mhurhangee/ep-ind-claims huggingface dataset:
A seat core material comprising: a thermoplastic resin foamed particle molding; and a frame member buried in a peripheral edge of the foamed particle molding, wherein the frame member is an annular frame including a front frame part, a rear frame part, and two side frame parts that connect the front frame part and the rear frame part to each other, the foamed particle molding includes a first slit continuously formed over a width direction of the foamed particle molding between the side frame parts, the first slit penetrating the foamed particle molding from an upper surface to a lower surface, and the foamed particle molding includes a connection in a part of the foamed particle molding outside both ends of the first slit over a width direction, a first slit being not formed in the connection, and a ratio (I/L) of a length of the connection in a width direction to a length of the foamed particle molding in the width direction at a portion where the connection is positioned is 0.02 to 0.2 on one side. a thermoplastic resin foamed particle molding; and a frame member buried in a peripheral edge of the foamed particle molding, wherein the frame member is an annular frame including a front frame part, a rear frame part, and two side frame parts that connect the front frame part and the rear frame part to each other, the foamed particle molding includes a first slit continuously formed over a width direction of the foamed particle molding between the side frame parts, the first slit penetrating the foamed particle molding from an upper surface to a lower surface, and the foamed particle molding includes a connection in a part of the foamed particle molding outside both ends of the first slit over a width direction, a first slit being not formed in the connection, and a ratio (I/L) of a length of the connection in a width direction to a length of the foamed particle molding in the width direction at a portion where the connection is positioned is 0.02 to 0.2 on one side.
A refrigerator comprising at least one freezing compartment wherein objects desired to be stored for a long time are placed, at least one fresh food compartment wherein fresh foods and beverages are placed, a machine room having a compressor providing the refrigeration cycle to be performed, a condenser providing the refrigerant fluid to be condensed, an evaporator providing the cooling by absorbing the thermal energy from the environment and at least one fan providing the cooled air to be sucked, at least one first air channel, with one end connected to the machine room, extending to the freezing compartment by passing from the fresh food compartment, having pumping holes at its portion disposed in the freezing compartment allowing passage of air and at least one second air channel, with some portion disposed in the freezing compartment, connected to the machine room by passing from the fresh food compartment, having suction holes at its portion disposed in the freezing compartment providing the air circulating in the freezing compartment to be aspirated and transferred into the machine room, characterized by - a connection point disposed after the suction holes on the second air channel in the flow direction, where the end of the first air channel remaining in the freezing compartment is connected to the second air channel such that there is air flow therebetween and - at least one valve enabling the air flow at the connection point to be controlled. - a connection point disposed after the suction holes on the second air channel in the flow direction, where the end of the first air channel remaining in the freezing compartment is connected to the second air channel such that there is air flow therebetween and - at least one valve enabling the air flow at the connection point to be controlled.
A pharmaceutical composition for use in the treatment of injury of the spinal cord, which comprises an HMGB1 fragment peptide selected from the group consisting of: a) a fragment peptide comprising at least the fragment peptide of SEQ ID NO: 3 with the upper limit being the fragment peptide consisting of the peptide of SEQ ID NO: 4; b) a fragment peptide comprising at least the fragment peptide of SEQ ID NO: 4 with the upper limit being the fragment peptide consisting of the peptide of SEQ ID NO: 5; and c) a fragment peptide comprising at least the fragment peptide of SEQ ID NO: 3 with the upper limit being the fragment peptide consisting of the peptide of SEQ ID NO: 5. a) a fragment peptide comprising at least the fragment peptide of SEQ ID NO: 3 with the upper limit being the fragment peptide consisting of the peptide of SEQ ID NO: 4; b) a fragment peptide comprising at least the fragment peptide of SEQ ID NO: 4 with the upper limit being the fragment peptide consisting of the peptide of SEQ ID NO: 5; and c) a fragment peptide comprising at least the fragment peptide of SEQ ID NO: 3 with the upper limit being the fragment peptide consisting of the peptide of SEQ ID NO: 5.
A method of predicting future connectivity of a portable electronic device comprising: accessing a query composite signature vector providing an indication of a plurality of radio scenes detected (116, 118, 120) at the portable electronic device at respective predetermined reference times (114, 122, 124), each radio scene identifying transmitters (108, 110) and associated signal strength of signals received by the portable electronic device at one of the respective reference times (114, 122, 124); retrieving one or more connectivity predictions (222, 224) from a corpus of pairs of: a composite signature vector providing an indication of a plurality of radio scenes detected at one or more different portable electronic device at the predetermined reference times, and associated connectivity information, each of the one or more connectivity predictions retrieved based on a similarity between the associated respective composite signature vector and the query composite signature; and providing future connectivity prediction (126, 128) of the portable electronic device based on the one or more retrieved connectivity predictions. accessing a query composite signature vector providing an indication of a plurality of radio scenes detected (116, 118, 120) at the portable electronic device at respective predetermined reference times (114, 122, 124), each radio scene identifying transmitters (108, 110) and associated signal strength of signals received by the portable electronic device at one of the respective reference times (114, 122, 124); retrieving one or more connectivity predictions (222, 224) from a corpus of pairs of: a composite signature vector providing an indication of a plurality of radio scenes detected at one or more different portable electronic device at the predetermined reference times, and associated connectivity information, each of the one or more connectivity predictions retrieved based on a similarity between the associated respective composite signature vector and the query composite signature; and providing future connectivity prediction (126, 128) of the portable electronic device based on the one or more retrieved connectivity predictions.
A surgical linear stapler comprising: a staple cartridge configured to be internally loaded with staples for stapling a surgical site; a cartridge accommodating channel configured to be formed with a cartridge accommodating groove to accommodate the staple cartridge therein; an anvil configured to shape the staples discharged from the staple cartridge; and a cutter configured to move along a lengthwise direction of the staple cartridge by external force and to cut the surgical site stapled by the staples; wherein the staple cartridge comprises: a cartridge body formed with a cutter guide for guiding the cutter to move along the lengthwise direction of the staple cartridge, one or more rows of left staple discharge holes and one or more rows of right staple discharge holes arranged at opposite sides of the cutter guide, characterized in that the surgical linear stapler further comprises an indicator configured to indicate a position of the one or more rows of right staple discharge holes so that an object tissue for pathological examination can be included in a first surgical site to be removed by the cutter, wherein the indicator is placed on at least one of an outer surface of the anvil and an outer surface of the cartridge accommodating channel. a staple cartridge configured to be internally loaded with staples for stapling a surgical site; a cartridge accommodating channel configured to be formed with a cartridge accommodating groove to accommodate the staple cartridge therein; an anvil configured to shape the staples discharged from the staple cartridge; and a cutter configured to move along a lengthwise direction of the staple cartridge by external force and to cut the surgical site stapled by the staples; wherein the staple cartridge comprises: a cartridge body formed with a cutter guide for guiding the cutter to move along the lengthwise direction of the staple cartridge, one or more rows of left staple discharge holes and one or more rows of right staple discharge holes arranged at opposite sides of the cutter guide, characterized in that the surgical linear stapler further comprises an indicator configured to indicate a position of the one or more rows of right staple discharge holes so that an object tissue for pathological examination can be included in a first surgical site to be removed by the cutter, wherein the indicator is placed on at least one of an outer surface of the anvil and an outer surface of the cartridge accommodating channel.
A timepiece including a case closed by a crystal and a striking mechanism comprising at least one gong (2, 4) rigidly connected, through one end, to a lug which is itself rigidly connected to the crystal, in which the connection of the gong (2, 4) to the crystal is only and directly made by means of the lug, characterized in that the gong (2, 4), the lug and the crystal form an integral assembly made of the same material.
Use of a catalyst for purifying exhaust gas from a compressed natural gas lean burn engine vehicle or a static combustion system, configured such that a ceramic substrate is impregnated as a single layer with palladium-impregnated first alumina, platinum-impregnated second alumina, and a ceria powder, wherein the first alumina is further impregnated with a barium cocatalyst.
A process for preparing an inhibited starch comprising, in order: a) extracting starch from a native source and partially refining to provide a partially refined starch having a residual protein content on a dry starch basis of more than 0.4 % by weight and less than 8.0 % by weight; b) treating said partially refined starch with a bleaching agent to provide an inhibited starch; and c) recovering said inhibited starch. a) extracting starch from a native source and partially refining to provide a partially refined starch having a residual protein content on a dry starch basis of more than 0.4 % by weight and less than 8.0 % by weight; b) treating said partially refined starch with a bleaching agent to provide an inhibited starch; and c) recovering said inhibited starch.
A sampling apparatus comprising: a stem having a grip at a proximal end and a tip at a distal end; and a recess in the tip, wherein the apparatus further comprises: at least one receiver in a side wall of the tip, the receiver comprising one or more through openings in a side wall of the tip, and a guide for pressing sample material within the recess towards the receiver as the tip is pressed into the material, wherein: the guide is within the recess and is distally-extending along a longitudinal axis of the stem and wherein the guide comprises at least one spike having an apex facing distally, or a ridge extending across at least part of the recess; and the guide and the receiver are arranged so that the material is forced to protrude out of the through opening as the tip is pressed into the material. a stem having a grip at a proximal end and a tip at a distal end; and a recess in the tip, wherein the apparatus further comprises: at least one receiver in a side wall of the tip, the receiver comprising one or more through openings in a side wall of the tip, and a guide for pressing sample material within the recess towards the receiver as the tip is pressed into the material, wherein: the guide is within the recess and is distally-extending along a longitudinal axis of the stem and wherein the guide comprises at least one spike having an apex facing distally, or a ridge extending across at least part of the recess; and the guide and the receiver are arranged so that the material is forced to protrude out of the through opening as the tip is pressed into the material. the guide is within the recess and is distally-extending along a longitudinal axis of the stem and wherein the guide comprises at least one spike having an apex facing distally, or a ridge extending across at least part of the recess; and the guide and the receiver are arranged so that the material is forced to protrude out of the through opening as the tip is pressed into the material.
A control system comprising: a metal enclosure; a control panel; a plurality of controls, indicators, or both mounted on said control panel or in said enclosure; at least some of said plurality of controls, indicators, or both being associated with one of a wireless radio transmitter, a wireless radio receiver, and a wireless radio transceiver, each contained within or otherwise electrically responsive to and in close proximity with each wireless control or indicator, to enable said controls, indicators, or both to wirelessly communicate with each other inside said enclosure, and at least some controls including wirelessly controlled relays configured to control devices outside said enclosure; and a human/machine interface (120, 122) with software package, said wireless controls and indicators being able to be configured using said interface.
A thermocycling device for amplifying nucleic acid in a droplet, the device comprising: at least one reaction chamber for housing a plurality of droplets; at least one temperature-controlled fluid source; and at least one conduit configured to conduct a fluid from said fluid source into said at least one chamber in a manner that causes alternating temperature in said at least one reaction chamber; wherein the device is configured such that the fluid from the fluid source is able to exit the chamber by gravitational forces while the plurality of droplets are retained within the reaction chamber. at least one reaction chamber for housing a plurality of droplets; at least one temperature-controlled fluid source; and at least one conduit configured to conduct a fluid from said fluid source into said at least one chamber in a manner that causes alternating temperature in said at least one reaction chamber; wherein the device is configured such that the fluid from the fluid source is able to exit the chamber by gravitational forces while the plurality of droplets are retained within the reaction chamber.
A fixture for processing a part, the fixture comprising: a body having a plurality of threaded holes; a plurality of switches having: a housing mounted in a respective associated hole of the plurality of threaded holes; and a cap for contacting the part in an installed condition of the part and mounted to the housing for axial movement between a compressed condition and an extended condition, the cap biased from the compressed condition toward the extended condition; a housing electrical contact; and a cap electrical contact for contacting the housing electrical contact in the compressed condition; and at least one clamp for holding the part in the installed condition. a body having a plurality of threaded holes; a plurality of switches having: a housing mounted in a respective associated hole of the plurality of threaded holes; and a cap for contacting the part in an installed condition of the part and mounted to the housing for axial movement between a compressed condition and an extended condition, the cap biased from the compressed condition toward the extended condition; a housing electrical contact; and a cap electrical contact for contacting the housing electrical contact in the compressed condition; and a housing mounted in a respective associated hole of the plurality of threaded holes; and a cap for contacting the part in an installed condition of the part and mounted to the housing for axial movement between a compressed condition and an extended condition, the cap biased from the compressed condition toward the extended condition; a housing electrical contact; and a cap electrical contact for contacting the housing electrical contact in the compressed condition; and at least one clamp for holding the part in the installed condition.
A method comprising: causing an apparatus (10; 201) to be wirelessly coupled with a separate apparatus; storing information enabling the apparatus to wirelessly couple, absent of user action, to the separate apparatus in future; receiving, by the apparatus, an indication of availability of proximity-based communication with the separate apparatus; receiving historical operation condition information that comprises historical apparatus operation condition information and historical separate apparatus operation condition information (310; 320); determining, based, at least in part, on correlation between the historical apparatus operation condition information and the historical separate apparatus operation condition information, an operational nexus indicative of copresence of the apparatus and the separate apparatus across a plurality of different operation conditions; and causing wireless coupling of the apparatus with the separate apparatus absent of user action based, at least in part, on the operational nexus and the stored information. causing an apparatus (10; 201) to be wirelessly coupled with a separate apparatus; storing information enabling the apparatus to wirelessly couple, absent of user action, to the separate apparatus in future; receiving, by the apparatus, an indication of availability of proximity-based communication with the separate apparatus; receiving historical operation condition information that comprises historical apparatus operation condition information and historical separate apparatus operation condition information (310; 320); determining, based, at least in part, on correlation between the historical apparatus operation condition information and the historical separate apparatus operation condition information, an operational nexus indicative of copresence of the apparatus and the separate apparatus across a plurality of different operation conditions; and causing wireless coupling of the apparatus with the separate apparatus absent of user action based, at least in part, on the operational nexus and the stored information.
Method for prolonging and/or controlling the life of one or more heat generating and/or passive components in a wind turbine, by controlling the cooling down procedure of said one or more heat generating and/or passive components, by gradually lowering the temperature of said one or more heat generating and/or passive components to reduce the number of temperature fluctuations of the heat generating and/or passive components.
A cryostat structure for a magnetic resonance imaging device, comprising: casing, which forms a ring-shaped chamber inside; a refrigerant container, disposed in the chamber, and housing a superconducting coil in a liquid refrigerant so that the superconducting coil is immersed in the liquid refrigerant; a heat shield layer, disposed between the casing and the refrigerant container, for shielding heat radiation from the casing; characterized in that, the casing has a suction hole which is detachably sealed by a sealing cover, and an adsorption chamber provided on one side of the casing facing the chamber, and an adsorbent capable of adsorbing overflowing elements from the casing or the refrigerant container or the heat shielding layer is contained in the adsorption chamber, and the adsorption chamber is disposed on one side of the sealing cover facing the chamber. casing, which forms a ring-shaped chamber inside; a refrigerant container, disposed in the chamber, and housing a superconducting coil in a liquid refrigerant so that the superconducting coil is immersed in the liquid refrigerant; a heat shield layer, disposed between the casing and the refrigerant container, for shielding heat radiation from the casing; characterized in that, the casing has a suction hole which is detachably sealed by a sealing cover, and an adsorption chamber provided on one side of the casing facing the chamber, and an adsorbent capable of adsorbing overflowing elements from the casing or the refrigerant container or the heat shielding layer is contained in the adsorption chamber, and the adsorption chamber is disposed on one side of the sealing cover facing the chamber.
A footrest assembly (200, 300, 500, 600) for mounting to a rail of a vehicle, a position of the footrest assembly along the rail being adjustable, the footrest assembly comprising: a rail mount (110, 410, 710); a footrest (100, 400, 700) pivotally connected to the rail mount about a footrest pivot axis (123, 423, 723), the footrest being pivotable about the footrest pivot axis between an adjustment position and a locked position; and a clamping member (105, 405, 705) movable by the footrest relative to the rail mount between a releasing position and a clamping position, the clamping member being in the releasing position when the footrest is in the adjustment position, the adjustment position of the footrest allowing adjustment of the footrest assembly along the rail, the clamping member being in the clamping position when the footrest is in the locked position, the clamping member in the clamping position having a portion facing a portion of the rail mount, the portion of the clamping member and the portion of the rail mount being disposed on opposite sides of the rail when the clamping member is in the clamping position and the footrest assembly is mounted to the rail, the clamping member applying a clamping pressure to the rail when the clamping member is in the clamping position and the footrest assembly is mounted to the rail, the locked position setting the position of the footrest assembly along the rail. a rail mount (110, 410, 710); a footrest (100, 400, 700) pivotally connected to the rail mount about a footrest pivot axis (123, 423, 723), the footrest being pivotable about the footrest pivot axis between an adjustment position and a locked position; and a clamping member (105, 405, 705) movable by the footrest relative to the rail mount between a releasing position and a clamping position, the clamping member being in the releasing position when the footrest is in the adjustment position, the adjustment position of the footrest allowing adjustment of the footrest assembly along the rail, the clamping member being in the clamping position when the footrest is in the locked position, the clamping member in the clamping position having a portion facing a portion of the rail mount, the portion of the clamping member and the portion of the rail mount being disposed on opposite sides of the rail when the clamping member is in the clamping position and the footrest assembly is mounted to the rail, the clamping member applying a clamping pressure to the rail when the clamping member is in the clamping position and the footrest assembly is mounted to the rail, the locked position setting the position of the footrest assembly along the rail.