mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing a silicon on insulator structure, the silicon on insulator structure comprising a handle wafer, a silicon layer, a dielectric layer between the handle wafer and the silicon layer, and an interface between the dielectric layer and the handle wafer, the handle wafer having a central axis, a circumferential edge and a radius extending from the central axis to the circumferential edge, the process comprising: providing a handle wafer having a front surface and a back surface; performing a first polishing step that comprises polishing the front surface of the handle wafer with a polyurethane foam pad; performing a cleaning step after the first polishing step, the cleaning step comprising cleaning the front surface of the handle wafer, wherein the cleaning step comprises contacting the handle wafer with an ammonium hydroxide and hydrogen peroxide solution; performing a second polishing step after the cleaning step, the second polishing step comprising polishing the front surface of the handle wafer with a polyurethane foam pad; forming a dielectric layer on a front surface of at least one of the polished handle wafer and a donor wafer; bonding the dielectric layer to at least one of the donor wafer and the handle wafer to form a bonded wafer; and separating the bonded wafer along a separation plane within the donor wafer such that a silicon layer remains bonded to the dielectric layer to form the silicon on insulator structure. providing a handle wafer having a front surface and a back surface; performing a first polishing step that comprises polishing the front surface of the handle wafer with a polyurethane foam pad; performing a cleaning step after the first polishing step, the cleaning step comprising cleaning the front surface of the handle wafer, wherein the cleaning step comprises contacting the handle wafer with an ammonium hydroxide and hydrogen peroxide solution; performing a second polishing step after the cleaning step, the second polishing step comprising polishing the front surface of the handle wafer with a polyurethane foam pad; forming a dielectric layer on a front surface of at least one of the polished handle wafer and a donor wafer; bonding the dielectric layer to at least one of the donor wafer and the handle wafer to form a bonded wafer; and separating the bonded wafer along a separation plane within the donor wafer such that a silicon layer remains bonded to the dielectric layer to form the silicon on insulator structure.
A beverage brewing machine, comprising: a kettle body including a container; a water feeding device arranged within the container, comprising a flow guide cover provided with a water inlet and an outlet, a stirrer located in the flow guide cover and positioned on a bottom of the container, and a driving device for driving the stirrer to rotate, wherein the driving device is located below the container; and a brewing device disposed above the flow guide cover and provided with a flow guide cavity and an accommodating cavity, wherein the accommodating cavity is communicated with the flow guide cavity, and is provided with a filtering hole; wherein a heat conducting plate is provided on the bottom of the container and is connected to the flow guide cover, the flow guide cover comprises a hollow cavity and a bracket movably connected to the cavity and positioned on the heat conducting plate, the flow guide cavity is located above the outlet and is not in contact with the outlet, the stirrer is configured to perform a suction effect by stirring water in the flow guide cover, and water is sucked in through the water inlet of the flow guide cover, sprayed from the outlet to the flow guide cavity and flows into the accommodating cavity. a kettle body including a container; a water feeding device arranged within the container, comprising a flow guide cover provided with a water inlet and an outlet, a stirrer located in the flow guide cover and positioned on a bottom of the container, and a driving device for driving the stirrer to rotate, wherein the driving device is located below the container; and a brewing device disposed above the flow guide cover and provided with a flow guide cavity and an accommodating cavity, wherein the accommodating cavity is communicated with the flow guide cavity, and is provided with a filtering hole; wherein a heat conducting plate is provided on the bottom of the container and is connected to the flow guide cover, the flow guide cover comprises a hollow cavity and a bracket movably connected to the cavity and positioned on the heat conducting plate, the flow guide cavity is located above the outlet and is not in contact with the outlet, the stirrer is configured to perform a suction effect by stirring water in the flow guide cover, and water is sucked in through the water inlet of the flow guide cover, sprayed from the outlet to the flow guide cavity and flows into the accommodating cavity.
A method for the production of an immunoglobulin comprising the following steps: a) fed-batch cultivating a mammalian cell comprising a nucleic acid encoding the immunoglobulin in a cultivation medium at a pH value between pH 6.9 and pH 7.3 at one constant degree of glucose limitation maintained in the range from 0.8 to 0.2, wherein the cell is cultivated for six to twenty days, wherein prior to the cultivating under conditions with the one constant DGL the cultivating is with a DGL of 1.0, and b) recovering the immunoglobulin from the cells or the culture medium, wherein the fraction of the immunoglobulin having a mannose-5 glycostructure is 10 % or less of the sum comprising the amount of the immunoglobulin with a mannose-5 glycostructure, the amount of the immunoglobulin G isoform, the amount of the immunoglobulin G isoform, and the amount of the immunoglobulin G isoform, wherein DGL denotes the ratio of the current specific glucose consumption rate of the cell in the cultivating to the maximum known specific glucose consumption rate of the cell. a) fed-batch cultivating a mammalian cell comprising a nucleic acid encoding the immunoglobulin in a cultivation medium at a pH value between pH 6.9 and pH 7.3 at one constant degree of glucose limitation maintained in the range from 0.8 to 0.2, wherein the cell is cultivated for six to twenty days, wherein prior to the cultivating under conditions with the one constant DGL the cultivating is with a DGL of 1.0, and wherein the cell is cultivated for six to twenty days, wherein prior to the cultivating under conditions with the one constant DGL the cultivating is with a DGL of 1.0, and b) recovering the immunoglobulin from the cells or the culture medium, wherein the fraction of the immunoglobulin having a mannose-5 glycostructure is 10 % or less of the sum comprising the amount of the immunoglobulin with a mannose-5 glycostructure, the amount of the immunoglobulin G isoform, the amount of the immunoglobulin G isoform, and the amount of the immunoglobulin G isoform, wherein DGL denotes the ratio of the current specific glucose consumption rate of the cell in the cultivating to the maximum known specific glucose consumption rate of the cell. wherein the fraction of the immunoglobulin having a mannose-5 glycostructure is 10 % or less of the sum comprising the amount of the immunoglobulin with a mannose-5 glycostructure, the amount of the immunoglobulin G isoform, the amount of the immunoglobulin G isoform, and the amount of the immunoglobulin G isoform, wherein DGL denotes the ratio of the current specific glucose consumption rate of the cell in the cultivating to the maximum known specific glucose consumption rate of the cell.
Method for establishing and maintaining Internet access through the use of a local computer network wireless communication protocol from a mobile client station, by way of several access points (AP1, AP2), to be chosen successively over time as a function of displacements of the mobile client station, from a set of Internet access points identified using this local computer network wireless communication protocol, comprising the following steps carried out by the mobile client station: - establish, for the mobile client station, Internet access through the use of the local computer network wireless communication protocol by way of a first access point selected from the set of identified access points, - open on this occasion, for the mobile client station, a first communication session specific to this first access point in compliance with the local computer network wireless communication protocol, - maintain, for the mobile client station, Internet access while opening at least one other communication session specific to at least one other access point subsequently selected from the set of identified access points in compliance with the local computer network wireless communication protocol, characterized in that the maintaining of Internet access is ensured in the following manner: - on the occasion of the opening of the first session, furthermore open a main communication session for the mobile client station through the use of a public terrestrial mobile network communication protocol, - maintain (106, 114) this main session open as long as one wishes to maintain Internet access for the mobile client station, and - join the main session as well as each session specific to each selected access point (AP1, AP2) under the dependency of one and the same unique session identifier. - establish, for the mobile client station, Internet access through the use of the local computer network wireless communication protocol by way of a first access point selected from the set of identified access points, - open on this occasion, for the mobile client station, a first communication session specific to this first access point in compliance with the local computer network wireless communication protocol, - maintain, for the mobile client station, Internet access while opening at least one other communication session specific to at least one other access point subsequently selected from the set of identified access points in compliance with the local computer network wireless communication protocol, - on the occasion of the opening of the first session, furthermore open a main communication session for the mobile client station through the use of a public terrestrial mobile network communication protocol, - maintain (106, 114) this main session open as long as one wishes to maintain Internet access for the mobile client station, and - join the main session as well as each session specific to each selected access point (AP1, AP2) under the dependency of one and the same unique session identifier.
A high voltage arrangement for a high voltage power system, which high voltage arrangement comprises: an interfacing plane (4; 5-2) defining an interface between a first side and a second side of the high voltage arrangement, a bushing having a bushing portion received by the interfacing plane whereby the bushing extends from the first side to the second side of the high voltage arrangement, a first conductor extending through the bushing, which first conductor protrudes from the bushing portion at the second side of the high voltage arrangement, a second conductor connected to the first conductor at the second side, and an insulating structure arranged around the second conductor for providing insulation of the second conductor, wherein the insulating structure has a continuous extension in an axial direction without any gap from a first end thereof providing insulation of essentially the entire length of the second conductor to a second end of the insulating structure arranged around the bushing portion, which second end extends around the bushing portion at least to a point where an electric potential of an external surface of the bushing portion is at most equal to the average of the potential of the first conductor and the potential of the interfacing plane (4; 5-2) when the high voltage arrangement is in use. an interfacing plane (4; 5-2) defining an interface between a first side and a second side of the high voltage arrangement, a bushing having a bushing portion received by the interfacing plane whereby the bushing extends from the first side to the second side of the high voltage arrangement, a first conductor extending through the bushing, which first conductor protrudes from the bushing portion at the second side of the high voltage arrangement, a second conductor connected to the first conductor at the second side, and an insulating structure arranged around the second conductor for providing insulation of the second conductor, wherein the insulating structure has a continuous extension in an axial direction without any gap from a first end thereof providing insulation of essentially the entire length of the second conductor to a second end of the insulating structure arranged around the bushing portion, which second end extends around the bushing portion at least to a point where an electric potential of an external surface of the bushing portion is at most equal to the average of the potential of the first conductor and the potential of the interfacing plane (4; 5-2) when the high voltage arrangement is in use.
A variable stator vane assembly for use in a compressor section of a turbine engine, comprising: a plurality of movable metallic stator vanes (350, 450); a metallic stator casing (310, 410) supporting the vanes (350, 450); a bushing system positioned between the stator vanes (350, 450) and the stator casings (310, 410), the bushing system comprising a ceramic bushing, the ceramic bushing selected from the group of ceramic materials consisting of silicon nitride, tungsten carbide and zirconium oxide; and at least a portion of the ceramic bushing comprising a closed pore porosity and an elastic modulus of less than the elastic modulus of a substantially identical non-porous ceramic material; wherein each vane (350, 450) further includes a wear-resistant coating (360, 460) applied to a surface of the vane (350, 450); the stator assembly further including an antifriction coating (370, 470) applied along the interface between the coated vane and the bushing system; the antifriction coating (370, 470) comprising a binder and a friction modifying agent; characterized in that: the friction modifying agent comprises tungsten sulfide, bismuth telluride, bismuth oxide or combinations thereof a plurality of movable metallic stator vanes (350, 450); a metallic stator casing (310, 410) supporting the vanes (350, 450); a bushing system positioned between the stator vanes (350, 450) and the stator casings (310, 410), the bushing system comprising a ceramic bushing, the ceramic bushing selected from the group of ceramic materials consisting of silicon nitride, tungsten carbide and zirconium oxide; and at least a portion of the ceramic bushing comprising a closed pore porosity and an elastic modulus of less than the elastic modulus of a substantially identical non-porous ceramic material; wherein each vane (350, 450) further includes a wear-resistant coating (360, 460) applied to a surface of the vane (350, 450); the stator assembly further including an antifriction coating (370, 470) applied along the interface between the coated vane and the bushing system; the antifriction coating (370, 470) comprising a binder and a friction modifying agent; characterized in that: the friction modifying agent comprises tungsten sulfide, bismuth telluride, bismuth oxide or combinations thereof the friction modifying agent comprises tungsten sulfide, bismuth telluride, bismuth oxide or combinations thereof
A storage cluster, comprising a plurality of storage nodes, and further comprising an arbitration module (200, 200a, 232) and a configuration library, wherein the configuration library is configured to: store configuration data of the storage cluster, and the configuration data comprises cluster configuration information, and the cluster configuration information comprises information about all fault-free storage nodes in the storage cluster; and the arbitration module (200, 200a, 232) is configured to: after a fault occurs in the storage cluster, change (S103, S203) the cluster configuration information stored in the configuration library and send (S104, S206) a forced cluster configuration change instruction to a fault-free storage node (230, 240) when (S102, S202) the following conditions A and B are satisfied, wherein the forced cluster configuration change instruction is used to instruct the fault-free storage node (230, 240) to change local cluster configuration information: condition A: a quantity of faulty storage nodes(130, 140) is half of a quantity of all storage nodes in the storage cluster before the fault occurs; and condition B: at least one storage node exists in the fault-free storage nodes in the storage cluster after the fault, and a latest log index number of the storage node is greater than or equal to an index number of a committed log provided by the storage cluster for a client. the configuration library is configured to: store configuration data of the storage cluster, and the configuration data comprises cluster configuration information, and the cluster configuration information comprises information about all fault-free storage nodes in the storage cluster; and the arbitration module (200, 200a, 232) is configured to: after a fault occurs in the storage cluster, change (S103, S203) the cluster configuration information stored in the configuration library and send (S104, S206) a forced cluster configuration change instruction to a fault-free storage node (230, 240) when (S102, S202) the following conditions A and B are satisfied, wherein the forced cluster configuration change instruction is used to instruct the fault-free storage node (230, 240) to change local cluster configuration information: condition A: a quantity of faulty storage nodes(130, 140) is half of a quantity of all storage nodes in the storage cluster before the fault occurs; and condition B: at least one storage node exists in the fault-free storage nodes in the storage cluster after the fault, and a latest log index number of the storage node is greater than or equal to an index number of a committed log provided by the storage cluster for a client. condition A: a quantity of faulty storage nodes(130, 140) is half of a quantity of all storage nodes in the storage cluster before the fault occurs; and condition B: at least one storage node exists in the fault-free storage nodes in the storage cluster after the fault, and a latest log index number of the storage node is greater than or equal to an index number of a committed log provided by the storage cluster for a client.
Front stop of a binding for a boot on a snowsports board, comprising: - a first front retention device for the boot, provided for ascending a slope, said device comprising latching means (11a, 11b) for the boot defining an articulation axis (Y 11) about which the boot pivots when the front stop is in an ascent configuration; - a second front retention device for said boot, provided for descent, said device comprising two wings (21a, 21b), each wing supporting a lateral interface surface (216a, 216b) which is able to come into contact with a front portion of the boot when the front stop is in a descent configuration; - a longitudinal stop surface that is able to move between an active position, in which it is able to engage with the front portion of the boot, and an inactive position, in which it is arranged so as to no longer be able to engage with the front portion of the boot; characterized in that the longitudinal stop surface is able to move with respect to the wings. - a first front retention device for the boot, provided for ascending a slope, said device comprising latching means (11a, 11b) for the boot defining an articulation axis (Y 11) about which the boot pivots when the front stop is in an ascent configuration; - a second front retention device for said boot, provided for descent, said device comprising two wings (21a, 21b), each wing supporting a lateral interface surface (216a, 216b) which is able to come into contact with a front portion of the boot when the front stop is in a descent configuration; - a longitudinal stop surface that is able to move between an active position, in which it is able to engage with the front portion of the boot, and an inactive position, in which it is arranged so as to no longer be able to engage with the front portion of the boot;
A liquid detergent composition comprising a protease having an amino acid sequence that has 100% sequence identity to SEQ ID NO: 1, wherein the protease is a subtilase variant comprising the substitutions X9E+X206L+X262E.
A conversion circuit for converting first signals coming from a fluorescent ballast into second signals for feeding a light circuit, the light circuit comprising at least one light emitting diode, the conversion circuit comprising: - first two inputs (21, 22) coupled to each other to create a first interconnection; - second two inputs (23, 24) coupled to each other to create a second interconnection; - a bridge rectifier circuit having a first input, a second input, a first output and a second output, wherein the second interconnection is coupled to the second input of the bridge rectifier circuit; - an output stage coupled to the first output and the second output of the bridge rectifier circuit for supplying the second signals; and, - a capacitor coupled between the first output and the second output, characterized in that the conversion circuit comprises a first inductor arranged to couple the first interconnection to the first input of the bridge rectifier circuit. - first two inputs (21, 22) coupled to each other to create a first interconnection; - second two inputs (23, 24) coupled to each other to create a second interconnection; - a bridge rectifier circuit having a first input, a second input, a first output and a second output, wherein the second interconnection is coupled to the second input of the bridge rectifier circuit; - an output stage coupled to the first output and the second output of the bridge rectifier circuit for supplying the second signals; and, - a capacitor coupled between the first output and the second output,
A monolithic foundation system with homopolymer/resistant aggregate pavement with a semi-continuous configuration, which uses a pavement with load transfer elements for the induction of joints, characterized in that it comprises a foundation having high-density expanded polystyrene blocks, which supports a semi-continuous cement concrete pavement, the pavement formwork being formed by the polystyrene blocks of the foundation.
A light-emitting device for emitting pseudo-white light, comprising an LED light source (11;21;31;41) capable of emitting light containing a blue light component of wavelength 420 to 490 nm, and a wavelength conversion member (12;22;32;42) spaced forwardly from the LED light source in the emission direction thereof and containing a phosphor capable of absorbing blue light, characterized in that the device further comprises an adjustment member (13;23;33;43) which is spaced apart from the LED light source and comprises a complex fluoride phosphor having the formula: A 2 (M 1-x Mn x)F 6 wherein M is one or two or more of tetravalent elements selected from Si, Ti, Zr, Hf, Ge, and Sn, A is one or two or more of alkali metals selected from Li, Na, K, Rb, and Cs and containing at least Na and/or K, and x is a number of 0.001 to 0.3, the adjustment member being adapted to absorb light having a wavelength of 420 nm to 490 nm and emit light containing a red wavelength component for thereby adjusting the chromaticity and/or color rendering index of illumination light from the device, and wherein the phosphor contained in the adjustment member (13;23;33;43) emits light of different wavelength from the phosphor in the wavelength conversion member (12;22;32;42).