mhurhangee/ep-ind-claims huggingface dataset:
Apparatus comprising: a rechargeable battery (110, 610) susceptible to thermal runaway; and a metal enclosure (140, 410) for the battery (110, 610), the enclosure (140,410) configured to mitigate battery failure consequences resulting from thermal runaway and including at least one pressure equalization orifice that is always open. a rechargeable battery (110, 610) susceptible to thermal runaway; and a metal enclosure (140, 410) for the battery (110, 610), the enclosure (140,410) configured to mitigate battery failure consequences resulting from thermal runaway and including at least one pressure equalization orifice that is always open.
Electromagnet, in particular brake coil, in particular for an electromagnetically actuatable brake, wherein the electromagnet has a coil winding accommodated in a coil brace, wherein the coil brace is accommodated in a magnet body, wherein the magnet body is two-part or multipart construction, characterised in that an internal pole of the magnet body is produced from a first material and wherein the external pole of the magnet body is produced from a second material, wherein the first material exhibits a higher specific magnetic permeability than the second material.
A method for a User Equipment, UE, operating in a wireless communication system, the method comprising: configuring a Secondary Cell, SCell, with a Physical Uplink Control Channel, PUCCH, resource, wherein the UE considers the SCell to be in an activated state, while the PUCCH resource is configured for the SCell; receiving Radio Resource Control, RRC, signaling informing the UE that the PUCCH resource is de-configured from the SCell, wherein the RRC signaling includes a value of a deactivation timer associated with the SCell; setting the deactivation timer associated with the SCell to the value included in the RRC signaling; de-configuring the PUCCH resource from the SCell according to the RRC signaling; based on receiving the RRC signaling, starting the deactivation timer related with the SCell; and based on the deactivation timer expiring, de-activating the SCell. configuring a Secondary Cell, SCell, with a Physical Uplink Control Channel, PUCCH, resource, wherein the UE considers the SCell to be in an activated state, while the PUCCH resource is configured for the SCell; receiving Radio Resource Control, RRC, signaling informing the UE that the PUCCH resource is de-configured from the SCell, wherein the RRC signaling includes a value of a deactivation timer associated with the SCell; setting the deactivation timer associated with the SCell to the value included in the RRC signaling; de-configuring the PUCCH resource from the SCell according to the RRC signaling; based on receiving the RRC signaling, starting the deactivation timer related with the SCell; and based on the deactivation timer expiring, de-activating the SCell.
A multi-layer braided article comprising a braid folded over itself to form a first layer and a second layer; characterised by a set of one or more blind stitches in the first layer, the one or more stitches defining an edge of the first layer about which the braid is folded. a braid folded over itself to form a first layer and a second layer; characterised by a set of one or more blind stitches in the first layer, the one or more stitches defining an edge of the first layer about which the braid is folded.
A stitched multi-axial reinforcement for the manufacture of fiber reinforced composites by one of resin transfer molding process and vacuum infusion molding process, the stitched multi-axial reinforcement comprising at least a first reinforcing layer of continuous unidirectional rovings having a first axial direction, a second reinforcing layer of continuous unidirectional rovings having a second axial direction and a first set of mono- or bonded multifilaments; the first axial direction and the second axial direction leaving an angle therebetween; the mono- or bonded multifilaments of the first set being arranged between the first and the second reinforcing layers (20, 32), the first and the second reinforcing layers (20, 32) and the mono- or bonded multifilaments of the first set being bonded to one another by means of stitching, characterized in a second set of mono- or bonded multifilaments arranged between the first and the second reinforcing layers (20, 32) in a direction transverse to the mono- or bonded multifilaments of the first set of mono- or bonded multifilaments and one of the sets of mono- or bonded multifilaments has a diameter other than that of the other set of mono- or bonded multifilaments.
An optical monitoring system for monitoring a component that is being tested by stressing and/or straining the component, the optical monitoring system comprising: a component that is being tested, the component having a region of interest including at least one image correlation feature; an imaging sub-system including a first camera having a first optical path and a second camera having a second optical path, wherein the first and second optical paths include respective first and second direct lines of sight, and wherein the region of interest of the component is outside the first and second direct lines of sight; and a reflector sub-system that alters the first and second optical paths so that the region of interest is within the first and second optical paths. a component that is being tested, the component having a region of interest including at least one image correlation feature; an imaging sub-system including a first camera having a first optical path and a second camera having a second optical path, wherein the first and second optical paths include respective first and second direct lines of sight, and wherein the region of interest of the component is outside the first and second direct lines of sight; and a reflector sub-system that alters the first and second optical paths so that the region of interest is within the first and second optical paths.
A method of operation of an integrated circuit controller (601, 2004) device for communicating with a memory device (603, 2000), the method comprising: transmitting command information to the memory device (603, 2000), wherein the command information includes an operation code that indicates a data transfer operation and specifies the operation to be performed in the memory device (603, 2000); at a predetermined time after transmitting the command information, separately transmitting data transfer control information to the memory device (603, 2000), wherein the data transfer control information is associated with the command information and indicates when the memory device performs the data transfer operation; and wherein the data transfer control information includes a strobe signal that indicates when the memory device (603, 2000) is to begin transferring data, and control information which allows the memory device to identify the strobe signal that corresponds to the command control information; and transferring data during the data transfer operation. transmitting command information to the memory device (603, 2000), wherein the command information includes an operation code that indicates a data transfer operation and specifies the operation to be performed in the memory device (603, 2000); at a predetermined time after transmitting the command information, separately transmitting data transfer control information to the memory device (603, 2000), wherein the data transfer control information is associated with the command information and indicates when the memory device performs the data transfer operation; and wherein the data transfer control information includes a strobe signal that indicates when the memory device (603, 2000) is to begin transferring data, and control information which allows the memory device to identify the strobe signal that corresponds to the command control information; and transferring data during the data transfer operation.
Composition for the colouring of keratinous fibres exhibiting a pH range of from 1 to 6.9 and comprising, in an appropriate dyeing medium, one or more couplers and • one or more aminopyrazolopyridine oxidation bases chosen from the bases of following formula: in which R" 2, R" 4 and R" 5 are chosen independently from a hydrogen atom or a methyl or ethyl group, and R" 1 is chosen from: n varying from 2 to 6 and m varying from 0 to 6 in these formulae, and • one or more oxidizing agents. • one or more aminopyrazolopyridine oxidation bases chosen from the bases of following formula: in which R" 2, R" 4 and R" 5 are chosen independently from a hydrogen atom or a methyl or ethyl group, and R" 1 is chosen from: n varying from 2 to 6 and m varying from 0 to 6 in these formulae, and • one or more oxidizing agents.
An absorbent article, such as an infant diaper, training pant, feminine hygiene article, adult incontinence article or wound care dressing, the absorbent article comprising a topsheet, the topsheet comprising or consisting of a fibrous nonwoven layer arranged on a wearer facing side of the topsheet, characterizing in that the fibrous nonwoven layer is coated over a coated area on the wearer facing side of the topsheet with a coating composition, the coating composition comprises a lubricant agent comprising an alkoxylated diester of myristyl alcohol and adipic acid.
A pair of metal mold halves (3, 5) suitable for pulp molding by compression and heating, comprising a first half for application of a pulp slurry and a second conforming mold half, characterized in that the metal surface of said first half mold is spray coated or cast with an elastomeric material.
A medical device to be inserted into a biological lumen for collecting an object in the biological lumen, the device comprising: an elongated shaft portion which is a wire; and an expansion portion which is an elastically deformable cylindrical body having a plurality of gaps and in which at least one of a proximal portion and a distal portion of the cylindrical body is interlocked with the shaft portion, wherein the expansion portion has a ring-shaped bent portion which protrudes toward a proximal side position radially outside the expansion portion in a state of being bent along an axial direction, and wherein an axial length of a second portion from the bent portion to a proximal end of the expansion portion is shorter than an axial length of a first portion from the bent portion to the distal end of the expansion portion, wherein a proximal end of the expansion portion has a proximal side interlock portion and a distal end of the shaft portion is connected to the proximal side interlock portion, characterized in that in an extended state in which the second portion is moved to the proximal side with respect to the first portion and is pulled out from an inside of the first portion, a maximum inclination angle of the second portion with respect to the axial direction is larger than a maximum inclination angle of the first portion with respect to the axial direction. an elongated shaft portion which is a wire; and an expansion portion which is an elastically deformable cylindrical body having a plurality of gaps and in which at least one of a proximal portion and a distal portion of the cylindrical body is interlocked with the shaft portion, wherein the expansion portion has a ring-shaped bent portion which protrudes toward a proximal side position radially outside the expansion portion in a state of being bent along an axial direction, and wherein an axial length of a second portion from the bent portion to a proximal end of the expansion portion is shorter than an axial length of a first portion from the bent portion to the distal end of the expansion portion, wherein a proximal end of the expansion portion has a proximal side interlock portion and a distal end of the shaft portion is connected to the proximal side interlock portion, characterized in that in an extended state in which the second portion is moved to the proximal side with respect to the first portion and is pulled out from an inside of the first portion, a maximum inclination angle of the second portion with respect to the axial direction is larger than a maximum inclination angle of the first portion with respect to the axial direction.
A control system for a thrust reverser with displaceable elements, the control system comprising at least one electromechanical actuating member of said displaceable element, an electric drive unit of said electromechanical actuating member, a control unit and a power control unit adapted to control the electric drive unit for moving the displaceable element towards a closed position and/or a deployed position in direct jet and reverse jet modes, characterized in that the control system comprises an electric braking electronic circuit for braking the electric drive unit, in case of over-speed of the latter during the movement of the displaceable element towards the closed position and/or the deployed position.
Balancing weight having a body of non-ferromagnetic material and a ferromagnetic inlay for holding the balancing weight by magnetic force, the body is providing a major portion of the balancing weight's mass and the ferromagnetic inlay is providing a minor portion of the balancing weight's mass. characterized in that, the ferromagnetic inlay is a cylindrical-shaped rod.
A method of manufacturing a toilet seat set, comprising the steps of: - producing a main body by pressing in a compression mold, - opening the compression mold and inserting a seat heater into a cavity of the compression mold, - pressing the seat heater and the main body together, and subsequently - covering the seat heater via a cover layer. - producing a main body by pressing in a compression mold, - opening the compression mold and inserting a seat heater into a cavity of the compression mold, - pressing the seat heater and the main body together, and subsequently - covering the seat heater via a cover layer.
A non-volatile memory cell comprising: a storage layer comprised of an electrically insulating and electrically polarisable material in which data is recordable as a direction of electric polarisation; a magnetically frustrated layer on one side of the storage layer and a conduction electrode on the other side of the storage layer; wherein the storage layer has a thickness of 10 nm or less; and wherein the magnetically frustrated layer has a different change in density of states to the conduction electrode in response to a change in electric polarisation in the storage layer, such that a tunnelling resistance of the storage layer between the conduction electrode and magnetically frustrated layer is dependent on the direction of electric polarisation of the storage layer. a storage layer comprised of an electrically insulating and electrically polarisable material in which data is recordable as a direction of electric polarisation; a magnetically frustrated layer on one side of the storage layer and a conduction electrode on the other side of the storage layer; wherein the storage layer has a thickness of 10 nm or less; and wherein the magnetically frustrated layer has a different change in density of states to the conduction electrode in response to a change in electric polarisation in the storage layer, such that a tunnelling resistance of the storage layer between the conduction electrode and magnetically frustrated layer is dependent on the direction of electric polarisation of the storage layer.
A bag comprising a bag main body and a structure of a hand-carrying portion attached to the bag main body, wherein the hand-carrying portion includes an outer side hand-carrying member, and an inner side hand-carrying member partially overlapped with an inner side of the outer side hand-carrying member in a hand-carrying region; the outer side hand-carrying member has one end and another end attached to an outer side of the bag main body at respective attachment portions (52, 54); the inner side hand-carrying member has one end and another end attached to the bag main body at respective attachment portions (72, 74); the attachment portions (72, 74) of the inner side hand-carrying member and the attachment portions (52, 54) of the outer side hand-carrying member are separated by an interval extending in a direction towards a bottom of the bag main body from the hand-carrying region; the outer side hand-carrying member and the inner side hand-carrying member are curved to a substantially U-shape in front view in the hand-carrying region; the outer side hand-carrying member and the inner side hand-carrying member have different lengths, where the outer side hand-carrying member is longer than the inner side hand-carrying member; characterized in that the inner side hand-carrying member has the one end and the other end attached to an outer surface of the bag main body; and the outer side hand-carrying member and the inner side hand-carrying member have the vicinity of the longitudinal end edge of the outer side hand-carrying member and the vicinity of the longitudinal end edge of the inner side hand-carrying member sewn together in the overlapped region.
An encapsulation barrier stack, capable of encapsulating a moisture and/or oxygen sensitive article and comprising a multilayer film, wherein the multilayer film comprises: - one or more barrier layer(s), and - one or more sealing layer(s) arranged to be in contact with a surface of the at least one barrier layer, thereby covering and/ or plugging defects present in the barrier layer, wherein the one or more sealing layer(s) comprise(s) a plurality of encapsulated nanoparticles, the nanoparticles being reactive in that they are capable of interacting with moisture and/or oxygen by way of chemical reaction or through physical or physico-chemical interaction; wherein the one or more sealing layer(s) comprise(s) the nanoparticles in an amount of 90% to 98% by weight of the total weight of the sealing layer, and an organic encapsulation material; and wherein the nanoparticles are encapsulated by an encapsulation shell that partially or entirely covers the surface of the nanoparticles. - one or more barrier layer(s), and - one or more sealing layer(s) arranged to be in contact with a surface of the at least one barrier layer, thereby covering and/ or plugging defects present in the barrier layer,
Method for producing the locking mechanism parts catch and pawl of a motor vehicle door latch, in which the catch and pawl are stamped to form vertical or near vertical edges with corresponding latching surfaces on the pawl and catch after which they are covered by a coating, except for the ratchet surfaces, characterized in that after stamping of the locking mechanism parts, one of the parts is twisted by a specified angle, in an area which would otherwise engage with parallel arranged grooves in the stamped profile of the other locking mechanism part.
A heat exchanger (1, 21, 41, 81) having a first flow channel (15, 39, 55, 100), through which a first fluid can flow, and having a second flow channel (14, 38, 54, 99), through which a second fluid can flow, wherein the first flow channel (15, 39, 55, 100) has a first section (12, 36, 52, 97), a second section (13, 37, 53, 98), and a redirection region, wherein the first section is in fluid communication with the second section via the redirection region (7, 27, 47, 87) and the second fluid can flow around the first section (12, 36, 52, 97), the second section (13, 37, 53, 98), and the redirection region (7, 27, 47, 87), wherein the first section (12, 36, 52, 97) and/or the second section (13, 37, 53, 98) of the first flow channel (15, 39, 55, 100) are each formed by a plurality of tubes (8, 9, 28, 29, 48, 49, 88, 89), wherein the heat exchanger has a housing (42, 45, 82, 85), which is formed as a single part or as multiple parts with at least one first housing part (42, 82) and a second housing part (45, 85), wherein a flow section of the second flow channel (35, 94), said section through which the second fluid can flow, is formed between an outer wall (25, 101) bounding the redirection region (27, 87) and an inner wall of the housing (22, 82, 85) and/or a wall of the first flow channel (39, 100), characterised in that turbulence inserts and/or cross-section-narrowing means are arranged along the flow section on the outer wall of the redirection region and/or on the inner wall of the housing.
A recombinant AAV virion comprising a self-complementary adeno-associated virus (scAAV) vector, for use in treating spinal muscular atrophy, wherein the scAAV vector comprises a polynucleotide encoding a protein that modulates motor function, wherein the expression of said protein in the CNS results in at least partial correction of neuropathology and/or stabilization of SMA progression, wherein the scAAV vector comprises capsid proteins from serotype AAV9, and wherein the AAV virion is administered via intrathecal injection.
Method in which the position of the center of gravity of a moving motor vehicle is ascertained, wherein at least one set of related input variables is taken into consideration, and the set of input variables comprises at least a longitudinal acceleration of the motor vehicle, a lateral acceleration of the motor vehicle, a yaw rate of the motor vehicle and at least one wheel rotational speed, in particular four wheel rotational speeds, characterized in that the set of input variables is ascertained during a steady-state driving maneuver (1, 2, 3), and in that a quantity of possible center of gravity positions is defined as classes and, by means of a learning-based classification method, on the basis of the set of input variables, a class is selected which indicates an estimated center of gravity position.
Method for checking a robot (12, 102) having a robot controller and having a predeterminable safety range (14, 16, 44), wherein the robot (12, 102) is provided to interrupt the entry of the tool center point of the robot into the safety range (14, 16, 42) in the event of said entry taking place during the execution of a movement program, comprising the following steps • determining a safety range (14, 16, 42) which is enclosed by boundary surfaces (18, 46, 48, 50) fixed between respective boundary points (52, 54), • predetermining the safety range (14, 16, 42) on the robot controller if said safety range has not yet been predetermined, • determining a test movement path (20, 60) which in principle lies outside the safety range (14, 16, 44) and has a plurality of path points (56, 58, 72, 82), wherein at least one path point (56, 58, 72, 82) is located in the immediate vicinity (62, 64) of one of the boundary points (52, 54) in a tolerance range encompassing the latter, • executing a test movement program by moving the TCP along the test movement path (20, 60), • checking whether the execution of the test movement program is interrupted, that, in a deviation, at least one portion of the test movement path (20, 60) lies within the safety range (14, 16, 42), and at least one of the path points (56, 58, 72, 82) lies within the safety range (14, 16, 42) in the immediate vicinity of a respective boundary point (52, 54) in a tolerance range encompassing the latter. • determining a safety range (14, 16, 42) which is enclosed by boundary surfaces (18, 46, 48, 50) fixed between respective boundary points (52, 54), • predetermining the safety range (14, 16, 42) on the robot controller if said safety range has not yet been predetermined, • determining a test movement path (20, 60) which in principle lies outside the safety range (14, 16, 44) and has a plurality of path points (56, 58, 72, 82), wherein at least one path point (56, 58, 72, 82) is located in the immediate vicinity (62, 64) of one of the boundary points (52, 54) in a tolerance range encompassing the latter, • executing a test movement program by moving the TCP along the test movement path (20, 60), • checking whether the execution of the test movement program is interrupted,