mhurhangee/ep-ind-claims huggingface dataset:
Dual mass damper having a torque limiter function, comprising: a first mass coupled to an output side of an engine and circumferentially forming a first accommodating space therein; a cover plate coupled to the first mass to finish the first accommodating space; a guide casing installed in the first accommodating space and circumferentially forming a second accommodating space therein; a coil spring circumferentially disposed in the second accommodating space; a drive plate disposed within the coil spring in the second accommodating space; a second mass connected to the drive plate and including a spline hub to be coupled to an input side of a transmission; and torque limiters installed between the first mass and the guide casing and between the cover plate and the guide casing, respectively, characterized in that, the torque limiters are supported by the first mass and the cover plate, respectively, in a radially outer location from the centre of the spline hub, so that the torque limiters can contact both side parts of the guide casing, respectively, in a direction crossing an axial direction of the dual mass damper. a first mass coupled to an output side of an engine and circumferentially forming a first accommodating space therein; a cover plate coupled to the first mass to finish the first accommodating space; a guide casing installed in the first accommodating space and circumferentially forming a second accommodating space therein; a coil spring circumferentially disposed in the second accommodating space; a drive plate disposed within the coil spring in the second accommodating space; a second mass connected to the drive plate and including a spline hub to be coupled to an input side of a transmission; and torque limiters installed between the first mass and the guide casing and between the cover plate and the guide casing, respectively, characterized in that, the torque limiters are supported by the first mass and the cover plate, respectively, in a radially outer location from the centre of the spline hub, so that the torque limiters can contact both side parts of the guide casing, respectively, in a direction crossing an axial direction of the dual mass damper.
A compressor assembly comprising: a housing that is annular and has a sidewall generally cylindrical in shape and surrounds a vertical central housing axis; a compressor (26, 28) housed in the housing; a terminal box; an external block and a protection module positioned within the terminal box a first stud coupling the terminal box with the housing, the first stud defining a first central axis; the first stud being arranged in a first plane that is vertical, includes the first central axis and extends between the external block and the protection module; and a second stud coupling the terminal box with the housing, the second stud defining a second central axis; characterized in that the first central axis of the first stud does not intersect the longitudinal central axis of the housing, that the second central axis of the second stud does not intersect the longitudinal central axis of the housing, and the first and second studs (52, 54) are not vertically aligned, and that the second stud is located in a second plane parallel and non-coextensive with the first plane, the first and second planes being vertical and including the first central axis and the second central axis respectively. a housing that is annular and has a sidewall generally cylindrical in shape and surrounds a vertical central housing axis; a compressor (26, 28) housed in the housing; a terminal box; an external block and a protection module positioned within the terminal box a first stud coupling the terminal box with the housing, the first stud defining a first central axis; the first stud being arranged in a first plane that is vertical, includes the first central axis and extends between the external block and the protection module; and a second stud coupling the terminal box with the housing, the second stud defining a second central axis; characterized in that the first central axis of the first stud does not intersect the longitudinal central axis of the housing, that the second central axis of the second stud does not intersect the longitudinal central axis of the housing, and the first and second studs (52, 54) are not vertically aligned, and that the second stud is located in a second plane parallel and non-coextensive with the first plane, the first and second planes being vertical and including the first central axis and the second central axis respectively.
An instrumentation arrangement for mounting on a leading edge and a surface of a vane of a gas turbine engine, the arrangement comprising a baseplate to which is attached at least one measurement device, characterised in that the baseplate is shaped to correspond to the surface and comprises hooks engageable in use with the leading edge of the vane to permit installation and removal of the instrumentation arrangement on the surface without modification of the vane.
A fluid management system for use when treating tissue in a body cavity; the fluid management system comprising a controller; a first pump operated by the controller and configured to provide fluid inflow to a site in patient's body; and a second pump operated by the controller and configured to provide fluid outflow from the site in patient's body; wherein the controller is configured to provide at least one operating parameter selected from a group consisting of a first pump speed, a second pump speed, and a targeted pressure in the site rate; characterized by the controller being configured to provide a fluid loss warning if the first pump speed exceeds a predetermined level for a pre-selected time interval.
Fluid filter for filtering a fluid, in particular air, comprising: - a filter housing having an integral central support tube which extends along a longitudinal axis of the filter housing within the filter housing; - a primary filter element arranged inside the filter housing in an exchangeable manner, and a secondary filter element, which is positioned at least partially inside the main filter element and which is supported in a radial direction on an inside thereof by the central support tube, wherein the secondary filter element comprises a support structure and a filter medium arranged in a ring-shaped fashion around the support-structure, the support structure comprising a mounting ring positioned at a first end portion of the secondary filter element to which the filter medium is fixed in a non-detachably manner and wherein a sealing between the first end portion of the secondary filter element and the filter housing is effected partially or solely by the filter medium of the secondary filter element, wherein the support structure of the secondary filter element has an end disc, wherein the mounting ring and the end disk are connected to one another by axial struts, wherein the secondary filter element is snap-fitted to the filter housing, in particular the central support tube thereof, and wherein there are snap-in tongues provided on the mounting ring of the support structure which serve for a detachable connecting the secondary filter element to the filter housing. - a filter housing having an integral central support tube which extends along a longitudinal axis of the filter housing within the filter housing; - a primary filter element arranged inside the filter housing in an exchangeable manner, and a secondary filter element, which is positioned at least partially inside the main filter element and which is supported in a radial direction on an inside thereof by the central support tube, wherein the secondary filter element comprises a support structure and a filter medium arranged in a ring-shaped fashion around the support-structure, the support structure comprising a mounting ring positioned at a first end portion of the secondary filter element to which the filter medium is fixed in a non-detachably manner and wherein a sealing between the first end portion of the secondary filter element and the filter housing is effected partially or solely by the filter medium of the secondary filter element, wherein the support structure of the secondary filter element has an end disc, wherein the mounting ring and the end disk are connected to one another by axial struts, wherein the secondary filter element is snap-fitted to the filter housing, in particular the central support tube thereof, and wherein there are snap-in tongues provided on the mounting ring of the support structure which serve for a detachable connecting the secondary filter element to the filter housing.
A composition for printing onto a printable medium comprising magnetic-color-changeable microcapsules, wherein the magnetic-color-changeable microcapsules is a microcapsule including a curable solvent in which electrically charged particles are dispersed, wherein a spacing between the particles is controllable by application of a magnetic field, and wherein a wavelength of light reflected from the particles varies depending on a change in the spacing, the curable solvent includes a resin curable by application of energy, the energy being any one selected from among thermal energy, light energy, and chemical energy, characterized in that the resin has a weight average molecular weight of about 100 to about 1,000, and the curable solvent has a viscosity of about 5 ∗ 10 -3 Pa ∗ s to about 5 ∗ 10 -2 Pa ∗ s (50 cps) measured at about 25°C.
A portable electronic device comprising - one or more integrated sensors and one or more internal heat sources within a common housing (11, 30), wherein the one or more integrated sensors comprise a temperature sensor, - a heat flux sensor (21, 22, 23) to measure a heat flux originating from the one or more internal heat sources through the housing (11, 30) to an exterior (111, 112) of the housing (11, 30), - a compensator (45, 46) for reducing the effects of the one or more internal heat sources on the temperature sensor, with the compensator (45, 46) including one or more compensation modes selected depending on the heat flux measured, and/or a compensator for reducing the effects of a dynamic response of the sensor by compensating for the response time of the temperature sensor so as to accelerate the measurement, with the compensator (45, 46) including one or more compensation modes selected depending on the heat flux measured. - one or more integrated sensors and one or more internal heat sources within a common housing (11, 30), wherein the one or more integrated sensors comprise a temperature sensor, - a heat flux sensor (21, 22, 23) to measure a heat flux originating from the one or more internal heat sources through the housing (11, 30) to an exterior (111, 112) of the housing (11, 30), - a compensator (45, 46) for reducing the effects of the one or more internal heat sources on the temperature sensor, with the compensator (45, 46) including one or more compensation modes selected depending on the heat flux measured, and/or a compensator for reducing the effects of a dynamic response of the sensor by compensating for the response time of the temperature sensor so as to accelerate the measurement, with the compensator (45, 46) including one or more compensation modes selected depending on the heat flux measured.
The use of an additive manufacturing technique for assembling a plurality of electrochemical cells, the additive manufacturing technique being used for creating partitions between two contiguous cells of the plurality of electrochemical cells.
A suture device, comprising: a suture core having a core inner lumen; a suture crimp positioned at a proximal end of the suture core, the suture crimp fastened to a suture within the core inner lumen; and an anchoring sleeve positioned at a distal end of the suture core, wherein the anchoring sleeve is compressible in an axial direction, is secured to a distal-most end of the suture core, and extends in a proximal direction, and wherein the anchoring sleeve is adapted to collapse and anchor the distal end of the suture core against a tissue wall. a suture core having a core inner lumen; a suture crimp positioned at a proximal end of the suture core, the suture crimp fastened to a suture within the core inner lumen; and an anchoring sleeve positioned at a distal end of the suture core, wherein the anchoring sleeve is compressible in an axial direction, is secured to a distal-most end of the suture core, and extends in a proximal direction, and wherein the anchoring sleeve is adapted to collapse and anchor the distal end of the suture core against a tissue wall.
An interlock assembly for attaching a loading unit to a surgical stapling instrument, the interlock assembly comprising: a shell member having a proximal end defining a pair of openings and a distal end supporting a staple cartridge defining a plurality of staple retaining slots arranged in a pair of concentric rows; and an adapter assembly including a distal end securable to the proximal end of the shell member, the adapter assembly including a pair of legs that are flexible radially inward, each including a protrusion on a free end thereof, wherein each of the protrusions are received within the pair of openings when the distal end of the adapter assembly is received within the proximal end of the shell member, wherein the pair of legs return to an unflexed condition when received in the pair of openings. a shell member having a proximal end defining a pair of openings and a distal end supporting a staple cartridge defining a plurality of staple retaining slots arranged in a pair of concentric rows; and an adapter assembly including a distal end securable to the proximal end of the shell member, the adapter assembly including a pair of legs that are flexible radially inward, each including a protrusion on a free end thereof, wherein each of the protrusions are received within the pair of openings when the distal end of the adapter assembly is received within the proximal end of the shell member, wherein the pair of legs return to an unflexed condition when received in the pair of openings.
Electrical-stimulation surface electrode comprising an electrically conductive surface to be applied to the skin using a contact medium between the skin and the conductive surface, and comprising at least one connection for an electrical line, characterised in that a peripheral bead, made of electrically non-conductive or poorly conductive material, is arranged on the edge of the conductive surface, at least on the side facing the skin, the transition between the conductive surface and the bead being continuous, for example inclined, and the edge of the conductive surface being embedded in the peripheral bead, the peripheral bead being made of resilient plastics material and being arranged on the side of an electrically insulating layer that faces away from the skin.
A manufacturing method of an LED module, comprising: forming an insulating film on a substrate; forming a first ground pad and a second ground pad separated from each other on the insulating film; forming a first division film that fills a space between the first and second ground pads (142, 144), a second division film deposited on a surface of the first ground pad, and a third division film deposited on a surface of the second ground pad; forming a first partition layer of a predetermined height on each of the division films (150, 151, 152, 153); sputtering seed metal to the substrate on which the first partition layer is formed; forming a second partition layer of a predetermined height on the first partition layer; forming a first mirror connected with the first ground pad and a second mirror connected with the second ground pad by performing a metal plating process to the substrate on which the second partition layer is formed; removing the first and second partition layers (160, 170); connecting a zener diode to the first mirror and connecting an LED to the second mirror; and depositing a fluorescent material so as to fill a space formed by the first mirror and the second mirror. forming an insulating film on a substrate; forming a first ground pad and a second ground pad separated from each other on the insulating film; forming a first division film that fills a space between the first and second ground pads (142, 144), a second division film deposited on a surface of the first ground pad, and a third division film deposited on a surface of the second ground pad; forming a first partition layer of a predetermined height on each of the division films (150, 151, 152, 153); sputtering seed metal to the substrate on which the first partition layer is formed; forming a second partition layer of a predetermined height on the first partition layer; forming a first mirror connected with the first ground pad and a second mirror connected with the second ground pad by performing a metal plating process to the substrate on which the second partition layer is formed; removing the first and second partition layers (160, 170); connecting a zener diode to the first mirror and connecting an LED to the second mirror; and depositing a fluorescent material so as to fill a space formed by the first mirror and the second mirror.
Parking lock arrangement for a drive train of a motor vehicle, comprising: a controllable locking mechanism for blocking a rotational movement of a drive element in the drive train of the motor vehicle, wherein the locking mechanism comprises a spindle drive with a spindle shaft rotationally drivable about a spindle axis, an actuator for rotatingly driving the spindle shaft and a positioning element movable by rotating the spindle shaft for actuating a blocking element, which acts at least indirectly on the drive element in a blocking or releasing manner, and an unlocking mechanism for forced releasing of the locking mechanism, the unlocking mechanism comprises an unlocking element for rotating the spindle shaft and a manually operable control element for operating the unlocking element, characterized in that the unlocking element is movable via the control element from a normal position, in which the unlocking element is spaced apart from the spindle shaft, into an engagement position, in which the unlocking element is coupled in torque-transmitting manner to the spindle shaft for forced releasing of the locking mechanism. a controllable locking mechanism for blocking a rotational movement of a drive element in the drive train of the motor vehicle, wherein the locking mechanism comprises a spindle drive with a spindle shaft rotationally drivable about a spindle axis, an actuator for rotatingly driving the spindle shaft and a positioning element movable by rotating the spindle shaft for actuating a blocking element, which acts at least indirectly on the drive element in a blocking or releasing manner, and an unlocking mechanism for forced releasing of the locking mechanism, the unlocking mechanism comprises an unlocking element for rotating the spindle shaft and a manually operable control element for operating the unlocking element, characterized in that the unlocking element is movable via the control element from a normal position, in which the unlocking element is spaced apart from the spindle shaft, into an engagement position, in which the unlocking element is coupled in torque-transmitting manner to the spindle shaft for forced releasing of the locking mechanism.
A capsule having a shell of material that consists essentially of a self-assembly of a protein, wherein the self-assembly of the protein is an amyloid assembly of the protein, such as a fibril assembly.
Electrolyte solution, characterized by integrating: ionic compounds between 0.1 and 7% w/w, selected from the group consisting of lithium perchlorate, lithium triflate, lithium tetrafluoroborate and lithium hexafluorophosphate; polymers between 5% and 30% w/w of polyethylene oxide - polypropylene oxide - allyl glycidyl ether with 60 - 97% molar ethylene oxide, 0 - 10% molar propylene oxide and 3 - 30% molar allyl glycidyl ether; photoinitiators between 0.05% and 15% w/w selected from the group consisting of phenylbis(2,4,6-trimethylbenzoyl)phosphine oxide, 1-hydroxy-cyclohexyl-phenyl-ketone, and 2-hydroxy-2-methyl-1-phenyl propanone; polar solvents between 40 and 75% w/w, selected from the group consisting of ethylene carbonate, propylene carbonate, dimethyl carbonate and acetonitrile; and electrochromic materials selected from the group based on thiophene and pyrrole. ionic compounds between 0.1 and 7% w/w, selected from the group consisting of lithium perchlorate, lithium triflate, lithium tetrafluoroborate and lithium hexafluorophosphate; polymers between 5% and 30% w/w of polyethylene oxide - polypropylene oxide - allyl glycidyl ether with 60 - 97% molar ethylene oxide, 0 - 10% molar propylene oxide and 3 - 30% molar allyl glycidyl ether; photoinitiators between 0.05% and 15% w/w selected from the group consisting of phenylbis(2,4,6-trimethylbenzoyl)phosphine oxide, 1-hydroxy-cyclohexyl-phenyl-ketone, and 2-hydroxy-2-methyl-1-phenyl propanone; polar solvents between 40 and 75% w/w, selected from the group consisting of ethylene carbonate, propylene carbonate, dimethyl carbonate and acetonitrile; and electrochromic materials selected from the group based on thiophene and pyrrole.
A process for conversion of an acyclic C 5 feedstock to a product comprising cyclic C 5 compounds including cyclopentadiene, said process comprising the steps of contacting said feedstock and, optionally, hydrogen under acyclic C 5 conversion conditions in the presence of a catalyst composition to form said product, wherein said catalyst composition comprises a microporous crystalline ferrosilicate, a Group 10 metal, and, optionally, a Group 11 metal, in combination with an optional Group 1 alkali metal and/or an optional Group 2 alkaline earth metal, wherein said microporous crystalline ferrosilicate has a framework type MFI and wherein said Group 10 metal is platinum, and said Group 11 metal is copper or silver.