mhurhangee/ep-ind-claims huggingface dataset:
A method of providing an application-related management object in a terminal, the method comprising: receiving a registration message for registering information on an installed application; determining a requirement of the application contained in the registration message; wherein the requirement of the application contains mandatory management object information and optional management object information for executing the application; the method further comprising acquiring application-related management object information corresponding to the requirement; identifying a method of providing the application-related management object information based on a management object reception method item among items included in a management object request message; and providing (355, 370, 375) the application-related management object information according to the identified method. receiving a registration message for registering information on an installed application; determining a requirement of the application contained in the registration message; wherein the requirement of the application contains mandatory management object information and optional management object information for executing the application; the method further comprising acquiring application-related management object information corresponding to the requirement; identifying a method of providing the application-related management object information based on a management object reception method item among items included in a management object request message; and providing (355, 370, 375) the application-related management object information according to the identified method.
Method for displaying visual information in vehicles in the central field of vision of the driver such that a combiner (8, 8') is used to produce an overlay of this display i.e. virtual image, with the real traffic environment, wherein a projection device is provided whose projection distance and/or projection size and/or projection position is dynamically alterable such that the virtual image (10, 10', 10") that the driver sees for the presented information is presentable at a dynamically variable virtual distance (11, 11', 11", 11''') relative to the position of the driver's eye and/or a dynamically variable position in the field of vision of the driver and/or in a dynamically variable projection size, wherein the stipulation of the virtual distance (11, 11', 11", 11'''), that can be regarded as ideal in each case on the basis of the situation, of the position in the field of vision of the driver and of the projection size is based on situation recognition performed by means of a situation analysis device, which situation recognition involves vehicle data, vehicle surroundings data and driver data being taken into account for stipulating projection distance and/or position in the field of vision of the driver and/or projection size, and the situation analysis device ascertains the presentation-determining criteria from the vehicle data, vehicle surroundings data and driver data, converts said criteria into a projection distance and/or a position in the field of vision of the driver and/or into a projection size and applies this/these as actuation information to the projection device, so that a virtual distance (11, 11', 11", 11''') and/or a position and/or a size are obtained for the virtual image (10, 10', 10") such that the required accommodation, fixation and adaptation times of the driver's eye are minimized, characterized in that the situation recognition involves the situation analysis device ascertaining the presentation-determining criteria from the vehicle data, vehicle surroundings data and driver data, converting said criteria into the projection distance and/or the position in the field of vision of the driver and/or into the projection size and applying this/these as actuation information to the projection device, so that the virtual distance (11, 11', 11", 11''') and/or the position and/or the size are obtained for the virtual image (10, 10', 10") such that safety-critical occlusions of the real environment are prevented, in that the probable instantaneous focus (31, 31', 31") of the driver is determined by the situation analysis device as a first essential criterion determining the virtual distance (11, 11', 11", 11''') and in that the situation analysis device is used to determine, as a further essential criterion determining the virtual distance (11, 11', 11", 11'''), the position in the field of vision of the driver and the projection size, whether the field of vision of the driver contains critical areas that must not be occluded by the virtual image (10, 10', 10").
A method of phosphidation, comprising: electroplating of a M on a substrate, wherein the M is a metal, oxidizing the M to MOOH, M oxide, or a combination thereof, having a rugae morphology and converting the MOOH, M oxide, or both to nanocrystalline MP by vapor phase phosphidation, wherein MP is a metal phosphide with a rugae morphology. electroplating of a M on a substrate, wherein the M is a metal, oxidizing the M to MOOH, M oxide, or a combination thereof, having a rugae morphology and converting the MOOH, M oxide, or both to nanocrystalline MP by vapor phase phosphidation, wherein MP is a metal phosphide with a rugae morphology.
A wound treatment system for applying negative pressure to a wound comprising a pump for applying suction to the wound, the pump coupled to a flow monitor to monitor fluid flow rate in a system conduit, from a wound dressing to the pump as indicative of a level of negative pressure applied to a wound, the system including a vent, providing a reference airflow in the conduit, the flow monitor detecting whether or not the flow rate deviates from the reference flow rate, the flow monitor comprising a visual annunciator to indicate flow conditions including that the flow rate is below the reference flow rate range, that the flow rate is within the reference flow rate range, or that the flow rate is at a level above the reference flow rate range, wherein when the flow rate is below the reference flow rate range an occlusion in the system is indicated, when the flow rate is within the reference flow rate range normal operation of the system is indicated, and when the flow rate is at a level above the reference flow rate range a leakage in the system is indicated.
A packaging for an item to be packaged, in particular for a kit for assembling a building closure device, wherein the packaging has an outer packaging with a receiving compartment for a first part of the item to be packed, the outer packaging having a cover for the receiving compartment, wherein the cover is arranged between the receiving compartment and an additional compartment of the outer packaging in at least one position in order to separate the two of them, wherein the receiving compartment presents a larger volume than the additional compartment, und wherein at least one form-fitting device for form-fitting attachment of at least one inner packaging for the reception of a second part of the item to be packed is present on the cover.
Method for replacing a roller bearing of a planetary carrier of a gear unit in a nacelle of a wind turbine, comprising the following steps: - disassembling a bearing cover which covers the roller bearing; - cutting into an inner ring of the roller bearing and removing a part of a bearing shoulder of the inner ring; - cutting into an outer ring of the bearing and removing a part of the one bearing shoulder of the outer ring; - removing rolling elements of the roller bearing, wherein rolling elements in the region of the bearing close to the ground remain in the bearing, in order to centre the planetary carrier; - connecting pulling apparatuses to the roller bearing; - adjusting the planetary carrier, in order to unload the rolling elements remaining in the bearing in the region of the roller bearing close to the ground; - installing position retainers, in order to fix the planetary carrier in its position axially; - installing brace elements on the gear unit housing, in particular on the threaded holes of the bearing cover; - pulling on the pulling apparatuses, while bracing against the brace element; - disassembling the bearing from the planetary carrier; - disassembling the brace elements; - sliding the new roller bearing onto the planetary carrier, up to just before the final bearing seat; - assembling the brace elements; - centring the bearing; and - using the brace elements, in the same manner as the pulling procedure indicated above, to push the bearing into its final bearing seat. - disassembling a bearing cover which covers the roller bearing; - cutting into an inner ring of the roller bearing and removing a part of a bearing shoulder of the inner ring; - cutting into an outer ring of the bearing and removing a part of the one bearing shoulder of the outer ring; - removing rolling elements of the roller bearing, wherein rolling elements in the region of the bearing close to the ground remain in the bearing, in order to centre the planetary carrier; - connecting pulling apparatuses to the roller bearing; - adjusting the planetary carrier, in order to unload the rolling elements remaining in the bearing in the region of the roller bearing close to the ground; - installing position retainers, in order to fix the planetary carrier in its position axially; - installing brace elements on the gear unit housing, in particular on the threaded holes of the bearing cover; - pulling on the pulling apparatuses, while bracing against the brace element; - disassembling the bearing from the planetary carrier; - disassembling the brace elements; - sliding the new roller bearing onto the planetary carrier, up to just before the final bearing seat; - assembling the brace elements; - centring the bearing; and - using the brace elements, in the same manner as the pulling procedure indicated above, to push the bearing into its final bearing seat.
Arrangement for a cinema room for a multi-screen cinema, characterized in that each of the cinema rooms has a trapezoidal layout with a larger end where the screen is arranged, a film projector, and tiers of seats with multiple rows of seats (3a, 3b,..., 3n) arranged to different step-wise heights; wherein the screen has a surface in form of a cylindrical sector with a constant curvature, being inclined towards the stands forming an angle (a) with respect to a vertical line comprised between 5° and 10° and in that the film projector is integrated in an intermediate area of the tiers of seats, oriented towards the centre of the screen, forming with the screen an angle (b) comprised between 80° and 100°.
An electrical clamping apparatus comprising a clamp body having a screw and a clamping piece, wherein the screw is arranged movably in an opening of the clamp body and wherein the screw is rotatably movably connected to the clamping piece such that the clamping piece can be screwed toward the clamp body by means of the screw while interposing a conductor, and comprising a housing part which has a constricted passage opening for access to a screw head of the screw, wherein at least one holding element is provided by which a force can be radially exerted onto the screw head, characterized in that the passage opening is constricted by a margin, in that the margin has the at least one holding element, and in that the holding element is arranged radially movably, is supported resiliently and is cut free in the margin.
A method for marking a petroleum hydrocarbon or a liquid biologically derived fuel; said method comprising adding to said petroleum hydrocarbon or liquid biologically derived fuel at least one C{Ph(R 1) i (OR 2) j} 2 {Ph(R 3) m (OR 4) n}{Ph(R 5) o (OR 6) p}, wherein Ph represents a benzene ring; R 1, R 3 and R 5 independently are C 1 -C 18 alkyl or C 4 -C 18 heteroalkyl; R 2, R 4 and R 6 independently are C 1 -C 18 alkyl or C 4 -C 18 heteroalkyl; i, m, n, o and p independently are zero, one or two; and j is one or two; wherein each compound having formula C{Ph(R 1) i (OR 2) j} 2 {Ph(R 3) m (OR 4) n}{Ph(R 5) o (OR 6) p} is present at a level from 0.01 ppm to 20 ppm.
Pre-coding method for a system for transmitting data in TDD mode comprising a transmitter equipped with N transmission antenna(s), in which N ≥ 1, and a receiver equipped with M reception antennas, where M ≥ 2, characterized in that there is defined a series of pre-coders L n, where n is a positive integer or zero, and L n is the pre-coder obtained by applying ( N 0 + nq), where N 0 and q are predetermined integers such that N 0 ≥ 0 and q > 0, iterations of an iterative time reversal pre-coder for the matrix Ĥ ∈ C M × N, which is an estimation of the channel matrix H ∈ C M × N, and in that, said method being iterative, each iteration of the method comprises the following steps: - said transmitter takes into account a predetermined value n = n 0 if it is the first iteration of the method, or, if not, a value of n obtained upon the preceding iteration of the method, - the transmitter sends to the receiver a triplet of pilot signals pre-coded with the pre-coders L n, L n+1, and L n+2, - as a function of said triplet of pilot signals received, the receiver estimates the triplet ( T n, T n+1, T n+2) of achievable total bit rates corresponding respectively to ( L n, L n+1, L n+2) and deduces therefrom a control command p, the value of which is determined as follows: • p = +1 if T n+2 = max ( T n, T n+1, T n+2), • p = -1 if T n = max ( T n, T n+1, T n+2),and • p = 0 if T n+1 = max ( T n, T n+1, T n+2). - the receiver sends a signalling message to the transmitter indicating said control command value p, and - on reception of said signalling message, the transmitter updates the value of n by replacing it with the value of (n + p). - said transmitter takes into account a predetermined value n = n 0 if it is the first iteration of the method, or, if not, a value of n obtained upon the preceding iteration of the method, - the transmitter sends to the receiver a triplet of pilot signals pre-coded with the pre-coders L n, L n+1, and L n+2, - as a function of said triplet of pilot signals received, the receiver estimates the triplet ( T n, T n+1, T n+2) of achievable total bit rates corresponding respectively to ( L n, L n+1, L n+2) and deduces therefrom a control command p, the value of which is determined as follows: • p = +1 if T n+2 = max ( T n, T n+1, T n+2), • p = -1 if T n = max ( T n, T n+1, T n+2),and • p = 0 if T n+1 = max ( T n, T n+1, T n+2). • p = +1 if T n+2 = max ( T n, T n+1, T n+2), • p = -1 if T n = max ( T n, T n+1, T n+2),and • p = 0 if T n+1 = max ( T n, T n+1, T n+2). - the receiver sends a signalling message to the transmitter indicating said control command value p, and - on reception of said signalling message, the transmitter updates the value of n by replacing it with the value of (n + p).
A wearable electronic device (201, 301) in the form of glasses, comprising: a first sensor configured to sense an illuminance; a memory configured to store content; an augmented reality display configured to display the content in a virtual display region through a glass plate of the wearable electronic device; and a processor configured to: identify an ambient illuminance of the wearable electronic device using the first sensor, in response to identifying that the ambient illuminance is lower than a preset illuminance, adjust a display position of the content in the virtual display region such that the content is displayed in a first display region corresponding to a first field of view, FOV, of a user narrowed according to the ambient illuminance, and in response to identifying that the ambient illuminance is higher than the preset illuminance, adjust the display position of the content in the virtual display region such that the content is displayed in a second display region corresponding to a second FOV of the user broadened according to the ambient illuminance, the second FOV having a broader view angle and a shorter focal length than the first FOV. a first sensor configured to sense an illuminance; a memory configured to store content; an augmented reality display configured to display the content in a virtual display region through a glass plate of the wearable electronic device; and a processor configured to: identify an ambient illuminance of the wearable electronic device using the first sensor, in response to identifying that the ambient illuminance is lower than a preset illuminance, adjust a display position of the content in the virtual display region such that the content is displayed in a first display region corresponding to a first field of view, FOV, of a user narrowed according to the ambient illuminance, and in response to identifying that the ambient illuminance is higher than the preset illuminance, adjust the display position of the content in the virtual display region such that the content is displayed in a second display region corresponding to a second FOV of the user broadened according to the ambient illuminance, the second FOV having a broader view angle and a shorter focal length than the first FOV. identify an ambient illuminance of the wearable electronic device using the first sensor, in response to identifying that the ambient illuminance is lower than a preset illuminance, adjust a display position of the content in the virtual display region such that the content is displayed in a first display region corresponding to a first field of view, FOV, of a user narrowed according to the ambient illuminance, and in response to identifying that the ambient illuminance is higher than the preset illuminance, adjust the display position of the content in the virtual display region such that the content is displayed in a second display region corresponding to a second FOV of the user broadened according to the ambient illuminance, the second FOV having a broader view angle and a shorter focal length than the first FOV.
A method for controlling an industrial robot comprising a moving robot arm provided with at least one electric motor (M1, M2, M3) suitable for moving this robot arm and provided with a robot controller including a central unit and an axis controller, this method including the following steps: a) the execution, by the central unit, of a control program of the robot arm and, in response, the calculation and sending of position instructions of the robot arm; b) generation of supply voltages of said motor by the axis controller as a function of the calculated position instructions, using cascading regulators (31, 32, 33) including at least one input point (34, 35, 36) receiving an input signal; c) controlling said motor (M1, M2, M3) with the generated supply voltages. characterized in that, during step b), a sound excitation signal is superimposed, by the robot controller, with the input signal of one of the regulators (31, 32, 33) to form a composite signal, the supply voltages being generated as a function of the composite signal. a) the execution, by the central unit, of a control program of the robot arm and, in response, the calculation and sending of position instructions of the robot arm; b) generation of supply voltages of said motor by the axis controller as a function of the calculated position instructions, using cascading regulators (31, 32, 33) including at least one input point (34, 35, 36) receiving an input signal; c) controlling said motor (M1, M2, M3) with the generated supply voltages.
An electronic rights management method, the method comprising: packaging a digital content object (200, 703, 903) and a control set in a secure digital container (206, 701, 801, 901), the control set containing a pointer to a source of additional control sets; distributing the secure digital container to an electronic appliance, the electronic appliance including a protected processing environment operable to control use of the digital content object in accordance with the control set; contacting a remote rights management authority over a network to which the remote rights management authority and the electronic appliance are connected to obtain an additional control set; receiving the additional control set at the electronic appliance; receiving a request from a user of the electronic appliance to make use of the digital content object; determining whether the additional control set permits the action the user has requested; and using the protected processing environment to control use of the digital content object in accordance with the additional control set received from the remote rights management authority. packaging a digital content object (200, 703, 903) and a control set in a secure digital container (206, 701, 801, 901), the control set containing a pointer to a source of additional control sets; distributing the secure digital container to an electronic appliance, the electronic appliance including a protected processing environment operable to control use of the digital content object in accordance with the control set; contacting a remote rights management authority over a network to which the remote rights management authority and the electronic appliance are connected to obtain an additional control set; receiving the additional control set at the electronic appliance; receiving a request from a user of the electronic appliance to make use of the digital content object; determining whether the additional control set permits the action the user has requested; and using the protected processing environment to control use of the digital content object in accordance with the additional control set received from the remote rights management authority.
A method of user authentication by an application on a mobile telephony device, the method comprising: i. authenticating the user by interaction with the application, ii. receiving a service code identifying a remote telephony service, iii. communicating with a remote authentication service to receive a call identifier based on the service code; and iv. sending the call identifier within a telephone call to the remote telephony service, by means of which the user is authenticated to the remote telephony service. i. authenticating the user by interaction with the application, ii. receiving a service code identifying a remote telephony service, iii. communicating with a remote authentication service to receive a call identifier based on the service code; and iv. sending the call identifier within a telephone call to the remote telephony service, by means of which the user is authenticated to the remote telephony service.