mhurhangee/patent-ind-claim-en huggingface dataset:
An optical unit comprising: a light source having a light emitting surface of a certain shape; a rotating reflector configured to be rotated about a rotation axis in one direction only while reflecting light emitted from a light source; and a projection lens for projecting the light reflected by the rotating reflector in a light irradiation direction of the optical unit, wherein the rotating reflector is provided with a reflecting surface so that the light of the light source reflected by the rotating reflector while the rotating reflector is rotated forms a predetermined light distribution pattern, characterized in that the projection lens is a free curved-surface lens adapted to correct an image of the light source distorted by being reflected on the reflecting surface to a shape close to the shape of the light source. a light source having a light emitting surface of a certain shape; a rotating reflector configured to be rotated about a rotation axis in one direction only while reflecting light emitted from a light source; and a projection lens for projecting the light reflected by the rotating reflector in a light irradiation direction of the optical unit, wherein the rotating reflector is provided with a reflecting surface so that the light of the light source reflected by the rotating reflector while the rotating reflector is rotated forms a predetermined light distribution pattern, characterized in that the projection lens is a free curved-surface lens adapted to correct an image of the light source distorted by being reflected on the reflecting surface to a shape close to the shape of the light source.
A shock absorber assembly comprising at least two springs arranged in series so as, in use, to extend between a pair of spaced apart spring seats, and a coupling member arranged between the or each pair of adjacent ends of neighbouring springs , wherein the coupling member is adjustable and is formed by a shaft having a pair of flanges provided on an outer surface thereof, the shaft extending axially beyond each of said flanges so as to extend inside the windings of the adjacent spring ends to locate the adjacent ends of the springs on the coupler , each of said flanges engaging one of the adjacent ends of the neighbouring springs , each of said flanges being moveable longitudinally along the shaft so as to vary the longitudinal separation between the pair of flanges and thereby vary the preload on the springs ; characterised by stop means associated with each flange to enable each flange to be locked in position against unintentional longitudinal movement .
Method for capturing at least two tomosynthesis images of an object undergoing examination that are offset by a predetermined angle of examination, which object undergoing examination is arranged between an X-ray source and an X-ray detector , and wherein the X-ray source and/or the X-ray detector are moved in opposing parallel planes along a linear trajectory and wherein the longitudinal axis of the body of the object undergoing examination or a longitudinal axis of the region of the object undergoing examination that is being examined is oriented substantially parallel to the linear trajectory, having the following steps: - first capture of a plurality of first projection images along the linear trajectory, wherein the X-ray source and the X-ray detector capture the object undergoing examination in a first plane of capture, - second capture of a plurality of second projection images along the linear trajectory, wherein the X-ray source and the X-ray detector capture the object undergoing examination in a second capture plane that is different from the first, wherein the first capture plane and the second capture plane form the angle of examination, - determination of a first slice image dataset (D1) on the basis of the first projection images and of a second slice image dataset (D2) on the basis of the second projection images, wherein the first slice image dataset and the second slice image dataset provide substantially corresponding views of a capture using computed tomography and the patient dose is reduced compared to capture using computed tomography, and - registration of the first slice image dataset (D1) and the second slice image dataset (D2). - first capture of a plurality of first projection images along the linear trajectory, wherein the X-ray source and the X-ray detector capture the object undergoing examination in a first plane of capture, - second capture of a plurality of second projection images along the linear trajectory, wherein the X-ray source and the X-ray detector capture the object undergoing examination in a second capture plane that is different from the first, wherein the first capture plane and the second capture plane form the angle of examination, - determination of a first slice image dataset (D1) on the basis of the first projection images and of a second slice image dataset (D2) on the basis of the second projection images, wherein the first slice image dataset and the second slice image dataset provide substantially corresponding views of a capture using computed tomography and the patient dose is reduced compared to capture using computed tomography, and - registration of the first slice image dataset (D1) and the second slice image dataset (D2).
A method for coating an optical lens having a main surface, the method comprising: - dipping said optical lens in a coating fluid, - withdrawing said optical lens from the coating fluid to reach an initial position defined so that said main surface faces towards a first, horizontal, direction (X 0 ), and - drying the coating fluid coating said optical lens, wherein the method comprises, after withdrawing the optical lens and before or while drying the coating fluid, tilting the optical lens to a final position , the method being characterized in that the main surface is at least partly covered with lenslets and the final position is defined so that said main surface faces upwards towards a final direction (X F ) having an angle comprised between 80° and 100° with respect to the first direction (X 0 ), the first (X 0 ) and final (X F ) directions defining a vertical plane (X 0 X F ). - dipping said optical lens in a coating fluid, - withdrawing said optical lens from the coating fluid to reach an initial position defined so that said main surface faces towards a first, horizontal, direction (X 0 ), and - drying the coating fluid coating said optical lens, wherein the method comprises, after withdrawing the optical lens and before or while drying the coating fluid, tilting the optical lens to a final position , the method being characterized in that the main surface is at least partly covered with lenslets and the final position is defined so that said main surface faces upwards towards a final direction (X F ) having an angle comprised between 80° and 100° with respect to the first direction (X 0 ), the first (X 0 ) and final (X F ) directions defining a vertical plane (X 0 X F ).
A three-dimensional memory device , comprising: a substrate ; a memory stack comprising a plurality of interleaved conductor layers and dielectric layers on the substrate ; and a memory string extending vertically through the memory stack and comprising: a semiconductor plug in a lower portion of the memory string ; a protective dielectric layer on the semiconductor plug ; and a memory film above the protective dielectric layer and along a sidewall of the memory string , wherein the memory film comprises a blocking layer , a storage layer , and a tunneling layer , wherein the protective dielectric layer is not disposed along the sidewall of the memory string , wherein a thickness of the protective dielectric layer is between 1 nm and 5 nm, characterised in that the protective dielectric layer includes a high-k dielectric. a substrate ; a memory stack comprising a plurality of interleaved conductor layers and dielectric layers on the substrate ; and a memory string extending vertically through the memory stack and comprising: a semiconductor plug in a lower portion of the memory string ; a protective dielectric layer on the semiconductor plug ; and a memory film above the protective dielectric layer and along a sidewall of the memory string , a semiconductor plug in a lower portion of the memory string ; a protective dielectric layer on the semiconductor plug ; and a memory film above the protective dielectric layer and along a sidewall of the memory string , wherein the memory film comprises a blocking layer , a storage layer , and a tunneling layer , wherein the protective dielectric layer is not disposed along the sidewall of the memory string , wherein a thickness of the protective dielectric layer is between 1 nm and 5 nm, characterised in that the protective dielectric layer includes a high-k dielectric.
A power control system comprising: a first AC/DC converter ; a second AC/DC converter ; a first switch (sw1) connected between a first transmission line of a first power system having a first system frequency and the first AC/DC converter ; a second switch (sw2) connected between the first transmission line and the second AC/DC converter ; a third switch (sw3) connected between a second transmission line of a second power system having a second system frequency different from the first system frequency and the first AC/DC converter ; a fourth switch (sw4) connected between the second transmission line and the second AC/DC converter ; a fifth switch (sw5) connected between a DC terminal of the first AC/DC converter and a DC terminal of the second AC/DC converter ; and a control device configured to control operation of the first and second AC/DC converters , and the first to fifth switches (sw1 to sw5), when the first and second AC/DC converters are caused to operate as AC/DC converters in a BTB (Back to Back) method, the control device controlling at least the fifth switch (sw5) to be in a closed state, and when the first and second AC/DC converters are caused to operate as reactive power compensation devices, the control device controlling at least the fifth switch (sw5) to be in an opened state. a first AC/DC converter ; a second AC/DC converter ; a first switch (sw1) connected between a first transmission line of a first power system having a first system frequency and the first AC/DC converter ; a second switch (sw2) connected between the first transmission line and the second AC/DC converter ; a third switch (sw3) connected between a second transmission line of a second power system having a second system frequency different from the first system frequency and the first AC/DC converter ; a fourth switch (sw4) connected between the second transmission line and the second AC/DC converter ; a fifth switch (sw5) connected between a DC terminal of the first AC/DC converter and a DC terminal of the second AC/DC converter ; and a control device configured to control operation of the first and second AC/DC converters , and the first to fifth switches (sw1 to sw5), when the first and second AC/DC converters are caused to operate as AC/DC converters in a BTB (Back to Back) method, the control device controlling at least the fifth switch (sw5) to be in a closed state, and when the first and second AC/DC converters are caused to operate as reactive power compensation devices, the control device controlling at least the fifth switch (sw5) to be in an opened state.
A method of wireless communication by a base station , comprising: transmitting a first reference signal, RS, to a User Equipment, UE, in a first subband comprised in a plurality of subbands of an orthogonal frequency division multiplexed, OFDM, symbol using a first RS placement that is dependent on a cell identifier, cell ID, corresponding to the base station, wherein the first RS comprises a first common RS, CRS; and transmitting a second RS to the UE in a second subband comprised in the plurality of subbands of the OFDM symbol using a second RS placement that is independent of the cell ID corresponding to the base station, wherein the second RS comprises a UE specific RS, wherein the first subband is different from the second subband, and the first subband is transmitted with cell ID dependent frequency shift and the second subband is transmitted without the cell ID dependent frequency shift. transmitting a first reference signal, RS, to a User Equipment, UE, in a first subband comprised in a plurality of subbands of an orthogonal frequency division multiplexed, OFDM, symbol using a first RS placement that is dependent on a cell identifier, cell ID, corresponding to the base station, wherein the first RS comprises a first common RS, CRS; and transmitting a second RS to the UE in a second subband comprised in the plurality of subbands of the OFDM symbol using a second RS placement that is independent of the cell ID corresponding to the base station, wherein the second RS comprises a UE specific RS, wherein the first subband is different from the second subband, and the first subband is transmitted with cell ID dependent frequency shift and the second subband is transmitted without the cell ID dependent frequency shift.
A pharmaceutical composition for use in treating an interferon-beta-resistant cancer disease, the composition comprising, as active ingredients: (a) siRNA which binds to mRNA of cFLIP gene in a complementary manner; and (b) a human interferon-beta mutant which comprises a glycine-asparagine-isoleucine-threonine-valine (GNITV) sequence at the C-terminus or in which threonine or serine is substituted for arginine at the 27th amino acid, in a wild-type human interferon-beta amino acid sequence defined by SEQ ID NO: 1, wherein the human interferon-beta mutant comprises any one amino acid sequence selected from the group consisting of SEQ ID NO: 2 to SEQ ID NO: 6, and wherein the siRNA comprises any one nucleotide sequence selected from the group consisting of SEQ ID NO: 9 to SEQ ID NO: 13. (a) siRNA which binds to mRNA of cFLIP gene in a complementary manner; and (b) a human interferon-beta mutant which comprises a glycine-asparagine-isoleucine-threonine-valine (GNITV) sequence at the C-terminus or in which threonine or serine is substituted for arginine at the 27th amino acid, in a wild-type human interferon-beta amino acid sequence defined by SEQ ID NO: 1, wherein the human interferon-beta mutant comprises any one amino acid sequence selected from the group consisting of SEQ ID NO: 2 to SEQ ID NO: 6, and wherein the siRNA comprises any one nucleotide sequence selected from the group consisting of SEQ ID NO: 9 to SEQ ID NO: 13.
Door actuating device having a drive shaft and a drive linkage for power transmission between the drive shaft and a door , wherein a reversing lever transfers the rotary movements of the drive linkage to the door , and wherein a cheese-head screw connects the drive shaft to the drive linkage mounted therein, wherein the cheese-head screw is mounted with its head in the inner region of the hollow drive linkage , and wherein the head rests on a shoulder of the drive linkage on one side to be secured against displacement, and wherein the cheese-head screw has a thread which can be screwed to an internal thread of the drive shaft , characterised in that the head is mounted between the shoulder and a union banjo bolt in the inner region of the drive linkage and in that the union banjo bolt has an external thread which can be screwed to an internal thread in the inner region of the drive linkage .
A packet for containing food articles, preferably sweets and/or chewing gums, comprising a containment body for containing a plurality of food articles and having a bottom panel , a top panel and a plurality of side panels ; the containment body for the articles has an outlet opening for taking the food articles out of the containment body ; the opening being of a shape and size such configured to allow the food articles to come out one at a time; the packet comprising a lid for opening and closing the outlet opening for the food articles ; the packet comprises a receptacle for collecting the articles which have come out of the containment body through the opening ; the receptacle having a base for supporting the article and a plurality of side walls to prevent the articles from falling out of the receptacle ; the outlet opening for the food articles being in communication with the base of the receptacle ; characterized in that the receptacle for collecting the articles is located in the containment body of the packet ; the base of the receptacle being defined by the top panel of the containment body and the side walls being defined by respective side panels extending from the top panel ; each side panel is disposed in contact with a respective portion of the inside surface of a side panel of the containment body . the containment body for the articles has an outlet opening for taking the food articles out of the containment body ; the opening being of a shape and size such configured to allow the food articles to come out one at a time; the packet comprising a lid for opening and closing the outlet opening for the food articles ; the packet comprises a receptacle for collecting the articles which have come out of the containment body through the opening ; the receptacle having a base for supporting the article and a plurality of side walls to prevent the articles from falling out of the receptacle ; the outlet opening for the food articles being in communication with the base of the receptacle ; characterized in that the receptacle for collecting the articles is located in the containment body of the packet ; the base of the receptacle being defined by the top panel of the containment body and the side walls being defined by respective side panels extending from the top panel ; each side panel is disposed in contact with a respective portion of the inside surface of a side panel of the containment body .
Active combination comprising - a botanical extract of Vigna radiata, - a botanical extract of the flower of Trifolium pratense, - a peptide comprising the amino acid sequence Gly-His-Lys from N-terminal to C-terminal end, wherein the V. radiata extract is an extract of the sprout of the mung bean. - a botanical extract of Vigna radiata, - a botanical extract of the flower of Trifolium pratense, - a peptide comprising the amino acid sequence Gly-His-Lys from N-terminal to C-terminal end,
A papercraft display unit comprising two sidewalls each having a rear edge and a front edge , a back wall arranged between the two sidewalls at the respective rear edges , and at least one shelf arranged transversally to said walls and associated therewith so as to be locked in position, wherein each of said sidewalls comprises, at least at the front edge , three layers of a paper or paper-like material in succession, and precisely, a first layer or outer layer , a second layer or intermediate layer , and a third layer or inner layer , said intermediate layer of each of said two sidewalls has at least one intermediate slot , said inner layer of each of said two sidewalls has at least one indent in correspondence of said at least one intermediate slot of said intermediate layer , said at least one shelf has a front edge comprising two protruding side fins , each of said two protruding side fins of said shelf is inserted in at least a first portion of the respective intermediate slot obtained in the intermediate layer of the respective sidewall , so that the front edge of the shelf rests laterally at least on a portion of the lower edge of each indent of the inner layer of the respective sidewall , laterally locking the shelf in position, characterised in that said at least one shelf has at least one side connection element between the front edge and the resting portion of the shelf , said at least one side connection element being inserted between the inner layer and the intermediate layer at the indent of the respective sidewall when the shelf is associated with the sidewall . each of said sidewalls comprises, at least at the front edge , three layers of a paper or paper-like material in succession, and precisely, a first layer or outer layer , a second layer or intermediate layer , and a third layer or inner layer , said intermediate layer of each of said two sidewalls has at least one intermediate slot , said inner layer of each of said two sidewalls has at least one indent in correspondence of said at least one intermediate slot of said intermediate layer , said at least one shelf has a front edge comprising two protruding side fins , each of said two protruding side fins of said shelf is inserted in at least a first portion of the respective intermediate slot obtained in the intermediate layer of the respective sidewall , so that the front edge of the shelf rests laterally at least on a portion of the lower edge of each indent of the inner layer of the respective sidewall , laterally locking the shelf in position, characterised in that said at least one shelf has at least one side connection element between the front edge and the resting portion of the shelf , said at least one side connection element being inserted between the inner layer and the intermediate layer at the indent of the respective sidewall when the shelf is associated with the sidewall .
A method of preparing at least one choline ellagate salt, the method comprising: (a) obtaining ellagic acid; (b) contacting a choline salt with the ellagic acid in methanol at a pH of 6.95 to 8 and an environment with reduced oxygen to form a liquid solution containing at least one choline ellagate salt, (c) cooling the liquid solution of step (b) to -20 °C to -80 °C; (d) isolating the choline ellagate salt(s) from the liquid solution as a precipitate; and (e) drying the isolated choline ellagate salt(s). (a) obtaining ellagic acid; (b) contacting a choline salt with the ellagic acid in methanol at a pH of 6.95 to 8 and an environment with reduced oxygen to form a liquid solution containing at least one choline ellagate salt, (c) cooling the liquid solution of step (b) to -20 °C to -80 °C; (d) isolating the choline ellagate salt(s) from the liquid solution as a precipitate; and (e) drying the isolated choline ellagate salt(s).
Method for determining radioactivity in an ion-sensitive field effect transistor array comprising the steps of a) attaching molecules of a sample to reaction chambers in said array; b) if said sample does not contain radioactive material, contacting said array with at least one radioactively labelled molecule with specific binding properties; c) incubating the array with electron-sensitive silver-halide material; and d) incubating the array with a developer solution reducing the silver halides that have been exposed to radioactivity to elemental silver and simultaneously measuring pH at each separate reaction chamber, wherein decrease of the pH indicates the presence of radioactivity in a reaction chamber.