mhurhangee/ep-ind-claims huggingface dataset:
An organic light emitting diode display device, comprising: a substrate including a plurality of sub-pixels, each sub-pixel having an emitting area and a non-emitting area, the emitting area and the non-emitting are being divided by a bank layer; an insulating layer on the substrate, the insulating layer including a plurality of convex portions and at least one wall in the emitting area, a height of the at least one wall is greater than a height of the plurality of convex portions; a first electrode on the substrate; an emitting layer on the first electrode; and a second electrode on the emitting layer, the first electrode, the emitting layer and the second electrode constituting a light emitting diode, characterized in that the first electrode is disposed in the emitting area so as not to cover a portion of a surface of the at least one wall. a substrate including a plurality of sub-pixels, each sub-pixel having an emitting area and a non-emitting area, the emitting area and the non-emitting are being divided by a bank layer; an insulating layer on the substrate, the insulating layer including a plurality of convex portions and at least one wall in the emitting area, a height of the at least one wall is greater than a height of the plurality of convex portions; a first electrode on the substrate; an emitting layer on the first electrode; and a second electrode on the emitting layer, the first electrode, the emitting layer and the second electrode constituting a light emitting diode, characterized in that the first electrode is disposed in the emitting area so as not to cover a portion of a surface of the at least one wall.
A torsional-mode damping system to reduce a torque component at a critical frequency in an output torque of a compression train including a compressor, a gas turbine connected to the compressor by a shaft, and an electric motor connected to the compressor by a geared shaft, the torsional-mode damping system comprising: a torque sensor configured to generate a torque signal based on a measurement of a torque of the geared shaft; a torsional damper connected to the torque sensor, the torsional damper being configured to generate a torque-correcting signal based on the torque signal from the torque sensor; a signal summation element to add the torque-correcting signal to a VFD torque-reference signal to produce a modified VFD torque reference signal; a VFD controller connected to the signal summation element, the VFD controller being configured to generate VFD signals modified by the torque-correcting signal from the torsional damper; and a VFD converter connected to the VFD controller, the VFD converter being configured to control an electric power supplied to the electric motor based on the VFD signals generated by the VFD controller, wherein the VFD signals modified by the torque-correcting signal are configured to dampen torsional vibrations at a natural frequency of the compression train. a torque sensor configured to generate a torque signal based on a measurement of a torque of the geared shaft; a torsional damper connected to the torque sensor, the torsional damper being configured to generate a torque-correcting signal based on the torque signal from the torque sensor; a signal summation element to add the torque-correcting signal to a VFD torque-reference signal to produce a modified VFD torque reference signal; a VFD controller connected to the signal summation element, the VFD controller being configured to generate VFD signals modified by the torque-correcting signal from the torsional damper; and a VFD converter connected to the VFD controller, the VFD converter being configured to control an electric power supplied to the electric motor based on the VFD signals generated by the VFD controller, wherein the VFD signals modified by the torque-correcting signal are configured to dampen torsional vibrations at a natural frequency of the compression train.
A method for improving the aesthetic appearance of human skin comprising topically applying to an area of the skin in need thereof an effective amount of a botanical extract in a topically acceptable vehicle, wherein said botanical extract is selected from the group consisting of Justicia ventricosa, Archidendron clypearia, and combinations thereof
A method for producing a fuse tube for a high-voltage fuse, in particular for use in the voltage range from 3.6 kV and/or in the case of rated currents above 80 A, wherein the fuse tube has a tubular inner insulating body, made of an inorganic material, in particular a ceramic material or glass material, and an outer reinforcement, made of an in particular flexible, sturdy plastic material, characterised in that the outer reinforcement is applied on the outside to the insulating body, wherein the reinforcement is designed to absorb larger radially outwardly acting forces than the inner insulating body without breaking.
Battery cell comprising an electrode, a housing, a cell interior which is located inside the housing, and a temperature sensor, wherein the battery cell comprises a thermally conductive part with a thermal conductivity greater than 3.5 W/m K, wherein the thermally conductive part is separate from the electrode and is entirely or partially arranged in the housing of the battery cell, and is thermally connected to the temperature sensor; wherein the temperature sensor is arranged outside the housing; and wherein the thermally conductive part is arranged on an inner wall of the housing and/or in the cell interior, wherein the thermally conductive part is in direct thermal contact with the cell interior; and wherein the thermally conductive part is formed of an electrically insulating material. wherein the battery cell comprises a thermally conductive part with a thermal conductivity greater than 3.5 W/m K, wherein the thermally conductive part is separate from the electrode and is entirely or partially arranged in the housing of the battery cell, and is thermally connected to the temperature sensor; wherein the temperature sensor is arranged outside the housing; and wherein the thermally conductive part is arranged on an inner wall of the housing and/or in the cell interior, wherein the thermally conductive part is in direct thermal contact with the cell interior; and wherein the thermally conductive part is formed of an electrically insulating material.
A fastener that fixes double-door type flaps of a box in a closed state, comprising a receiving part, a pressing part, and a linking part, wherein the receiving part and the pressing part oppose each other with the linking part interposed, spaces on both sides sandwiching the linking part between the receiving part and the pressing part are insertion areas for inserting the flaps of the box, the receiving part extends to left and right, and flap abutting parts that abut surfaces of the flaps are provided on the front and rear sides of the receiving part, the flap abutting parts are tab parts (6, 7) for which at least a portion is curvable or bendable upward so that the tips of both tab parts of the flap abutting parts can be overlapped and pinched by turning up the tab parts (6, 7), the linking part is rod shaped, and extends downward from the left-right center of the receiving part, and the pressing part is rod shaped in the top view and extends to both left and right sides from a bottom end of the linking part. a receiving part, a pressing part, and a linking part, wherein the receiving part and the pressing part oppose each other with the linking part interposed, spaces on both sides sandwiching the linking part between the receiving part and the pressing part are insertion areas for inserting the flaps of the box, the receiving part extends to left and right, and flap abutting parts that abut surfaces of the flaps are provided on the front and rear sides of the receiving part, the flap abutting parts are tab parts (6, 7) for which at least a portion is curvable or bendable upward so that the tips of both tab parts of the flap abutting parts can be overlapped and pinched by turning up the tab parts (6, 7), the linking part is rod shaped, and extends downward from the left-right center of the receiving part, and the pressing part is rod shaped in the top view and extends to both left and right sides from a bottom end of the linking part.
Cooking appliance having a cooking chamber, which is delimited by walls (4 to 8) of a muffle and has a loading opening on the front face, said loading opening being delimited peripherally by a front edge of the muffle, and having a lighting apparatus with at least one light source (18a to 18d), wherein the lighting apparatus has at least one first light source (18a to 18d) for lighting up the cooking chamber and for displaying information, in particular a number of an associated shelf level, which is activated in at least a first operating mode of the cooking appliance, and at least one second light source (29a to 29d), which is activated in a second operating mode that is different from the first operating mode, characterised in that a light cone of the activated second light source (29a to 29d) in the cooking chamber is oriented, at least partially, with its optical main axis, forward out of the cooking chamber and obliquely downward.
A relay unit comprising: a switching circuit including at least one normally open contact (a1, a2) and at least one normally closed contact (b1, b2); and a controller for controlling the switching circuit; the switching circuit being in a state of de-energizing a load when the normally open contact (a1, a2) is open and the normally closed contact (b1, b2) is closed, and being in a state of energizing a load when the normally open contact is closed (a1, a2) and the normally closed contact (b1, b2) is open; and while the load is de-energized, the controller sends a test signal to the normally closed contact and detects the state of a returning test signal sent; characterised in that when a detection result does not satisfy a predetermined criterion, the controller resends a test signal and re-detects the state of the returning test signal resent, and assesses the state of the returning test signal resent as normal when the re-detection result satisfies the predetermined criterion. a switching circuit including at least one normally open contact (a1, a2) and at least one normally closed contact (b1, b2); and a controller for controlling the switching circuit; the switching circuit being in a state of de-energizing a load when the normally open contact (a1, a2) is open and the normally closed contact (b1, b2) is closed, and being in a state of energizing a load when the normally open contact is closed (a1, a2) and the normally closed contact (b1, b2) is open; and while the load is de-energized, the controller sends a test signal to the normally closed contact and detects the state of a returning test signal sent; characterised in that when a detection result does not satisfy a predetermined criterion, the controller resends a test signal and re-detects the state of the returning test signal resent, and assesses the state of the returning test signal resent as normal when the re-detection result satisfies the predetermined criterion.
A battery comprising: a housing; at least one battery cell carried in said housing; a multi-mode near field transceiver carried in said housing; the multi-mode near field transceiver comprising an active transceiver and a passive transceiver; memory; a charging coupler; a charging circuit coupled to the at least one cell; and a communication coupler coupled to the active transceiver and the passive transceiver. a housing; at least one battery cell carried in said housing; a multi-mode near field transceiver carried in said housing; the multi-mode near field transceiver comprising an active transceiver and a passive transceiver; memory; a charging coupler; a charging circuit coupled to the at least one cell; and a communication coupler coupled to the active transceiver and the passive transceiver.
A method of protocol header layer expansion, the method comprising: accessing generic formats of protocols stored in memory, wherein the generic formats include all fields supported by the protocols; detecting all missing fields from a protocol header of an incoming packet based on all the fields supported by the generic format of a corresponding protocol of the protocol header; and based on the missing fields detected, expanding the protocol header to the generic format of the protocol of the protocol header such that the expanded protocol header includes all the fields supported by the protocol. accessing generic formats of protocols stored in memory, wherein the generic formats include all fields supported by the protocols; detecting all missing fields from a protocol header of an incoming packet based on all the fields supported by the generic format of a corresponding protocol of the protocol header; and based on the missing fields detected, expanding the protocol header to the generic format of the protocol of the protocol header such that the expanded protocol header includes all the fields supported by the protocol.
A crystalline form of -2-((2-amino-7-fluoropyrido[3,2-d]pyrimidin-4-yl)amino)-2-methylhexan-1-ol gentisic acid: characterized by an X-ray powder diffraction (XRPD) pattern comprising three or more peaks at 4.4°, 8.7°, 12.9°, 14.9°, 17.3°, 19.5°, 24.8°, 25.7°, or 26.3° 2θ (± 0.2° 2θ), Compound I gentisic acid.
Device (1, 11) for coating, at least regions of, a medical implant, characterised in that the device (1, 11) comprises a container (4, 14) that comprises a liquid that contains at least one pharmaceutically active substance, and the container (4, 14) comprises an opening for introducing and removing the medical implant, and in that a transfer means is arranged above the liquid that can be used to transfer a second liquid to the medical implant, whereby the second liquid is contained in the transfer means.
A sonotrode comprising: - a head which defines a sealing surface elongated along a first direction orthogonal to a second direction; and - at least a first pair of slots (23, 27) which extends through said head transversally to said first direction and parallel to respective third directions (C; D) inclined to both said first direction and second direction (A, B); - said third directions (C; D) defining a respective first angle (α, β) with said second direction and being symmetric with respect to a symmetry plane of said sonotrode parallel to second direction characterized in that said first slots (23; 27) converge towards said sealing surface. - a head which defines a sealing surface elongated along a first direction orthogonal to a second direction; and - at least a first pair of slots (23, 27) which extends through said head transversally to said first direction and parallel to respective third directions (C; D) inclined to both said first direction and second direction (A, B); - said third directions (C; D) defining a respective first angle (α, β) with said second direction and being symmetric with respect to a symmetry plane of said sonotrode parallel to second direction characterized in that said first slots (23; 27) converge towards said sealing surface.
Method for controlling the direction of rotation of a fluid machine having an oriented-blade impeller, comprising the following steps: starting a synchronous electric motor which operates said fluid machine until the synchronous state is reached; driving said synchronous electric motor at steady state by applying a phase cutting; applying a phase cutting corresponding to a reference power (P 0), wherein said reference power (P 0) is comprised between a first power (P rd) required to keep the fluid machine rotating in a right direction and a second power (P wd) required to keep the fluid machine rotating in a wrong direction, which is opposed to the right direction; characterized in that the step of applying a phase cutting corresponding to a reference power (P 0) leads to the loss of synchronism of the electric motor when the impeller of the fluid machine rotates in the wrong direction, said method thus providing a step of restarting the electric motor. starting a synchronous electric motor which operates said fluid machine until the synchronous state is reached; driving said synchronous electric motor at steady state by applying a phase cutting; applying a phase cutting corresponding to a reference power (P 0), wherein said reference power (P 0) is comprised between a first power (P rd) required to keep the fluid machine rotating in a right direction and a second power (P wd) required to keep the fluid machine rotating in a wrong direction, which is opposed to the right direction; characterized in that the step of applying a phase cutting corresponding to a reference power (P 0) leads to the loss of synchronism of the electric motor when the impeller of the fluid machine rotates in the wrong direction, said method thus providing a step of restarting the electric motor.
A data transmission system, comprising evolutional Node B, eNBs (111; 112), wireless local area network terminations, WTs (121; 122), wireless local area network access points, WLAN APs (131; 132; 133; 134), and user equipment, UEs (141; 142), wherein the WTs (121; 122) are connected to the eNBs in a one-to-one correspondence, and the WLAN APs are connected to at least one of the WTs, and wherein a target eNB is an eNB configured to establish a radio resource control, RRC, connection with the UE; characterized in that, the UEs (141; 142) are configured to receive a path indication sent by the target eNB, wherein the path indication is configured to indicate the UE to determine a manner of transmitting data to the target eNB, encapsulate data with a high timeliness requirement into a long term evolution, LTE, data packet according to the path indication, and send the LTE data packet to the target eNB through an LTE network; the UEs (141; 142) are configured to send a wireless local area network, WLAN, data packet to the WLAN APs (131; 132; 133; 134), the WLAN data packet comprising a medium access control, MAC, address of a target WT connected to the target eNB; the WLAN APs (131; 132; 133; 134) are configured to send the WLAN data packet to the target WT according to the MAC address of the target WT; the target WT is configured to send the WLAN data packet to the target eNB; the target eNB is configured to aggregate the LTE data packet and the WLAN data packet.
An apparatus for inputting a password using a game, the apparatus comprising: a password image display unit to display a plurality of different group password images, each including different password images, in at least one region of a display device; a receiving unit to receive at least one piece of motion information from an external input device; a character image display unit to display, on the display device, a character image that moves based on the at least one piece of motion information; a determination unit to determine which of the plurality of group password images the character image contacts, and to determine which of said password images included in the contacted group password image is selected when a contact takes place as a result of the determination; and an authentication unit to control a user authentication procedure to be performed based on password information corresponding to the selected password image. a password image display unit to display a plurality of different group password images, each including different password images, in at least one region of a display device; a receiving unit to receive at least one piece of motion information from an external input device; a character image display unit to display, on the display device, a character image that moves based on the at least one piece of motion information; a determination unit to determine which of the plurality of group password images the character image contacts, and to determine which of said password images included in the contacted group password image is selected when a contact takes place as a result of the determination; and an authentication unit to control a user authentication procedure to be performed based on password information corresponding to the selected password image.
A body side unit configured to attach a wire harness wired between a vehicle body and a slide door to the vehicle body, the body side unit comprising: a body side attachment portion that is attached to the wire harness; a body side fixing portion that supports the body side attachment portion rotatably and movably in an up-down direction orthogonal to an advancing direction and a width direction, and that is fixed to the vehicle body; and a biasing member that is provided between the body side attachment portion and the body side fixing portion, and that biases the body side attachment portion such that the body side attachment portion faces downward in the up-down direction. a body side attachment portion that is attached to the wire harness; a body side fixing portion that supports the body side attachment portion rotatably and movably in an up-down direction orthogonal to an advancing direction and a width direction, and that is fixed to the vehicle body; and a biasing member that is provided between the body side attachment portion and the body side fixing portion, and that biases the body side attachment portion such that the body side attachment portion faces downward in the up-down direction.
Process for the preparation of stable crystalline -N -formyl-5,6,7,8-tetrahydrofolic acid in essentially diastereoisomerically pure 6S-form, comprising the steps of: - preparing a first aqueous or hydroalcoholic solution, having a pH value higher than 4.5, of a soluble levofolinate salt; - providing a batch of water, or of a hydroalcoholic mixture containing up to 60% v/v of an alcohol, pre-heated at a temperature between 30 and 60 °C; - forming a second solution, by adding said first solution and a second acid to said batch of water or hydroalcoholic mixture, operating in such a way that the levofolinate salt concentration in the second solution never exceeds 4% w/v, the pH value of the second solution always remains in the range between 3.0 and 4.5, and the temperature of the second solution always remains in the range between 30 and 60 °C; - upon completion of the addition of said first solution to said batch of water or hydroalcoholic mixture, stirring the thus formed second solution while the crystallization of levofolinic acid occurs, maintaining the solution at a temperature between 30 and 60 °C, monitoring the pH and continuously adding said second acid to keep the pH stable, until it is observed that the pH value becomes stable with no need of further addition of said second acid, indicating the end of the crystallisation of levofolinic acid; - recovering the crystalline levofolinic acid thus formed. - preparing a first aqueous or hydroalcoholic solution, having a pH value higher than 4.5, of a soluble levofolinate salt; - providing a batch of water, or of a hydroalcoholic mixture containing up to 60% v/v of an alcohol, pre-heated at a temperature between 30 and 60 °C; - forming a second solution, by adding said first solution and a second acid to said batch of water or hydroalcoholic mixture, operating in such a way that the levofolinate salt concentration in the second solution never exceeds 4% w/v, the pH value of the second solution always remains in the range between 3.0 and 4.5, and the temperature of the second solution always remains in the range between 30 and 60 °C; - upon completion of the addition of said first solution to said batch of water or hydroalcoholic mixture, stirring the thus formed second solution while the crystallization of levofolinic acid occurs, maintaining the solution at a temperature between 30 and 60 °C, monitoring the pH and continuously adding said second acid to keep the pH stable, until it is observed that the pH value becomes stable with no need of further addition of said second acid, indicating the end of the crystallisation of levofolinic acid; - recovering the crystalline levofolinic acid thus formed.