mhurhangee/ep-ind-claims huggingface dataset:
A supporting apparatus for a display device, the supporting apparatus comprising: a stationary unit fixed at a fixing location; a device supporting unit supporting the display device; a connection unit (20,30) connecting the stationary unit to the device supporting unit and guiding movement of the device supporting unit; and a tilting frictional unit interposed between the connection unit (20,30) and the device supporting unit and guiding tilting motion of the device supporting unit in a vertical direction, wherein the tilting frictional unit comprises: a first arc member coupled to the connection unit (20,30); and a second arc member fixed to the device supporting unit, wherein the first and second arc members (41,42) contact each other to generate frictional force, characterized in that the device supporting unit includes: a plurality of device hooking units on which a seating member coupled to the display device is selectively hooked, the plurality of device hooking units arranged a predetermined distance away from each other; and a height adjusting unit vertically movably coupled to a lower end portion of the device supporting unit, to adjust a height of the display device by pushing upwards or downwards the seating member. a stationary unit fixed at a fixing location; a device supporting unit supporting the display device; a connection unit (20,30) connecting the stationary unit to the device supporting unit and guiding movement of the device supporting unit; and a tilting frictional unit interposed between the connection unit (20,30) and the device supporting unit and guiding tilting motion of the device supporting unit in a vertical direction, wherein the tilting frictional unit comprises: a first arc member coupled to the connection unit (20,30); and a second arc member fixed to the device supporting unit, wherein the first and second arc members (41,42) contact each other to generate frictional force, a first arc member coupled to the connection unit (20,30); and a second arc member fixed to the device supporting unit, wherein the first and second arc members (41,42) contact each other to generate frictional force, characterized in that the device supporting unit includes: a plurality of device hooking units on which a seating member coupled to the display device is selectively hooked, the plurality of device hooking units arranged a predetermined distance away from each other; and a height adjusting unit vertically movably coupled to a lower end portion of the device supporting unit, to adjust a height of the display device by pushing upwards or downwards the seating member. a plurality of device hooking units on which a seating member coupled to the display device is selectively hooked, the plurality of device hooking units arranged a predetermined distance away from each other; and a height adjusting unit vertically movably coupled to a lower end portion of the device supporting unit, to adjust a height of the display device by pushing upwards or downwards the seating member.
Process for preparing one or more hydrogenated polyether-modified amino-functional polybutadienes, comprising the steps of: a) reacting at least one polybutadiene with at least one epoxidizing reagent to give at least one epoxy-functional polybutadiene; b) reacting the at least one epoxy-functional polybutadiene with at least one amino-functional compound to give at least one hydroxy- and amino-functional polybutadiene; c) reacting the at least one hydroxy- and amino-functional polybutadiene with at least one epoxy-functional compound to give at least one polyether-modified amino-functional polybutadiene; d) hydrogenating the at least one polyether-modified amino-functional polybutadiene to give at least one hydrogenated polyether-modified amino-functional polybutadiene. a) reacting at least one polybutadiene with at least one epoxidizing reagent to give at least one epoxy-functional polybutadiene; b) reacting the at least one epoxy-functional polybutadiene with at least one amino-functional compound to give at least one hydroxy- and amino-functional polybutadiene; c) reacting the at least one hydroxy- and amino-functional polybutadiene with at least one epoxy-functional compound to give at least one polyether-modified amino-functional polybutadiene; d) hydrogenating the at least one polyether-modified amino-functional polybutadiene to give at least one hydrogenated polyether-modified amino-functional polybutadiene.
Aloom comprising a loom frame comprising a pair of side frames, and heddle frame guides each attached to each of the side frames and configured to guide up-and-down movement of a heddle frame, wherein a rocking shaft, a main shaft, and a cloth winding roll bridged between both the side frames are supported on each of the side frames via support shafts (16a, 4a and 15a) and the support shafts (16a, 4a and 15a) are supported via bearings (22a, 22b, 22c, 22d and 22e) fitted in support parts provided in at least inner walls of the side frames, the loom being characterized in that the inner wall of at least one side frame has, as a reference position, a position of a part, which supports the heddle frame guide in a warp direction, of an inner surface of the inner wall with respect to a width direction of the loom and at least one support part is formed to be an offset support part at which an inner end in a support position of the bearing is located on a more inner side of the loom frame than the reference position.
A front jaw of a ski binding, the front jaw comprising: 1.1 a housing; 1.2 a first sole retainer which is connected to the housing in a first rotary joint; 1.3 a second sole retainer which is connected to the housing in a second rotary joint; 1.4 a tensing device which tenses the first sole retainer and the second sole retainer towards each other, 1.5 wherein the first sole retainer comprises a first inner side wall and the second sole retainer comprises a second inner side wall, and the first inner side wall and the second inner side wall face each other at a clear horizontal distance (A1; A2); 1.6 and an adjusting device for adjusting a horizontal distance (A1; A2) between the mutually facing inner side walls (22; 32), characterised in that 1.7 the clear horizontal distance (A1; A2) between the mutually facing inner side walls (22; 32) is variable from a first clear horizontal distance of 69 ± 2 mm to a second clear horizontal distance of 62 ± 2 mm, wherein the first distance corresponds to the specifications for the width of a front end of a ski boot sole for adult ski boots and the second distance corresponds to the specifications for the width of a front end of a ski boot sole for children's ski boots. 1.1 a housing; 1.2 a first sole retainer which is connected to the housing in a first rotary joint; 1.3 a second sole retainer which is connected to the housing in a second rotary joint; 1.4 a tensing device which tenses the first sole retainer and the second sole retainer towards each other, 1.5 wherein the first sole retainer comprises a first inner side wall and the second sole retainer comprises a second inner side wall, and the first inner side wall and the second inner side wall face each other at a clear horizontal distance (A1; A2); 1.6 and an adjusting device for adjusting a horizontal distance (A1; A2) between the mutually facing inner side walls (22; 32), characterised in that 1.7 the clear horizontal distance (A1; A2) between the mutually facing inner side walls (22; 32) is variable from a first clear horizontal distance of 69 ± 2 mm to a second clear horizontal distance of 62 ± 2 mm, wherein the first distance corresponds to the specifications for the width of a front end of a ski boot sole for adult ski boots and the second distance corresponds to the specifications for the width of a front end of a ski boot sole for children's ski boots.
A fiducial marker deployment system comprising: at least one fiducial marker comprising a body having a helical groove defined along an outer surface of the body extending along a length thereof; a deployment catheter comprising an elongate tubular body having a lumen extending therethrough from an open proximal end to an open distal end of the elongate tubular body, the lumen having at least one helical protrusion positioned along an inner surface of the lumen and extending along a length thereof, the helical protrusion configured to correspondingly engage the helical groove of the at least one fiducial marker; and an advancement mechanism coupled to the at least one fiducial marker and configured to advance the at least one fiducial marker along a length of the catheter lumen upon rotational movement of a shaft portion of the advancement mechanism, and wherein the at least one fiducial marker has a bore extending through a length thereof, wherein the bore is configured to receive the shaft portion of the advancement mechanism and wherein the bore is shaped and/or sized to allow torque to be applied to the fiducial marker upon rotational movement of the shaft portion of the advancement mechanism. at least one fiducial marker comprising a body having a helical groove defined along an outer surface of the body extending along a length thereof; a deployment catheter comprising an elongate tubular body having a lumen extending therethrough from an open proximal end to an open distal end of the elongate tubular body, the lumen having at least one helical protrusion positioned along an inner surface of the lumen and extending along a length thereof, the helical protrusion configured to correspondingly engage the helical groove of the at least one fiducial marker; and an advancement mechanism coupled to the at least one fiducial marker and configured to advance the at least one fiducial marker along a length of the catheter lumen upon rotational movement of a shaft portion of the advancement mechanism, and wherein the at least one fiducial marker has a bore extending through a length thereof, wherein the bore is configured to receive the shaft portion of the advancement mechanism and wherein the bore is shaped and/or sized to allow torque to be applied to the fiducial marker upon rotational movement of the shaft portion of the advancement mechanism.
A method comprising: providing an optical transducer (104, 404) and an optical element (106, 406) adjacent to the optical transducer (104, 404) on a carrier; encasing the optical transducer (104, 404) and the optical element (106, 406) with an encasement (114, 414); forming a connector receiver (116, 202, 418, 502) in the encasement (114, 414) at a top side of the encasement (114, 414) at a location proximate to the optical transducer (104, 404), wherein the connector receiver (116, 202, 418, 502) is for receiving a tooth of an optical fiber connector; and cutting the encasement (114, 414) and the optical element (106, 406) to expose a side of the optical element (106, 406), wherein the side of the optical element (106, 406) is flush with the edge of the encasement (114, 414). providing an optical transducer (104, 404) and an optical element (106, 406) adjacent to the optical transducer (104, 404) on a carrier; encasing the optical transducer (104, 404) and the optical element (106, 406) with an encasement (114, 414); forming a connector receiver (116, 202, 418, 502) in the encasement (114, 414) at a top side of the encasement (114, 414) at a location proximate to the optical transducer (104, 404), wherein the connector receiver (116, 202, 418, 502) is for receiving a tooth of an optical fiber connector; and cutting the encasement (114, 414) and the optical element (106, 406) to expose a side of the optical element (106, 406), wherein the side of the optical element (106, 406) is flush with the edge of the encasement (114, 414).
A method to generate audio thumbnails, comprising: generating a plurality of audio fingerprints, each audio fingerprint based in part on a plurality of audio frames; clustering the plurality of fingerprints into fingerprint clusters; producing one or more cluster sets, each cluster set comprising fingerprint clusters; determining a parameter D describing how evenly spread clusters are, temporally, throughout an audio file; determining a mean spectral flatness for fingerprints in a set; combining the mean spectral flatness for a set and the parameter D into a single parameter associated with each cluster set to determine a best cluster set from among the one or more cluster sets, the best cluster set being the set with the highest value of the single parameter; and creating a thumbnail based on a fingerprint selected from the best cluster set, the selected fingerprint having a highest average spectral flatness measure in a predetermined window surrounding that fingerprint. generating a plurality of audio fingerprints, each audio fingerprint based in part on a plurality of audio frames; clustering the plurality of fingerprints into fingerprint clusters; producing one or more cluster sets, each cluster set comprising fingerprint clusters; determining a parameter D describing how evenly spread clusters are, temporally, throughout an audio file; determining a mean spectral flatness for fingerprints in a set; combining the mean spectral flatness for a set and the parameter D into a single parameter associated with each cluster set to determine a best cluster set from among the one or more cluster sets, the best cluster set being the set with the highest value of the single parameter; and creating a thumbnail based on a fingerprint selected from the best cluster set, the selected fingerprint having a highest average spectral flatness measure in a predetermined window surrounding that fingerprint.
A compound represented by the following Chemical Formula 1: in Chemical Formula 1, L is a direct bond; or a substituted or unsubstituted arylene group, Ar 1 and Ar 2 are the same as or different from each other, and are each independently a substituted or unsubstituted phenyl group, or are optionally bonded to an adjacent group to form a ring, R 1 to R 9 are the same as or different from each other, and are each independently hydrogen; deuterium; a substituted or unsubstituted alkyl group; a substituted or unsubstituted cycloalkyl group; a substituted or unsubstituted aryl group; or a substituted or unsubstituted heteroaryl group, or are optionally bonded to an adjacent group to form a ring, a is an integer from 1 to 4, b is an integer from 1 to 5, c is an integer from 1 to 3, a+b is an integer from 2 to 8, and when a to c are each 2 or more, structures in the parenthesis are the same as or different from each other, provided that the following compound is excluded:
An analysis kit comprising an analysis device, a detection reagent, and a sealing liquid, wherein the analysis device is adapted for detecting a biochemical reaction by using a detector wherein the device includes a microwell array in which a plurality of wells are formed; and each of the wells has an aspect ratio as calculated by the following Formula Aspect ratio = Depth of each well / Diameter of the largest circle among circles included in a region enclosed by a rim of each well wherein the Diameter of largest circle is an aperture diameter of the well, which is 100 μm or less, wherein the sealing liquid is an oil; wherein the device further comprises a cover member which is configured to form a gap serving as a channel between the microwell array and the cover member; characterized in that said aspect ratio is 1.3 or more and 10 or less. the device includes a microwell array in which a plurality of wells are formed; and each of the wells has an aspect ratio as calculated by the following Formula Aspect ratio = Depth of each well / Diameter of the largest circle among circles included in a region enclosed by a rim of each well wherein the Diameter of largest circle is an aperture diameter of the well, which is 100 μm or less, wherein the sealing liquid is an oil;
A rolling bearing with a cage, the cage holding a plurality of rolling elements incorporated between an inner ring and an outer ring of the bearing by a plurality of pockets in which centers of the pockets are set at regular intervals in the revolving direction of the rolling elements, wherein: the cage includes at least one drive pocket, a clearance between said drive pocket and the rolling element being in the revolving direction of the cage being formed smaller than those of the remaining pockets in the cage; and the remaining pockets are non-drive pockets, characterized in that a clearance between at least one of the non-drive pockets and the rolling element in the axial direction of the cage is formed smaller than those of the remaining pockets in the cage, thereby restricting the amount of the axial-direction movement of the cage. the cage includes at least one drive pocket, a clearance between said drive pocket and the rolling element being in the revolving direction of the cage being formed smaller than those of the remaining pockets in the cage; and the remaining pockets are non-drive pockets, characterized in that a clearance between at least one of the non-drive pockets and the rolling element in the axial direction of the cage is formed smaller than those of the remaining pockets in the cage, thereby restricting the amount of the axial-direction movement of the cage.
A machine unit layout system, comprising: a drive unit; a plurality of low-pressure-side and high-pressure-side compressor units (11A, 11B) in a single-shaft multistage structure, the compressor units (11A, 11B) each including a plurality of sections, the compressor units (11A, 11B) arranged on both sides of the drive unit with the low-pressure-side compressor unit being in an interrupted arrangement with respect to the high-pressure-side compressor unit, the pluralities of sections in the low-pressure-side and high-pressure-side compressor units being arranged so as to have two gas flow directions which are opposed directions along rotor shafts; and a plurality of low-pressure side and high-pressure-side expander units (12A, 12B) in a single shaft multistage structure, the expander units (12A, 12B) each including a plurality of sections, the expander units arranged outside the compressor units (11A, 11B) with the low-pressure-side expander unit being in an interrupted arrangement with respect to the high-pressure-side expander unit, the pluralities of sections in the low-pressure-side and high-pressure-side expander units being arranged so as to have two gas flow directions which are opposed directions along the rotor shafts, each of the units (10, 11A, 11B, 12A, 12B) being coupled to one another by rotor shafts arranged in a single-shaft multistage arrangement to optimize distribution of torque in each rotor shaft. a drive unit; a plurality of low-pressure-side and high-pressure-side compressor units (11A, 11B) in a single-shaft multistage structure, the compressor units (11A, 11B) each including a plurality of sections, the compressor units (11A, 11B) arranged on both sides of the drive unit with the low-pressure-side compressor unit being in an interrupted arrangement with respect to the high-pressure-side compressor unit, the pluralities of sections in the low-pressure-side and high-pressure-side compressor units being arranged so as to have two gas flow directions which are opposed directions along rotor shafts; and a plurality of low-pressure side and high-pressure-side expander units (12A, 12B) in a single shaft multistage structure, the expander units (12A, 12B) each including a plurality of sections, the expander units arranged outside the compressor units (11A, 11B) with the low-pressure-side expander unit being in an interrupted arrangement with respect to the high-pressure-side expander unit, the pluralities of sections in the low-pressure-side and high-pressure-side expander units being arranged so as to have two gas flow directions which are opposed directions along the rotor shafts, each of the units (10, 11A, 11B, 12A, 12B) being coupled to one another by rotor shafts arranged in a single-shaft multistage arrangement to optimize distribution of torque in each rotor shaft.
A stabilization device for stabilizing a robotic arm attached at a fixing point on a predefined side of an operating table, the stabilization device comprising a first fixation device configured to attach the stabilization device to the robotic arm, a support structure joined to the first fixation device, and a second fixation device joined to the support structure, the second fixation device being configured to fix the stabilization device to the operating table, wherein the first fixation device is attachable to the robotic arm, the stabilization device is configured such that the second fixation device is fixable to the operating table at a fixation location located at another place than at the predefined side of the operating table, characterized in that the support structure is substantially L-shaped having a long leg joined to the first fixation device and a short leg joined to the second fixation device, the long leg is bar-shaped, and the long leg comprises two parts (11', 11") which are configured to telescope such that the long leg is configured to be adjustable in length. a first fixation device configured to attach the stabilization device to the robotic arm, a support structure joined to the first fixation device, and a second fixation device joined to the support structure, the second fixation device being configured to fix the stabilization device to the operating table, wherein the first fixation device is attachable to the robotic arm, the stabilization device is configured such that the second fixation device is fixable to the operating table at a fixation location located at another place than at the predefined side of the operating table, characterized in that the support structure is substantially L-shaped having a long leg joined to the first fixation device and a short leg joined to the second fixation device, the long leg is bar-shaped, and the long leg comprises two parts (11', 11") which are configured to telescope such that the long leg is configured to be adjustable in length.
A method for selecting a subset of a first plurality of transmit antennas for transmission of an RF signal as a corresponding plurality of RF output signals in a transmitter having one or more RF chains and the first plurality of transmit antennas, the method comprising: establishing a second plurality of possible subsets of the first plurality of transmit antennas; executing a link adaptation algorithm to determine a most efficient coding/ modulation mode; selecting the most efficient coding/modulation mode; determining a plurality of output bit error rates corresponding to the second plurality of possible subsets of the first plurality of transmit antennas; identifying a minimum of the plurality of output bit error rates for the most efficient coding/modulation mode; selecting one of the second plurality of possible subsets of the first plurality of transmit antennas corresponding to the minimum of the plurality of output bit error rates for the most efficient coding/modulation mode; and connecting the one or more RF chains to the transmit antennas of the selected one of the second plurality of possible subsets. establishing a second plurality of possible subsets of the first plurality of transmit antennas; executing a link adaptation algorithm to determine a most efficient coding/ modulation mode; selecting the most efficient coding/modulation mode; determining a plurality of output bit error rates corresponding to the second plurality of possible subsets of the first plurality of transmit antennas; identifying a minimum of the plurality of output bit error rates for the most efficient coding/modulation mode; selecting one of the second plurality of possible subsets of the first plurality of transmit antennas corresponding to the minimum of the plurality of output bit error rates for the most efficient coding/modulation mode; and connecting the one or more RF chains to the transmit antennas of the selected one of the second plurality of possible subsets.