mhurhangee/ep-ind-claims huggingface dataset:
A connecting device configured to detachably connect a first block and a second block to each other, the connecting device comprising: a cylinder hole provided in a housing to be attached to the first block; an output member inserted in the cylinder hole so as to be movable in an axial direction of the cylinder hole; a plurality of engagement members (16, 38) supported by the housing or by the output member so as to be movable in a radial direction of the cylinder hole, the engagement members (16, 38) being configured to be moved inward in the radial direction by movement of the output member in the axial direction; an insertion hole opening onto a leading end surface of the housing; at least one support hole, provided in the housing so as to extend in parallel to an axial direction of the insertion hole; a connecting rod provided so as to protrude from a base plate to be attached to a side wall surface of the second block, the connecting rod being configured to be movable on a surface of the base plate and to be insertable into the insertion hole; an engaged portion provided on an outer peripheral wall of the connecting rod in its circumferential direction so as to be contactable with the engagement members (16, 38); and at least one support member, provided so as to protrude from the base plate in parallel to an axial direction of the connecting rod, the support member, being configured to be inserted in the support hole,. a cylinder hole provided in a housing to be attached to the first block; an output member inserted in the cylinder hole so as to be movable in an axial direction of the cylinder hole; a plurality of engagement members (16, 38) supported by the housing or by the output member so as to be movable in a radial direction of the cylinder hole, the engagement members (16, 38) being configured to be moved inward in the radial direction by movement of the output member in the axial direction; an insertion hole opening onto a leading end surface of the housing; at least one support hole, provided in the housing so as to extend in parallel to an axial direction of the insertion hole; a connecting rod provided so as to protrude from a base plate to be attached to a side wall surface of the second block, the connecting rod being configured to be movable on a surface of the base plate and to be insertable into the insertion hole; an engaged portion provided on an outer peripheral wall of the connecting rod in its circumferential direction so as to be contactable with the engagement members (16, 38); and at least one support member, provided so as to protrude from the base plate in parallel to an axial direction of the connecting rod, the support member, being configured to be inserted in the support hole,.
A method of preparing an ion-conducting composite electrolyte comprising ion-conducting ceramic electrolyte particles and a solid polymeric matrix, wherein: the polymeric matrix defines a pair of opposite major faces (32, 34) defining a matrix body there between; the particles are sized and positioned in the polymeric matrix such that a majority of the particles breach both of the opposite major faces (32, 34) of the matrix body; the particles comprise an anisotropic crystalline structure; a majority of the face-breaching particles comprise internal inclusions and grain boundaries and are oriented in the polymeric matrix to comprise a breaching cross section defining a cross-body, linear ion-conducting path that is unimpeded by the secondary phase inclusions and the grain boundaries of the face-breaching particle; and the method comprises preparing the particles for inclusion in the polymeric matrix by subjecting ceramic precursor crystals to thermally-induced microcracking and separating the microcracked precursor crystals into individual ion-conducting ceramic electrolyte particles. the polymeric matrix defines a pair of opposite major faces (32, 34) defining a matrix body there between; the particles are sized and positioned in the polymeric matrix such that a majority of the particles breach both of the opposite major faces (32, 34) of the matrix body; the particles comprise an anisotropic crystalline structure; a majority of the face-breaching particles comprise internal inclusions and grain boundaries and are oriented in the polymeric matrix to comprise a breaching cross section defining a cross-body, linear ion-conducting path that is unimpeded by the secondary phase inclusions and the grain boundaries of the face-breaching particle; and the method comprises preparing the particles for inclusion in the polymeric matrix by subjecting ceramic precursor crystals to thermally-induced microcracking and separating the microcracked precursor crystals into individual ion-conducting ceramic electrolyte particles.
Heat exchanger for an arrangement between two main-track sleepers, in particular in the region of switches or rail crossings, having a condensation chamber into which a connecting opening leads for connection to a geothermal heat pipe, wherein the condensation chamber is radially surrounded by a tubular main part in the longitudinal direction, and has, in cross section, a chamber ceiling, an opposite chamber base and two side walls (23, 24) that are opposite and connect the chamber ceiling and the chamber base, wherein the main part comprises two end openings (25, 26) of the condensation chamber in the longitudinal direction, each of which is closed by a cover (27, 28), characterised in that the main part is an extruded profile.
A brew head assembly, comprising: an adjustable assembly, comprising: a brew head; and a support member, the support member defining a first brew head cavity, a first portion of the brew head being of a first width and a first length less than a width and a length of the first brew head cavity and at least partially inserted into the first brew head cavity, a second portion of the brew head being of a second width greater than the width of the first brew head cavity and positioned exterior to the first brew head cavity, the adjustable assembly being actuatable between an open position and at least one closed position; and a brew cup, the brew cup defining a second brew head cavity, the second width and a second length of the second portion of the brew head being less than a width and a length of the second brew head cavity and at least partially inserted into the second brew head cavity, a height between the brew head and the brew cup when the adjustable assembly is in the at least one closed position being responsive to one or more parameters of a brew pod of a plurality of brew pods (118a, 118b), the brew head assembly being insertable within a brewing apparatus dimensioned to fit within a compartment in a galley of an aircraft. an adjustable assembly, comprising: a brew head; and a support member, the support member defining a first brew head cavity, a first portion of the brew head being of a first width and a first length less than a width and a length of the first brew head cavity and at least partially inserted into the first brew head cavity, a second portion of the brew head being of a second width greater than the width of the first brew head cavity and positioned exterior to the first brew head cavity, the adjustable assembly being actuatable between an open position and at least one closed position; and a brew head; and a support member, the support member defining a first brew head cavity, a first portion of the brew head being of a first width and a first length less than a width and a length of the first brew head cavity and at least partially inserted into the first brew head cavity, a second portion of the brew head being of a second width greater than the width of the first brew head cavity and positioned exterior to the first brew head cavity, the adjustable assembly being actuatable between an open position and at least one closed position; and a brew cup, the brew cup defining a second brew head cavity, the second width and a second length of the second portion of the brew head being less than a width and a length of the second brew head cavity and at least partially inserted into the second brew head cavity, a height between the brew head and the brew cup when the adjustable assembly is in the at least one closed position being responsive to one or more parameters of a brew pod of a plurality of brew pods (118a, 118b), the brew head assembly being insertable within a brewing apparatus dimensioned to fit within a compartment in a galley of an aircraft.
Edge strip for the narrow surface coating of plate-shaped workpieces, particularly of furniture boards, with at least one front cover layer and one melting layer that can be melted for fixing the edge strip on the workpiece, characterized in that a hydrophobizing layer made of or with a liquid hydrophobizing agent is arranged on the rear side of the melting layer facing away from the cover layer.
A direct current power supply device comprising a current source step-down type chopper forming a direct current source, a multiphase inverter for converting a DC output from the current source step-down type chopper into multiphase AC power by operating multiple switching elements, a rectifier for subjecting an output from the multiphase inverter to AC-DC conversion to supply direct current being obtained to a load, and a controller having a chopper controller for controlling the current source step-down type chopper and an inverter controller for controlling the multiphase inverter, the controller performing, switching control, being controlled by the chopper controller, for switching between an ignition mode for supplying ignition voltage which generates plasma discharge in a plasma generator and a steady operation mode for maintaining the plasma discharge in the plasma generator, and intermittent short-circuit control for establishing a short-circuit intermittently, between a positive voltage side and a negative voltage side of the current source step-down type chopper, or between the positive voltage side and the negative voltage side of the multiphase inverter, and the controller further controlling in the ignition mode, a voltage boosting operation according to short-circuit current (Δi) which is made to flow in the current source step-down type chopper by the intermittent short-circuit control, so as to control output voltage to be applied to the plasma generator.
Method for authenticating a timepiece comprising the following steps: measuring acoustic vibrations emitted by said timepiece to obtain an electrical signal, said electrical signal indicating a variation of a magnitude of said measured acoustic vibrations as a function of time, wherein said electrical signal comprises a plurality of acoustic events associated with mechanical shocks taking place in said timepiece, said acoustic events being separated from each other by a respective quiet zone, processing said electrical signal so as to attenuate said plurality of acoustic events in said electrical signal, performing a transform of said processed electrical signal into a frequency domain to obtain a frequency-domain power spectrum indicating a variation of a power of said processed electrical signal as a function of frequency, processing said frequency-domain power spectrum so as to reveal at least one narrow peak in said frequency-domain power spectrum corresponding to at least one resonance frequency of a mechanical part of said timepiece resonating in a quiet zone, extracting said at least one resonance frequency corresponding to said at least one narrow peak, comparing said extracted at least one resonance frequency with at least one reference resonance frequency, and deriving an information on an authenticity of said timepiece based on the comparison result. measuring acoustic vibrations emitted by said timepiece to obtain an electrical signal, said electrical signal indicating a variation of a magnitude of said measured acoustic vibrations as a function of time, wherein said electrical signal comprises a plurality of acoustic events associated with mechanical shocks taking place in said timepiece, said acoustic events being separated from each other by a respective quiet zone, processing said electrical signal so as to attenuate said plurality of acoustic events in said electrical signal, performing a transform of said processed electrical signal into a frequency domain to obtain a frequency-domain power spectrum indicating a variation of a power of said processed electrical signal as a function of frequency, processing said frequency-domain power spectrum so as to reveal at least one narrow peak in said frequency-domain power spectrum corresponding to at least one resonance frequency of a mechanical part of said timepiece resonating in a quiet zone, extracting said at least one resonance frequency corresponding to said at least one narrow peak, comparing said extracted at least one resonance frequency with at least one reference resonance frequency, and deriving an information on an authenticity of said timepiece based on the comparison result.
A control device to be applied to an internal combustion engine including a fuel reformation cylinder capable of serving as a fuel reformation device and an output cylinder to which reformed fuel generated in the fuel reforming cylinder is supplied, the output cylinder being configured to yield an engine power by combusting the reformed fuel, characterized in that the control device comprises: a reforming operation control unit configured not to execute a fuel reforming operation in the fuel reformation cylinder, when a gas temperature in the fuel reformation cylinder at a time point when a periodically changing gas temperature in the fuel reformation cylinder reaches its highest temperature is estimated as to fall short of a reforming operation allowable lower limit gas temperature set based on a lower limit value of a reforming reaction enabling temperature, and wherein the reforming operation allowable lower limit gas temperature is set so as to be higher with an increase in an air fuel mixture equivalence ratio in the fuel reformation cylinder. a reforming operation control unit configured not to execute a fuel reforming operation in the fuel reformation cylinder, when a gas temperature in the fuel reformation cylinder at a time point when a periodically changing gas temperature in the fuel reformation cylinder reaches its highest temperature is estimated as to fall short of a reforming operation allowable lower limit gas temperature set based on a lower limit value of a reforming reaction enabling temperature, and wherein the reforming operation allowable lower limit gas temperature is set so as to be higher with an increase in an air fuel mixture equivalence ratio in the fuel reformation cylinder.
Elastomer hollow body, in particular elastomer hose, for conducting and/or receiving liquid, gaseous and/or pasty media, having a sensor element for detecting a temperature, characterized in that the sensor element comprises an elastomer material with at least one temperature-dependent electrical/dielectric property, the magnitude of which can be detected.
A storage housing for a waste receptacle having a cover that is hingedly coupled to a body portion of the waste receptacle at a hinge, the housing comprising: a base and side walls (13a-d) which extend from the base, and which terminate at an upper periphery thereof, at least one of the side walls comprising a door which can be opened and closed to enable the waste receptacle to be removably positioned within the housing through the at least one side wall; a lid which is movable with respect to the side walls (13a-d) between a first position in which it substantially closes the housing and a second position in which it substantially opens the housing to enable waste to be deposited within the housing; and a linkage for opening and closing the waste receptacle in accordance with the movement of the lid, the linkage being securable at one end to the lid and at the other end to a side of the cover of the waste receptacle which is opposite the hinge, characterised in that locking means are provided for releasably locking the door when closed, that the lid is slidably movable between the first position and the second position, and that the linkage is configured such that the cover of the waste receptacle pivots about the hinge to open the cover of the waste receptacle as the lid is slidably moved from the first position to the second position to open the housing. a base and side walls (13a-d) which extend from the base, and which terminate at an upper periphery thereof, at least one of the side walls comprising a door which can be opened and closed to enable the waste receptacle to be removably positioned within the housing through the at least one side wall; a lid which is movable with respect to the side walls (13a-d) between a first position in which it substantially closes the housing and a second position in which it substantially opens the housing to enable waste to be deposited within the housing; and a linkage for opening and closing the waste receptacle in accordance with the movement of the lid, the linkage being securable at one end to the lid and at the other end to a side of the cover of the waste receptacle which is opposite the hinge, characterised in that locking means are provided for releasably locking the door when closed, that the lid is slidably movable between the first position and the second position, and that the linkage is configured such that the cover of the waste receptacle pivots about the hinge to open the cover of the waste receptacle as the lid is slidably moved from the first position to the second position to open the housing.
Automation device embodied for use in an automation environment for the purpose of automating an industrial process, comprising - a first printed circuit board, - a second printed circuit board, - a first electronic component requiring to be cooled and - a second electronic component requiring to be cooled, the first electronic component is arranged on the first printed circuit board and the second component requiring to be cooled is arranged on the second printed circuit board, wherein a heatsink is arranged on the first printed circuit board and the first electronic component is arranged between the first printed circuit board and the heatsink, the heatsink is in this case embodied in the shape of a cuboid and rests on the first electronic component with a first cooling contact surface incorporated in a first lateral surface of the cuboid, characterised in that the second printed circuit board is arranged essentially vertically with respect to the first printed circuit board, wherein a second cooling contact surface incorporated in a second lateral surface of the heatsink rests on the second electronic component. - a first printed circuit board, - a second printed circuit board, - a first electronic component requiring to be cooled and - a second electronic component requiring to be cooled, the first electronic component is arranged on the first printed circuit board and the second component requiring to be cooled is arranged on the second printed circuit board, wherein a heatsink is arranged on the first printed circuit board and the first electronic component is arranged between the first printed circuit board and the heatsink,
A process for producing a β-glycoside compound represented by formula: (wherein R 1 represents a halogenated methyl group, an optionally protected formyl group, a C1 to C7 ester group, or an optionally protected hydroxymethylene group; R 2 represents an optionally protected hydroxymethylene group, an optionally protected formyl group, a C1 to C7 ester group, a vinyl group, an optionally protected alkynyl group, a cyano group, or an optionally substituted iminomethyl group; X 2 represents an oxygen atom; n is 0 or 1; and R 3 represents optionally substituted uracil-1-yl, optionally protected thymin-1-yl, optionally protected thymin-3-yl, optionally amino-protected cytosin-1-yl, imidazol-1-yl, benzimidazol-1-yl, benzo-1,2,3-triazol-1-yl, benzo-1,2,3-triazol-2-yl, optionally substituted thiouracil-1-yl, optionally substituted purin-9-yl, C1 to C7 monoalkylamino, C5 to C21 dialkylamino, C1 to C12 alkoxy, optionally substituted phenoxy, C5 to C21 dialkoxycarbonylmethyl, C5 to C21 diacylmethyl, C1 to C7 acyl(alkoxycarbonyl)methyl, C1 to C7 1-nitroalkyl, C1 to C7 1-cyanoalkyl, or C1 to C7 alkylthio), characterized in that the process comprises causing to react a cyclic alkene compound represented by formula or: (wherein R 1, R 2, X 2, and n are the same as defined in formula, and X 1 is an active group) with a nucleophile in the presence of a transition metal catalyst.
Cutting tool for cutting a board, in particular a gypsum board, comprising an upper ruler and an upper blade movable in translation along said upper ruler and configured, when it is placed flat on a board, to make a notch in the upper face of said board along said upper ruler, further comprising a lower ruler, intended for, when said upper ruler is arranged flat on a board to be positioned under said board in line with the upper ruler, and a lower blade movable in translation along said lower ruler and configured to make a notch above said lower ruler, and a motion transmission device connecting the lower blade to the upper blade, so that a translation of the upper blade along the upper ruler causes a translation of the lower blade along the lower ruler, said motion transmission device comprising a cable connecting the lower blade to the upper blade, and members for deflecting said cable, characterized in that said lower and upper blades are fixed with respect to said cable.