mhurhangee/ep-ind-claims huggingface dataset:
A cathode active material for a lithium secondary battery comprising a lithium metal oxide particle containing nickel (Ni) and cobalt (Co), wherein the lithium metal oxide particle includes: a concentration gradient region formed in at least one region between a center of the lithium metal oxide particle and a surface of the lithium metal oxide particle, a core region including a predetermined distance from the center to the surface, wherein the core region is provided as a first constant concentration region, and a shell region including a predetermined distance from the surface toward the center, wherein the shell region is provided as a second constant concentration region and wherein the concentration gradient region is formed between the core region and the shell region, wherein a ratio of a concentration represented as an atomic percent of Co at the surface relative to an average concentration represented as an atomic percent of Co throughout an entire region of the lithium metal oxide particle is 1.8 or more. a concentration gradient region formed in at least one region between a center of the lithium metal oxide particle and a surface of the lithium metal oxide particle, a core region including a predetermined distance from the center to the surface, wherein the core region is provided as a first constant concentration region, and a shell region including a predetermined distance from the surface toward the center, wherein the shell region is provided as a second constant concentration region and wherein the concentration gradient region is formed between the core region and the shell region, wherein a ratio of a concentration represented as an atomic percent of Co at the surface relative to an average concentration represented as an atomic percent of Co throughout an entire region of the lithium metal oxide particle is 1.8 or more.
Spray head intended for distribution of an extinguishing agent, said spray head comprising a heat-sensitive shutter and a body defining: a transfer channel comprising an extinguishing agent inlet, - a detection channel comprising a detection inlet selectively or permanently in fluidic communication with the transfer channel, and a detection outlet tightly sealed by the shutter, - a spray channel separate from the detection channel and comprising a spray inlet selectively in fluidic communication with the transfer channel via a spray valve, and a spray outlet opening towards the outside, the spray valve only allowing circulation towards the spray outlet. a transfer channel comprising an extinguishing agent inlet, - a detection channel comprising a detection inlet selectively or permanently in fluidic communication with the transfer channel, and a detection outlet tightly sealed by the shutter, - a spray channel separate from the detection channel and comprising a spray inlet selectively in fluidic communication with the transfer channel via a spray valve, and a spray outlet opening towards the outside, the spray valve only allowing circulation towards the spray outlet. - a detection channel comprising a detection inlet selectively or permanently in fluidic communication with the transfer channel, and a detection outlet tightly sealed by the shutter, - a spray channel separate from the detection channel and comprising a spray inlet selectively in fluidic communication with the transfer channel via a spray valve, and a spray outlet opening towards the outside, the spray valve only allowing circulation towards the spray outlet.
A mobile terminal for performing a data communication, the mobile terminal comprising: a first display unit; an interface unit configured to be connected to an external display device having a second display unit; and a controller configured to: execute a first function such that a first function image is displayed on both a first monitor window within the second display unit and as a first screen image on the first display unit; execute a second function while executing the first function; cause the terminal to multitask the first and second functions to cause the first display unit to display a second function image as the first screen image such that a portion of the first function image is not display-able on the first display unit due to the second function image; and cause the interface unit to provide the external display device with both the first function image and the second function image as information to be displayed such that both the first monitor window for the first function image and a second monitor window for the second function image are simultaneously displayed on the second display unit. a first display unit; an interface unit configured to be connected to an external display device having a second display unit; and a controller configured to: execute a first function such that a first function image is displayed on both a first monitor window within the second display unit and as a first screen image on the first display unit; execute a second function while executing the first function; cause the terminal to multitask the first and second functions to cause the first display unit to display a second function image as the first screen image such that a portion of the first function image is not display-able on the first display unit due to the second function image; and cause the interface unit to provide the external display device with both the first function image and the second function image as information to be displayed such that both the first monitor window for the first function image and a second monitor window for the second function image are simultaneously displayed on the second display unit. execute a first function such that a first function image is displayed on both a first monitor window within the second display unit and as a first screen image on the first display unit; execute a second function while executing the first function; cause the terminal to multitask the first and second functions to cause the first display unit to display a second function image as the first screen image such that a portion of the first function image is not display-able on the first display unit due to the second function image; and cause the interface unit to provide the external display device with both the first function image and the second function image as information to be displayed such that both the first monitor window for the first function image and a second monitor window for the second function image are simultaneously displayed on the second display unit.
A rubber composition that is based upon a cross-linkable elastomer composition, the cross-linkable elastomer composition comprising, per 100 parts by weight of rubber (phr): between 70 phr and 100 phr of an epoxidized rubber component selected from an epoxidized polybutadiene rubber (eBR), an epoxidized styrene-butadiene rubber (eSBR), or combinations thereof, wherein the epoxidized rubber component has a Tg of between -80 °C and -110 °C and an epoxy-function content of between 1 mol% and 25 mol%; between 30 phr and 150 phr of a plasticizing resin; at least 40 phr of a silica; and a guanidine derivative in an amount of between 3% and 10% by weight relative to the weight of the silica. between 70 phr and 100 phr of an epoxidized rubber component selected from an epoxidized polybutadiene rubber (eBR), an epoxidized styrene-butadiene rubber (eSBR), or combinations thereof, wherein the epoxidized rubber component has a Tg of between -80 °C and -110 °C and an epoxy-function content of between 1 mol% and 25 mol%; between 30 phr and 150 phr of a plasticizing resin; at least 40 phr of a silica; and a guanidine derivative in an amount of between 3% and 10% by weight relative to the weight of the silica.
Method for navigating a user between a first position within a building, wherein the first position is a park position of a motor vehicle parked in the building, and a second position, or vice versa, characterised by the following steps: - creating, by the motor vehicle, map information describing at least one partial area of the building based on vehicle environment information created at the motor vehicle that describes objects in an environment around the motor vehicle, - providing, by the motor vehicle, parking information including a park position of the motor vehicle within the building, - transferring the map information and the parking information from the motor vehicle to a user-side mobile communication device, - creating, by the user-side mobile communication device, navigation information comprising at least one navigation route between the first position and the second position, based on the transferred map information and the transferred parking information, and - navigating, by the mobile communication device, the user from the first position to the second position, or vice versa, based on the navigation information, wherein the navigation information comprises at least one distance to be travelled by the user in order to arrive from the first position at the second position, or vice versa. - creating, by the motor vehicle, map information describing at least one partial area of the building based on vehicle environment information created at the motor vehicle that describes objects in an environment around the motor vehicle, - providing, by the motor vehicle, parking information including a park position of the motor vehicle within the building, - transferring the map information and the parking information from the motor vehicle to a user-side mobile communication device, - creating, by the user-side mobile communication device, navigation information comprising at least one navigation route between the first position and the second position, based on the transferred map information and the transferred parking information, and - navigating, by the mobile communication device, the user from the first position to the second position, or vice versa, based on the navigation information, wherein the navigation information comprises at least one distance to be travelled by the user in order to arrive from the first position at the second position, or vice versa.
Combination comprising or consisting of the isolated anti-Trop-2 monoclonal antibodies produced by the hybridoma cell lines having deposit numbers PD 08020 and PD 08021.
An information writing method, applied to a non-volatile dual in-line memory module, NVDIMM, wherein the NVDIMM comprises an NVDIMM controller and a non-volatile memory, NVM, and the method comprises: receiving, by the NVDIMM controller, a sanitize command from a host, wherein the sanitize command is used to instruct the NVDIMM controller to sanitize data in the NVM by using a first write pattern, and the first write pattern is one of at least two patterns of writing information into the NVM, wherein the first write pattern is indicated in the sanitize command, and wherein the first write pattern is selected by the host based on a type of the NVM; and writing, by the NVDIMM controller, information into the NVM according to the sanitize command; wherein the information that is written by the NVDIMM controller according to the instruction of the sanitize command is the same as information that is written into the NVM in a power-saving write pattern; and wherein the sanitize command is a command code in the NVDIMM-P protocol for a double data rate 5, DDR5, interface, or the sanitize command is a command code in the NVDIMM-P protocol for a double data rate 4, DDR4, interface. receiving, by the NVDIMM controller, a sanitize command from a host, wherein the sanitize command is used to instruct the NVDIMM controller to sanitize data in the NVM by using a first write pattern, and the first write pattern is one of at least two patterns of writing information into the NVM, wherein the first write pattern is indicated in the sanitize command, and wherein the first write pattern is selected by the host based on a type of the NVM; and writing, by the NVDIMM controller, information into the NVM according to the sanitize command; wherein the information that is written by the NVDIMM controller according to the instruction of the sanitize command is the same as information that is written into the NVM in a power-saving write pattern; and wherein the sanitize command is a command code in the NVDIMM-P protocol for a double data rate 5, DDR5, interface, or the sanitize command is a command code in the NVDIMM-P protocol for a double data rate 4, DDR4, interface.
A PTC conductive composite material, comprising: (a) A matrix of crystalline polymer material at least, occupies 20%-70% of the volume fraction of the PTC conductive composite material. (b) One kind of conductive filler occupies 30%-80% of the volume fraction of the material. The solid solution conductive filler is uniformly dispersed in the polymer material, whose average particle size ranges from 0.1μm to 10μm, and the volume resistivity is no more than 300μΩ•cm, and wherein the conductive filler is one of tantalum-niobium carbide solid solution, chromium carbide-titanium carbide-tantalum carbide solid solution, titanium carbide-tungsten carbide-tantalum carbide solid solution, titanium carbide-tungsten carbide-niobium carbide solid solution, titanium carbide-tungsten carbide solid solution, titanium carbide-tungsten carbide-niobium carbide-tantalum carbide solid solution, tungsten carbide-tantalum carbide solid solution and titanium carbide-tantalum carbide solid solution. (a) A matrix of crystalline polymer material at least, occupies 20%-70% of the volume fraction of the PTC conductive composite material. (b) One kind of conductive filler occupies 30%-80% of the volume fraction of the material. The solid solution conductive filler is uniformly dispersed in the polymer material, whose average particle size ranges from 0.1μm to 10μm, and the volume resistivity is no more than 300μΩ•cm, and wherein the conductive filler is one of tantalum-niobium carbide solid solution, chromium carbide-titanium carbide-tantalum carbide solid solution, titanium carbide-tungsten carbide-tantalum carbide solid solution, titanium carbide-tungsten carbide-niobium carbide solid solution, titanium carbide-tungsten carbide solid solution, titanium carbide-tungsten carbide-niobium carbide-tantalum carbide solid solution, tungsten carbide-tantalum carbide solid solution and titanium carbide-tantalum carbide solid solution.
A washing ball case for a dishwasher, in which a case body is formed by thermally bonding a top plate and a bottom plate to each other in the vertical direction, the top plate and the bottom plate are provided each with an outer side portion, which are formed of a synthetic resin material and have first holes,, and washing balls formed of a ceramic material are accommodated in an internal space part of the case body so as to be used for dish-washing, characterized in that: second drainage through holes are formed in the outer side portion of the case body so as to communicate with the internal space part, and positioned at a lower side when the case body is set to stand on the outer side portion so as to allow washing water to be completely drained through the second drainage through holes at the time of washing dishes.
A medical device, comprising: a polymer; and a near infrared fluorescent dye combined with the polymer such that excitation of the near infrared fluorescent dye will produce near infrared fluorescence, characterized in that the medical device contains the near infrared fluorescent dye in a known quantity chosen such that the near infrared fluorescence is equivalent to the amount of fluorescence produced by indocyanine dye in ethanol at a concentration of four parts per million, thereby being capable of penetrating biological material to a predetermined depth so that the near infrared fluorescence provides information about the surrounding biological material such as tissue depth, density, variations in tissue structure and inhomogeneities, and tissue anomalies when received by a detector. a polymer; and a near infrared fluorescent dye combined with the polymer such that excitation of the near infrared fluorescent dye will produce near infrared fluorescence, characterized in that the medical device contains the near infrared fluorescent dye in a known quantity chosen such that the near infrared fluorescence is equivalent to the amount of fluorescence produced by indocyanine dye in ethanol at a concentration of four parts per million, thereby being capable of penetrating biological material to a predetermined depth so that the near infrared fluorescence provides information about the surrounding biological material such as tissue depth, density, variations in tissue structure and inhomogeneities, and tissue anomalies when received by a detector.
A system for visualizing one or more bubbles formed by a catheter, the system comprising: a fluid container, configured to: (i) contain an at least partially transparent fluid, and (ii) receive into the fluid the catheter having one or more electrodes; a pulse generator, configured to apply one or more pulses to at least one of the electrodes; a schlieren imaging assembly, configured to acquire two-dimensional schlieren images of the bubbles occurring in the fluid when applying the one or more pulses, wherein the schlieren imaging assembly comprises: (i) a first lens, positioned at a first side of the fluid container, and configured to direct a collimated light beam through the fluid, (ii) a second lens, positioned at a second side of the fluid container, opposite the first side, and configured to produce, based on the collimated light beam, a focused light beam for visualizing the bubbles, (iii) a knife-edge, which is configured to partially block the focused light beam, and (iv) a camera, which is configured to produce, based on the partially-blocked focused light beam, an image indicative of the bubbles; and a processor, which is configured to visualize the bubbles using the schlieren images. a fluid container, configured to: (i) contain an at least partially transparent fluid, and (ii) receive into the fluid the catheter having one or more electrodes; a pulse generator, configured to apply one or more pulses to at least one of the electrodes; a schlieren imaging assembly, configured to acquire two-dimensional schlieren images of the bubbles occurring in the fluid when applying the one or more pulses, wherein the schlieren imaging assembly comprises: (i) a first lens, positioned at a first side of the fluid container, and configured to direct a collimated light beam through the fluid, (ii) a second lens, positioned at a second side of the fluid container, opposite the first side, and configured to produce, based on the collimated light beam, a focused light beam for visualizing the bubbles, (iii) a knife-edge, which is configured to partially block the focused light beam, and (iv) a camera, which is configured to produce, based on the partially-blocked focused light beam, an image indicative of the bubbles; and (i) a first lens, positioned at a first side of the fluid container, and configured to direct a collimated light beam through the fluid, (ii) a second lens, positioned at a second side of the fluid container, opposite the first side, and configured to produce, based on the collimated light beam, a focused light beam for visualizing the bubbles, (iii) a knife-edge, which is configured to partially block the focused light beam, and (iv) a camera, which is configured to produce, based on the partially-blocked focused light beam, an image indicative of the bubbles; and a processor, which is configured to visualize the bubbles using the schlieren images.
A method for producing a component by forming a workpiece from sheet metal with a bending machine having a control device and a manufacturing program for operating the bending machine, wherein in a processing area at least two manufacturing steps (F1, F2) each with a bending formation (B 1, B2) are carried out on the workpiece, and wherein the processing area is recorded by a camera (16, 17) and images of the processing area are displayed to the operator by a display means, wherein during the performance of a first manufacturing step, working instructions (G1, G2, G3) for a subsequent phase of the current, first manufacturing step or for a subsequent, second manufacturing step are superimposed by an image processing program on the images of the processing area to be displayed by the display means and are displayed by the display means, characterized in that the application of edges of the workpiece to abutments (8, 9) provided for the alignment of the workpiece is recognized by an image recognition program from the images of the processing area recorded by the camera and then the bending forming (B1, B2) is automatically started by the control device.
A fusion protein comprising three or more covalently attached isolated antigens from one or more filarial nematodes, wherein the antigens comprise Abundant Larval Transcript (ALT-2), Tetraspanin, and Small heat shock protein 12.6, or fragments thereof, wherein the fragment is selected from the group of SEQ ID NO:39, SEQ ID NO:63, and SEQ ID NO:64.
An air guide sleeve for an air pipe in a flue gas air preheater for combustion air in a boiler of a power plant, - the air guide sleeve • arranged to be fitted inside an air pipe, • having an inflow end and a second end arranged to be placed inside the air pipe, and • arranged to guide the combustion air to be heated into the air pipe, wherein - the shaping of the second end is designed to diminish turbulence in the air flow in such a way that the portion of the wall of the air guide sleeve on the surface area limited by the outer circumference of the air pipe decreases towards the second end, and - the second end of the air guide sleeve is provided with splits or notches which become wider towards its second end, wherein - the air guide sleeve is made of a material of which heat resistance is higher than 200 °C, characterized in that - the air guide sleeve is made of a material of which thermal conductivity is lower than 0.3 W/(K*m) at a temperature 23 °C. - the air guide sleeve • arranged to be fitted inside an air pipe, • having an inflow end and a second end arranged to be placed inside the air pipe, and • arranged to guide the combustion air to be heated into the air pipe, wherein • arranged to be fitted inside an air pipe, • having an inflow end and a second end arranged to be placed inside the air pipe, and • arranged to guide the combustion air to be heated into the air pipe, wherein - the shaping of the second end is designed to diminish turbulence in the air flow in such a way that the portion of the wall of the air guide sleeve on the surface area limited by the outer circumference of the air pipe decreases towards the second end, and - the second end of the air guide sleeve is provided with splits or notches which become wider towards its second end, wherein - the air guide sleeve is made of a material of which heat resistance is higher than 200 °C, - the air guide sleeve is made of a material of which thermal conductivity is lower than 0.3 W/(K*m) at a temperature 23 °C.