mhurhangee/ep-ind-claims huggingface dataset:
An interconnect for an optoelectronic device, the interconnect comprising: an interconnect body comprising an inner surface, an outer surface, a first end, and a second end; a plurality of bond pads coupled to the inner surface of the interconnect body, between the first and second ends (208, 210); characterized by a stress relief feature formed in the interconnect body, the stress relief feature comprising a plurality of T-shaped slots, each T-shaped slot approximately aligned with a corresponding one of the plurality of bond pads, the vertical portion of each T-shaped slot proximate to the corresponding one of the plurality of bond pads, and the horizontal portion of each T-shaped slot distal from the corresponding one of the plurality of bond pads. an interconnect body comprising an inner surface, an outer surface, a first end, and a second end; a plurality of bond pads coupled to the inner surface of the interconnect body, between the first and second ends (208, 210); characterized by a stress relief feature formed in the interconnect body, the stress relief feature comprising a plurality of T-shaped slots, each T-shaped slot approximately aligned with a corresponding one of the plurality of bond pads, the vertical portion of each T-shaped slot proximate to the corresponding one of the plurality of bond pads, and the horizontal portion of each T-shaped slot distal from the corresponding one of the plurality of bond pads.
An expandable device comprising: a plurality of connector sections, each of the connector sections extending circumferentially about the expandable device and comprising a plurality of connector struts, the connector struts including first connector struts and second connector struts, wherein (a) the first connector struts are linear, (b) every other connector strut is a second connector strut, (c) each of the second connector struts comprises a curved section near each end and a straight midsection between the two curved sections, the curved sections of each second connector strut curving in opposite directions, and (d) each of the first connector struts is coupled to one of the second connector struts at an apex; and a plurality of bridge sections, each of the bridge sections attached to and extending between two of the connector sections and comprising a plurality of parallel, non-branching, helical bridge members, wherein at least some of the bridge members directly connect to one of the apices, wherein, for each pair of first connector struts and second connector struts connected by one of the apices, at least the straight midsection of the second connector strut is parallel to at least a portion of the first connector strut. a plurality of connector sections, each of the connector sections extending circumferentially about the expandable device and comprising a plurality of connector struts, the connector struts including first connector struts and second connector struts, wherein (a) the first connector struts are linear, (b) every other connector strut is a second connector strut, (c) each of the second connector struts comprises a curved section near each end and a straight midsection between the two curved sections, the curved sections of each second connector strut curving in opposite directions, and (d) each of the first connector struts is coupled to one of the second connector struts at an apex; and a plurality of bridge sections, each of the bridge sections attached to and extending between two of the connector sections and comprising a plurality of parallel, non-branching, helical bridge members, wherein at least some of the bridge members directly connect to one of the apices, wherein, for each pair of first connector struts and second connector struts connected by one of the apices, at least the straight midsection of the second connector strut is parallel to at least a portion of the first connector strut.
A data processing method, used for a terminal which comprises a plurality of operating systems, and comprising: determining a first operating system currently used by the terminal when a command to store data in a Subscriber Identity Module card in the terminal is received, storing the data in a first storage area of the SIM card when the first operating system currently in use is a designated operating system amongst the plurality of operating systems of the terminal, and storing the data in a second storage area of the SIM card when the first operating system currently in use is a non-designated operating system amongst the plurality of operating systems of the terminal, and when storing the data in the first storage area of the SIM card, generating keys according to identification information of the terminal and storing the keys in the designated operating system and the first storage area of the SIM card, respectively. determining a first operating system currently used by the terminal when a command to store data in a Subscriber Identity Module card in the terminal is received, storing the data in a first storage area of the SIM card when the first operating system currently in use is a designated operating system amongst the plurality of operating systems of the terminal, and storing the data in a second storage area of the SIM card when the first operating system currently in use is a non-designated operating system amongst the plurality of operating systems of the terminal, and when storing the data in the first storage area of the SIM card, generating keys according to identification information of the terminal and storing the keys in the designated operating system and the first storage area of the SIM card, respectively.
Insert element for a reusable container (10, 10'), in particular for pizzas, comprising an insert base, configured to serve as a support surface for a foodstuff, in particular a pizza, and at least one removal element, wherein the insert element is configured to be inserted into a lower reusable container and wherein the insert element has at least one delimiting element, which has at least two different configurations and in one configuration is configured to delimit the support surface on the insert base and in another configuration is configured not to delimit the support surface on the insert base, characterized in that the delimiting element is formed from a first portion of the insert base and a second portion of the removal element. an insert base, configured to serve as a support surface for a foodstuff, in particular a pizza, and at least one removal element, wherein the insert element is configured to be inserted into a lower reusable container and wherein the insert element has at least one delimiting element, which has at least two different configurations and in one configuration is configured to delimit the support surface on the insert base and in another configuration is configured not to delimit the support surface on the insert base, characterized in that the delimiting element is formed from a first portion of the insert base and a second portion of the removal element.
Protective element, more particularly fabric protective tube, for jacketing textile lashing or sling gear for lifting, tensioning or lashing objects, with at least one fabric layer facing the object, as well as a synthetic material layer between the fabric layer and the object, wherein the synthetic material layer is composed of elastomer threads which are woven into the fabric layer and over the fabric layer form outwardly projecting ribs, characterised in that two tube-like fabric layers (3, 4) that are connected to each other, are provided which are connected to each other at the edges.
A display apparatus for use in displaying images to a viewer within a vehicle, comprising: a transparent optical waveguide display unit arranged for receiving collimated image-bearing light into the optical waveguide display unit, for guiding the received light therealong to an output area thereof, and for outputting from the output area the image-bearing light to present a first image viewable in the far-field; and a light-emitting display screen for displaying a second image viewable in the near-field and arranged in relation to the output area of the optical waveguide display unit such that an image displayed thereby is visible through the output area, for the combining of the second image from the display screen with said first viewable image; characterised wherein the light-emitting display screen is attached to the optical waveguide display unit at one or more places along an edge or edges of the optical waveguide display unit, in which the optical waveguide display unit is arranged to receive from an image capture device image-bearing light which bears an image of an external scene, and to display the scene as the first image in combination with the second image. a transparent optical waveguide display unit arranged for receiving collimated image-bearing light into the optical waveguide display unit, for guiding the received light therealong to an output area thereof, and for outputting from the output area the image-bearing light to present a first image viewable in the far-field; and a light-emitting display screen for displaying a second image viewable in the near-field and arranged in relation to the output area of the optical waveguide display unit such that an image displayed thereby is visible through the output area, for the combining of the second image from the display screen with said first viewable image; characterised wherein the light-emitting display screen is attached to the optical waveguide display unit at one or more places along an edge or edges of the optical waveguide display unit, in which the optical waveguide display unit is arranged to receive from an image capture device image-bearing light which bears an image of an external scene, and to display the scene as the first image in combination with the second image.
A method of determining a fault probability for a first machine, wherein the method is performed using one or more processors or special-purpose computing hardware, the method comprising: accessing a plurality of sensor logs corresponding to a first machine, each sensor log spanning at least a first period; accessing first computer readable logs corresponding to the first machine, each first computer readable log spanning at least the first period, the first computer readable logs comprising a first maintenance log comprising a plurality of maintenance task objects, each maintenance task object comprising a time and a maintenance task type, wherein at least one of the first maintenance task objects of the plurality of first maintenance task objects further comprises user-input text data; determining a set of statistical metrics derived from the sensor logs; determining a set of log metrics (140, 141, 142) derived from the first computer readable logs, comprising performing keyword searching to establish frequencies of occurrence of particular words or phrases in the user-input text data during one or more time intervals; and determining, using a risk model that receives the statistical metrics and log metrics as inputs, fault probabilities or risk scores indicative of one or more corresponding fault types occurring in the first machine within a future second period. accessing a plurality of sensor logs corresponding to a first machine, each sensor log spanning at least a first period; accessing first computer readable logs corresponding to the first machine, each first computer readable log spanning at least the first period, the first computer readable logs comprising a first maintenance log comprising a plurality of maintenance task objects, each maintenance task object comprising a time and a maintenance task type, wherein at least one of the first maintenance task objects of the plurality of first maintenance task objects further comprises user-input text data; determining a set of statistical metrics derived from the sensor logs; determining a set of log metrics (140, 141, 142) derived from the first computer readable logs, comprising performing keyword searching to establish frequencies of occurrence of particular words or phrases in the user-input text data during one or more time intervals; and determining, using a risk model that receives the statistical metrics and log metrics as inputs, fault probabilities or risk scores indicative of one or more corresponding fault types occurring in the first machine within a future second period.
A liquid composition comprising nanocomposite particles, the nanocomposite particles containing metal particles and a sulfonic acid salt resin of a perfluorocarbon sulfonic acid resin, the perfluorocarbon sulfonic acid resin having an equivalent weight of 550 to 800 determined by replacing the proton of the perfluorocarbon sulfonic acid resin by a cation to form a salt and back-titrating the solution of the salt with an alkali solution, the nanocomposite particles having an average particle size of 15 to 100 nm determined by dynamic light scattering. the nanocomposite particles containing metal particles and a sulfonic acid salt resin of a perfluorocarbon sulfonic acid resin, the perfluorocarbon sulfonic acid resin having an equivalent weight of 550 to 800 determined by replacing the proton of the perfluorocarbon sulfonic acid resin by a cation to form a salt and back-titrating the solution of the salt with an alkali solution, the nanocomposite particles having an average particle size of 15 to 100 nm determined by dynamic light scattering.
A system for optical data transfer, comprising: a first electronic device, comprising: at least one first device optical transmitter; at least one first device optical receiver; and at least one first device lens including at least a first optical path and a second optical path; and wherein the at least one first device optical transmitter transmits utilizing at least the first optical path and the at least one first device optical receiver receives utilizing at least the second optical path; characterized in that: the first optical path is optically isolated from the second optical data path. a first electronic device, comprising: at least one first device optical transmitter; at least one first device optical receiver; and at least one first device lens including at least a first optical path and a second optical path; and wherein the at least one first device optical transmitter transmits utilizing at least the first optical path and the at least one first device optical receiver receives utilizing at least the second optical path; characterized in that: the first optical path is optically isolated from the second optical data path. at least one first device optical transmitter; at least one first device optical receiver; and at least one first device lens including at least a first optical path and a second optical path; and wherein the at least one first device optical transmitter transmits utilizing at least the first optical path and the at least one first device optical receiver receives utilizing at least the second optical path; the first optical path is optically isolated from the second optical data path.
Head part for forming a liquid treatment apparatus, which head part includes: a housing, into which at least part of a connecting head of a liquid treatment cartridge is insertable; and a cartridge recognition component, exposed to an interior of the housing in at least an operative position, for co-operating with the inserted part of the connecting head such that at least the part of the connecting head to be inserted of only a cartridge with a feature shaped to fit the exposed part of the cartridge recognition component can reach an operative position in the head part, wherein the housing is provided with an aperture, wherein the cartridge recognition component is insertable through the aperture into the operative position, wherein the cartridge recognition component is fixable in the operative position, wherein the housing includes a shell formed of at least two parts (5,6) joined together, and wherein the aperture through which the cartridge recognition component is insertable is provided in at least one of the shell parts (5,6), characterised in that the cartridge recognition component is releasable from the operative position only by disassembling the shell parts (5,6), and in that at least one of the cartridge recognition component and the housing includes at least one latching part (91,93) arranged to snap into interlocking engagement with a part (92,94) of the other of the cartridge recognition component and the housing on insertion of the cartridge recognition component into the operative position. a housing, into which at least part of a connecting head of a liquid treatment cartridge is insertable; and a cartridge recognition component, exposed to an interior of the housing in at least an operative position, for co-operating with the inserted part of the connecting head such that at least the part of the connecting head to be inserted of only a cartridge with a feature shaped to fit the exposed part of the cartridge recognition component can reach an operative position in the head part, wherein the housing is provided with an aperture, wherein the cartridge recognition component is insertable through the aperture into the operative position, wherein the cartridge recognition component is fixable in the operative position, wherein the housing includes a shell formed of at least two parts (5,6) joined together, and wherein the aperture through which the cartridge recognition component is insertable is provided in at least one of the shell parts (5,6), characterised in that the cartridge recognition component is releasable from the operative position only by disassembling the shell parts (5,6), and in that at least one of the cartridge recognition component and the housing includes at least one latching part (91,93) arranged to snap into interlocking engagement with a part (92,94) of the other of the cartridge recognition component and the housing on insertion of the cartridge recognition component into the operative position.
An apparatus for controlling fluid pressure useful in the production of hydrocarbons from underground reservoirs, the apparatus comprising: at least one conical segment, each conical segment comprising: an inner conical cylinder with a central axis, an outer conical cylinder, outside of, and coaxial with, the inner conical cylinder, and a swirl chamber (40, 50) disposed between a conical outer surface of the inner conical cylinder and a conical inner surface of the outer conical cylinder; a fluid entrance through a wall of the outer conical cylinder of at least one conical segment at an upstream end of the apparatus for directing fluids into such conical segment's swirl chamber; a fluid exit through a wall of the inner conical cylinder of at least one conical segment at a downstream end of the apparatus for directing fluids out of such conical segment's swirl chamber. at least one conical segment, each conical segment comprising: an inner conical cylinder with a central axis, an outer conical cylinder, outside of, and coaxial with, the inner conical cylinder, and a swirl chamber (40, 50) disposed between a conical outer surface of the inner conical cylinder and a conical inner surface of the outer conical cylinder; a fluid entrance through a wall of the outer conical cylinder of at least one conical segment at an upstream end of the apparatus for directing fluids into such conical segment's swirl chamber; a fluid exit through a wall of the inner conical cylinder of at least one conical segment at a downstream end of the apparatus for directing fluids out of such conical segment's swirl chamber. an inner conical cylinder with a central axis, an outer conical cylinder, outside of, and coaxial with, the inner conical cylinder, and a swirl chamber (40, 50) disposed between a conical outer surface of the inner conical cylinder and a conical inner surface of the outer conical cylinder; a fluid entrance through a wall of the outer conical cylinder of at least one conical segment at an upstream end of the apparatus for directing fluids into such conical segment's swirl chamber; a fluid exit through a wall of the inner conical cylinder of at least one conical segment at a downstream end of the apparatus for directing fluids out of such conical segment's swirl chamber.
A delivery device for percutaneously delivering a stented prosthetic heart valve, the stented prosthetic heart valve being radially expandable from a radially compressed delivery configuration to a radially expanded deployed configuration, the delivery device comprising: a capsule assembly, wherein the capsule assembly includes a capsule and a proximal shaft coupled to a proximal end of the capsule, the capsule including an expanded configuration wherein the capsule has a first outer diameter and a collapsed configuration wherein the capsule has a second outer diameter smaller than the first outer diameter; a handle including a housing and an actuator mechanism, wherein the actuator mechanism is coupled to a proximal portion of the proximal shaft and is configured to selectively move the proximal shaft and the capsule relative to the housing to release the stented prosthetic heart valve; and an outer stability shaft defining a lumen, the outer stability shaft coupled to the handle and configured to receive the proximal shaft within the lumen of the outer stability shaft, the outer stability shaft having an inner diameter, wherein the first outer diameter of the capsule is greater than the inner diameter of the outer stability shaft and the second outer diameter of the capsule is smaller than the inner diameter of the outer stability shaft. a capsule assembly, wherein the capsule assembly includes a capsule and a proximal shaft coupled to a proximal end of the capsule, the capsule including an expanded configuration wherein the capsule has a first outer diameter and a collapsed configuration wherein the capsule has a second outer diameter smaller than the first outer diameter; a handle including a housing and an actuator mechanism, wherein the actuator mechanism is coupled to a proximal portion of the proximal shaft and is configured to selectively move the proximal shaft and the capsule relative to the housing to release the stented prosthetic heart valve; and an outer stability shaft defining a lumen, the outer stability shaft coupled to the handle and configured to receive the proximal shaft within the lumen of the outer stability shaft, the outer stability shaft having an inner diameter, wherein the first outer diameter of the capsule is greater than the inner diameter of the outer stability shaft and the second outer diameter of the capsule is smaller than the inner diameter of the outer stability shaft.