mhurhangee/ep-ind-claims huggingface dataset:
A method for producing an electric strip laminate wound into a coil, in which at least two metallic electric strips (4, 5) that are electrically insulated from each other are integrally bonded to form an electric strip laminate and in another step, are wound into a coil, characterized in that the electrical strips (4, 5), which are each electrically insulated with a baked enamel layer (11, 12) on at least one flat side (9, 10), are joined to each other by means of baked enamel layers (11, 12) facing each other and are integrally bonded to form an electric strip laminate by activating the chemical cross-linking of the two baked enamel layers (11, 12), wherein the baked enamel layers (11, 12) are thermally activated in order to produce their chemical cross-linking, wherein coated electric strips (4, 5) are joined together to form an electric strip laminate, of which at least one electric strip is electrically insulated with a baked enamel layer (11, 18) on both of its flat sides (9, 90) and the activation temperature for chemically cross-linking the baked enamel layers (11, 12) on the flat sides (9, 10) facing each other is below the activation temperature of the baked enamel layer provided on the flat side facing away, and/or of which at least one electric strip laminate has a cross-linked polymer electrical insulation layer on the flat side opposite from the flat side that is coated with baked enamel and wherein the activation temperature for chemically cross-linking the baked enamel layers (11, 12) on the flat sides (9, 10) facing each other is below the softening temperature of the polymer electrical insulation layer. of which at least one electric strip is electrically insulated with a baked enamel layer (11, 18) on both of its flat sides (9, 90) and the activation temperature for chemically cross-linking the baked enamel layers (11, 12) on the flat sides (9, 10) facing each other is below the activation temperature of the baked enamel layer provided on the flat side facing away, and/or of which at least one electric strip laminate has a cross-linked polymer electrical insulation layer on the flat side opposite from the flat side that is coated with baked enamel and wherein the activation temperature for chemically cross-linking the baked enamel layers (11, 12) on the flat sides (9, 10) facing each other is below the softening temperature of the polymer electrical insulation layer.
An electronic module for an inhaler, the electronic module comprising: an electronic module cap comprising a slider guide that protrudes from a top inner surface of the electronic module cap; a printed circuit board having a plurality of openings and a switch mounted thereto; a slider configured to engage the slider guide, characterised in that a distal end of the slider engages a yoke of the inhaler such that vertical movement of the yoke is transferred to the slider; and a slider spring that is received by the slider guide and engages an upper portion of the slider, the slider spring being configured such that the distal end of the slider remains in contact with the yoke, wherein the slider is configured to operate the switch when the yoke operates vertically, and wherein the slider comprises a spring seat configured to engage the slider spring, the slider comprising a spring cruciform that extends from the spring seat, and the spring cruciform being configured to extend within and captively engage the slider spring. an electronic module cap comprising a slider guide that protrudes from a top inner surface of the electronic module cap; a printed circuit board having a plurality of openings and a switch mounted thereto; a slider configured to engage the slider guide, characterised in that a distal end of the slider engages a yoke of the inhaler such that vertical movement of the yoke is transferred to the slider; and a slider spring that is received by the slider guide and engages an upper portion of the slider, the slider spring being configured such that the distal end of the slider remains in contact with the yoke, wherein the slider is configured to operate the switch when the yoke operates vertically, and wherein the slider comprises a spring seat configured to engage the slider spring, the slider comprising a spring cruciform that extends from the spring seat, and the spring cruciform being configured to extend within and captively engage the slider spring.
Control unit (1, 10, 20) for a lift installation with a cover and a base and with a lock, which can lock the cover to the base or release it from the base, wherein the lock comprises a locking bar with a magnet, and wherein this locking bar is movable back and forth between a closed position and an open position by movement of a magnetic key on a surface of the cover, characterised in that the locking bar with the magnet is stabilised in the closed position by a first magnetic element and the cover is locked, and is stabilised in the open position by a second magnetic element and the cover is released, wherein a marking (33, 35) is arranged on a surface of the cover and indicates to a user on which regions of the surface the magnetic key can open or close the lock.
A centrifugal compressor having a variable geometry diffuser, the variable geometry diffuser comprising at least an actuator and a diffuser ring, wherein the actuator is configured to move the diffuser ring from a reversible retracted position to a reversible extended position within a diffuser gap, characterized in that the actuator is configured to operate in a mode, which permits the diffuser ring to move rapidly to a fully extended position in which the diffuser gap is closed to allow a capacity control and/or a startup management and/or a shut down management without using pre-rotation vanes, wherein the diffuser ring has an L-shaped cross-section with a first flange extending from a surface of the diffuser ring in the direction of the diffuser gap and a second flange substantially perpendicular to the first flange.
A gas engine comprising: a cylinder head that is connected to the end surface on which a cylinder has an opening and blocks the opening of the cylinder; and a prechamber member that is disposed in the cylinder head, wherein the cylinder head has a roof surface in a region facing the cylinder, the cylinder head has multiple intake and exhaust ports (34, 35) open toward a main combustion chamber and formed at an interval in a circumferential direction with respect to a central axis of the cylinder and has an insertion hole formed in the roof surface, the prechamber member includes a prechamber cap that projects into the main combustion chamber by being inserted into the insertion hole, that internally has a prechamber, and that supplies a flame generated in the prechamber to the main combustion chamber; and a prechamber holder that is disposed inside the cylinder head, the prechamber cap is interposed between a back surface (31 b) of the roof surface and the prechamber holder, one of the prechamber cap and the prechamber holder includes a concave portion (47, 60) which accommodates an end portion (43a, 47s) of the other of the prechamber cap and the prechamber holder so as to be relatively movable in a central axis direction and a radial direction until the prechamber member is completely incorporated in the cylinder head. a cylinder head that is connected to the end surface on which a cylinder has an opening and blocks the opening of the cylinder; and a prechamber member that is disposed in the cylinder head, wherein the cylinder head has a roof surface in a region facing the cylinder, the cylinder head has multiple intake and exhaust ports (34, 35) open toward a main combustion chamber and formed at an interval in a circumferential direction with respect to a central axis of the cylinder and has an insertion hole formed in the roof surface, the prechamber member includes a prechamber cap that projects into the main combustion chamber by being inserted into the insertion hole, that internally has a prechamber, and that supplies a flame generated in the prechamber to the main combustion chamber; and a prechamber holder that is disposed inside the cylinder head, the prechamber cap is interposed between a back surface (31 b) of the roof surface and the prechamber holder, one of the prechamber cap and the prechamber holder includes a concave portion (47, 60) which accommodates an end portion (43a, 47s) of the other of the prechamber cap and the prechamber holder so as to be relatively movable in a central axis direction and a radial direction until the prechamber member is completely incorporated in the cylinder head.
A nanoscale interconnection interface comprising: a number m of input address signal lines (3002, 3004); a number n of internal address signal lines (3010, 3012) interconnected with the m input address signal lines; and a number of nanowires less than or equal to 2 k, where k is less than n and the number of nanowires in less than 2 n, each nanowire addressed by a n-bit internal address carried by the n internal address signal lines, each nanowire interconnected with one or more of the n internal address signal lines by resistor-like nanowire junctions, each nanowire mapped to an n-bit internal address, and each nanowire accessed by input of an m-bit external address to the m input address signal lines, wherein each nanowire is associated with a k-bit nanowire number, and the nanowire junctions are implemented to map each k-bit nanowire number to a different n-bit internal address, wherein mapping of each k-bit nanowire number to a different n-bit internal address is performed by a binary linear code [n,k,d] specifying 2 k codewords of n-bit length with a minimum Hamming distance d between codewords, and the binary linear code [n,k,d] is selected from a set of binary linear codes [n,k,d], whereby for a determined number k and a minimum Hamming distance d, the number n of the selected code [n,k,d] is minimized subject to the constraints of k and d. a number m of input address signal lines (3002, 3004); a number n of internal address signal lines (3010, 3012) interconnected with the m input address signal lines; and a number of nanowires less than or equal to 2 k, where k is less than n and the number of nanowires in less than 2 n, each nanowire addressed by a n-bit internal address carried by the n internal address signal lines, each nanowire interconnected with one or more of the n internal address signal lines by resistor-like nanowire junctions, each nanowire mapped to an n-bit internal address, and each nanowire accessed by input of an m-bit external address to the m input address signal lines, wherein each nanowire is associated with a k-bit nanowire number, and the nanowire junctions are implemented to map each k-bit nanowire number to a different n-bit internal address, wherein mapping of each k-bit nanowire number to a different n-bit internal address is performed by a binary linear code [n,k,d] specifying 2 k codewords of n-bit length with a minimum Hamming distance d between codewords, and the binary linear code [n,k,d] is selected from a set of binary linear codes [n,k,d], whereby for a determined number k and a minimum Hamming distance d, the number n of the selected code [n,k,d] is minimized subject to the constraints of k and d.
An electric appliance for personal care, in particular electric shaver, comprising a magnetic linear drive unit having first and second drive components (6, 7) connected to each other by a first spring device for linear oscillation relative to each other and adapted to magnetically interact with each other, wherein a drive support including a second spring device is provided for movably supporting the drive unit onto a mounting structure, whereby said drive support provides for an axis of rotation for both the first and second drive components (6, 7) of the drive unit relative to the mounting structure, thereby allowing said drive components (6, 7) to rotate relative to the mounting structure, said axis of rotation being spaced apart from a center of vibration of the drive components (6, 7) and/or center of gravity of the drive unit, wherein the second spring device of said drive support includes a pair of leaf springs supporting said drive unit relative to said mounting structure, said pair of leaf springs defining a four point joint supporting said drive unit rotatable about said at least one axis of rotation, wherein said four point joint includes two connection points fixed with the mounting structure and two connection points fixed with the drive unit, characterized in that said pair of leaf springs are arranged on opposite sides of the drive unit with an inclination relative to each other and define, with their longitudinal axes, a virtual intersection point outside a center region of the drive unit, wherein said leaf springs are arranged, in a neutral position of the drive unit with the drive components (6, 7) being inactive, in a V-configuration with an angle of inclination between the leaf springs ranging between 2 × 1° to 2 × 10°.
A method performed by a target device, for handling positioning of the target device, wherein the method comprises: - obtaining, from the network node, a request for displacement reporting, wherein the request comprises at least one preferred location source and a reference position to be used by the target device when determining the displacement, wherein the at least one or more preferred location sources is based on environmental parameters, wherein the at least one location source is a sensor, - determining one or more displacements of the target device in relation to a reference position, based on measurements performed by at least one location source, - sending, to a network node, a report comprising the determined one or more displacements of the target device, and a reference time to which the reference position is associated. - obtaining, from the network node, a request for displacement reporting, wherein the request comprises at least one preferred location source and a reference position to be used by the target device when determining the displacement, wherein the at least one or more preferred location sources is based on environmental parameters, wherein the at least one location source is a sensor, - determining one or more displacements of the target device in relation to a reference position, based on measurements performed by at least one location source, - sending, to a network node, a report comprising the determined one or more displacements of the target device, and a reference time to which the reference position is associated.
A resin comprising: a structural unit derived from an α-olefin; and a structural unit derived from a cyclic olefin, wherein the resin has a glass transition temperature, as determined by JIS K 7121, in both a region equal to or lower than 50°C and a region equal to or higher than 125°C in a case where the resin is subjected to differential scanning calorimetry, and wherein the resin has a dispersity (Mw/Mn) within a range of 1.0 to 1.6 measured by gel permeation chromatography as described in the section " [Molecular weight measurement] " of the specification; and wherein the resin has a weight-average molecular weight within a range of 10,000 to 500,000 measured by gel permeation chromatography as described in the section " [Molecular weight measurement] " of the specification. a structural unit derived from an α-olefin; and a structural unit derived from a cyclic olefin, wherein the resin has a glass transition temperature, as determined by JIS K 7121, in both a region equal to or lower than 50°C and a region equal to or higher than 125°C in a case where the resin is subjected to differential scanning calorimetry, and wherein the resin has a dispersity (Mw/Mn) within a range of 1.0 to 1.6 measured by gel permeation chromatography as described in the section " [Molecular weight measurement] " of the specification; and wherein the resin has a weight-average molecular weight within a range of 10,000 to 500,000 measured by gel permeation chromatography as described in the section " [Molecular weight measurement] " of the specification.
Device for treating packaging means for the application of fitting features or fittings onto the packaging means, in particular for the printing of the packaging means, preferably in multicoloured print, with a packaging means transport segment, on which the packaging means are moved for the treatment in a transport direction from a packaging means inlet (1.1) to a packaging means outlet (1.2), wherein the packaging means transport segment is formed by at least one transport and treatment element (7, 7b) which can be driven such as to rotate about a machine axis, with a plurality of packaging means receptacles, at which the packaging means are held, centred, and/or controlled at least during the treatment, wherein the packaging means receptacles comprise at least one printing head, for example at least one printing head operating in accordance with the ink-jet process, characterised in that the packaging means receptacles are formed in each case by a printing segment (11,11a) with the at least one printing head, and that the printing segments (11, 11a) are configured in each case as fully functional structural units, and are arranged such that they can be exchanged, at a rotor or rotor-like machine element which is capable of being driven about the machine axis.
A fusion protein comprising a fragment of CRM197 and a target protein, wherein said fragment of CRM197 enhances immunogenicity of the target protein, wherein said fragment of CRM197 consists of aa 1-190 or aa 1-389 of SEQ ID NO: 2.
Apparatus for braking, clamping or gripping, said apparatus including at least one drive assembly producing stroke movements, with - said drive assembly comprising at least one drive and at least two shifting-wedge-type transmission means (70, 100) disposed in a housing, the first shifting-wedge-type transmission having a lower travel transmission ratio than the second shifting-wedge-type transmission, - the first shifting-wedge-type transmission comprising a follower wedge and a sloped pressing piece, - the follower wedge supported on and against housing and spring biased into the wedge actuating direction, - the second shifting-wedge-type transmission comprising a driver wedge movable in the wedge actuating direction between a support element and follower wedge, and - the driver wedge contacting the follower wedge directly or via at least one rolling-motion member guided in a cage, - with the stroke of follower wedge being limited, during the relative movement of the follower wedge and the sloped pressing piece, by a stop member (104, 111) on driving wedge or - if a cage is used - attached to cage, which the stop feature keeps said cage from overtaking the driver wedge in the wedge actuating direction. - said drive assembly comprising at least one drive and at least two shifting-wedge-type transmission means (70, 100) disposed in a housing, the first shifting-wedge-type transmission having a lower travel transmission ratio than the second shifting-wedge-type transmission, - the first shifting-wedge-type transmission comprising a follower wedge and a sloped pressing piece, - the follower wedge supported on and against housing and spring biased into the wedge actuating direction, - the second shifting-wedge-type transmission comprising a driver wedge movable in the wedge actuating direction between a support element and follower wedge, and - the driver wedge contacting the follower wedge directly or via at least one rolling-motion member guided in a cage, - with the stroke of follower wedge being limited, during the relative movement of the follower wedge and the sloped pressing piece, by a stop member (104, 111) on driving wedge or - if a cage is used - attached to cage, which the stop feature keeps said cage from overtaking the driver wedge in the wedge actuating direction.
A case for organising and transporting a plurality of tools, the case comprising; a body, the body comprising a base and a lid, wherein the lid is pivotally connected to the base; a storage space substantially defined by the base and lid, such that the storage space is accessible when the lid is in an open position but is not accessible when the lid is in a closed position; a pair of panels (50, 60) located in the storage space when the lid is in a closed position; wherein the pair of panels (50, 60) comprises a first panel and a second panel, the first panel and second panel being pivotally connected to each other at a common hinged edge, the pair of panels being movable between a stowed position in relation to the body, and an expanded position in relation to the body, such that in the expanded position at least one surface of the first panel and at least one surface of the second panel are accessible; wherein the first panel further comprises at least one unfixed edge, the second panel further comprises at least one fixed edge, the fixed edge being pivotally connected to the body of the case; and wherein in the stowed position, the unfixed edge of the first panel is substantially proximate to the fixed edge of the second panel, and in the expanded position, the unfixed edge of the first panel is substantially distant from the fixed edge of the second panel; characterized in that the body of the case comprises a stop, such that when the pair of panels (50, 60) is in the expanded position, the unfixed edge of the first panel abuts the stop and the first panel is held at a stable position in relation to the body of the case.
A heat exchanger (100, 200), comprising a shell having an inlet and an outlet, and heat exchange tube bundles arranged in the shell, wherein the shell is provided therein with: a first region communicating with the inlet and configured to accommodate the heat exchange tube bundles and a refrigerant input from the inlet, the refrigerant performing heat exchange with a fluid in the heat exchange tube bundles; and a second region arranged between the first region and the outlet and communicating with the first region and the outlet, a heating device being disposed in the second region, characterized in that the heating device is an electric heater or at least one row of heat exchange tubes, and the heat exchange tubes communicate with a fluid input end of the heat exchange tube bundles in the first region through a pipeline. a first region communicating with the inlet and configured to accommodate the heat exchange tube bundles and a refrigerant input from the inlet, the refrigerant performing heat exchange with a fluid in the heat exchange tube bundles; and a second region arranged between the first region and the outlet and communicating with the first region and the outlet, a heating device being disposed in the second region, characterized in that the heating device is an electric heater or at least one row of heat exchange tubes, and the heat exchange tubes communicate with a fluid input end of the heat exchange tube bundles in the first region through a pipeline.
Method for immobilizing a sheet-like substrate, which has an electrical circuit, in an installation position on an installation element, wherein a holding means acts on the sheet-like substrate for immobilization purposes, and the installation element is in the form of an installation housing which has a main housing and a housing cover which closes the main housing, and wherein the sheet-like substrate is fastened to the housing cover and, in the region of the main housing, is acted on by the holding means on that side which is opposite the housing cover, characterized in that an expansion agent which can be activated by the application of temperature is used as holding means, and in that the expansion agent is a foam, in particular epoxy foam.