mhurhangee/ep-ind-claims huggingface dataset:
A continuous rotary injection molding machine, comprising: a continuous extrusion-type injection system, having an injection nozzle arranged downwards; a plurality of first injection runners in a radial shape are arranged horizontally, wherein the injection nozzle of the continuous extrusion-type injection system is located at a junction of the plurality of first injection runners; heating members, arranged around the plurality of first injection runners; plural groups of molding molds (6, 8, 9, 10), arranged under the first injections runners; wherein each of the plural groups of molding molds (6, 8, 9, 10) comprising a mold cavity, a first movable block, a second movable block and a mold core is correspondingly arranged under the outer end of each first injection runner and wherein the continuous extrusion-type injection system and the first injection runners rotate synchronously along with the plural groups of molding molds (6, 8, 9, 10); a plurality of second injection runners, arranged between the first injection runners and the mold cavities; and a plurality of injection switches, arranged on a runner consisting of the first injection runners and the second injection runners; characterized in that the continuous rotary injection molding machine is adapted so that the mold core, the first movable block and the second movable block ascend during the operation of the injection molding machine and so that, during the ascending procedure, the first movable block and the second movable block being foldable together. a continuous extrusion-type injection system, having an injection nozzle arranged downwards; a plurality of first injection runners in a radial shape are arranged horizontally, wherein the injection nozzle of the continuous extrusion-type injection system is located at a junction of the plurality of first injection runners; heating members, arranged around the plurality of first injection runners; plural groups of molding molds (6, 8, 9, 10), arranged under the first injections runners; wherein each of the plural groups of molding molds (6, 8, 9, 10) comprising a mold cavity, a first movable block, a second movable block and a mold core is correspondingly arranged under the outer end of each first injection runner and wherein the continuous extrusion-type injection system and the first injection runners rotate synchronously along with the plural groups of molding molds (6, 8, 9, 10); a plurality of second injection runners, arranged between the first injection runners and the mold cavities; and a plurality of injection switches, arranged on a runner consisting of the first injection runners and the second injection runners; characterized in that the continuous rotary injection molding machine is adapted so that the mold core, the first movable block and the second movable block ascend during the operation of the injection molding machine and so that, during the ascending procedure, the first movable block and the second movable block being foldable together.
An electrode structural body, wherein a coated film is obtained by applying an electrode mixture including an electrode active material, a first fluorine based polymer, a second fluorine based polymer, and a solvent and drying the mixture, and then formed on the surface of a current collector, and the coated film is subjected to heat treatment, wherein the second fluorine based polymer has one or more side chains having a hydroxy group, and wherein the first fluorine based polymer is a copolymer from i) fluorine based monomers selected from vinylidene fluoride, vinyl fluoride, trifluoroethylene, tetrafluoroethylene, chlorotrifluoroethylene, hexafluoropropylene, perfluoroalkyl vinyl ethers and ii) compounds represented by Formula wherein R 1, R 2, and R 3 are each independently a hydrogen atom, a chlorine atom, or an alkyl group having 1 to 5 carbons, and X is an atomic group having a molecular weight of less than 500, the main chain of which is made up of 1 to 20 atoms. i) fluorine based monomers selected from vinylidene fluoride, vinyl fluoride, trifluoroethylene, tetrafluoroethylene, chlorotrifluoroethylene, hexafluoropropylene, perfluoroalkyl vinyl ethers and ii) compounds represented by Formula
A method of identifying and quantifying a specific target molecule in a sample comprising: testing and selecting a first ligand or a plurality of first ligands and a second ligand or a plurality of second ligands coupled to a detectable label for binding to a target molecule; or, selecting a first ligand or a plurality of first ligands and a second ligand or a plurality of second ligands coupled to a detectable label for binding to a target molecule; screening a sample containing the specific target molecule in a high-throughput screening assay comprising the steps of: (i) adding a first and second ligand, each having a first and second detectable label, (ii) the first and second ligands each binding to separate and specific sites on a specific target molecule, wherein the screening assay does not require the step of (iii) washing; detecting an emission of light when the first and second ligands specifically bind to the specific target molecule; thereby, identifying and quantifying the specific target molecule in a sample, wherein the specific target molecule is selected from a glycoprotein, a lipoprotein, a lipid, a protein fragment, a protein, protein fragments, peptides, a peptide, a nucleic acid, a peptide nucleic acid, and synthetic or natural macromolecules. testing and selecting a first ligand or a plurality of first ligands and a second ligand or a plurality of second ligands coupled to a detectable label for binding to a target molecule; or, selecting a first ligand or a plurality of first ligands and a second ligand or a plurality of second ligands coupled to a detectable label for binding to a target molecule; screening a sample containing the specific target molecule in a high-throughput screening assay comprising the steps of: (i) adding a first and second ligand, each having a first and second detectable label, (ii) the first and second ligands each binding to separate and specific sites on a specific target molecule, wherein the screening assay does not require the step of (iii) washing; detecting an emission of light when the first and second ligands specifically bind to the specific target molecule; thereby, identifying and quantifying the specific target molecule in a sample, wherein the specific target molecule is selected from a glycoprotein, a lipoprotein, a lipid, a protein fragment, a protein, protein fragments, peptides, a peptide, a nucleic acid, a peptide nucleic acid, and synthetic or natural macromolecules.
Device for verifying the purity and/or the rheological properties of a plastics melt, having a base member, an extruder which is associated with the base member for plasticising the plastics melt, a pump for conveying the plastics melt through a channel to at least one measurement cell and for pressing it through the measurement cell, wherein an arrangement of a plurality of measurement cells is provided, characterised in that the pump can be reversed in terms of the conveying direction thereof for pressure relief of the channel and/or the measurement cell and in that there is provided a valve which is arranged between the extruder and the pump and which is connected to the channel and which can be opened or closed in order to discharge plastics melt.
A beverage brewing apparatus (100,200,300) comprising: a body; a support member comprising a filter holder engagement portion configured to engage with a filter holder; a nozzle (50,50a) configured to deliver a fluid over the position of any filter holder engaged with the filter holder engagement portion; said support member and nozzle (50,50a) is engaged with the body and said support member further comprises a movable element configured such that the filter holder engagement portion can move with respect to the nozzle (50,50a) and said nozzle is configured such that the nozzle can move during operation with respect to the filter holder engagement portion, characterized by, a control system configured to move the nozzle (50,50a) and the filter holder engagement portion relative to each other, such that a spiral-shaped pattern is formed by the fluid when the fluid is delivered to the filter holder and when the filter holder is engaged with the filter holder engagement portion. a body; a support member comprising a filter holder engagement portion configured to engage with a filter holder; a nozzle (50,50a) configured to deliver a fluid over the position of any filter holder engaged with the filter holder engagement portion; said support member and nozzle (50,50a) is engaged with the body and said support member further comprises a movable element configured such that the filter holder engagement portion can move with respect to the nozzle (50,50a) and said nozzle is configured such that the nozzle can move during operation with respect to the filter holder engagement portion, characterized by, a control system configured to move the nozzle (50,50a) and the filter holder engagement portion relative to each other, such that a spiral-shaped pattern is formed by the fluid when the fluid is delivered to the filter holder and when the filter holder is engaged with the filter holder engagement portion.
A coil device suitable for the generation of a gradient magnetic field in a magnetic resonance imaging apparatus, in which device a first coil and a second coil, each having a plate shape, are stacked with each other, characterized in that the first coil has two coil pieces (2a, 2b), the two coil pieces (2a, 2b) are disposed, side by side, with a first clearance section being interposed between the coil pieces (2a, 2b), and a part of lead wire which is striding over the second coil and drawn out from the inside to the peripheral portion of the second coil is accommodated in the first clearance section. a first coil and a second coil, each having a plate shape, are stacked with each other, characterized in that the first coil has two coil pieces (2a, 2b), the two coil pieces (2a, 2b) are disposed, side by side, with a first clearance section being interposed between the coil pieces (2a, 2b), and a part of lead wire which is striding over the second coil and drawn out from the inside to the peripheral portion of the second coil is accommodated in the first clearance section.
Arc-type wing, wherein at least one pair of power ropes is connected to said arc-type wing through at least two pairs of control bridles, each one of said pairs of control bridles being composed of at least one front bridle and of at least one rear bridle, said wing being composed of at least one section of central arc laterally connected to each one of said pairs of bridles (21, 22) by interposing at least one respective shoulder, each one of said shoulders comprising at least one adjustable junction system of an attack point at least of said respective rear bridles with respect to said wing, characterized in that said junction system comprises at least one elongation appendix equipped with at least one moving means of said attack point of said rear bridle along said elongation appendix.
A nucleic acid molecule comprising at least one junction sequence of corn event 5307 selected from the group consisting of SEQ ID NO: 1, SEQ ID NO: 2, SEQ ID NO: 3 or SEQ ID NO: 4, wherein said junction sequence is diagnostic for corn event 5307, and wherein the nucleic acid molecule is comprised in a corn seed deposited as ATCC Accession No. PTA-9561.
Apparatus for trapping and collecting wound exudate from a wound or fluid from lungs during a medical procedure (10, 30), comprising: a body portion (11, 31) comprising a fluid inlet (16, 32) and an outlet (17, 33); an expandable container (20, 35) secured to the body portion; at least one wicking element extending from within the body portion into the container; and at least one super absorber element arranged inside the container. a body portion (11, 31) comprising a fluid inlet (16, 32) and an outlet (17, 33); an expandable container (20, 35) secured to the body portion; at least one wicking element extending from within the body portion into the container; and at least one super absorber element arranged inside the container.
A piece of equipment for motor vehicles with at least one support member fixedly mounted at the frame, on said support member a carrier of the piece of equipment being pivotally held, the carrier having at its end a perforated bearing bracket made of a material strip, characterized by that a perforated clip made of plastic is fitted on the bearing bracket, said clip abutting with one friction surface (10.4, 10.5) each the opposite side surfaces of the bearing bracket and having an open-edged slot at least in the pivot area of the bearing bracket, that a sleeve is provided as a fastening means that penetrates with its shaft the perforations of the bearing bracket and of the clips and a perforation of the support member and is captively held in the intended mounting position at the support member, a collar of the sleeve being supported on a perforated spring washer that is penetrated by the sleeve and is supported on the side surface of the clip opposite to the support member, the other opposite side surface of the clip abutting a side surface of the support member, and that the clip is disposed non-rotatably relative to the support member about the axis formed by the sleeve.
A positive electrode active material for non-aqueous electrolyte secondary battery, comprising: a lithium transition metal composite oxide having secondary particles formed by agglomeration of primary particles; and a surface modification layer formed on a surface of the primary particles of the lithium transition metal composite oxide, wherein the lithium transition metal composite oxide at least contains Ni in an amount of 80 mol% or more relative to a total number of moles of metal elements excluding Li, and Al; and the surface modification layer at least contains at least one of Sr or Ca, and Ba. a lithium transition metal composite oxide having secondary particles formed by agglomeration of primary particles; and a surface modification layer formed on a surface of the primary particles of the lithium transition metal composite oxide, wherein the lithium transition metal composite oxide at least contains Ni in an amount of 80 mol% or more relative to a total number of moles of metal elements excluding Li, and Al; and the surface modification layer at least contains at least one of Sr or Ca, and Ba.
A method of managing and controlling a wireless connection perfomed by a hypertext transfer protocol, HTTP, proxy device in a wireless communication network, the method comprising: receiving a first request message including a first sequence number determined based on a transmission sequence of the first request message, from an HTTP client; determining a second sequence number based on the first sequence number; transmitting a second request message including the second sequence number to an HTTP server; receiving a first response message including the second sequence number from the HTTP server; identifying the second sequence number included in the first response message; determining the first sequence number corresponding to the second sequence number; and transmitting a second response message according to a sequence of reception of the first response message to the HTTP client, the second response message including the first sequence number. receiving a first request message including a first sequence number determined based on a transmission sequence of the first request message, from an HTTP client; determining a second sequence number based on the first sequence number; transmitting a second request message including the second sequence number to an HTTP server; receiving a first response message including the second sequence number from the HTTP server; identifying the second sequence number included in the first response message; determining the first sequence number corresponding to the second sequence number; and transmitting a second response message according to a sequence of reception of the first response message to the HTTP client, the second response message including the first sequence number.
A pharmaceutical, cosmetic or dermo-cosmetic composition comprising diaminooxidase, for use in the prevention or treatment of diseases or pathological conditions selected from the group formed by fibromyalgia, spondylitis and muscle contractures, characterised in that the application of said composition is topical.
A reference frequency generating device (11; 11a; 11b), comprising: an oscillator; a synchronizing circuit (31; 31a) arranged to control the oscillator with a first control signal acquired based on a reference signal; a detector arranged to detect an environmental value indicative of an environment where the oscillator is used; a memory unit arranged to store a correspondence relation between a control value of the first control signal and the environmental value when the first control signal is determined; and a controller arranged to determine a second control signal based on the environmental value detected by the detector and the correspondence relation stored in the memory unit when the reference signal cannot be acquired, and arranged to control the oscillator based on the second control signal; wherein the oscillator is a digitally controlled ring oscillator comprising: a plurality of delay elements, an inverter, and a selector arranged to select the number of delay elements based on the first or the second control signal, thereby adjusting the frequency output from the digitally controlled ring oscillator; and wherein the detector detects at least one of a voltage value and a temperature as the environmental value. an oscillator; a synchronizing circuit (31; 31a) arranged to control the oscillator with a first control signal acquired based on a reference signal; a detector arranged to detect an environmental value indicative of an environment where the oscillator is used; a memory unit arranged to store a correspondence relation between a control value of the first control signal and the environmental value when the first control signal is determined; and a controller arranged to determine a second control signal based on the environmental value detected by the detector and the correspondence relation stored in the memory unit when the reference signal cannot be acquired, and arranged to control the oscillator based on the second control signal; wherein the oscillator is a digitally controlled ring oscillator comprising: a plurality of delay elements, an inverter, and a selector arranged to select the number of delay elements based on the first or the second control signal, thereby adjusting the frequency output from the digitally controlled ring oscillator; and wherein the detector detects at least one of a voltage value and a temperature as the environmental value.
Method for controlling the torque available during gear changes of a powertrain made up of a combustion engine (Mth) connected to a first input shaft of a gearbox which can transmit its torque to the wheels in different transmission ratios, of a first electric machine connected to a second input shaft thereof, and of a second electric machine connected to the first input shaft of the gearbox, the second electric machine, during the changes in combustion engine (Mth) transmission ratio, switching into regenerative mode before the combustion engine is uncoupled, so as to transmit all its electrical power to the first electric machine which uses it to compensate for the reduction in torque to the driven wheel which is brought about by the temporary uncoupling of the combustion engine, and said method comprising the following steps, before the uncoupling of the combustion engine and of its input shaft: - cancellation of the torques of the two electric machines,, - switching of the second electric machine into energy recovery mode, - reduction of the torque of the combustion engine until its own power balances the power recovered by the second electric machine, characterized in that said method also comprises the following steps, before uncoupling of the combustion engine and of its input shaft: - increasing the supply voltage to the inverters in order to increase the power supplied by the two electric machines during gear change, and - opening the relays (13a, 13b) of the battery. the second electric machine, during the changes in combustion engine (Mth) transmission ratio, switching into regenerative mode before the combustion engine is uncoupled, so as to transmit all its electrical power to the first electric machine which uses it to compensate for the reduction in torque to the driven wheel which is brought about by the temporary uncoupling of the combustion engine, and said method comprising the following steps, before the uncoupling of the combustion engine and of its input shaft: - cancellation of the torques of the two electric machines,, - switching of the second electric machine into energy recovery mode, - reduction of the torque of the combustion engine until its own power balances the power recovered by the second electric machine, - cancellation of the torques of the two electric machines,, - switching of the second electric machine into energy recovery mode, - reduction of the torque of the combustion engine until its own power balances the power recovered by the second electric machine, characterized in that said method also comprises the following steps, before uncoupling of the combustion engine and of its input shaft: - increasing the supply voltage to the inverters in order to increase the power supplied by the two electric machines during gear change, and - opening the relays (13a, 13b) of the battery. - increasing the supply voltage to the inverters in order to increase the power supplied by the two electric machines during gear change, and - opening the relays (13a, 13b) of the battery.
Fuse cartridge (1, 110) including a fuse element, a casing enclosing said fuse element and two end contacts (2, 2', 3) that are arranged at either end of said casing, said fuse cartridge (1, 110) including at least one resistive element (6, 6') that is connected in series with said fuse element, said resistive element (6, 6') being connected in series between one of said end contacts (2, 2', 3), said resistive contact (2, 2') and the fuse element, said fuse cartridge (1, 110) being characterized in that said resistive element (6, 6') is arranged within the casing, and in that said resistive contact (2, 2') includes first and second contact surfaces (7, 7'; 8, 8') that are electrically insulated from one another, in that the resistive element (6, 6') is electrically connected to the first contact surface (7, 7') which is intended to make electrical contact only when the fuse cartridge is put in place, namely temporarily, and in that the fuse element electrically connects the second contact surface (8, 8') and the opposite end contact (3, 2').