mhurhangee/ep-ind-claims huggingface dataset:
A zoom lens, comprising, in order from an object side to an image side: a front lens group including a lens unit which is moved during zooming; an aperture stop; and a rear lens group having a positive refractive power, which is not moved for zooming, wherein the rear lens group includes: a front lens unit (rf) having a positive refractive power, which is located on the object side of a maximum air interval in the rear lens group; and a rear lens unit (rr) having a positive refractive power, which is located on the image side of the maximum air interval in the rear lens group, the maximum air interval in the rear lens group being interposed between the front lens unit (rf) and the rear lens unit (rr), wherein the rear lens unit includes: a first lens having a negative refractive power, which is located on the most object side; a second lens having a negative refractive power, which is located on the most image side, and wherein the following conditional expressions are satisfied: − 6.0 ≤ f s 1 / f r r ≤ − 1.0; and − 9.0 ≤ fs 3 / frr ≤ − 2.0, where frr indicates a focal length of the rear lens unit, and fs1 and fs3 indicate a focal length of the first lens and a focal length of the second lens, respectively. a front lens group including a lens unit which is moved during zooming; an aperture stop; and a rear lens group having a positive refractive power, which is not moved for zooming, wherein the rear lens group includes: a front lens unit (rf) having a positive refractive power, which is located on the object side of a maximum air interval in the rear lens group; and a rear lens unit (rr) having a positive refractive power, which is located on the image side of the maximum air interval in the rear lens group, the maximum air interval in the rear lens group being interposed between the front lens unit (rf) and the rear lens unit (rr), a front lens unit (rf) having a positive refractive power, which is located on the object side of a maximum air interval in the rear lens group; and a rear lens unit (rr) having a positive refractive power, which is located on the image side of the maximum air interval in the rear lens group, the maximum air interval in the rear lens group being interposed between the front lens unit (rf) and the rear lens unit (rr), wherein the rear lens unit includes: a first lens having a negative refractive power, which is located on the most object side; a second lens having a negative refractive power, which is located on the most image side, and a first lens having a negative refractive power, which is located on the most object side; a second lens having a negative refractive power, which is located on the most image side, and wherein the following conditional expressions are satisfied: − 6.0 ≤ f s 1 / f r r ≤ − 1.0; and − 9.0 ≤ fs 3 / frr ≤ − 2.0, where frr indicates a focal length of the rear lens unit, and fs1 and fs3 indicate a focal length of the first lens and a focal length of the second lens, respectively.
An implantable microelectrode device, comprising: an elongated shaft having an outer wall and a distal end, the elongated shaft defining an internal lumen and a plurality of windows; an end cap coupled with the distal end of the elongated shaft, the end cap having a frustum end projecting into the internal lumen of the elongated shaft and a central channel; and a probe assembly comprising: a plurality of flexible pins, each of the plurality of flexible pins configured for deployment through a different one of the plurality of windows at an exit angle defined at least in part by the frustum end of the end cap; and a central pin configured for deployment independently of the plurality of flexible pins and through the central channel. an elongated shaft having an outer wall and a distal end, the elongated shaft defining an internal lumen and a plurality of windows; an end cap coupled with the distal end of the elongated shaft, the end cap having a frustum end projecting into the internal lumen of the elongated shaft and a central channel; and a probe assembly comprising: a plurality of flexible pins, each of the plurality of flexible pins configured for deployment through a different one of the plurality of windows at an exit angle defined at least in part by the frustum end of the end cap; and a central pin configured for deployment independently of the plurality of flexible pins and through the central channel. a plurality of flexible pins, each of the plurality of flexible pins configured for deployment through a different one of the plurality of windows at an exit angle defined at least in part by the frustum end of the end cap; and a central pin configured for deployment independently of the plurality of flexible pins and through the central channel.
A trash bag closing mechanism, comprising: a transmission assembly comprising a power unit and a scissor-hinge unit; a closing assembly comprising a first guide plate arranged on the scissor-hinge unit and a second guide plate arranged opposite to the first guide plate; and a heat sealing assembly arranged on the first guide plate and/or the second guide plate) and used for heat sealing a closed trash bag; wherein the power unit is used to drive the scissor-hinge unit to expand and contract, which consequently drives the first guide plate to slide toward the second guide plate to effect the closing and opening of the trash bag; characterised in that: the power unit comprises a second motor and a first gear connected to the second motor; the scissor-hinge unit comprises a fixing member, a guide groove arranged on the fixing member, a first rack received in the guide groove and meshed with the first gear, and a scissor hinge connected to the first rack; and wherein the scissor hinge comprises 2 to 6 scissor sets, and the length of each scissor set increases along the direction away from the first rack. a transmission assembly comprising a power unit and a scissor-hinge unit; a closing assembly comprising a first guide plate arranged on the scissor-hinge unit and a second guide plate arranged opposite to the first guide plate; and a heat sealing assembly arranged on the first guide plate and/or the second guide plate) and used for heat sealing a closed trash bag; wherein the power unit is used to drive the scissor-hinge unit to expand and contract, which consequently drives the first guide plate to slide toward the second guide plate to effect the closing and opening of the trash bag; characterised in that: the power unit comprises a second motor and a first gear connected to the second motor; the scissor-hinge unit comprises a fixing member, a guide groove arranged on the fixing member, a first rack received in the guide groove and meshed with the first gear, and a scissor hinge connected to the first rack; and wherein the scissor hinge comprises 2 to 6 scissor sets, and the length of each scissor set increases along the direction away from the first rack.
A pressure-sensing touch system for sensing an amount of pressure at a location of a touch event, comprising: a transparent sheet having a top surface, a bottom surface, and a perimeter that includes an edge, wherein the touch event occurs on the top surface at a touch event location; at least one light source operably arranged relative to the transparent sheet and that emits light that is coupled into the transparent sheet so that the light travels via total internal reflection; and at least one detector operably disposed relative to the transparent sheet and the light source and to generate a detector electrical signal having a signal strength representative of a detected intensity of light traveling within the transparent sheet, wherein the touch event causes a change in the detected light intensity that corresponds to a change in pressure applied at the touch event location; and characterised by a transparent layer disposed on the top surface of the transparent sheet, wherein the transparent sheet includes a body, the system further comprising an ion-exchanged region in the body of the transparent sheet adjacent the top surface of the transparent layer, wherein the ion-exchanged region defines a surface waveguide and the body of the transparent sheet defines a bulk waveguide, wherein the surface waveguide and bulk waveguide act to direct light from the light source to the detector. a transparent sheet having a top surface, a bottom surface, and a perimeter that includes an edge, wherein the touch event occurs on the top surface at a touch event location; at least one light source operably arranged relative to the transparent sheet and that emits light that is coupled into the transparent sheet so that the light travels via total internal reflection; and at least one detector operably disposed relative to the transparent sheet and the light source and to generate a detector electrical signal having a signal strength representative of a detected intensity of light traveling within the transparent sheet, wherein the touch event causes a change in the detected light intensity that corresponds to a change in pressure applied at the touch event location; and characterised by a transparent layer disposed on the top surface of the transparent sheet, wherein the transparent sheet includes a body, the system further comprising an ion-exchanged region in the body of the transparent sheet adjacent the top surface of the transparent layer, wherein the ion-exchanged region defines a surface waveguide and the body of the transparent sheet defines a bulk waveguide, wherein the surface waveguide and bulk waveguide act to direct light from the light source to the detector.
A light source module comprising: at least one light source unit comprising a light emitting element emitting light when electricity is applied thereto; an optical sheet disposed above the at least one light source unit and comprising a depression and protrusion structure formed on one surface thereof, and characterised in that the optical sheet exhibits a radially symmetrical bidirectional transmittance distribution function characteristics comprising a first peak at a radiation angle less than 0° and a second peak at a radiation angle greater than 0°, wherein the depression and protrusion structure comprises a plurality of structures having a polygonal cone shape, wherein at least one of the plurality of the polygonal cone-shaped structures comprises a plurality of sloped faces disposed to be sloped to a horizontal plane, wherein the plurality of sloped faces have different tilt angles. at least one light source unit comprising a light emitting element emitting light when electricity is applied thereto; an optical sheet disposed above the at least one light source unit and comprising a depression and protrusion structure formed on one surface thereof, and characterised in that the optical sheet exhibits a radially symmetrical bidirectional transmittance distribution function characteristics comprising a first peak at a radiation angle less than 0° and a second peak at a radiation angle greater than 0°, wherein the depression and protrusion structure comprises a plurality of structures having a polygonal cone shape, wherein at least one of the plurality of the polygonal cone-shaped structures comprises a plurality of sloped faces disposed to be sloped to a horizontal plane, wherein the plurality of sloped faces have different tilt angles.
Construction method, comprising the production of at least one slab according to the following steps: - casting a thin slab of concrete; - laying of metal stiffeners in the thin slab of freshly cast concrete; - cutting at least two blocks of wood (p1-p3), said blocks of wood (p1-p3) being solid, consisting of wood fibres, with a density of between 120 and 140 kg/m 3; - placing the blocks of wood (p1-p3) between the stiffeners emerging from the thin slab of freshly cast concrete and leaving a space between the adjacent blocks of wood (p1-p3); - casting concrete ribs (n1-n6) between the blocks of wood (p1-p3), by at least partly embedding the stiffeners; and - drying the non-prestressed slab consisting of the thin slab of concrete, stiffeners, blocks of wood (p1-p3) and concrete ribs (n1-n6). - casting a thin slab of concrete; - laying of metal stiffeners in the thin slab of freshly cast concrete; - cutting at least two blocks of wood (p1-p3), said blocks of wood (p1-p3) being solid, consisting of wood fibres, with a density of between 120 and 140 kg/m 3; - placing the blocks of wood (p1-p3) between the stiffeners emerging from the thin slab of freshly cast concrete and leaving a space between the adjacent blocks of wood (p1-p3); - casting concrete ribs (n1-n6) between the blocks of wood (p1-p3), by at least partly embedding the stiffeners; and - drying the non-prestressed slab consisting of the thin slab of concrete, stiffeners, blocks of wood (p1-p3) and concrete ribs (n1-n6).
A polynucleotide encoding a fusion polypeptide, wherein the fusion polypeptide comprises a self antigen operably linked to an Fc region of an antibody, wherein the self antigen is pCons SEQ ID NO:2.
Hand firearm with a receiver housing, a top lever with a top lever shaft mounted rotatably in the receiver housing, and a locking mechanism (22, 23, 24) for releasable retention of the top lever in a locking detent position, characterised in that the locking mechanism (22, 23, 24) comprises a detent lever with a detent mounted so as to be able to swivel on the top lever or on the receiver housing transversely to the axis of rotation of the top lever shaft, and a counter detent belonging to the detent for engagement of the detent.
A surgical instrument, comprising: an elongate shaft assembly including a shaft spine defining a shaft axis, and comprising a distal end; a surgical end effector comprising a proximal end that is pivotally coupled to said distal end of said elongate shaft assembly such that said surgical end effector is selectively movable between an unarticulated position and a fully articulated position on a first lateral side of said shaft axis; and a firing beam movably supported within a pathway formed in said spine of said elongate shaft assembly for selective longitudinal travel therein, said pathway configured to position a portion of said firing beam exiting the distal end of said elongate shaft assembly to an off axis position relative to said shaft axis, wherein said pathway is continuous and the course of said pathway is independent of the articulation position and comprises: a first pathway portion aligned on said shaft axis; and a second arcuate pathway portion communicating with said first pathway portion and curving in a first direction away from said shaft axis; characterized in that the pathway further comprises: a third arcuate pathway portion communicating with said second arcuate pathway portion, curving in a second direction toward said shaft axis, and opening at a distal end of the pathway at a location that is laterally offset from the shaft axis and located on a second lateral side of the shaft axis opposite from the first lateral side. an elongate shaft assembly including a shaft spine defining a shaft axis, and comprising a distal end; a surgical end effector comprising a proximal end that is pivotally coupled to said distal end of said elongate shaft assembly such that said surgical end effector is selectively movable between an unarticulated position and a fully articulated position on a first lateral side of said shaft axis; and a firing beam movably supported within a pathway formed in said spine of said elongate shaft assembly for selective longitudinal travel therein, said pathway configured to position a portion of said firing beam exiting the distal end of said elongate shaft assembly to an off axis position relative to said shaft axis, wherein said pathway is continuous and the course of said pathway is independent of the articulation position and comprises: a first pathway portion aligned on said shaft axis; and a second arcuate pathway portion communicating with said first pathway portion and curving in a first direction away from said shaft axis; characterized in that the pathway further comprises: a third arcuate pathway portion communicating with said second arcuate pathway portion, curving in a second direction toward said shaft axis, and opening at a distal end of the pathway at a location that is laterally offset from the shaft axis and located on a second lateral side of the shaft axis opposite from the first lateral side.
A dishwasher comprising: a cabinet having an opening; a tub provided in the cabinet, the tub accommodating objects for washing; a spray arm (711; 713) for spraying wash water to the objects; a sump for storing wash water; a door for opening and closing the opening and including a rear panel defining an inner surface of the door; a first steam nozzle provided at a lower side of the inner surface of the rear panel, penetrating the rear panel, the first steam nozzle being configured to spray steam upward obliquely to the objects; a first steam path located outside the tub and connected to the first steam nozzle via an inner space of the door, the first steam path being configured to supply steam to the first steam nozzle; and a steam guide provided at an other surface of the rear panel and connected between the first steam path and the first steam nozzle, for changing a direction of the steam path, whereby the steam guide is formed in the shape of an L for perpendicularly changing the direction of the first steam path, one side of it being connected to a first nozzle insertion part of the first steam nozzle and the other side being bent toward the left side or the right side of the door and connected to the first steam path, whereby the first nozzle insertion part is inserted through a steam nozzle insertion hole, provided in the rear panel, to protrude into the inner space of the door. a cabinet having an opening; a tub provided in the cabinet, the tub accommodating objects for washing; a spray arm (711; 713) for spraying wash water to the objects; a sump for storing wash water; a door for opening and closing the opening and including a rear panel defining an inner surface of the door; a first steam nozzle provided at a lower side of the inner surface of the rear panel, penetrating the rear panel, the first steam nozzle being configured to spray steam upward obliquely to the objects; a first steam path located outside the tub and connected to the first steam nozzle via an inner space of the door, the first steam path being configured to supply steam to the first steam nozzle; and a steam guide provided at an other surface of the rear panel and connected between the first steam path and the first steam nozzle, for changing a direction of the steam path, whereby the steam guide is formed in the shape of an L for perpendicularly changing the direction of the first steam path, one side of it being connected to a first nozzle insertion part of the first steam nozzle and the other side being bent toward the left side or the right side of the door and connected to the first steam path, whereby the first nozzle insertion part is inserted through a steam nozzle insertion hole, provided in the rear panel, to protrude into the inner space of the door.
A secondary battery comprising: an electrode assembly including a first electrode plate and a second electrode plate; a case accommodating the electrode assembly; a cap plate coupled to an opening of the case and electrically connected to the first electrode plate; an electrode terminal including a terminal plate, the electrode terminal passing through the cap plate and being electrically connected to the second electrode plate; an insulating member formed between the terminal plate and the cap plate to insulate the electrode terminal and the cap plate from each other; an asymmetrically shaped inversion plate formed in a short-circuit hole of the cap plate which corresponds to a hole in the insulating member, wherein the inversion plate comprises an edge part fixed to the cap plate and is configured to perform an inversion operation to make contact with the terminal plate when an internal pressure of the case exceeds a predetermined reference pressure, characterized in that, the inversion plate comprises a round part downwardly convexly formed from the edge part; a protrusion part upwardly protruding from a central region of the round part, wherein the protrusion part is formed to have an asymmetrical planar shape extending in a lengthwise direction of the terminal plate. an electrode assembly including a first electrode plate and a second electrode plate; a case accommodating the electrode assembly; a cap plate coupled to an opening of the case and electrically connected to the first electrode plate; an electrode terminal including a terminal plate, the electrode terminal passing through the cap plate and being electrically connected to the second electrode plate; an insulating member formed between the terminal plate and the cap plate to insulate the electrode terminal and the cap plate from each other; an asymmetrically shaped inversion plate formed in a short-circuit hole of the cap plate which corresponds to a hole in the insulating member, wherein the inversion plate comprises an edge part fixed to the cap plate and is configured to perform an inversion operation to make contact with the terminal plate when an internal pressure of the case exceeds a predetermined reference pressure, characterized in that, the inversion plate comprises a round part downwardly convexly formed from the edge part; a protrusion part upwardly protruding from a central region of the round part, wherein the protrusion part is formed to have an asymmetrical planar shape extending in a lengthwise direction of the terminal plate.
A method, performed by a sending device, for sending signaling information, comprising: sending signaling information; characterized in that, the signaling information comprises: information about a correspondence between a sequence parameter of a reference signal and a time domain symbol comprising the reference signal; wherein the reference signal comprises a demodulation reference signal or a measurement reference signal; wherein the sequence parameter comprises at least one of: a sequence group number or a sequence number; wherein the information about the correspondence between the sequence parameter of the reference signal and a time domain symbol comprising the reference signal comprises: information about whether the sequence parameter changes on R2 time domain symbols; wherein R2 is an integer; wherein R2 is equal to N, wherein N is a number of time domain symbols comprised by the signal in one time unit, and the signal is the reference signal corresponding to the signaling information. sending signaling information; characterized in that, the signaling information comprises: information about a correspondence between a sequence parameter of a reference signal and a time domain symbol comprising the reference signal; wherein the reference signal comprises a demodulation reference signal or a measurement reference signal; wherein the sequence parameter comprises at least one of: a sequence group number or a sequence number; wherein the information about the correspondence between the sequence parameter of the reference signal and a time domain symbol comprising the reference signal comprises: information about whether the sequence parameter changes on R2 time domain symbols; wherein R2 is an integer; wherein R2 is equal to N, wherein N is a number of time domain symbols comprised by the signal in one time unit, and the signal is the reference signal corresponding to the signaling information. information about whether the sequence parameter changes on R2 time domain symbols; wherein R2 is an integer; wherein R2 is equal to N, wherein N is a number of time domain symbols comprised by the signal in one time unit, and the signal is the reference signal corresponding to the signaling information.