mhurhangee/ep-ind-claims huggingface dataset:
An organic light-emitting display device comprising: a light-emitting structure including a lower electrode, an organic light emitting layer and an upper electrode, which are sequentially stacked; a protective layer on the light emitting structure; an auxiliary electrode spaced apart from the lower electrode; a first bank insulating layer covering an edge of the lower electrode, the first bank insulating layer including a first hole such that at least a portion of an upper surface of the lower electrode is not covered by the first bank insulating layer and a second hole such that at least a portion of an upper surface of the auxiliary electrode is not covered by the first bank insulating layer; a second bank insulating layer inside the second hole of the first bank insulating layer, the second bank insulating layer spaced apart from the first bank insulating layer; and a partition wall on the second bank insulating layer, wherein the partition wall overhangs the second bank insulating layer; wherein a length of the second hole in a widthwise direction of the auxiliary electrode is larger than the width of the auxiliary electrode, such that an edge of the auxiliary electrode is exposed by the second hole, wherein an outermost point of a side surface of the partition wall is disposed over a point between the first bank insulating layer and the second bank insulating layer; and wherein the upper electrode and the protective layer are sequentially stacked on side surfaces of the first bank insulating layer facing the second bank insulating layer. a light-emitting structure including a lower electrode, an organic light emitting layer and an upper electrode, which are sequentially stacked; a protective layer on the light emitting structure; an auxiliary electrode spaced apart from the lower electrode; a first bank insulating layer covering an edge of the lower electrode, the first bank insulating layer including a first hole such that at least a portion of an upper surface of the lower electrode is not covered by the first bank insulating layer and a second hole such that at least a portion of an upper surface of the auxiliary electrode is not covered by the first bank insulating layer; a second bank insulating layer inside the second hole of the first bank insulating layer, the second bank insulating layer spaced apart from the first bank insulating layer; and a partition wall on the second bank insulating layer, wherein the partition wall overhangs the second bank insulating layer; wherein a length of the second hole in a widthwise direction of the auxiliary electrode is larger than the width of the auxiliary electrode, such that an edge of the auxiliary electrode is exposed by the second hole, wherein an outermost point of a side surface of the partition wall is disposed over a point between the first bank insulating layer and the second bank insulating layer; and wherein the upper electrode and the protective layer are sequentially stacked on side surfaces of the first bank insulating layer facing the second bank insulating layer.
A gaseous fuel injector for supplying gaseous fuel to a gaseous fuel combustion engine, the gaseous fuel injector comprising an injector housing adapted to receive an injector assembly and supply gaseous fuel thereto, the injector housing having an inlet at a first end, a nozzle (20, 20') with an outlet at a second open end (26, 26') and a chamber between the inlet and the outlet, wherein the injector housing comprises an ignition arrangement at the second open end (26, 26') and, wherein the nozzle (20, 20') comprises a nozzle body (22, 22'), wherein the nozzle (20, 20') comprises an outer coating of a suitable electrical insulator material forming an insulating ring around the nozzle body (22, 22') and substantially along the entire length of the nozzle body (22, 22') wherein the nozzle (20, 20') comprises a heat shield or insulator comprising a sleeve (50, 60, 70) around the insulating ring and, wherein the heat shield/ insulator sleeve (50, 60, 70) forms the primary electrode by comprising a current conducting material characterized in that the heat shield/ insulator sleeve (50,60,70) comprises an outer coating of a suitable electrical insulator material, the heat shield/ insulator sleeve (50, 60) comprises a short cone section (54, 64) extending downwardly beyond the outlet at the second open end (26, 26') of the nozzle (20, 20') to define a small annular cavity (56, 66) just below the outlet and configured to terminate just above spray apertures of the injector assembly, wherein the nozzle body comprises a short cone section at the second open end and the short cone section of the heat shield/ insulator sleeve encompasses the short cone section of the nozzle body to form a minor annular space therebetween.
Immobiliser system for a vehicle, comprising: ▪ a native transmitter-receiver unit integrated into the vehicle, said native transmitter-receiver unit including a native antenna and being configured so as to enable a wireless communication with a transponder associated with a switch key, and ▪ a locking device (21, 51) for allowing or preventing the wireless communication between the native transmitter-receiver unit and the transponder, said locking device (21, 51) comprising: - a locking antenna, and - a control unit (23, 53) configured to control the locking antenna in an enabled state, wherein the locking antenna does not interfere with the wireless communication between the native transmitter-receiver unit and the transponder, or in a locking state, wherein the locking antenna does interfere with said wireless communication, the immobiliser system being characterised in that the locking antenna is arranged in the vicinity of the native antenna and comprises a coil having two terminal ends, the control unit (23, 53) comprising a controlled switch (231, 532) connecting said terminal ends and a driving means (232, 531) for controlling the controlled switch (231, 532) in an open state or in a close state. ▪ a native transmitter-receiver unit integrated into the vehicle, said native transmitter-receiver unit including a native antenna and being configured so as to enable a wireless communication with a transponder associated with a switch key, and ▪ a locking device (21, 51) for allowing or preventing the wireless communication between the native transmitter-receiver unit and the transponder, said locking device (21, 51) comprising: - a locking antenna, and - a control unit (23, 53) configured to control the locking antenna in an enabled state, wherein the locking antenna does not interfere with the wireless communication between the native transmitter-receiver unit and the transponder, or in a locking state, wherein the locking antenna does interfere with said wireless communication, the immobiliser system being characterised in that the locking antenna is arranged in the vicinity of the native antenna and comprises a coil having two terminal ends, the control unit (23, 53) comprising a controlled switch (231, 532) connecting said terminal ends and a driving means (232, 531) for controlling the controlled switch (231, 532) in an open state or in a close state. - a locking antenna, and - a control unit (23, 53) configured to control the locking antenna in an enabled state, wherein the locking antenna does not interfere with the wireless communication between the native transmitter-receiver unit and the transponder, or in a locking state, wherein the locking antenna does interfere with said wireless communication, the immobiliser system being characterised in that the locking antenna is arranged in the vicinity of the native antenna and comprises a coil having two terminal ends, the control unit (23, 53) comprising a controlled switch (231, 532) connecting said terminal ends and a driving means (232, 531) for controlling the controlled switch (231, 532) in an open state or in a close state.
A process for hydrogenating aromatic di- and polyamines comprising the steps of: - reacting, in a reactor, at least one aromatic amine with hydrogen in the presence of a catalytic system, wherein the catalytic system comprises at least one heterogeneous catalyst, wherein the heterogeneous catalyst comprises a metal selected from the group consisting of Cr, Mo, W, Mn, Re, Fe, Ru, Os, Co, Rh, Ir, Ni, Pd and/or Pt and wherein the catalyst system further comprises an organic nitro compound - obtaining a reaction product from the reaction. - reacting, in a reactor, at least one aromatic amine with hydrogen in the presence of a catalytic system, wherein the catalytic system comprises at least one heterogeneous catalyst, wherein the heterogeneous catalyst comprises a metal selected from the group consisting of Cr, Mo, W, Mn, Re, Fe, Ru, Os, Co, Rh, Ir, Ni, Pd and/or Pt and wherein the catalyst system further comprises an organic nitro compound - obtaining a reaction product from the reaction.
A method of making a polybenzimidazole comprising: reacting, in a solution, an organic compound having at least 4 amino groups with an organic aldehyde bis(bisulfite) adduct, the reactants comprise at least 10% or up to 40% by weight of the solution, further comprising the step of extruding the polybenzimidazole to a fiber or a film from the solution.
A computer implemented method for enabling secure processing of data using an untrusted processing application configured to process the data, the method comprising within a secure application framework running in a trusted execution environment and controlling all input to and output from the untrusted processing application: receiving the data encrypted using a first random key; receiving the first random key in a secure way; decrypting the encrypted data using the first random key, thereby obtaining the data; inputting the data to the untrusted processing application; executing the untrusted processing application to process the inputted data; receiving output data from the untrusted processing application; generating a second random key; encrypting the output data using the second random key; encrypting the second random key using a public key of a storage device; and sending the encrypted output data and the encrypted second random key to the storage device, wherein the storage device is located outside the trusted execution environment. receiving the data encrypted using a first random key; receiving the first random key in a secure way; decrypting the encrypted data using the first random key, thereby obtaining the data; inputting the data to the untrusted processing application; executing the untrusted processing application to process the inputted data; receiving output data from the untrusted processing application; generating a second random key; encrypting the output data using the second random key; encrypting the second random key using a public key of a storage device; and sending the encrypted output data and the encrypted second random key to the storage device, wherein the storage device is located outside the trusted execution environment.
A method performed in a radio base station for use in wireless communication in a communication system, the wireless communication involving more than one set of corresponding uplink and downlink physical-layer processing functions, the radio base station comprising: an integrated antenna node and a main node exchanging data by means of an asymmetric digital interface, wherein the asymmetric digital interface has lower bandwidth requirement for the downlink than for the uplink, the method comprising: - performing, for at least one set of the more than one set of corresponding uplink and downlink physical-layer processing functions, - in the integrated antenna node, the downlink physical-layer processing functions of the at least one set; and - in the main node, the uplink physical-layer processing functions of the at least one set. - performing, for at least one set of the more than one set of corresponding uplink and downlink physical-layer processing functions, - in the integrated antenna node, the downlink physical-layer processing functions of the at least one set; and - in the main node, the uplink physical-layer processing functions of the at least one set. - in the integrated antenna node, the downlink physical-layer processing functions of the at least one set; and - in the main node, the uplink physical-layer processing functions of the at least one set.
System for treating waste water containing at least one cosmetic product, the system being able to be placed in an application space for applying a cosmetic product on a user, the system comprising: - a tank for holding and separating the waste water; - an inlet for moving untreated waste water into the holding tank; - a bubble generator, able to introduce a quantity of bubbles into the waste water of the holding tank, in order to form, in a lower region of the holding tank, a treated water and, in an upper region of the holding tank, a supernatant, the bubble generator comprising an upstream pipe for sampling a relatively bubble-free water in the holding tank, and a downstream pipe for injecting water relatively rich in bubbles into the holding tank; - a lower outlet for recovering treated water from the holding tank; - an upper outlet for discharging a foamy supernatant from the holding tank; - the system being devoid of means for injecting a compound for flocculating and/or coagulating the waste water, at least upstream from the holding tank. - a trap for collecting the foamy supernatant; the collection trap being connected to the upper discharge outlet, and to a vacuum source, able to generate a pressure in the collection trap lower than the pressure prevailing in the holding tank, the bubble generator comprising the vacuum source. - a tank for holding and separating the waste water; - an inlet for moving untreated waste water into the holding tank; - a bubble generator, able to introduce a quantity of bubbles into the waste water of the holding tank, in order to form, in a lower region of the holding tank, a treated water and, in an upper region of the holding tank, a supernatant, the bubble generator comprising an upstream pipe for sampling a relatively bubble-free water in the holding tank, and a downstream pipe for injecting water relatively rich in bubbles into the holding tank; - a lower outlet for recovering treated water from the holding tank; - an upper outlet for discharging a foamy supernatant from the holding tank; - the system being devoid of means for injecting a compound for flocculating and/or coagulating the waste water, at least upstream from the holding tank. - a trap for collecting the foamy supernatant;
An energy recovery system (10, 210) for an air handling unit comprising: an energy recovery wheel (14, 214) configured to rotate about a first axis, a motor (24, 224, 324), and a drive wheel (26, 226, 326) coupled to the motor (24, 224, 324) for rotation about a second axis (28, 228, 328) that is offset from the first axis and the energy recovery wheel (14, 214) and having an outer surface engaged directly with an outer surface of the energy recovery wheel (14, 214), characterized by an actuator mount (18, 218, 318) configured to support the motor (24, 224, 324) relative to the energy recovery wheel (14, 214), the actuator mount (18, 218, 318) including a motor mount (42, 242, 342) coupled to the motor (24, 224, 324) and a stationary mount (40, 240, 340) coupled to the air handling unit in a fixed position and configured to support the motor mount (42, 242, 342) for pivotable movement about an actuator pivot axis (44, 244, 344) so that the drive wheel (26, 226, 326) is pivotable into contact with the outer surface of the energy recovery wheel (14, 214). an energy recovery wheel (14, 214) configured to rotate about a first axis, a motor (24, 224, 324), and a drive wheel (26, 226, 326) coupled to the motor (24, 224, 324) for rotation about a second axis (28, 228, 328) that is offset from the first axis and the energy recovery wheel (14, 214) and having an outer surface engaged directly with an outer surface of the energy recovery wheel (14, 214), characterized by an actuator mount (18, 218, 318) configured to support the motor (24, 224, 324) relative to the energy recovery wheel (14, 214), the actuator mount (18, 218, 318) including a motor mount (42, 242, 342) coupled to the motor (24, 224, 324) and a stationary mount (40, 240, 340) coupled to the air handling unit in a fixed position and configured to support the motor mount (42, 242, 342) for pivotable movement about an actuator pivot axis (44, 244, 344) so that the drive wheel (26, 226, 326) is pivotable into contact with the outer surface of the energy recovery wheel (14, 214).
An image forming apparatus having a function to communicate with a terminal, the apparatus comprising: a receiving portion configured to receive, from the terminal, a print command to print a rasterized image having been stored in the image forming apparatus; an execution receiving portion configured to receive, from a user, an execution command to print the rasterized image after the receiver receives the print command; and a print portion configured to print the rasterized image after the user interface receives the execution command; the image forming apparatus further comprising: a transmission portion configured to send a previous command to print an image to the terminal, the previous command being previously received in the image forming apparatus; wherein the receiving portion is configured to receive, as the print command, the previous command selected by the user, and the print portion is configured to print, as the rasterized image, a rasterized image which is printed in accordance with the previous command selected by the user. a receiving portion configured to receive, from the terminal, a print command to print a rasterized image having been stored in the image forming apparatus; an execution receiving portion configured to receive, from a user, an execution command to print the rasterized image after the receiver receives the print command; and a print portion configured to print the rasterized image after the user interface receives the execution command; the image forming apparatus further comprising: a transmission portion configured to send a previous command to print an image to the terminal, the previous command being previously received in the image forming apparatus; wherein the receiving portion is configured to receive, as the print command, the previous command selected by the user, and the print portion is configured to print, as the rasterized image, a rasterized image which is printed in accordance with the previous command selected by the user. a transmission portion configured to send a previous command to print an image to the terminal, the previous command being previously received in the image forming apparatus; wherein the receiving portion is configured to receive, as the print command, the previous command selected by the user, and the print portion is configured to print, as the rasterized image, a rasterized image which is printed in accordance with the previous command selected by the user.
Roll unwinder for a flying roll change, comprising at least one roll station for receiving a first material roll currently to be unwound and a roll station for receiving a second material roll to be unwound after a roll change has occurred, comprising a cut-off tool, by which a first web unwound from the first material roll can be severed, and comprising a pressing element, by which the first web currently to be unwound can be pressed against the outer surface of the second material roll; a supporting device being provided, which can be transferred from an idle state into a working state in which it supports the web currently to be unwound, at least at the time of the severing process, in the area of the web path at a site that is situated in the web path between the first material roll to be unwound and the location at which the pressing element cooperates with the web; the supporting device comprising a supporting element, which can be moved from an idle position, which is assumed in the idle state of the supporting device, into an operative position, which is assumed in the working state of the supporting device, in which the supporting element is situated in a relative position, which differs from the idle position, with respect to the axis of rotation of the first material roll and/or is situated in a position in which the web is supported in the web path section between the pressing element and the material roll or a next or only diverting element that is possibly provided upstream from the pressing element, on the web side facing away from the cut-off tool, during the severing process; the supporting element, in its idle position, being releasably arranged at a pivotable support frame carrying the first and second material rolls (03; 03'); the supporting device being provided so as to support the web in the working state in the web path upstream from the location at which the cut-off tool, when activated, strikes the web, and a receiving unit being provided at a frame, which carries the cut-off tool and is movably mounted in the stand of the roll unwinder, it being possible for the supporting element, which is releasably arranged at the support frame, to be received by the receiving unit for an impending roll change.
Corner joint for a log structure, in each log layer of which the ends (12, 13) of the logs (10, 11) to be joined end-to-end at an angle difference define a common intersection line, and locking cuts (15, 16) deviating from the intersection line are machined in the ends (12, 13), the profiles of which correspond to each other in shape, wherein the locking cuts (15, 16) have dovetail profiles, which protrude from the intersection line, characterized in that starting from the re-entrant corner defined by the logs (10, 11) to be joined at an angle difference, one log includes a protrusion extending outwards from the intersection line, there being a corresponding recess in the other log.