mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a cable-type secondary battery, the method comprising: (a) preparing a first polarity current collector having a long and thin shape, whose cross-section perpendicular to the longitudinal direction is circular, asymmetrical oval, or polygonal; (b) forming at least two first polarity electrode active material layers on an outer surface of the first polarity current collector to be spaced apart from each other at a predetermined interval in the longitudinal direction; (c) forming an electrolyte layer to surround at least two first polarity electrode active material layers; (d) forming at least two second polarity electrode active material layers on an outer surface of the electrolyte layer to be spaced apart from each other at a predetermined interval at positions corresponding to the first polarity electrode active material layers; (e) forming an electrode assembly by surrounding the second polarity electrode active material layers with a second polarity current collector; (f) surrounding the electrode assembly with a cover member; and (g) continuously bending the electrode assembly and the cover member into an "S" shape with respect to a space formed by the predetermined interval between the first polarity electrode active material layers. (a) preparing a first polarity current collector having a long and thin shape, whose cross-section perpendicular to the longitudinal direction is circular, asymmetrical oval, or polygonal; (b) forming at least two first polarity electrode active material layers on an outer surface of the first polarity current collector to be spaced apart from each other at a predetermined interval in the longitudinal direction; (c) forming an electrolyte layer to surround at least two first polarity electrode active material layers; (d) forming at least two second polarity electrode active material layers on an outer surface of the electrolyte layer to be spaced apart from each other at a predetermined interval at positions corresponding to the first polarity electrode active material layers; (e) forming an electrode assembly by surrounding the second polarity electrode active material layers with a second polarity current collector; (f) surrounding the electrode assembly with a cover member; and (g) continuously bending the electrode assembly and the cover member into an "S" shape with respect to a space formed by the predetermined interval between the first polarity electrode active material layers.
In a client computing system, a method for receiving credentials that can be used to authenticate with a server computing system, the method comprising: an act of receiving a limited-use credential; an act of establishing a secure link between the client computing system and the server computing system; an act of submitting the limited-use credential to the server computing system over the established secure link; and an act of receiving, over the established secure link, an additional, more permanent, credential that can be used for subsequent authentication with the server computing system, the additional credential being provisioned at the server computing system based on the limited-use credential, wherein establishing a secure link between the client computing system and the server computing system comprises the client computing system and the server computing system exchanging public keys to establish a session key. an act of receiving a limited-use credential; an act of establishing a secure link between the client computing system and the server computing system; an act of submitting the limited-use credential to the server computing system over the established secure link; and an act of receiving, over the established secure link, an additional, more permanent, credential that can be used for subsequent authentication with the server computing system, the additional credential being provisioned at the server computing system based on the limited-use credential, wherein establishing a secure link between the client computing system and the server computing system comprises the client computing system and the server computing system exchanging public keys to establish a session key.
A robot comprising: a robot arm; an attaching portion provided on a leading end of the robot arm; an end effector attached to the attaching portion; an end-effector-side cable extending from the end effector; and a robot-side cable (41, 42, 43, 44, 45, 46) arranged along the robot arm, wherein the attaching portion includes a front wall, a back wall, and a right wall, the front wall, the back wall, and the right wall being all bent at substantially right angles, the front wall being attached to a back surface of the end effector, the back wall being attached to the leading end of the robot arm, and the right wall including a through hole running through the right wall, and the robot-side cable (41, 42, 43, 44, 45, 46) is drawn out from a side surface of a leading end arm of the robot arm forward from the front wall of the attaching portion via the through hole, a terminal of the robot-side cable (41, 42, 43, 44, 45, 46) being connected to a terminal of the end-effector-side cable, characterised by the robot further comprising a connection portion via which the robot-side cable (41, 42, 43, 44, 45, 46) is connected to the end-effector-side cable, wherein the connection portion includes solderless terminals (4b, 9b) provided on end portions of the robot-side cable (41, 42, 43, 44, 45, 46) and the end-effector-side cable, and wherein the connection portion is covered with an insulative tube. a robot arm; an attaching portion provided on a leading end of the robot arm; an end effector attached to the attaching portion; an end-effector-side cable extending from the end effector; and a robot-side cable (41, 42, 43, 44, 45, 46) arranged along the robot arm, wherein the attaching portion includes a front wall, a back wall, and a right wall, the front wall, the back wall, and the right wall being all bent at substantially right angles, the front wall being attached to a back surface of the end effector, the back wall being attached to the leading end of the robot arm, and the right wall including a through hole running through the right wall, and the robot-side cable (41, 42, 43, 44, 45, 46) is drawn out from a side surface of a leading end arm of the robot arm forward from the front wall of the attaching portion via the through hole, a terminal of the robot-side cable (41, 42, 43, 44, 45, 46) being connected to a terminal of the end-effector-side cable, characterised by the robot further comprising a connection portion via which the robot-side cable (41, 42, 43, 44, 45, 46) is connected to the end-effector-side cable, wherein the connection portion includes solderless terminals (4b, 9b) provided on end portions of the robot-side cable (41, 42, 43, 44, 45, 46) and the end-effector-side cable, and wherein the connection portion is covered with an insulative tube.
A metal-resin joining device for joining a thermoplastic resin material to a metal material by melting at least a portion of the thermoplastic resin material in contact with the metal material through heating the metal material, the device comprising: a center electrode that is brought in contact with the metal material; and one or at least three peripheral electrodes (24b; 24b1, 24b2, 24b3; 24b11,..., b1n; 24e; 24f) that is or are brought in contact with the metal material so as to annularly surround the center electrode and to which a current flows from the center electrode via the metal material, characterized in that the one or at least three peripheral electrodes (24b; 24b1, 24b2, 24b3; 24b11,..., b1n; 24e; 24f) is or are made of a metal material having a higher electrical resistance and/or a lower thermal conductivity than the center electrode. a center electrode that is brought in contact with the metal material; and one or at least three peripheral electrodes (24b; 24b1, 24b2, 24b3; 24b11,..., b1n; 24e; 24f) that is or are brought in contact with the metal material so as to annularly surround the center electrode and to which a current flows from the center electrode via the metal material, characterized in that the one or at least three peripheral electrodes (24b; 24b1, 24b2, 24b3; 24b11,..., b1n; 24e; 24f) is or are made of a metal material having a higher electrical resistance and/or a lower thermal conductivity than the center electrode.
A system for controlling disgorgement of objects, said system comprising: a container system including a container for containing objects; rotation means for rotating the container to a disgorgement angle; and movement means for moving at least a portion of the container system in a repetitious manner with a net zero distance of travel of the at least the portion of the container system such that said objects are disgorged from the container at a controlled rate of disgorgement, wherein that the container system includes a flap (126, 128) that extends down from an upper portion of the container when the container is at the disgorgement angle, characterized in that the flap is a multi-part flap such that a lower portion of the flap is less restricting of objects pushing through the flap than is an upper portion of the flap. a container system including a container for containing objects; rotation means for rotating the container to a disgorgement angle; and movement means for moving at least a portion of the container system in a repetitious manner with a net zero distance of travel of the at least the portion of the container system such that said objects are disgorged from the container at a controlled rate of disgorgement, wherein that the container system includes a flap (126, 128) that extends down from an upper portion of the container when the container is at the disgorgement angle, characterized in that the flap is a multi-part flap such that a lower portion of the flap is less restricting of objects pushing through the flap than is an upper portion of the flap.
An optical device for viewing an image of the glottis, formed by an optical conduit with a distal end and a proximal end, comprising: - image transmission means (14, 15, 16, 50, 114, 116) located inside it to capture and/ or transmit the image of the glottis from said distal end; said optical device characterized in that it is articulated and comprises: - at least two segments (3, 4, 5), a first substantially straight proximal segment and at least a curved distal segment, (4, 5) attached to one another by an articulation, said articulation comprising rotation limiting devices, said articulation allowing the movement of one segment (3, 4, 5) with respect to the other between two extreme positions, a closed position where the articulation allows the axis of the proximal segment to form an angle between 90° and 120° with the axis passing through the ends of the distal segment (4, 5) and an opened or extended position where the articulation allows the axis of said segments to form an angle of 180°. - image transmission means (14, 15, 16, 50, 114, 116) located inside it to capture and/ or transmit the image of the glottis from said distal end; said optical device characterized in that it is articulated and comprises: - at least two segments (3, 4, 5), a first substantially straight proximal segment and at least a curved distal segment, (4, 5) attached to one another by an articulation, said articulation comprising rotation limiting devices, said articulation allowing the movement of one segment (3, 4, 5) with respect to the other between two extreme positions, a closed position where the articulation allows the axis of the proximal segment to form an angle between 90° and 120° with the axis passing through the ends of the distal segment (4, 5) and an opened or extended position where the articulation allows the axis of said segments to form an angle of 180°. - at least two segments (3, 4, 5), a first substantially straight proximal segment and at least a curved distal segment, (4, 5) attached to one another by an articulation, said articulation comprising rotation limiting devices, said articulation allowing the movement of one segment (3, 4, 5) with respect to the other between two extreme positions, a closed position where the articulation allows the axis of the proximal segment to form an angle between 90° and 120° with the axis passing through the ends of the distal segment (4, 5) and an opened or extended position where the articulation allows the axis of said segments to form an angle of 180°.
A battery with a temperature control function, comprising: a battery body; and a film heater with a temperature sensor arranged so as to cover at least a part of the surface of the battery body, wherein the film heater with a temperature sensor includes: an insulating film; one of a temperature sensor portion and a heater wire formed on the insulating film; and the other of the temperature sensor portion and the heater wire formed through an insulating layer on the one other than the other, wherein the heater wire is patterned on the insulating film or the insulating layer, and the temperature sensor portion has a thin film thermistor portion made of a thermistor material patterned directly under or above the heating region of the heater wire and on the insulating film or the insulating layer, and a pair of pattern electrodes formed at least on or under the thin film thermistor portion. a battery body; and a film heater with a temperature sensor arranged so as to cover at least a part of the surface of the battery body, wherein the film heater with a temperature sensor includes: an insulating film; one of a temperature sensor portion and a heater wire formed on the insulating film; and the other of the temperature sensor portion and the heater wire formed through an insulating layer on the one other than the other, wherein the heater wire is patterned on the insulating film or the insulating layer, and the temperature sensor portion has a thin film thermistor portion made of a thermistor material patterned directly under or above the heating region of the heater wire and on the insulating film or the insulating layer, and a pair of pattern electrodes formed at least on or under the thin film thermistor portion. an insulating film; one of a temperature sensor portion and a heater wire formed on the insulating film; and the other of the temperature sensor portion and the heater wire formed through an insulating layer on the one other than the other, wherein the heater wire is patterned on the insulating film or the insulating layer, and the temperature sensor portion has a thin film thermistor portion made of a thermistor material patterned directly under or above the heating region of the heater wire and on the insulating film or the insulating layer, and a pair of pattern electrodes formed at least on or under the thin film thermistor portion.
A preparation containing sodium butyrate, characterized in that it contains: sodium butyrate protected in a triglyceride matrix at a concentration of 200 mg/g to 400 mg/g of preparation wherein the triglyceride matrix is up to 1 g, preferably the preparation additionally comprises short-chain organic acids at 0 to 100 mg/g of preparation, wherein the matrix is characterized by acidity index below 2,0 mg KOH/g, saponification index from 200 to 210 KOH/ g, a liquefaction point from 59,5 to 62°C, and the following percentage composition of carbohydrate chains of the fatty acids contained in the triglycerides: C12 app. 0,3%, C14 app. 1,5%, C16 from app. 52% up to app. 57%, C18 from app. 42% up to app. 47%, C20 and longer app. 1,2%.
A magnetic circuit structure for a position sensor, the circuit structure comprising: a rotatable shaft, an arc-shaped permanent magnet coupled to a periphery of the shaft for rotation therewith, wherein the magnet is a diametrically magnetized magnet; a pair of adjacent magnetic field concentrators (18, 20) constructed and arranged to define a gap there-between, wherein each concentrator (18, 20) is of generally arc shape, and sensor structure disposed in the gap, wherein the gap includes a first portion housing the sensor structure and a second portion that is generally adjacent to the magnet and larger than the first portion so as to force the magnetic field to the sensor structure, wherein upon rotation of the shaft and magnet, the concentrators (18, 20) and sensor structure are constructed and arranged to remain stationary, with the magnet providing a magnetic pole that changes the magnetic field in the gap generally linearly, and with the sensor structure being constructed and arranged to respond to the changes in the magnetic field, and wherein the magnet has opposing outer edges (26, 30) and is constructed and arranged such that upon rotation thereof in either of two directions, an outer edge (26, 30) of the magnet does not extend significantly beyond an outer, nearest edge (28, 32) of a concentrator (18, 20). a rotatable shaft, an arc-shaped permanent magnet coupled to a periphery of the shaft for rotation therewith, wherein the magnet is a diametrically magnetized magnet; a pair of adjacent magnetic field concentrators (18, 20) constructed and arranged to define a gap there-between, wherein each concentrator (18, 20) is of generally arc shape, and sensor structure disposed in the gap, wherein the gap includes a first portion housing the sensor structure and a second portion that is generally adjacent to the magnet and larger than the first portion so as to force the magnetic field to the sensor structure, wherein upon rotation of the shaft and magnet, the concentrators (18, 20) and sensor structure are constructed and arranged to remain stationary, with the magnet providing a magnetic pole that changes the magnetic field in the gap generally linearly, and with the sensor structure being constructed and arranged to respond to the changes in the magnetic field, and wherein the magnet has opposing outer edges (26, 30) and is constructed and arranged such that upon rotation thereof in either of two directions, an outer edge (26, 30) of the magnet does not extend significantly beyond an outer, nearest edge (28, 32) of a concentrator (18, 20).
A vascular access device comprising: a catheter adapter; an adapter; and an extension tubing having a distal end coupled to the catheter adapter; characterized by a flexible spacer having a proximal portion that couples over the distal end of the adapter and a distal portion that is positioned around the extension tubing; wherein the catheter adapter comprises a main body portion from which a catheter extends and an extension that extends outwardly from the main body portion, the distal end of the extension tubing inserting into the extension, the vascular access device further comprising: an interface (201c1) formed of a flexible material that is positioned in-line with the extension such that the extension tubing extends through the interface (201c1) and into the extension; and a stabilization platform coupled to the main body portion and molded around the extension, wherein the interface (201c1) extends beyond an edge of the extension. a catheter adapter; an adapter; and an extension tubing having a distal end coupled to the catheter adapter; characterized by a flexible spacer having a proximal portion that couples over the distal end of the adapter and a distal portion that is positioned around the extension tubing; wherein the catheter adapter comprises a main body portion from which a catheter extends and an extension that extends outwardly from the main body portion, the distal end of the extension tubing inserting into the extension, the vascular access device further comprising: an interface (201c1) formed of a flexible material that is positioned in-line with the extension such that the extension tubing extends through the interface (201c1) and into the extension; and a stabilization platform coupled to the main body portion and molded around the extension, wherein the interface (201c1) extends beyond an edge of the extension.
A recording material comprising: a) a support comprising a surface that is impregnated by a colorant or coated with a coating that contains a pigment or a dye; and, disposed thereon, b) a layer comprising polymeric particles having a core/shell structure and being hollow when dry to scatter visible light, said particles having an outer first polymer shell having a Tg of from 40°C to 80°C, calculated using the Fox equation. a) a support comprising a surface that is impregnated by a colorant or coated with a coating that contains a pigment or a dye; and, disposed thereon, b) a layer comprising polymeric particles having a core/shell structure and being hollow when dry to scatter visible light, said particles having an outer first polymer shell having a Tg of from 40°C to 80°C, calculated using the Fox equation.
A ride system, comprising: a vehicle configured to travel along a first ride path; and a coaster configured to travel along a second ride path and configured to overlap with the first ride path at an overlapping portion of the ride system, wherein the vehicle is configured to disengage from a first portion of the first ride path and engage with the coaster when the coaster is positioned at the overlapping portion, wherein the coaster is configured to transport the vehicle along the second ride path to a second portion of the first ride path after engaging with the vehicle. a vehicle configured to travel along a first ride path; and a coaster configured to travel along a second ride path and configured to overlap with the first ride path at an overlapping portion of the ride system, wherein the vehicle is configured to disengage from a first portion of the first ride path and engage with the coaster when the coaster is positioned at the overlapping portion, wherein the coaster is configured to transport the vehicle along the second ride path to a second portion of the first ride path after engaging with the vehicle.
A press roller unit for a drafting unit of a textile machine having a condensing unit, a base body, and two top rollers not contacting each other of press roller twins (4, 15) each comprising two top rollers and being received in the base body, the top rollers being placeable on a common drafting unit roller, the press roller unit comprising at least one means for attaching the condensing unit to the base body of the press roller unit, the condensing unit being displaceably mounted on the base body of the press roller unit, characterized in that the condensing unit comprises at least one first support surface between the two top rollers of the press roller twins (4, 15) and at least one further support surface disposed spaced apart from the first support surface in the circumferential direction of the drafting unit roller that can be associated with the two top rollers of the press roller twins (4, 15), and that the condensing unit having the first and second support surfaces (31, 33) is implemented as a single part or a plurality of parts having at least one wear-resistant component (41; 42; 43; 44) connected to a mount in a stationary manner.