mhurhangee/ep-ind-claims huggingface dataset:
An estimation device comprising: an acquisition unit adapted to acquire a channel estimation value for each combination of all of a plurality of combinations between a plurality of transmission antenna elements included in a base station and a plurality of reception antenna elements included in a mobile station; and an estimation unit adapted to calculate a channel impulse response for each combination of all of the plurality of combinations between the plurality of transmission antenna elements and the plurality of reception antenna elements using the channel estimation values, and to estimate power delay profile by averaging, over all the combinations of the plurality of combinations between the plurality of transmission antenna elements and the plurality of reception antenna elements, power values for the respective combinations that are calculated from the calculated channel impulse responses for the respective combinations; characterized in that the channel estimation value is a channel estimation value for each of subcarriers arranged at predetermined subcarrier intervals, and in that the estimation unit is further adapted to interpolate a channel estimation value of a subcarrier in the predetermined subcarrier interval using an interpolation filter that uses a minimum mean squared error calculated from the power delay profile and the channel estimation value. an acquisition unit adapted to acquire a channel estimation value for each combination of all of a plurality of combinations between a plurality of transmission antenna elements included in a base station and a plurality of reception antenna elements included in a mobile station; and an estimation unit adapted to calculate a channel impulse response for each combination of all of the plurality of combinations between the plurality of transmission antenna elements and the plurality of reception antenna elements using the channel estimation values, and to estimate power delay profile by averaging, over all the combinations of the plurality of combinations between the plurality of transmission antenna elements and the plurality of reception antenna elements, power values for the respective combinations that are calculated from the calculated channel impulse responses for the respective combinations; characterized in that the channel estimation value is a channel estimation value for each of subcarriers arranged at predetermined subcarrier intervals, and in that the estimation unit is further adapted to interpolate a channel estimation value of a subcarrier in the predetermined subcarrier interval using an interpolation filter that uses a minimum mean squared error calculated from the power delay profile and the channel estimation value.
A secondary battery comprising: an electrode assembly having a through-hole; and a battery case accommodating the electrode assembly and having a through-type opening which is inserted to the through-hole, wherein the battery case comprises: a lower case comprising an accommodation part accommodating the electrode assembly and a lower inner sealing part having the through-type opening which is inserted to the through-hole; and an upper case comprising a cover part coupled to an upper portion of the lower case to finish the accommodation part and an upper inner sealing part having a coupling hole to which a front end of the lower inner sealing part is coupled, wherein the upper inner sealing part has an inner sealing surface having the coupling hole to which the front end of the lower inner sealing part is coupled and a connection surface having an inner end coupled to a bottom surface of the inner sealing surface and an outer end connected to the cover part, and an opening groove is defined between the inner sealing surface and the connection surface. an electrode assembly having a through-hole; and a battery case accommodating the electrode assembly and having a through-type opening which is inserted to the through-hole, wherein the battery case comprises: a lower case comprising an accommodation part accommodating the electrode assembly and a lower inner sealing part having the through-type opening which is inserted to the through-hole; and an upper case comprising a cover part coupled to an upper portion of the lower case to finish the accommodation part and an upper inner sealing part having a coupling hole to which a front end of the lower inner sealing part is coupled, wherein the upper inner sealing part has an inner sealing surface having the coupling hole to which the front end of the lower inner sealing part is coupled and a connection surface having an inner end coupled to a bottom surface of the inner sealing surface and an outer end connected to the cover part, and an opening groove is defined between the inner sealing surface and the connection surface. a lower case comprising an accommodation part accommodating the electrode assembly and a lower inner sealing part having the through-type opening which is inserted to the through-hole; and an upper case comprising a cover part coupled to an upper portion of the lower case to finish the accommodation part and an upper inner sealing part having a coupling hole to which a front end of the lower inner sealing part is coupled, wherein the upper inner sealing part has an inner sealing surface having the coupling hole to which the front end of the lower inner sealing part is coupled and a connection surface having an inner end coupled to a bottom surface of the inner sealing surface and an outer end connected to the cover part, and an opening groove is defined between the inner sealing surface and the connection surface.
A mezzanine floor comprising a floor surface extended on beams supported by posts, wherein at least one post is made up of an upper post part and a lower post part telescopically inserted into one another, wherein the lower post part has at least two lower part holes and the upper post part has at least two upper part holes located such that they coincide to attach both parts (2, 3) by means of a pin; at least one beam made up of beam parts telescopically inserted into one another and having beam holes coinciding in both parts for their attachment; and the post has a capital at its upper end, the capital has a beam securing face which has capital holes coinciding with the beam holes for attaching the beam to the post, wherein the mezzanine floor further comprises at least two assemblies each formed by two of said posts attached by means of the beam secured by means of the capital, said assemblies are attached to one another by means of a joist made up of parts telescopically inserted into one another and having holes coinciding in both parts for their attachment; wherein said beams and said joist have a cross-section which is rectangular-shaped, wherein one of the longer sides of the rectangle has an aperture along the entire length of the beam, respectively joist, large enough for housing a beam-to-joist connector, said joist incorporates at each of its ends a beam-to-joist connector having a joist-to-beam face and a connector face, wherein the joist-to-beam face is attached to the beam inside the aperture of the rectangle formed by the beam by means of screws with the corresponding beam-to-joist holes in said joist-to-beam face coinciding with the beam holes and the connector face is attached to the joist inside the aperture of the rectangle formed by the joist by means of screws with the corresponding beam-to-joist holes in said connector face coinciding with the joist holes for attaching said assemblies.
A strand pelletizer for pelletizing one or a plurality of plastic strands, comprising a cutting rotor which is arranged such that it can be fed with plastic strands in endless form, and a bed knife cooperating with the cutting rotor for pelletizing the strands to form a granulate, characterized by at least one resonance-sound absorption device (20a, 20b, 20c; 20a', 20b', 20c') in the form of an acoustic spring-mass system which is arranged and adapted, during the operation of the strand pelletizer, to be excited to a free, damped oscillation by a sound emission of the strand pelletizer and to reduce the sound emission thereby, wherein the resonance frequency of the resonance-sound absorption device (20a, 20b, 20c; 20a', 20b', 20c') is variable.
A buoy (10A, 10B, 10C, 10D, 10E, 10F, 10G) comprising: a flotation component (12A, 12B, 12C, 12D, 12E, 12F, 12G, 12H, 12I, 12J) configured to be secured between legs of a swimmer, wherein the flotation component includes a first end located closer to a torso of the swimmer than a second end located opposite the first end and lateral sides contacting the legs when the flotation component is secured between the legs of the swimmer, wherein the flotation component further includes: a top portion having a first lateral diameter, wherein the top portion is intended to be located on one of: a front or back of the legs when the flotation component is secured between the legs of the swimmer; a waist portion having a second lateral diameter smaller than the first lateral diameter, wherein the second lateral diameter decreases from one of the first end or the second end of the flotation component to the other of the first end or the second end of the flotation component; and a bottom portion having a third lateral diameter larger than the second lateral diameter, wherein the bottom portion is intended to be located on the other of: the front or back of the legs when the flotation component is secured between the legs of the swimmer. a flotation component (12A, 12B, 12C, 12D, 12E, 12F, 12G, 12H, 12I, 12J) configured to be secured between legs of a swimmer, wherein the flotation component includes a first end located closer to a torso of the swimmer than a second end located opposite the first end and lateral sides contacting the legs when the flotation component is secured between the legs of the swimmer, wherein the flotation component further includes: a top portion having a first lateral diameter, wherein the top portion is intended to be located on one of: a front or back of the legs when the flotation component is secured between the legs of the swimmer; a waist portion having a second lateral diameter smaller than the first lateral diameter, wherein the second lateral diameter decreases from one of the first end or the second end of the flotation component to the other of the first end or the second end of the flotation component; and a bottom portion having a third lateral diameter larger than the second lateral diameter, wherein the bottom portion is intended to be located on the other of: the front a top portion having a first lateral diameter, wherein the top portion is intended to be located on one of: a front or back of the legs when the flotation component is secured between the legs of the swimmer; a waist portion having a second lateral diameter smaller than the first lateral diameter, wherein the second lateral diameter decreases from one of the first end or the second end of the flotation component to the other of the first end or the second end of the flotation component; and a bottom portion having a third lateral diameter larger than the second lateral diameter, wherein the bottom portion is intended to be located on the other of: the front or back of the legs when the flotation component is secured between the legs of the swimmer.
Support apparatus for a first and a second gearing or for drive means, comprising a first and a second support flange (16, 18), wherein a first support for introducing a first supporting force into the second support flange is mounted on the first support flange and a second support for introducing a second supporting force into the first support flange is mounted on the second support flange, characterised in that the first support extends through the second support.
A method of contraception, comprising: consecutively applying multiple transdermal hormone delivery treatment devices to the skin of the woman during an extended treatment interval greater than 4 weeks, each device delivering an effective amount of a progestin and an estrogen, followed by a rest interval of up to 7 days; and applying a rest interval device during at least a portion of the rest interval, wherein the rest interval device comprises low dose progestin and low dose estrogen. consecutively applying multiple transdermal hormone delivery treatment devices to the skin of the woman during an extended treatment interval greater than 4 weeks, each device delivering an effective amount of a progestin and an estrogen, followed by a rest interval of up to 7 days; and applying a rest interval device during at least a portion of the rest interval, wherein the rest interval device comprises low dose progestin and low dose estrogen.
A method for enhancing resistance to delamination of a coating layer applied to a substrate (204, 404) having a first operative surface and a second operative surface, said method comprising the following steps: - providing a rigid, monolithic substrate; - forming a plurality of holes (208, 408) on said substrate to define passages from said first operative surface to said second operative surface; and - coating said first operative surface with a first coating material being a fluoropolymer to obtain a first coating layer (202, 402) and coating said second operative surface with a second coating material being a fluoropolymer to obtain a second coating layer (206, 406), while a portion of said first coating material and/or said second coating material is made to flow through said passages and configure contiguous ties (210, 410) between said first coating layer and said second coating layer; wherein said first and second coating layers independently have a dry film thickness in the range of 200 μm to 1200 μm. - providing a rigid, monolithic substrate; - forming a plurality of holes (208, 408) on said substrate to define passages from said first operative surface to said second operative surface; and - coating said first operative surface with a first coating material being a fluoropolymer to obtain a first coating layer (202, 402) and coating said second operative surface with a second coating material being a fluoropolymer to obtain a second coating layer (206, 406), while a portion of said first coating material and/or said second coating material is made to flow through said passages and configure contiguous ties (210, 410) between said first coating layer and said second coating layer;
A guillotine cutter for selectively cutting a media passing therethrough, the guillotine cutter comprising: a frame enclosure having a media path extending from an entrance passage to an exit chute; a fixed blade attached to the frame enclosure; and a guillotine blade movable within the frame enclosure between a first position defining a first angle with the media path and a second position defining a second angle with the media path that is angularly offset from the first position in which the guillotine blade has slid past the fixed blade to cut the media passing therebetween and in which a cutting edge of the guillotine blade pivots towards the exit chute to push the media through the exit chute characterized by an actuator mechanism linked to the guillotine blade that actuates the guillotine blade between the first position and the second position, wherein the actuator mechanism includes a crank assembly including a pair of joined rotatable discs linked to the guillotine blade and a pair of links that link the pair of rotatable discs to the guillotine blade, each of the pair of links connected to one the pair of rotatable discs at a location not along an axis of rotation of the pair of rotatable discs, wherein the crank assembly is enclosed by the frame enclosure, the frame enclosure has a plurality of integrated bearing surfaces formed thereon, including a first set of integrated bearing surfaces formed on lateral walls of the frame enclosure that hold each of the pair of links on the projections 74 of one of the pair of rotatable discs. a frame enclosure having a media path extending from an entrance passage to an exit chute; a fixed blade attached to the frame enclosure; and a guillotine blade movable within the frame enclosure between a first position defining a first angle with the media path and a second position defining a second angle with the media path that is angularly offset from the first position in which the guillotine blade has slid past the fixed blade to cut the media passing therebetween and in which a cutting edge of the guillotine blade pivots towards the exit chute to push the media through the exit chute characterized by an actuator mechanism linked to the guillotine blade that actuates the guillotine blade between the first position and the second position, wherein the actuator mechanism includes a crank assembly including a pair of joined rotatable discs linked to the guillotine blade and a pair of links that link the pair of rotatable discs to the guillotine blade, each of the pair of links connected to one the pair of rotatable discs at a location not along an axis of rotation of the pair of rotatable discs, wherein the crank assembly is enclosed by the frame enclosure, the frame enclosure has a plurality of integrated bearing surfaces formed thereon, including a first set of integrated bearing surfaces formed on lateral walls of the frame enclosure that hold each of the pair of links on the projections 74 of one of the pair of rotatable discs.
A drive mechanism for a drug delivery device comprising - a lead screw being threadedly coupled to an insert, the lead screw being moveable with respect to the insert in a dose delivery state, - a locking means (8, 18) being suitable for constraining rotational movement of the lead screw with respect to the insert in a dose setting state, the locking means (8, 18) releasing the lead screw in the dose delivery state in such a manner that the lead screw is moveable with respect to the insert, - a drive member being splined to the lead screw in such a manner that rotational movement between the drive member and the lead screw is constrained, the drive member moving axially in the proximal direction with respect to the insert during the dose setting state and moving helically in the distal direction with respect to the insert during the dose delivery state, thereby driving the lead screw, characterized by - a dial sleeve being threadedly coupled to the drive member and being rotatable with respect to the drive member during the dose setting state, and - a spring element being deformed during the dose setting state in such a manner that it stores mechanical energy and at least partly relaxes during the dose delivery state, the spring element being connected with the dial sleeve and the drive member. - a lead screw being threadedly coupled to an insert, the lead screw being moveable with respect to the insert in a dose delivery state, - a locking means (8, 18) being suitable for constraining rotational movement of the lead screw with respect to the insert in a dose setting state, the locking means (8, 18) releasing the lead screw in the dose delivery state in such a manner that the lead screw is moveable with respect to the insert, - a drive member being splined to the lead screw in such a manner that rotational movement between the drive member and the lead screw is constrained, the drive member moving axially in the proximal direction with respect to the insert during the dose setting state and moving helically in the distal direction with respect to the insert during the dose delivery state, thereby driving the lead screw, - a dial sleeve being threadedly coupled to the drive member and being rotatable with respect to the drive member during the dose setting state, and - a spring element being deformed during the dose setting state in such a manner that it stores mechanical energy and at least partly relaxes during the dose delivery state, the spring element being connected with the dial sleeve and the drive member.
Switching device, in particular a protective switching device, with a contact fixed to the housing and a movable contact, wherein the movable contact is arranged on a contact arm arranged movably in the switching device, wherein the movable contact is provided for contacting the contact fixed to the housing and for forming a conductive current path through the switching device, wherein the switching device comprises a switching lock which is connected to the contact arm, wherein the switching lock comprises a latch and a latch support, wherein the latch support comprises an interlocking point for interlocking the latch and the latch support, wherein the switching device also comprises a hand lever, which hand lever is connected to the contact arm for contacting the movable contact with the contact fixed to the housing, characterised in that on the latch support a driving rod is mounted movably, in that the driving rod bears on a projection of the hand lever when the hand lever is arranged in the position of contacted contacts (4, 6), and in that an activation of the hand lever - for separating the movable contact from the contact fixed to the housing - moves the driving rod and thus releases the interlocking of the latch support with the latch.
A tensioning unit for the transport of filaments, consisting of a number of driven rolls about which the filaments are guided, one of the rolls interacting with an adjusted counter roll, and the filaments running through the roll gap that is formed in this manner, wherein the rolls (Z1, Z2, Z3, Z4, Z5) and their drive are received in a transportable rack unit, characterized in that at least one of the tensioning rolls (Z1, Z2, Z3, Z4, Z5) has a guide for a cutting device designed as a knife assigned thereto, the guide extending in the axial direction thereof, wherein the guide is designed such that with the aid of the guide, the cutting device can be moved to the roll surface and in an axial direction along the roll surface of the tensioning roll.
A system for recovering flash steam and condensate, said system, comprising: a flash steam recovery unit adapted to receive a fluid containing flash steam and condensate through an inlet provided at the operative side of said flash steam recovery unit, said flash steam recovery unit further adapted for recovering flash steam from the condensate via a steam outlet provided at the operative top of said flash steam recovery unit; and a condensate recovery unit positioned at the operative bottom of said flash steam recovery unit and having an orientation for receiving the condensate by gravity from said flash steam recovery unit through a condensate inlet, said condensate recovery unit being operated by pressurized pumping means adapted for discharging the condensate through an outlet steam trapping unit operatively connected to a condensate outlet provided at the operative side of said condensate recovery unit, and discharging exhaust gas via an exhaust gas outlet provided at the operative top of said condensate recovery unit. a flash steam recovery unit adapted to receive a fluid containing flash steam and condensate through an inlet provided at the operative side of said flash steam recovery unit, said flash steam recovery unit further adapted for recovering flash steam from the condensate via a steam outlet provided at the operative top of said flash steam recovery unit; and a condensate recovery unit positioned at the operative bottom of said flash steam recovery unit and having an orientation for receiving the condensate by gravity from said flash steam recovery unit through a condensate inlet, said condensate recovery unit being operated by pressurized pumping means adapted for discharging the condensate through an outlet steam trapping unit operatively connected to a condensate outlet provided at the operative side of said condensate recovery unit, and discharging exhaust gas via an exhaust gas outlet provided at the operative top of said condensate recovery unit.