mhurhangee/ep-ind-claims huggingface dataset:
A loading unit for a circular stapling apparatus comprising: a housing defining a pair of first openings and a pair of second openings, wherein the first openings are larger than the second openings; a pusher assembly operably received within the housing and being movable from a first position to a second position within the housing; a staple cartridge disposed on a distal end of the housing and including a plurality of staples; and a shipping member operably received on a distal end of the housing to prevent movement of the pusher assembly from the first to the second position, the shipping member including: a base portion; a retaining portion extending proximally from the base portion, the retaining portion being configured to engage the pusher assembly; and a pair of legs (220a, 220b) extending from the base portion; the shipping member further includes a locking feature disposed on a free end of each of the legs, wherein the locking features are removably securable within the pair of first openings in a first orientation and fixedly securable within the pair of second openings in a second orientation. a housing defining a pair of first openings and a pair of second openings, wherein the first openings are larger than the second openings; a pusher assembly operably received within the housing and being movable from a first position to a second position within the housing; a staple cartridge disposed on a distal end of the housing and including a plurality of staples; and a shipping member operably received on a distal end of the housing to prevent movement of the pusher assembly from the first to the second position, the shipping member including: a base portion; a retaining portion extending proximally from the base portion, the retaining portion being configured to engage the pusher assembly; and a pair of legs (220a, 220b) extending from the base portion; the shipping member further includes a locking feature disposed on a free end of each of the legs, wherein the locking features are removably securable within the pair of first openings in a first orientation and fixedly securable within the pair of second openings in a second orientation. a base portion; a retaining portion extending proximally from the base portion, the retaining portion being configured to engage the pusher assembly; and a pair of legs (220a, 220b) extending from the base portion; the shipping member further includes a locking feature disposed on a free end of each of the legs, wherein the locking features are removably securable within the pair of first openings in a first orientation and fixedly securable within the pair of second openings in a second orientation.
An arrangement of centering units in connection with vertical header termination members for a shutter door leaf which consists of a plurality of sections connected to one another in a rotationally movable manner and which is guided in lateral guide rails, wherein, into the shutter door, there is integrated a door whose door leaf likewise consists of a plurality of sections which are rotatably moveable relative to one another, the sections substantially consisting of two spacedapart outer metal sheets, the intermediate space of which is filled up with an insulation material, with the lateral vertical edges of the sections being sealed by the header termination members (21, 22) in the assembled state, wherein the sections of the door leaf are connected, via ties, in a rotatably movable manner to the sections of the shutter door leaf, wherein the upper ends of the header termination members (21, 22), in the region of profilings at the sections of the shutter door leaf and of the door leaf, are equipped with centering units, which correspond with the shutter door leaf when the door leaf is in the closed position, characterised in that the centering units consist of a first segment and a second segment, wherein the first segment has a housing which contains an approximately horizontally running centering inlet which transitions into an end-side termination, and wherein a stationary axle is mounted in a housing of the second segment, there being a rotatable rolling member arranged on said stationary axle, wherein the diameter of the rolling member is tailored to the aperture width of the centering inlet such that the rolling member, in the closed position of the door leaf, enters into the centering inlet, and such that the housings (5, 6) of the segments (2, 3) furthermore have vertically running apertures (27, 29) which are connected to shafts contained in the header termination members (21, 22), wherein the shafts extend over the entire longitudinal extent of the header termination members (21, 22) and, in connection with the apertures (27, 29) of the segments (2, 3), provide a continuous fluid connection over the entire height of the door leaf.
A tub of a clothes drying appliance, comprising - a rear tub section (1; 21; 31; 41) comprising an air outlet opening, - at least one lid attached to the rear tub section (1; 21; 31; 41), - an air duct connected to the air outlet opening and bounded by the rear tub section (1; 21; 31; 41) and at least one lid of a lid assembly (2, 3; 22, 23; 32, 33), - characterized in that at least one lid of the lid assembly (2, 3; 22, 23; 32, 33) bounding the air duct is a pre-manufactured lid assembly (2, 3; 22, 23; 32, 33) comprising an inner rib structure. - a rear tub section (1; 21; 31; 41) comprising an air outlet opening, - at least one lid attached to the rear tub section (1; 21; 31; 41), - an air duct connected to the air outlet opening and bounded by the rear tub section (1; 21; 31; 41) and at least one lid of a lid assembly (2, 3; 22, 23; 32, 33), - characterized in that at least one lid of the lid assembly (2, 3; 22, 23; 32, 33) bounding the air duct is a pre-manufactured lid assembly (2, 3; 22, 23; 32, 33) comprising an inner rib structure.
A battery pack, comprising: a first battery module; a first top cover provided on the first battery module; a second battery module mounted on top of the first battery module on the first top cover; a second top cover provided on the second battery module; characterized in that it further comprises: an inter-top cover part as a cooling device interposed between the first top cover and the second top cover, and including an inter-top cover part upper member and an inter-top cover part lower member joined to each other by brazing to form a cooling water passage space inside, and an inter-top cover part port for entry/exit of cooling water to/from the cooling water passage space; a lower gasket provided at a contact area between the first top cover and the inter-top cover part; and an upper gasket provided at a contact area between the second top cover and the inter-top cover part. a first battery module; a first top cover provided on the first battery module; a second battery module mounted on top of the first battery module on the first top cover; a second top cover provided on the second battery module; characterized in that it further comprises: an inter-top cover part as a cooling device interposed between the first top cover and the second top cover, and including an inter-top cover part upper member and an inter-top cover part lower member joined to each other by brazing to form a cooling water passage space inside, and an inter-top cover part port for entry/exit of cooling water to/from the cooling water passage space; a lower gasket provided at a contact area between the first top cover and the inter-top cover part; and an upper gasket provided at a contact area between the second top cover and the inter-top cover part. an inter-top cover part as a cooling device interposed between the first top cover and the second top cover, and including an inter-top cover part upper member and an inter-top cover part lower member joined to each other by brazing to form a cooling water passage space inside, and an inter-top cover part port for entry/exit of cooling water to/from the cooling water passage space; a lower gasket provided at a contact area between the first top cover and the inter-top cover part; and an upper gasket provided at a contact area between the second top cover and the inter-top cover part.
A measuring device for registering a test signal from a circuit structure applied to a wafer, with at least one test probe and at least one test transformer, wherein the at least one test transformer is connected in an electrically conductive manner to the at least one test probe, wherein the test transformer is disposed on the test probe and forms an inseparable test unit, characterised in that the measuring device further provides a heat sink in the form of a balancing device, wherein the balancing device is connected mechanically in a rigid manner to a retaining element and comprises gold or brass, that the measuring device provides a connecting element, which is connected to the test transformer and to the balancing device, wherein the connecting element comprises gold or brass, that the test probe and the test transformer are jointly replaceable by withdrawing from the measuring device and that the test transformer is a thermal power sensor.
A coil component comprising a plurality of coil elements arranged side-by-side, wherein the plurality of coil elements are formed from a single flat wire wound edgewise so that the coil elements wind in the same direction; and a connecting portion that interconnects the coil elements (21, 22), wherein the connecting portion includes a portion of the flat wire between the two coil elements (21, 22) wound edgewise, wherein a part of the connection portion protrudes radially outward from the two coil elements (21, 22), and the connecting portion is bent flatwise at two positions (41, 42) so that the two coil elements (21, 22) are arranged side-by-side with their axes (L1, L2) in parallel with each other.
A well-logging method for a geological formation having a borehole therein, the method comprising: collecting a plurality of nuclear magnetic resonance snapshots from the borehole indicative of changes in the geological formation and defining NMR data wherein the snapshots are one of time lapse or multi-depth of investigation NMR snapshots; taking differences between the NMR snapshots, the NMR snapshots being acquired at different times or at different depths of investigation; identifying a plurality of fluids within the geological formation based upon the differences between the NMR snapshots; determining respective NMR signatures for the identified fluids based upon the NMR data; determining apparent volumes for the identified fluids based upon the NMR signatures; and adjusting said determined apparent volumes for a hydrogen index and a polarization factor to determine adjusted apparent volumes for the identified fluids, wherein the adjusted apparent volumes are determined based on the apparent volumes and a covariance of the apparent volumes and determining true volumes for the identified fluids based on the adjusted apparent volumes and the hydrogen index and polarization factor of the identified fluids. collecting a plurality of nuclear magnetic resonance snapshots from the borehole indicative of changes in the geological formation and defining NMR data wherein the snapshots are one of time lapse or multi-depth of investigation NMR snapshots; taking differences between the NMR snapshots, the NMR snapshots being acquired at different times or at different depths of investigation; identifying a plurality of fluids within the geological formation based upon the differences between the NMR snapshots; determining respective NMR signatures for the identified fluids based upon the NMR data; determining apparent volumes for the identified fluids based upon the NMR signatures; and adjusting said determined apparent volumes for a hydrogen index and a polarization factor to determine adjusted apparent volumes for the identified fluids, wherein the adjusted apparent volumes are determined based on the apparent volumes and a covariance of the apparent volumes and determining true volumes for the identified fluids based on the adjusted apparent volumes and the hydrogen index and polarization factor of the identified fluids.
An apparatus for texturing the surface of a brake plate, comprising: an independent and free-standing die set for use within a press, the die set having: a base die plate attachable to the press, the base die plate having a series of fixed posts extending upward therefrom; a centre die plate mounted above the base die plate on the posts and movable thereon, the centre die plate having an anvil portion for receiving a brake plate to be textured; an upper die plate mounted above the centre die plate on the posts and movable thereon, the upper die plate having a tooling assembly with a plurality of oppositely acting blades (11,14) located above the anvil portion; and opposing cam blocks mounted below the upper die plate adjacent the oppositely acting blades; all of the plates being arranged in series such that downward force from the press urges the upper die plate into contact with the centre die plate, and the centre die plate downward toward the base die plate, and thereby actuates the cam blocks to drive teeth of the oppositely acting blades across and into the surface of the brake plate on the anvil portion, thus texturing the surface of the brake plate; wherein the base die plate is the only portion of the die set that attaches to the press. an independent and free-standing die set for use within a press, the die set having: a base die plate attachable to the press, the base die plate having a series of fixed posts extending upward therefrom; a centre die plate mounted above the base die plate on the posts and movable thereon, the centre die plate having an anvil portion for receiving a brake plate to be textured; an upper die plate mounted above the centre die plate on the posts and movable thereon, the upper die plate having a tooling assembly with a plurality of oppositely acting blades (11,14) located above the anvil portion; and opposing cam blocks mounted below the upper die plate adjacent the oppositely acting blades; a base die plate attachable to the press, the base die plate having a series of fixed posts extending upward therefrom; a centre die plate mounted above the base die plate on the posts and movable thereon, the centre die plate having an anvil portion for receiving a brake plate to be textured; an upper die plate mounted above the centre die plate on the posts and movable thereon, the upper die plate having a tooling assembly with a plurality of oppositely acting blades (11,14) located above the anvil portion; and opposing cam blocks mounted below the upper die plate adjacent the oppositely acting blades; all of the plates being arranged in series such that downward force from the press urges the upper die plate into contact with the centre die plate, and the centre die plate downward toward the base die plate, and thereby actuates the cam blocks to drive teeth of the oppositely acting blades across and into the surface of the brake plate on the anvil portion, thus texturing the surface of the brake plate; wherein the base die plate is the only portion of the die set that attaches to the press.
A method of driving a liquid crystal display device, comprising: conducting one of a one-dot inversion, a first two-dot inversion or a second two- dot inversion method in all frames during a non scroll operation, during a scroll operation, wherein a static image is scrolled in a speed of M pixels per frame causing a first data voltage to be inputted to a pixel, which is located on a moving path, every N frames according to the speed, and a second data voltage to be inputted to the pixel during remaining frames,dividing all frames of the scroll operation in a plurality of time sections of N frames, and when N is even, conduct one of the one-dot inversion, first two-dot inversion or second two-dot inversion method in each frame, wherein polarity patterns of data voltages supplied to a pixel on a moving path is opposite between adjacent time sections during the scroll operation; and during scroll operation and when N is odd conduct inversion with the inversion method of the non scroll operation. conducting one of a one-dot inversion, a first two-dot inversion or a second two- dot inversion method in all frames during a non scroll operation, during a scroll operation, wherein a static image is scrolled in a speed of M pixels per frame causing a first data voltage to be inputted to a pixel, which is located on a moving path, every N frames according to the speed, and a second data voltage to be inputted to the pixel during remaining frames,dividing all frames of the scroll operation in a plurality of time sections of N frames, and when N is even, conduct one of the one-dot inversion, first two-dot inversion or second two-dot inversion method in each frame, wherein polarity patterns of data voltages supplied to a pixel on a moving path is opposite between adjacent time sections during the scroll operation; and during scroll operation and when N is odd conduct inversion with the inversion method of the non scroll operation.
Cone bolt of a bolt anchor for anchoring in a fixing substrate, wherein the cone bolt comprises - a main body that extends along an axis of symmetry and is substantially rotationally symmetrical with respect to the axis of symmetry, which main body has an introduction end, a tool end opposite the introduction end, - a cone at the introduction end, - a neck region having a first diameter, which neck region extends from the cone in the direction of the tool end, - a shank region having a second diameter which is larger than the first diameter, which shank region extends from the neck region to the tool end, and - a transition region between the neck region and the shank region, characterised in that the transition region, on an end face that faces in the direction of the introduction end, has a depression, especially a V-shaped depression, which is rotationally symmetrical with respect to the axis of symmetry and runs approximately circularly around the circumference, which depression is recessed in the direction of the tool end. - a main body that extends along an axis of symmetry and is substantially rotationally symmetrical with respect to the axis of symmetry, which main body has an introduction end, a tool end opposite the introduction end, - a cone at the introduction end, - a neck region having a first diameter, which neck region extends from the cone in the direction of the tool end, - a shank region having a second diameter which is larger than the first diameter, which shank region extends from the neck region to the tool end, and - a transition region between the neck region and the shank region,
A process for preparing a semiconductive polymer composition, comprising the steps of i) introducing 30-90 wt% of a polymer component and 0-8 wt% additives in a mixer device and mixing the polymer component and additives at elevated temperature such that a polymer melt is obtained, which polymer component is a low-density polyethylene (LDPE) copolymer having at least a polar comonomer; ii) adding 10-60 wt% of carbon black to the polymer melt and further mixing of the polymer melt, which carbon black has an iodine adsorption number of from 130 up to 300 g/kg, wherein the carbon black is added to the polymer melt in at least two subsequent addition steps, such that a semiconductor layer of a power cable obtained by extrusion or co-extrusion from said semiconductor polymer composition comprises, when measured in accordance with the Surface Smoothness Analysis method using a tape sample prepared by extrusion of said semiconductive polymer composition using a single screw extruder, a screw speed of 50 rpm and extruder die opening of 30 mm x 1 mm, the tape sample having a thickness of 500 ± 20 μm and a width of 18 mm, in which method a measurement area of 1 m2 of the tape surface is scanned with a camera while the tape moves with a speed of 50 mm/s, - less than 23 particles, preferably less than 20, more preferably less than 15, even more preferably less than 10, most preferably less than 8 per m2 having a width of larger than 150 μm at the half height of said particle protruding from the surface of the tape sample, and - less than 10 particles, preferably less than 8, more preferably less than 5, most preferably less than 3 per m2 having a width of larger than 200 μm at the half height of said particle protruding from the surface of the tape sample; and preferably - 0 particles per m2 having a width of larger than 500 μm at the half height of said particle protruding from the surface of the tape sample. i) introducing 30-90 wt% of a polymer component and 0-8 wt% additives in a mixer device and mixing the polymer component and additives at elevated temperature such that a polymer melt is obtained, which polymer component is a low-density polyethylene (LDPE) copolymer having at least a polar comonomer; ii) adding 10-60 wt% of carbon black to the polymer melt and further mixing of the polymer melt, which carbon black has an iodine adsorption number of from 130 up to 300 g/kg, - less than 23 particles, preferably less than 20, more preferably less than 15, even more preferably less than 10, most preferably less than 8 per m2 having a width of larger than 150 μm at the half height of said particle protruding from the surface of the tape sample, and - less than 10 particles, preferably less than 8, more preferably less than 5, most preferably less than 3 per m2 having a width of larger than 200 μm at the half height of said particle protruding from the surface of the tape sample; and preferably - 0 particles per m2 having a width of larger than 500 μm at the half height of said particle protruding from the surface of the tape sample.
An ultrasonic probe comprising: a piezoelectric layer; an absorbing layer disposed at a lower portion of the piezoelectric layer, configured to absorb an acoustic signal; and a connection part disposed between the piezoelectric layer and the absorbing layer, characterized in that, the connection part is configured to deform at least partially in an elevation direction so that a plurality of acoustic signals radiated from the piezoelectric layer due to the connection part have different magnitudes, or the connection part is configured to deform at least partially in an elevation direction so that a magnitude of an acoustic signal radiated by the piezoelectric layer linearly increases or decreases, or the connection part is configured to deform at least partially in an elevation direction, so that the magnitude of an acoustic signal radiated by the piezoelectric layer increases or decreases in a curved shape from one side of the connection part to the center of the connection part. a piezoelectric layer; an absorbing layer disposed at a lower portion of the piezoelectric layer, configured to absorb an acoustic signal; and a connection part disposed between the piezoelectric layer and the absorbing layer, characterized in that, the connection part is configured to deform at least partially in an elevation direction so that a plurality of acoustic signals radiated from the piezoelectric layer due to the connection part have different magnitudes, or the connection part is configured to deform at least partially in an elevation direction so that a magnitude of an acoustic signal radiated by the piezoelectric layer linearly increases or decreases, or the connection part is configured to deform at least partially in an elevation direction, so that the magnitude of an acoustic signal radiated by the piezoelectric layer increases or decreases in a curved shape from one side of the connection part to the center of the connection part.