mhurhangee/ep-ind-claims huggingface dataset:
A flash memory device, comprising: a substrate; and a memory unit (310,320) on the substrate, comprising: a channel structure on the substrate, wherein the channel structure comprises, in an order from inner to outer of the channel structure, a channel layer, an insulation layer wrapped around the channel layer, and a charge capture layer wrapped around the insulation layer; and a plurality of gate structures wrapped around the channel structure and arranged along an axis of symmetry of the channel structure, with cavities between neighboring gate structures; characterized in that the flash memory device further comprises a plurality of gate contact components each contacting a corresponding gate structure, a support structure supporting the gate structure, wherein the support structure comprises at least one pillar support component comprising a pillar kernel and a cover layer around the pillar kernel, and wherein the pillar kernel is made of silicon dioxide and the cover layer is made of undoped polycrystalline silicon. a substrate; and a memory unit (310,320) on the substrate, comprising: a channel structure on the substrate, wherein the channel structure comprises, in an order from inner to outer of the channel structure, a channel layer, an insulation layer wrapped around the channel layer, and a charge capture layer wrapped around the insulation layer; and a plurality of gate structures wrapped around the channel structure and arranged along an axis of symmetry of the channel structure, with cavities between neighboring gate structures; a channel structure on the substrate, wherein the channel structure comprises, in an order from inner to outer of the channel structure, a channel layer, an insulation layer wrapped around the channel layer, and a charge capture layer wrapped around the insulation layer; and a plurality of gate structures wrapped around the channel structure and arranged along an axis of symmetry of the channel structure, with cavities between neighboring gate structures; characterized in that the flash memory device further comprises a plurality of gate contact components each contacting a corresponding gate structure, a support structure supporting the gate structure, wherein the support structure comprises at least one pillar support component comprising a pillar kernel and a cover layer around the pillar kernel, and wherein the pillar kernel is made of silicon dioxide and the cover layer is made of undoped polycrystalline silicon.
Cooling device comprising a housing and an evaporator unit (3, 4), wherein the interior of the cooling device can be divided into at least two cooling zones (6, 7) by insertion of a built-in part, wherein the cooling device comprises at least one further evaporator unit (3, 4), wherein each of the at least two cooling zones (6, 7) has at least one evaporator unit (3, 4) and wherein one of the cooling zones is constructed as a separate freezer compartment, characterized in that the built-in part has a base part and a flap connected to the base part, wherein the flap is pivotably connected to the base part for closing the freezer compartment or freezer.
A system for delivering laser energy to tissue, said system comprising: a probe adapted to be advanced into tissue, said probe having a central axial passage for delivering a stream of light transmissive fluid from a proximal end to a distal end thereof; a nozzle for emitting the stream of the light transmissive fluid in a lateral direction from the distal end of the probe; a waveguide in the central axial passage for transmitting coherent light; and wherein the waveguide is disposed to focus the coherent light within the stream of light transmissive fluid being delivered through the nozzle so that the light is carried by the fluid by total internal reflection; wherein the probe comprises an outer tube having an axial lumen and an inner fluid delivery tube reciprocally mounted in the axial lumen, wherein the central axial passage is disposed in the inner fluid delivery tube. a probe adapted to be advanced into tissue, said probe having a central axial passage for delivering a stream of light transmissive fluid from a proximal end to a distal end thereof; a nozzle for emitting the stream of the light transmissive fluid in a lateral direction from the distal end of the probe; a waveguide in the central axial passage for transmitting coherent light; and wherein the waveguide is disposed to focus the coherent light within the stream of light transmissive fluid being delivered through the nozzle so that the light is carried by the fluid by total internal reflection; wherein the probe comprises an outer tube having an axial lumen and an inner fluid delivery tube reciprocally mounted in the axial lumen, wherein the central axial passage is disposed in the inner fluid delivery tube.
Method for testing a tyre by interferometry in a pressure chamber of a tyre testing device, including the steps of: - producing phase images at different pressures in the pressure chamber, - forming partial phase difference images between successive phase images and - summing the partial phase difference images to form an overall phase difference image, characterized in that the pressure in the pressure chamber is changed in a first direction during a first measurement phase and there is a change in the pressure in the opposite direction during a second measurement phase, wherein at least one partial phase difference image from the first measurement phase and at least one partial phase difference image from the second measurement phase are included in the summation. - producing phase images at different pressures in the pressure chamber, - forming partial phase difference images between successive phase images and - summing the partial phase difference images to form an overall phase difference image,
A computer-implemented method comprising: receiving seismic data of a geologic environment comprising observed reflections (d); partitioning a model of the geologic environment to form a partitioned model ( m) comprising a background model corresponding to a low-wavenumber component model ( v) and a reflectivity model corresponding to a high-wavenumber component model ( r); predicting reflections (δ p) using the background model ( v) by applying a Born operator (F(v)) to the background model ( v); characterized in that the method further comprises computing an offset-dependent matching filter ( s) to match the predicted Born modelled reflections (δ p) and observed reflections (d) according to G δp T G δp s = G δp T d where G [ δp] denotes the convolution operator based on the Born prediction δp [ v], and G [ δp] T stands for its adjoint operator; adjusting the background model to generate an adjusted background model by minimizing the incoherence of the offset-dependent matching filter; and outputting the adjusted background model. receiving seismic data of a geologic environment comprising observed reflections (d); partitioning a model of the geologic environment to form a partitioned model ( m) comprising a background model corresponding to a low-wavenumber component model ( v) and a reflectivity model corresponding to a high-wavenumber component model ( r); predicting reflections (δ p) using the background model ( v) by applying a Born operator (F(v)) to the background model ( v); characterized in that the method further comprises computing an offset-dependent matching filter ( s) to match the predicted Born modelled reflections (δ p) and observed reflections (d) according to G δp T G δp s = G δp T d where G [ δp] denotes the convolution operator based on the Born prediction δp [ v], and G [ δp] T stands for its adjoint operator; adjusting the background model to generate an adjusted background model by minimizing the incoherence of the offset-dependent matching filter; and outputting the adjusted background model.
An indication method, comprising: sending, by a network device to a user equipment, a first synchronization signal block, SSB, the first SSB comprising a physical broadcast channel, PBCH, the first SSB being not associated with remaining minimum system information, RMSI, wherein the PBCH comprises an indication for indicating a first frequency domain position of a second SSB in a first frequency domain range, and wherein the second SSB is associated with the RMSI; wherein the indication comprises: a first message configured for indicating the first frequency domain range; and a second message configured for indicating the first frequency domain position of the second SSB. sending, by a network device to a user equipment, a first synchronization signal block, SSB, the first SSB comprising a physical broadcast channel, PBCH, the first SSB being not associated with remaining minimum system information, RMSI, wherein the PBCH comprises an indication for indicating a first frequency domain position of a second SSB in a first frequency domain range, and wherein the second SSB is associated with the RMSI; wherein the indication comprises: a first message configured for indicating the first frequency domain range; and a second message configured for indicating the first frequency domain position of the second SSB. a first message configured for indicating the first frequency domain range; and a second message configured for indicating the first frequency domain position of the second SSB.
A display panel, for use in an automotive vehicle, having a front side to present displayed symbol to a user and a back side apt to be illuminated by a light source, having a layered arrangement comprising a translucent solid base layer, featuring absorbance of 0.4 or less, made of plastic that does not follow Snell's law, providing diffuse reflection of light emitted by the light source with omni-directional reflection angles within the volume of said translucent solid base layer, and having a thickness within the range of 0.2 to 1.5 mm; an opaque stencil layer adjoining the front side of said translucent base layer, featuring absorbance of 1.3 or more, and including voids representing symbols displayable at the front side of the panel when illuminated from the back side of the panel; an opaque crosstalk reduction layer adjoining the back side of said translucent base layer, featuring absorbance of 1.3 or more, and including voids corresponding to said voids of said stencil layer or to the symbols defined by said voids of said stencil layer; a semi-opaque layer adjoining the front side of said stencil layer, featuring absorbance within the range of 0.4 to 1; and a tinted layer adjoining the front side of said semi-opaque layer, transparent or translucent for the light within a predefined wavelength range of light emitted by the light source, and featuring absorbance for this light within a predefined wavelength range of 0.4 or less, wherein said stencil layer, said opaque crosstalk reduction layer, said semi-opaque layer and/or said tinted layer is/are made of foil, paint, ink or lacquer and has/have a thickness within the range of 5 to 20 μm. having a layered arrangement comprising a translucent solid base layer, featuring absorbance of 0.4 or less, made of plastic that does not follow Snell's law, providing diffuse reflection of light emitted by the light source with omni-directional reflection angles within the volume of said translucent solid base layer, and having a thickness within the range of 0.2 to 1.5 mm; an opaque stencil layer adjoining the front side of said translucent base layer, featuring absorbance of 1.3 or more, and including voids representing symbols displayable at the front side of the panel when illuminated from the back side of the panel; an opaque crosstalk reduction layer adjoining the back side of said translucent base layer, featuring absorbance of 1.3 or more, and including voids corresponding to said voids of said stencil layer or to the symbols defined by said voids of said stencil layer; a semi-opaque layer adjoining the front side of said stencil layer, featuring absorbance within the range of 0.4 to 1; and a tinted layer adjoining the front side of said semi-opaque layer, transparent or translucent for the light within a predefined wavelength range of light emitted by the light source, and featuring absorbance for this light within a predefined wavelength range of 0.4 or less, wherein said stencil layer, said opaque crosstalk reduction layer, said semi-opaque layer and/or said tinted layer is/are made of foil, paint, ink or lacquer and has/have a thickness within the range of 5 to 20 μm.
A gas turbine engine comprising: a core engine; a fan section; a gearbox wherein an output from the gearbox drives the fan section; and an electric motor coupled to a portion of the gearbox to provide a portion of power to drive the fan section through the gearbox, characterised in that: the gearbox is a superposition gearbox including a sun gear, a plurality of intermediate gears engaged to the sun gear and supported in a carrier and a ring gear circumscribing the intermediate gears, the core engine driving the sun gear; and the gas turbine engine further comprises a one-way clutch configured to automatically couple the ring gear to a static structure of the gas turbine engine when the electric motor is not actuated, wherein the one-way clutch comprises a one-way mechanical sprag clutch. a core engine; a fan section; a gearbox wherein an output from the gearbox drives the fan section; and an electric motor coupled to a portion of the gearbox to provide a portion of power to drive the fan section through the gearbox, characterised in that: the gearbox is a superposition gearbox including a sun gear, a plurality of intermediate gears engaged to the sun gear and supported in a carrier and a ring gear circumscribing the intermediate gears, the core engine driving the sun gear; and the gas turbine engine further comprises a one-way clutch configured to automatically couple the ring gear to a static structure of the gas turbine engine when the electric motor is not actuated, wherein the one-way clutch comprises a one-way mechanical sprag clutch. the gearbox is a superposition gearbox including a sun gear, a plurality of intermediate gears engaged to the sun gear and supported in a carrier and a ring gear circumscribing the intermediate gears, the core engine driving the sun gear; and the gas turbine engine further comprises a one-way clutch configured to automatically couple the ring gear to a static structure of the gas turbine engine when the electric motor is not actuated, wherein the one-way clutch comprises a one-way mechanical sprag clutch.
A gluing and folding device, comprising: a support structure; a support plate mounted on the support structure, the support plate being adapted to have packaging material positioned thereon, characterized by a clamp arm coupled to the support structure, the clamp arm being adapted to selectively and securely hold the packaging material in place on the support plate, wherein the clamp arm is adapted to hold the packaging material in place when the clamp arm is moved from a first position to a second position; a gluing apparatus movably mounted on the support structure such that the gluing apparatus can be selectively moved between a first position and a second position on the support structure, the gluing apparatus having a glue dispensing nozzle and a glue supply, wherein the gluing apparatus is adapted to apply glue to at least one surface of the packaging material, said surface comprising at least of one of a glue tab and a panel, while the clamp arm securely holds the packaging material in place on the support plate, wherein the at least one surface is disposed adjacent an edge of the packaging material; and a folding bar hingedly coupled to the support structure, wherein the folding bar is adapted to fold a glue tab of the packaging material onto a panel of the packaging material with the glue therebetween to secure the glue tab and the panel together. a support structure; a support plate mounted on the support structure, the support plate being adapted to have packaging material positioned thereon, characterized by a clamp arm coupled to the support structure, the clamp arm being adapted to selectively and securely hold the packaging material in place on the support plate, wherein the clamp arm is adapted to hold the packaging material in place when the clamp arm is moved from a first position to a second position; a gluing apparatus movably mounted on the support structure such that the gluing apparatus can be selectively moved between a first position and a second position on the support structure, the gluing apparatus having a glue dispensing nozzle and a glue supply, wherein the gluing apparatus is adapted to apply glue to at least one surface of the packaging material, said surface comprising at least of one of a glue tab and a panel, while the clamp arm securely holds the packaging material in place on the support plate, wherein the at least one surface is disposed adjacent an edge of the packaging material; and a folding bar hingedly coupled to the support structure, wherein the folding bar is adapted to fold a glue tab of the packaging material onto a panel of the packaging material with the glue therebetween to secure the glue tab and the panel together.
A method for fluoroscopy, comprising: energizing a radiation source to form a scout image on a detector; processing the scout image to determine and report a radiation field position with respect to a predetermined zone of the detector; energizing the radiation source for fluoroscopic imaging of a subject when the reported radiation field position is fully within the predetermined zone; and illuminating the radiation field position with respect to the subject; the method for fluoroscopy being characterized in that illuminating the radiation field position further comprises changing the appearance of the illumination according to the reported radiation field position. energizing a radiation source to form a scout image on a detector; processing the scout image to determine and report a radiation field position with respect to a predetermined zone of the detector; energizing the radiation source for fluoroscopic imaging of a subject when the reported radiation field position is fully within the predetermined zone; and illuminating the radiation field position with respect to the subject; the method for fluoroscopy being characterized in that illuminating the radiation field position with respect to the subject; the method for fluoroscopy being characterized in that illuminating the radiation field position further comprises changing the appearance of the illumination according to the reported radiation field position.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station in a visited public land mobile network, VPLMN, a system information block, SIB, including offloading control information; transmitting, to a mobility management entity, MME, a non-access stratum, NAS, request message for a packet data network, PDN, connection, the NAS request message including an international mobile subscriber identity, IMSI, of the terminal; receiving, from the MME supporting offload control, a NAS accept message including an indication which indicates whether offloading control information is used in the VPLMN; and determining whether to perform an operation associated with an offloading control using a first communication system and a second communication system based on the indication, wherein the indication is determined based on subscription information for the terminal, and wherein the terminal is roaming. receiving, from a base station in a visited public land mobile network, VPLMN, a system information block, SIB, including offloading control information; transmitting, to a mobility management entity, MME, a non-access stratum, NAS, request message for a packet data network, PDN, connection, the NAS request message including an international mobile subscriber identity, IMSI, of the terminal; receiving, from the MME supporting offload control, a NAS accept message including an indication which indicates whether offloading control information is used in the VPLMN; and determining whether to perform an operation associated with an offloading control using a first communication system and a second communication system based on the indication, wherein the indication is determined based on subscription information for the terminal, and wherein the terminal is roaming.
A cassette coil (1, 2) comprising an insulator bobbin including a core tube around which a wire coated with an insulating film is wound, forming a coil, and a pair of plate-shaped first and second flanges (15, 16) provided at both ends of the core tube, the first flange including a cutout portion opening in a side, and the cassette coil being mountable in a stator of a rotating electrical machine, wherein a winding start part and a winding end part which are ends of the coil of the wire are placed to protrude outside through the same cutout portion of the first flange, characterised in that the cassette coil includes an insulation member provided to extend from a part of the first flange into the cutout portion between the winding start part and an outermost wire part located on the outermost side of the coil of the wire and close to the first flange.
A cage for farming fish, the cage forming an upper portion and a lower portion and the cage floating in a water column, and the cage comprising: - a surrounding floating body at the upper portion of the cage, and the surrounding floating body being arranged to float on a water surface; - an enclosure between the upper portion and the lower portion of the cage, the enclosure being closed in its lower portion, and the enclosure forming an inside and an outside; and - a liquid-tight wall at the upper portion and said liquid-tight wall is attached to the floating body and which extends from the water surface downwards in the water column, and the liquid-tight wall forms a lower edge portion, wherein the cage is adapted for an upward water current to enter the cage at the centre of the cage in the lower portion, said cage being characterized in that the cage is provided, in its upper portion, with a plurality of flow boosters for creating a circular water current within the liquid-tight wall; and that the flow boosters are supplied with water from a portion within the inside in the upper portion of the cage. - a surrounding floating body at the upper portion of the cage, and the surrounding floating body being arranged to float on a water surface; - an enclosure between the upper portion and the lower portion of the cage, the enclosure being closed in its lower portion, and the enclosure forming an inside and an outside; and - a liquid-tight wall at the upper portion and said liquid-tight wall is attached to the floating body and which extends from the water surface downwards in the water column, and the liquid-tight wall forms a lower edge portion, wherein the cage is adapted for an upward water current to enter the cage at the centre of the cage in the lower portion,
Cleansing wipes impregnated with an impregnating agent comprising at least one block polymer, a mixture of at least one sodium acyl glutamate and at least one alkyl polyglycoside and denatured alcohol; wherein the ratio by weight of the at least one block polymer to the mixture of the at least one sodium acyl glutamate and the at least one alkyl polyglycoside is from 3.63:1 to 0.28:1.