mhurhangee/ep-ind-claims huggingface dataset:
A vehicle drive train, especially for a truck or rail vehicle, comprising 1.1 a hydrodynamic retarder which comprises a rotor and a stator or a rotor and a counter-rotating rotor, which jointly form a working chamber, in which a circuit flow of a working medium can be set in order to hydrodynamically transmit torque from the rotor to the stator or the counter-rotating rotor, or a dynamic retarder which comprises a rotor and a stator or a rotor and a counter-rotating rotor in order to transmit torque from the rotor by magnetic force, electrodynamically, by liquid friction or mechanical friction, wherein the torque transmission or heat dissipation from the retarder occurs by a working medium; 1.2 an expansion machine operated with fluid or steam as the working medium, by means of which mechanical drive power can be supplied to the drive train; characterized in that 1.3 the working medium of the retarder is conducted through a heat exchanger, which simultaneously conducts the working medium of the expansion machine, or through an expansion machine, such that the thermal quantity introduced in the retarder into the working medium is converted into mechanical energy in the expansion machine. 1.1 a hydrodynamic retarder which comprises a rotor and a stator or a rotor and a counter-rotating rotor, which jointly form a working chamber, in which a circuit flow of a working medium can be set in order to hydrodynamically transmit torque from the rotor to the stator or the counter-rotating rotor, or a dynamic retarder which comprises a rotor and a stator or a rotor and a counter-rotating rotor in order to transmit torque from the rotor by magnetic force, electrodynamically, by liquid friction or mechanical friction, wherein the torque transmission or heat dissipation from the retarder occurs by a working medium; 1.2 an expansion machine operated with fluid or steam as the working medium, by means of which mechanical drive power can be supplied to the drive train; characterized in that 1.3 the working medium of the retarder is conducted through a heat exchanger, which simultaneously conducts the working medium of the expansion machine, or through an expansion machine, such that the thermal quantity introduced in the retarder into the working medium is converted into mechanical energy in the expansion machine.
Extrusion blow moulding machine with at least one extruder, with at least one extrusion head, with at least two nozzle gaps, arranged next to each other and each designed as wide slot nozzles, for extruding strip-shaped plastic preforms, with a three-part mould tool for processing two preforms into one substantially closed hollow body, and with a device for handling the preforms, comprising at least two grabs, located on a common support next to each other, for receiving the preforms, whereby the grabs each comprise two moveable clamping jaws, between which one preform each can be affixed, whereby the distance of the grabs from each other is changeable and the grabs can be adjusted relative to each other on the support, from a first acceptance station to a second handover station and vice versa.
FAK inhibitor VS-6063, or a pharmaceutically acceptable salt thereof, for use in a method of treating cancer in a subject in combination with a MEK inhibitor, wherein the FAK inhibitor and the MEK inhibitor are administered at amounts that result in a synergistic effect.
A reader system comprising an ultra-wide band, UWB, module and a reader of an access control system, the UWB module being connectable to the reader and comprising: an antenna; a communication link configured to interface with the reader; a UWB front end circuit connected to the antenna to facilitate UWB communication with a credential device; a controller connected to the UWB front end circuit and configured to perform ranging for the credential device using the UWB communication upon receipt of data associated with the credential device from the reader over the communication link; and a housing separate from a housing of the reader, the housing containing the antenna, the UWB front end circuit, and the controller. an antenna; a communication link configured to interface with the reader; a UWB front end circuit connected to the antenna to facilitate UWB communication with a credential device; a controller connected to the UWB front end circuit and configured to perform ranging for the credential device using the UWB communication upon receipt of data associated with the credential device from the reader over the communication link; and a housing separate from a housing of the reader, the housing containing the antenna, the UWB front end circuit, and the controller.
A method comprising: receiving, at a lookup service executing on data processing hardware, from a first application executing on a particular device associated with a user, a resource identifier, ID, request requesting the lookup service to provide the first application access to a resource ID that identifies the particular device; determining, by the lookup service, whether the first application executing on the particular device is authorized to access the resource ID; and when the first application is authorized to access the resource ID: obtaining, by the lookup service, the resource ID; and transmitting, by the lookup service, to the first application executing on the particular device, the resource ID; wherein the resource ID request comprises a resource ID scope comprising authentication credentials authenticating the user and a permission granted by the user for the first application to access the resource ID from the lookup service; and wherein determining whether the first application is authorized to access the resource ID comprises determining that the first application is authorized to access the resource ID based on the authentication credentials authenticating the user and the permission granted by the user for the first application to access the resource ID from the lookup service. receiving, at a lookup service executing on data processing hardware, from a first application executing on a particular device associated with a user, a resource identifier, ID, request requesting the lookup service to provide the first application access to a resource ID that identifies the particular device; determining, by the lookup service, whether the first application executing on the particular device is authorized to access the resource ID; and when the first application is authorized to access the resource ID: obtaining, by the lookup service, the resource ID; and transmitting, by the lookup service, to the first application executing on the particular device, the resource ID; obtaining, by the lookup service, the resource ID; and transmitting, by the lookup service, to the first application executing on the particular device, the resource ID; wherein the resource ID request comprises a resource ID scope comprising authentication credentials authenticating the user and a permission granted by the user for the first application to access the resource ID from the lookup service; and wherein determining whether the first application is authorized to access the resource ID comprises determining that the first application is authorized to access the resource ID based on the authentication credentials authenticating the user and the permission granted by the user for the first application to access the resource ID from the lookup service.
A display device, comprising: a substrate including a display area to display an image and a non-display area provided on at least one side of the display area; a plurality of pixels disposed on the substrate and provided in an area corresponding to the display area; a first insulating layer having a first opening in a bendable area of the non-display area where the first insulating layer is removed, the bendable area disposed between a first flat area and a second flat area of the display device, the bendable area having flexibility and the first and second flat areas (FA1, FA2) not having flexibility; a second insulating layer filling the first opening; first lines provided on the substrate, below the first and second insulating layers, and electrically connected to the plurality of pixels; and second lines provided on the first and second insulating layers, and electrically connected to the first lines, the second lines extending from the first flat area to the second flat area over the bendable area, wherein an area in which the first lines overlap with the second lines is spaced apart from an outermost edge of the second insulating layer, which overlaps the first insulating layer, when viewed in a plan view, the outermost edge of the second insulating layer provided between the display area and the area in which the first lines overlap with the second lines, wherein the first insulating layer comprises an inorganic material and the second insulating layer comprises an organic material. a substrate including a display area to display an image and a non-display area provided on at least one side of the display area; a plurality of pixels disposed on the substrate and provided in an area corresponding to the display area; a first insulating layer having a first opening in a bendable area of the non-display area where the first insulating layer is removed, the bendable area disposed between a first flat area and a second flat area of the display device, the bendable area having flexibility and the first and second flat areas (FA1, FA2) not having flexibility; a second insulating layer filling the first opening; first lines provided on the substrate, below the first and second insulating layers, and electrically connected to the plurality of pixels; and second lines provided on the first and second insulating layers, and electrically connected to the first lines, the second lines extending from the first flat area to the second flat area over the bendable area, wherein an area in which the first lines overlap with the second lines is spaced apart from an outermost edge of the second insulating layer, which overlaps the first insulating layer, when viewed in a plan view, the outermost edge of the second insulating layer provided between the display area and the area in which the first lines overlap with the second lines, wherein the first insulating layer comprises an inorganic material and the second insulating layer comprises an organic material.
A method for random access, comprising: determining, by a first device, a first basic parameter set to be used by a first message transmitted during a random access procedure; and transmitting, by the first device using the first basic parameter set, the first message to a second device, wherein the determining, by a first device, a first basic parameter set to be used by a first message transmitted during a random access procedure comprises: determining, by the first device, the first basic parameter set according to a frequency band of a frequency domain resource to be used when transmitting the first message and a correspondence between at least one frequency band and at least one basic parameter set; and wherein the first message is MSG2 or MSG4, and wherein the basic parameter set may include at least one of following parameters: subcarrier spacing, the number of subcarriers in a particular bandwidth, the number of subcarriers in a physical resource block, PRB, length of orthogonal frequency division multiplexing, OFDM, symbol, the number of points of Fourier transform such as fast Fourier transform, FFT, or inverse Fourier transform such as inverse fast Fourier transform, IFFT, for generating an OFDM signal, the number of OFDM symbols in transmission time interval, TTI, the number of TTIs included within a certain length of time, and length of a signal prefix. determining, by a first device, a first basic parameter set to be used by a first message transmitted during a random access procedure; and transmitting, by the first device using the first basic parameter set, the first message to a second device, wherein the determining, by a first device, a first basic parameter set to be used by a first message transmitted during a random access procedure comprises: determining, by the first device, the first basic parameter set according to a frequency band of a frequency domain resource to be used when transmitting the first message and a correspondence between at least one frequency band and at least one basic parameter set; and wherein the first message is MSG2 or MSG4, and wherein the basic parameter set may include at least one of following parameters: subcarrier spacing, the number of subcarriers in a particular bandwidth, the number of subcarriers in a physical resource block, PRB, length of orthogonal frequency division multiplexing, OFDM, symbol, the number of points of Fourier transform such as fast Fourier transform, FFT, or inverse Fourier transform such as inverse fast Fourier transform, IFFT, for generating an OFDM signal, the number of OFDM symbols in transmission time interval, TTI, the number of TTIs included within a certain length of time, and length of a signal prefix.
A wafer solar cell having a plurality of finger electrodes arranged on a solar cell surface, which extend in an extension direction along the solar cell surface and have a width perpendicular to the extension direction, characterized in that the respective width of the finger electrodes increases, starting from a center region of the solar cell surface viewed transversely to the extension direction, toward the finger electrodes in edge regions of the solar cell surface.
A method of controlling a home appliance equipped with a drain pump comprising the steps of: switching ON the drain pump when a drain operation of the appliance begins; switching OFF the drain pump when it is determined that a first predetermined time (T ON) is lapsed after the drain pump has been switched ON; switching ON the drain pump when it is determined that a second predetermined time (T OFF) is lapsed after the switching OFF of the drain pump; detecting a changing water level of water contained in the home appliance during the drain operation, switching OFF the drain pump and terminating the drain operation when the detected water level reaches a drain-completion water level wherein a sum of the first predetermined time (T ON) and the second predetermined time (T OFF) is less than 10 seconds. switching ON the drain pump when a drain operation of the appliance begins; switching OFF the drain pump when it is determined that a first predetermined time (T ON) is lapsed after the drain pump has been switched ON; switching ON the drain pump when it is determined that a second predetermined time (T OFF) is lapsed after the switching OFF of the drain pump; detecting a changing water level of water contained in the home appliance during the drain operation, switching OFF the drain pump and terminating the drain operation when the detected water level reaches a drain-completion water level wherein a sum of the first predetermined time (T ON) and the second predetermined time (T OFF) is less than 10 seconds.
An aircraft exhaust system comprising an aircraft exhaust deck (14;98;174), a trailing edge (12;96;172) and a seal (10;94;170) for bridging an interface (16;100; 176) between the aircraft exhaust deck (14;98;174) and the trailing edge (12;96;172), the seal comprising: a sheet (42;122;196) having a fixed end (68;152;218), a cover portion (69;150;216), a movable portion (71;155;217), and a free end (70;148;214), the fixed end (68;152;218) being anchored to the trailing edge (12;96;172), the cover portion (69;150;216) extending upstream from the fixed end (68;152;218) and across the interface (16;100;176), the movable portion (71;151;217) being located adjacent the aircraft exhaust deck; characterized by a spacing element (90;164) engaging the movable portion (71;151;217) and defining a gap for cooling air between the movable portion (71;151;217) and the aircraft exhaust deck (14;98;174); and a tensioning element (44;124;198) attached to the free end (70;148;214) and providing tensioning force to keep the cover portion (69;150;216) taut. a sheet (42;122;196) having a fixed end (68;152;218), a cover portion (69;150;216), a movable portion (71;155;217), and a free end (70;148;214), the fixed end (68;152;218) being anchored to the trailing edge (12;96;172), the cover portion (69;150;216) extending upstream from the fixed end (68;152;218) and across the interface (16;100;176), the movable portion (71;151;217) being located adjacent the aircraft exhaust deck; characterized by a spacing element (90;164) engaging the movable portion (71;151;217) and defining a gap for cooling air between the movable portion (71;151;217) and the aircraft exhaust deck (14;98;174); and a tensioning element (44;124;198) attached to the free end (70;148;214) and providing tensioning force to keep the cover portion (69;150;216) taut.
A method for fabricating a sensor array comprising at least 512 columns by 512 rows of field-effect transistor based sensors using CMOS-fabrication techniques, said sensors having a floating gate that provide threshold voltage dependent output signals, the method comprising: reducing the trapped charge in the gate oxide of at least some of the sensors by employing a forming gas anneal as a post-fabrication process; and providing a plurality of reaction chambers for containing separate reactions coupled to the sensor array. reducing the trapped charge in the gate oxide of at least some of the sensors by employing a forming gas anneal as a post-fabrication process; and providing a plurality of reaction chambers for containing separate reactions coupled to the sensor array.
A compressor assembly for supplying pressure medium to a tire cavity of a tire of a vehicle wheel which can be mounted on a wheel hub, wherein the wheel hub can be mounted on a wheel carrier such that it can rotate about an axis of rotation, wherein the compressor assembly comprises at least one hub-side compression chamber (40, 42), the volume of which can be changed by a translatory movement of a compressor component, wherein a pressure medium to be conducted into the tire cavity can be pressurized by reducing the volume of the compression chamber (40, 42), and wherein the compressor assembly comprises a transmission, preferably a cam mechanism, which is configured to convert a rotational movement between the wheel carrier side and the wheel hub side into an oscillating translatory movement of the compressor component through an interaction of a wheel carrier-side transmission component with a hub-side transmission component, wherein the wheel carrier-side transmission component comprises a cylindrical cam, characterized in that the hub-side transmission component can be moved into a position in which it interacts with the wheel carrier-side transmission component by means of a, preferably exclusively, translatory movement in radial direction. wherein the compressor assembly comprises at least one hub-side compression chamber (40, 42), the volume of which can be changed by a translatory movement of a compressor component, wherein a pressure medium to be conducted into the tire cavity can be pressurized by reducing the volume of the compression chamber (40, 42), and wherein the compressor assembly comprises a transmission, preferably a cam mechanism, which is configured to convert a rotational movement between the wheel carrier side and the wheel hub side into an oscillating translatory movement of the compressor component through an interaction of a wheel carrier-side transmission component with a hub-side transmission component, wherein the wheel carrier-side transmission component comprises a cylindrical cam, characterized in that the hub-side transmission component can be moved into a position in which it interacts with the wheel carrier-side transmission component by means of a, preferably exclusively, translatory movement in radial direction.
A phase corrector for laser trimming a component, the phase corrector comprising: a first correction structure located beneath the component and a second correction structure located above the component, characterized by the first correction structure comprising first and second correction regions at first and second distances from the component and forming a step in the first correction structure; and the second correction structure comprising third and fourth correction regions at third and fourth distances from the component and forming a step in the second correction structure, wherein the difference between the first and second distances is substantially a quarter of a wavelength of a laser light used to trim the component or odd multiples of the quarter of the wavelength, and the difference between the third and fourth distances is substantially a quarter of a wavelength of a laser light used to trim the component or odd multiples of the quarter of the wavelength. a first correction structure located beneath the component and a second correction structure located above the component, characterized by the first correction structure comprising first and second correction regions at first and second distances from the component and forming a step in the first correction structure; and the second correction structure comprising third and fourth correction regions at third and fourth distances from the component and forming a step in the second correction structure, wherein the difference between the first and second distances is substantially a quarter of a wavelength of a laser light used to trim the component or odd multiples of the quarter of the wavelength, and the difference between the third and fourth distances is substantially a quarter of a wavelength of a laser light used to trim the component or odd multiples of the quarter of the wavelength.