mhurhangee/ep-ind-claims huggingface dataset:
A slide component comprising a pair of slide parts (4, 7) relatively sliding on each other, wherein one slide part is a stationary-side seal ring and the other slide part is a rotating-side seal ring, these seal rings having sealing faces formed radially for sealing a sealed fluid from leaking, one of an inner peripheral side and an outer peripheral side of the slide parts (4, 7) is a sealed fluid side and the other of the inner peripheral side and the outer peripheral side of the slide parts (4, 7) is a leakage side, and in the sealing face of at least one slide part of the pair of slide parts (4, 7), a dynamic pressure generation groove is provided so as to be separated not to communicate with the sealed fluid side and the leakage side by land portions on both sealing faces, characterized in that between an end on the leakage side of the dynamic pressure generation groove and the leakage side, a fluid introduction groove which communicates the dynamic pressure generation groove and the leakage side is provided, and the cross-sectional area of the fluid introduction groove is set smaller than the cross-sectional area of the dynamic pressure generation groove.
An explosion-proof structure comprising: a partition wall that partitions a sealed space in a container; and wiring that connects an interior and an exterior of the sealed space; wherein the partition wall comprises a filling portion through which the wiring passes; and wherein the filling portion comprises an inner peripheral wall surface that defines an opening having a central axis that passes through the partition wall; a filler that seals a gap between the inner peripheral wall surface and the wiring; a first peripheral groove provided on the inner peripheral wall surface and filled with the filler; and a second peripheral groove provided on the inner peripheral wall surface and filled with the filler, characterized in that the wiring comprises a substrate that passes through the filling portion, an internal fixing member fixed to the container inside the sealed space and an external fixing member formed by a substrate fixed to the partition wall so as to cover the opening at an outside of the sealed space; and wherein an axial gap is provided between the substrate and the internal fixing member to allow the substrate and the internal fixing member to approach each other closely in an axial direction along the central axis in order to absorb expansion and contraction in the axial direction, produced along the entire substrate and internal fixing member due to heat. a partition wall that partitions a sealed space in a container; and wiring that connects an interior and an exterior of the sealed space; wherein the partition wall comprises a filling portion through which the wiring passes; and wherein the filling portion comprises an inner peripheral wall surface that defines an opening having a central axis that passes through the partition wall; a filler that seals a gap between the inner peripheral wall surface and the wiring; a first peripheral groove provided on the inner peripheral wall surface and filled with the filler; and a second peripheral groove provided on the inner peripheral wall surface and filled with the filler, an inner peripheral wall surface that defines an opening having a central axis that passes through the partition wall; a filler that seals a gap between the inner peripheral wall surface and the wiring; a first peripheral groove provided on the inner peripheral wall surface and filled with the filler; and a second peripheral groove provided on the inner peripheral wall surface and filled with the filler, characterized in that the wiring comprises a substrate that passes through the filling portion, an internal fixing member fixed to the container inside the sealed space and an external fixing member formed by a substrate fixed to the partition wall so as to cover the opening at an outside of the sealed space; and wherein an axial gap is provided between the substrate and the internal fixing member to allow the substrate and the internal fixing member to approach each other closely in an axial direction along the central axis in order to absorb expansion and contraction in the axial direction, produced along the entire substrate and internal fixing member due to heat.
A method for positioning a turnstile of a revolving door assembly, with - the turnstile, - an evaluation unit, and - an electrical drive, with - a stator and - a rotor, wherein the rotor can be disposed coaxially to an axis of rotation of the turnstile and can be connected to the turnstile for direct gearless driving, and the method is characterized by the steps of: - determining a preset stop position of the door leaf, - controlling the stator with a first electrical signal, by means of which the door leaf comes to a standstill at the preset stop position, - determining a deviation of the current position of the door leaf from the preset stop position, and - controlling the stator with a second electrical signal, by means of which the door leaf returns back into the preset stop position. - the turnstile, - an evaluation unit, and - an electrical drive, with - a stator and - a rotor, - a stator and - a rotor, - determining a preset stop position of the door leaf, - controlling the stator with a first electrical signal, by means of which the door leaf comes to a standstill at the preset stop position, - determining a deviation of the current position of the door leaf from the preset stop position, and - controlling the stator with a second electrical signal, by means of which the door leaf returns back into the preset stop position.
A hanger device comprising: a main body including at least one cabinet and a cover to cover the at least one cabinet, the cover having at least one opening and the at least one cabinet having at least one discharge port; a fan module (15, 16) provided in the cabinet and configured to suction air through the opening of the cover and force the air to the at least one discharge port; a filtering module disposed to filter air as the air is suctioned through the opening of the cover; a discharge tube extending through upper and lower surfaces of the main body and having at least one discharge duct (141, 142) which communicate with the at least one discharge port of the cabinet; and a hanging unit extending from a bottom surface of the main body, wherein the at least one discharge duct (141, 142) of the discharge tube includes at least one front discharge duct and at least one rear discharge duct, characterized in that the hanger device further comprises a vane which is rotatably provided to the front and rear discharge ducts (141, 142) and configured to control an amount of air forced out of the front and rear discharge ducts (141, 142). a fan module (15, 16) provided in the cabinet and configured to suction air through the opening of the cover and force the air to the at least one discharge port; a filtering module disposed to filter air as the air is suctioned through the opening of the cover; a discharge tube extending through upper and lower surfaces of the main body and having at least one discharge duct (141, 142) which communicate with the at least one discharge port of the cabinet; and a hanging unit extending from a bottom surface of the main body, wherein the at least one discharge duct (141, 142) of the discharge tube includes at least one front discharge duct and at least one rear discharge duct, characterized in that the hanger device further comprises a vane which is rotatably provided to the front and rear discharge ducts (141, 142) and configured to control an amount of air forced out of the front and rear discharge ducts (141, 142).
An air-conditioning device control method, comprising the following steps: receiving, by an air-conditioning device, an instruction sent by a terminal device; judging whether the instruction comes from a preset local area network; in response to the instruction coming from the preset local area network, identifying a user identity according to the instruction; and acquiring an operation mode of the air-conditioning device that is adapted to the user identity; and executing the operation mode of the air-conditioning device; wherein identifying a user identity according to the instruction comprises: acquiring login ID information of the instruction; and identifying the user identity according to the login ID information of the instruction. receiving, by an air-conditioning device, an instruction sent by a terminal device; judging whether the instruction comes from a preset local area network; in response to the instruction coming from the preset local area network, identifying a user identity according to the instruction; and acquiring an operation mode of the air-conditioning device that is adapted to the user identity; and executing the operation mode of the air-conditioning device; wherein identifying a user identity according to the instruction comprises: acquiring login ID information of the instruction; and identifying the user identity according to the login ID information of the instruction. acquiring login ID information of the instruction; and identifying the user identity according to the login ID information of the instruction.
Computer system for simulating a combustion and pollutant emission phenomenon of a vehicle fitted with an internal combustion engine, comprising a plurality of multicore processors for parallel computations and a random-access memory including a plurality of memory segments, said simulation of said combustion and pollutant emission phenomenon of a vehicle being made by means of computations performed on the basis of at least one table storing numerical data generated on the basis of a chemical kinetics code or on the basis of flamelet computations for the structure of a flame, characterized in that said random-access memory comprises a single shared segment in which said table of numerical data is stored, in that each core of each processor is configured to communicate with said shared segment so as to read said table of numerical data in order to run computational fluid dynamics codes for simulating a combustion and pollutant emission phenomenon of a vehicle fitted with an internal combustion engine, in that said system comprises means for parallelizing said fluid dynamics simulation computations between said processors and/or said cores of said processors, and in that each core of each processor is configured to read said table of numerical data of said shared segment by means of a message-passing interface MPI.
A machine tool with a lathe tool and a scraping cutter, comprising: a machine support; a worktable rotationally positioned on the machine support; a moving device slidably assembled to the machine support along a first direction and located above the worktable; a lathe feeding mechanism slidably assembled to the moving device along a second direction perpendicular to the first direction, the lathe feeding mechanism comprising a feeding assembly and a lathe tool connected to the feeding assembly; and a scraping feeding mechanism slidably assembled to the moving device along the second direction and adjacent to the lathe feeding mechanism, the scraping feeding mechanism comprising a linear driving assembly configured for driving the scraping cutter to move along a third direction substantially perpendicular to the first direction and the second direction, wherein the feeding assembly being configured for driving the lathe tool to move along the third direction substantially perpendicular to the first and second direction reciprocally at high speed, the lathe tool is driven to move backwards and forwards along the third direction by the feeding assembly when lathing a surface of a workpiece, a track of the lathe tool is a spiral curve. a machine support; a worktable rotationally positioned on the machine support; a moving device slidably assembled to the machine support along a first direction and located above the worktable; a lathe feeding mechanism slidably assembled to the moving device along a second direction perpendicular to the first direction, the lathe feeding mechanism comprising a feeding assembly and a lathe tool connected to the feeding assembly; and a scraping feeding mechanism slidably assembled to the moving device along the second direction and adjacent to the lathe feeding mechanism, the scraping feeding mechanism comprising a linear driving assembly configured for driving the scraping cutter to move along a third direction substantially perpendicular to the first direction and the second direction, wherein the feeding assembly being configured for driving the lathe tool to move along the third direction substantially perpendicular to the first and second direction reciprocally at high speed, the lathe tool is driven to move backwards and forwards along the third direction by the feeding assembly when lathing a surface of a workpiece, a track of the lathe tool is a spiral curve.
A position determination apparatus comprising: an image capturing unit that captures an image of a loudspeaker from a listening position while facing in an image capturing direction, to acquire image data; a direction detection unit that detects the image capturing direction; a recognition unit that recognizes an image of the loudspeaker from the image data; a distance calculation unit that calculates a distance from the listening position to the loudspeaker by using the image of the loudspeaker; and a location determination unit that determines a location of the loudspeaker based on the image capturing direction detected by the direction detection unit and the distance calculated by the distance calculation, characterized in that the position determination apparatus further comprises: a model determination unit that determines a model of the loudspeaker by using the image of the loudspeaker, wherein the distance calculation unit reads out from a database, scale data of the model determined by the model determination unit, and the distance calculation unit calculates the distance based on the scale data and the image of the loudspeaker. an image capturing unit that captures an image of a loudspeaker from a listening position while facing in an image capturing direction, to acquire image data; a direction detection unit that detects the image capturing direction; a recognition unit that recognizes an image of the loudspeaker from the image data; a distance calculation unit that calculates a distance from the listening position to the loudspeaker by using the image of the loudspeaker; and a location determination unit that determines a location of the loudspeaker based on the image capturing direction detected by the direction detection unit and the distance calculated by the distance calculation, characterized in that the position determination apparatus further comprises: a model determination unit that determines a model of the loudspeaker by using the image of the loudspeaker, wherein the distance calculation unit reads out from a database, scale data of the model determined by the model determination unit, and the distance calculation unit calculates the distance based on the scale data and the image of the loudspeaker. a model determination unit that determines a model of the loudspeaker by using the image of the loudspeaker, wherein the distance calculation unit reads out from a database, scale data of the model determined by the model determination unit, and the distance calculation unit calculates the distance based on the scale data and the image of the loudspeaker.
An apparatus comprising an implant structure configured to be implanted in a body of a subject, the implant structure (22, 1122) having first and second portions, the second portion being an end portion of the implant structure, the implant structure defining an open annuloplasty ring structure, the apparatus characterized in that the implant structure comprises: a rotatable structure comprising a spool coupled to the implant structure (22, 1122) in a vicinity of the first portion thereof; and a flexible member having a first portion being disposed in contact with the rotatable structure, and at least one end portion that does not contact the rotatable structure and is coupled to the second portion of the implant structure (22, 1122), wherein, in response to rotation of the spool in a first rotational direction, successive portions of the flexible member advance in a first advancement direction toward and are wound around the spool to pull the at least one end portion of the flexible member toward the first portion of the implant structure (22, 1122), and responsively to draw the first and second portions of the implant structure (22, 1122) toward each other. a rotatable structure comprising a spool coupled to the implant structure (22, 1122) in a vicinity of the first portion thereof; and a flexible member having a first portion being disposed in contact with the rotatable structure, and at least one end portion that does not contact the rotatable structure and is coupled to the second portion of the implant structure (22, 1122), wherein, in response to rotation of the spool in a first rotational direction, successive portions of the flexible member advance in a first advancement direction toward and are wound around the spool to pull the at least one end portion of the flexible member toward the first portion of the implant structure (22, 1122), and responsively to draw the first and second portions of the implant structure (22, 1122) toward each other.
Blank and several tools for making dental shapes, comprising a blank body made of tooth restoration material, from which the shape can be created by material removal by means of the several tools (11, 12, 13, 14) having different external contours, at least two tools (11, 12) being cylindrical, characterized in that the blank has at least one guide feature (4,5), which takes the form of a recess with which the ideal external contour of a tool (11, 12, 13, 14, 15) engages, and whose geometry is such that the tool (11, 12, 13, 14, 15) selected for the machining is on the basis of its external contour recognizable by means of the guide feature (4,5), the guide feature (4,5) having a recess corresponding to the ideal external contour of the first cylindrical tool with a first diameter, the diameter of the recess being smaller than the ideal external contour of the second cylindrical tool with a second diameter.
An assembly for producing boards from wooden lamellae with at least one feed unit with which the lamellae can be transported into the assembly, with at least one glue application unit provided for applying glue onto at least one longitudinal side of the lamellae, with at least one pressing unit for pressing together the lamellae with their longitudinal sides lying on each other and with at least one stack conveyor which has at least two different transport units (17, 18; 19, 20) arranged at a distance on top of each other, which in the inlet area of the stack conveyor each have a set of switches (21 to 24) which can be adjusted for the taking over of the lamellae by the feed unit, which, for supplying the lamellae to the stack conveyor has continuously circulating conveyor belts (9, 10; 14, 15), wherein the stack conveyor is provided in the transport path to the glue application unit and characterised in that the sets of switches (21 to 24) are together adjustable in such a way that the lower set of switches (23, 24) in the one position transports the lamellae from the conveyor belts (14, 15) of the feed unit to the lower transporting unit (19, 20), and the upper set of switches (21, 22) in the other position transports the lamellae from the conveyor belts (14, 15) of the feed unit to the upper transport unit (17, 18) of the stack conveyor, and in that, for the lamellae, the sets of switches (21 to 24) have drive elements (25 to 28) which circulate continuously and are actuated independently of each other.
Sound-damping wall with vertical posts and a plurality of damping elements, wherein such a damping element comprises a housing formed from metal sheets (8, 9) and an insulating material body located therein and secured in the housing by means of an upper holder and a lower holder, wherein the housing has ends which are accommodated between opposite legs (5, 5') of the vertical posts, characterised in that the ends of the housing of the damping elements are open towards the vertical posts.
A sliding-type portable terminal comprising: a first housing; a second housing coupled to the first housing so the second housing slides while facing the first housing; and a sliding module for slidably coupling the first and second housings (101,102) to each other, wherein the sliding module comprises: a sliding guide mounted on the first housing; and a sliding plate mounted on the second housing, the sliding plate being coupled to the sliding guide so that the sliding plate slides while facing the sliding guide, characterized in that the sliding guide has at least one slit extending in a longitudinal direction of the sliding guide, and the sliding module further comprises at least one hook extending from the sliding plate so that the at least one hook slides in the at least one slit, the at least one hook extending into the first housing via the at least one slit, a free end of the at least one hook being bent so that the free end faces an inner surface of the sliding guide. a first housing; a second housing coupled to the first housing so the second housing slides while facing the first housing; and a sliding module for slidably coupling the first and second housings (101,102) to each other, wherein the sliding module comprises: a sliding guide mounted on the first housing; and a sliding plate mounted on the second housing, the sliding plate being coupled to the sliding guide so that the sliding plate slides while facing the sliding guide, characterized in that the sliding guide has at least one slit extending in a longitudinal direction of the sliding guide, and the sliding module further comprises at least one hook extending from the sliding plate so that the at least one hook slides in the at least one slit, the at least one hook extending into the first housing via the at least one slit, a free end of the at least one hook being bent so that the free end faces an inner surface of the sliding guide. a sliding guide mounted on the first housing; and a sliding plate mounted on the second housing, the sliding plate being coupled to the sliding guide so that the sliding plate slides while facing the sliding guide, characterized in that the sliding guide has at least one slit extending in a longitudinal direction of the sliding guide, and the sliding module further comprises at least one hook extending from the sliding plate so that the at least one hook slides in the at least one slit, the at least one hook extending into the first housing via the at least one slit, a free end of the at least one hook being bent so that the free end faces an inner surface of the sliding guide.
A cementitious composite reinforcing fiber, comprising: an extruded, reinforcing fiber strand composed of a substantially uniform mixture, comprising: a synthetic polymer resin; and a fiber component selected from the group consisting of pulp fiber, nano-fiber, and mixtures or blends thereof. a synthetic polymer resin; and a fiber component selected from the group consisting of pulp fiber, nano-fiber, and mixtures or blends thereof.