mhurhangee/ep-ind-claims huggingface dataset:
A machine tool, comprising: a first component (4; 5) which comprises a first antenna coil for wireless signal transmission, and a second component (3; 7.2), which is removably and/or movably arranged on the first component (4; 5) and comprises a second antenna coil for wireless signal transmission, wherein the first component (4; 5) and the second component (3; 7.2) together bound a cavity which is surrounded essentially completely by an electrically conductive material, in particular by a metal, and wherein the first antenna coil and the second antenna coil are arranged together in the cavity in order to permit wireless signal transmission between the first antenna coil and the second antenna coil, characterised in that an interchangeable third component (1; 2) is connected to the second component (3; 7.2); the second component (3; 7.2) comprises a third antenna coil which is electrically connected to the second antenna coil by means of a cable (20.1, 19.2), preferably a coaxial cable, the cable (20.1, 19.2) running completely in the interior of the second component (3; 7.2); the third component (1; 2) comprises a fourth antenna coil; the second component (3; 7.2) and the third component (1; 2) together define a further cavity which is surrounded essentially completely by an electrically conductive material, in particular a metal, and the third antenna coil and the fourth antenna coil are arranged together in the further cavity in order to permit wireless signal transmission between the third antenna coil and the fourth antenna coil. a first component (4; 5) which comprises a first antenna coil for wireless signal transmission, and a second component (3; 7.2), which is removably and/or movably arranged on the first component (4; 5) and comprises a second antenna coil for wireless signal transmission, wherein the first component (4; 5) and the second component (3; 7.2) together bound a cavity which is surrounded essentially completely by an electrically conductive material, in particular by a metal, and wherein the first antenna coil and the second antenna coil are arranged together in the cavity in order to permit wireless signal transmission between the first antenna coil and the second antenna coil, characterised in that an interchangeable third component (1; 2) is connected to the second component (3; 7.2); the second component (3; 7.2) comprises a third antenna coil which is electrically connected to the second antenna coil by means of a cable (20.1, 19.2), preferably a coaxial cable, the cable (20.1, 19.2) running completely in the interior of the second component (3; 7.2); the third component (1; 2) comprises a fourth antenna coil; the second component (3; 7.2) and the third component (1; 2) together define a further cavity which is surrounded essentially completely by an electrically conductive material, in particular a metal, and the third antenna coil and the fourth antenna coil are arranged together in the further cavity in order to permit wireless signal transmission between the third antenna coil and the fourth antenna coil.
A memory system, comprising: a main memory comprising a plurality of single-ported memory banks, each memory bank comprising a first number of entries; parallel busses configured to enable simultaneous writing to and reading from different ones of the single-ported memory banks; a sideband memory comprising the first number of entries, each of the entries in the sideband memory mapping to a corresponding one of the first number of entries in one of the memory banks in the main memory, the sideband memory being configured to allow parallel read and write accesses to the sideband memory per cycle; switching circuitry configured to direct read and write operations to either the main memory or the sideband memory; and control logic, wherein the control logic comprises a tags memory that identifies the memory bank in the main memory to which each of the entries in the sideband memory corresponds, the control logic configured to track to which of the memory banks in the main memory each of the entries in the sideband memory corresponds, and to deterministically control the switching circuitry in response to memory address information to effect a pattern of access to the main memory and the sideband memory such that the memory system performs like a fully provisioned dual-ported memory. a main memory comprising a plurality of single-ported memory banks, each memory bank comprising a first number of entries; parallel busses configured to enable simultaneous writing to and reading from different ones of the single-ported memory banks; a sideband memory comprising the first number of entries, each of the entries in the sideband memory mapping to a corresponding one of the first number of entries in one of the memory banks in the main memory, the sideband memory being configured to allow parallel read and write accesses to the sideband memory per cycle; switching circuitry configured to direct read and write operations to either the main memory or the sideband memory; and control logic, wherein the control logic comprises a tags memory that identifies the memory bank in the main memory to which each of the entries in the sideband memory corresponds, the control logic configured to track to which of the memory banks in the main memory each of the entries in the sideband memory corresponds, and to deterministically control the switching circuitry in response to memory address information to effect a pattern of access to the main memory and the sideband memory such that the memory system performs like a fully provisioned dual-ported memory.
A portable device control method for reducing total power consumed in a process of executing a specific application, wherein the method comprises: establishing, by a first device by using a wireless communications technology, a connection to a second device when the first device discovers the second device,wherein the first device is a device that controls a specific application of the second device; determining, by the first device, that a user is in a first scene mode, wherein the first scene mode is a sleep status; determining, by the first device according to a preset execution policy of a first application corresponding to the first scene mode, an execution device of the first application corresponding to the first scene mode if the execution device is the second device, sending, by the first device, an instruction message for executing the first application to the second device, so that the second device executes the first application; determining, by the first device, that the user is in a second scene mode, wherein the second scene mode is a scene mode in which execution of the first application is stopped; and if the execution device is the second device, sending, by the first device, an instruction message for stopping the execution of the first application to the second device, so that the second device stops the execution of the first application. establishing, by a first device by using a wireless communications technology, a connection to a second device when the first device discovers the second device,wherein the first device is a device that controls a specific application of the second device; determining, by the first device, that a user is in a first scene mode, wherein the first scene mode is a sleep status; determining, by the first device according to a preset execution policy of a first application corresponding to the first scene mode, an execution device of the first application corresponding to the first scene mode if the execution device is the second device, sending, by the first device, an instruction message for executing the first application to the second device, so that the second device executes the first application; determining, by the first device, that the user is in a second scene mode, wherein the second scene mode is a scene mode in which execution of the first application is stopped; and if the execution device is the second device, sending, by the first device, an instruction message for stopping the execution of the first application to the second device, so that the second device stops the execution of the first application.
Rotary feedthrough for feeding fluid to a pressure chamber which is arranged between a rotatable component and a component, fixed in a stationary manner, of a vehicle, comprising a seal support having at least one channel for fluidic connection to the pressure chamber, wherein at least two axially spaced-apart seal rings for the static sealing of the at least one channel are arranged on the seal support, wherein a first and a second seal element (7a, 7b) are arranged on a rotation prevention element which is connected rotationally conjointly to the seal support, wherein the first seal element is provided for the dynamic sealing of the pressure chamber, and wherein the second seal element is provided for the static sealing of the pressure chamber, characterized in that the second seal element is arranged axially between the first seal element and a radially formed shoulder on the rotation prevention element.
Method for network initiated redial comprising the steps of - receiving, at a network subsystem, from a first mobile device a request to establish a first call with a second mobile device at a time T0; - notifying the first mobile device about an unsuccessful attempt of establishing the first call with the second mobile device; the method being characterized in that it further comprises the step of - registering, at the network subsystem, an unsuccessful first call attempt between the first mobile device and the second mobile device, call parties identifiers and a time of the call attempt, at a time T0; - receiving, at the network subsystem, from the second mobile device a request to establish a second call with the first mobile device at a time T3; - notifying the second mobile device about an unsuccessful attempt of establishing the second call with the first mobile device; - registering, at the network subsystem, the unsuccessful second call attempt between the second mobile device and the first mobile device, call parties identifiers and a time of the call attempt, at a time T3; - verifying whether there occurred a simultaneous or substantially simultaneous calls situation between the first call and the second call; - establishing a network initiated call between the first mobile device and the second mobile device when there occurred a simultaneous or substantially simultaneous calls situation between the first call and the second call. - receiving, at a network subsystem, from a first mobile device a request to establish a first call with a second mobile device at a time T0; - notifying the first mobile device about an unsuccessful attempt of establishing the first call with the second mobile device; - registering, at the network subsystem, an unsuccessful first call attempt between the first mobile device and the second mobile device, call parties identifiers and a time of the call attempt, at a time T0; - receiving, at the network subsystem, from the second mobile device a request to establish a second call with the first mobile device at a time T3; - notifying the second mobile device about an unsuccessful attempt of establishing the second call with the first mobile device; - registering, at the network subsystem, the unsuccessful second call attempt between the second mobile device and the first mobile device, call parties identifiers and a time of the call attempt, at a time T3; - verifying whether there occurred a simultaneous or substantially simultaneous calls situation between the first call and the second call; - establishing a network initiated call between the first mobile device and the second mobile device when there occurred a simultaneous or substantially simultaneous calls situation between the first call and the second call.
A method comprising: identifying one or more communication sessions associated with a user equipment; identifying network condition information associated with a plurality of gateways, including a serving gateway of the user equipment; determining types of the one or more communication sessions and the number of the communication sessions associated with the user equipment; analyzing the one or more communication sessions based on the determined types of the communication sessions and the number of the communication sessions associated with the user equipment and on the network condition information to determine a level of severity of disruption that would be caused to the one or more communication sessions by an explicit detach with reattach required, EDRR, procedure, the level of severity being determined by quantifying the level of disruption that would be caused to the one or more communication sessions and comparing the quantified level of disruption with a threshold; if it is determined that the quantified level of disruption does not exceed the threshold, triggering a mobility management entity, MME, associated with the user equipment, to initiate the EDRR procedure for the user equipment; and if it is determined that the quantified level of disruption exceeds the threshold, not triggering the MME to initiate the EDRR procedure. identifying one or more communication sessions associated with a user equipment; identifying network condition information associated with a plurality of gateways, including a serving gateway of the user equipment; determining types of the one or more communication sessions and the number of the communication sessions associated with the user equipment; analyzing the one or more communication sessions based on the determined types of the communication sessions and the number of the communication sessions associated with the user equipment and on the network condition information to determine a level of severity of disruption that would be caused to the one or more communication sessions by an explicit detach with reattach required, EDRR, procedure, the level of severity being determined by quantifying the level of disruption that would be caused to the one or more communication sessions and comparing the quantified level of disruption with a threshold; if it is determined that the quantified level of disruption does not exceed the threshold, triggering a mobility management entity, MME, associated with the user equipment, to initiate the EDRR procedure for the user equipment; and if it is determined that the quantified level of disruption exceeds the threshold, not triggering the MME to initiate the EDRR procedure.
Laboratory mill, in particular centrifugal ball mill and/or planetary ball mill, having at least one grinding bowl holder for at least one grinding bowl and having at least one anti-rotation means for holding the grinding bowl in a defined, predetermined position relative to the grinding bowl holder and/or as a positioning aid, wherein the grinding bowl holder has, on an axial surface which faces a grinding bowl base during grinding operation, at least one surface relief as an anti-rotation means, which surface relief can be connected in a form-fitting manner to a mating relief, which is complementary to the surface relief, on an axial surface of the grinding bowl base in order to form an anti-rotation means, characterized in that the surface relief is formed by a depression or elevation which runs continuously around or is closed in itself over the entire circumference of the grinding bowl, and/or in that the surface relief has, in a plan view of the relief surface, a contour profile of at least one outer edge of the surface relief which deviates from the exact circular shape and/or from the exact annular shape.
Aqueous composition comprising hyaluronic acid, chondroitin sulfate or salts thereof and bivalent metal ions in solution chosen from the group consisting of Ca and Mg, characterized in that the viscosity is lower than that of the same composition but without bivalent metal ions wherein from 0.1 to 3.5 equivalents of bivalent metal ions are present relative to the sum of the hyaluronic acid and chondroitin sulfate used.
An image display apparatus, comprising in this order: an organic electroluminescence display element, a λ/4 phase difference plate, and a polarizing plate, wherein the polarizing plate comprises a polarizer, characterized in that the polarizing plate further comprises a light transmissive film with a birefringent property in a plane, disposed on the surface of the polarizer facing away from the display element, wherein the light transmissive film satisfies a relationship of the following expression: n x > N > n y where a refractive index in a slow-axis direction which is a direction with a greatest refractive index in a plane of the light transmissive film is n x, a refractive index in a fast-axis direction which is a direction orthogonal to the slow-axis direction in the plane is n y, and an average refractive index of the light transmissive film is N, wherein N = (n x +n y +n z)/3, wherein n x and n y are as defined above and n z is a refractive index in the thickness direction of the light transmissive film, wherein the polarizer and the light transmissive film are placed so that both the fast-axis direction of the light transmissive film and the absorption-axis direction of the polarizer are parallel to each other. where a refractive index in a slow-axis direction which is a direction with a greatest refractive index in a plane of the light transmissive film is n x, a refractive index in a fast-axis direction which is a direction orthogonal to the slow-axis direction in the plane is n y, and an average refractive index of the light transmissive film is N, wherein N = (n x +n y +n z)/3, wherein n x and n y are as defined above and n z is a refractive index in the thickness direction of the light transmissive film, wherein the polarizer and the light transmissive film are placed so that both the fast-axis direction of the light transmissive film and the absorption-axis direction of the polarizer are parallel to each other.
A cooking apparatus comprising: a casing; a cooking chamber provided inside the casing and including a discharge plate (600, 601, 602) at which a plurality of outlet holes (26a, 26b, 621, 631, 641, 661, 671) are formed; a tray provided at a bottom surface of the cooking chamber to support food; and a hot air discharging unit configured to discharge high-temperature air into the cooking chamber through the outlet holes (26a, 26b, 621, 631, 641, 661, 671), wherein the plurality of outlet holes (26a, 26b, 621, 631, 641, 661, 671) are formed at a first area (610, 630, 640) facing the tray and each of the plurality of outlet holes (26a, 26b, 621, 631, 641, 661, 671) includes a flange (625, 665, 675), characterized in that a plurality of flange grooves (629, 669, 679) is formed at a part of an outer surface of the discharge plate, and each flange (625, 665, 675) is formed at a lower surface of a respective flange groove (629, 669, 679) protruding in a direction opposite to a discharging direction of the air from the outlet holes (26a, 26b, 621, 631, 641, 661, 671). a casing; a cooking chamber provided inside the casing and including a discharge plate (600, 601, 602) at which a plurality of outlet holes (26a, 26b, 621, 631, 641, 661, 671) are formed; a tray provided at a bottom surface of the cooking chamber to support food; and a hot air discharging unit configured to discharge high-temperature air into the cooking chamber through the outlet holes (26a, 26b, 621, 631, 641, 661, 671), wherein the plurality of outlet holes (26a, 26b, 621, 631, 641, 661, 671) are formed at a first area (610, 630, 640) facing the tray and each of the plurality of outlet holes (26a, 26b, 621, 631, 641, 661, 671) includes a flange (625, 665, 675), characterized in that a plurality of flange grooves (629, 669, 679) is formed at a part of an outer surface of the discharge plate, and each flange (625, 665, 675) is formed at a lower surface of a respective flange groove (629, 669, 679) protruding in a direction opposite to a discharging direction of the air from the outlet holes (26a, 26b, 621, 631, 641, 661, 671).
A system for exhaust gas post-treatment in an internal combustion engine and/or for pulsation damping and/or volume flow smoothing of fluids, such as hydraulic oil, having at least one filter device with a filter element accommodated in a filter housing for filtering a freezable substance, in particular in the form of an aqueous urea solution which can be introduced into the exhaust flow of the internal combustion engine, wherein parts of the filter device interact with at least one fluid chamber for the at least temporary accommodation of the freezable substance inside the filter housing, wherein a deformable compensating device is present as protection against damage to the system caused by volume expansion upon freezing of the substance, which compensating device is arranged inside the filter housing, wherein the compensation device is a separate component in addition to the filter housing, and wherein the compensating device is enclosed by the filter housing at its outer periphery and substantially without spacing in every operating state, characterised in that, in deformed state, the compensation device rests, at least partially, directly against parts of a spacer which at least partially encloses the filter element, and that the spacer is formed from a spacer tube provided with fluid passages, which tube encloses the filter material of the filter element at a predeterminable distance.
An arrangement, consisting of a connection device for high-frequency data signals and at least one data line, in particular a so-called "twinax" cable, provided for connection thereto, the data line being suitable for transmitting high-frequency data signals of 10 GBit/sec. and more and including three electrical conductors, namely a first wire, a second wire, and a drain wire, each of the two wires (12, 13) being surrounded by a cylindrical insulation (14, 16), and the at least one data line being surrounded by a shield, for example by a shielding foil that is electrically conductive on at least one side, and the connection device including a connecting pad (31, 32, 33) for each electrical conductor, characterized in that the connecting pad associated with the respective drain wire is arranged between the two connecting pads (32', 33') of the two wires (12, 13) associated with the same data line, the shield of the data line having a longitudinal cut, and the two wires (12, 13) being bent slightly away from each other in a vee-bent portion which has a beginning and an end, and in that in this vee-bent portion the drain wire is guided up between the two insulations (14, 16) and is in a constant mechanical contact with the associated insulations (14, 16).
An alarm method comprising: determining whether a vehicle is approaching a termination position for automatic driving, based on position information about the vehicle and map information, or based on surrounding environment information about the vehicle; and displaying alarm information for a driver of the vehicle when it is determined that the vehicle is approaching to the termination position for the automatic driving, wherein it is determined that the vehicle is approaching the termination position for the automatic driving based on a distance or arrival time from the vehicle to the termination position for the automatic driving being a predetermined value or less, and wherein the alarm information includes an image prompting the driver to hold a steering wheel, step an acceleration pedal, or step a brake pedal. displaying alarm information for a driver of the vehicle when it is determined that the vehicle is approaching to the termination position for the automatic driving, wherein it is determined that the vehicle is approaching the termination position for the automatic driving based on a distance or arrival time from the vehicle to the termination position for the automatic driving being a predetermined value or less, and wherein the alarm information includes an image prompting the driver to hold a steering wheel, step an acceleration pedal, or step a brake pedal.