mhurhangee/ep-ind-claims huggingface dataset:
An electrode group comprising a stack comprising: a positive electrode; a negative electrode or negative electrodes, each comprising a negative electrode current collector and a negative electrode layer provided on the negative electrode current collector, the negative electrode layer comprising a lithium titanium composite oxide; and a separator, wherein the electrode group satisfies following relational formulae to 10 ≤ a 1 / b 1 ≤ 16 0.7 ≤ D 1 / E 1 ≤ 1.4 E 1 ≤ 85 wherein the a1 [mm] is a thickness of the stack; the b1 [mm] is a thickness of the negative electrode current collector when the stack comprises the negative electrode, or is a total thickness of the negative electrode current collectors when the stack comprises the negative electrodes; the D 1 [μm] is a thickness of the positive electrode; the E 1 [μm] is a thickness of the negative electrode; and the total thickness of the negative electrode current collectors is a value obtained by multiplying an average value of the thickness of the negative electrode current collector by the number of the negative electrodes included in the stack of the electrode group. a positive electrode; a negative electrode or negative electrodes, each comprising a negative electrode current collector and a negative electrode layer provided on the negative electrode current collector, the negative electrode layer comprising a lithium titanium composite oxide; and a separator, wherein the electrode group satisfies following relational formulae to 10 ≤ a 1 / b 1 ≤ 16 0.7 ≤ D 1 / E 1 ≤ 1.4 E 1 ≤ 85 wherein the a1 [mm] is a thickness of the stack; the b1 [mm] is a thickness of the negative electrode current collector when the stack comprises the negative electrode, or is a total thickness of the negative electrode current collectors when the stack comprises the negative electrodes; the D 1 [μm] is a thickness of the positive electrode; the E 1 [μm] is a thickness of the negative electrode; and the total thickness of the negative electrode current collectors is a value obtained by multiplying an average value of the thickness of the negative electrode current collector by the number of the negative electrodes included in the stack of the electrode group.
An audio driver assembly, comprising: a driver housing; and an audio driver secured within the driver housing and comprising: a magnet assembly, wherein the magnet assembly comprises a permanent magnet and a voice coil circumscribing the permanent magnet; a flexible diaphragm overlying the magnet assembly; and a stabilizer extending through the driver housing and into the magnet assembly, characterised in that the magnet assembly further comprises a yoke cup at least partially surrounding the permanent magnet and the voice coil. a driver housing; and an audio driver secured within the driver housing and comprising: a magnet assembly, wherein the magnet assembly comprises a permanent magnet and a voice coil circumscribing the permanent magnet; a flexible diaphragm overlying the magnet assembly; and a stabilizer extending through the driver housing and into the magnet assembly, characterised in that the magnet assembly further comprises a yoke cup at least partially surrounding the permanent magnet and the voice coil. a magnet assembly, wherein the magnet assembly comprises a permanent magnet and a voice coil circumscribing the permanent magnet; wherein the magnet assembly comprises a permanent magnet and a voice coil circumscribing the permanent magnet; a flexible diaphragm overlying the magnet assembly; and a stabilizer extending through the driver housing and into the magnet assembly, characterised in that the magnet assembly further comprises a yoke cup at least partially surrounding the permanent magnet and the voice coil.
A helicoidal guide configured and shaped for cooling an inductor and/or a transformer with a core and a first coil having a spatial gap between the core and the first coil, the helicoidal guide being placeable within the spatial gap and configured to guide a flow of coolant through the spatial gap, characterised in that the coolant is in direct contact with the first coil.
A tube reactor comprising: multiple, substantially parallel reaction tubes arranged within a tube reactor shell, the reaction tubes being spaced apart such that a thermal fluid can flow between the reaction tubes and transfer heat between the reaction tubes and the thermal fluid during operation; a temperature control system; an inlet head positioned adjacent the tube reactor shell defining an inlet head space, where the inlet head space is in fluid communication with an inlet end of the reaction tubes, an outlet head positioned adjacent the tube reactor shell including an outlet head shell that defines an outlet head space; and at least one insert positioned within the outlet head space, where the insert slopes from an edge region towards an outlet end so that the height of the outlet head space is greater near the center of the outlet than at the edge region and the insert reduces the outlet head volume for reaction product gases by at least twenty-five percent, the outlet head volume being in fluid communication with an outlet end of the reaction tubes and in fluid communication with a reactor outlet. multiple, substantially parallel reaction tubes arranged within a tube reactor shell, the reaction tubes being spaced apart such that a thermal fluid can flow between the reaction tubes and transfer heat between the reaction tubes and the thermal fluid during operation; a temperature control system; an inlet head positioned adjacent the tube reactor shell defining an inlet head space, where the inlet head space is in fluid communication with an inlet end of the reaction tubes, an outlet head positioned adjacent the tube reactor shell including an outlet head shell that defines an outlet head space; and at least one insert positioned within the outlet head space, where the insert slopes from an edge region towards an outlet end so that the height of the outlet head space is greater near the center of the outlet than at the edge region and the insert reduces the outlet head volume for reaction product gases by at least twenty-five percent, the outlet head volume being in fluid communication with an outlet end of the reaction tubes and in fluid communication with a reactor outlet.
A coextruded multilayer capillary tube (1, 20) comprising: a tubular sidewall defining a central channel and comprising at least two coextruded polymer layers (12, 14) coaxially disposed along an axial length of the tube between open proximal and distal ends of the tube, the tubular sidewall having an inner diameter sized to permit an aqueous or aqueous based fluid to flow into the central channel by capillary action through an open end of the tube, characterized by the at least two coaxial coextruded polymer layers comprising: an innermost layer defining the surface of the central channel comprising a polyether block polyamide (PEBA) polymer material; and an outer layer of a material having a flexural modulus of at least about 1.72 GPa (250,000 pounds per square inch (psi)) as tested by ISO 178 or ASTM D790. a tubular sidewall defining a central channel and comprising at least two coextruded polymer layers (12, 14) coaxially disposed along an axial length of the tube between open proximal and distal ends of the tube, the tubular sidewall having an inner diameter sized to permit an aqueous or aqueous based fluid to flow into the central channel by capillary action through an open end of the tube, characterized by the at least two coaxial coextruded polymer layers comprising: an innermost layer defining the surface of the central channel comprising a polyether block polyamide (PEBA) polymer material; and an outer layer of a material having a flexural modulus of at least about 1.72 GPa (250,000 pounds per square inch (psi)) as tested by ISO 178 or ASTM D790. an innermost layer defining the surface of the central channel comprising a polyether block polyamide (PEBA) polymer material; and an outer layer of a material having a flexural modulus of at least about 1.72 GPa (250,000 pounds per square inch (psi)) as tested by ISO 178 or ASTM D790.
A method for the manufacture of a section of screw rod (1', 1") extending along a z-axis, the method comprises the steps: - the processing of a workpiece to comprise at least one thread groove; - the processing of the workpiece to comprise a first plane of contact that extends transverse to the z-axis; the method is characterized by; - the measuring in of the first plane of contact and a first reference point at the thread groove relative to each other; - the determination of a position of a first entry point at the thread groove based on the said measuring in; - the processing of the workpiece to comprise a first section of assembly thread demonstrating at least one first thread comprising a connection point in connection with the first plane of contact. - the processing of a workpiece to comprise at least one thread groove; - the processing of the workpiece to comprise a first plane of contact that extends transverse to the z-axis; the method is characterized by; - the measuring in of the first plane of contact and a first reference point at the thread groove relative to each other; - the determination of a position of a first entry point at the thread groove based on the said measuring in; - the processing of the workpiece to comprise a first section of assembly thread demonstrating at least one first thread comprising a connection point in connection with the first plane of contact.
An individual characteristics management system comprising: first storage installed at a vehicle and storing first data relating to individual characteristics of a user; second storage provided at an exterior of the vehicle and storing second data relating to the individual characteristics; and a controller updating the first data and the second data respectively based on a driving state of the user, wherein the controller updates, during driving by the user and based on a driving vehicle, the first data stored in the first storage, and updates the second data based on the updated first data and the second data stored in the second storage, characterised in that: the controller updates the second data in a case in which the vehicle is stopped; and in a case in which the vehicle is stopped, the controller transmits to the second storage only data, which was updated during driving, from among the first data. first storage installed at a vehicle and storing first data relating to individual characteristics of a user; second storage provided at an exterior of the vehicle and storing second data relating to the individual characteristics; and a controller updating the first data and the second data respectively based on a driving state of the user, wherein the controller updates, during driving by the user and based on a driving vehicle, the first data stored in the first storage, and updates the second data based on the updated first data and the second data stored in the second storage, characterised in that: the controller updates the second data in a case in which the vehicle is stopped; and in a case in which the vehicle is stopped, the controller transmits to the second storage only data, which was updated during driving, from among the first data. the controller updates the second data in a case in which the vehicle is stopped; and in a case in which the vehicle is stopped, the controller transmits to the second storage only data, which was updated during driving, from among the first data.
Gas turbine comprising a compressor, a combustion chamber, a turbine and a cooling air system with at least one first cooling air line which leads from a first pressure stage of the compressor to the turbine, and at least one second cooling air line which leads from a higher second pressure stage of the compressor to the turbine, characterised in that the cooling air system of the gas turbine comprises a connecting line which leads from the second cooling air line to the first cooling air line, wherein in the connecting line are arranged a cooling device for cooling an auxiliary cooling air flow flowing from the second cooling air line into the first cooling air line, and a control element.
A method of multi-level optimization of emission levels and efficiency for a boiler system, comprising: creating boiler-level models and burner-level models; receiving a plurality of boiler-level system variables; optimizing boiler-level setpoints for a boiler-level objective function, based at least in part on the received boiler-level system variables; thereafter deploying the optimized boiler-level setpoints to a plant control system of the boiler system; optimizing burner-level setpoints for a burner-level objective function, based at least in part on the received boiler-level setpoints; and thereafter deploying the optimized burner-level setpoints to at least one burner control loop of the plant control system. creating boiler-level models and burner-level models; receiving a plurality of boiler-level system variables; optimizing boiler-level setpoints for a boiler-level objective function, based at least in part on the received boiler-level system variables; thereafter deploying the optimized boiler-level setpoints to a plant control system of the boiler system; optimizing burner-level setpoints for a burner-level objective function, based at least in part on the received boiler-level setpoints; and thereafter deploying the optimized burner-level setpoints to at least one burner control loop of the plant control system.
A garden tool having an operation control mechanism, said operation control mechanism comprising: a control button; a pair of handles located at two sides of the control button, the handles of said pair each being provided with a trigger; and stop components which are movable relative to said handles, said handles being rotatable around axes (A, A', A'', A''') thereof upon movement of said stop components; characterized in that: said stop components are movable upwards or downwards relative to said handles and are each provided with a first toothed part and with a pressable operable part (24, 19);and said first toothed part is engagable with a second toothed part, and said first toothed part is disengagable from said second toothed part when the operable part (24, 19) is pressed down so that said handles can be rotated around their respective axes (A, A' A", A'''). a control button; a pair of handles located at two sides of the control button, the handles of said pair each being provided with a trigger; and stop components which are movable relative to said handles, said handles being rotatable around axes (A, A', A'', A''') thereof upon movement of said stop components; characterized in that: said stop components are movable upwards or downwards relative to said handles and are each provided with a first toothed part and with a pressable operable part (24, 19);and said first toothed part is engagable with a second toothed part, and said first toothed part is disengagable from said second toothed part when the operable part (24, 19) is pressed down so that said handles can be rotated around their respective axes (A, A' A", A''').
An intraocular lens insertion instrument comprising: a main body including a lens setting section, a transition section, and a nozzle piece; an intraocular lens including an optic and first and second haptics stored on the lens setting section; and a lens push-out mechanism for pushing out the intraocular lens stored on the lens setting section; wherein the intraocular lens is deformable by the transition section and is dischargable through the nozzle piece a releasing means for releasing the intraocular lens pushed by the lens push-out mechanism from the lens setting section; characterized by the releasing means including a posture holding mount for holding the intraocular lens with a forward tilt relative to an axial line of lens movement; and the intraocular lens being stored on the posture holding mount such that the optic has a forward tilt relative to an axial line of lens movement. a main body including a lens setting section, a transition section, and a nozzle piece; an intraocular lens including an optic and first and second haptics stored on the lens setting section; and a lens push-out mechanism for pushing out the intraocular lens stored on the lens setting section; wherein the intraocular lens is deformable by the transition section and is dischargable through the nozzle piece a releasing means for releasing the intraocular lens pushed by the lens push-out mechanism from the lens setting section; characterized by the releasing means including a posture holding mount for holding the intraocular lens with a forward tilt relative to an axial line of lens movement; and the intraocular lens being stored on the posture holding mount such that the optic has a forward tilt relative to an axial line of lens movement.
Holding device for fastening a component, in particular a fuel distributor, to an internal combustion engine, having at least one holding element (11, 12, 13) which can be at least indirectly fastened to the internal combustion engine by a fastening means, characterized in that a cable guide is provided, and in that the at least one holding element (11, 12, 13) is at least indirectly connected to the cable guide, wherein the cable guide has a housing with an interior, in that the housing is configured in such a way that, in an open state of the housing, electric cables can be introduced into the interior of the housing, and in that, in a closed state of the housing, the interior of the housing is protected with respect to the surroundings, and in that a housing part (31, 32, 33), which has a holder-fixed guide profile part (34, 34A, 34B) and a pivotable cover part (35, 35A, 35B), is provided on the at least one holding element (11, 12, 13), wherein each holding element (11, 12, 13) is formed from in each case two half-shells (18, 18A, 18B, 19, 19A, 19B) and the holder-fixed guide profile parts (34, 34A, 34B) are each rigidly connected to the associated half-shell (19, 19A, 19B), whereas the pivotable cover parts (35, 35A, 35B) are pivotable relative to the associated half-shells (19, 19A, 19B) for opening and closing the housing part (31, 32, 33).
A method for compacting a ballast bed of a track in layers by means of a track maintenance machine travelling on the track, wherein ballast located underneath sleepers of the track is compacted in at least two layers (20, 21) lying one on top of the other, in that in a first compaction step a lower ballast layer is compacted and thereafter in a second compaction step an upper ballast layer lying above the lower ballast layer is compacted by means of a tamping procedure, wherein, prior to compacting, the lower ballast layer and the upper ballast layer are jointly introduced into the track, characterized in that in the first compaction step ballast stones are set only in vibration by means of vibrating tamping tines of a tamping unit arranged on the track maintenance machine are lowered in such a manner that tamping tine plates arranged at the free ends of the tamping tines penetrate into the lower ballast layer and while vibrating are kept in position there for a prescribed time period, and that only in the second compaction step a squeezing motion takes place and ballast stones are set in vibration by means of the tamping tine plates of the vibrating tamping tines penetrate into the upper ballast layer and are squeezed towards one another.
Security device for an identity document, said device comprising at least: - a lenticular array, and - an image carrier placed in a focal plane of the lenticular array, and said image carrier comprising: - at least a first pair of colour images (30a, 30b), which images are configured to be visible through said lenticular array at a first observation position, and - at least a second pair of black-and-white images (32a, 32b), which pair is configured to be visible through said lenticular array at a second observation position different from the first observation position, the device being characterized in that the images of the first pair and of the second pair are stereoscopic. - a lenticular array, and - an image carrier placed in a focal plane of the lenticular array, - at least a first pair of colour images (30a, 30b), which images are configured to be visible through said lenticular array at a first observation position, and - at least a second pair of black-and-white images (32a, 32b), which pair is configured to be visible through said lenticular array at a second observation position different from the first observation position, the device being characterized in that the images of the first pair and of the second pair are stereoscopic.
A convection oven comprising: a cabinet having a top, bottom, front, rear, left side, and right side, an oven chamber in the cabinet sized for receiving food, at least one outlet for delivering gas to the oven chamber, at least one exhaust for exhausting gas from the oven chamber, recirculation ducting defining a recirculation gas flow path for flow of gas from the at least one exhaust to the at least one outlet for recirculating gas from the oven chamber back to the oven chamber, a fan in the recirculation ducting for moving gas along the recirculation gas flow path, and at least one turning vane in the recirculation ducting, the turning vane being configured for turning gas flow in the recirculation ducting from a first direction toward a second direction transverse to the first direction for following the gas flow path, the turning vane comprising a heating mechanism for heating gas in the recirculation ducting. a cabinet having a top, bottom, front, rear, left side, and right side, an oven chamber in the cabinet sized for receiving food, at least one outlet for delivering gas to the oven chamber, at least one exhaust for exhausting gas from the oven chamber, recirculation ducting defining a recirculation gas flow path for flow of gas from the at least one exhaust to the at least one outlet for recirculating gas from the oven chamber back to the oven chamber, a fan in the recirculation ducting for moving gas along the recirculation gas flow path, and at least one turning vane in the recirculation ducting, the turning vane being configured for turning gas flow in the recirculation ducting from a first direction toward a second direction transverse to the first direction for following the gas flow path, the turning vane comprising a heating mechanism for heating gas in the recirculation ducting.
A surgical instrument comprising a mounting surface, wherein the mounting surface defines a first opening (14, 20) for receiving a first mounting projection installed in a bone; wherein the mounting surface further defines a first blind recess (26, 28); wherein the mounting surface further defines a second opening (14, 20) for receiving a second mounting projection; wherein the first blind recess extends linearly from the first opening and a second blind recess extends linearly from the second opening; wherein both the first and second blind recesses (26, 28) are recesses that do not extend through the entire depth of the surgical instrument and extend to a first edge of the mounting surface such that both the first and second blind recesses (26, 28) extend into a first side surface; and wherein the first and second blind recesses (26, 28) are substantially parallel to each other in the plane of the mounting surface.
A method of reducing immunogenicity of a precursor microbial amylase, comprising modifying at least one amino acid at a position which is equivalent to a position in an epitope defined by SEQ ID NO: 5 of Bacillus licheniformis amylase having the amino acid sequence of SEQ ID NO: 1 to produce a variant amylase, whereby said variant amylase is less immunogenic than the precursor amylase.