mhurhangee/ep-ind-claims huggingface dataset:
A fixing and unlocking mechanism for a plug-in type circuit breaker, comprising a housing, and a button mounted in a button slot of the housing, wherein the housing is provided therein with a locking mechanism, wherein the locking mechanism prevents the plug-in type circuit breaker from being unplugged from an installation cabinet, wherein the housing is further provided therein with an unlocking mechanism, wherein the unlocking mechanism is capable of unlocking the locking mechanism so that the plug-in type circuit breaker is unplugged from the installation cabinet, characterised in that the locking mechanism comprises a fastener, a cylinder is provided at a right end of the fastener, the cylinder is mounted in an arcuate groove on an inner wall of the housing, a first torsion spring is mounted to the housing, the first torsion spring has one end resting on a lower surface of the fastener, a first locking boss is provided on an upper surface of the fastener, and the housing is provided with a first limiting slot hole corresponding to the first locking boss. a housing, and a button mounted in a button slot of the housing, wherein the housing is provided therein with a locking mechanism, wherein the locking mechanism prevents the plug-in type circuit breaker from being unplugged from an installation cabinet, wherein the housing is further provided therein with an unlocking mechanism, wherein the unlocking mechanism is capable of unlocking the locking mechanism so that the plug-in type circuit breaker is unplugged from the installation cabinet, characterised in that the locking mechanism comprises a fastener, a cylinder is provided at a right end of the fastener, the cylinder is mounted in an arcuate groove on an inner wall of the housing, a first torsion spring is mounted to the housing, the first torsion spring has one end resting on a lower surface of the fastener, a first locking boss is provided on an upper surface of the fastener, and the housing is provided with a first limiting slot hole corresponding to the first locking boss.
A low-density-lipoprotein receptor-related protein 6 polypeptide binding molecule comprising an antigen binding portion of a monoclonal antibody that specifically binds to the first propeller of LRP6, wherein the antigen binding portion binds to an epitope within propeller 1 of human LRP6 within or overlapping amino acids 20-326 of and wherein the antigen binding portion is capable of antagonizing Wnt1-induced signaling pathway.
A method, comprising: measuring, at multiple instances of time during a touch interval over which touch occurs, capacitance values of a capacitive touch screen display associated with an area in contact with a finger touching the capacitive touch screen display; determining, at the multiple instances of time, a size of the area on the capacitive touch screen display in contact with the finger touching the capacitive touch screen display; determining a rate of change in the size of the area in contact with the finger with respect to time; estimating a speed associated with the finger based on the determined rate of change in the size of the area; measuring, at the multiple instances of time during the touch interval, an acoustic intensity of the finger touching the capacitive touch screen display; determining an initial estimate of touch force based on the measured acoustic intensity; and estimating a touching force of the finger touching the capacitive touch screen display based on the estimated speed associated with the finger and the initial estimate of touch force. measuring, at multiple instances of time during a touch interval over which touch occurs, capacitance values of a capacitive touch screen display associated with an area in contact with a finger touching the capacitive touch screen display; determining, at the multiple instances of time, a size of the area on the capacitive touch screen display in contact with the finger touching the capacitive touch screen display; determining a rate of change in the size of the area in contact with the finger with respect to time; estimating a speed associated with the finger based on the determined rate of change in the size of the area; measuring, at the multiple instances of time during the touch interval, an acoustic intensity of the finger touching the capacitive touch screen display; determining an initial estimate of touch force based on the measured acoustic intensity; and estimating a touching force of the finger touching the capacitive touch screen display based on the estimated speed associated with the finger and the initial estimate of touch force.
A method for optimizing power quality in a power distribution network, the method comprising: modeling an operation of a power distribution network; measuring at least one characteristic associated with cleanliness of power of the power distribution network; the cleanliness of the power associated with delivery of the power at a constant voltage and at a constant frequency; determining whether the at least one characteristic meets a first predetermined performance criteria; predicting a future operational performance of the power distribution network based at least in part upon the modeling and determining whether the future operational performance meets a second predetermined performance criteria; characterised by, in response to determining the at least one characteristic associated with the operation of the power distribution network does not meet the first predetermined performance criteria or the predicted future operational performance of the power distribution network does not meet the second predetermined performance criteria, taking a corrective action with respect to the power distribution network to improve the cleanliness of power of the power distribution network. modeling an operation of a power distribution network; measuring at least one characteristic associated with cleanliness of power of the power distribution network; the cleanliness of the power associated with delivery of the power at a constant voltage and at a constant frequency; determining whether the at least one characteristic meets a first predetermined performance criteria; predicting a future operational performance of the power distribution network based at least in part upon the modeling and determining whether the future operational performance meets a second predetermined performance criteria; characterised by, in response to determining the at least one characteristic associated with the operation of the power distribution network does not meet the first predetermined performance criteria or the predicted future operational performance of the power distribution network does not meet the second predetermined performance criteria, taking a corrective action with respect to the power distribution network to improve the cleanliness of power of the power distribution network.
A method of making a wireless charging device for an electronic device, comprising: providing a substrate (16, 32) made of glass or glass-ceramic and having a shape and size adapted for covering an area of the electronic device; and printing a coil (22, 38) on a surface (20, 36) of the substrate or on a decoration layer (18, 34) on the surface of the substrate using a conductive ink; applying an electromagnetic interference absorber layer (26, 42) over the printed coil (22, 38); and applying an insulation layer (24, 40) over the printed coil (22, 38) prior to applying the electromagnetic interference absorber layer such that the insulation layer is interposed between the printed coil and the electromagnetic interference absorber layer. providing a substrate (16, 32) made of glass or glass-ceramic and having a shape and size adapted for covering an area of the electronic device; and printing a coil (22, 38) on a surface (20, 36) of the substrate or on a decoration layer (18, 34) on the surface of the substrate using a conductive ink; applying an electromagnetic interference absorber layer (26, 42) over the printed coil (22, 38); and applying an insulation layer (24, 40) over the printed coil (22, 38) prior to applying the electromagnetic interference absorber layer such that the insulation layer is interposed between the printed coil and the electromagnetic interference absorber layer.
A fuel cell module (12, 80) comprising a plurality of power generation cells each including an electrolyte electrode assembly and configured to perform power generation by utilizing a fuel gas and an oxygen-containing gas, wherein the plurality of power generation cells are arranged in a circle to form an annular structural body, the plurality of power generation cells are stacked together along a circumferential direction of the annular structural body, and a stacking load is applied to the plurality of power generation cells in the circumferential direction; each of the plurality of power generation cells comprises an electrically conductive base plate including a first plate part and a second plate part extending in directions intersecting with each other, the base plate is V-shaped when seen from an axial direction of the annular structural body; a first reactant gas flow field is provided between power generation cells that are adjacent to each other in the circumferential direction, among the plurality of power generation cells, to allow one of the fuel gas and the oxygen-containing gas to flow along the first reactant gas flow field; a ridge protruding outward is provided in the base plate to provide the first reactant gas flow field by the ridge; and insulating material is provided on the ridge.
A decorative radome comprising a substrate formed of a radio transmissive resin, the substrate having a proximal face and a distal face and a decoration layer applied to the proximal face, characterized in that the decoration layer is composed of boron, silicon, germanium, arsenic, antimony and/or tellurium or an alloy composed of boron, silicon, germanium, arsenic, antimony or tellurium deposited on the surface of the proximal face.
A zinc-free transmission oil composition for construction machinery comprising: (a) a major amount of an oil of lubricating viscosity, (b) at least 0.25 wt. % of a dithiophosphorylated carboxylic acid compound, and (c) 1 to 20 wt.% of a succinimide dispersant derived from a polyisobutylene group of 1200 number average molecular weight or less. (a) a major amount of an oil of lubricating viscosity, (b) at least 0.25 wt. % of a dithiophosphorylated carboxylic acid compound, and (c) 1 to 20 wt.% of a succinimide dispersant derived from a polyisobutylene group of 1200 number average molecular weight or less.
A blended padding comprising two or more types of fibers comprising a main fiber and a functional fiber, wherein the main fiber is a polyester fiber, characterized in that the main fiber and the functional fiber are different types of fibers, a fiber diameter and a fiber length of the functional fiber are within a range between minus 10% and plus 10% (± 10%) to a fiber diameter and a fiber length of the main fiber, a specific gravity of the functional fiber is within a range between minus 10% and plus 10% (± 10%) to a specific gravity of the main fiber, and when 2 g of the blended padding is randomly sampled from each of 6 places to determine a blending ratio, a blending ratio variation, which is calculated by the formula: maximum blending ratio - minimum blending ratio, between said two or more types of fibers is 10% by mass or less.
A manufacturing method of a composite sheet that continuously supplies, to a sheet surface of a belt-like sheet that is transported continuously in a predetermined transporting direction, an elastic belt member while reciprocating the belt member in an intersecting direction that intersects the transporting direction, and bonds the belt member to the sheet surface of the belt-like sheet while continuously changing a bonding position of the belt member on the sheet surface in the intersecting direction, the method comprising: causing the belt member to contact with the sheet surface of the belt-like sheet and to bond thereto, by supplying the belt-like sheet to an outer circumferential surface of a bonding roll that rotates in a direction along the transporting direction, and supplying the belt member via a guide member to a part of the belt-like sheet that is brought in contact with the outer circumferential surface of the bonding roll and overlapping the belt member to the part, the guide member having a reciprocating roller that reciprocates in the intersecting direction and a supply roller that is provided at a predetermined location and to which the belt member is supplied to; wrapping the belt member subsequently around the outer circumferential surface of the supply roller and the outer circumferential surface of the reciprocating roller and leading the belt member to the belt-like sheet; oscillating the supply roller so that the outer circumferential surface of the supply roller faces toward the reciprocating roller in accordance with a reciprocating motion of the reciprocating roller. causing the belt member to contact with the sheet surface of the belt-like sheet and to bond thereto, by supplying the belt-like sheet to an outer circumferential surface of a bonding roll that rotates in a direction along the transporting direction, and supplying the belt member via a guide member to a part of the belt-like sheet that is brought in contact with the outer circumferential surface of the bonding roll and overlapping the belt member to the part, the guide member having a reciprocating roller that reciprocates in the intersecting direction and a supply roller that is provided at a predetermined location and to which the belt member is supplied to; wrapping the belt member subsequently around the outer circumferential surface of the supply roller and the outer circumferential surface of the reciprocating roller and leading the belt member to the belt-like sheet; oscillating the supply roller so that the outer circumferential surface of the supply roller faces toward the reciprocating roller in accordance with a reciprocating motion of the reciprocating roller.
A clot capture system, comprising: a first, outer tubular shaft comprising a central lumen; a second tubular shaft configured to be positioned within the central lumen of the first, outer shaft; a tubular mesh comprising a first end, a second end, and an axial length therebetween, the first end having a proximal-facing opening, characterised by; the tubular mesh being compressed within a lumen of the second tubular shaft in a delivery configuration, wherein the tubular mesh is transformable to a second configuration in which the first end is radially expanded and the second end and a majority of the tubular mesh remains radially compressed within the lumen of the second tubular shaft and the second end is positioned proximal to the first end and the tubular mesh has a first expanded axial length, wherein the first, outer tubular shaft is retracted proximally to radially expand an end that includes the proximal-facing opening of the tubular mesh to a dynamic fold point which serves as the effective expanded distal end of the tubular mesh, and wherein the tubular mesh is transformable to a third configuration in which the tubular mesh has a second expanded axial length greater than the first expanded axial length, wherein a width of the tubular mesh along the second expanded axial length is substantially the same as a width of the tubular mesh along the first expanded axial length. a first, outer tubular shaft comprising a central lumen; a second tubular shaft configured to be positioned within the central lumen of the first, outer shaft; a tubular mesh comprising a first end, a second end, and an axial length therebetween, the first end having a proximal-facing opening, characterised by; the tubular mesh being compressed within a lumen of the second tubular shaft in a delivery configuration, wherein the tubular mesh is transformable to a second configuration in which the first end is radially expanded and the second end and a majority of the tubular mesh remains radially compressed within the lumen of the second tubular shaft and the second end is positioned proximal to the first end and the tubular mesh has a first expanded axial length, wherein the first, outer tubular shaft is retracted proximally to radially expand an end that includes the proximal-facing opening of the tubular mesh to a dynamic fold point which serves as the effective expanded distal end of the tubular mesh, and wherein the tubular mesh is transformable to a third configuration in which the tubular mesh has a second expanded axial length greater than the first expanded axial length, wherein a width of the tubular mesh along the second expanded axial length is substantially the same as a width of the tubular mesh along the first expanded axial length.
A method for removing moisture from a cargo box of a mobile refrigerated container equipped with a refrigeration unit comprising the step of: circulating air from the cargo box through an evaporator of the refrigeration unit and back to the cargo box; characterized in that the method further comprises operating the refrigeration unit in alternating cycles of first heating the circulating air (25, 35) and then cooling the air. circulating air from the cargo box through an evaporator of the refrigeration unit and back to the cargo box; characterized in that the method further comprises operating the refrigeration unit in alternating cycles of first heating the circulating air (25, 35) and then cooling the air.
A method for the production of a plug from a plug housing and elongated contacts, wherein the contacts have a curved longitudinal axis within the finished plug, comprising the introduction of front sections of the contacts in contact supports of a plug housing element; holding of the plug housing element by means of a first holding device of a plug production device; holding of the rear sections of the contacts by means of a second holding device of the plug production device; and also the pivoting of the first holding device with the plug housing element held by the latter relative to the second holding device with the contacts held by the latter, whereby a bending of the longitudinal axis of the contacts takes place in the region between its front sections and its rear sections, characterised in that during the introduction of the front sections of the contacts into contact supports of the plug housing element, the plug housing element is held by the first holding device, the contacts are held by the second holding device and the first holding device and the second holding device are moved relative to one another and towards each other.
A secondary battery comprising: a case having an internal space; an electrode assembly inserted into the case and including a first electrode plate, a second electrode plate and a separator formed between the first electrode plate and the second electrode plate; a cap plate sealing the case, electrically connected to the first electrode plate of the electrode assembly and having a safety vent provided on its one region; an upper insulation member formed on the cap plate; a sub terminal plate formed on the upper insulation member and electrically connected to the safety vent through a connector part extending from its one end; and a terminal plate making contact with and coupled to a top portion of the upper insulation member and coupled to the sub terminal plate, characterized in that the secondary battery further comprising: an adhesion member formed on at least one of contact interfaces where the upper insulation member is coupled to the cap plate and the terminal plate; and in that the sub terminal plate is coupled to the terminal plate and the safety vent by welding. a case having an internal space; an electrode assembly inserted into the case and including a first electrode plate, a second electrode plate and a separator formed between the first electrode plate and the second electrode plate; a cap plate sealing the case, electrically connected to the first electrode plate of the electrode assembly and having a safety vent provided on its one region; an upper insulation member formed on the cap plate; a sub terminal plate formed on the upper insulation member and electrically connected to the safety vent through a connector part extending from its one end; and a terminal plate making contact with and coupled to a top portion of the upper insulation member and coupled to the sub terminal plate, characterized in that the secondary battery further comprising: an adhesion member formed on at least one of contact interfaces where the upper insulation member is coupled to the cap plate and the terminal plate; and in that the sub terminal plate is coupled to the terminal plate and the safety vent by welding. an adhesion member formed on at least one of contact interfaces where the upper insulation member is coupled to the cap plate and the terminal plate; and in that the sub terminal plate is coupled to the terminal plate and the safety vent by welding.
A surgical retractor system comprising a substantially tubular retractor having in axial direction a number of segments (3, 3', 3", 3′′′), wherein at least one segment is subdivided in the circumferential direction into at least one expanding section and one plate section (5, 5') which are of differing radial flexibility and connected to each other in a one-piece material bond so that a plastic radial expansion of the retractor is made possible, wherein the surgical retractor system has at least one extractor (6, 6'), which has a handle section (10, 10') and an operating section (9, 9') with a longitudinal slit (11, 11'), which is defined by a first leg (18, 18') and a second leg (19, 19') and can be placed on the plate section (5, 5') in such a way that it engages around the latter in a quasi-linear manner on its radially inward-facing surface and on its radially outward-facing surface, so that the first leg (18, 18') contacts the retractor from radially inside, while the second leg (19, 19') contacts the retractor from radially outside, so that it brings about, in case of a radial expansion, a plastic radial constriction of the retractor contrary to the radial expansion of the retractor, in that the at least one extractor, via its two legs (18, 18', 19, 19'), cooperates with the at least one plate section for the introduction of a torsional moment in order to effect the radial constriction of the retractor in this way.