mhurhangee/patent-ind-claim-en huggingface dataset:
A surface-enhanced Raman scattering unit comprising: a surface-enhanced Raman scattering element having a substrate , a fine structure part on a front face of the substrate, and a conductor layer formed on the front face of the substrate , forming over the fine structure part an optical function part on the substrate , the optical function part for generating surface-enhanced Raman scattering; a measurement board supporting the surface-enhanced Raman scattering element ; and a holding part mechanically holding the surface-enhanced Raman scattering element in the measurement board ; wherein: the holding part has a pinching part pinching the surface-enhanced Raman scattering element in cooperation with the measurement board ; the holding part makes it possible to dispose a sample on the optical function part in a state where the holding part is in contact with the surface enhanced Raman-scattering element ; the pinching part and a portion of the holding part secured to the measurement board are formed integrally; the pinching part is in contact with the conductor layer at a frame part of the front face of the substrate outside the optical function part . a surface-enhanced Raman scattering element having a substrate , a fine structure part on a front face of the substrate, and a conductor layer formed on the front face of the substrate , forming over the fine structure part an optical function part on the substrate , the optical function part for generating surface-enhanced Raman scattering; a measurement board supporting the surface-enhanced Raman scattering element ; and a holding part mechanically holding the surface-enhanced Raman scattering element in the measurement board ; wherein: the holding part has a pinching part pinching the surface-enhanced Raman scattering element in cooperation with the measurement board ; the holding part makes it possible to dispose a sample on the optical function part in a state where the holding part is in contact with the surface enhanced Raman-scattering element ; the pinching part and a portion of the holding part secured to the measurement board are formed integrally; the pinching part is in contact with the conductor layer at a frame part of the front face of the substrate outside the optical function part . the holding part has a pinching part pinching the surface-enhanced Raman scattering element in cooperation with the measurement board ; the holding part makes it possible to dispose a sample on the optical function part in a state where the holding part is in contact with the surface enhanced Raman-scattering element ; the pinching part and a portion of the holding part secured to the measurement board are formed integrally; the pinching part is in contact with the conductor layer at a frame part of the front face of the substrate outside the optical function part .
A testing device comprising: a porous flow path member constituting a flow path through which a testing target liquid is flowed; a testing target liquid dropping portion provided on the flow path member ; a labeling portion configured to apply a label to a target nucleic acid when the target nucleic acid is contained in the testing target liquid dropped onto the testing target liquid dropping portion; and a detecting portion configured to detect the target nucleic acid labeled at the labeling portion, wherein the testing device comprises a shaped body formed of a resin on the flow path member at the detecting portion, and wherein a capture nucleic acid including a sequence bindable and complementary with the target nucleic acid is immobilized by covalent binding to a surface of the shaped body between the shaped body and the flow path member . a porous flow path member constituting a flow path through which a testing target liquid is flowed; a testing target liquid dropping portion provided on the flow path member ; a labeling portion configured to apply a label to a target nucleic acid when the target nucleic acid is contained in the testing target liquid dropped onto the testing target liquid dropping portion; and a detecting portion configured to detect the target nucleic acid labeled at the labeling portion, wherein the testing device comprises a shaped body formed of a resin on the flow path member at the detecting portion, and wherein a capture nucleic acid including a sequence bindable and complementary with the target nucleic acid is immobilized by covalent binding to a surface of the shaped body between the shaped body and the flow path member .
Pressure reducing valve having a valve housing , in the housing interior space of which there is provided a valve carrier which has at least one throughflow channel , and having a cup-shaped valve body which is displaceably guided from an open position to a closed position counter to a restoring force, in which closed position the valve body by way of the circumferential edge of its cup shape abuts a valve seat , which is provided on the valve carrier and is in the form of a sealing ring , in such a way that the valve body closes at least one channel opening in the at least one throughflow channel , wherein the sealing ring is held in an annular groove of the valve carrier that is open on the outer circumference and is axially supported on either side by the groove flanks of the annular groove , wherein the groove flank facing the valve body ends in front of the inner circumference of the valve body , which abuts the sealing ring when the pressure reducing valve is in the closed position, wherein a sealing-lip-like circumferential moulded-on formation is moulded on that end face of the sealing ring that faces the valve body , and wherein this sealing-lip-like moulded-on formation can come to lie against the inner circumference of the valve body when the primary pressure prevailing on the inlet side (A) of the pressure reducing valve rises, characterized in that - an annular space , which communicates with the inlet side (A) of the pressure reducing valve , is provided between a groove base of the annular groove and the sealing-lip-like moulded-on formation , and - at least one pressure equalization channel , which connects the inlet side of the pressure reducing valve to the annular space , is provided in the region of the annular groove , and/or in that at least one depression or indentation is provided on that face edge of the sealing-lip-like moulded-on formation that faces the valve body , which at least one depression or indentation connects the annular space to an annular gap , which is arranged between the valve carrier and the valve body when the pressure reducing valve is in the closed position, in a fluid-carrying manner. - an annular space , which communicates with the inlet side (A) of the pressure reducing valve , is provided between a groove base of the annular groove and the sealing-lip-like moulded-on formation , and - at least one pressure equalization channel , which connects the inlet side of the pressure reducing valve to the annular space , is provided in the region of the annular groove , and/or in that at least one depression or indentation is provided on that face edge of the sealing-lip-like moulded-on formation that faces the valve body , which at least one depression or indentation connects the annular space to an annular gap , which is arranged between the valve carrier and the valve body when the pressure reducing valve is in the closed position, in a fluid-carrying manner.
A speed coupling for an at least two-stage gearbox, having a gear shaft, two gear wheels arranged on the gear shaft and a sliding sleeve arranged axially displaceably with respect to the gear shaft, characterised in that an annular shifting gate is arranged between the gear shaft and the sliding sleeve .
A composition comprising at least one semi-aromatic polyamide and at least one cross-linked polyolefin, the cross-linked polyolefin being obtained from: - at least one product (A) comprising an unsaturated epoxy and - at least one product (B) comprising an unsaturated carboxylic acid anhydride, characterized in that the weight content of (A) and (B), noted respectively [A] and [B], are such that the [B]/[A] ratio is between 4 and 14, said semi-aromatic polyamide comprising at least a first semi-aromatic repeating unit obtained from the polycondensation of a diamine and of an aromatic dicarboxylic acid and said semi-aromatic polyamide comprising over 50% mol of first repeating unit(s). - at least one product (A) comprising an unsaturated epoxy and - at least one product (B) comprising an unsaturated carboxylic acid anhydride, characterized in that the weight content of (A) and (B), noted respectively [A] and [B], are such that the [B]/[A] ratio is between 4 and 14,
Strip-shaped substrate of a foil with several units for producing chip carriers wherein each unit comprises a chip island for fastening a semiconductor chip, electrodes for the electrical connection of the semiconductor chip and apertures for structuring the unit , wherein at least one aperture forms an anchoring edge for a sealing compound for encapsulating the semiconductor chip, wherein a surface section of the foil adjoining the aperture is bevelled to form the anchoring edge , wherein the anchoring edge protrudes over the side of the foil on which the chip island is arranged, wherein the apertures have unbevelled curves and/or unbevelled recesses to reduce mechanical stresses characterised in that the foil is made of a hard-rolled austenitic stainless steel and has a thickness of 15 μm to 35 μm.
A portable private power generation apparatus comprising: a fly-wheel member which is rotatable; a first rotating member and a second rotating member that are provided on both sides of the fly-wheel member and rotate the fly-wheel member ; a first wire and a second wire that each rotate the first and second rotating members by a pulling operation; a first spring member and a second spring member that perform winding operations on the first and second wires , respectively; and a power generation member that generates electrical power according to rotation of the fly-wheel member , characterized in that the fly-wheel member comprises a fly-wheel main body that includes a ring gear provided on an outer circumference thereof, and a first clutch gear provided on an inner side thereof, a fly-wheel support that is inserted into the fly-wheel main body , and a fly-wheel that is coupled to the fly-wheel support and includes a second clutch gear provided therein, the fly-wheel main body , the fly-wheel support , and the fly-wheel being integrated, and the ring gear being engaged with a gear of the power generation member . a fly-wheel member which is rotatable; a first rotating member and a second rotating member that are provided on both sides of the fly-wheel member and rotate the fly-wheel member ; a first wire and a second wire that each rotate the first and second rotating members by a pulling operation; a first spring member and a second spring member that perform winding operations on the first and second wires , respectively; and a power generation member that generates electrical power according to rotation of the fly-wheel member , characterized in that the fly-wheel member comprises a fly-wheel main body that includes a ring gear provided on an outer circumference thereof, and a first clutch gear provided on an inner side thereof, a fly-wheel support that is inserted into the fly-wheel main body , and a fly-wheel that is coupled to the fly-wheel support and includes a second clutch gear provided therein, the fly-wheel main body , the fly-wheel support , and the fly-wheel being integrated, and the ring gear being engaged with a gear of the power generation member .
Use of a composition in in vitro diagnosis of a bile duct cancer, the composition comprising an agent for measuring the expression level of a methionyl-tRNA synthetase (MRS) protein, wherein the agent is an antibody, aptamer, a primer, or a probe, specifically binding to the methionyl-tRNA synthetase (MRS) protein.
A baseband circuitry configured to use 1024 quadrature amplitude modulation, 1024QAM, for wireless communication, the baseband circuitry comprising: an interface to send and receive data to and from a radio frequency, RF, circuitry; a memory configured to store instructions; and a processor configured to execute the instructions, wherein the instructions are configured to generate a channel quality indicator, CQI, report corresponding to a CQI table including an entry for 1024QAM modulation, wherein the CQI table is configured per channel state information, CSI, subframe set, and process baseband signals received via the RF circuitry from a radio access network, RAN, using a modulation and coding scheme, MCS, table including an entry for 1024QAM modulation if 1024QAM is configured for at least one CSI subframe set, wherein the processor is configured to demodulate a physical downlink shared channel, PDSCH, signal using different 1024QAM constellation mapping on different multiple-input multiple-output, MIMO, layers of a same codeword. an interface to send and receive data to and from a radio frequency, RF, circuitry; a memory configured to store instructions; and a processor configured to execute the instructions, wherein the instructions are configured to generate a channel quality indicator, CQI, report corresponding to a CQI table including an entry for 1024QAM modulation, wherein the CQI table is configured per channel state information, CSI, subframe set, and process baseband signals received via the RF circuitry from a radio access network, RAN, using a modulation and coding scheme, MCS, table including an entry for 1024QAM modulation if 1024QAM is configured for at least one CSI subframe set, wherein the processor is configured to demodulate a physical downlink shared channel, PDSCH, signal using different 1024QAM constellation mapping on different multiple-input multiple-output, MIMO, layers of a same codeword.
An apparatus for fixing molded blanks of eyeglass frames to a multi-axis machine tool for finishing operations such as, for example, milling and boring, comprising a base plate , to be fixed to the worktable of the machine tool, a pair of adjacent cylinders , vertically extending from respective closing plates and fixed thereto, at their lower ends, with the interposition of a hydraulic or pneumatic seal , the vertical axes (X-X, Y-Y) of the pair of adjacent cylinders being horizontally spaced apart from each other by a length (D) that substantially corresponds to the center-to-center distance between the lens receptacles formed in eyeglass frame blank to be finished, each cylinder having a respective piston element therein, connected to a respective cylindrical core whose upper end portion , distal to said base plate , has a frustoconical shape, said piston elements being movable in their respective cylinders , under pneumatic control and to raise and lower their respective cylindrical core connected thereto at the upper end, distal to said base plate , of each cylinder of the pair of cylinders , respective radial slide groups being provided, each slide of each group having a respective block of plastic material whose profile is adapted to be machined into such a shape as to be able to fit into and engage with the inner profile of the respective lens receptacle, to hold it in position during the processing operations, characterized in that the end of each slide of the plurality of slides facing toward the axes (X-X, Y-Y) of their respective cylinders , has a guide slidingly engaged in an opposed axial guide which radially projects from the frustoconical sections of their respective cylindrical cores connected to said piston elements .
A stationary scroll plate for use in a scroll compressor , the stationary scroll plate comprising: a base plate having a first side and a second side , wherein the second side opposes the first side ; a spiral wrap formed at the first side of the base plate , wherein the spiral wrap is adapted to interact with a corresponding spiral wrap of an orbiting scroll plate to form a compression chamber; an injection channel formed within the base plate , the injection channel providing an injection path for injection of fluid into the compression chamber; a recess located at the second side , wherein the recess is configured to form an intermediate pressure cavity that comprises a connection to an opening in the base plate arranged within the spiral wrap ; an insert placed within the recess , wherein the insert separates a volume within the recess into a cooling chamber within the recess and a remaining volume for forming the intermediate pressure cavity; an inlet channel via which the cooling chamber is connected to the injection channel ; and an outlet channel via which the cooling chamber is connected to the inside of the spiral wrap . a base plate having a first side and a second side , wherein the second side opposes the first side ; a spiral wrap formed at the first side of the base plate , wherein the spiral wrap is adapted to interact with a corresponding spiral wrap of an orbiting scroll plate to form a compression chamber; an injection channel formed within the base plate , the injection channel providing an injection path for injection of fluid into the compression chamber; a recess located at the second side , wherein the recess is configured to form an intermediate pressure cavity that comprises a connection to an opening in the base plate arranged within the spiral wrap ; an insert placed within the recess , wherein the insert separates a volume within the recess into a cooling chamber within the recess and a remaining volume for forming the intermediate pressure cavity; an inlet channel via which the cooling chamber is connected to the injection channel ; and an outlet channel via which the cooling chamber is connected to the inside of the spiral wrap .
An apparatus, comprising: means for setting a length for each of at least one channel reservation window such that each of the at least one channel reservation window comprises a plurality of subframes; means for dividing the length of each of the at least one channel reservation window into a transmission part and an idle part, wherein the idle part has a duration of one or more symbols in one sub-frame; means for maximizing, at a symbol level accuracy, length of the transmission part such that a ratio between length of the idle part and the length of the transmission part is at least a certain percentage; means for concatenating the transmission part and the idle part so as to form the at least one channel reservation window, and means for performing transmission during one of the at least one channel reservation window. means for setting a length for each of at least one channel reservation window such that each of the at least one channel reservation window comprises a plurality of subframes; means for dividing the length of each of the at least one channel reservation window into a transmission part and an idle part, wherein the idle part has a duration of one or more symbols in one sub-frame; means for maximizing, at a symbol level accuracy, length of the transmission part such that a ratio between length of the idle part and the length of the transmission part is at least a certain percentage; means for concatenating the transmission part and the idle part so as to form the at least one channel reservation window, and means for performing transmission during one of the at least one channel reservation window.
A computer implemented method, comprising: outputting, for display in a first region of a user interface , an overhead representation of an area; outputting an interactive control for display on the overhead representation, the interactive control having a position and a directional orientation; outputting, for display in a second region of the user interface, a first-person perspective of the area, the first person perspective having a point of view that corresponds to the position and directional orientation of the interactive control, wherein one or more features that are visible in the first-person perspective are marked in the overhead representation, and wherein marking the one or more features that are visible in the first-person perspective comprises highlighting the one or more features in a distinctive colour in the overhead representation; receiving information about a first user input that adjusts the directional orientation of the interactive control by rotating the interactive control; and updating the first-person perspective to track the directional orientation of the interactive control as the interactive control is rotated. outputting, for display in a first region of a user interface , an overhead representation of an area; outputting an interactive control for display on the overhead representation, the interactive control having a position and a directional orientation; outputting, for display in a second region of the user interface, a first-person perspective of the area, the first person perspective having a point of view that corresponds to the position and directional orientation of the interactive control, wherein one or more features that are visible in the first-person perspective are marked in the overhead representation, and wherein marking the one or more features that are visible in the first-person perspective comprises highlighting the one or more features in a distinctive colour in the overhead representation; receiving information about a first user input that adjusts the directional orientation of the interactive control by rotating the interactive control; and updating the first-person perspective to track the directional orientation of the interactive control as the interactive control is rotated.
A method for synthesizing a piezoelectric material comprising a β-phase of a fluoropolymer, the method comprising: dissolving a starting fluoropolymer in a solvent with a weak base, the weak base being selected from primary and secondary amines; and reacting the weak base and the starting fluoropolymer for a time sufficient to dehydrofluorinate the starting fluoropolymer and form a reaction mixture comprising a dehydrofluorinated fluoropolymer; recovering the dehydrofluorinated fluoropolymer as a solid from the reaction mixture to form the piezoelectric material; wherein the dehydrofluorinated fluoropolymer recovered from the reaction mixture has a higher content of β-phase than the starting fluoropolymer; and wherein the starting fluoropolymer comprises poly (vinylidene fluoride) or a copolymer of vinylidene fluoride. dissolving a starting fluoropolymer in a solvent with a weak base, the weak base being selected from primary and secondary amines; and reacting the weak base and the starting fluoropolymer for a time sufficient to dehydrofluorinate the starting fluoropolymer and form a reaction mixture comprising a dehydrofluorinated fluoropolymer; recovering the dehydrofluorinated fluoropolymer as a solid from the reaction mixture to form the piezoelectric material; wherein the dehydrofluorinated fluoropolymer recovered from the reaction mixture has a higher content of β-phase than the starting fluoropolymer; and wherein the starting fluoropolymer comprises poly (vinylidene fluoride) or a copolymer of vinylidene fluoride.