mhurhangee/patent-ind-claim-en huggingface dataset:
A patterned light projection apparatus comprising: a light source ; a grating through which light from the light source passes; an aperture through which the light passing through the grating passes; and a lens that is positioned on an optical path so that the light passing through the aperture converges on an irradiated surface, wherein the grating has a striped pattern in which transmissive portions configured to transmit a portion of the light from the light source and shielding portions configured to block another portion of the light from the light source are alternately arranged, wherein the grating and the aperture are positioned so that a vertical width of a shadow formed by the shielding portions at a position of the aperture is equal to or larger than a vertical width of an opening of the aperture , and wherein a light pattern formed on the irradiated surface has a sinusoidal shape. a light source ; a grating through which light from the light source passes; an aperture through which the light passing through the grating passes; and a lens that is positioned on an optical path so that the light passing through the aperture converges on an irradiated surface, wherein the grating has a striped pattern in which transmissive portions configured to transmit a portion of the light from the light source and shielding portions configured to block another portion of the light from the light source are alternately arranged, wherein the grating and the aperture are positioned so that a vertical width of a shadow formed by the shielding portions at a position of the aperture is equal to or larger than a vertical width of an opening of the aperture , and wherein a light pattern formed on the irradiated surface has a sinusoidal shape.
Polymeric microparticles comprising sunitinib or a pharmaceutically acceptable salt thereof encapsulated or dispersed in a blend of (a) polylactic acid and/or a copolymer of lactic acid and glycolic acid and (b) polylactic acid conjugated to a polyalkylene oxide and/or a copolymer of lactic acid and glycolic acid conjugated to a polyalkylene oxide, wherein the sunitinib or a pharmaceutically acceptable salt thereof is present in a weight loading of greater than 5% and wherein the microparticles provide sustained release of sunitinib or the pharmaceutically acceptable salt thereof.
A process for the continuous production of alpha-calcium sulphate hemihydrate, the process comprising the steps of: providing particulate gypsum; providing water; mixing said particulate gypsum and said water to form a gypsum slurry; and maintaining said gypsum slurry under raised pressure and temperature to convert said particulate gypsum into alpha-calcium sulphate hemihydrate and provide an alpha-calcium sulphate hemihydrate slurry; characterised in that said particulate gypsum comprises a D10 value greater than or equal to 2 μm, a D90 value smaller than or equal to 90 μm and a D50 value smaller than or equal to 25 μm. providing particulate gypsum; providing water; mixing said particulate gypsum and said water to form a gypsum slurry; and maintaining said gypsum slurry under raised pressure and temperature to convert said particulate gypsum into alpha-calcium sulphate hemihydrate and provide an alpha-calcium sulphate hemihydrate slurry; characterised in that said particulate gypsum comprises a D10 value greater than or equal to 2 μm, a D90 value smaller than or equal to 90 μm and a D50 value smaller than or equal to 25 μm.
An apparatus, comprising a first lead-acid battery plate including: a conductive silicon wafer (104; 304) to provide a current collector; a first mechanical support (110A; 310A; 315A) deposited on a first side of the conductive silicon wafer (104; 304); and a first active material (112A; 312A) deposited on the first mechanical support (110A; 310A; 315A) and the first side of the conductive silicon wafer (104; 304), the first active material (112A; 312A) having a first polarity, wherein the conductive silicon wafer (104; 304) includes a first ohmic contact layer between the first active material (112A; 312A) and a bulk of the conductive silicon wafer (104; 304); characterized in that the first active material (112A; 312A) is formed of cured paste; and the first mechanical support (110A; 310A; 315A) comprises an array pattern including an array of linear segments, a grid structure, an array of mesa structures, or a bump array pattern. a conductive silicon wafer (104; 304) to provide a current collector; a first mechanical support (110A; 310A; 315A) deposited on a first side of the conductive silicon wafer (104; 304); and a first active material (112A; 312A) deposited on the first mechanical support (110A; 310A; 315A) and the first side of the conductive silicon wafer (104; 304), the first active material (112A; 312A) having a first polarity, wherein the conductive silicon wafer (104; 304) includes a first ohmic contact layer between the first active material (112A; 312A) and a bulk of the conductive silicon wafer (104; 304); characterized in that the first active material (112A; 312A) is formed of cured paste; and the first mechanical support (110A; 310A; 315A) comprises an array pattern including an array of linear segments, a grid structure, an array of mesa structures, or a bump array pattern.
An extendable lift assembly , comprising: a sliding rail assembly , including: a plate ; and, a knuckle arm pivotably connected to the plate via a first shaft ; and, a first platform pivotably connected to the knuckle arm via a second shaft , characterized in that the first platform is rotatable about the second shaft in a first circumferential direction (CD1) relative to the knuckle arm and a second circumferential direction (CD2), opposite the first circumferential direction (CD1); and, the knuckle arm is rotatable about the first shaft in a third circumferential direction (CD3) relative to the plate and a fourth circumferential direction (CD4), opposite the third circumferential direction (CD3). a sliding rail assembly , including: a plate ; and, a knuckle arm pivotably connected to the plate via a first shaft ; and, a plate ; and, a knuckle arm pivotably connected to the plate via a first shaft ; and, a first platform pivotably connected to the knuckle arm via a second shaft , characterized in that the first platform is rotatable about the second shaft in a first circumferential direction (CD1) relative to the knuckle arm and a second circumferential direction (CD2), opposite the first circumferential direction (CD1); and, the knuckle arm is rotatable about the first shaft in a third circumferential direction (CD3) relative to the plate and a fourth circumferential direction (CD4), opposite the third circumferential direction (CD3).
A lemon juice including water-insoluble solids, wherein the median diameter of the water-insoluble solids is between 25 μm and 180 μm, inclusive, wherein the mean particle diameter of the water-insoluble solids is between 21 μm and 140 μm, inclusive, and wherein the lemon juice is a straight or a concentrated and reconstituted 100% lemon juice, wherein 100% lemon juice means a lemon juice obtainable by crushing lemon fruit and preparing squeezed or strained juice, with removal of the peel and seeds, or a lemon juice obtainable by diluting a concentrated form of the lemon juice to restore it to the squeezed juice form.
Use of an agent for diagnosing cancer excluding in vivo diagnosis comprising a compound represented by the following general formula (I): [Formula 1] wherein R 1 represents hydrogen atom, or one to four identical or different substituents independently selected from the group consisting of an alkyl group having a carbon number from 1 to 6, an alkoxyl group, a halogen atom, amino group and an acyl group, binding to the benzene ring; R 2 , R 3 , R 4 , R 5 , R 6 , and R 7 independently represent hydrogen atom, hydroxyl group, an alkyl group having a carbon number from 1 to 6, or a halogen atom; R 8 and R 9 independently represent hydrogen atom, or an alkyl group having a carbon number from 1 to 6; and X represents a C 1 -C 3 alkylene group, or a salt thereof as an active ingredient, wherein the alkyl groups have a carbon number from 1 to 6 and are selected from linear, branched or cyclic alkyl groups that may be substituted with substituents selected from the group consisting of an alkoxyl group, a halogen atom, amino group, and an acyl group.
A method, performed in a radio network node that is communicating with a wireless device , of configuring transmission properties, the method comprising: - obtaining (S3) information indicative of a decoding margin of a successful decoding of a first transport block transmitted, using a set of transmission properties, between the radio network node and the wireless device , wherein the information indicative of the decoding margin comprises an indication of a share of a processing capacity of the radio network node or the wireless device , that was used for the reception and/or decoding of the first transport block, and - reconfiguring (S4) the transmission properties to be used for further transmissions between the radio network node and the wireless device , based on the obtained information indicative of a decoding margin. - obtaining (S3) information indicative of a decoding margin of a successful decoding of a first transport block transmitted, using a set of transmission properties, between the radio network node and the wireless device , wherein the information indicative of the decoding margin comprises an indication of a share of a processing capacity of the radio network node or the wireless device , that was used for the reception and/or decoding of the first transport block, and - reconfiguring (S4) the transmission properties to be used for further transmissions between the radio network node and the wireless device , based on the obtained information indicative of a decoding margin.
A medical access device , comprising: an elongate member defining a lumen and having a first end portion and a second end portion , the second end portion having a first configuration and a second configuration, the second end portion having a first size when the second end portion is in its first configuration and a second size when the second end portion is in its second configuration, the first size being smaller than the second size, the second end portion being biased to its second configuration, the second end portion including anchoring members or points ; and a sleeve defining a lumen extending from a first end portion of the sleeve to a second end portion of the sleeve , the lumen being configured to movably receive at least a portion of the elongate member , the sleeve being configured to engage the second end portion of the elongate member to help retain the second end portion of the elongate member in its first configuration, wherein the elongate member is configured to rotate with respect to the sleeve such as to lock the elongate member in position with respect to the sleeve via a frictional coupling between a portion of the elongate member and a portion of the sleeve . an elongate member defining a lumen and having a first end portion and a second end portion , the second end portion having a first configuration and a second configuration, the second end portion having a first size when the second end portion is in its first configuration and a second size when the second end portion is in its second configuration, the first size being smaller than the second size, the second end portion being biased to its second configuration, the second end portion including anchoring members or points ; and a sleeve defining a lumen extending from a first end portion of the sleeve to a second end portion of the sleeve , the lumen being configured to movably receive at least a portion of the elongate member , the sleeve being configured to engage the second end portion of the elongate member to help retain the second end portion of the elongate member in its first configuration, wherein the elongate member is configured to rotate with respect to the sleeve such as to lock the elongate member in position with respect to the sleeve via a frictional coupling between a portion of the elongate member and a portion of the sleeve .
Supporting device that is suitable to support an abrasive element and associable with an orbital or random orbital sander machine , including: - a supporting body comprising an external face and a central part provided with a series of first through holes ; - a connecting element fixed to said supporting body and arranged to support said abrasive element , said connecting element comprising a central portion provided with a series of second through holes facing said series of first through holes ; - a closing element ; characterized in that said supporting body comprises an annular cavity made in a peripheral part of said supporting body around said central part and provided with a series of third through holes , wherein the closing element is coupleable to said supporting body so as to close said annular cavity and form an inner annular chamber , said closing element being provided with a series of fourth through holes facing a series of fifth through holes made on a peripheral annular portion of said connecting element , said first through holes and said third through holes of said supporting body coming out at a coupling portion of said external face that is suitable to engage an air and sanding dust suction system of said sander machine . - a supporting body comprising an external face and a central part provided with a series of first through holes ; - a connecting element fixed to said supporting body and arranged to support said abrasive element , said connecting element comprising a central portion provided with a series of second through holes facing said series of first through holes ; - a closing element ;
Integrated circuit card (ICC) comprising a rewritable non-volatile memory (MEM1) and a buffer (G_BUFF), said rewritable non-volatile memory (MEM1) comprising a first context (CTX1) where a first application (App1) comprising first data (Dat1) is stored, - wherein said integrated circuit card (ICC) is adapted to: store (STOR1) in a second context (CTX2) of said rewritable non-volatile memory (MEM1) a second application (App2) sent by a terminal (T); - wherein said rewritable non-volatile memory (MEM1) further comprises a shareable interface (SI) which is imported within said first application (App1) and within said second application (App2), said shareable interface (SI) defining at least one shared method (MTH1) for a loading (PUT_DAT1), - the second application (App2) being adapted to receive at least one APDU command (APDU_C2) from said terminal (T) to trigger the following steps through the Integrated circuit card (ICC) : - requesting the shareable interface (SI) related to said first application (App1) to access to the shared method (MTH1), - calling the shared method (MTH1) for a loading (PUT_DAT1) and loading (PUT_DAT1) the first application (App1) first data (Dat1) into said buffer (G_BUFF); - extracting (GET_DAT1) said first application (App1) first data (Dat1) from said buffer (G_BUFF) and storing (STOR2) said first data (Dat1) into said second context (CTX2). - wherein said integrated circuit card (ICC) is adapted to: store (STOR1) in a second context (CTX2) of said rewritable non-volatile memory (MEM1) a second application (App2) sent by a terminal (T); - wherein said rewritable non-volatile memory (MEM1) further comprises a shareable interface (SI) which is imported within said first application (App1) and within said second application (App2), said shareable interface (SI) defining at least one shared method (MTH1) for a loading (PUT_DAT1), - the second application (App2) being adapted to receive at least one APDU command (APDU_C2) from said terminal (T) to trigger the following steps through the Integrated circuit card (ICC) : - requesting the shareable interface (SI) related to said first application (App1) to access to the shared method (MTH1), - calling the shared method (MTH1) for a loading (PUT_DAT1) and loading (PUT_DAT1) the first application (App1) first data (Dat1) into said buffer (G_BUFF); - extracting (GET_DAT1) said first application (App1) first data (Dat1) from said buffer (G_BUFF) and storing (STOR2) said first data (Dat1) into said second context (CTX2).
A process for the preparation of a first compound being a non-naturally-occurring defined monomer sequence polymer, in which at least two of the monomer units are distinct from each other; the process comprising the steps of: (i) synthesising the first compound by performing one or more sequential monomeric coupling reactions in a first organic solvent, and (ii) between each coupling reaction, separating a product of said one or more sequential coupling reactions from at least one second compound, which is a reaction by-product of the synthesis of the product and/or an excess of a reagent used for the synthesis of the product; wherein during step (ii) the product of said one or more sequential coupling reactions and at least one second compound are dissolved in a second organic solvent and are separated by a process of diafiltration using a membrane that is stable in the organic solvent and which provides a rejection for the product which is greater than the rejection for the second compound, and wherein the monomer units forming the first compound each have a backbone moiety and at least one of the monomers has a side chain moiety. (i) synthesising the first compound by performing one or more sequential monomeric coupling reactions in a first organic solvent, and (ii) between each coupling reaction, separating a product of said one or more sequential coupling reactions from at least one second compound, which is a reaction by-product of the synthesis of the product and/or an excess of a reagent used for the synthesis of the product; wherein during step (ii) the product of said one or more sequential coupling reactions and at least one second compound are dissolved in a second organic solvent and are separated by a process of diafiltration using a membrane that is stable in the organic solvent and which provides a rejection for the product which is greater than the rejection for the second compound, and wherein the monomer units forming the first compound each have a backbone moiety and at least one of the monomers has a side chain moiety.
Leak detection module for checking the seal of an object (A) to be tested using a tracer gas, including a leak detector and a probe (4 ; 25) that can be manipulated by a user , characterized in that it further includes a human-machine interface (I) including a voice recognition device configured to recognize a voice command from the user controlling the leak detection module .
An agriculture operation monitoring system comprising at least one implement adapted to be mounted to a work vehicle , the implement comprising, one or a plurality of sensors arranged at the implement and arranged to obtain sensor signals related to at least one hydraulic function of the implement and a local control element , a wireless communication element , and a data storage and processing system , characterized in that the local control element is arranged at the implement and arranged to receive sensor signals obtained by the at least one sensor , to determine at least one present setting related to the operational status of the implement based on the received sensor signals and to feed a status message related to the present setting to the wireless communication element , and the wireless communication element is arranged to transmit the status message to the data storage and processing system or to at least one electronic user device , wherein the agriculture operation monitoring system further comprises a digital interface arranged at the implement and connectable to the work vehicle having a corresponding digital interface and wherein the wireless communication element is adapted to be arranged at the work vehicle. one or a plurality of sensors arranged at the implement and arranged to obtain sensor signals related to at least one hydraulic function of the implement and a local control element ,
A method comprising: detecting (S710) a cell by a user equipment associated with a first public land mobile network of a plurality of public land mobile networks supported by the cell; receiving (S720), by the user equipment for each of the plurality of public land mobile networks supported by the cell, an indication as to whether the cell is available for standalone access for a corresponding one of the plurality of public land mobile networks, wherein the indication comprises a presence or absence of a tracking area code for the corresponding public land mobile network; and determining (S730), by the user equipment and based on the indication for the first public land mobile network, whether to request standalone access to the cell. detecting (S710) a cell by a user equipment associated with a first public land mobile network of a plurality of public land mobile networks supported by the cell; receiving (S720), by the user equipment for each of the plurality of public land mobile networks supported by the cell, an indication as to whether the cell is available for standalone access for a corresponding one of the plurality of public land mobile networks, wherein the indication comprises a presence or absence of a tracking area code for the corresponding public land mobile network; and determining (S730), by the user equipment and based on the indication for the first public land mobile network, whether to request standalone access to the cell.
A method for serial communication in a ring network, the method comprising: receiving, at a slave device, a bit sequence from a master device on the ring network, the bit sequence being encoded using bi-frequency encoding; synchronizing an oversampling clock to a baud rate of the received bit sequence; parsing the bit sequence (S884) to determine that the bit sequence is addressed to the slave device (S886) and that the master device is requesting data back from the slave; filling in one of a plurality of placeholder bits in the bit sequence by inverting the bit sequence (S890) midway through the bit time; and forwarding the inverted bit sequence (S892) to a subsequent slave device on the ring network; wherein the start of each bit in the bit sequence is signaled by the master device inverting the bit sequence a first time to represent a 0 and a second time to represent a 1. receiving, at a slave device, a bit sequence from a master device on the ring network, the bit sequence being encoded using bi-frequency encoding; synchronizing an oversampling clock to a baud rate of the received bit sequence; parsing the bit sequence (S884) to determine that the bit sequence is addressed to the slave device (S886) and that the master device is requesting data back from the slave; filling in one of a plurality of placeholder bits in the bit sequence by inverting the bit sequence (S890) midway through the bit time; and forwarding the inverted bit sequence (S892) to a subsequent slave device on the ring network; wherein the start of each bit in the bit sequence is signaled by the master device inverting the bit sequence a first time to represent a 0 and a second time to represent a 1.