mhurhangee/patent-ind-claim-en huggingface dataset:
A method for supplying oxygen-enriched gas to an oxygen-consuming process that is an oxy-calcining process, in which at least one operating solid oxide electrolysis cell is provided having a cathode side and an anode side, and a) a cathode-side feed gas stream comprising steam or CO 2 or a mixture thereof is supplied to the cathode side of the at least one solid oxide electrolysis cell , b) at least part of the cathode-side feed gas stream is electrochemically reduced in the solid oxide electrolysis cell, thereby forming a cathode-side product gas stream that is enriched in hydrogen, carbon monoxide or a mixture thereof, c) at least part of the cathode-side product gas stream is supplied to a hydrogen- and/or carbon monoxide-consuming process , d) an anode-side feed gas stream comprising CO 2 is supplied to the anode side of the solid oxide electrolysis cell , and e) oxygen is electrochemically generated on the anode side of the solid oxide electrolysis cell, thereby forming an anode-side product gas stream enriched in oxygen , wherein an oxygen-enriched gas comprising at least part of the anode-side product gas stream enriched in oxygen is fed to the oxygen-consuming process, - the oxygen-enriched gas has a low nitrogen content, the content of nitrogen being below 10 vol%, and - the oxygen-enriched gas exiting the solid oxide electrolysis cell has a temperature in the range of between 600°C and 1000°C. a) a cathode-side feed gas stream comprising steam or CO 2 or a mixture thereof is supplied to the cathode side of the at least one solid oxide electrolysis cell , b) at least part of the cathode-side feed gas stream is electrochemically reduced in the solid oxide electrolysis cell, thereby forming a cathode-side product gas stream that is enriched in hydrogen, carbon monoxide or a mixture thereof, c) at least part of the cathode-side product gas stream is supplied to a hydrogen- and/or carbon monoxide-consuming process , d) an anode-side feed gas stream comprising CO 2 is supplied to the anode side of the solid oxide electrolysis cell , and e) oxygen is electrochemically generated on the anode side of the solid oxide electrolysis cell, thereby forming an anode-side product gas stream enriched in oxygen , wherein - the oxygen-enriched gas has a low nitrogen content, the content of nitrogen being below 10 vol%, and - the oxygen-enriched gas exiting the solid oxide electrolysis cell has a temperature in the range of between 600°C and 1000°C.
A block co-polymer comprising at least one first block and at least one second block which is different from the first block, wherein the first block comprises repeating units 1, and the second block comprises repeating units 2, wherein Z represents O or NH, R 1 represents H or CH 3 , R 2 represents a group selected from hydrocarbyl groups and ether group-containing groups, R 3 represents an organic group having 2 to 4 carbon atoms, R 4 and R 5 independently represent an organic group, wherein R 4 and R 5 are optionally linked to each other to form a cyclic structure, and wherein the first block comprises at least two different types of repeating units comprising ether groups. Z represents O or NH, R 1 represents H or CH 3 , R 2 represents a group selected from hydrocarbyl groups and ether group-containing groups, R 3 represents an organic group having 2 to 4 carbon atoms, R 4 and R 5 independently represent an organic group, wherein R 4 and R 5 are optionally linked to each other to form a cyclic structure, and wherein the first block comprises at least two different types of repeating units comprising ether groups.
An under-screen fingerprint identification apparatus, applicable for an electronic device with a liquid crystal display screen, comprising: a micro-lens array , configured to be disposed under a backlight module of the liquid crystal display screen ; at least one light shielding layer , disposed under the micro-lens array , wherein the light shielding layer is provided with a plurality of light transmission holes ; a photo detecting array , disposed under the light shielding layer ; wherein the micro-lens array is configured to converge an optical signal with a specific direction passing through the backlight module to the plurality of light transmission holes , and transmit an optical signal with a non-specific direction passing through the backlight module to a light shielding region of the light shielding layer , wherein the optical signal with the specific direction is transmitted to the photo detecting array through the plurality of light transmission holes ; wherein the backlight module comprises a prism film , a surface of the prism film comprise a first prism film side face and a second prism film side face , the optical signal with the specific direction is an optical signal refracted through the first prism film side face and the optical signal with the non-specific direction comprises an optical signal refracted through the second prism film side face , or the optical signal with the specific direction is an optical signal refracted through the second prism film side face and the optical signal with the non-specific direction comprises an optical signal refracted through the first prism film side face . a micro-lens array , configured to be disposed under a backlight module of the liquid crystal display screen ; at least one light shielding layer , disposed under the micro-lens array , wherein the light shielding layer is provided with a plurality of light transmission holes ; a photo detecting array , disposed under the light shielding layer ; wherein the micro-lens array is configured to converge an optical signal with a specific direction passing through the backlight module to the plurality of light transmission holes , and transmit an optical signal with a non-specific direction passing through the backlight module to a light shielding region of the light shielding layer , wherein the optical signal with the specific direction is transmitted to the photo detecting array through the plurality of light transmission holes ; wherein the backlight module comprises a prism film , a surface of the prism film comprise a first prism film side face and a second prism film side face , the optical signal with the specific direction is an optical signal refracted through the first prism film side face and the optical signal with the non-specific direction comprises an optical signal refracted through the second prism film side face , or the optical signal with the specific direction is an optical signal refracted through the second prism film side face and the optical signal with the non-specific direction comprises an optical signal refracted through the first prism film side face .
A thermally-regulated container, comprising: a container configured to contain a substance to be heated; and a heater comprising a reaction chamber containing reactants that generate heat when combined, and a passive thermal control material positioned between the reaction chamber and the container configured to contain the substance to be heated, wherein the reaction chamber is in direct thermal and physical contact with the passive thermal control material ; wherein the passive thermal control material allows heat to pass therethrough prior to reaching the passive thermal control material's decomposition temperature and, if the heater exceeds the passive thermal control material's decomposition temperature, the passive thermal control material endothermically decomposes and releases gases and absorbs heat, thereby dissipating heat; characterised by the passive thermal control material being in thermal and physical contact with the container configured to contain the substance to be heated, and wherein the heater is surrounded by the passive thermal control material packed between a wall of the reaction chamber and an outer wall of said heater. a container configured to contain a substance to be heated; and a heater comprising a reaction chamber containing reactants that generate heat when combined, and a passive thermal control material positioned between the reaction chamber and the container configured to contain the substance to be heated, wherein the reaction chamber is in direct thermal and physical contact with the passive thermal control material ; wherein the passive thermal control material allows heat to pass therethrough prior to reaching the passive thermal control material's decomposition temperature and, if the heater exceeds the passive thermal control material's decomposition temperature, the passive thermal control material endothermically decomposes and releases gases and absorbs heat, thereby dissipating heat; characterised by the passive thermal control material being in thermal and physical contact with the container configured to contain the substance to be heated, and wherein the heater is surrounded by the passive thermal control material packed between a wall of the reaction chamber and an outer wall of said heater.
Method of improving the adhesion of a layer on a substrate comprising: deposing of a functional or decorative layer on the substrate; applying an electrode above the layer; heating to a determined adhesion temperature; applying an electric potential between the substrate and the electrode; removing the electrode. deposing of a functional or decorative layer on the substrate; applying an electrode above the layer; heating to a determined adhesion temperature; applying an electric potential between the substrate and the electrode; removing the electrode.
A feederhouse assembly for an agricultural harvester, the feederhouse assembly comprising: a feederhouse comprising an inlet end ; a frame adjacent the inlet end of the feederhouse , the frame defining a generally planar face configured to receive a harvesting header; a header lock pin extending from the frame ; a biasing member coupled to the frame and the header lock pin , the biasing member configured to urge the header lock pin outward to lock the harvesting header to the frame ; and a rotatable element coupled to the frame and the header lock pin , wherein the element in a first position at least partially protrudes from the frame and retains the header lock pin in an inward position, and wherein element in a second position permits the header lock pin to travel outward urged by the biasing member ; characterized in that the element is a latch . a feederhouse comprising an inlet end ; a frame adjacent the inlet end of the feederhouse , the frame defining a generally planar face configured to receive a harvesting header; a header lock pin extending from the frame ; a biasing member coupled to the frame and the header lock pin , the biasing member configured to urge the header lock pin outward to lock the harvesting header to the frame ; and a rotatable element coupled to the frame and the header lock pin , wherein the element in a first position at least partially protrudes from the frame and retains the header lock pin in an inward position, and wherein element in a second position permits the header lock pin to travel outward urged by the biasing member ; characterized in that the element is a latch .
A horn antenna for a radar measuring device, in particular a radar filling level measuring device, comprising an antenna horn emitting in the direction towards the front, a rear supplying device , and a filling at least partially filling the horn antenna and closing it at the front, characterized in that the filling has at least one first section consisting of a first material which seals a cavity of the antenna horn at the front in a main emission direction (A), and has a second section consisting of a second material which is disposed within the sealed cavity , wherein the antenna horn has at the front a peripherally extending supporting edge that extends substantially perpendicularly to the main emission direction (A), and wherein the antenna horn has a collar extending from the supporting edge substantially in the main emission direction (A), wherein the first section of the filling completely fills a space delimited by the collar in the radial direction (R) and at least one peripherally extending sealing member is disposed between the collar and the first section of the filling .
A system for sensing a UF 6 gas leak in a nuclear fuel manufacturing process, the system comprising: an autoclave provided with a cylinder , charged with uranium hexafluoride (UF 6 ) in a solid state, disposed therein, the autoclave further comprising a nitrogen supply pipe configured to provide a nitrogen inflow into the autoclave and a nitrogen discharge pipe configured for nitrogen discharge from the autoclave , wherein said nitrogen supply pipe and said nitrogen discharge pipe are installed on one side and an opposite side of the autoclave, respectively, wherein the autoclave is configured to vaporize the UF 6 inside the cylinder through heating the nitrogen inside the autoclave ; and a detection unit installed at the nitrogen discharge pipe , such that nitrogen discharged through the nitrogen discharge pipe is discharged via the detection unit , wherein the detection unit is configured to sense whether the UF 6 is mixed with the nitrogen discharged after circulating inside the autoclave , thereby sensing whether the UF 6 leaks inside the autoclave , wherein the detection unit is adapted to generate UO 2 F 2 and HF by reacting UF 6 with outside air and wherein the detection unit comprises a measuring instrument , characterized in that the measuring instrument is configured to optically sense the generated UO 2 F 2 particles in a solid state, to allow non-contact UF 6 leak detection to be made. an autoclave provided with a cylinder , charged with uranium hexafluoride (UF 6 ) in a solid state, disposed therein, the autoclave further comprising a nitrogen supply pipe configured to provide a nitrogen inflow into the autoclave and a nitrogen discharge pipe configured for nitrogen discharge from the autoclave , wherein said nitrogen supply pipe and said nitrogen discharge pipe are installed on one side and an opposite side of the autoclave, respectively, wherein the autoclave is configured to vaporize the UF 6 inside the cylinder through heating the nitrogen inside the autoclave ; and a detection unit installed at the nitrogen discharge pipe , such that nitrogen discharged through the nitrogen discharge pipe is discharged via the detection unit , wherein the detection unit is configured to sense whether the UF 6 is mixed with the nitrogen discharged after circulating inside the autoclave , thereby sensing whether the UF 6 leaks inside the autoclave , wherein the detection unit is adapted to generate UO 2 F 2 and HF by reacting UF 6 with outside air and wherein the detection unit comprises a measuring instrument , characterized in that the measuring instrument is configured to optically sense the generated UO 2 F 2 particles in a solid state, to allow non-contact UF 6 leak detection to be made.
A computer-implemented method for reshaping a component mounted on an assembly tool having a positioning device , the method comprising: receiving a set of as-fabricated measurements of the component; receiving a set of as-mounted measurements of the component , the as-mounted measurements taken at a same position on the component as the as-fabricated measurements; determining a deformation parameter for the component based on the as-mounted measurements and the as-fabricated measurements; determining a set of correction displacements for the positioning device to reshape the component using the deformation parameter ; and generating control signals for applying the correction displacements to the positioning device , wherein generating control signals comprises generating only vertical displacement signals and using a weight of the component combined with the vertical displacement signals to reshape the component . receiving a set of as-fabricated measurements of the component; receiving a set of as-mounted measurements of the component , the as-mounted measurements taken at a same position on the component as the as-fabricated measurements; determining a deformation parameter for the component based on the as-mounted measurements and the as-fabricated measurements; determining a set of correction displacements for the positioning device to reshape the component using the deformation parameter ; and generating control signals for applying the correction displacements to the positioning device , wherein generating control signals comprises generating only vertical displacement signals and using a weight of the component combined with the vertical displacement signals to reshape the component .
A building system for operating a building and managing private building information, the building system comprising a processing circuit configured to: - receive a request for information for a building entity of a building entity database from a requesting device , the request being associated with multiple access values , wherein the building entity database comprises the building entity , a plurality of mask templates , and a relational link between the building entity and the plurality of mask templates , wherein each of the plurality of mask templates provides different access to private information of the building entity and is linked to one combination of a plurality of access values ; - select one of the plurality of mask templates from the building entity database based on the plurality of access values associated with the requesting device and the relational link between the building entity and the plurality of mask templates ; - retrieve the private information for the building entity in response to a reception of the request for the information; and - generate a masked information data structure based on the private information and the one of the plurality of mask templates . - receive a request for information for a building entity of a building entity database from a requesting device , the request being associated with multiple access values , wherein the building entity database comprises the building entity , a plurality of mask templates , and a relational link between the building entity and the plurality of mask templates , wherein each of the plurality of mask templates provides different access to private information of the building entity and is linked to one combination of a plurality of access values ; - select one of the plurality of mask templates from the building entity database based on the plurality of access values associated with the requesting device and the relational link between the building entity and the plurality of mask templates ; - retrieve the private information for the building entity in response to a reception of the request for the information; and - generate a masked information data structure based on the private information and the one of the plurality of mask templates .
A catalyst composition for the oligomerization of ethylene to 1-octene, the catalyst composition comprising: a chromium (III) species; and a ligand having the formula of where Ar 1 and Ar 2 are each independently an aromatic group or a substituted aromatic group, n is 0 or 1, and m = n +3. a chromium (III) species; and a ligand having the formula of where Ar 1 and Ar 2 are each independently an aromatic group or a substituted aromatic group, n is 0 or 1, and m = n +3.
A labyrinth piston compressor comprising a cylinder , a piston arranged in the cylinder , and a piston rod , wherein the piston rod extends in a longitudinal direction (L) and is connected to the piston , and wherein the piston is reciprocally movable within the cylinder in the longitudinal direction (L), wherein the cylinder comprises a first cylinder cover , wherein an inlet valve and an outlet valve are arranged in the first cylinder cover , and wherein the inlet valve and the outlet valve are arranged symmetrically with respect to a plane of symmetry (S) extending in the longitudinal direction (L) along the piston rod , the inlet valve and the outlet valve being arranged in the cylinder cover so as to extend inclinedly with respect to the plane of symmetry (S), characterized in that a flange leading to the outside is arranged directly upstream of the inlet valve in the fluid flow direction (F) of a conveyed fluid or directly downstream of the outlet valve in the fluid flow direction (F), in order to feed the fluid to the cylinder from the outside or to discharge the fluid from the cylinder to the outside.
A peripheral component interconnect express, PCIe, system, comprising: a root complex of a primary domain; a root complex endpoint device of an extended domain, wherein the root complex endpoint device is a PCIe device in the primary domain and a root complex in the extended domain; and a PCIe device connected to the root complex endpoint device, wherein the root complex endpoint device is configured to: receive (S601) an access packet from the primary domain, wherein the access packet carries a configuration space address of the PCIe device in the extended domain; perform (S602) address translation according to a correspondence between the configuration space address and a bus number/device number/function number, BDF, of the PCIe device in the extended domain, to obtain the BDF of the PCIe device in the extended domain; and access (S603) the configuration space of the PCIe device in the extended domain by using the BDF. a root complex of a primary domain; a root complex endpoint device of an extended domain, wherein the root complex endpoint device is a PCIe device in the primary domain and a root complex in the extended domain; and a PCIe device connected to the root complex endpoint device, wherein the root complex endpoint device is configured to: receive (S601) an access packet from the primary domain, wherein the access packet carries a configuration space address of the PCIe device in the extended domain; perform (S602) address translation according to a correspondence between the configuration space address and a bus number/device number/function number, BDF, of the PCIe device in the extended domain, to obtain the BDF of the PCIe device in the extended domain; and access (S603) the configuration space of the PCIe device in the extended domain by using the BDF. receive (S601) an access packet from the primary domain, wherein the access packet carries a configuration space address of the PCIe device in the extended domain; perform (S602) address translation according to a correspondence between the configuration space address and a bus number/device number/function number, BDF, of the PCIe device in the extended domain, to obtain the BDF of the PCIe device in the extended domain; and access (S603) the configuration space of the PCIe device in the extended domain by using the BDF.
A compound of the following formula (I): wherein: - n represents 1 or 2, - A 1 , A 2 and A 3 , which may be identical or different, represent a hydrogen atom, a halogen atom or a linear or branched alkyl group having from 1 to 4 carbon atoms, - R 1 , R2 and R3 represent independently a hydrogen atom or a linear or branched alkyl group having from 1 to 4 carbon atoms, and - Y represents -OH, =O or -SH; or a pharmaceutically acceptable salt thereof, for use in the prevention or treatment of attention deficit hyperactivity disorder (ADHD) or hyperkinetic disorder in an individual. - n represents 1 or 2, - A 1 , A 2 and A 3 , which may be identical or different, represent a hydrogen atom, a halogen atom or a linear or branched alkyl group having from 1 to 4 carbon atoms, - R 1 , R2 and R3 represent independently a hydrogen atom or a linear or branched alkyl group having from 1 to 4 carbon atoms, and - Y represents -OH, =O or -SH;