mhurhangee/patent-ind-claim-en huggingface dataset:
Bobbin-changing device for a winding machine comprising: - a first feed path of plates bearing bobbins which comprise a tube on which a yarn is wound, the plates comprising an enlarged base supporting a collar and an upper central pin on which said tube is engaged, said first feed path being shaped to feed a plurality of plates bearing bobbins to be unraveled, - an input disc , arranged so as to intercept the first feed path , rotatable around a first axis of rotation (X1), and comprising a first side wall shaped with first curvilinear sections provided with at least a first recess or radial seat , with convexity facing said first axis of rotation (X1), configured to selectively retain and release at least one bobbin-holder plate , - an output disc , rotatable about a second axis of rotation (X2), comprising a second side wall shaped with second curvilinear sections provided with at least one second recess or radial seat , with convexity facing said second axis of rotation (X2), configured to retain a bobbin-holder plate received from the input disc and release the plate supporting the tube of said bobbin after it has been unraveled, - a second release path of the bobbin-holder plates shaped and positioned so as to receive said plates released from the output disc , - a branch connecting the first feed path and the second release path and intercepting the input disc and the output disc to allow the exchange of bobbin-holder plates between the input disc and the output disc . - a first feed path of plates bearing bobbins which comprise a tube on which a yarn is wound, the plates comprising an enlarged base supporting a collar and an upper central pin on which said tube is engaged, said first feed path being shaped to feed a plurality of plates bearing bobbins to be unraveled, - an input disc , arranged so as to intercept the first feed path , rotatable around a first axis of rotation (X1), and comprising a first side wall shaped with first curvilinear sections provided with at least a first recess or radial seat , with convexity facing said first axis of rotation (X1), configured to selectively retain and release at least one bobbin-holder plate , - an output disc , rotatable about a second axis of rotation (X2), comprising a second side wall shaped with second curvilinear sections provided with at least one second recess or radial seat , with convexity facing said second axis of rotation (X2), configured to retain a bobbin-holder plate received from the input disc and release the plate supporting the tube of said bobbin after it has been unraveled, - a second release path of the bobbin-holder plates shaped and positioned so as to receive said plates released from the output disc , - a branch connecting the first feed path and the second release path and intercepting the input disc and the output disc to allow the exchange of bobbin-holder plates between the input disc and the output disc .
An electronic device comprising: a bracket ; a first display including a first display panel disposed on a first side of the bracket and a first window glass disposed to cover the first display panel and having a first edge area , at least a portion of the first edge area being connected to a third edge area of the bracket ; and a second display including a second display panel disposed on a second side of the bracket that is opposite to the first side and a second window glass disposed to cover the second display panel and having a second edge area , at least a portion of the second edge area being connected to the third edge area of the bracket , wherein the third edge area of the bracket includes a protruding portion that protrudes a specified distance from a lateral side of the electronic device , and wherein the protruding portion has a thickness smaller than or equal to a specified value; characterized in that the third edge area of the bracket has a smaller cross-sectional area than a cross-sectional area of a central area of the bracket .
An electronic device comprising a device housing and a sound generating module , the device housing comprises a first housing portion and a second housing portion , the first housing portion is movably disposed on the second housing portion to enable the electronic device to switch between an expanded state and a contracted state, wherein the sound generating module is located on one of the first housing portion and the second housing portion , and the sound generating module is provided with a first rear cavity and a first connecting hole communicating with the first rear cavity , wherein the electronic device comprises a cavity structure , and the cavity structure is provided with the second rear cavity and a second connecting hole communicating with the second rear cavity , wherein in the expanded state, the first connecting hole is in sealed alignment with the second connecting hole , and the first rear cavity communicates with the second rear cavity via the first connecting hole and the second connecting hole ; and in the contracted state, the first connecting hole is staggered with the second connecting hole , and the cavity structure blocks the first connecting hole . in the expanded state, the first connecting hole is in sealed alignment with the second connecting hole , and the first rear cavity communicates with the second rear cavity via the first connecting hole and the second connecting hole ; and in the contracted state, the first connecting hole is staggered with the second connecting hole , and the cavity structure blocks the first connecting hole .
Turbomachine, comprising a stator, comprising a rotor which is rotatable about an axis of rotation , and comprising an annular space for guiding a primary flow , which space has a stator-side wall and a rotor-side wall , and in which space at least one blade cascade having a plurality of blades is arranged, wherein, in deviation from an ideal aerodynamic annular space contour which corresponds to a cavity-free annular space in the case of extrapolation of the stator-side and rotor-side walls , a radial annular space extension begins upstream of the blades , which extension extends downstream up to a rear region of the blade cascade , and wherein the blades , on account of the annular extension , have a front edge lengthened by at least 2% in comparison with blades which would follow the ideal aerodynamic annular space contour at the same position, characterized in that the rear region of the blade cascade follows the ideal aerodynamic annular space contour .
A method of assembling a prosthetic heart valve comprising: providing a skirt having an inflow edge portion and an outflow edge portion ; securing a plurality of first sections of a suture loop to one of the inflow edge portion and the outflow edge portion of the skirt ; and after securing the suture loop to the skirt , placing the skirt on an annular frame , inserting a plurality of second sections of the suture loop through openings of the frame , and securing the second sections of the suture loop to the skirt ; wherein the act of securing the second sections of the suture loop to the skirt comprises securing the second sections of the suture loop to the skirt with separate sutures . providing a skirt having an inflow edge portion and an outflow edge portion ; securing a plurality of first sections of a suture loop to one of the inflow edge portion and the outflow edge portion of the skirt ; and after securing the suture loop to the skirt , placing the skirt on an annular frame , inserting a plurality of second sections of the suture loop through openings of the frame , and securing the second sections of the suture loop to the skirt ; wherein the act of securing the second sections of the suture loop to the skirt comprises securing the second sections of the suture loop to the skirt with separate sutures .
An eco-friendly cold ramming paste comprising the following by weight percentage: 88 wt% to 84 wt% of calcined anthracite coal; and 12 wt% to 16 wt% of an epoxy resin. 88 wt% to 84 wt% of calcined anthracite coal; and 12 wt% to 16 wt% of an epoxy resin.
A generator assembly for an engine-generator device, the generator assembly comprising: a rotor having a coupling (7a; 7b) for mounting the rotor to the output shaft of an engine ; a stator ; and a stator casing , wherein the stator casing comprises a generally cylindrical hollow structure arranged to be mounted directly to the engine casing, wherein the stator casing includes one or more fixing(s) arranged to be coupled with one or more pre-existing mounting point(s) on the engine, wherein the fixing(s) for mounting the stator casing to the engine are located within the outer circumference of the cylindrical hollow structure adjacent to cut-away portions in the cylindrical hollow structure, characterized in that the cut-away portions provide access to the fixing(s) to allow the stator casing to be secured in place once the necessary alignment is completed.
A temperature sensor comprising • a cell free sensor gel comprising a polymer selected from a charged biopolymer and a synthetic polymer having charge moieties, water at a weight portion of 0.1% or more, and ions at a concentration of 1 pM or more, • a first electrode and a second electrode separated from each other by said sensor gel. • a cell free sensor gel comprising a polymer selected from a charged biopolymer and a synthetic polymer having charge moieties, water at a weight portion of 0.1% or more, and ions at a concentration of 1 pM or more, • a first electrode and a second electrode separated from each other by said sensor gel.
A method of preparing a compound of Formula II, or a salt thereof, from a compound of Formula I, wherein in Formula II R' represents a linear, branched and/or cyclic alkyl group having 1 to 10 carbon atoms, and R" represents a linear, branched and/or cyclic alkyl group having 1 to 10 carbon atoms, comprising: (i) replacing the group R in the compound of Formula I, wherein R is H or methyl, by a group R' being a linear, branched and/or cyclic alkyl group having 1 to 10 carbon atoms; (ii) addition of methyl vinyl ketone to obtain 1-[(5α,7α)-17-alkyl-4,5-epoxy-3-hydroxy-6-methoxy-6,14-ethenomorphinan-7-yl]ethanone or 1-[(5α,7α)-17-alkyl-4,5-epoxy-3-alkoxy-6-methoxy-6,14-ethenomorphinan-7-yl]ethanone; (iii-a) converting the acetyl group in position 7 into a tertiary alkyl alcohol having a general structure -C-(OH)-(CH 3 )-R", wherein R" represents a linear, branched and/or cyclic alkyl group with 1 to 10 carbon atoms; and (iv-a) reducing the etheno group in position 18,19 to form the compound of Formula II; and (v) optionally converting the product from step (iv-a) into an addition salt, preferably a pharmaceutically acceptable salt, wherein introducing and later releasing protecting groups is avoided; and wherein R'" is H, wherein step (iv-a) is carried out after step (iii-a), wherein step (iii-a) is carried out using essentially tert-butylmethylether, 2-methyl-tetrahydrofuran, dimethoxymethane or mixtures thereof as solvent, wherein other solvents can be contained in a solvent mixture with less than 10 wt.%, based on the total weight of all solvents used in step (iii-a). (i) replacing the group R in the compound of Formula I, wherein R is H or methyl, by a group R' being a linear, branched and/or cyclic alkyl group having 1 to 10 carbon atoms; (ii) addition of methyl vinyl ketone to obtain 1-[(5α,7α)-17-alkyl-4,5-epoxy-3-hydroxy-6-methoxy-6,14-ethenomorphinan-7-yl]ethanone or 1-[(5α,7α)-17-alkyl-4,5-epoxy-3-alkoxy-6-methoxy-6,14-ethenomorphinan-7-yl]ethanone; (iii-a) converting the acetyl group in position 7 into a tertiary alkyl alcohol having a general structure -C-(OH)-(CH 3 )-R", wherein R" represents a linear, branched and/or cyclic alkyl group with 1 to 10 carbon atoms; and (iv-a) reducing the etheno group in position 18,19 to form the compound of Formula II; and (iii-a) converting the acetyl group in position 7 into a tertiary alkyl alcohol having a general structure -C-(OH)-(CH 3 )-R", wherein R" represents a linear, branched and/or cyclic alkyl group with 1 to 10 carbon atoms; and (iv-a) reducing the etheno group in position 18,19 to form the compound of Formula II; and (v) optionally converting the product from step (iv-a) into an addition salt, preferably a pharmaceutically acceptable salt, wherein introducing and later releasing protecting groups is avoided; and
Mechanism for triggering an animation allowing a object which is to be animated to be moved in order to obtain an entertaining effect, the object which is to be animated being a decorative element for example a person, a figurine, an animal or a flower, the mechanism comprising a control mobile and a trigger lever arm , the control mobile being intended to cooperate with the trigger lever arm in order to trigger the animation of the object at quasi-random moments, a drive member kinematically connected to the control mobile and an unbalanced oscillating mass mounted so as to freely rotate with respect to the mechanism for triggering the animation, wherein the control mobile is kinematically connected to the drive member so as to impart a basic rotational speed thereto, the control mobile likewise being kinematically connected to a transmission mobile to which movements of the unbalanced oscillating mass are transmitted such that the speed of the control mobile and thus the moments of triggering the animation of the object vary based on the movements of the unbalanced oscillating mass .
A method for controlling an extrusion system for additive manufacturing, the extrusion system being configured to perform at least one print job in which a three-dimensional structure is manufactured in parallel, wherein the extrusion system includes a controller and an extrusion unit having a plurality of nozzle heads by means of which filaments of build material are deposited in a predetermined interconnected arrangement for concurrently forming individual three-dimensional structures in parallel, wherein each nozzle head includes one or more nozzle outlets through which the build material is extruded, characterized in that the method includes monitoring an operation of each of the plurality of nozzle heads during the print job in order to detect one or more operational failure events linked to one or more failing nozzle heads , wherein, in case one or more operational failure events are detected, the controller is configured to perform the steps of: determining a first value indicative of an average print time for finishing a number of three-dimensional structures when the print job is continued using one or more non-failing nozzle heads of the plurality of nozzle heads which are still operational, determining a second value indicative of an average print time for finishing the number of three-dimensional structures when the print job is promptly interrupted and a new print job is initiated with the one or more failing nozzle heads of the plurality of nozzles heads being repaired, and restarting the print job with the one or more failing nozzle heads being repaired, when the second value is smaller than the first value. determining a first value indicative of an average print time for finishing a number of three-dimensional structures when the print job is continued using one or more non-failing nozzle heads of the plurality of nozzle heads which are still operational, determining a second value indicative of an average print time for finishing the number of three-dimensional structures when the print job is promptly interrupted and a new print job is initiated with the one or more failing nozzle heads of the plurality of nozzles heads being repaired, and restarting the print job with the one or more failing nozzle heads being repaired, when the second value is smaller than the first value.
Printing press comprising at least one printing unit having at least one nozzle bar with at least two print heads and at least one cleaning device , wherein each nozzle bar is assigned at least one cleaning device , wherein the cleaning device comprises at least one cleaning element , wherein the at least one cleaning element is arranged so as to be movable in and/or counter to a cleaning direction (G), wherein the at least one cleaning element has at least one fluid infeed opening and at least one fluid discharge and at least one fluid extraction means , wherein a y direction and an x direction and a z direction form a Cartesian system of coordinates, wherein the y direction corresponds to a direction along at least one longest side of the respective nozzle bar , wherein the x direction corresponds to a direction along at least one shortest side of the respective nozzle bar , wherein the z direction is parallel to a normal vector of a plane that is spanned by the x direction and the y direction, wherein the at least two print heads are arranged side by side, wherein the at least two print heads arranged side by side are arranged spaced apart from one another by at least one positioning gap , wherein the cleaning direction (G) and/or the y direction form a plane angle of at least 50° and of no more than 130°, in a positive mathematical direction of rotation, with a longitudinal direction of the positioning gap , characterized in that a longitudinal direction of the fluid infeed opening is aligned parallel to the at least one positioning gap of the assigned nozzle bar , and/or in that a longitudinal direction of the at least one fluid discharge is aligned parallel to the at least one positioning gap of the assigned nozzle bar , and/or in that a longitudinal direction of the at least one fluid extraction means is aligned parallel to the at least one positioning gap of the assigned nozzle bar .
Multifunctional tap having an outlet tap for multiple fluids, which are possibly variable in their state, having an operator control device with multiple sensors , arranged in a distributed manner, and/or switches for operator control of the multifunctional tap , and having a display , wherein the display has at least one display element which is spatially assigned to one of the sensors and/or switches such that the location of the associated sensor and/or switch is signalled to an operator, characterized in that multiple such display elements are connected to form a display ring of the multifunctional tap, wherein each sensor and/or switch is assigned a separate associated display element .
An optical network unit, ONU, comprising: a passive optical network, PON, interface configured to communicate using physical layer operations, administration, and maintenance , PLOAM, messages ; and a processor coupled to the PON interface, characterized in that the processor is configured to: receive a PLOAM reset message comprising a ONU identifier, ID, a Vendor ID, a Vendor-Specific Serial Number, VSSN, and a reset level, wherein the ONU ID addresses a single ONU when the ONU ID is not a broadcast ID, or the Vendor ID and the VSSN together address a single ONU when the ONU ID is a broadcast ID, and the reset level comprises an instruction to reset a management information base, MIB, wherein the PLOAM reset message is configured to instruct an ONU addressed by the ONU ID to reset its MIB; and reset the MIB according to the PLOAM reset message. a passive optical network, PON, interface configured to communicate using physical layer operations, administration, and maintenance , PLOAM, messages ; and a processor coupled to the PON interface, characterized in that the processor is configured to: receive a PLOAM reset message comprising a ONU identifier, ID, a Vendor ID, a Vendor-Specific Serial Number, VSSN, and a reset level, wherein the ONU ID addresses a single ONU when the ONU ID is not a broadcast ID, or the Vendor ID and the VSSN together address a single ONU when the ONU ID is a broadcast ID, and the reset level comprises an instruction to reset a management information base, MIB, wherein the PLOAM reset message is configured to instruct an ONU addressed by the ONU ID to reset its MIB; and reset the MIB according to the PLOAM reset message. receive a PLOAM reset message comprising a ONU identifier, ID, a Vendor ID, a Vendor-Specific Serial Number, VSSN, and a reset level, wherein the ONU ID addresses a single ONU when the ONU ID is not a broadcast ID, or the Vendor ID and the VSSN together address a single ONU when the ONU ID is a broadcast ID, and the reset level comprises an instruction to reset a management information base, MIB, wherein the PLOAM reset message is configured to instruct an ONU addressed by the ONU ID to reset its MIB; and reset the MIB according to the PLOAM reset message.
A process for forming an elastomeric polymer, comprising a) forming a reaction mixture containing 1) at least one polyene compound having an average of at least two groups containing aliphatic carbon-carbon double bonds capable of reaction with a thiol group, wherein at least one of said aliphatic carbon-carbon double bonds is separated from each other said aliphatic carbon-carbon double bond by an aliphatic spacer group having a weight of at least 1000 atomic mass units, 2) from 20 to 150 parts by weight, per 100 parts by weight of component 1), of at least one epoxy resin having an average of at least 1.5 epoxide groups per molecule and an epoxy equivalent weight of up to 1000, 3) at least one curing agent having at least two thiol groups, 4) at least one basic catalyst, and b) curing the reaction mixture to form the polymeric elastomer.