mhurhangee/ep-ind-claims huggingface dataset:
An organic light emitting diode display comprising: a substrate main body having a plurality of pixel regions, each pixel region including an opaque region and a transparent region; and organic light emitting diodes, thin film transistors (10, 20), and conductive lines (151, 171, 172) that are formed in the opaque region of the substrate main body, wherein the transparent region includes a transparent square space having an area that is at least 15% of the entire area of the pixel region, wherein the opaque region comprises a plurality of sub-pixel regions (SP1, SP2, SP3) including a first sub-pixel region, a second sub-pixel region, and a third sub-pixel region and a line region including the conductive lines (151, 171, 172), characterized in that the second sub-pixel region is arranged adjacent to one side of the first sub-pixel region, and the third sub-pixel region is arranged adjacent to another side of the first sub-pixel region that is perpendicular to the one side of the first sub-pixel region that the second sub-pixel region is adjacent to. a substrate main body having a plurality of pixel regions, each pixel region including an opaque region and a transparent region; and organic light emitting diodes, thin film transistors (10, 20), and conductive lines (151, 171, 172) that are formed in the opaque region of the substrate main body, wherein the transparent region includes a transparent square space having an area that is at least 15% of the entire area of the pixel region, wherein the opaque region comprises a plurality of sub-pixel regions (SP1, SP2, SP3) including a first sub-pixel region, a second sub-pixel region, and a third sub-pixel region and a line region including the conductive lines (151, 171, 172), characterized in that the second sub-pixel region is arranged adjacent to one side of the first sub-pixel region, and the third sub-pixel region is arranged adjacent to another side of the first sub-pixel region that is perpendicular to the one side of the first sub-pixel region that the second sub-pixel region is adjacent to.
An occlusive peristaltic pump, wherein at least one pressure element generating an occlusion force, which is arranged to apply the occlusion force to a hollow conductor at an occlusion point during operation of the occlusive peristaltic pump, is linearly guided within a linear guiding (26, 43) in the effective direction of the occlusion force, wherein the at least one pressure element is linearly guided in an operating connection with a first cover element and a second cover element of a base producing the linear guiding (26, 43), wherein the at least one pressure element is linearly guided in the linear guiding (26, 43) in a guiding direction of the pressure element and comprises a spring, which is arranged directly behind a pressure member held in the pressure element, which applies a spring force to the pressure member in the guiding direction and; and in the linear guiding (26, 43), the direction of the spring force applied to the pressure member and the guiding direction of the pressure element are angled at a predetermined angle against the direction of force of the occlusion at the occlusion point of the hollow conductor.
A surface treating appliance comprising: a first cyclonic separating unit including at least one first cyclone; and a second cyclonic separating unit located downstream from the first cyclonic separating unit and including a plurality of second cyclones arranged in parallel; the plurality of second cyclones being divided into at least a first set of second cyclones arranged about an axis, and a second set of second cyclones, the first set of second cyclones extending about, and being located at least partially above, the second set of second cyclones; each second cyclone having a longitudinal axis (L3a, L3b); the longitudinal axes (L3a) of the first set of second cyclones being arranged at a first angle (α) to said axis, and the longitudinal axes (L3b) of the second set of second cyclones being arranged at a second angle (β) to said axis, and wherein the first angle (α) is greater than the second angle (β). a first cyclonic separating unit including at least one first cyclone; and a second cyclonic separating unit located downstream from the first cyclonic separating unit and including a plurality of second cyclones arranged in parallel; the plurality of second cyclones being divided into at least a first set of second cyclones arranged about an axis, and a second set of second cyclones, the first set of second cyclones extending about, and being located at least partially above, the second set of second cyclones; each second cyclone having a longitudinal axis (L3a, L3b); the longitudinal axes (L3a) of the first set of second cyclones being arranged at a first angle (α) to said axis, and the longitudinal axes (L3b) of the second set of second cyclones being arranged at a second angle (β) to said axis, and wherein the first angle (α) is greater than the second angle (β).
Co-generation power station comprising a steam turbine, at least one feed water preheater (28, 18), at least one heat condenser (4, 8) for preheating a heat carrier circulating in a district heating grid and a heat accumulator connected to the district heating grid, characterized in that parallel to at least one feed water preheater (28, 18) a heat exchanger is arranged, the cold side of which is configured and arranged to be streamed through by feed water and the warm side of which is configured and arranged to be connected with the heat accumulator.
An oral dosage form comprising from 2 to 75 particles, each particle consisting of: (i) a core comprising a gelling agent in the form of a compressed tablet; (ii) an active layer comprising a drug susceptible to abuse encompassing the core; and (iii) optionally an outer coating directly coated onto the final layered compressed core; wherein the dosage form releases at least 85% of the drug within 45 minutes as measured by in-vitro dissolution in a USP Apparatus 1 (basket) at 100 rpm in 900 ml simulated gastric fluid without enzymes at 37° C; and wherein the viscosity of the dosage form mixed with from 0.5 to 10 ml of an aqueous liquid is at least 10 mPa s (10 cP). (i) a core comprising a gelling agent in the form of a compressed tablet; (ii) an active layer comprising a drug susceptible to abuse encompassing the core; and (iii) optionally an outer coating directly coated onto the final layered compressed core;
Supply package for use in an apparatus for dispensing sheet material, said supply package including a supply of sheet material and a support element which is attached to said supply of sheet material in a manner such that it may be released from said supply of sheet material before said supply of sheet material is empty, said support element furthermore being arranged to support said supply of sheet material on a connector device arranged in said apparatus for locating said supply of sheet material in a dispensing position in said apparatus, wherein the supply package is a coreless roll having a cylindrical mantle and two end portions, characterized in that said support element includes a radio frequency identification tag, including an antenna and a memory circuit, which antenna is adapted to communicate with a radio frequency identification base station arranged in said apparatus, and which memory circuit contains stored information adapted to be readable for a controller in said apparatus, wherein the radio frequency identification tag is placed in the central part of an end portion of said roll.
A computer-implemented method comprising: executing a browser at a client device; receiving, at the browser, browser login information from a user; in response to receiving the browser login information, logging the user into a browser login account associated with the browser executing on the client device; in response to logging the user into the browser login account, receiving user-specific identity information from a server on behalf of the user; storing, by the browser at the client device, the user-specific identity information; installing a web application for execution by the browser, wherein installation of the web application grants, to the web application permission, to access the user-specific identity information provided to the browser and stored at the client device; exposing, within the browser, an application programming interface of the browser to the web application executing in the browser; transmitting, within the browser and via the API of the browser, cryptographic information associated with the user to the web application, the web application verifying an identity of the user based on the cryptographic information; and providing, based on the user-specific information provided to the browser and stored at the client device, user-specific content to the user through the web application after the web application verifies the identity of the user from the cryptographic information provided via the API of the browser. executing a browser at a client device; receiving, at the browser, browser login information from a user; in response to receiving the browser login information, logging the user into a browser login account associated with the browser executing on the client device; in response to logging the user into the browser login account, receiving user-specific identity information from a server on behalf of the user; storing, by the browser at the client device, the user-specific identity information; installing a web application for execution by the browser, wherein installation of the web application grants, to the web application permission, to access the user-specific identity information provided to the browser and stored at the client device; exposing, within the browser, an application programming interface of the browser to the web application executing in the browser; transmitting, within the browser and via the API of the browser, cryptographic information associated with the user to the web application, the web application verifying an identity of the user based on the cryptographic information; and providing, based on the user-specific information provided to the browser and stored at the client device, user-specific content to the user through the web application after the web application verifies the identity of the user from the cryptographic information provided via the API of the browser.
A pacifier comprising: - a shield; - a nipple portion having a controllable hardness; and characterized in - a controller for controlling the hardness of the nipple portion; wherein the controller comprises a receiving unit for receiving a control signal and a processor for processing the control signal and controlling the hardness of the nipple portion according to the control signal. - a shield; - a nipple portion having a controllable hardness; and characterized in - a controller for controlling the hardness of the nipple portion;
A method for data storage, comprising: in a system that includes a host and a memory controller that is separate from the host and stores data for the host in a non-volatile memory, allocating a portion of host memory for use by the memory controller; sending, by the memory controller, a request to retrieve information items relating to one or more source blocks of the non-volatile memory from the portion of the host memory; retrieving, by the host, from the portion of host memory, the information items; sending, by the host, the information items to the memory controller; reading, by the memory controller, the one or more source blocks from the non-volatile memory dependent upon the information items; transferring from the memory controller to the host the one or more source blocks; compacting the one or more source blocks in the host by copying valid data from the one or more source blocks into one or more destination blocks; transferring the one or more destination blocks from the host to the memory controller; and storing the one or more destination blocks by the memory controller in the non-volatile memory. in a system that includes a host and a memory controller that is separate from the host and stores data for the host in a non-volatile memory, allocating a portion of host memory for use by the memory controller; sending, by the memory controller, a request to retrieve information items relating to one or more source blocks of the non-volatile memory from the portion of the host memory; retrieving, by the host, from the portion of host memory, the information items; sending, by the host, the information items to the memory controller; reading, by the memory controller, the one or more source blocks from the non-volatile memory dependent upon the information items; transferring from the memory controller to the host the one or more source blocks; compacting the one or more source blocks in the host by copying valid data from the one or more source blocks into one or more destination blocks; transferring the one or more destination blocks from the host to the memory controller; and storing the one or more destination blocks by the memory controller in the non-volatile memory.
Dispensing unit for mixers of biphasic compounds, for dispensing a quantity of mixed biphasic compound through a channel of at least a mixing unit by means of at least a piston sliding inside at least a mixing chamber, wherein it comprises at least a drive element for said piston which can be remotely controlled, said drive element comprising at least a syringe element inside which at least a drive piston slides in a hermetically sealed way, said piston defining at least a drive chamber, to which at least a respective axial drive stem is integrally connected, wherein said dispensing unit comprises pumping means of a thrusting fluid for said drive piston, these pumping means being suitable for moving said piston of said mixing unit and for dispensing the quantity wanted of the compound, wherein said drive element comprises, on one of its ends, at least an opening that connects to said mixing unit, while on the other end at least a tang with at least an axial hole communicating with said drive chamber, characterized in that said pumping means comprise at least a hand pump or at least an electromechanical pump, comprising at least a cylindrical chamber inside which at least one plunger slides and wherein said cylindrical chamber comprises at least a first fitting which communicates with at least a tank of said thrusting fluid, through at least a first pipe.
A portable sanitizing system comprising: a backpack assembly; characterized in that it further comprises: a wand assembly comprising a shroud with an ultraviolet lamp; a powering device disposed within the backpack assembly and configured to provide power to the ultraviolet lamp; an air generation sub-system disposed within the backpack assembly; a hose configured to couple the backpack assembly and the UV lamp, wherein the powering device comprising: a power delivery assembly configured to provide power to the UV lamp; a power controller coupled to the power delivery assembly, wherein the power controller is configured to control one or more aspects of the power provided from the power delivery assembly to the UV lamp; and wherein the hose comprises a plurality of electrical cords configured to electrically couple the power delivery assembly to the UV lamp, and an air delivery line configured to fluidly couple the air generation sub-system of the backpack assembly and an internal chamber of the shroud of the wand assembly. a wand assembly comprising a shroud with an ultraviolet lamp; a powering device disposed within the backpack assembly and configured to provide power to the ultraviolet lamp; an air generation sub-system disposed within the backpack assembly; a hose configured to couple the backpack assembly and the UV lamp, wherein the powering device comprising: a power delivery assembly configured to provide power to the UV lamp; a power controller coupled to the power delivery assembly, wherein the power controller is configured to control one or more aspects of the power provided from the power delivery assembly to the UV lamp; and wherein the hose comprises a plurality of electrical cords configured to electrically couple the power delivery assembly to the UV lamp, and an air delivery line configured to fluidly couple the air generation sub-system of the backpack assembly and an internal chamber of the shroud of the wand assembly. a power delivery assembly configured to provide power to the UV lamp; a power controller coupled to the power delivery assembly, wherein the power controller is configured to control one or more aspects of the power provided from the power delivery assembly to the UV lamp; and wherein the hose comprises a plurality of electrical cords configured to electrically couple the power delivery assembly to the UV lamp, and an air delivery line configured to fluidly couple the air generation sub-system of the backpack assembly and an internal chamber of the shroud of the wand assembly.
A display device for a vehicle having a plurality of traveling modes, comprising: a display unit configured to display map information; and a control unit configured to set a destination in response to an instruction received from an operator, to search for a plurality of candidate traveling routes extending from a starting point to said destination, to divide said candidate traveling routes into segments, and to associate one of said traveling modes with each of said segments; characterized in that said control unit is configured to cause said display unit to display said plurality of candidate traveling routes, each with said traveling mode overlaid thereon, to select in response to an instruction of said operator one traveling route planned to be taken among said plurality of candidate traveling routes, and to cause said display unit to display the ratio of traveling in each of said plurality of traveling modes for said traveling route planned to be taken that is selected; said vehicle is a hybrid vehicle employing an internal combustion engine and an electric motor together to travel; and said plurality of traveling modes include a first traveling mode employing said internal combustion engine and said electric motor concurrently, and a second traveling mode stopping said internal combustion engine and employing said electric motor to travel. a display unit configured to display map information; and a control unit configured to set a destination in response to an instruction received from an operator, to search for a plurality of candidate traveling routes extending from a starting point to said destination, to divide said candidate traveling routes into segments, and to associate one of said traveling modes with each of said segments; characterized in that said control unit is configured to cause said display unit to display said plurality of candidate traveling routes, each with said traveling mode overlaid thereon, to select in response to an instruction of said operator one traveling route planned to be taken among said plurality of candidate traveling routes, and to cause said display unit to display the ratio of traveling in each of said plurality of traveling modes for said traveling route planned to be taken that is selected; said vehicle is a hybrid vehicle employing an internal combustion engine and an electric motor together to travel; and said plurality of traveling modes include a first traveling mode employing said internal combustion engine and said electric motor concurrently, and a second traveling mode stopping said internal combustion engine and employing said electric motor to travel.
Sensor for a sensor device having a first and a second sensor, in which the sensor is the second sensor; wherein the second sensor is arranged to receive the sensor parameterisation of the first sensor with which the first sensor is configured and to adopt this sensor parameterisation to replace the first sensor; and wherein the second sensor is further arranged to provide the first sensor with the energy required to transmit the sensor parameterisation via the communication link (103, 104) via the communication link (103, 104). the second sensor is arranged to receive the sensor parameterisation of the first sensor with which the first sensor is configured and to adopt this sensor parameterisation to replace the first sensor; and wherein the second sensor is further arranged to provide the first sensor with the energy required to transmit the sensor parameterisation via the communication link (103, 104) via the communication link (103, 104).
A method for operating an optical measuring system for measuring the concentration of a gas component in a measured gas, based on wavelength modulation spectroscopy, comprising a wavelength-tunable temperature-stabilized laser light source, which periodically varies a central base wavelength λ 0 of the laser light of the laser light source about a relevant absorption line of the gas component at an operating point and, at the same time, modulates the same with a frequency (f) and an amplitude, by way of a modulation device, a light detector, which detects the intensity of the laser light after it has passed through the measured gas, and an evaluation device, which comprises means for the phase-sensitive demodulation of a measuring signal generated by the light detector at the frequency (f) and/or one of the harmonics thereof, the laser light source being operated in a current-modulated manner with a base current I DC and a modulation current I AC and emitting a laser beam of the wavelength λ 0 having a wavelength modulation amplitude Δλ AC, and the wavelength modulation amplitude Δλ AC of the laser light being kept constant by way of variable setting of the current modulation amplitude ΔI AC, characterized in that the voltage at the laser light source is measured at the operating point, and based thereon a modulated power ΔP AC at an internal resistor R I of the laser light source is kept constant.
A computer-implemented method, comprising: establishing, by a processor, an application session to access a database; receiving, by the processor, a schema update; converting, by the processor, the database to an updated database according to the schema update after establishing the application session; generating, by the processor, a temporary compensation view from the schema update, the temporary compensation view containing compensation logic to locate database objects belonging to the database; receiving, by the processor, a database transaction from the application session to access a database object in the database; and processing, by the processor, the compensation logic to locate the database object; characterised in that converting the database to an updated database includes generating, by the processor, an auxiliary database to store database objects in the database that are missing in the updated database; the compensation logic comprises write compensation logic; and the write compensation logic compensates for the schema update when a write operation is being performed on the updated database. establishing, by a processor, an application session to access a database; receiving, by the processor, a schema update; converting, by the processor, the database to an updated database according to the schema update after establishing the application session; generating, by the processor, a temporary compensation view from the schema update, the temporary compensation view containing compensation logic to locate database objects belonging to the database; receiving, by the processor, a database transaction from the application session to access a database object in the database; and processing, by the processor, the compensation logic to locate the database object; characterised in that converting the database to an updated database includes generating, by the processor, an auxiliary database to store database objects in the database that are missing in the updated database; the compensation logic comprises write compensation logic; and the write compensation logic compensates for the schema update when a write operation is being performed on the updated database.