mhurhangee/ep-ind-claims huggingface dataset:
An organic optoelectronic device (1, 1'), such as a micro-display having organic light-emitting diodes, this device comprising: - a substrate, - at least one electroluminescent unit deposited on this substrate and incorporating an internal electrode adjacent to the substrate, an external electrode which is transparent or semi-transparent to the light emitted by the unit and which defines an active light emission zone, and a stack of organic films (6, 7, 8) between these electrodes, and - a thin-layer encapsulation structure (13, 14, 15) which comprises at least one inorganic layer (13, 15) which is placed on top of said electroluminescent unit and encases it laterally, this device further comprising a pre-encapsulation structure which is located between the external electrode and the encapsulation structure and which comprises a barrier layer based on a silicon oxide of formula SiO x, where x is a real number such that 0 < x < 2, this device is such that the or each electroluminescent unit is of the hybrid type because at least one of the active films (6, 7) of said stack of organic films that it includes, preferably the innermost film or films, forming for example at least an electron transport film, a hole injection film and/or a hole transport film, being deposited by a liquid route over the whole substrate, this (these) active film(s) being then structured by a dry etching such that this structured film or films (6, 7) terminate laterally substantially at right angles to a peripheral edge of said barrier layer, characterized in that the pre-encapsulation structure further comprises a buffer layer covering the external electrode and based on at least one heterocyclic organometallic complex with a glass transition temperature above 80°C and in that the barrier layer covers this buffer layer. - a substrate, - at least one electroluminescent unit deposited on this substrate and incorporating an internal electrode adjacent to the substrate, an external electrode which is transparent or semi-transparent to the light emitted by the unit and which defines an active light emission zone, and a stack of organic films (6, 7, 8) between these electrodes, and - a thin-layer encapsulation structure (13, 14, 15) which comprises at least one inorganic layer (13, 15) which is placed on top of said electroluminescent unit and encases it laterally,
A self-oscillating amplifier system having an input and an output, said system comprising: a pulse modulator for modulating an input signal to form a pulse modulated signal; a switching power amplification stage having switching output for amplification of the pulse modulated signal to form a switching output signal; a demodulation filter including a second order pole pair, to demodulate the switching output signal; and a compensator provided between said input and said pulse modulator, said compensator including a forward filter which is a high order filter; characterized by: a DC-servo loop applied from the demodulating filter output to said input; and a switch to couple a gain into the DC-servo loop from an output of the compensator, said high order filter including a second order pole pair and a second order zero pair thereby enabling a decrease of a phase turn at low frequencies for better stability and increasing a gain of a control loop within the bandwidth compared to two first order filters. a pulse modulator for modulating an input signal to form a pulse modulated signal; a switching power amplification stage having switching output for amplification of the pulse modulated signal to form a switching output signal; a demodulation filter including a second order pole pair, to demodulate the switching output signal; and a compensator provided between said input and said pulse modulator, said compensator including a forward filter which is a high order filter; characterized by: a DC-servo loop applied from the demodulating filter output to said input; and a switch to couple a gain into the DC-servo loop from an output of the compensator, said high order filter including a second order pole pair and a second order zero pair thereby enabling a decrease of a phase turn at low frequencies for better stability and increasing a gain of a control loop within the bandwidth compared to two first order filters. a DC-servo loop applied from the demodulating filter output to said input; and a switch to couple a gain into the DC-servo loop from an output of the compensator, said high order filter including a second order pole pair and a second order zero pair thereby enabling a decrease of a phase turn at low frequencies for better stability and increasing a gain of a control loop within the bandwidth compared to two first order filters.
Sealing profile (100, 100a-100d) for sealing in the sanitary field between a built-in object and at least one connection wall (300a, 300b) or between the built-in object and a floor of a wet area and at least one connection wall (300a, 300 b), characterized in that the sealing profile (100, 100a-100d) comprises a left lower strip (3, 3a-3d) with an adjoining left upper strip (10, 10a-10d), a right lower strip (6, 6a-6d) with an adjoining right upper strip (13, 13a-13d) thereon, and a folding area (500, 500a-500d) arranged between the left upper strip (10, 10a-10d) and the right upper strip (13, 13a-13d), which can be folded into different folding positions (P 1 -P 8) and wherein at least on the left lower strip (3, 3a-3d) and on the right lower strip (6, 6a-6d) adhesive surfaces (5, 5a; 8, 8a) are provided, with which the sealing profile (100, 100a-100d) is glued in the assembled state on an edge (18a, 18b) of the built-in object.
A compound for use in the treatment of core binding factor leukemia the compound being a compound, or a pharmaceutically acceptable salt or ester thereof, selected from: wherein each R 1 is individually selected from halogen, alkyl, aryl, heteroaryl, or alkoxy; R 2 is selected from aryl or heteroaryl; and a is 0 to 4; wherein each R 1 is individually selected from halogen, alkyl, aryl, heteroaryl, or alkoxy; R 2 is selected from aryl or heteroaryl; and a is 0 to 4; or wherein each R 1 is individually selected from halogen, alkyl, aryl, heteroaryl, or alkoxy; R 2 is selected from aryl or heteroaryl; R 3 is alkyl or aryl; and a is 0 to 4.
A copolymer comprising (i) a plurality of ethylenic moieties A having a structure according to the following formula: wherein R 2 and R 3 represent hydrogen, (ii) a plurality of acetal moieties B having a structure according to the following formula: wherein L 1 is a divalent linking group; x= 0 or 1; R 1 represents an optionally substituted aromatic or heteroaromatic group including at least one hydroxyl group; and (iii) a plurality of acetal moieties C and/or moieties D which include a structural moiety comprising a chromophoric group that has its main absorption in the infrared region. (i) a plurality of ethylenic moieties A having a structure according to the following formula: wherein R 2 and R 3 represent hydrogen, (ii) a plurality of acetal moieties B having a structure according to the following formula: wherein L 1 is a divalent linking group; x= 0 or 1; R 1 represents an optionally substituted aromatic or heteroaromatic group including at least one hydroxyl group; and L 1 is a divalent linking group; x= 0 or 1; R 1 represents an optionally substituted aromatic or heteroaromatic group including at least one hydroxyl group; and (iii) a plurality of acetal moieties C and/or moieties D which include a structural moiety comprising a chromophoric group that has its main absorption in the infrared region.
A Service Key Delivery, SKD, system configured to deliver service keys to client devices wherein the delivered service keys are operable to decrypt an encrypted key operable to decrypt encrypted content, the SKD system comprising: a data input interface configured to receive: a distribution time frame associated with distributing the service keys to the client devices, identifications associated with the client devices, and feedback information collected from the client devices; a scheduling module executed by a computer to partition at least a portion of the distribution time frame into a number of time slots wherein the number is based on at least one of a sum amount of the identifications, an even distribution over the at least a portion of the distribution time frame, a user preference, a statistic associated with client device usage data, a configuration associated with a client device registration process, and a published schedule of time slots, and assign time slots of the number of time slots to the client devices based on the identifications and the received feedback information to build a schedule of assigned time slots, wherein a time slot is assigned to a respective client device of the client devices; and a message generator configured to send at least one key delivery message to the respective client device, during the assigned time slot assigned to the respective client device according to the schedule of assigned time slots wherein the key delivery message includes the service key and the identification associated with the respective client device. a data input interface configured to receive: a distribution time frame associated with distributing the service keys to the client devices, identifications associated with the client devices, and feedback information collected from the client devices; a distribution time frame associated with distributing the service keys to the client devices, identifications associated with the client devices, and feedback information collected from the client devices; a scheduling module executed by a computer to partition at least a portion of the distribution time frame into a number of time slots wherein the number is based on at least one of a sum amount of the identifications, an even distribution over the at least a portion of the distribution time frame, a user preference, a statistic associated with client device usage data, a configuration associated with a client device registration process, and a published schedule of time slots, and assign time slots of the number of time slots to the client devices based on the identifications and the received feedback information to build a schedule of assigned time slots, wherein a time slot is assigned to a respective client device of the client devices; and a message generator configured to send at least one key delivery message to the respective client device, during the assigned time slot assigned to the respective client device according to the schedule of assigned time slots wherein the key delivery message includes the service key and the identification associated with the respective client device.
A method under control of one or more computer systems configured with executable instructions, the method comprises: for each of a plurality of requests to provision stacks of resources, receiving, by a resource provisioning service, from a user computing device, a request of the plurality of requests to provision a stack of multiple, different network resources identified by a template; parsing, by the resource provisioning service, the template to identify each of the multiple, different network resources requested for provisioning; and attempting, by the resource provisioning service, to provision each of the identified multiple, different network resources at least partly in response to the parsing; for a request of the plurality of requests wherein each of the multiple, different network resources are successfully provisioned, providing, by the resource provisioning service, an indication notifying the user that the stack has been successfully provisioned; and for a request of the plurality of requests wherein one or more of the multiple, different network resources is not successfully provisioned, providing, by the resource provisioning service, an indication notifying the user that the stack has not been successfully provisioned. for each of a plurality of requests to provision stacks of resources, receiving, by a resource provisioning service, from a user computing device, a request of the plurality of requests to provision a stack of multiple, different network resources identified by a template; parsing, by the resource provisioning service, the template to identify each of the multiple, different network resources requested for provisioning; and attempting, by the resource provisioning service, to provision each of the identified multiple, different network resources at least partly in response to the parsing; for a request of the plurality of requests wherein each of the multiple, different network resources are successfully provisioned, providing, by the resource provisioning service, an indication notifying the user that the stack has been successfully provisioned; and for a request of the plurality of requests wherein one or more of the multiple, different network resources is not successfully provisioned, providing, by the resource provisioning service, an indication notifying the user that the stack has not been successfully provisioned.
A fluid ejection die (10, 20, 106) comprising: a plurality of actuation devices (12, 22) configured to eject fluid drops; at least one strain gauge sensor (14, 24, 107, 200, 210, 410) configured to sense strain; and characterised by: a comparator (16, 440) configured to provide a fault signal in response to the sensed strain exceeding an impact threshold indicating that the fluid ejection die (10, 20, 106) has impacted an object. a plurality of actuation devices (12, 22) configured to eject fluid drops; at least one strain gauge sensor (14, 24, 107, 200, 210, 410) configured to sense strain; and characterised by: a comparator (16, 440) configured to provide a fault signal in response to the sensed strain exceeding an impact threshold indicating that the fluid ejection die (10, 20, 106) has impacted an object.
Solid milling tool for rotary material machining, comprising an elongate tool shank which has a working region in which at least two helical main cutting edges (117.1, 117.2, 117.3, 117.4) having associated main rake faces and chip flutes adjoining at the front in the direction of rotation are arranged on the lateral side, wherein the at least two helical main cutting edges continue into an end side of the tool shank and form at least two secondary cutting edges having associated secondary rake faces there, wherein a gash is recessed between each secondary rake face and a flank of the secondary cutting edge preceding in the direction of rotation, wherein a transition face is formed between in each case two secondary cutting edges following each other in the direction of rotation, said transition face being adjacent at least to the secondary rake face of the secondary cutting edge following in the direction of rotation, the gash and the chip flute, characterized in that an average angle of the transition face to a radial plane, measured along a geodesic line (g) between an axially lowest first transition point between the gash and the transition face and an axially lowest second transition point between the transition face and the chip flute, is greater than a first angle of the gash to the radial plane at the first transition point, and in that the average angle of the transition face is smaller than a second angle of the chip flute to the radial plane at the second transition point.
EGR valve for an internal combustion engine with: - a housing, - a valve rod, which is configured as a spindle with an external thread, and which is arranged at least partially in the housing, - a valve body which is arranged at the valve rod and which can be lowered onto a valve seat or lifted off the valve seat in order to control a flow cross-section, - an electric motor which drives a spindle nut which engages the external thread of the valve rod, - a spring element which loads the valve body in the direction of the valve seat, characterised in that the spring element is a flat spiral spring with winding contact, which is clamped between the spindle nut and the housing in such a way that a force acts on the valve rod in the direction of the valve seat, wherein the external thread of the valve rod and an internal thread of the spindle nut comprise a thread pitch angle (α) of less than or equal to 15°, wherein an axially movably guided anti-rotation lock is configured within the housing at an axial end of the valve rod opposite the valve body. - a housing, - a valve rod, which is configured as a spindle with an external thread, and which is arranged at least partially in the housing, - a valve body which is arranged at the valve rod and which can be lowered onto a valve seat or lifted off the valve seat in order to control a flow cross-section, - an electric motor which drives a spindle nut which engages the external thread of the valve rod, - a spring element which loads the valve body in the direction of the valve seat,
System for analyzing the variability of the cardiac rhythm, said system comprising means (1,2) for acquiring an analogue cardiac signal, means for sampling said cardiac signal, and processing means for processing the sampled signal, said processing means being designed to construct an RR series consisting of a plurality of samples (RR i) representing the time intervals (δt i) separating two successive heart beats or the inverse (1/δt i) of said time intervals, said processing means being further designed for: selecting samples (RR i) in a main time window having a predetermined length of time (n), cutting said main window into (m) subwindows (F j), each subwindow (F j) comprising several samples (RR i) calculating an intermediary parameter (A j) for each subwindow (F j) on the basis of the samples (RR i) contained in the subwindow (F j) and calculating a final parameter as a function of the intermediary parameters (A j). selecting samples (RR i) in a main time window having a predetermined length of time (n), cutting said main window into (m) subwindows (F j), each subwindow (F j) comprising several samples (RR i) calculating an intermediary parameter (A j) for each subwindow (F j) on the basis of the samples (RR i) contained in the subwindow (F j) and calculating a final parameter as a function of the intermediary parameters (A j).
A protection circuit module provided with a printed circuit board connected to a positive lead part and a negative lead part connected to a secondary battery cell, wherein the printed circuit board comprises: an upper layer bonded to the anode lead part and the cathode lead part so as to be electrically connected; an intermediate layer including a first insulating layer (1412a-1) made of a material containing an epoxy resin and provided below the upper layer; and is characterised in that it further comprises a laser reflective layer provided between the upper layer and the first insulating layer (1412a-1) and reflecting a laser; wherein the laser reflective layer has a reflectance of 95% or more of a laser having a wavelength of 1000 nm to 1100 nm; and wherein the laser reflective layer is made of silver (Ag). an upper layer bonded to the anode lead part and the cathode lead part so as to be electrically connected; an intermediate layer including a first insulating layer (1412a-1) made of a material containing an epoxy resin and provided below the upper layer; and is characterised in that it further comprises a laser reflective layer provided between the upper layer and the first insulating layer (1412a-1) and reflecting a laser; wherein the laser reflective layer has a reflectance of 95% or more of a laser having a wavelength of 1000 nm to 1100 nm; and wherein the laser reflective layer is made of silver (Ag).
A vehicle comprising: - a chassis comprising a front cross-member and a rear cross-member; - at least one front train and one rear train mounted on the chassis, each train including at least two movement supports (4, 5, 60) on the ground, the movement supports (4, 5, 60) of at least one train being steered ones, the link system of each of these movement supports (4, 5, 60) on the corresponding cross-member (2, 3) including a steering pivot having a steering axis and allowing the steering of said movement supports (4, 5, 60); - a nacelle intended to receive at least one person or a load, pivotally mounted relative to the chassis about a hinge axis which is substantially longitudinal, substantially situated in the median longitudinal plane of the vehicle, and arranged so that the center of gravity of the nacelle is situated under said hinge axis; wherein the front and rear cross-members are distinct pieces being linked together only by the nacelle, via the hinge axis, so as to be able to pivot about the hinge axis independently of one another; characterized in that the front and rear cross-members are situated in the upper part of the nacelle and in that each of the front and rear cross-members presents: - a central part wherein passes the hinge axis, and on which the front portion, respectively the rear portion, of the nacelle is pivotally mounted about the hinge axis; - and two end parts, each end part being connected to the corresponding movement support (4, 5, 60) by a link system; and in that the link system between each of the steered movement supports (4, 5, 60) of a train and the corresponding cross-member comprises an hinged arm whose first end is linked at an end of said cross-member and forms, with said end of said cross-member, a steering pivot and a second end of which is linked to said movement support (4, 5, 60), said cross-member and said steering pivot are situated above said movement support (4, 5, 60). - a chassis comprising a front cross-member and a rear cross-member; - at least one front train and one rear train mounted on the chassis, each train including at least two movement supports (4, 5, 60) on the ground, the movement supports (4, 5, 60) of at least one train being steered ones, the link system of each of these movement supports (4, 5, 60) on the corresponding cross-member (2, 3) including a steering pivot having a steering axis and allowing the steering of said movement supports (4, 5, 60); - a nacelle intended to receive at least one person or a load, pivotally mounted relative to the chassis about a hinge axis which is substantially longitudinal, substantially situated in the median longitudinal plane of the vehicle, and arranged so that the center of gravity of the nacelle is situated under said hinge axis; - a central part wherein passes the hinge axis, and on which the front portion, respectively the rear portion, of the nacelle is pivotally mounted about the hinge axis; - and two end parts, each end part being connected to the corresponding movement support (4, 5, 60) by a link system;
A peptide comprising the amino acid sequence selected from ALWPPNLHAWVP (SEQ ID NO: 1) and AHSVSNSDVLGI (SEQ ID NO: 2) for use in the prevention and/or treatment of a disease, wherein said disease is selected from breast cancer, and breast cancer metastases.