mhurhangee/ep-ind-claims huggingface dataset:
A sealing device for a secondary battery, which seals a sealing part of a pouch from which an electrode lead is pulled out, the sealing device comprising: a lower sealing tool on which the sealing part of the pouch from which the electrode lead is pulled out is seated; and an upper sealing tool configured to press and seal the sealing part of the pouch from which the electrode lead seated on the lower sealing tool is pulled out, wherein the lower sealing tool comprises: a lower fixed block on which the sealing part of the pouch from which the electrode lead is pulled out is seated on a top surface thereof; and one or more lower detachable blocks detachably coupled to the lower fixed block and configured to support a sealing surface, on which the electrode lead is not disposed, of the sealing part of the pouch from which the electrode lead is pulled out, wherein the lower fixed block is provided with a plurality of first lower coupling parts on the top surface thereof in a longitudinal direction, and each of the lower detachable blocks is provided with a second lower coupling part detachably coupled to the first lower coupling part corresponding to the sealing surface, on which the electrode lead is not disposed, among the plurality of first lower coupling parts, wherein the first lower coupling part is provided as a coupling groove, and the second lower coupling part is provided as a coupling protrusion detachably coupled to the coupling groove. a lower sealing tool on which the sealing part of the pouch from which the electrode lead is pulled out is seated; and an upper sealing tool configured to press and seal the sealing part of the pouch from which the electrode lead seated on the lower sealing tool is pulled out, wherein the lower sealing tool comprises: a lower fixed block on which the sealing part of the pouch from which the electrode lead is pulled out is seated on a top surface thereof; and one or more lower detachable blocks detachably coupled to the lower fixed block and configured to support a sealing surface, on which the electrode lead is not disposed, of the sealing part of the pouch from which the electrode lead is pulled out, a lower fixed block on which the sealing part of the pouch from which the electrode lead is pulled out is seated on a top surface thereof; and one or more lower detachable blocks detachably coupled to the lower fixed block and configured to support a sealing surface, on which the electrode lead is not disposed, of the sealing part of the pouch from which the electrode lead is pulled out, wherein the lower fixed block is provided with a plurality of first lower coupling parts on the top surface thereof in a longitudinal direction, and each of the lower detachable blocks is provided with a second lower coupling part detachably coupled to the first lower coupling part corresponding to the sealing surface, on which the electrode lead is not disposed, among the plurality of first lower coupling parts, wherein the first lower coupling part is provided as a coupling groove, and the second lower coupling part is provided as a coupling protrusion detachably coupled to the coupling groove.
A multi-part lyophilization container, the container comprising: a front surface; a back surface; a non-breathable section including a port region, the non-breathable section configured to accommodate a liquid, a solid, a gas, or any combination thereof; a breathable section including a breathable membrane, the breathable section configured to accommodate only a gas; and an occlusion zone encompassing a boundary bridging the non-breathable section and the breathable section; characterized in that: the front surface and the back surface each comprise a portion of breathable section including a breathable membrane. a front surface; a back surface; a non-breathable section including a port region, the non-breathable section configured to accommodate a liquid, a solid, a gas, or any combination thereof; a breathable section including a breathable membrane, the breathable section configured to accommodate only a gas; and an occlusion zone encompassing a boundary bridging the non-breathable section and the breathable section; characterized in that: the front surface and the back surface each comprise a portion of breathable section including a breathable membrane.
A method of packaging a chemical mechanical planarization brush having a cylindrical brush portion and a pair of end connection portions (122, 124), the method comprising: at least dampening the brush with a liquid; covering the cylindrical brush portion with a flexible sheet that extends around and engages the surface of the cylindrical portion; engaging each of the end connection portions (122, 124) with a respective end support (108, 110), the end supports (108, 110) having a flange portion with a diameter greater than a maximum diameter of the cylindrical portion; inserting the dampened brush into a rigid polymer tubular shipping container having a tubular wall with an inside surface, whereby the end supports (122, 124) keep the cylindrical brush portion from contact and from deformation of the cylindrical portion by the tubular wall; hermetically sealing the rigid polymer shipping container; and providing an additional exterior self-supporting packaging around the rigid polymer shipping container. at least dampening the brush with a liquid; covering the cylindrical brush portion with a flexible sheet that extends around and engages the surface of the cylindrical portion; engaging each of the end connection portions (122, 124) with a respective end support (108, 110), the end supports (108, 110) having a flange portion with a diameter greater than a maximum diameter of the cylindrical portion; inserting the dampened brush into a rigid polymer tubular shipping container having a tubular wall with an inside surface, whereby the end supports (122, 124) keep the cylindrical brush portion from contact and from deformation of the cylindrical portion by the tubular wall; hermetically sealing the rigid polymer shipping container; and providing an additional exterior self-supporting packaging around the rigid polymer shipping container.
A driver circuit for controlling and powering a smoke generating canister to emit smoke, the driver circuit comprising first and second terminals for respective connection to a first pole and a second pole of the smoke generating canister for activation thereof, characterised by a charging unit configured to provide after a charging process of the charging unit, sufficient power to activate the smoke generating canister, a switching unit connected to the charging unit and to the first terminal, wherein the switching unit, upon activation thereof, is configured to release power from the charging unit to the smoke generating canister via the first terminal when the smoke generating canister is connected thereto, and a connecting unit connected to the second terminal and to electrical ground, wherein the connecting unit, upon activation thereof, is configured to allow power to flow through the smoke generating canister when the smoke generating canister is connected between the first and second terminals, wherein, when the smoke generating canister is connected between the first and second terminals, activation of both the connecting unit and the switching unit during an overlapping time period is required for activation of the smoke generating canister. a charging unit configured to provide after a charging process of the charging unit, sufficient power to activate the smoke generating canister, a switching unit connected to the charging unit and to the first terminal, wherein the switching unit, upon activation thereof, is configured to release power from the charging unit to the smoke generating canister via the first terminal when the smoke generating canister is connected thereto, and a connecting unit connected to the second terminal and to electrical ground, wherein the connecting unit, upon activation thereof, is configured to allow power to flow through the smoke generating canister when the smoke generating canister is connected between the first and second terminals, wherein, when the smoke generating canister is connected between the first and second terminals, activation of both the connecting unit and the switching unit during an overlapping time period is required for activation of the smoke generating canister.
Use of an element comprising a one-piece body made from concrete of which the volume is greater than 1 L for the suppression from the atmosphere of at least nitrogen oxides, characterised in that said element has a surface porosity measured by mercury strictly greater than 8%, and in that said element comprises, in the body made from concrete and/or at the surface of the body made from concrete, a compound chosen from the group comprising activated charcoal or activated charcoal grafted with additional chemical functions or treated thermally, and having a BET specific exchange surface measured by nitrogen greater than 100 m 2 /g, and in that said element contains no photocatalytic agent.
A downhole completion system for completing a well having a borehole, said downhole completion system comprising: - a well tubular metal structure arranged in the borehole forming an annulus and comprising: - a wall, and - a plurality of sensor units forming a mesh network, where each sensor unit is configured to form a network node being configured to relay data for the mesh network, and where each of the sensors is configured to cooperate in the distribution of data in the network, wherein each sensor unit is configured to receive wirelessly transmitted data from an adjacent sensor unit and to forward the received data to adjacent sensor units, and wherein at least a number of said sensor units is provided with a self-powering device configured to harvest energy downhole. - a well tubular metal structure arranged in the borehole forming an annulus and comprising: - a wall, and - a plurality of sensor units forming a mesh network, where each sensor unit is configured to form a network node being configured to relay data for the mesh network, and where each of the sensors is configured to cooperate in the distribution of data in the network, wherein each sensor unit is configured to receive wirelessly transmitted data from an adjacent sensor unit and to forward the received data to adjacent sensor units, and wherein at least a number of said sensor units is provided with a self-powering device configured to harvest energy downhole. - a wall, and - a plurality of sensor units forming a mesh network, where each sensor unit is configured to form a network node being configured to relay data for the mesh network, and where each of the sensors is configured to cooperate in the distribution of data in the network, wherein each sensor unit is configured to receive wirelessly transmitted data from an adjacent sensor unit and to forward the received data to adjacent sensor units, and wherein at least a number of said sensor units is provided with a self-powering device configured to harvest energy downhole.
A p97 (melanotransferrin) fusion protein that comprises an iduronate-2-sulfatase polypeptide fused to the N-terminus of a p97 polypeptide and an optional peptide linker in between, wherein the p97 polypeptide consists of the amino acid sequence DSSHAFTLDELR.
A diaphragm comprising: an edge surrounding the diaphragm having a recessed portion (208a, 208c) having a recess in one direction of vibration of the diaphragm, and a projecting portion (208b, 208d) having a projection in the one direction, at least part of the edge continuously having a first changing shape and a second changing shape, the first changing shape having a shape in which a cross-sectional shape of the recessed portion (208a, 208c) has a length gradually reduced, a cross-sectional shape of the projecting portion (208b, 208d) has a length gradually increased, and the recessed portion (208a, 208c) and the projecting portion (208b, 208d) change from one to the other, and the second changing shape having a shape in which the cross-sectional shape of the recessed portion (208a, 208c) having a length gradually increased, the cross-sectional shape of the projecting portion (208b, 208d) having a length gradually reduced, the projecting portion (208b, 208d) and the recessed portion (208a, 208c) change from one to the other, characterised by a rib (301, 302, 303, 304, 305, 306) abutting on a surface of the projecting portion (208b, 208d) is provided. an edge surrounding the diaphragm having a recessed portion (208a, 208c) having a recess in one direction of vibration of the diaphragm, and a projecting portion (208b, 208d) having a projection in the one direction, at least part of the edge continuously having a first changing shape and a second changing shape, the first changing shape having a shape in which a cross-sectional shape of the recessed portion (208a, 208c) has a length gradually reduced, a cross-sectional shape of the projecting portion (208b, 208d) has a length gradually increased, and the recessed portion (208a, 208c) and the projecting portion (208b, 208d) change from one to the other, and the second changing shape having a shape in which the cross-sectional shape of the recessed portion (208a, 208c) having a length gradually increased, the cross-sectional shape of the projecting portion (208b, 208d) having a length gradually reduced, the projecting portion (208b, 208d) and the recessed portion (208a, 208c) change from one to the other, characterised by a rib (301, 302, 303, 304, 305, 306) abutting on a surface of the projecting portion (208b, 208d) is provided.
A lure comprising: a body having a hollow portion therein, the body being made of a translucent material, wherein a body inner wall surface forming the hollow portion has a polyhedral structure including a first plane and a second plane connected to the first plane, characterised in that a multilayer colored region including a first colored portion and a second colored portion stacked on the first colored portion, the second colored portion having a color that is different from that of the first colored portion, is provided on the first plane or on a body outer wall surface corresponding to the first plane. a body having a hollow portion therein, the body being made of a translucent material, wherein a body inner wall surface forming the hollow portion has a polyhedral structure including a first plane and a second plane connected to the first plane, characterised in that a multilayer colored region including a first colored portion and a second colored portion stacked on the first colored portion, the second colored portion having a color that is different from that of the first colored portion, is provided on the first plane or on a body outer wall surface corresponding to the first plane.
A cell processing method, comprising: obtaining, by a first sending end according to a foreknown length of a link between each sending end in multiple sending ends and a receiving end, a delay time, which is from each sending end in the multiple sending ends to the receiving end, of a cell sent by the respective sending end, wherein the length of the link between each sending end and the receiving end is prestored in the first sending end; obtaining, by the first sending end, a first timestamp compensation time, wherein the first timestamp compensation time is T1-Tmin, wherein T1 is the delay time, which is from the first sending end to a receiving end, of the first cell sent by the first sending end, Tmin is a minimum value of a delay time, which is from each sending end in multiple sending ends to the receiving end, of a cell sent by a respective sending end, and the multiple sending ends comprise the first sending end; adding (S402; S702), by the first sending end, the first timestamp compensation time to a first timestamp carried in the first cell, wherein the first timestamp is a sending time of the first cell; and sending (S403; S703), by the first sending end to the receiving end, the first cell that is added with the first timestamp compensation time, so that the receiving end forwards the first cell according to the first timestamp that is added with the first timestamp compensation time. obtaining, by a first sending end according to a foreknown length of a link between each sending end in multiple sending ends and a receiving end, a delay time, which is from each sending end in the multiple sending ends to the receiving end, of a cell sent by the respective sending end, wherein the length of the link between each sending end and the receiving end is prestored in the first sending end; obtaining, by the first sending end, a first timestamp compensation time, wherein the first timestamp compensation time is T1-Tmin, wherein T1 is the delay time, which is from the first sending end to a receiving end, of the first cell sent by the first sending end, Tmin is a minimum value of a delay time, which is from each sending end in multiple sending ends to the receiving end, of a cell sent by a respective sending end, and the multiple sending ends comprise the first sending end; adding (S402; S702), by the first sending end, the first timestamp compensation time to a first timestamp carried in the first cell, wherein the first timestamp is a sending time of the first cell; and sending (S403; S703), by the first sending end to the receiving end, the first cell that is added with the first timestamp compensation time, so that the receiving end forwards the first cell according to the first timestamp that is added with the first timestamp compensation time.
A method for preparing an aqueous dispersion of metal oxide particles, comprising the step of: performing phase transfer of a plurality of metal oxide particles capped with hydrophobic ligands on a surface there of by contacting the metal oxide particles with a combination of tertiary amine and water to form a biphasic mixture, and agitating said biphasic mixture to produce an aqueous dispersion of metal oxide particles capped with hydrophobic ligands and tertiary amine ligands on the surface thereof.
Cylinder/plate pump comprising a housing and comprising within said housing: - a drive shaft, - a rotary plate driven by said drive shaft, - a wobble plate made to wobble by said rotary plate, said wobble plate being connected so as to pivot about the axis of said rotary plate relative to said rotary plate, - a cylinder block having at least two circumferentially distributed compression chambers, and - at least two pistons that are respectively able to move in translation in said compression chambers of said cylinder block, said pistons being driven by said wobble plate by means of rods, characterized in that said rotary plate is driven by said drive shaft by means of a pegged ball joint, the position of said pegged ball joint determining the inclination of said rotary plate and of said wobble plate relative to said drive shaft. - a drive shaft, - a rotary plate driven by said drive shaft, - a wobble plate made to wobble by said rotary plate, said wobble plate being connected so as to pivot about the axis of said rotary plate relative to said rotary plate, - a cylinder block having at least two circumferentially distributed compression chambers, and - at least two pistons that are respectively able to move in translation in said compression chambers of said cylinder block, said pistons being driven by said wobble plate by means of rods, characterized in that said rotary plate is driven by said drive shaft by means of a pegged ball joint, the position of said pegged ball joint determining the inclination of said rotary plate and of said wobble plate relative to said drive shaft.
A vehicle tire having a tread comprising a first circumferential rib having a side face that defines a first side of a circumferential groove; a second circumferential rib having a side face that defines a second side of the circumferential groove; wherein the side face of the first circumferential rib comprises a plurality of radially extending paddles each defined by first and second walls (42, 44) that extend from the side face of the first circumferential rib; wherein the side face of the second circumferential rib comprises a plurality of radially extending paddles each defined by first and second walls (42, 44) that extend from the side face of the second circumferential rib; and wherein a ratio RW of a length of each first wall to a length of each second wall for each of the plurality of radially extending paddles is at least 1.2, characterized in that each first wall is oriented with respect to each second wall at an angle that is between 100 degrees and 140 degrees.
A modified hydrocarbon resin characterized by being formed by introducing a carboxyl group or an acid anhydride group derived from an unsaturated carboxylic acid or an unsaturated dicarboxylic acid anhydride into a resin formed by hydrogenating a hydrocarbon resin comprising: a 1,3-pentadiene monomeric unit of 20 mass% to 70 mass%; a C 4-6 alicyclic monoolefin monomeric unit of 10 mass% to 40 mass%; a C 4-8 acyclic monoolefin monomeric unit of 5 mass% to 30 mass%; an alicyclic diolefin monomeric unit of 0 mass% to 1 mass%; and an aromatic monoolefin monomeric unit of 0 mass% to 40 mass%; wherein a degree of hydrogenation of the olefins is within a range of 0.1% to 50%. a 1,3-pentadiene monomeric unit of 20 mass% to 70 mass%; a C 4-6 alicyclic monoolefin monomeric unit of 10 mass% to 40 mass%; a C 4-8 acyclic monoolefin monomeric unit of 5 mass% to 30 mass%; an alicyclic diolefin monomeric unit of 0 mass% to 1 mass%; and an aromatic monoolefin monomeric unit of 0 mass% to 40 mass%; wherein a degree of hydrogenation of the olefins is within a range of 0.1% to 50%.
A human engineered CGRP antibody comprising a light chain variable region (LCVR) and a heavy chain variable region (HCVR), wherein said LCVR comprises LCDR1, LCDR2, LCDR3 amino acid sequences and HCVR comprises HCDR1, HCDR2, HCDR3 amino acid sequences, wherein LCDR1 is RASKDISKYLN (SEQ ID NO: 6), LCDR2 is YTSGYHS (SEQ ID NO: 7), LCDR3 is QQGDALPPT (SEQ ID NO: 5), HCDR1 is GYTFGNYWMQ (SEQ ID NO: 12), HCDR2 is AIYEGTGKTVYIQKFAD (SEQ ID NO: 16), and HCDR3 is LSDYVSGFGY (SEQ ID NO: 39).