mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for creating an animation summarizing a design process of a three-dimensional object, the method comprising the steps of: a) acquiring design data during at least one design session of said three-dimensional object; b) automatically identifying time points (MS1 - MS24) of said session or sessions corresponding to milestones of the design process by applying a set of predetermined rules to the acquired data, and storing data representing statuses of the three-dimensional object at said time points, said set of predetermined rules comprising at least one rule representative of: a change of the object that has impacted at least a predetermined number of parts, or at least a predetermined fraction of the existing parts of the object; c) reconstructing and storing data representing intermediate statuses of the three-dimensional object by interpolating said data representing statuses of the three-dimensional object at the automatically identified time points; and d) generating and displaying an animation of the design process from said stored statuses of the three-dimensional object, including displaying a graphical representation of a timeline providing access to data representing statuses of the three-dimensional object corresponding to milestones. a) acquiring design data during at least one design session of said three-dimensional object; b) automatically identifying time points (MS1 - MS24) of said session or sessions corresponding to milestones of the design process by applying a set of predetermined rules to the acquired data, and storing data representing statuses of the three-dimensional object at said time points, said set of predetermined rules comprising at least one rule representative of: a change of the object that has impacted at least a predetermined number of parts, or at least a predetermined fraction of the existing parts of the object; c) reconstructing and storing data representing intermediate statuses of the three-dimensional object by interpolating said data representing statuses of the three-dimensional object at the automatically identified time points; and d) generating and displaying an animation of the design process from said stored statuses of the three-dimensional object, including displaying a graphical representation of a timeline providing access to data representing statuses of the three-dimensional object corresponding to milestones.
A light control sheet comprising: a light control layer containing a liquid crystal composition; a first transparent electrode layer and a second transparent electrode layer which are a pair of transparent electrode layers sandwiching the light control layer; and a first transparent support layer supporting the first transparent electrode layer and a second transparent support layer supporting the second transparent electrode layer which are a pair of transparent support layers sandwiching the light control layer and the pair of transparent electrode layers, wherein the first transparent electrode layer comprises a first electrode section and a first insulating section that is adjacent to the first electrode section in a direction parallel to a surface of the light control sheet, the first insulating section extending along an outer edge of the first electrode section in plan view perpendicular to the surface, in the plan view, the first insulating section has an annular shape that surrounds the entire first electrode section; and in a range surrounded by the first insulating section in the plan view, the first electrode section has a first connection region to which a first wiring section for applying a first driving voltage to the first electrode section is connected; in the first connection region, a surface of the first transparent electrode layer facing away from the first transparent support layer is exposed from the light control layer, the second transparent electrode layer, and the second transparent support layer so as to be connected to the first wiring section. a light control layer containing a liquid crystal composition; a first transparent electrode layer and a second transparent electrode layer which are a pair of transparent electrode layers sandwiching the light control layer; and a first transparent support layer supporting the first transparent electrode layer and a second transparent support layer supporting the second transparent electrode layer which are a pair of transparent support layers sandwiching the light control layer and the pair of transparent electrode layers, wherein the first transparent electrode layer comprises a first electrode section and a first insulating section that is adjacent to the first electrode section in a direction parallel to a surface of the light control sheet, the first insulating section extending along an outer edge of the first electrode section in plan view perpendicular to the surface, in the plan view, the first insulating section has an annular shape that surrounds the entire first electrode section; and in a range surrounded by the first insulating section in the plan view, the first electrode section has a first connection region to which a first wiring section for applying a first driving voltage to the first electrode section is connected; in the first connection region, a surface of the first transparent electrode layer facing away from the first transparent support layer is exposed from the light control layer, the second transparent electrode layer, and the second transparent support layer so as to be connected to the first wiring section.
A system (80, 90) for reducing underwater noise, comprising: a solid panel (800, 900, 1000) having a thickness at any given location on the panel (800, 900, 1000) and having two generally opposing faces of said panel (800, 900, 1000); a plurality of resonator cavities defined within said panel (800, 900, 1000); each resonator cavity (810, 910, 920, 930, 940, 1010) having a closed end within said panel (800, 900, 1000) and an open end through which an interior of said resonator cavity (810, 910, 920, 930, 940, 1010) is in fluid communication with surrounding of said panel (800, 900, 1000); each resonator cavity (810, 910, 920, 930, 940, 1010) further defining a volume described by a geometry of said resonator cavity (810, 910, 920, 930, 940, 1010) within said panel (800, 900, 1000); and each resonator cavity (810, 910, 920, 930, 940, 1010) configured and arranged within said panel (800, 900, 1000) so as to have at least a portion of said volume of the resonator cavity (810, 910, 920, 930, 940, 1010) disposed higher than said open end so as to be capable of trapping an amount of gas within the resonator cavity when said panel (800, 900, 1000) is submerged in a liquid and is in an orientation such that the faces of said panel (800, 900, 1000) are oriented in a generally vertical direction, the system being characterized in that: said volume or said geometry of each resonator cavity (810, 910, 920, 930, 940, 1010) is designed according to a respective design depth of deployment of said resonator cavity (810, 910, 920, 930, 940, 1010) in said liquid. a solid panel (800, 900, 1000) having a thickness at any given location on the panel (800, 900, 1000) and having two generally opposing faces of said panel (800, 900, 1000); a plurality of resonator cavities defined within said panel (800, 900, 1000); each resonator cavity (810, 910, 920, 930, 940, 1010) having a closed end within said panel (800, 900, 1000) and an open end through which an interior of said resonator cavity (810, 910, 920, 930, 940, 1010) is in fluid communication with surrounding of said panel (800, 900, 1000); each resonator cavity (810, 910, 920, 930, 940, 1010) further defining a volume described by a geometry of said resonator cavity (810, 910, 920, 930, 940, 1010) within said panel (800, 900, 1000); and each resonator cavity (810, 910, 920, 930, 940, 1010) configured and arranged within said panel (800, 900, 1000) so as to have at least a portion of said volume of the resonator cavity (810, 910, 920, 930, 940, 1010) disposed higher than said open end so as to be capable of trapping an amount of gas within the resonator cavity when said panel (800, 900, 1000) is submerged in a liquid and is in an orientation such that the faces of said panel (800, 900, 1000) are oriented in a generally vertical direction, the system being characterized in that: said volume or said geometry of each resonator cavity (810, 910, 920, 930, 940, 1010) is designed according to a respective design depth of deployment of said resonator cavity (810, 910, 920, 930, 940, 1010) in said liquid.
A liquid crystal composition comprising: liquid crystal molecules; a first alignment aid; and a second alignment aid, wherein the first alignment aid and the second alignment aid are photoreactive in different wavelength regions; characterized in that the first alignment aid is photoreactive in a visible region, and the second alignment aid is photoreactive in an ultraviolet region; the first alignment aid is a vertical alignment component, and the second alignment aid is a pretilt component; the first alignment aid includes at least one of the compounds represented by the following chemical formulas 1 to 13: wherein each n is a natural number ranging independently from 3 to 18; the second alignment aid includes at least one of the compounds represented by the following chemical formulas 14 to 18: or wherein each n is a natural number ranging independently from 0 to 5; a content of the first alignment aid is in the range of 0.5 wt% to 30 wt% of the liquid crystal composition including the liquid crystal molecules, the first alignment aid, and the second alignment aid; and a content of the second alignment aid is is in the range of 0.1 wt% to 10 wt% of the liquid crystal composition. liquid crystal molecules; a first alignment aid; and a second alignment aid, wherein the first alignment aid and the second alignment aid are photoreactive in different wavelength regions; characterized in that the first alignment aid is photoreactive in a visible region, and the second alignment aid is photoreactive in an ultraviolet region; the first alignment aid is a vertical alignment component, and the second alignment aid is a pretilt component; the first alignment aid includes at least one of the compounds represented by the following chemical formulas 1 to 13: wherein each n is a natural number ranging independently from 3 to 18; the second alignment aid includes at least one of the compounds represented by the following chemical formulas 14 to 18: or wherein each n is a natural number ranging independently from 0 to 5; a content of the first alignment aid is in the range of 0.5 wt% to 30 wt% of the liquid crystal composition including the liquid crystal molecules, the first alignment aid, and the second alignment aid; and a content of the second alignment aid is is in the range of 0.1 wt% to 10 wt% of the liquid crystal composition.
A method of measuring metrics of a computer network, comprising the steps of: collecting, from a plurality of data sources, data points, wherein a set of the data points collected from each data source is collected during a sampling period, wherein the set of data points, referred to as sample, is collected throughout each sampling period for each data source, characterized in that: each data source is associated with a fractile information type that defines parameters for a fractile information instance, the fractile information instance including one or more counters, the one or more counters each corresponding to a count of a range of values of data points; and the method further comprises: processing collected data points, for each data source, by repeatedly updating, during the sampling period, the one or more counters of the fractile information instance associated with the data source with counts of values of the collected data points, wherein an index to identify a counter to be updated is determined according to a pair of values comprising a mantissa and an exponent corresponding to the value of a data point of the collected data points. collecting, from a plurality of data sources, data points, wherein a set of the data points collected from each data source is collected during a sampling period, wherein the set of data points, referred to as sample, is collected throughout each sampling period for each data source, characterized in that: each data source is associated with a fractile information type that defines parameters for a fractile information instance, the fractile information instance including one or more counters, the one or more counters each corresponding to a count of a range of values of data points; and the method further comprises: processing collected data points, for each data source, by repeatedly updating, during the sampling period, the one or more counters of the fractile information instance associated with the data source with counts of values of the collected data points, wherein an index to identify a counter to be updated is determined according to a pair of values comprising a mantissa and an exponent corresponding to the value of a data point of the collected data points.
Connecting piece for establishing a fluid connection between fluid-conducting lines for installation in a cut-out in a housing part of a medical device, in particular a dialysis unit, comprising a tubular body that is made of an electrically conductive material and can be inserted into the cut-out in the housing part, the end pieces (19, 20) of which body are designed for the attachment of the fluid-conducting lines, characterised in that the connecting piece comprises a terminal part for attaching an electrical protective conductor or equipotential bonding system, the terminal part being electrically conductively connectable or connected to the tubular body.
An accessory device for retaining an electronic device, the accessory device comprising: a unitary body that defines a receptacle capable of receiving the electronic device, the unitary body comprising a base portion, a first sidewall and a second sidewall, wherein the first sidewall and the second sidewall extend from the base portion; a connector located in the receptacle; and a power supply connected to the unitary body, wherein the connector is configured to electrically couple the electronic device with the internal power supply; characterised in that it further comprises a hinge feature embedded in the unitary body and covered by the base portion, the first sidewall, and the second sidewall, the hinge feature separating the unitary body into a rigid first region and a rigid second region, wherein the hinge feature is configured such that an applied force to the first region causes the base portion to bend at the hinge feature such that the first region rotates relative to the second region. a unitary body that defines a receptacle capable of receiving the electronic device, the unitary body comprising a base portion, a first sidewall and a second sidewall, wherein the first sidewall and the second sidewall extend from the base portion; a connector located in the receptacle; and a power supply connected to the unitary body, wherein the connector is configured to electrically couple the electronic device with the internal power supply; characterised in that it further comprises a hinge feature embedded in the unitary body and covered by the base portion, the first sidewall, and the second sidewall, the hinge feature separating the unitary body into a rigid first region and a rigid second region, wherein the hinge feature is configured such that an applied force to the first region causes the base portion to bend at the hinge feature such that the first region rotates relative to the second region.
A process for the preparation of an X-ray composition comprising an X-ray contrast agent in a carrier, comprising the steps of i) adjusting the pH of the carrier comprising the X-ray contrast agent to 2.0-4.5 by adding an acid; ii) heating the pH-adjusted composition of step i) to 60-200 °C; iii) cooling the composition of step ii) to 40-60°C; iv) adjusting the pH of the heated composition of step iii) to 7.0-8.0 by adding an appropriate buffer; wherein the X-ray contrast agent is Iodixanol or is Compound I and the carrier is an aqueous solution. i) adjusting the pH of the carrier comprising the X-ray contrast agent to 2.0-4.5 by adding an acid; ii) heating the pH-adjusted composition of step i) to 60-200 °C; iii) cooling the composition of step ii) to 40-60°C; iv) adjusting the pH of the heated composition of step iii) to 7.0-8.0 by adding an appropriate buffer;
A method of making a condrapable hydrophobic nonwoven web of continuous fibers, consisting essentially of the steps of: providing a hydophobic nonwoven web of continuous fibers having an initial condrapability; applying to the web a fiber surface-modifying agent dispersed in an aqueous medium, the agent consisting of an amino-modified polydimethylsiloxane which includes a hydrophilic emulsifier and a nonionic or cationic co-emulsifier; and drying the web to remove the aqueous medium and leave a hydrophobic web having an improved condrapability relative to the initial condrapability, whereby condrapability is measured by a Handle-O-Meter and hydrophobicity is measured by determination of the strikethrough. providing a hydophobic nonwoven web of continuous fibers having an initial condrapability; applying to the web a fiber surface-modifying agent dispersed in an aqueous medium, the agent consisting of an amino-modified polydimethylsiloxane which includes a hydrophilic emulsifier and a nonionic or cationic co-emulsifier; and drying the web to remove the aqueous medium and leave a hydrophobic web having an improved condrapability relative to the initial condrapability, whereby condrapability is measured by a Handle-O-Meter and hydrophobicity is measured by determination of the strikethrough.
A method for manufacturing a pneumatic tire comprising the steps of: forming a primary molded body [G1 by fitting bead rings on opposite ends, in a width direction, of a cylindrically-shaped body in which at least a carcass material is mounted on an outer peripheral side of a film formed of a thermoplastic resin or a thermoplastic elastomer composition obtained by blending a thermoplastic resin with an elastomer; setting the primary molded body [G1 so as to be sucked and to be held on an inner peripheral surface of a transfer-holding mold; inserting a cylindrically-shaped rigid inner mold including a plurality of divided bodies into the inside of the primary molded body; stopping suction by the transfer-holding mold, and transferring the primary molded body to an outer peripheral surface of the rigid inner mold; turning up opposite ends of the carcass material in a width direction thereof on the rigid inner mold, while stacking other tire constituting members on an outer peripheral surface of the primary molded body so that a green tire is molded; arranging the green tire, together with the rigid inner mold, inside of a curing mold installed in a curing apparatus; heating the rigid inner mold and the curing mold to a predetermined temperature and pressurizing the film from an inner peripheral side to be inflated, so that the green tire is cured and the film is brought into close contact with and bonded to an inner peripheral surface of the tire; taking the cured tire out of the curing apparatus; and detaching the rigid inner mold from the cured tire. forming a primary molded body [G1 by fitting bead rings on opposite ends, in a width direction, of a cylindrically-shaped body in which at least a carcass material is mounted on an outer peripheral side of a film formed of a thermoplastic resin or a thermoplastic elastomer composition obtained by blending a thermoplastic resin with an elastomer; setting the primary molded body [G1 so as to be sucked and to be held on an inner peripheral surface of a transfer-holding mold; inserting a cylindrically-shaped rigid inner mold including a plurality of divided bodies into the inside of the primary molded body; stopping suction by the transfer-holding mold, and transferring the primary molded body to an outer peripheral surface of the rigid inner mold; turning up opposite ends of the carcass material in a width direction thereof on the rigid inner mold, while stacking other tire constituting members on an outer peripheral surface of the primary molded body so that a green tire is molded; arranging the green tire, together with the rigid inner mold, inside of a curing mold installed in a curing apparatus; heating the rigid inner mold and the curing mold to a predetermined temperature and pressurizing the film from an inner peripheral side to be inflated, so that the green tire is cured and the film is brought into close contact with and bonded to an inner peripheral surface of the tire; taking the cured tire out of the curing apparatus; and detaching the rigid inner mold from the cured tire.
An electromagnetic relay, comprising: a contact that includes a fixed contact and a movable contact, wherein the movable contact is displaceable in a first direction to move toward the fixed contact and in a second direction to move away from the fixed contact; and a permanent magnet provided on a peripheral side of the contact, wherein the permanent magnet has a polarity direction perpendicular to the first and second directions; and characterized by a non-magnetic metal body that faces toward a direction of a Lorentz force that acts based on the permanent magnet in a direct electric current flowing through the contact. a contact that includes a fixed contact and a movable contact, wherein the movable contact is displaceable in a first direction to move toward the fixed contact and in a second direction to move away from the fixed contact; and a permanent magnet provided on a peripheral side of the contact, wherein the permanent magnet has a polarity direction perpendicular to the first and second directions; and characterized by a non-magnetic metal body that faces toward a direction of a Lorentz force that acts based on the permanent magnet in a direct electric current flowing through the contact.