mhurhangee/ep-ind-claims huggingface dataset:
A light emitting device comprising: a base substrate; a first frame body disposed on an upper surface of the base substrate; a second frame body disposed on the upper surface of the base substrate, and surrounding the first frame body while being spaced away from the first frame body; a plurality of light emitting elements disposed within a region surrounded by the first frame body; a first sealing resin disposed within the region surrounded by the first frame body to cover the light emitting elements, the first sealing resin including a wavelength conversion member for converting a wavelength of light emitted from each of the light emitting elements; and a second sealing resin disposed within a region surrounded by the second frame body, the second sealing resin including a light diffusion material layer having a convex upper surface over the first sealing resin, characterized in that: an upper surface of the light diffusion material layer between the first frame body and the second frame body is formed in a concave shape. a base substrate; a first frame body disposed on an upper surface of the base substrate; a second frame body disposed on the upper surface of the base substrate, and surrounding the first frame body while being spaced away from the first frame body; a plurality of light emitting elements disposed within a region surrounded by the first frame body; a first sealing resin disposed within the region surrounded by the first frame body to cover the light emitting elements, the first sealing resin including a wavelength conversion member for converting a wavelength of light emitted from each of the light emitting elements; and a second sealing resin disposed within a region surrounded by the second frame body, the second sealing resin including a light diffusion material layer having a convex upper surface over the first sealing resin, characterized in that: an upper surface of the light diffusion material layer between the first frame body and the second frame body is formed in a concave shape. an upper surface of the light diffusion material layer between the first frame body and the second frame body is formed in a concave shape.
Assembly for a turbomachine, comprising a stator and a rotor rotatable relative to the stator about an axis, the stator comprising blades each comprising a vane connected to a radially inner platform, a block of abradable material extending radially inwardly from the radially inner platform the rotor comprising a shroud which comprises an annular area, at least one lug extending radially outwardly from said annular area, the radially outer end of the lug cooperating with the block of abradable material, the block of abradable material having a honeycomb structure with cells opening radially inwards, at least one tab extending radially inwards from the platform or the block of abradable material, the radially inner end of the tab cooperating with the annular area of the stator shroud, the ratio e1/e2 of the thickness e1 of the tab, namely the axial dimension of the tab, to the thickness e2 of the lug, namely the axial dimension of the lug, is less than 5, preferably less than 0.2, characterised in that the tab has a corrugated structure with a profile of corrugation corresponding to a general profile of the cells of the block of abradable material.
A display device comprising; a light emitting device comprising, formed on each other, a substrate, a lower electrode, an organic layer and a transparent upper electrode, wherein the lower electrode is connected to a thin film transistor, wherein the organic layer comprises at least an emission layer, and wherein an insulating layer having an opening in contact with the lower electrode is formed on the substrate, the insulating layer being formed so as to cover the periphery of the lower electrode, characterized in that the lower electrode has a laminate structure including a metallic material layer and a buffering thin film formed on the metallic material layer, and the buffering thin film is formed from - chromium oxide, or - an oxide of the metal forming the metallic material layer, said oxide having a higher conductivity than the organic layer. a light emitting device comprising, formed on each other, a substrate, a lower electrode, an organic layer and a transparent upper electrode, wherein the lower electrode is connected to a thin film transistor, wherein the organic layer comprises at least an emission layer, and wherein an insulating layer having an opening in contact with the lower electrode is formed on the substrate, the insulating layer being formed so as to cover the periphery of the lower electrode, the lower electrode has a laminate structure including a metallic material layer and a buffering thin film formed on the metallic material layer, and the buffering thin film is formed from - chromium oxide, or - an oxide of the metal forming the metallic material layer, said oxide having a higher conductivity than the organic layer. - chromium oxide, or - an oxide of the metal forming the metallic material layer, said oxide having a higher conductivity than the organic layer.
Method for transmitting successive messages forming a frame for a telecommunications system with M sources ( s 1,..., s M), possibly L relays ( r 1,..., rL) and a destination ( d), M ≥ 2, L ≥ 0 according to an orthogonal multiple access scheme of the transmission channel between the nodes taken from among the M sources and the L relays with a maximum number of M + T max time slots per transmitted frame including M slots allocated, during a first phase, to the successive transmission of the M sources, and T used slots for one or more cooperative transmissions allocated, during a second phase, to one or more nodes selected according to a selection strategy, T used ≤ T max, characterized in that it comprises: - an initial link adaptation phase with determination, by the destination, of an initial rate for each source on the basis of the destination's knowledge of an average quality of each of the links in the system and with transmission of information about this initial rate by the destination to each source, - for each frame from among a plurality of frames, successive transmissions of messages from the M sources during the M slots of the first phase with, respectively, modulation and coding schemes determined from the information about the initial rates and in that the determination of an initial rate for each source consists in maximizing an average spectral efficiency within the system, conditional upon the node selection strategy used during the second phase and under the constraint of an average individual BLER for each source, and comprises iteratively calculating the initial rates for each source on the basis of a first initial rate determined independently for each source assuming that all the messages from the other sources are known to the destination, the node selection strategy being such that it follows a sequence known in advance by all the nodes or that it takes into account information coming from the nodes and indicating their set of correctly decoded sources. - an initial link adaptation phase with determination, by the destination, of an initial rate for each source on the basis of the destination's knowledge of an average quality of each of the links in the system and with transmission of information about this initial rate by the destination to each source, - for each frame from among a plurality of frames, successive transmissions of messages from the M sources during the M slots of the first phase with, respectively, modulation and coding schemes determined from the information about the initial rates
A heel member, comprising: a base portion, a medial portion extending from the base portion and a lateral portion extending from the base portion; the medial portion comprising a plurality of projecting portions; the lateral portion including a continuous top edge that extends along the length of the lateral portion; and wherein the lateral portion includes at least one window (161, 162, 163). a base portion, a medial portion extending from the base portion and a lateral portion extending from the base portion; the medial portion comprising a plurality of projecting portions; the lateral portion including a continuous top edge that extends along the length of the lateral portion; and wherein the lateral portion includes at least one window (161, 162, 163).
Presentation device for panels, preferably for floor, ceiling or wall coverings, - having a support body (4, 22, 42, 62) and - having information means (8, 30, 46) which are configured as product samples of panels with various decorations, - wherein the information means (8, 30, 46) are arranged on the support body (4, 22, 42, 62), characterised in that - at least one processor (10, 78), at least one electronic memory (12, 80) and at least one electronic display means (6, 33, 44, 64) are provided, - at least one electronic display means (6, 33, 44, 64) is arranged on the support body (4, 22, 42, 62) and - at least one of the information means (8, 30. 46) is configured as an operating element (34, 48, 72, 74, 76). - having a support body (4, 22, 42, 62) and - having information means (8, 30, 46) which are configured as product samples of panels with various decorations, - wherein the information means (8, 30, 46) are arranged on the support body (4, 22, 42, 62), - at least one processor (10, 78), at least one electronic memory (12, 80) and at least one electronic display means (6, 33, 44, 64) are provided, - at least one electronic display means (6, 33, 44, 64) is arranged on the support body (4, 22, 42, 62) and - at least one of the information means (8, 30. 46) is configured as an operating element (34, 48, 72, 74, 76).
A bone protein preparation obtained by a method comprising: a) demineralizing a bone and extracting the bone matrix with guanidine hydrochloride solvent to obtain a bone protein extract, b) filtering the extract with a microfilter with cut-off size in the range of 0.1-10 μm (nominal micron rating) sufficient for removing big particles and non-proteinous material but enabling proteins to pass, c) filtering the flow-through with a cassette ultrafilter having the cut-off size about 5-10 kDa to recover the bone protein preparation, wherein the obtained bone protein preparation is incorporated in a polyethylene glycol/glycerol (PEG-GLY) matrix. a) demineralizing a bone and extracting the bone matrix with guanidine hydrochloride solvent to obtain a bone protein extract, b) filtering the extract with a microfilter with cut-off size in the range of 0.1-10 μm (nominal micron rating) sufficient for removing big particles and non-proteinous material but enabling proteins to pass, c) filtering the flow-through with a cassette ultrafilter having the cut-off size about 5-10 kDa to recover the bone protein preparation, wherein the obtained bone protein preparation is incorporated in a polyethylene glycol/glycerol (PEG-GLY) matrix.
Composition comprising at least one fatty acid glycerol ester for use for injection in the vitreous cavity during or after a vitrectomy procedure to treat retinal detachment, said composition being not an emulsion, being bioresorbable, being injectable in the vitreous cavity, having a density below 1 or a density above 1; having a surface tension ranging from 0.02 to 0.05 N/m (20 to 50 dynes/cm), being not susceptible to disperse or emulsify when injected in the vitreous cavity.
A system comprising: memory to store data and executable instructions, the data including electrical data representing electrical activity measured from a plurality of locations distributed on a body surface, the data further including geometry data representing body surface geometry of the locations distributed on the body surface where the electrical activity is measured and geometry of a cardiac envelope; and at least one processor to access the memory and execute the instructions to at least: reconstruct electrical activity on to the cardiac envelope based on the geometry data and the electrical data, the reconstructed electrical activity being computed using an n-dimensional method of fundamental solution, where n is a positive integer greater than three. memory to store data and executable instructions, the data including electrical data representing electrical activity measured from a plurality of locations distributed on a body surface, the data further including geometry data representing body surface geometry of the locations distributed on the body surface where the electrical activity is measured and geometry of a cardiac envelope; and at least one processor to access the memory and execute the instructions to at least: reconstruct electrical activity on to the cardiac envelope based on the geometry data and the electrical data, the reconstructed electrical activity being computed using an n-dimensional method of fundamental solution, where n is a positive integer greater than three.
A modified conjugated diene-based polymer produced by reacting a conjugated diene-based polymer having an alkali metal or an alkaline-earth metal at a terminal of the polymer with a compound represented by the following formula: (where and R 2 each independently represent a hydrocarbyl group having 20 or fewer carbon atoms; R 3 represents a substituted alkyl group having 20 or fewer carbon atoms in which at least one of a hydrogen atom and -CH 2 - of an alkyl group is substituted by a group selected from -NR 5 R 6, -PR 5 R 6, -O-,-S-, -S-S-, -NR 5 -, and -PR 5 -, wherein R 5 and R 6 each represent a hydrocarbyl group having 10 or fewer carbon atoms, or a monovalent aromatic group having 20 or fewer carbon atoms in which one hydrogen atom is removed from a ring moiety of a heterocyclic aromatic compound containing at least one element selected from a group consisting of nitrogen, phosphorus, oxygen, and sulfur or is removed from a ring moiety of a cyclic compound in which at least one hydrogen atom of an aromatic ring (including an aromatic hydrocarbon and a heterocyclic aromatic compound) is substituted by a group selected from -NR 5 R 6 and -PR 5 R 6, with the proviso that R 3 does not have active hydrogen; R 4 represents an alkanediyl group having 20 or fewer carbon atoms; and n is 1 or 2).
Method for determining a current gaze direction of a user in relation to a three-dimensional ("3D") scene, which 3D scene is sampled by a rendering function to produce a two-dimensional ("2D") projection image of the 3D scene, which sampling is performed based on a virtual camera in turn being associated with a virtual camera position and virtual camera direction in the 3D scene, wherein the method comprises the steps: determining, by a gaze direction detection means, a first gaze direction of the user at a first gaze time point (T G1), which first gaze direction is related to said 3D scene; charcterized by determining a virtual camera 3D movement, which 3D movement of the virtual camera represents a change of a virtual camera position and/or virtual camera direction between the first gaze time point (T G1) and a second sampling time point (T R2), where the second sampling time point (T R2) is later than the first gaze time point (T G1); and determining the said current gaze direction as a modified gaze direction, in turn calculated based on the first gaze direction, and further calculated based on an inverse of said time-dependent virtual camera 3D movement. determining, by a gaze direction detection means, a first gaze direction of the user at a first gaze time point (T G1), which first gaze direction is related to said 3D scene; charcterized by determining a virtual camera 3D movement, which 3D movement of the virtual camera represents a change of a virtual camera position and/or virtual camera direction between the first gaze time point (T G1) and a second sampling time point (T R2), where the second sampling time point (T R2) is later than the first gaze time point (T G1); and determining the said current gaze direction as a modified gaze direction, in turn calculated based on the first gaze direction, and further calculated based on an inverse of said time-dependent virtual camera 3D movement.
A network for broadcasting/multicasting traffic, the network comprising: a first network using a first Radio Access Technology (108, 104; 308, 304); a second network using a second Radio Access Technology (106, 104; 306, 304); wherein the first network is used to provide a user plane of multicasting/broadcasting traffic to deliver multimedia content; and wherein the second network is used to provide a control plane of multicasting/broadcasting traffic to deliver control information that is associated with the multimedia content delivered by the first network. a first network using a first Radio Access Technology (108, 104; 308, 304); a second network using a second Radio Access Technology (106, 104; 306, 304); wherein the first network is used to provide a user plane of multicasting/broadcasting traffic to deliver multimedia content; and wherein the second network is used to provide a control plane of multicasting/broadcasting traffic to deliver control information that is associated with the multimedia content delivered by the first network.
A pre-coated steel strip, comprising: (a) a strip of base steel having a length, a width, a first side, and a second side; wherein the base steel comprises the following components by weight based on total weight: 0.15%<carbon<0.5% 0.5%<manganese<3% 0.1%<silicon<0.5% 0.01%<chromium<1% titanium<0.2% aluminum<0.1% phosphorus<0.1% sulfur ≤ 0.0020 % 0.0005%<boron<0.08%, and further comprises iron and impurities inherent in processing, wherein the ratio of titanium to nitrogen is in excess of 3.42, (b) said length of said strip of base steel being at least 100m and said width being at least 600mm, and (c) an aluminum or an aluminum alloy pre-coating on at least part of one of said first and second sides of said strip of base steel, wherein (d) the thickness t p of the said pre-coating is from 20 - 33 micrometers at every location on at least one of said first and second sides. (a) a strip of base steel having a length, a width, a first side, and a second side; wherein the base steel comprises the following components by weight based on total weight: 0.15%<carbon<0.5% 0.5%<manganese<3% 0.1%<silicon<0.5% 0.01%<chromium<1% titanium<0.2% aluminum<0.1% phosphorus<0.1% sulfur ≤ 0.0020 % 0.0005%<boron<0.08%, and further comprises iron and impurities inherent in processing, wherein the ratio of titanium to nitrogen is in excess of 3.42, 0.15%<carbon<0.5% 0.5%<manganese<3% 0.1%<silicon<0.5% 0.01%<chromium<1% titanium<0.2% aluminum<0.1% phosphorus<0.1% sulfur ≤ 0.0020 % 0.0005%<boron<0.08%, (b) said length of said strip of base steel being at least 100m and said width being at least 600mm, and (c) an aluminum or an aluminum alloy pre-coating on at least part of one of said first and second sides of said strip of base steel, wherein (d) the thickness t p of the said pre-coating is from 20 - 33 micrometers at every location on at least one of said first and second sides.
A liquid ejecting apparatus comprising: a liquid ejection head including a drive element, the liquid ejection head ejecting a liquid by a supply of a drive signal (VOUT) to the drive element; and a drive circuit (50-a, 50-b) that outputs the drive signal, wherein the drive circuit includes a modulation circuit that modulates a base drive signal (dA, dB) to output a modulation signal (Ms), an amplifier circuit that amplifies the modulation signal (Ms) to output an amplified modulation signal (AMs), a demodulation circuit that demodulates the amplified modulation signal (AMs) to output the drive signal (COMA), and a substrate on which the modulation circuit, the amplifier circuit, and the demodulation circuit are provided, wherein the substrate includes a first face and a second face that is the back face of the first face; the demodulation circuit includes a first coil and a second coil electrically coupled in parallel with the first coil; the first coil is positioned so as to overlap at least part of the second coil in a direction normal to the first face, and the first coil is provided on the first face, and the second coil is provided on the second face. a liquid ejection head including a drive element, the liquid ejection head ejecting a liquid by a supply of a drive signal (VOUT) to the drive element; and a drive circuit (50-a, 50-b) that outputs the drive signal, wherein the drive circuit includes a modulation circuit that modulates a base drive signal (dA, dB) to output a modulation signal (Ms), an amplifier circuit that amplifies the modulation signal (Ms) to output an amplified modulation signal (AMs), a demodulation circuit that demodulates the amplified modulation signal (AMs) to output the drive signal (COMA), and a substrate on which the modulation circuit, the amplifier circuit, and the demodulation circuit are provided, wherein the substrate includes a first face and a second face that is the back face of the first face; the demodulation circuit includes a first coil and a second coil electrically coupled in parallel with the first coil; the first coil is positioned so as to overlap at least part of the second coil in a direction normal to the first face, and
A method of forming a braided upper using a braiding machine comprising: connecting a first shoe last and a second shoe last to each other by a non-rigid connection mechanism; locating the first shoe last adjacent a second opening of a passageway, wherein the passageway extends through an enclosure of the braiding machine and wherein a track of the braiding machine extends around the enclosure; passing the first shoe last through the passageway from the second opening to a first opening; passing the first shoe last from a first side of a braiding point to a second side of the braiding point of the braiding machine; wherein the braiding machine further includes a plurality of spools located along the track, the plurality of spools including a first spool and a second spool, the first spool being adjacent to the second spool, wherein as the first spool moves the second spool remains stationary; and advancing the first shoe last through the braiding machine, wherein the connection mechanism is tensioned such that the second shoe last is pulled though the braiding machine and the braiding point, and as each of the plurality of spools is passed around the track, thread is deposited around the first shoe last.