mhurhangee/ep-ind-claims huggingface dataset:
A method for rendering a electronic content on a rendering device, the rendering device communicating with a mobile device, the method comprising, in the mobile device, the steps of - Acquiring data by the mobile device, - Recognition of data acquired by the mobile device - Obtaining additional information related to the acquired data, - Selection of a rendering device, - Retrieval of rendering capabilities of the selected rendering device, - Based on the rendering capabilities of the selected rendering device, determination of a first set of said additional information related to the acquired data the selected rendering device is able to render, and a second set of said additional information related to the acquired data the selected rendering device is not able to render; - Transmission to the selected rendering device of an electronic content to be rendered, said electronic content consisting in the first set of additional information related to the acquired data. - Acquiring data by the mobile device, - Recognition of data acquired by the mobile device - Obtaining additional information related to the acquired data, - Selection of a rendering device, - Retrieval of rendering capabilities of the selected rendering device, - Based on the rendering capabilities of the selected rendering device, determination of a first set of said additional information related to the acquired data the selected rendering device is able to render, and a second set of said additional information related to the acquired data the selected rendering device is not able to render; - Transmission to the selected rendering device of an electronic content to be rendered, said electronic content consisting in the first set of additional information related to the acquired data.
A radio arrangement for enabling communication in a wireless communication network, wherein the radio arrangement comprises at least two signal path configurations for transmitting and/or receiving signals to and/or from a radio device in the wireless communication network, a radio apparatus, and an antenna arrangement connected to a separate notification connection of the radio apparatus, the radio arrangement being configured to: obtain, at the radio apparatus, an indication over the separate notification connection, which indication is at least one of: a non connection, a known resistor value, a known voltage, and a ground connection, and is configured to indicate a configuration of the antenna arrangement connected to the radio apparatus; and select, for communication in the wireless communication network, a signal path configuration at the radio apparatus and/or the antenna arrangement of the at least two signal path configurations based on the obtained indication. obtain, at the radio apparatus, an indication over the separate notification connection, which indication is at least one of: a non connection, a known resistor value, a known voltage, and a ground connection, and is configured to indicate a configuration of the antenna arrangement connected to the radio apparatus; and select, for communication in the wireless communication network, a signal path configuration at the radio apparatus and/or the antenna arrangement of the at least two signal path configurations based on the obtained indication.
A protective barrier segment for a temporary liquid-damming protective barrier configured for separating a flooded side from a protected side by abutting against a ground surface, the protective barrier segment comprising a liquid-damming member having a first surface facing the flooded side and a second surface facing the protected side, characterized in that the liquid-damming member comprises an opening connecting the flooded side and the protected side and in that the protective barrier segment further comprises a pump arrangement, wherein the pump arrangement is located at the opening in sealed engagement with the liquid-damming member and wherein the pump arrangement, in use, pumps liquid from the protected side to the flooded side, the pump arrangement comprising a submersible pump, wherein the drive unit of the submersible pump is located on the flooded side.
A method of operating a memory system, comprising: implementing a pipelining sequence for transferring data to or from two or more memory arrays of the memory system; initiating an operation for access of the two or more memory arrays of the memory system; determining a number of active memory arrays of the memory system during the operation; checking the number of active memory arrays against an allowed limit; introducing delay to the operation if the number of active memory arrays has reached the allowed limit; and continuing with the operation when the number of active memory arrays falls below the allowed limit; characterized by programmably changing the maximum number of active memory arrays of the memory system as the allowed limit. implementing a pipelining sequence for transferring data to or from two or more memory arrays of the memory system; initiating an operation for access of the two or more memory arrays of the memory system; determining a number of active memory arrays of the memory system during the operation; checking the number of active memory arrays against an allowed limit; introducing delay to the operation if the number of active memory arrays has reached the allowed limit; and continuing with the operation when the number of active memory arrays falls below the allowed limit; characterized by programmably changing the maximum number of active memory arrays of the memory system as the allowed limit.
A water storage tank, comprising: a tank body including a first entrance and a second entrance into and out of which water flows; and a bladder disposed in an interior of the tank body to be connected to the first entrance, wherein the tank body comprises an upper body including the first entrance and the second entrance and a lower body connected to the upper body, in order to cover an open lower portion of the upper body, and characterized in that a welding groove is formed in a lower end portion of the upper body, and a welding protrusion inserted into the welding groove is formed in an upper end portion of the lower body. a tank body including a first entrance and a second entrance into and out of which water flows; and a bladder disposed in an interior of the tank body to be connected to the first entrance, wherein the tank body comprises an upper body including the first entrance and the second entrance and a lower body connected to the upper body, in order to cover an open lower portion of the upper body, and characterized in that a welding groove is formed in a lower end portion of the upper body, and a welding protrusion inserted into the welding groove is formed in an upper end portion of the lower body.
An image forming apparatus (10, 200) comprising: a first image forming unit (22Y, 22M) including a rotatable first image carrier (32Y, 32M) and a first light-emitting unit (41Y, 41M), the first light-emitting unit (41Y, 41M) including a first base member and a plurality of first light-emitting devices, the first base member extending in an axial direction of the first image carrier (32Y, 32M), the plurality of first light-emitting devices being provided on the first base member and being configured to apply light to an outer circumferential surface of the first image carrier (32Y, 32M); and a second image forming unit (22C, 22K) including a rotatable second image carrier (32C, 32K) and a second light-emitting unit (41C, 41K), the second light-emitting unit (41C, 41K) including a second base member and a plurality of second light-emitting devices, the second base member extending in an axial direction of the second image carrier (32C, 32K), the plurality of second light-emitting devices being provided on the second base member and being configured to apply light to an outer circumferential surface of the second image carrier (32C, 32K), the image forming apparatus (10, 200) being characterized in that a direction of detaching and attaching of the first light-emitting unit (41Y, 41M) from and to the first image forming unit (22Y, 22M) and a direction of detaching and attaching of the second light-emitting unit (41C, 41K) from and to the second image forming unit (22C, 22K) are different from each other. a first image forming unit (22Y, 22M) including a rotatable first image carrier (32Y, 32M) and a first light-emitting unit (41Y, 41M), the first light-emitting unit (41Y, 41M) including a first base member and a plurality of first light-emitting devices, the first base member extending in an axial direction of the first image carrier (32Y, 32M), the plurality of first light-emitting devices being provided on the first base member and being configured to apply light to an outer circumferential surface of the first image carrier (32Y, 32M); and a second image forming unit (22C, 22K) including a rotatable second image carrier (32C, 32K) and a second light-emitting unit (41C, 41K), the second light-emitting unit (41C, 41K) including a second base member and a plurality of second light-emitting devices, the second base member extending in an axial direction of the second image carrier (32C, 32K), the plurality of second light-emitting devices being provided on the second base member and being configured to apply light to an outer circumferential surface of the second image carrier (32C, 32K), the image forming apparatus (10, 200) being characterized in that a direction of detaching and attaching of the first light-emitting unit (41Y, 41M) from and to the first image forming unit (22Y, 22M) and a direction of detaching and attaching of the second light-emitting unit (41C, 41K) from and to the second image forming unit (22C, 22K) are different from each other.
A manifold for connection to a medical/surgical waste collection unit, the waste collection unit having a receiver for receiving the manifold, said manifold comprising: a housing (158, 164) having a void space, the housing dimensioned to fit in the waste collection unit receiver, at least one fitting attached to the housing (158, 164) that extends away from the housing, the fitting dimensioned to receive a suction line, wherein at least one inlet port formed in the manifold provides a fluid communication opening between the fitting and the housing void space; a valve unit associated with the fitting, the valve unit configured to allow fluid flow through the fitting into the housing void space and block fluid flow from the housing void space out through the fitting; and an outlet opening in the housing that allows fluid from said void space into the waste collection unit, wherein the housing (158, 164) is formed so as to have a rib that projects inwardly from the housing and extends circumferentially around each inlet port; characterized in that: the valve unit is a flapper valve unit disposed in the housing void space and includes: a hub that is held in the housing; at least one valve member pivotally connected to and extending from said hub, each valve member positioned and dimensioned to cover one port and to abut said rib that surrounds the port; and a hinge that extends between said hub and each valve member and pivotally connects said valve member to said hub. a housing (158, 164) having a void space, the housing dimensioned to fit in the waste collection unit receiver, at least one fitting attached to the housing (158, 164) that extends away from the housing, the fitting dimensioned to receive a suction line, wherein at least one inlet port formed in the manifold provides a fluid communication opening between the fitting and the housing void space; a valve unit associated with the fitting, the valve unit configured to allow fluid flow through the fitting into the housing void space and block fluid flow from the housing void space out through the fitting; and an outlet opening in the housing that allows fluid from said void space into the waste collection unit, wherein the housing (158, 164) is formed so as to have a rib that projects inwardly from the housing and extends circumferentially around each inlet port; the valve unit is a flapper valve unit disposed in the housing void space and includes: a hub that is held in the housing; at least one valve member pivotally connected to and extending from said hub, each valve member positioned and dimensioned to cover one port and to abut said rib that surrounds the port; and a hinge that extends between said hub and each valve member and pivotally connects said valve member to said hub.
Tool comprising a cartridge wherein an RFID chip is received encapsulated, wherein the cartridge is held within a blind bore of the tool, wherein the cartridge is held within the blind bore by means of a housing surrounding the cartridge, characterized in that the tool is configured for working metallic workpieces by cutting, that the housing is configured pot-shaped having a receiving section for receiving the cartridge consisting of plastic within a region of a bottom within the housing, and in that a strutting section follows the receiving section, the strutting section allowing an elastic deformation of the housing for a direct fixation of the housing by means of pressing into the blind bore or by means of an additional element. wherein the cartridge is held within a blind bore of the tool, wherein the cartridge is held within the blind bore by means of a housing surrounding the cartridge, characterized in that the tool is configured for working metallic workpieces by cutting, that the housing is configured pot-shaped having a receiving section for receiving the cartridge consisting of plastic within a region of a bottom within the housing, and in that a strutting section follows the receiving section, the strutting section allowing an elastic deformation of the housing for a direct fixation of the housing by means of pressing into the blind bore or by means of an additional element.
Bearing device, in particular rolling bearing device, with at least one bearing ring and at least one component, which is intended for abutting against a sealing element, said bearing device having at least one adhesive element, which adheres firmly to the bearing ring and the component, characterized in that the bearing device has at least one recess, which is intended for the admission of a flow of excess adhesive during assembly of the bearing device.
Method for generating a set of processed images of an object (18, 29) from overlapping raw images (9, 28), wherein the raw images (9, 28) are obtained by means of a single contrast run without a separate mask run, - the raw images (9, 28) are aligned so that pixels representing the same part of the pictured object (18, 29) in different raw images (9, 28) are aligned forming a respective pixel stack (15, 16) for each pictured part of the object (18, 29), wherein - at least one mask image (26, 30) is generated by means of a maximum intensity projection through the pixel stacks (15, 16) of the aligned raw images (9, 28), so that the at least one mask image (26, 30) does not show a contrast agent used in the contrast run, - the set of processed images is generated from the raw images (9, 28) using the at least one mask image (26, 30) by subtracting corresponding pixels or pixel intensity values from the raw images (9, 28). - the raw images (9, 28) are aligned so that pixels representing the same part of the pictured object (18, 29) in different raw images (9, 28) are aligned forming a respective pixel stack (15, 16) for each pictured part of the object (18, 29), wherein - at least one mask image (26, 30) is generated by means of a maximum intensity projection through the pixel stacks (15, 16) of the aligned raw images (9, 28), so that the at least one mask image (26, 30) does not show a contrast agent used in the contrast run, - the set of processed images is generated from the raw images (9, 28) using the at least one mask image (26, 30) by subtracting corresponding pixels or pixel intensity values from the raw images (9, 28).
Method for controlling the temperature of a medium by way of thermal contact with a heat carrier fluid in a heat exchanger which is subdivided into multiple functional parts, wherein, in a first functional part of the heat exchanger, the medium is brought into thermal contact with the heat carrier fluid, wherein heat is extracted from or supplied to the heat carrier fluid, which heat is at least partially transferred to the medium or extracted therefrom, then, in a device for controlling the temperature of the heat carrier fluid, the extracted or absorbed heat is at least partially supplied to or extracted from the heat carrier fluid again, and then, in a second functional part of the heat exchanger, the heat carrier fluid heated or cooled in this way is brought into thermal contact with the medium again for the purpose of heat exchange, wherein heat is extracted from or supplied to the heat carrier fluid once more, characterized in that the heat carrier fluid is then discharged.
First user unit, including a storage unit equipped to store at least a first reliability information about a first reliability of a first communication connection for a service area the first user unit is located in, or to store at least a first latency information about a first latency of the first communication connection for the service area the first user unit is located in, a reception module equipped to receive a message from a communication unit, the message including at least a second reliability information about a second reliability of a second communication connection for a service area a second user unit is located in, or the message including at least a second latency information about a second latency of the second communication connection for the service area the second user unit is located in, a processor unit configured to determine an overall reliability of an overall communication connection between the first user unit and the second user unit depending on the first reliability information and depending on the second reliability information, or to determine an overall latency of the overall communication connection between the first user unit and the second user unit depending on the first latency information and depending on the second latency information, wherein the service area the second user unit is located in is identical to the service area the first user unit is located in, or wherein the service area the second user unit is located in differs from the service area the first user unit is located in, characterized in that, if the service area the second user unit is located in differs from the service area the first user unit is located in, the processor unit is configured to determine the overall reliability of the overall communication connection and, for this purpose, to decrease the overall reliability by a first value, or to determine the overall latency of the overall communication connection between the first user unit and the second user unit and, for this purpose, to increase the same by a second value, and wherein, if the service area the second user unit is located in is identical to the service area the first user unit is located in, the processor unit is configured to determine the overall reliability of the overall communication connection and, for this purpose, to not decrease the overall reliability by the first value, or to determine the overall latency of the overall communication connection between the first user unit and the second user unit and, for this purpose, to not increase the same by the second value.
A quantum device including at least: - several spin qubits each comprising at least one quantum dot; - several electrometers each electrostatically coupled to a potential well of the quantum dot of one of the spin qubits; - circuits for applying at least one AC excitation signal to at least one input electrode (108, 112, 146) of each of the electrometers, configured such that a value of at least one parameter from the frequency, phase and maximum amplitude of each of the excitation signals is different from that of the other excitation signals; - a transimpedance amplifier comprising an input electrically coupled to output electrodes (110, 148), distinct from the input electrodes (108, 112, 146), of at least two of the electrometers to which output signals are to be delivered; - a demultiplexing circuit (120, 142) including an input electrically coupled to an output of the transimpedance amplifier, and configured to demultiplex the output signals to be delivered by the electrometers. - several spin qubits each comprising at least one quantum dot; - several electrometers each electrostatically coupled to a potential well of the quantum dot of one of the spin qubits; - circuits for applying at least one AC excitation signal to at least one input electrode (108, 112, 146) of each of the electrometers, configured such that a value of at least one parameter from the frequency, phase and maximum amplitude of each of the excitation signals is different from that of the other excitation signals; - a transimpedance amplifier comprising an input electrically coupled to output electrodes (110, 148), distinct from the input electrodes (108, 112, 146), of at least two of the electrometers to which output signals are to be delivered; - a demultiplexing circuit (120, 142) including an input electrically coupled to an output of the transimpedance amplifier, and configured to demultiplex the output signals to be delivered by the electrometers.
A cleaning composition capable of removing proteinaceous soils and/or fatty soils or mixtures thereof at temperatures of less than 37.8°C (100°F) comprising: a source of chlorine; and a source of active alkalinity; wherein said chlorine as available chlorine and active alkalinity are in a ratio of greater than 5:1 on a percent weight basis, wherein the available chlorine is selected from the group consisting of hypochlorite, a chlorinated phosphate, a chlorinated isocyanurate, a chlorinated melamine and a chlorinated amide or mixtures or combinations thereof. a source of chlorine; and a source of active alkalinity; wherein said chlorine as available chlorine and active alkalinity are in a ratio of greater than 5:1 on a percent weight basis, wherein the available chlorine is selected from the group consisting of hypochlorite, a chlorinated phosphate, a chlorinated isocyanurate, a chlorinated melamine and a chlorinated amide or mixtures or combinations thereof.
An isolated monoclonal antibody (mAb) or immunoreactive fragment thereof that binds the gB protein of cytomegalovirus strain AD169 wherein the heavy chain variable region is represented by SEQ ID NO:22 and the light chain variable region is represented by SEQ ID NO:36.