mhurhangee/ep-ind-claims huggingface dataset:
Apparatus comprising: a processor to execute program instructions stored at respective memory addresses, processing of the program instructions being constrained by a prevailing capability defining at least access permissions to a set of one or more memory addresses; the processor comprising: control flow change handling circuitry to perform a control flow change operation, the control flow change operation defining a control flow change target address indicating the address of a program instruction for execution after the control flow change operation; and capability generating circuitry to determine, in dependence on the control flow change target address, an address at which capability access permissions data is stored as a memory address preceding the control flow change target address; the capability generating circuitry being configured to retrieve the capability access permissions data and to generate a capability for use as a next prevailing capability in dependence upon at least the capability access permissions data. control flow change handling circuitry to perform a control flow change operation, the control flow change operation defining a control flow change target address indicating the address of a program instruction for execution after the control flow change operation; and capability generating circuitry to determine, in dependence on the control flow change target address, an address at which capability access permissions data is stored as a memory address preceding the control flow change target address; the capability generating circuitry being configured to retrieve the capability access permissions data and to generate a capability for use as a next prevailing capability in dependence upon at least the capability access permissions data.
Radio communication method for communicating between locally fixed base stations and mobile stations, wherein the base stations and the mobile stations communicate according to a first communication protocol, comprising the steps of dividing an available radio resource into a plurality of radio resource units, and using radio resource units for communication between the base stations and the mobile stations, and characterized by allocating at one of the base stations a plurality of at least two time consecutive resource units for transmission to or from autonomous terminals, and transmitting asynchronously within the allocated plurality of the at least two time consecutive resource units at least one message from said one base station to one of the autonomous terminals or from said one autonomous terminal. to said one base station using a second communication protocol, wherein said transmitting lasts more than one resource unit, said second communication protocol being incompatible to the first communication protocol.
A front camera assembling method, comprising: providing a middle frame, wherein the middle frame is provided with an accommodation groove that accommodates a camera body, a size of the accommodation groove meets a centering adjustment allowance that is of a lens of the camera body and a camera hole of a touchscreen and that exists when the camera body is assembled; assembling the middle frame and the touchscreen into an integral structure, wherein the integral structure is provided with a hole channel connecting the accommodation groove and the camera hole; and moving the camera body by using a visual positioning system, to enable the lens to extend into the camera hole through the hole channel and to be disposed in a centering manner, and fastening the camera body in the accommodation groove. providing a middle frame, wherein the middle frame is provided with an accommodation groove that accommodates a camera body, a size of the accommodation groove meets a centering adjustment allowance that is of a lens of the camera body and a camera hole of a touchscreen and that exists when the camera body is assembled; assembling the middle frame and the touchscreen into an integral structure, wherein the integral structure is provided with a hole channel connecting the accommodation groove and the camera hole; and moving the camera body by using a visual positioning system, to enable the lens to extend into the camera hole through the hole channel and to be disposed in a centering manner, and fastening the camera body in the accommodation groove.
A network node arranged to operate in a cell of a cellular communication system, wherein the cellular communication system is 3GPP LTE providing modes of power saving for a user equipment, UE, comprising one of Discontinuous Reception, DRX, and extended Discontinuous Reception, eDRX, the network node comprising an interface towards the cellular communication system where the interface is arranged to receive paging information for an idle UE; a paging handler arranged to determine a mode of power saving for the UE, and to determine a timing for a wake-up signal, WUS, based on the determined mode and the received paging information and based on a paging transmission window for the UE and a paging occasion within the paging transmission window based on whether the UE operates in DRX mode or eDRX mode; and a transmitter arranged to transmit the wake-up signal at the determined timing. an interface towards the cellular communication system where the interface is arranged to receive paging information for an idle UE; a paging handler arranged to determine a mode of power saving for the UE, and to determine a timing for a wake-up signal, WUS, based on the determined mode and the received paging information and based on a paging transmission window for the UE and a paging occasion within the paging transmission window based on whether the UE operates in DRX mode or eDRX mode; and a transmitter arranged to transmit the wake-up signal at the determined timing.
An aircraft wing cover for an aircraft wing box, comprising an integrally stiffened sandwich panel including first and second skins (11, 12) sandwiching a core layer, wherein first skin has an outer surface and an inner surface and the second skin has an outer surface and an inner surface, the outer surfaces (14, 16) of the skins forming internal and external surfaces of the wing cover respectively, and wherein at least one of the skins has a plurality of spanwise extending integral regions of increased thickness accommodated by corresponding regions of decreased thickness in the core.
A method for pipe insertion into a pipeline, comprising: making a first excavation over a main pipeline to provide access to the main pipeline; measuring a distance from a point in the first excavation to a service line (152, 154) connected to the main pipeline; inserting a main liner pipe having a fitting thereon into the main pipeline through the first excavation until the fitting on the main liner pipe is aligned with the service line (152, 154); characterized in that the method comprises inserting a service line liner pipe into the service line (152, 154); and manipulating a first end of the service line liner pipe through the service line and into the fitting attached to the main liner pipe. making a first excavation over a main pipeline to provide access to the main pipeline; measuring a distance from a point in the first excavation to a service line (152, 154) connected to the main pipeline; inserting a main liner pipe having a fitting thereon into the main pipeline through the first excavation until the fitting on the main liner pipe is aligned with the service line (152, 154); characterized in that the method comprises inserting a service line liner pipe into the service line (152, 154); and manipulating a first end of the service line liner pipe through the service line and into the fitting attached to the main liner pipe.
Rotary cylinder, in particular printing machine cylinder, with - an outer body, - an inner body, which is arranged inside the outer body, - an end bearing device (3, 4) on which at least the outer body is accommodated on one or both sides, and - a damping device having at least one damping element (9; 30; 40) made of an elastically deformable material which is mechanically coupled to the outer body and the inner body such that the at least one damping element (9; 30; 40) absorbs and damps vibration-related movements of outer body and inner body relative to one another by means of elastic shear deformation during rotary operation, characterized in that - the inner body is positively fitted within the outer body such that one or more inner surface portions of the outer body are seated on associated outer surface portions of the inner body, and - when the vibration-related relative movements of the outer body and inner body are absorbed, there is free displacement in the axial direction between the outer body and inner body before the at least one damping element (9; 30; 40) counteracts the free displacement. - an outer body, - an inner body, which is arranged inside the outer body, - an end bearing device (3, 4) on which at least the outer body is accommodated on one or both sides, and - a damping device having at least one damping element (9; 30; 40) made of an elastically deformable material which is mechanically coupled to the outer body and the inner body such that the at least one damping element (9; 30; 40) absorbs and damps vibration-related movements of outer body and inner body relative to one another by means of elastic shear deformation during rotary operation, - the inner body is positively fitted within the outer body such that one or more inner surface portions of the outer body are seated on associated outer surface portions of the inner body, and - when the vibration-related relative movements of the outer body and inner body are absorbed, there is free displacement in the axial direction between the outer body and inner body before the at least one damping element (9; 30; 40) counteracts the free displacement.
A transmitting device comprising: an image encoding unit generating two video streams (ES, BS) including a basic video stream including encoded image data of basic format image data, and an extended video stream including encoded image data of high-quality format image data of one type selected from among a plurality of types; a transmitting unit transmitting a container of a predetermined format including the basic video stream and the extended video stream; and an information insertion unit (101, 106, 107) inserting information (nuh_layer_id; scalable_index) indicating a high-quality format corresponding to the encoded image data included in the extended video stream into the extended video stream and/or into a scalable linkage descriptor (scalable_linkage_descriptor), the scalable linkage descriptor being inserted into the container in a video elementary stream loop corresponding to the extended video stream, wherein the high-quality format is any of high dynamic range and high frame rate, high dynamic range and low frame rate, and normal dynamic range and high frame rate. an image encoding unit generating two video streams (ES, BS) including a basic video stream including encoded image data of basic format image data, and an extended video stream including encoded image data of high-quality format image data of one type selected from among a plurality of types; a transmitting unit transmitting a container of a predetermined format including the basic video stream and the extended video stream; and an information insertion unit (101, 106, 107) inserting information (nuh_layer_id; scalable_index) indicating a high-quality format corresponding to the encoded image data included in the extended video stream into the extended video stream and/or into a scalable linkage descriptor (scalable_linkage_descriptor), the scalable linkage descriptor being inserted into the container in a video elementary stream loop corresponding to the extended video stream, wherein the high-quality format is any of high dynamic range and high frame rate, high dynamic range and low frame rate, and normal dynamic range and high frame rate.
A microfluidic device for carrying out biological assays, having at least one fluid channel and a reaction area with an opening exposed to the fluid channel and with a bottom of the reaction area offset from the fluid channel, the device being constructed for fluid flow in a direction transverse to reaction area opening, comprising: (a) a first electrode adjacent to the bottom of said reaction area; (b) a second electrode adjacent to the opening of and above said reaction area; (c) a controllable voltage source connected to the first and second electrodes which is controllable to provide both an alternating voltage and a DC bias voltage between the first electrode and the second electrode to create an electric field between the first electrode and the second electrode; and (d) a reaction sensor coupled to the reaction area for detecting reactions in the reaction area, whereby charged species in a fluid in the fluid channel are directed into or out of reaction areas by the electric field between the electrodes and reactions in the reaction area may be detected. (a) a first electrode adjacent to the bottom of said reaction area; (b) a second electrode adjacent to the opening of and above said reaction area; (c) a controllable voltage source connected to the first and second electrodes which is controllable to provide both an alternating voltage and a DC bias voltage between the first electrode and the second electrode to create an electric field between the first electrode and the second electrode; and (d) a reaction sensor coupled to the reaction area for detecting reactions in the reaction area,
Mounting aid for the mounting of rack mounts in framed, in particular racks for use in information technology, comprising at least two relatively to one another adjustable, in particular pivotable legs, wherein the legs at their free ends each comprises a fastening element that is arranged in an angled manner with respect to the leg and is designed for fastening the free ends of the legs to rails, in particular sheet metal angles, of the frame, said rails being directed to each other, projecting inwardly and being provided with a row of holes, characterized in that the legs are directly interconnected by a hinge comprising the pivot axis or the mounting aid comprises three legs pivotable relative to each other, wherein only the outer two of the legs each have a fastening element at their free ends, wherein the three legs are arranged to be swung open in a trough-shaped manner.
Fertilizer composition containing a complex of a metal and a chelating agent and at least one acidic component, wherein the metal is calcium, magnesium, copper, iron, cobalt, zinc or manganese, wherein the chelating agent is glutamic acid N,N-diacetic acid (GLDA) or iminodisuccinic acid (IDHA), and wherein the pH of the fertilizer composition when measured as a 20 wt% aqueous solution of the composition is lower than 2.5 and more than -1.
A display substrate, which includes an anode layer, a cathode layer and a luminous layer that is provided between the anode layer and the cathode layer, the anode layer including a plurality of anodes and the luminous layer including a plurality of luminous regions, wherein the display substrate further includes a plurality of assisting electrodes, the assisting electrodes being insulated and spaced from the anodes, and the assisting electrodes contacting the cathode layer in parallel, such that a total resistance of the assisting electrocles and the cathode layer connected in parallel is smaller than a resistance of the cathode layer alone, wherein the assisting electrodes and the anode layer are provided in a same layer, and the display substrate further includes spacers that divide the display substrate into a plurality of pixel units, a portion of the spacer penetrating through the anode layer and another portion of the spacer being located above the anode layer, wherein, each of the assisting electrodes corresponds to one spacer, the assisting electrodes being connected in a mesh shape, insulation gaps being respectively formed at two sides of each of the assisting electrodes, each spacer including insertion parts being respectively provided within the insulation gaps at two sides of the corresponding assisting electrode and a connection part for connecting two insertion parts, the connection part of at least one spacer being provided with a via for exposing the assisting electrode, the cathode layer being connected with the assisting electrode in parallel through the via characterized in that the spacers define a plurality of regions and shapes of two adjacent regions are different, the luminous region being formed within the region.
A method of managing requests for account data over a network, comprising: receiving, by one or more processors of a registry service, a remote procedure call from a client device or from an application installed on the client device, the remote procedure call including a first identifier associated with the client device or the installed application; identifying, by the one or more processors, from data maintained by the registry service, a plurality of second identifiers corresponding to a plurality of accounts that are associated with the first identifier; obtaining, by the one or more processors, application data for each of the plurality of accounts from an application backend service; performing, by the one or more processors, one or more hash functions on each of the plurality of second identifiers to obtain a hash value for each of the plurality of accounts; reducing, by the one or more processors, each of the hash values to a predefined length to obtain a truncated hash value for each of the plurality of accounts; generating a data structure by the one or more processors, the data structure comprising an entry for each of the plurality of accounts that associates the truncated hash value for the account with the application data received for the account, and which does not include any of the plurality of second identifiers; and transmitting the data structure from the registry service to the client device. receiving, by one or more processors of a registry service, a remote procedure call from a client device or from an application installed on the client device, the remote procedure call including a first identifier associated with the client device or the installed application; identifying, by the one or more processors, from data maintained by the registry service, a plurality of second identifiers corresponding to a plurality of accounts that are associated with the first identifier; obtaining, by the one or more processors, application data for each of the plurality of accounts from an application backend service; performing, by the one or more processors, one or more hash functions on each of the plurality of second identifiers to obtain a hash value for each of the plurality of accounts; reducing, by the one or more processors, each of the hash values to a predefined length to obtain a truncated hash value for each of the plurality of accounts; generating a data structure by the one or more processors, the data structure comprising an entry for each of the plurality of accounts that associates the truncated hash value for the account with the application data received for the account, and which does not include any of the plurality of second identifiers; and transmitting the data structure from the registry service to the client device.
A method for minimizing vibration rectification error, VRE, for a closed-loop accelerometer, the method comprising: measuring a position of a proof mass of the closed-loop accelerometer; generating an actuator signal based on the measured position of the proof mass and on a preset servo system proportional gain setting; applying a known vibration signal to the closed-loop accelerometer along a first axis, wherein the known vibration signal includes a known frequency and amplitude; characterized by: adjusting a feedback gain setting until VRE is below a first threshold value; and applying a random vibration signal to the closed-loop accelerometer along the first axis; and adjusting the servo system proportional gain value until VRE is below a second threshold value. measuring a position of a proof mass of the closed-loop accelerometer; generating an actuator signal based on the measured position of the proof mass and on a preset servo system proportional gain setting; applying a known vibration signal to the closed-loop accelerometer along a first axis, wherein the known vibration signal includes a known frequency and amplitude; characterized by: adjusting a feedback gain setting until VRE is below a first threshold value; and applying a random vibration signal to the closed-loop accelerometer along the first axis; and adjusting a feedback gain setting until VRE is below a first threshold value; and applying a random vibration signal to the closed-loop accelerometer along the first axis; and adjusting the servo system proportional gain value until VRE is below a second threshold value.
LSX type zeolite having a Si/Al atomic ratio lower than or equal to 1.15, preferably equal to 1 ± 0.05, in the form of crystals whereof: - the particle size distribution determined by SEM counting is monomodal, with a peak width (2 σ) lower than 8, preferably lower than 6, even more preferably lower than 4, and ideally lower than 2; and - the mean number diameter measured by scanning electron microscope is higher than 0.1 μm and lower than 10 μm, preferably lower than 4 μm, even more preferably lower than 3 μm. - the particle size distribution determined by SEM counting is monomodal, with a peak width (2 σ) lower than 8, preferably lower than 6, even more preferably lower than 4, and ideally lower than 2; and - the mean number diameter measured by scanning electron microscope is higher than 0.1 μm and lower than 10 μm, preferably lower than 4 μm, even more preferably lower than 3 μm.
A flooring with at least two flooring panels made of a non-slip material, wherein each flooring panel has an upper side as the visible surface and an underside, wherein each flooring panel has a first layer (60, 60') arranged on the upper side of the flooring panel and a second layer (61, 61'), and with at least one connecting element, wherein the connecting element is arranged on the underside of the flooring panels, wherein the flooring panels each comprise a first fastening contour for achieving a functional connection with the connecting element and the connecting element has at least one third fastening contour for achieving a functional connection with at least two of the flooring panels so that at least two of the flooring panels are positively connected on the underside to the connecting element to bring about an at least partially joint-free flooring, characterised in that each flooring panel is made of an elastic material, through which the adjoining flooring panels are compressible so that manufacturing tolerances in the dimensions of the flooring panels and/or the connecting element can be easily compensated for, and in that the second layer (61, 61') has a greater rubber granulate density than the first layer (60, 60').