions and power to the electrodes to apply therapy signals to the nerve fibers of the patient to up-regulate and/or down-regulate the nerves; wherein the pulse generator is configured to generate high frequency blocking signals having a frequency ranging from 2,500 to 100,000 Hz and an amplitude from 2 mA to 20 mA.
A method for using 1H-heptafluorocyclopentene as a dry etching gas, the 1H-Heptafluorocyclopentene having a purity of 99.9 wt% or more and including an organochlorine-based compound, the organochlorine-based compound content being 350 ppm by weight or less, and the 1H-heptafluorocyclopentene having a nitrogen content of 100 ppm by volume or less and an oxygen content of 50 ppm by volume or less.
A method comprising: providing power to an aircraft data probe anti-ice system; monitoring an actual power demand of the aircraft data probe anti-ice system; calculating an expected power demand of the aircraft data probe anti-ice system based on air data parameters and atmospheric conditions; comparing the actual power demand of the aircraft data probe anti-ice system to the expected power demand; and performing a corrective action if the actual power demand and the expected power demand are different by more than a selected amount, characterised in that the corrective action includes removing an aircraft data probe data from a voting arrangement, wherein the voting arrangement includes data from at least one other aircraft data probe. providing power to an aircraft data probe anti-ice system; monitoring an actual power demand of the aircraft data probe anti-ice system; calculating an expected power demand of the aircraft data probe anti-ice system based on air data parameters and atmospheric conditions; comparing the actual power demand of the aircraft data probe anti-ice system to the expected power demand; and performing a corrective action if the actual power demand and the expected power demand are different by more than a selected amount, characterised in that the corrective action includes removing an aircraft data probe data from a voting arrangement, wherein the voting arrangement includes data from at least one other aircraft data probe.
A shell and tube heat exchanger comprising: an elongated cylindrical shell that defines a longitudinal axis for the heat exchanger and an internal chamber, the shell having two diametrically opposed feed gas inlets and at least one feed gas outlet formed in an outer wall for allowing a feed gas to enter and exit the internal chamber; at least one tube sheet associated with an end of the elongated shell; a plurality of circular baffles (60, 64, 66) longitudinally spaced apart within the internal chamber of the shell for redirecting feed gas flow within the internal chamber; a tube bundle which includes a plurality of tubes for allowing effluent gas to traverse from an inlet plenum through the internal chamber of the shell to an outlet plenum; characterised in that the shell and tube heat exchanger further comprises a first cylindrical shroud distributor arranged and configured to direct feed gas flow from the two diametrically opposed feed gas inlets into the internal chamber proximate the at least one tube sheet, the first shroud distributor having a cylindrical outer surface parallel to the longitudinal axis of the cylindrical shell and an upstream end having two diametrically opposed angled section cut outs formed therein for distributing the flow of feed gas, wherein the two angled section cut outs are disposed symmetrically across a plane bisecting the cylindrical shell evenly between the two diametrically opposed feed gas inlets and each angled section cut out is angled obliquely relative to the longitudinal axis. an elongated cylindrical shell that defines a longitudinal axis for the heat exchanger and an internal chamber, the shell having two diametrically opposed feed gas inlets and at least one feed gas outlet formed in an outer wall for allowing a feed gas to enter and exit the internal chamber; at least one tube sheet associated with an end of the elongated shell; a plurality of circular baffles (60, 64, 66) longitudinally spaced apart within the internal chamber of the shell for redirecting feed gas flow within the internal chamber; a tube bundle which includes a plurality of tubes for allowing effluent gas to traverse from an inlet plenum through the internal chamber of the shell to an outlet plenum; characterised in that the shell and tube heat exchanger further comprises a first cylindrical shroud distributor arranged and configured to direct feed gas flow from the two diametrically opposed feed gas inlets into the internal chamber proximate the at least one tube sheet, the first shroud distributor having a cylindrical outer surface parallel to the longitudinal axis of the cylindrical shell and an upstream end having two diametrically opposed angled section cut outs formed therein for distributing the flow of feed gas, wherein the two angled section cut outs are disposed symmetrically across a plane bisecting the cylindrical shell evenly between the two diametrically opposed feed gas inlets and each angled section cut out is angled obliquely relative to the longitudinal axis.
A releasable attachment comb for attachment to a hair cutting device having a cutting element, the attachment comb comprising: a support frame comprising a support bar, and first and second clamping elements located at respective opposite ends of the support bar, for clamping the attachment comb about ends of the cutting element in use; the clamping elements having respective interior faces (36a, 36b) opposing one another, each of the opposed interior faces comprising a set of locating notches, the two sets of locating notches defining a clamping plane therebetween; the attachment comb further comprising an array of comb teeth, mounted to the support bar between the first and second clamping elements, lower edges of the comb teeth defining a skin contact area for the attachment comb; wherein the clamping plane is sloped with respect to the skin contact area; and wherein the locating notches define between the clamping elements (34a, 34b) a series of clamping positions for the cutting element, at different points along the clamping plane; and wherein the clamping elements (34a, 34b) are at least partially displaceable away from one another to permit in use release and slidable advancement of the cutting element along the clamping plane between the clamping positions; characterized in that the clamping elements (34a, 34b) are flexible about the support bar, to permit bending of an opposed set of first end portions of the clamping elements away from one another, by applying an inward pinching action at opposed second end portions of the clamping elements. a support frame comprising a support bar, and first and second clamping elements located at respective opposite ends of the support bar, for clamping the attachment comb about ends of the cutting element in use; the clamping elements having respective interior faces (36a, 36b) opposing one another, each of the opposed interior faces comprising a set of locating notches, the two sets of locating notches defining a clamping plane therebetween; the attachment comb further comprising an array of comb teeth, mounted to the support bar between the first and second clamping elements, lower edges of the comb teeth defining a skin contact area for the attachment comb; wherein the clamping plane is sloped with respect to the skin contact area; and wherein the locating notches define between the clamping elements (34a, 34b) a series of clamping positions for the cutting element, at different points along the clamping plane; and wherein the clamping elements (34a, 34b) are at least partially displaceable away from one another to permit in use release and slidable advancement of the cutting element along the clamping plane between the clamping positions; characterized in that the clamping elements (34a, 34b) are flexible about the support bar, to permit bending of an opposed set of first end portions of the clamping elements away from one another, by applying an inward pinching action at opposed second end portions of the clamping elements.
Electronic unit (10, 30) for a level measuring probe (15, 34) for measuring a level of a medium, comprising: at least one first excitation electronic unit, configured to emit a first excitation signal; at least one second excitation electronic unit, configured to emit a second excitation signal; wherein the first excitation signal and the second excitation signal are different; characterized in that the electronic unit (10, 30) is configured to emit the first excitation signal and the second excitation signal simultaneously to a level measuring probe (15, 34). at least one first excitation electronic unit, configured to emit a first excitation signal; at least one second excitation electronic unit, configured to emit a second excitation signal; wherein the first excitation signal and the second excitation signal are different; characterized in that the electronic unit (10, 30) is configured to emit the first excitation signal and the second excitation signal simultaneously to a level measuring probe (15, 34).
Apparatus for connecting a power cable to an electronic unit of a power tool, having at least one clamping means for clamping a connecting line of the power cable and a contacting means for establishing an electrical contact between the connecting line clamped by means of the clamping means and the electronic unit, characterized in that the clamping means and the contacting means are arranged on a connecting element extending through an opening in a housing element, which spatially separates the clamping means from the electronic unit, the opening being sealed by means of a sealing means resting against the connecting element.
A method for preparing vanillin by fermentation with eugenol as a substrate, characterized in that: using eugenol as a substrate, and preparing vanillin by a mixed fermentation of Penicillium simplicissimum OMK-68 and Bacillus sp. OMK-69; wherein, the Penicillium simplicissimum OMK-68 was deposited at the China Center for Type Culture Collection located at Wuhan University, Wuhan, China on October 16, 2019, with the deposit number of CCTCC NO: M 2019827, and the Bacillus sp. OMK-69 was deposited at the China Center for Type Culture Collection located at Wuhan University, Wuhan, China on October 16, 2019, with the deposit number of CCTCC NO: M 2019826.
A corner fitting, comprising: a male fitting having a convex portion; a female fitting having a concave portion configured complementary to the convex portion, wherein the convex portion and the concave portion have a semi-conical shape; and a strap having a strap radius portion and a pair of strap planar portions extending from opposite ends of the strap radius portion, the strap radius portion being clamped between the convex portion and the concave portion, both strap planar portions having a longitudinal extension in the same lengthwise direction but having a lateral extension in different directions. a male fitting having a convex portion; a female fitting having a concave portion configured complementary to the convex portion, wherein the convex portion and the concave portion have a semi-conical shape; and a strap having a strap radius portion and a pair of strap planar portions extending from opposite ends of the strap radius portion, the strap radius portion being clamped between the convex portion and the concave portion, both strap planar portions having a longitudinal extension in the same lengthwise direction but having a lateral extension in different directions.
A method of producing a surgical material in the form of a coated mesh, a coated porous foam, a coated sponge, or a coated three-dimensional scaffold, the method comprising: providing a synthetic material substrate in the form of a mesh, a porous foam, a sponge, or a three-dimensional scaffold; selecting a collagen-containing tissue matrix; creating a slurry with the collagen-containing tissue matrix, wherein creating the slurry comprises: subjecting a portion of the collagen-containing tissue matrix to an acid swelling process to produce an acid-swelled tissue matrix; and mixing the acid-swelled tissue matrix with remaining collagen-containing tissue matrix to produce a slurry having between 5% and 35% by volume of the collagen-containing tissue matrix in the slurry as the acid-swelled tissue matrix; and embedding the synthetic material substrate in the slurry to form the surgical material. providing a synthetic material substrate in the form of a mesh, a porous foam, a sponge, or a three-dimensional scaffold; selecting a collagen-containing tissue matrix; creating a slurry with the collagen-containing tissue matrix, wherein creating the slurry comprises: subjecting a portion of the collagen-containing tissue matrix to an acid swelling process to produce an acid-swelled tissue matrix; and mixing the acid-swelled tissue matrix with remaining collagen-containing tissue matrix to produce a slurry having between 5% and 35% by volume of the collagen-containing tissue matrix in the slurry as the acid-swelled tissue matrix; and subjecting a portion of the collagen-containing tissue matrix to an acid swelling process to produce an acid-swelled tissue matrix; and mixing the acid-swelled tissue matrix with remaining collagen-containing tissue matrix to produce a slurry having between 5% and 35% by volume of the collagen-containing tissue matrix in the slurry as the acid-swelled tissue matrix; and embedding the synthetic material substrate in the slurry to form the surgical material.
Magnetic braking device for a brushless synchronous motor, the brushless synchronous motor comprising a rotor and a stator, the stator comprising windings and the rotor comprising a motor zone and a braking zone, a supply of electricity to the coils being able to cause the rotor to rotate as a result of magnetic coupling with the motor zone, the magnetic braking device comprising: - the braking zone, located at the rotor in the axial continuation of the motor zone, comprising at least one permanent magnet and a lateral edge, said lateral edge being the furthest from the motor zone, - a braking ring in the form of an annulus comprising at least one permanent magnet and a lateral edge, said lateral edge being the furthest from the motor zone, a braking force on the rotor being generated as a result of magnetic coupling between the at least one permanent magnet of the braking ring and the at least one permanent magnet of the braking zone when the coils of the stator are not supplied with electricity, the magnetic braking device being characterized in that the braking ring is positioned around at least part of the braking zone and positioned so that it is set back, in the direction of the motor zone, relative to that lateral edge of the braking zone that is furthest from the motor zone, that lateral edge of the braking ring that is furthest from the motor zone being separated from that lateral edge of the braking zone that is furthest from the motor zone by a predefined separation ( d) corresponding to a distance for which a maximum axial load applied to the rotor is below a predefined threshold, the predefined separation (d) being comprised between 1.5 mm and 7 mm. - the braking zone, located at the rotor in the axial continuation of the motor zone, comprising at least one permanent magnet and a lateral edge, said lateral edge being the furthest from the motor zone, - a braking ring in the form of an annulus comprising at least one permanent magnet and a lateral edge, said lateral edge being the furthest from the motor zone, a braking force on the rotor being generated as a result of magnetic coupling between the at least one permanent magnet of the braking ring and the at least one permanent magnet of the braking zone when the coils of the stator are not supplied with electricity,
Method of estimating the state of charge (SOCbatt_k) of an electric battery comprising a plurality of electric accumulators called cells, characterized in that it comprises the following steps: a) the state of charge (SOCcell_est_i) of each cell of the battery is determined, b) a range of use of the battery equal to a maximum predetermined value of the state of charge of a cell minus the deviation between the state of charge (SOCcell_max_k) of the most charged cell and the state of charge of the least charged cell (SOCcell_min_k) which are determined in step a) is determined, c) the state of charge of the battery (SOC_batt_k) is determined as being equal to the ratio between the state of charge of the least charged cell (SOCcell_min_k) determined in step a) and said range of use of the battery determined in step b). a) the state of charge (SOCcell_est_i) of each cell of the battery is determined, b) a range of use of the battery equal to a maximum predetermined value of the state of charge of a cell minus the deviation between the state of charge (SOCcell_max_k) of the most charged cell and the state of charge of the least charged cell (SOCcell_min_k) which are determined in step a) is determined, c) the state of charge of the battery (SOC_batt_k) is determined as being equal to the ratio between the state of charge of the least charged cell (SOCcell_min_k) determined in step a) and said range of use of the battery determined in step b).
An apparatus (10, 112) for manufacturing or assembling surface mount packages, the apparatus comprising: a common mode choke base supporting a common mode choke the common mode choke having one or more wires connected to the common mode choke; a plurality of terminal contacts coupled to the common mode choke base, wherein the plurality of terminal contacts are in contact with the wires connected to the common mode choke; and a support member including a wire supporting portion aligned with the wires connected to the common mode choke and a central portion supporting the common mode choke base; wherein the wire supporting portion includes a comb holder for frictionally holding the wires in place, characterized in that the comb holder includes an elastic portion and a rigid portion; and the apparatus further comprises an adjustable tensioner which moves the elastic portion with respect to the rigid portion. a common mode choke base supporting a common mode choke the common mode choke having one or more wires connected to the common mode choke; a plurality of terminal contacts coupled to the common mode choke base, wherein the plurality of terminal contacts are in contact with the wires connected to the common mode choke; and a support member including a wire supporting portion aligned with the wires connected to the common mode choke and a central portion supporting the common mode choke base; wherein the wire supporting portion includes a comb holder for frictionally holding the wires in place, characterized in that the comb holder includes an elastic portion and a rigid portion; and the apparatus further comprises an adjustable tensioner which moves the elastic portion with respect to the rigid portion.
A stalk roll knife (400, 500, 600) for a row unit (200A-E) of a header for a combine harvester comprising a planar body (402, 502, 602), a leading knife edge extending along a first longitudinal end (404, 504, 604) of the planar body, a second longitudinal end opposite the first longitudinal end, a plurality of apertures (408A-I, 508A-I, 608A-I) about the second longitudinal end for receiving a respective fastener therethrough; and a plurality of voids (410A-B, 510A-B, 610A-B) about the second end, the plurality of voids comprising a first elongated window (410A, 510A, 610A) between a first aperture (408A-C, 508A-C, 608A-C) and a second aperture (408D-F, 508D-F, 608D-F) of the plurality of apertures (408A-I, 508A-I, 608A-I), the stalk roll knife (400, 500, 600) being characterized in that the first elongated window (410A, 510A, 610A) is larger in area than each of the first and second apertures (408A-F, 508A-F, 608A-F).
A method for producing methanol (MeOH) and hydrocarbon compounds containing at least two carbon atoms (C 2+ compounds), comprising: (a) directing methane (CH 4) and oxygen (O 2) into an oxidative coupling of methane reactor to produce a product stream comprising the C 2+ compounds, carbon monoxide, hydrogen (H 2), carbon dioxide (CO 2), and un-reacted CH 4; (b) generating a first effluent stream comprising the CO 2 from the product stream, wherein a concertation of the CO 2 in the first effluent stream is greater than a concentration of CO 2 in the product stream; (c) generating a second effluent stream comprising H 2, CO, and un-reacted CH 4 from the product stream; (d) generating a third effluent stream comprising C 2 + compounds; and (e) directing the first effluent stream and the second effluent stream to an MeOH reactor to produce MeOH. (a) directing methane (CH 4) and oxygen (O 2) into an oxidative coupling of methane reactor to produce a product stream comprising the C 2+ compounds, carbon monoxide, hydrogen (H 2), carbon dioxide (CO 2), and un-reacted CH 4; (b) generating a first effluent stream comprising the CO 2 from the product stream, wherein a concertation of the CO 2 in the first effluent stream is greater than a concentration of CO 2 in the product stream; (c) generating a second effluent stream comprising H 2, CO, and un-reacted CH 4 from the product stream; (d) generating a third effluent stream comprising C 2 + compounds; and (e) directing the first effluent stream and the second effluent stream to an MeOH reactor to produce MeOH.