mhurhangee/ep-ind-claims huggingface dataset:
An ion detector for a Time of Flight mass spectrometer comprising: a first device arranged and adapted to receive ions and output electrons; an array of photodiodes arranged and adapted to directly detect said electrons, each photodiode having an output; and an array of Time to Digital Converters wherein the output from each photodiode is connected to a separate Time to Digital Converter. a first device arranged and adapted to receive ions and output electrons; an array of photodiodes arranged and adapted to directly detect said electrons, each photodiode having an output; and an array of Time to Digital Converters wherein the output from each photodiode is connected to a separate Time to Digital Converter.
A photonic integrated device for converting sound into a modulation of properties of light in the device, the device comprising - a substrate; characterized in that it further comprises - a plurality of mechanical resonator structures on a surface of the substrate, exposed to receive sound waves from outside the device; - a plurality of sensing optical waveguides, each sensing optical waveguides at least partly mechanically coupled to at least one of the mechanical resonator structures, or a sensing optical waveguide that is at least partly mechanically coupled to all of the mechanical resonator structures; - an input optical waveguide on the surface of the substrate, coupled to the plurality of sensing optical waveguides or the single sensing optical waveguide, for supplying light to the plurality of sensing optical waveguides or the single sensing optical waveguide; - at least one output optical waveguide on the surface of the substrate, coupled to the plurality of sensing optical waveguides or the single sensing optical waveguide, for collecting light from the plurality of sensing optical waveguides or the single sensing optical waveguide that has been affected by vibration of plurality of mechanical resonator structures. - a substrate; characterized in that it further comprises - a plurality of mechanical resonator structures on a surface of the substrate, exposed to receive sound waves from outside the device; - a plurality of sensing optical waveguides, each sensing optical waveguides at least partly mechanically coupled to at least one of the mechanical resonator structures, or a sensing optical waveguide that is at least partly mechanically coupled to all of the mechanical resonator structures; - an input optical waveguide on the surface of the substrate, coupled to the plurality of sensing optical waveguides or the single sensing optical waveguide, for supplying light to the plurality of sensing optical waveguides or the single sensing optical waveguide; - at least one output optical waveguide on the surface of the substrate, coupled to the plurality of sensing optical waveguides or the single sensing optical waveguide, for collecting light from the plurality of sensing optical waveguides or the single sensing optical waveguide that has been affected by vibration of plurality of mechanical resonator structures.
Method for operating a household appliance by means of an electronic device which is connected to the household appliance via a network; wherein the method comprises: a. providing an operating program for the household appliance on the electronic device; wherein the operating program comprises a plurality of pages (211, 233); b. outputting a first page of the plurality of pages (211, 233) on an output means of the electronic device; and c. determining historical information relating to the household appliance, which comprises information relating to a use of the household appliance, a use of the electronic device and/or a use of comparable household appliances, wherein the use occurs at a time prior to a current time; characterised in that the plurality of pages (211, 233) is hierarchically arranged in a menu structure, the historical information comprises a behavioural profile of users of other household appliances that are more comparable to the household appliance, and the method comprises the following steps d. determining an accessory article relating to the household appliance on the basis of the historical information; e. determining a second page of the plurality of pages (211, 233), wherein the second page comprises information relating to the accessory article; f. determining an interaction element, wherein the interaction element comprises a link to the second page; and g. outputting information relating to the accessory article on the output means of the electronic device by outputting the interaction element on the output means in conjunction with the output first page. a. providing an operating program for the household appliance on the electronic device; wherein the operating program comprises a plurality of pages (211, 233); b. outputting a first page of the plurality of pages (211, 233) on an output means of the electronic device; and c. determining historical information relating to the household appliance, which comprises information relating to a use of the household appliance, a use of the electronic device and/or a use of comparable household appliances, wherein the use occurs at a time prior to a current time; characterised in that the plurality of pages (211, 233) is hierarchically arranged in a menu structure, the historical information comprises a behavioural profile of users of other household appliances that are more comparable to the household appliance, and the method comprises the following steps d. determining an accessory article relating to the household appliance on the basis of the historical information; e. determining a second page of the plurality of pages (211, 233), wherein the second page comprises information relating to the accessory article; f. determining an interaction element, wherein the interaction element comprises a link to the second page; and g. outputting information relating to the accessory article on the output means of the electronic device by outputting the interaction element on the output means in conjunction with the output first page.
Solar collector comprising a first collector unit which is pivotably mounted about a pivot axis and has a mirror element and a receiver element connected to the mirror element and arranged in the focus of the mirror element, wherein at least one further collector unit corresponding to the first collector unit is provided, wherein the mirror element (11, 11') of the first and of the further collector units (10, 10') are semi-paraboloid mirror troughs having a focus line as focus and the receiver elements (12, 12') of the collector units (10, 10') each extend along the focus line of the respective mirror troughs (11, 11'), parallel to the respective pivot axis (14, 14'), wherein the pivot axes (14, 14') of the first and of the further collector units (10, 10') are arranged parallel and spaced apart in the direction perpendicular to the pivot axes (14, 14'), wherein the pivot axis of the respective collector unit (10, 10') runs along an edge of the mirror element (11, 11'), wherein the collector units (10, 10') can be pivoted in such a way that the side of the mirror elements (11, 11') that respectively faces the receiver elements (12, 12') can be pivoted into a weather-protected position, and wherein the respective receiver element (12, 12') is arranged on a support arm (13, 13') which can be swivelled towards the mirror element (11, 11'), characterized in that the first and the further collector units (10, 10') are each coupled via a coupling device in such a way that a pivoting of the first collector unit leads to a synchronous pivoting of the further collector units, and in that the support arm (13, 13') has a swivel joint which allows the support arm (13, 13') to be swivelled down during transfer into the weather-protected position, wherein a blocking device (131, 132) is provided on the swivel join and prevents the support arm (13, 13') from being swivelled in in an undesired manner, for all operating positions in which the mirror element (11, 11') is oriented towards the sun.
A lead-acid battery comprising a negative electrode material; wherein the negative electrode material contains an organic expander, and the organic expander contains a sulfur element (S element) in an amount of 4800 μmol/g or more and 6000 μmol/g or less, wherein the amount of the sulfur element (S element) in the organic expander is determined through obtaining a powder sample containing the S element, which comprises the steps of: taking out the negative electrode from the lead-acid battery, washing the negative electrode to remove a sulfuric acid component, separating a negative electrode material from the negative electrode freed of the sulfuric acid component, immersing the negative electrode material in a 1 mol/l NaOH aqueous solution, desalting the solution freed of an insoluble component by filtration, and then concentrating and drying the solution, thereby providing the powder sample containing the S element. wherein the negative electrode material contains an organic expander, and the organic expander contains a sulfur element (S element) in an amount of 4800 μmol/g or more and 6000 μmol/g or less, wherein the amount of the sulfur element (S element) in the organic expander is determined through obtaining a powder sample containing the S element, which comprises the steps of: taking out the negative electrode from the lead-acid battery, washing the negative electrode to remove a sulfuric acid component, separating a negative electrode material from the negative electrode freed of the sulfuric acid component, immersing the negative electrode material in a 1 mol/l NaOH aqueous solution, desalting the solution freed of an insoluble component by filtration, and then concentrating and drying the solution, thereby providing the powder sample containing the S element.
A method performed by a data processing device (1, 40), the method comprising: receiving transport layer segments of data at a first buffer used by a transport layer protocol processing entity of the data processing device (1, 40); transport layer protocol processing the transport layer segments of said received data; causing a part of a transport layer segment of said received data to be available to a different protocol layer function before transport layer protocol processing of a whole of the transport layer segment of said received data has been completed; and providing, to the different protocol layer function, first information indicating that transport layer processing of the transport layer segment of said received data has been completed and using said first information to commit data made available to the different protocol layer function. receiving transport layer segments of data at a first buffer used by a transport layer protocol processing entity of the data processing device (1, 40); transport layer protocol processing the transport layer segments of said received data; causing a part of a transport layer segment of said received data to be available to a different protocol layer function before transport layer protocol processing of a whole of the transport layer segment of said received data has been completed; and providing, to the different protocol layer function, first information indicating that transport layer processing of the transport layer segment of said received data has been completed and using said first information to commit data made available to the different protocol layer function.
Co-crystals of SGLT2 inhibitors and a co-crystal former, wherein the SGLT2 inhibitor is Empagliflozin and the co-crystal former is selected from DL-pipecolic acid, D-pipecolic acid and L-pipecolic acid.
A container, suitable to conceiving a defined volume of a blood sample, wherein the container contains a lyophilized diagnostic composition for use in the viscoelastic analysis of the blood sample, the lyophilized diagnostic composition comprising the following constituents: a) at least one activator of coagulation; b) a calcium salt, in an amount of 1-100 μmol/ ml of the blood sample, sufficient to ensure recalcification of the blood sample; c) optionally one or more inhibitors, wherein said one or more inhibitors are selected from the group consisting of a platelet inhibitor, a fibrinolysis inhibitor, and a heparin inhibitor; and d) optionally one or more coagulation factors or activated coagulation factors, wherein said one or more coagulation factors or activated coagulation factors are selected from the group consisting of FI, FII, FIII, FIV, FV, FVI, FVII, FVIII, FIX, FX, FXI, FXII, FXIII, FIa, FIIa, FIIIa, FIVa, FVa, FVIa, FVIIa, FVIIIa, FIXa, FXa, FXIa, FXIIa, FXIIIa, and activated protein C; wherein the container has the form which reduces its inner lateral profile from the upper opening to the bottom and wherein the container is designed by either glass and plastic or glass and a surface covering, said surface covering being a layer of one or more substances that are not able to activate coagulation if they are in contact with blood or blood components. a) at least one activator of coagulation; b) a calcium salt, in an amount of 1-100 μmol/ ml of the blood sample, sufficient to ensure recalcification of the blood sample; c) optionally one or more inhibitors, wherein said one or more inhibitors are selected from the group consisting of a platelet inhibitor, a fibrinolysis inhibitor, and a heparin inhibitor; and d) optionally one or more coagulation factors or activated coagulation factors, wherein said one or more coagulation factors or activated coagulation factors are selected from the group consisting of FI, FII, FIII, FIV, FV, FVI, FVII, FVIII, FIX, FX, FXI, FXII, FXIII, FIa, FIIa, FIIIa, FIVa, FVa, FVIa, FVIIa, FVIIIa, FIXa, FXa, FXIa, FXIIa, FXIIIa, and activated protein C; wherein the container has the form which reduces its inner lateral profile from the upper opening to the bottom and wherein the container is designed by either glass and plastic or glass and a surface covering, said surface covering being a layer of one or more substances that are not able to activate coagulation if they are in contact with blood or blood components.
A safety load hook having a lower part, which realizes a hook throat and to which an upper part is fastened so as to be pivotable by means of a connecting bolt, which bottom part, which is pivotable in relation to the lower part, allows a load to be suspended on the hook throat in an open position and, in a closed position, blocks the hook throat of the lower part outwardly such that the introduction of a load to be received into the hook throat or the removal of a load held there from said hook throat is prevented, wherein in the closed position, the upper part is blockable in relation to the lower part by means of a locking arrangement which includes a locking lever with a receiving bore, which locking lever is pivotable about a support bolt arranged in said receiving bore into a release position and into a locked position, and is pretensionable into the locked position by means of a tensioning spring, characterized in that the locking lever is fastened to the lower part via the support bolt together with the tensioning spring and engages by way of a shaped projection in an associated shaped receiving means on the upper part in the locked position, wherein the locking lever is realized on its side opposite the shaped projection with reference to the receiving bore with a lever portion in such a manner that the center of mass of the locking lever lies substantially on the lateral surface of the receiving bore for the support bolt or inside the cross sectional area surrounded by the same, and the locking lever is supported on the lower part in the locked position via the free end of its lever portion.
Process for preparing surface-modified silicon dioxide particles with a mean particle diameter of at most 100 nm, comprising the steps of a) providing a predispersion b) high-pressure grinding of the predispersion to form a dispersion c) removing the liquid phase of the dispersion, the predispersion comprising a1) surface-modified silicon dioxide particles which - are at least partly aggregated, - are bonded to the surface-modifying component via Si-O-Si bonds and - still have reactive groups on their surface, a2) one or more organosilicon compounds which - have at least one silicon-carbon bond and - at least one functional group which can react with the reactive groups to form a covalent Si-O-Si bond, and a3) one or more solvents. a) providing a predispersion b) high-pressure grinding of the predispersion to form a dispersion c) removing the liquid phase of the dispersion, the predispersion comprising a1) surface-modified silicon dioxide particles which - are at least partly aggregated, - are bonded to the surface-modifying component via Si-O-Si bonds and - still have reactive groups on their surface, a2) one or more organosilicon compounds which - have at least one silicon-carbon bond and - at least one functional group which can react with the reactive groups to form a covalent Si-O-Si bond, and a3) one or more solvents. a1) surface-modified silicon dioxide particles which - are at least partly aggregated, - are bonded to the surface-modifying component via Si-O-Si bonds and - still have reactive groups on their surface, - are at least partly aggregated, - are bonded to the surface-modifying component via Si-O-Si bonds and - still have reactive groups on their surface, a2) one or more organosilicon compounds which - have at least one silicon-carbon bond and - at least one functional group which can react with the reactive groups to form a covalent Si-O-Si bond, and - have at least one silicon-carbon bond and - at least one functional group which can react with the reactive groups to form a covalent Si-O-Si bond, and a3) one or more solvents.
A polyhydroxyalkanoic acid composition also comprising: an elastomeric compound of core-shell type; and a statistic olefinic copolymer comprising an ethylenic monomer bearing an epoxy function. an elastomeric compound of core-shell type; and a statistic olefinic copolymer comprising an ethylenic monomer bearing an epoxy function.
Method for the detection of the conformational state of a protein, said protein contained in a complex cell extract mixture of further proteins and/or other biomolecules comprising, if needed after an extraction and/or lysis step, the following steps: 1. Limited proteolysis of the complex cell extract mixture under a native condition where the protein is in the original conformational state to be detected leading to a first fragment sample; 2. Denaturation of the first fragment sample to a denaturated first fragment sample; 3. Complete fragmentation of the denaturated first fragment sample in a digestion step to a completely fragmented sample; 4. Analytical analysis of the completely fragmented sample for the determination of fragments characteristic of having been the result of both the limited proteolysis of step 1. as well as of the complete fragmentation in the digestion step 3. for the determination of the conformational state, wherein for the analytical analysis in step 4. specific, quantitative mass spectrometry-based assays in the form of selected reaction monitoring and/or data-independent acquisition of product ion spectra is used. 1. Limited proteolysis of the complex cell extract mixture under a native condition where the protein is in the original conformational state to be detected leading to a first fragment sample; 2. Denaturation of the first fragment sample to a denaturated first fragment sample; 3. Complete fragmentation of the denaturated first fragment sample in a digestion step to a completely fragmented sample; 4. Analytical analysis of the completely fragmented sample for the determination of fragments characteristic of having been the result of both the limited proteolysis of step 1. as well as of the complete fragmentation in the digestion step 3. for the determination of the conformational state,
Mixer assembly unit for an exhaust gas treatment unit for an exhaust system of an internal combustion engine for mixing exhaust gas discharged by the internal combustion engine with reactant, comprising a reactant release device and, located downstream in an exhaust gas flow direction in relation to the reactant release device, a mixing section for mixing exhaust gas with reactant released by the reactant release device into the exhaust gas, wherein the mixing section comprises a core flow duct, which extends in the direction of a mixing section longitudinal axis and through which a first exhaust gas partial stream (T 1) can flow, and a jacket flow duct, which encloses the core flow duct and is separated from this by an inner wall and through which a second exhaust gas partial stream (T 2) can flow, wherein the reactant release device is arranged for releasing reactant essentially into the core flow duct or/and into the first exhaust gas partial stream (T 1), wherein a mixer is provided at an upstream end area of the mixing section, wherein the mixer comprises a mixer circumferential wall, which encloses the mixing section longitudinal axis and encloses a mixer volume, wherein a plurality of exhaust gas inlet openings following one another in the circumferential direction are provided in the mixer circumferential wall, wherein the mixer circumferential wall is configured such that it expands radially in the direction of the upstream end area of the mixing section, characterized in that a downstream end area of the mixer circumferential wall is positioned such that it meshes with the core flow duct in the upstream end area of the mixing section.
A caliper guide assembly (10a, 10b) for a heavy vehicle disc brake, the caliper guide assembly (10a, 10b) comprising: a guide pin (11a, 11b) having a guide portion (15a, 15b); a guide bore having an opening and a guide surface arranged to receive the guide portion (15a, 15b) and permit relative axial sliding thereof; a wear sensor (62a, 62b) arranged to detect the position of the guide pin (11a, 11b) in relation to the guide bore, the wear sensor (62a, 62b) comprising a signal processing portion (68, 68b); and a cover (60a, 60b) arranged to close the opening of the guide bore, characterised in that the signal processing portion (68, 68b) is mounted to the cover (60a, 60b). a guide pin (11a, 11b) having a guide portion (15a, 15b); a guide bore having an opening and a guide surface arranged to receive the guide portion (15a, 15b) and permit relative axial sliding thereof; a wear sensor (62a, 62b) arranged to detect the position of the guide pin (11a, 11b) in relation to the guide bore, the wear sensor (62a, 62b) comprising a signal processing portion (68, 68b); and a cover (60a, 60b) arranged to close the opening of the guide bore, characterised in that the signal processing portion (68, 68b) is mounted to the cover (60a, 60b).