mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor composite apparatus, comprising: a substrate; an electrically conductive layer formed on said substrate; a planarizing layer formed on a side of said electrically conductive layer opposite said substrate, said planarizing layer being electrically conductive and including a planarized surface; and a semiconductor thin film formed on a side of said planarizing layer opposite said electrically conductive layer, said semiconductor thin film including a light emitting element and being in direct contact with the planarized surface; wherein said planarizing layer and said electrically conductive layer are formed of different materials wherein said semiconductor thin film includes a first surface in contact with the planarized surface of said planarizing layer, said planarizing layer includes a second surface opposite said planarized surface, and said electrically conductive layer includes a third surface in contact with the second surface; and the planarized surface is larger in area than the first surface, and the second surface is smaller in area than the third surface. a substrate; an electrically conductive layer formed on said substrate; a planarizing layer formed on a side of said electrically conductive layer opposite said substrate, said planarizing layer being electrically conductive and including a planarized surface; and a semiconductor thin film formed on a side of said planarizing layer opposite said electrically conductive layer, said semiconductor thin film including a light emitting element and being in direct contact with the planarized surface; wherein said planarizing layer and said electrically conductive layer are formed of different materials wherein said semiconductor thin film includes a first surface in contact with the planarized surface of said planarizing layer, said planarizing layer includes a second surface opposite said planarized surface, and said electrically conductive layer includes a third surface in contact with the second surface; and the planarized surface is larger in area than the first surface, and the second surface is smaller in area than the third surface.
Device for nail correction having a first adhesive element and a second adhesive element, with an expansion element which provides an elastic effect between said first and second adhesive elements (12, 14), which first adhesive element and second adhesive element are arranged at a distance from each other and are connected to each other via said expansion element, and which first and second adhesive elements (12, 14) can each be bonded to an area of a nail plate via an adhesive connection, with said first adhesive element, said second adhesive element and said expansion element forming an inseparable unit and being designed as a single piece, and with said expansion element acting elastically in its longitudinal direction and serving as a tension element, characterized in that a holding element is connected to the second adhesive element, for manual engagement with or without the use of a tool, and is adapted to elastically expand said expansion element as the device is being attached to the nail plate, with said holding element forming a unit with said first and second adhesive elements (12, 14) and said expansion element and being formed as a single piece.
An expandable implant comprising: an implant shell having an outer surface, an inner surface, and an opening extending from the outer surface to the inner surface; a valve assembly closing said opening in said implant shell, said valve assembly comprising a first elastic patch, a second elastic patch juxtaposed with said first elastic patch, wherein a major face of said first elastic patch opposes a major face of said second elastic patch, and wherein the opposing major faces have a bonded area in which the opposing major faces are joined together and an unbonded area in which the opposing major faces are free to move away from one another, a plug disposed between the opposing major faces of said first and second elastic patches, a first opening extending through said first elastic patch and being in communication with said unbonded area, a second opening extending through said second elastic patch and being in communication with said unbonded area, wherein said second opening is offset from said first opening, said unbonded area defining a channel extending between said first and second openings of said first and second elastic patches. an implant shell having an outer surface, an inner surface, and an opening extending from the outer surface to the inner surface; a valve assembly closing said opening in said implant shell, said valve assembly comprising a first elastic patch, a second elastic patch juxtaposed with said first elastic patch, wherein a major face of said first elastic patch opposes a major face of said second elastic patch, and wherein the opposing major faces have a bonded area in which the opposing major faces are joined together and an unbonded area in which the opposing major faces are free to move away from one another, a plug disposed between the opposing major faces of said first and second elastic patches, a first opening extending through said first elastic patch and being in communication with said unbonded area, a second opening extending through said second elastic patch and being in communication with said unbonded area, wherein said second opening is offset from said first opening, said unbonded area defining a channel extending between said first and second openings of said first and second elastic patches.
A method performed by a first communication device, for identifying at least one second communication device providing a resource defined in terms of a semantic representation, each second communication device providing a respective semantic representation, which first communication device and a number of second communication devices operate in a communications network, the method comprising: deciding a target semantic representation, wherein the target semantic representation is related to properties that best can fulfil an actuation need of the first communication device, deciding a threshold related to a tolerated semantic distance between a semantic representation and the target semantic representation, wherein a semantic distance is a way to calculate how related two resources are, sending to one or more network devices (110, 122) in the communications network, a request for identifying any one or more second communication devices out of the number of second communication devices providing a semantic representation having the semantic distance to the target semantic representation which is below the decided threshold, and receiving from any of the one or more network devices (110, 122), a message identifying the at least one second communication device providing the semantic representation having the semantic distance to the target semantic representation which is below the decided threshold. deciding a target semantic representation, wherein the target semantic representation is related to properties that best can fulfil an actuation need of the first communication device, deciding a threshold related to a tolerated semantic distance between a semantic representation and the target semantic representation, wherein a semantic distance is a way to calculate how related two resources are, sending to one or more network devices (110, 122) in the communications network, a request for identifying any one or more second communication devices out of the number of second communication devices providing a semantic representation having the semantic distance to the target semantic representation which is below the decided threshold, and receiving from any of the one or more network devices (110, 122), a message identifying the at least one second communication device providing the semantic representation having the semantic distance to the target semantic representation which is below the decided threshold.
A circuit protection device comprising: a plasma gun configured to emit an ablative plasma along an axis, said plasma gun having a first portion having a first volume, and a second portion having a second volume that is larger than said first volume, and wherein a chamber is defined by said first portion and said second portion; and a plurality of electrodes, each electrode of said plurality of electrodes electrically coupled to a respective conductor of a circuit, said plurality of electrodes arranged substantially along a plane that is substantially perpendicular to the axis such that each said electrode is positioned substantially equidistant from the axis. a plasma gun configured to emit an ablative plasma along an axis, said plasma gun having a first portion having a first volume, and a second portion having a second volume that is larger than said first volume, and wherein a chamber is defined by said first portion and said second portion; and a plurality of electrodes, each electrode of said plurality of electrodes electrically coupled to a respective conductor of a circuit, said plurality of electrodes arranged substantially along a plane that is substantially perpendicular to the axis such that each said electrode is positioned substantially equidistant from the axis.
Process for the synthesis of compound of formula wherein the meaning of R is dimetilamino or acetyl group, characterized by a) reacting the compound of formula or, wherein the meaning of R' is dimethylamino or 2-methyl-1,3-dioxolan-2-yl group, with methoxymethyl lithium, b) removing the protective groups of the so obtained intermediate, c) acylating the hydroxyl group in position 17 of the so obtained. a) reacting the compound of formula or, wherein the meaning of R' is dimethylamino or 2-methyl-1,3-dioxolan-2-yl group, with methoxymethyl lithium, b) removing the protective groups of the so obtained intermediate, c) acylating the hydroxyl group in position 17 of the so obtained.
A method for performing shear wave dispersion ultrasound vibrometry (SDUV), comprising: establishing a shear wave having a monochromatic shear wave component; and initiating a sequence of consecutive tracking pulses to sequentially sample a group of spatial locations (451,452,453,454), wherein each of the tracking pulses is formed from a sub-aperture of a tracking probe and it insonifies the group of said spatial locations, wherein the sub-aperture used to form consecutive tracking pulses shifts by a so called transmit spacing and the focal point of each of the consecutive tracking pulses also shifts by the transmit spacing, forming from the echoes received after transmission of each tracking pulse with a multiline beamformer by means of retrospective dynamic transmit, a plurality of in-parallel-directed receive lines for making measurements of the monochromatic shear wave component, wherein the in-parallel-directed receive lines are dynamically-formed receive lines that are spatially parallel, and wherein each of the in-parallel-directed receive lines is formed by another receive sub-aperture of the tracking probe. establishing a shear wave having a monochromatic shear wave component; and initiating a sequence of consecutive tracking pulses to sequentially sample a group of spatial locations (451,452,453,454), wherein each of the tracking pulses is formed from a sub-aperture of a tracking probe and it insonifies the group of said spatial locations, wherein the sub-aperture used to form consecutive tracking pulses shifts by a so called transmit spacing and the focal point of each of the consecutive tracking pulses also shifts by the transmit spacing, forming from the echoes received after transmission of each tracking pulse with a multiline beamformer by means of retrospective dynamic transmit, a plurality of in-parallel-directed receive lines for making measurements of the monochromatic shear wave component, wherein the in-parallel-directed receive lines are dynamically-formed receive lines that are spatially parallel, and wherein each of the in-parallel-directed receive lines is formed by another receive sub-aperture of the tracking probe.
Machine for making capsules containing a product for preparing a beverage, comprising: - a forming station for forming on a sheet of thermoformable plastic material, which is movable along an advancing direction, at least a casing of a capsule having a cavity, said casing projecting from a first side of said sheet and said cavity being open on a second side of said sheet; characterized in that said machine further comprises: - a filling station for dosing said product inside said cavity; - a shearing station that is interposed between said forming station and said filling station and provided with punch means and die means opposite each other and movable in approaching in a cutting phase for cutting said sheet so as to separate said capsule along an edge thereof carrying out a respective through opening on said sheet; in said cutting step said punch means being movable so as to abut said first side of said sheet, cut the latter in cooperation with said die means, and then lift and detach said capsule from said sheet, said punch means and said die means in a detaching step being movable away from each other for placing said capsule on said second side of said sheet, said through opening, which is carried out on said sheet by separating said capsule, having a passage section that is smaller than external dimensions of said edge in order to allow said sheet supporting and moving said capsule along said advancing direction. - a forming station for forming on a sheet of thermoformable plastic material, which is movable along an advancing direction, at least a casing of a capsule having a cavity, said casing projecting from a first side of said sheet and said cavity being open on a second side of said sheet; characterized in that said machine further comprises: - a filling station for dosing said product inside said cavity; - a shearing station that is interposed between said forming station and said filling station and provided with punch means and die means opposite each other and movable in approaching in a cutting phase for cutting said sheet so as to separate said capsule along an edge thereof carrying out a respective through opening on said sheet; - a filling station for dosing said product inside said cavity; - a shearing station that is interposed between said forming station and said filling station and provided with punch means and die means opposite each other and movable in approaching in a cutting phase for cutting said sheet so as to separate said capsule along an edge thereof carrying out a respective through opening on said sheet;
Aheat-radiating sheet having a volume resistivity of 1.0 × 10 9 Ω·cm or more, the volume resistivity being measured by a method comprising impregnating the heat-radiating sheet with an antifreeze containing 98% by mass or more of ethylene glycol at a temperature 25°C for 250 hours and subsequently applying a direct current voltage of 500 V according to JIS K6911-1995.
A method of forming a ceramic matrix composite structure, the method comprising: providing a plurality of lamina, the lamina of the plurality comprising: a fabric of reinforcing fibers; and a ceramic matrix slurry or a pre-ceramic polymer impregnated into the fabric of reinforcing fibers; positioning the lamina of the plurality adjacent to one another with interposed segments of bond-inhibiting material to form a multi-laminar structure, the segments of bond-inhibiting material being relatively flat and planar and including a substantially planar and smooth surface; and selectively bonding adjacent lamina, of the multi-laminar structure, to one another at the ends of the multi-laminar structure where no bond-inhibiting material was positioned to form a ceramic matrix composite structure with joined ends of the multi-laminar structure, the ceramic matrix composite structure exhibiting, in an intermediate region between the joined ends of the multi-laminar structure, higher flexibility relative to lower flexibility exhibited at the joined ends, the intermediate region between the joined ends comprising less inter-laminar bonding of the adjacent lamina than at the joined ends. providing a plurality of lamina, the lamina of the plurality comprising: a fabric of reinforcing fibers; and a ceramic matrix slurry or a pre-ceramic polymer impregnated into the fabric of reinforcing fibers; a fabric of reinforcing fibers; and a ceramic matrix slurry or a pre-ceramic polymer impregnated into the fabric of reinforcing fibers; positioning the lamina of the plurality adjacent to one another with interposed segments of bond-inhibiting material to form a multi-laminar structure, the segments of bond-inhibiting material being relatively flat and planar and including a substantially planar and smooth surface; and selectively bonding adjacent lamina, of the multi-laminar structure, to one another at the ends of the multi-laminar structure where no bond-inhibiting material was positioned to form a ceramic matrix composite structure with joined ends of the multi-laminar structure, the ceramic matrix composite structure exhibiting, in an intermediate region between the joined ends of the multi-laminar structure, higher flexibility relative to lower flexibility exhibited at the joined ends, the intermediate region between the joined ends comprising less inter-laminar bonding of the adjacent lamina than at the joined ends.
A method of wireless communication, comprising: establishing a resource of a wireless signal reserved for a base station, BS, other than a BS transmitting the wireless signal; transmitting information on the wireless signal that identifies the reserved resource within the wireless signal; and transmitting with reduced power on the reserved resource. establishing a resource of a wireless signal reserved for a base station, BS, other than a BS transmitting the wireless signal; transmitting information on the wireless signal that identifies the reserved resource within the wireless signal; and transmitting with reduced power on the reserved resource.
An electronic device comprising: a display; a processor electrically connected with the display; and a memory electrically connected with the processor, wherein, the memory stores instructions that when executed cause the processor to: display a plurality of objects capable of registering at least one application, each object having at least a part thereof overlapping with another object, and one of the objects comprises, when a first application and a second application related to the first application are registered to the object, information about the first application and information about the second application; display a first execution screen of the first application in response to a first input which selects on the one of the objects the information about the first application; detect a second input to switch the first application; display a second execution screen of the second application in response to the second input by replacing the first execution screen. a display; a processor electrically connected with the display; and a memory electrically connected with the processor, wherein, the memory stores instructions that when executed cause the processor to: display a plurality of objects capable of registering at least one application, each object having at least a part thereof overlapping with another object, and one of the objects comprises, when a first application and a second application related to the first application are registered to the object, information about the first application and information about the second application; display a first execution screen of the first application in response to a first input which selects on the one of the objects the information about the first application; detect a second input to switch the first application; display a second execution screen of the second application in response to the second input by replacing the first execution screen. display a plurality of objects capable of registering at least one application, each object having at least a part thereof overlapping with another object, and one of the objects comprises, when a first application and a second application related to the first application are registered to the object, information about the first application and information about the second application; display a first execution screen of the first application in response to a first input which selects on the one of the objects the information about the first application; detect a second input to switch the first application; display a second execution screen of the second application in response to the second input by replacing the first execution screen.
A computer implemented method of caching directory metadata locally, the method comprising: receiving, at a file server, a request from a client for directory metadata and a lease to cache directory metadata locally, determining whether to grant a lease if a determination is made that a lease can be granted, generating, by the file server, a directory key and a parent directory key that are used as lease keys to keep track of leases granted to clients and storing them in a lease table, sending a response packet with the requested directory metadata and indication of approval of the lease to the client. receiving, at a file server, a request from a client for directory metadata and a lease to cache directory metadata locally, determining whether to grant a lease if a determination is made that a lease can be granted, generating, by the file server, a directory key and a parent directory key that are used as lease keys to keep track of leases granted to clients and storing them in a lease table, sending a response packet with the requested directory metadata and indication of approval of the lease to the client.
An aerosol distributor for filter leakage detection in a gas filtration system, said aerosol distributor being configured to be positioned in a gas stream upstream of the filter, said aerosol distributor comprising: a housing comprising a primary chamber in fluid connection with two or more secondary chambers, the housing having an inlet for admitting a test aerosol from an aerosol source into the primary chamber and passages for releasing the test aerosol from the primary chamber into each of the secondary chambers, said secondary chambers being elongated and provided with a plurality of outlet holes along the length thereof for releasing the test aerosol from the secondary chambers into a gas stream surrounding the aerosol distributor, characterized in that the dimensions of the inlet, the primary chamber, the passages, the secondary chambers and the outlet holes are selected such that during operation, the pressure of the test aerosol in the primary chamber will be higher than the pressure of the test aerosol in the secondary chambers. a housing comprising a primary chamber in fluid connection with two or more secondary chambers, the housing having an inlet for admitting a test aerosol from an aerosol source into the primary chamber and passages for releasing the test aerosol from the primary chamber into each of the secondary chambers, said secondary chambers being elongated and provided with a plurality of outlet holes along the length thereof for releasing the test aerosol from the secondary chambers into a gas stream surrounding the aerosol distributor, characterized in that the dimensions of the inlet, the primary chamber, the passages, the secondary chambers and the outlet holes are selected such that during operation, the pressure of the test aerosol in the primary chamber will be higher than the pressure of the test aerosol in the secondary chambers.