mhurhangee/ep-ind-claims huggingface dataset:
A material set, comprising: a thermoplastic polymer powder having an average particle size from 20 μm to 100 μm; a conductive fusing ink comprising a transition metal, wherein the transition metal is in the form of elemental transition metal particles comprising a dispersing agent at surfaces of the elemental transition metal particles; a second fusing ink comprising a fusing agent capable of absorbing electromagnetic radiation to produce heat, wherein the second fusing ink provides a lower conductivity than the conductive fusing ink when printed on the thermoplastic polymer powder, and wherein the fusing agent comprises carbon black, a near-infrared absorbing dye, a near-infrared absorbing pigment a tungsten bronze a molybdenum bronze, metal nanoparticles, a conjugated polymer, or combinations thereof; and a pretreat ink comprising an aqueous solution of sodium chloride, potassium chloride, or combinations thereof. a thermoplastic polymer powder having an average particle size from 20 μm to 100 μm; a conductive fusing ink comprising a transition metal, wherein the transition metal is in the form of elemental transition metal particles comprising a dispersing agent at surfaces of the elemental transition metal particles; a second fusing ink comprising a fusing agent capable of absorbing electromagnetic radiation to produce heat, wherein the second fusing ink provides a lower conductivity than the conductive fusing ink when printed on the thermoplastic polymer powder, and wherein the fusing agent comprises carbon black, a near-infrared absorbing dye, a near-infrared absorbing pigment a tungsten bronze a molybdenum bronze, metal nanoparticles, a conjugated polymer, or combinations thereof; and a pretreat ink comprising an aqueous solution of sodium chloride, potassium chloride, or combinations thereof.
A sanitary container adapted to receive and at least temporarily store waste, comprising or including, A housing having a hollow interior and an upper aperture, with a portion of said housing able to open and reveal at least in part, said hollow interior, An upper part, located substantially above said housing to act as a lid, movable to open and close at least in part said upper aperture, An endless cassette having a central aperture, the cassette internally non-rotationally mounted within said hollow interior of said housing at or near said upper aperture, to hold a length of shirred plastics tubing which exits said cassette at or near its top and which can flow down through the central aperture of said endless cassette toward a bottom of said housing to form an upwardly open containment within said hollow interior, Such that said containment can receive said waste via said upper aperture when opened by said lid, And wherein said containment and said cassette are accessed for removal and installation by said portion when open, and said containment can be drawn downwardly to form a new containment replenished from said cassette, said containment and said new containment are able to be sealed closed, and said containment can be removed, Characterized in that: Said cassette is removed from the housing by the portion in a downwards direction, and installed in an upwards direction. A housing having a hollow interior and an upper aperture, with a portion of said housing able to open and reveal at least in part, said hollow interior, An upper part, located substantially above said housing to act as a lid, movable to open and close at least in part said upper aperture, An endless cassette having a central aperture, the cassette internally non-rotationally mounted within said hollow interior of said housing at or near said upper aperture, to hold a length of shirred plastics tubing which exits said cassette at or near its top and which can flow down through the central aperture of said endless cassette toward a bottom of said housing to form an upwardly open containment within said hollow interior, Such that said containment can receive said waste via said upper aperture when opened by said lid, And wherein said containment and said cassette are accessed for removal and installation by said portion when open, and said containment can be drawn downwardly to form a new containment replenished from said cassette, said containment and said new containment are able to be sealed closed, and said containment can be removed, Characterized in that: Said cassette is removed from the housing by the portion in a downwards direction, and installed in an upwards direction.
A semiconductor device comprising: a first periodic signal generation unit which generates a first periodic signal; a second periodic signal generation unit which generates a second periodic signal from the first periodic signal; a third periodic signal generation unit which generates a third periodic signal from the first periodic signal; a determination unit which determines whether or not a frequency ratio between a pair of periodic signals in a group is substantially constant for each of a group of the first and second periodic signals, a group of the second and third periodic signals, and a group of the first and third periodic signals; and a failure part specification unit which specifies the periodic signal generation unit corresponding to the periodic signal commonly included in two groups out of the first, second, and third periodic signal generation units as a failure part in a case where the ratio is not substantially constant in the two groups. a first periodic signal generation unit which generates a first periodic signal; a second periodic signal generation unit which generates a second periodic signal from the first periodic signal; a third periodic signal generation unit which generates a third periodic signal from the first periodic signal; a determination unit which determines whether or not a frequency ratio between a pair of periodic signals in a group is substantially constant for each of a group of the first and second periodic signals, a group of the second and third periodic signals, and a group of the first and third periodic signals; and a failure part specification unit which specifies the periodic signal generation unit corresponding to the periodic signal commonly included in two groups out of the first, second, and third periodic signal generation units as a failure part in a case where the ratio is not substantially constant in the two groups.
A rollable transport container, comprising an outer shell that is rollable on a base surface, and an inner holder that is designed for holding a good to be transported, wherein bearing means are provided for rotatably supporting the inner holder in the outer shell, so that when the rollable transport container rolls on a base surface, the good to be transported always remains essentially unvaryingly aligned with respect to the base surface, characterized in that the bearing means are provided only in a middle area of the rollable transport container, wherein said middle area of the rollable transport container is defined for an orientation of the stationary transport body relative to the direction of the force of gravity, and wherein this middle area extends over one-third of the diameter of the rollable transport body.
A linear lighting system comprising: a set of at least two luminaires and a connection system, each luminaire comprising: an elongate channel (12a, 12b) having an elongate axis, at least one end (16a, 16b) of the channel comprising: a wall portion (18a, 18b); a first slot (20a, 20b) which is within the first wall portion, reaches the at least one end, and is parallel to the elongate axis; and an aperture (22a, 22b) within the first wall portion, wherein the dimensions of the slot and the aperture are arranged to enable connection of the channels of two luminaires together using the connection system for coupling respective ends of the channels of adj acent luminaires; wherein the connection system comprises a coupling arrangement for coupling respective ends of the channels of two luminaires together butted against each other, the coupling arrangement comprising: a first plate, a second plate and fixings for clamping the first plate and the second plate, and wherein the second plate comprises a spring member having first and second sprung projections for projecting into the apertures (22a, 22b) of two adjacent channels, characterized in that the fixings pass through the first slots (20a, 20b) and are slidable along the first slots (20a, 20b). an elongate channel (12a, 12b) having an elongate axis, at least one end (16a, 16b) of the channel comprising: a wall portion (18a, 18b); a first slot (20a, 20b) which is within the first wall portion, reaches the at least one end, and is parallel to the elongate axis; and an aperture (22a, 22b) within the first wall portion, a wall portion (18a, 18b); a first slot (20a, 20b) which is within the first wall portion, reaches the at least one end, and is parallel to the elongate axis; and an aperture (22a, 22b) within the first wall portion, wherein the dimensions of the slot and the aperture are arranged to enable connection of the channels of two luminaires together using the connection system for coupling respective ends of the channels of adj acent luminaires; wherein the connection system comprises a coupling arrangement for coupling respective ends of the channels of two luminaires together butted against each other, the coupling arrangement comprising: a first plate, a second plate and fixings for clamping the first plate and the second plate, and wherein the second plate comprises a spring member having first and second sprung projections for projecting into the apertures (22a, 22b) of two adjacent channels, a first plate, a second plate and fixings for clamping the first plate and the second plate, and wherein the second plate comprises a spring member having first and second sprung projections for projecting into the apertures (22a, 22b) of two adjacent channels,
Impeller (100, 200) for a centrifugal cutting apparatus, provided for being coaxially mounted within an annular-shaped cutting head and to be rotated inside the cutting head about a rotational axis in a rotational direction, the impeller comprising: a base plate (101, 201) closing one axial end of the impeller, an annular cover plate (102, 202) at the opposite axial end of the impeller (100, 200) defining a central opening for admission of product to be cut into the impeller, and a plurality of circumferentially spaced paddles (110, 210) mounted between the base (101, 201) and cover plates (102, 202), the paddles (110, 210) being oriented such that they have a first impelling surface (213, 313) directed towards the rotational direction and the circumference of the impeller, so as to drive the product that is admitted into the impeller forwards and outwards towards cutting elements mounted on the cutting head, the paddles (110, 210) having peripheral parts located at or near the circumference of the impeller, characterized in that, the peripheral parts of the paddle elements (110, 210) are provided with replaceable, removably mounted wear parts which form a second impelling surface (214, 314) on the respective paddle, and wherein the wear parts protrude from the first impelling surface (213, 313). a base plate (101, 201) closing one axial end of the impeller, an annular cover plate (102, 202) at the opposite axial end of the impeller (100, 200) defining a central opening for admission of product to be cut into the impeller, and a plurality of circumferentially spaced paddles (110, 210) mounted between the base (101, 201) and cover plates (102, 202), the paddles (110, 210) being oriented such that they have a first impelling surface (213, 313) directed towards the rotational direction and the circumference of the impeller, so as to drive the product that is admitted into the impeller forwards and outwards towards cutting elements mounted on the cutting head, the paddles (110, 210) having peripheral parts located at or near the circumference of the impeller,
A vibration capsule device, comprising: a movement generation unit (1, 2), a movement control unit, a wireless communication unit and a power supply, the movement control unit providing instructions to the movement generation unit (1, 2), which generates movements in configurable frequencies and duty cycles, the power supply unit providing power to the movement generation unit (1, 2) through the movement control unit which also decides work period and rest period for the capsule device, whereby the vibration capsule device further comprises a capsule movement detection unit, which comprises at least one sensor unit and provides information to the wireless communication unit. a movement generation unit (1, 2), a movement control unit, a wireless communication unit and a power supply, the movement control unit providing instructions to the movement generation unit (1, 2), which generates movements in configurable frequencies and duty cycles, the power supply unit providing power to the movement generation unit (1, 2) through the movement control unit which also decides work period and rest period for the capsule device, whereby the vibration capsule device further comprises a capsule movement detection unit, which comprises at least one sensor unit and provides information to the wireless communication unit.
A method for analysing the structure of a sample of ground coffee, wherein the ground coffee is contained in a capsule or a pod, the method comprising: - receiving a plurality of two-dimensional radiographic images of a sample of ground coffee acquired through computed X-ray tomography by detecting X-rays passed through the sample while the sample is in rotation so that each image of the plurality of radiographic images is associated with a respective rotation angle of the sample, which defines the orientation of the sample with respect to a main direction of incidence of the beam; - carrying out a tomographic reconstruction using the plurality of radiographic images to generate a reconstructed volumetric digital image that represents a three-dimensional reconstruction of the sample; - processing the reconstructed volumetric digital image to obtain a processed volumetric digital image to identify a plurality of coffee particles of the sample of ground coffee separated from one another, each of the particles being defined by a volumetric surface A g and by a particle volume V g, and - determining at least one dimensional magnitude of each particle of the plurality of ground coffee particles. - receiving a plurality of two-dimensional radiographic images of a sample of ground coffee acquired through computed X-ray tomography by detecting X-rays passed through the sample while the sample is in rotation so that each image of the plurality of radiographic images is associated with a respective rotation angle of the sample, which defines the orientation of the sample with respect to a main direction of incidence of the beam; - carrying out a tomographic reconstruction using the plurality of radiographic images to generate a reconstructed volumetric digital image that represents a three-dimensional reconstruction of the sample; - processing the reconstructed volumetric digital image to obtain a processed volumetric digital image to identify a plurality of coffee particles of the sample of ground coffee separated from one another, each of the particles being defined by a volumetric surface A g and by a particle volume V g, and - determining at least one dimensional magnitude of each particle of the plurality of ground coffee particles.
An optical light screening apparatus comprising: a substrate (110,210,310) comprising a light-transmitting region and a non-light-transmitting region; a transparent electrode (120,220,320) formed on a surface of the substrate; and a plurality of opaque roll-up actuators (130,230,330) disposed on the transparent electrode and the substrate; wherein each of the plurality of roll-up actuators comprises a first portion fixedly attached to the non-light-transmitting region of the substrate and a second portion; and a portion of each roll up actuator is separated by a predetermined interval from the transparent electrode; and wherein each of the roll-up actuators comprises a first layer being an electrode and a second layer being an insulating layer, the first layer and the second layer having different residual stresses and the second portion is moveable with respect to the substrate between a first position and a second position; and wherein there is a plurality of gaps between the plurality of roll-up actuators; wherein the roll-up actuators are arranged to move to the first position, in which each of the plurality of roll-up actuators overlaps a portion of the transparent electrode and the light-transmitting region, when a driving force is applied to the second portion; and wherein in the second position, the light transmitting region is exposed; and wherein portions of the second portion are connected to each other adjacent to the fixing ends; and a plurality of light screening patterns (140, 240, 340) for blocking light passing through the gaps between the actuators are formed on the substrate, wherein the light screening patterns are formed of an opaque material. a substrate (110,210,310) comprising a light-transmitting region and a non-light-transmitting region; a transparent electrode (120,220,320) formed on a surface of the substrate; and a plurality of opaque roll-up actuators (130,230,330) disposed on the transparent electrode and the substrate;
Method for transmitting information by means of entangled quanta capable of interference, namely by means of idler quanta entangled with signal quanta, characterized in that an arrangement is used which a) provides for at least one spatial superposition within the system space "paths"; b) provides for a temporal superposition of quantum operations (quantum eraser), which eliminates the unambiguous assignment of information about the paths of spatial superposition within the relativistic causality space; c) provides for a superposition (carrier superposition) of a measurable and controllable attribute of the entangled quanta, e.g. B. of their polarization; d) provides a method for manipulating this attribute with the phase solution space of the path integrals of the system of entangled quanta, namely in the idler subsystem; e) in the signal subsystem, two exit modes are provided for measuring the interference, and in the idler subsystem only the spatial superposition of exit modes without interference measurement is provided for, and in changing the attribute in the idler subsystem using the manipulation method and measuring the changing interference in the signal subsystem. a) provides for at least one spatial superposition within the system space "paths"; b) provides for a temporal superposition of quantum operations (quantum eraser), which eliminates the unambiguous assignment of information about the paths of spatial superposition within the relativistic causality space; c) provides for a superposition (carrier superposition) of a measurable and controllable attribute of the entangled quanta, e.g. B. of their polarization; d) provides a method for manipulating this attribute with the phase solution space of the path integrals of the system of entangled quanta, namely in the idler subsystem; e) in the signal subsystem, two exit modes are provided for measuring the interference, and in the idler subsystem only the spatial superposition of exit modes without interference measurement is provided for,
A method comprising: generating a video coding signal comprising a base layer video signal and an enhanced layer video signal, wherein the enhanced layer video signal enhances the quality of the base layer video signal, wherein the base layer video signal is configured to be decodable independent of the enhanced layer video signal, and wherein the base layer video signal comprises network abstraction layer units; storing the base layer video signal in a first file; generating in the first file a reference pointer to a location in the first file, wherein the reference pointer comprises an extractor NAL unit; and storing at the location indicated by the reference pointer the enhanced layer video signal, wherein the method is characterised in that the reference pointer is encapsulated within a sample of the base layer video signal comprised in a media data box (mdat, 231) so that the sample comprises a base layer media data section and the extractor NAL unit. generating a video coding signal comprising a base layer video signal and an enhanced layer video signal, wherein the enhanced layer video signal enhances the quality of the base layer video signal, wherein the base layer video signal is configured to be decodable independent of the enhanced layer video signal, and wherein the base layer video signal comprises network abstraction layer units; storing the base layer video signal in a first file; generating in the first file a reference pointer to a location in the first file, wherein the reference pointer comprises an extractor NAL unit; and storing at the location indicated by the reference pointer the enhanced layer video signal, wherein the method is characterised in that the reference pointer is encapsulated within a sample of the base layer video signal comprised in a media data box (mdat, 231) so that the sample comprises a base layer media data section and the extractor NAL unit.
An inverter device intended to convert a DC voltage into one phase of an AC voltage at a predetermined frequency, the inverter device comprising a single-phase inverter (O 1, O 2, O 3) able to deliver the phase, the single-phase inverter comprising a toric output inductor, the inverter device comprising a support radially surrounding a cooling channel extending longitudinally along an axis x and in which a cooling liquid is intended to flow along the axis x, the toric inductor being mounted on the support so as to radially surround the cooling channel so as to be able to be cooled by the cooling liquid when the latter flows in the cooling channel, the inverter device comprising electronic components mounted on the support around the cooling channel so as to be able to be cooled by the cooling liquid when the latter flows in the cooling channel, the support comprising a solid tubular support radially defining the cooling channel, at least a sub-assembly of the electronic components mounted on the support around the cooling channel so as to be able to be cooled by the cooling liquid when the latter flows in the cooling channel bearing on a radial surface of the solid tubular support, the tubular support comprising a tubular base section with the axis x and a plate extending in a transverse plane perpendicular to the axis x, the plate being adjacent to the tubular base section along the axis x, the tubular base section and the plane surrounding and radially defining the individual portion of the cooling channel.