mhurhangee/ep-ind-claims huggingface dataset:
A catheter pump system comprising: an impeller; a catheter body having a lumen in which fluid flows proximally therethrough during operation of the catheter pump system; a drive shaft disposed inside the catheter body and coupled with the impeller at a distal portion of the drive shaft, the drive shaft being configured such that rotation of the drive shaft causes the impeller to rotate; and a motor assembly comprising: a chamber (5, 4, 10), at least a portion of the chamber (5, 4, 10) being in fluid communication with the lumen of the catheter body; a rotor disposed in the at least a portion of the chamber (5, 4, 10), the rotor being mechanically coupled with a proximal portion of the drive shaft such that rotation of the rotor causes the drive shaft to rotate; and a stator assembly disposed about the rotor and configured to cause the rotor to rotate, wherein the rotor includes a longitudinal rotor lumen therethrough, and wherein, during operation of the catheter pump system, the fluid flows from the lumen into the chamber (5, 4, 10) such that at least a portion of the fluid flows proximally through the longitudinal rotor lumen. an impeller; a catheter body having a lumen in which fluid flows proximally therethrough during operation of the catheter pump system; a drive shaft disposed inside the catheter body and coupled with the impeller at a distal portion of the drive shaft, the drive shaft being configured such that rotation of the drive shaft causes the impeller to rotate; and a motor assembly comprising: a chamber (5, 4, 10), at least a portion of the chamber (5, 4, 10) being in fluid communication with the lumen of the catheter body; a rotor disposed in the at least a portion of the chamber (5, 4, 10), the rotor being mechanically coupled with a proximal portion of the drive shaft such that rotation of the rotor causes the drive shaft to rotate; and a stator assembly disposed about the rotor and configured to cause the rotor to rotate, wherein the rotor includes a longitudinal rotor lumen therethrough, and wherein, during operation of the catheter pump system, the fluid flows from the lumen into the chamber (5, 4, 10) such that at least a portion of the fluid flows proximally through the longitudinal rotor lumen. a chamber (5, 4, 10), at least a portion of the chamber (5, 4, 10) being in fluid communication with the lumen of the catheter body; a rotor disposed in the at least a portion of the chamber (5, 4, 10), the rotor being mechanically coupled with a proximal portion of the drive shaft such that rotation of the rotor causes the drive shaft to rotate; and a stator assembly disposed about the rotor and configured to cause the rotor to rotate, wherein the rotor includes a longitudinal rotor lumen therethrough, and wherein, during operation of the catheter pump system, the fluid flows from the lumen into the chamber (5, 4, 10) such that at least a portion of the fluid flows proximally through the longitudinal rotor lumen.
A device for producing a continuous thread from a synthetic polymer melt, comprising a spinning apparatus for extruding and cooling a plurality of filament strands, a device for applying a spinning preparation, a winding apparatus and a drafting zone for drawing the filament strands that is provided between the spinning apparatus and the winding apparatus, wherein the drafting zone is formed by a feed roller pair and four to six successive drafting roller pairs (8, 9, 10, 11, 12), characterized in that a total drafting of 3 to 8 times is provided in the drafting zone, that the first drafting roller pairs (8, 9, 10, 11) are provided with a heating apparatus and the last drafting roller pair is provided with a cooling apparatus (13, 14), wherein the filament strands are guided multiple times over the cooling apparatus (13, 14) of the last drafting roller pair, that a surface temperature of the roller of the last drafting roller pair, which is provided with the cooling apparatus (13, 14), is provided to be less than 100°C, preferably less than 60°C, that at least one of the two rollers of each drafting roller pair (8, 9, 10, 11) provided with a heating apparatus is provided with the heating apparatus (13, 14), and that both rollers of the last draft roller pair are provided with a cooling apparatus (13, 14).
Stripping pliers, comprising two hand levers (2, 3), a housing shell and a clamping jaw which is pivotable relative thereto and which forms a pliers mouth with the front part of the housing shell, in which two knife holders (15, 16), which are relatively movable to each other, are mounted with a stripping knife (12, 13) each, and the knife holders are secured in the pliers mouth by a pull rod, wherein a conductor catch is displaceably mounted on one of the knife holders (15, 16) along said knife holder (15, 16), characterized in that the conductor catch is formed in at least two parts, wherein the conductor catch is composed of a limit stop and a limit stop locking element, and wherein the limit stop locking element is guided in the limit stop via obliquely extending slots, into which a respective protrusion engages which is formed on the inner longitudinal sides of the limit stop.
A laser processing method for carrying out hole-forming on a plate-shaped workpiece, the method comprising: forming a hole by laser-cutting the workpiece along an outline of the hole to be formed; moving a laser processing head with respect to the workpiece after forming the hole; characterised by the following step: dropping a cutout piece inside the outline of the hole by moving the laser processing head while jetting assist gas from the laser processing head to the cutout piece inside the outline. forming a hole by laser-cutting the workpiece along an outline of the hole to be formed; moving a laser processing head with respect to the workpiece after forming the hole; characterised by the following step: dropping a cutout piece inside the outline of the hole by moving the laser processing head while jetting assist gas from the laser processing head to the cutout piece inside the outline.
A rifle scope comprising: a scope body; a movable optical element defining an optical axis connected to the scope body; a turret comprising a turret screw defining a screw axis and operably connected to the optical element for adjusting the optical axis in response to rotation of the screw, a turret chassis subassembly, and a turret cap at least partially overlapping the turret chassis subassembly, wherein the turret cap has an upper surface defining a recess that is generally circular and centrally located on the turret cap and wherein the recess has an upper surface that is generally flat; and a zero point adjustment subassembly comprising (a) a zero cap connected to the turret screw and positioned in the recess of the turret cap, and (b) a locking mechanism releasably securing the zero cap to the turret cap, wherein at least one component of the locking mechanism is positioned between the zero cap and the upper surface of the recess. a scope body; a movable optical element defining an optical axis connected to the scope body; a turret comprising a turret screw defining a screw axis and operably connected to the optical element for adjusting the optical axis in response to rotation of the screw, a turret chassis subassembly, and a turret cap at least partially overlapping the turret chassis subassembly, wherein the turret cap has an upper surface defining a recess that is generally circular and centrally located on the turret cap and wherein the recess has an upper surface that is generally flat; and a zero point adjustment subassembly comprising (a) a zero cap connected to the turret screw and positioned in the recess of the turret cap, and (b) a locking mechanism releasably securing the zero cap to the turret cap, wherein at least one component of the locking mechanism is positioned between the zero cap and the upper surface of the recess. a turret screw defining a screw axis and operably connected to the optical element for adjusting the optical axis in response to rotation of the screw, a turret chassis subassembly, and a turret cap at least partially overlapping the turret chassis subassembly, wherein the turret cap has an upper surface defining a recess that is generally circular and centrally located on the turret cap and wherein the recess has an upper surface that is generally flat; and (a) a zero cap connected to the turret screw and positioned in the recess of the turret cap, and (b) a locking mechanism releasably securing the zero cap to the turret cap, wherein at least one component of the locking mechanism is positioned between the zero cap and the upper surface of the recess.
A refrigerator comprising: a rear wall; a first strap and a second strap each fixed to the rear wall; an insulative member defining a first aperture and extending between the first strap and the second strap; a housing disposed in the first aperture, the housing including a top end, a bottom end, and a wall extending therebetween, a frontside of the wall having a recessed portion that defines a receptacle on a backside of the wall, a trough on the frontside of the wall, and a first number of vents, wherein the first number of vents establish fluid communication between the receptacle and the trough; an ozone generator disposed in the receptacle; a first ventilation panel disposed over the trough and at least a portion of the frontside of the wall, the first ventilation panel being fixed to the insulative member and defining at least one slot, wherein the at least one slot is in fluid communication with the trough and is configured to receive ozonated fluid from the ozone generator via the trough, first number of vents, and receptacle; and a light fixed to the wall and disposed between the bottom end and the ozone generator, the light including a cover that overlaps at least a portion of the trough and defines a second number of vents, wherein the second number of vents are in fluid communication with the at least one slot and are configured to vent the ozonated fluid from the at least one slot to the an interior portion of the refrigerator. a rear wall; a first strap and a second strap each fixed to the rear wall; an insulative member defining a first aperture and extending between the first strap and the second strap; a housing disposed in the first aperture, the housing including a top end, a bottom end, and a wall extending therebetween, a frontside of the wall having a recessed portion that defines a receptacle on a backside of the wall, a trough on the frontside of the wall, and a first number of vents, wherein the first number of vents establish fluid communication between the receptacle and the trough; an ozone generator disposed in the receptacle; a first ventilation panel disposed over the trough and at least a portion of the frontside of the wall, the first ventilation panel being fixed to the insulative member and defining at least one slot, wherein the at least one slot is in fluid communication with the trough and is configured to receive ozonated fluid from the ozone generator via the trough, first number of vents, and receptacle; and a light fixed to the wall and disposed between the bottom end and the ozone generator, the light including a cover that overlaps at least a portion of the trough and defines a second number of vents, wherein the second number of vents are in fluid communication with the at least one slot and are configured to vent the ozonated fluid from the at least one slot to the an interior portion of the refrigerator.
An absorbent article comprising: a. a first outermost layer for contact with a wearer' s skin or a caregiver' s skin, the first outermost layer comprising a first nonwoven comprising plant-based fibers comprising harvested fibers other than wood pulp, wherein the harvested fibers optionally comprise a post-harvest treatment; and b. an opposing second outermost layer for contact with the wearer's skin or the caregiver's skin, the second outermost layer comprising a second nonwoven comprising plant-based fibers comprising synthetic fibers; c. wherein the first nonwoven's bio-based content is from 5% to 100% using ASTM D6866-10, method B; and d. wherein the second nonwoven's bio-based content is from 5% to 100% using ASTM D6866-10, method B wherein the bio-based content is the amount of carbon from a renewable resource in the nonwoven as a percent of the mass of the total organic carbon in the nonwoven, as determined by ASTM D6866-10, method B. a. a first outermost layer for contact with a wearer' s skin or a caregiver' s skin, the first outermost layer comprising a first nonwoven comprising plant-based fibers comprising harvested fibers other than wood pulp, wherein the harvested fibers optionally comprise a post-harvest treatment; and b. an opposing second outermost layer for contact with the wearer's skin or the caregiver's skin, the second outermost layer comprising a second nonwoven comprising plant-based fibers comprising synthetic fibers; c. wherein the first nonwoven's bio-based content is from 5% to 100% using ASTM D6866-10, method B; and d. wherein the second nonwoven's bio-based content is from 5% to 100% using ASTM D6866-10, method B
An aqueous pretreatment composition for treating a metal surface, the composition consisting of: water; silica; a trivalent chromium compound with the formula Cr(H 2 PO 4) 3, and optionally hydrogen peroxide. water; silica; a trivalent chromium compound with the formula Cr(H 2 PO 4) 3, and optionally hydrogen peroxide.
A method for manufacturing a rotor blade of a wind turbine made of at least a first rotor blade element (11, 11', 12, 12') and a second rotor blade element (11, 11', 12, 12'), wherein the first rotor blade element (11, 11', 12, 12') and the second rotor blade element (11, 11', 12, 12') are positioned in the desired relative arrangement with respect to each other, so that a joining gap remains between the first rotor blade element (11, 11', 12, 12') and the second rotor blade element (11, 11', 12, 12'), wherein adhesive is introduced into the joining gap to join the first rotor blade element (11, 11', 12, 12') and the second rotor blade element (11, 11', 12, 12'), characterised in that the adhesive filling level in the joining gap is detected by means of a sensor and the adhesive is introduced into the joining gap in a controlled and regulated manner by means of the detected adhesive filling level.
A spinel-type lithium transition metal oxide comprising, besides Li and Mn, one or more elements selected from a group consisting of Mg, Ti, Ni, Co, and Fe, and having crystallite size of between 200 nm and 1000 nm measured by following measurement method and strain of 0.0900 or less measured by following measurement method, regarding a sample (powder form), the crystallite size and strain were measured by the Rietveld method using the fundamental method, the x ray diffractometer using a Cu-Kα beam is used for the measurements of x ray diffraction patterns, peaks of the x ray diffraction patterns obtained from the range of diffraction angle 2θ = 10 to 120° are analyzed using the analysis software Topas version 3 to determine the crystallite size and strain, whereby it is noted that it is hypothesized that the crystal structure belonged to the cubic crystal from the space group Fd-3m (Origin Choice 2), and that Li is present at the 8a site thereof, Mn, a substitute element of Mn, and an extra Li fraction x are present at the 16d site thereof, and O is present at the 32e site thereof, the parameter Beq. is fixed to 1, and with the fractional coordinates of oxygen serving as variables and watching for the indices representing the extent of the match between the observed intensities and the calculated intensities Rwp < 10.0 and GOF < 2.0, the calculation is performed repeatedly until they converged, the crystallite size and the strain are analyzed using the Gauss function, and the instrument specifications, conditions, and the like that are used for other measurements and Rietveld method analyses are as follows: Detector: PSD Type Detector: VANTEC-1 High Voltage: 5585 V Discr. Lower Level: 0.35 V Discr. Window Width: 0.15 V Grid Lower Level: 0.075 V Grid Window Width: 0.524 V Flood Field Correction: Disabled Primary radius: 250 mm Secondary radius: 250 mm Receiving slit width: 0.1436626 mm Divergence angle: 0.3° Filament Length: 12 mm Sample Length: 25 mm Receiving Slit Length: 12 mm Primary Sollers: 2.623° Secondary Sollers: 2.623° Lorentzian, 1/Cos: 0.004933548 Th Detector: PSD Type Detector: VANTEC-1 High Voltage: 5585 V Discr. Lower Level: 0.35 V Discr. Window Width: 0.15 V Grid Lower Level: 0.075 V Grid Window Width: 0.524 V Flood Field Correction: Disabled Primary radius: 250 mm Secondary radius: 250 mm Receiving slit width: 0.1436626 mm Divergence angle: 0.3° Filament Length: 12 mm Sample Length: 25 mm Receiving Slit Length: 12 mm Primary Sollers: 2.623° Secondary Sollers: 2.623° Lorentzian, 1/Cos: 0.004933548 Th
A coating composition for an image transfer member in an aqueous ink imaging system in which the aqueous ink includes a colorant in a liquid solvent, comprising: a hydrophilic composition including an absorption agent in a liquid carrier, the absorption agent adapted to absorb the solvent in the aqueous ink, wherein the absorption agent is adapted to be substantially impermeable to the colorant in the aqueous ink when the hydrophilic composition is dried; and a surfactant. a hydrophilic composition including an absorption agent in a liquid carrier, the absorption agent adapted to absorb the solvent in the aqueous ink, wherein the absorption agent is adapted to be substantially impermeable to the colorant in the aqueous ink when the hydrophilic composition is dried; and a surfactant.
A method of operating a hand held laboratory device (ii), the method comprising the steps of: receiving, by a display device (i) remote from the hand held laboratory device, acceleration data from an accelerometer of the hand held laboratory device corresponding to a movement of the hand held laboratory device by a user; computing, by the display device, a movement of the hand held laboratory device from the acceleration data; comparing, by the display device, the computed movement with a predetermined set of movements, where the computed movement matches or is similar to one of the predetermined set of movements; initiating, by the display device in response to determining that the computed movement matches one of the predetermined set of movements, a screen navigation function of the display device corresponding to the matched predetermined movement; and characterized in that if the screen navigation function of the display device selects a control function of the hand held laboratory device, transmitting the control function corresponding to the screen navigation function from the display device to the hand held laboratory device for initiating the control function in the hand held laboratory device. receiving, by a display device (i) remote from the hand held laboratory device, acceleration data from an accelerometer of the hand held laboratory device corresponding to a movement of the hand held laboratory device by a user; computing, by the display device, a movement of the hand held laboratory device from the acceleration data; comparing, by the display device, the computed movement with a predetermined set of movements, where the computed movement matches or is similar to one of the predetermined set of movements; initiating, by the display device in response to determining that the computed movement matches one of the predetermined set of movements, a screen navigation function of the display device corresponding to the matched predetermined movement; and characterized in that if the screen navigation function of the display device selects a control function of the hand held laboratory device, transmitting the control function corresponding to the screen navigation function from the display device to the hand held laboratory device for initiating the control function in the hand held laboratory device.
An endoscopic tissue suturing device comprising: a suturing capsule having a tissue suction chamber, a needle track, and a suture tag catch, wherein the suture tag catch is positioned distal to the tissue suction chamber, a needle slidable in the needle track, and along a pathway that passes through the tissue suction chamber, the needle, including a sharpened distal tip to penetrate a tissue portion suctioned into the tissue suction chamber when the needle is advanced through said chamber, a suture tag lock, and a suture tag joined to a suture characterised in that the suture tag lock is on an exterior surface of the needle and the suture tag is capturable on the exterior surface of the needle by the suture tag lock and is releasable from the needle into the suture tag catch when the suture tag lock is released and the needle is withdrawn proximally. a suturing capsule having a tissue suction chamber, a needle track, and a suture tag catch, wherein the suture tag catch is positioned distal to the tissue suction chamber, a needle slidable in the needle track, and along a pathway that passes through the tissue suction chamber, the needle, including a sharpened distal tip to penetrate a tissue portion suctioned into the tissue suction chamber when the needle is advanced through said chamber, a suture tag lock, and a suture tag joined to a suture characterised in that the suture tag lock is on an exterior surface of the needle and the suture tag is capturable on the exterior surface of the needle by the suture tag lock and is releasable from the needle into the suture tag catch when the suture tag lock is released and the needle is withdrawn proximally.
An image processing device for processing image data from an image sensor with a regular pixel arrangement and an associated color filter with Bayer pattern having a first color component green, a second color component red, and a third color component blue, wherein the image processing device is adapted to carry out image processing operations by using image data from a fixed environment comprising several pixels with respect to a pixel of interest, wherein the image processing operations are adapted to perform a shift of the color value parallel to a non-color line of the color space by addition of an identical structural value to all color components (R1, G1, B1) of the image data, and wherein the image processing operations are adapted to determine based on image data of the first color component green of the environment a correction value and to add it to the image data of the second color component red and the third color component blue with a different respective sign.