mhurhangee/ep-ind-claims huggingface dataset:
Device for determining a tissue characteristic of a subject, said device comprising: - a first control unit configured to control an electromechanical transducer by a first control signal to transfer mechanical waves varying in a frequency range or with varying frequency content to an exposed tissue area of the subject; - a second control unit configured to control an electromagnetic radiation emitter by a second control signal to emit incoherent light as electromagnetic radiation towards the exposed tissue area of the subject; - a radiation signal input configured to obtain a radiation signal indicative of electromagnetic radiation reflected from the exposed tissue area of the subject said radiation signal being generated from the reflected electromagnetic radiation by a radiation detector comprising an imaging unit or a photo-sensor; and - a processor configured to determine a tissue characteristic signal indicative of a tissue characteristic of the exposed tissue area of the subject derived from a frequency response or a frequency transfer function obtained from the obtained radiation signal in said frequency range or for said varying frequency content. - a first control unit configured to control an electromechanical transducer by a first control signal to transfer mechanical waves varying in a frequency range or with varying frequency content to an exposed tissue area of the subject; - a second control unit configured to control an electromagnetic radiation emitter by a second control signal to emit incoherent light as electromagnetic radiation towards the exposed tissue area of the subject; - a radiation signal input configured to obtain a radiation signal indicative of electromagnetic radiation reflected from the exposed tissue area of the subject said radiation signal being generated from the reflected electromagnetic radiation by a radiation detector comprising an imaging unit or a photo-sensor; and - a processor configured to determine a tissue characteristic signal indicative of a tissue characteristic of the exposed tissue area of the subject derived from a frequency response or a frequency transfer function obtained from the obtained radiation signal in said frequency range or for said varying frequency content.
A working unit to which a tool for performing work on a workpiece disposed in a working space is attached, the working unit comprising: a tool rotation mechanism that rotates the tool; a first turning mechanism that turns the tool rotation mechanism about a first axis; and a second turning mechanism that turns the tool rotation mechanism and the first turning mechanism about a second axis perpendicular to the first axis, characterized in that the second turning mechanism includes a rotating stage that supports the first turning mechanism, the rotating stage includes an arm supporting portion, the first turning mechanism includes: a motor (121,122) that has a stator connected to the second turning mechanism and a rotor that is a hollow shaft-shaped rotor and is arranged inside an inner periphery of the stator in such a manner that the rotor is capable of rotating about the first axis as a central axis; and a second rotating body that includes one arm portion coupled to one end portion of the rotor, the other arm portion that is provided on the side of the other end portion of the rotor, and is rotatably coupled to the arm supporting portion, and an arm coupling portion that couples the one arm portion and the other arm portion to each other, and the tool rotation mechanism is provided on the second rotating body. a tool rotation mechanism that rotates the tool; a first turning mechanism that turns the tool rotation mechanism about a first axis; and a second turning mechanism that turns the tool rotation mechanism and the first turning mechanism about a second axis perpendicular to the first axis, characterized in that the second turning mechanism includes a rotating stage that supports the first turning mechanism, the rotating stage includes an arm supporting portion, the first turning mechanism includes: a motor (121,122) that has a stator connected to the second turning mechanism and a rotor that is a hollow shaft-shaped rotor and is arranged inside an inner periphery of the stator in such a manner that the rotor is capable of rotating about the first axis as a central axis; and a second rotating body that includes one arm portion coupled to one end portion of the rotor, the other arm portion that is provided on the side of the other end portion of the rotor, and is rotatably coupled to the arm supporting portion, and an arm coupling portion that couples the one arm portion and the other arm portion to each other, and a motor (121,122) that has a stator connected to the second turning mechanism and a rotor that is a hollow shaft-shaped rotor and is arranged inside an inner periphery of the stator in such a manner that the rotor is capable of rotating about the first axis as a central axis; and a second rotating body that includes one arm portion coupled to one end portion of the rotor, the other arm portion that is provided on the side of the other end portion of the rotor, and is rotatably coupled to the arm supporting portion, and an arm coupling portion that couples the one arm portion and the other arm portion to each other, and the tool rotation mechanism is provided on the second rotating body.
A partition plate with a frame for a storage rack, the storage rack being composed of at least four vertical posts and a plurality of plastic sleeve members being assembled with a plurality of partition plates, each of the plural partition plates being composed of a plate-like carrying surface and a frame enclosing the carrying surface, four corners of the frame of the partition plate being each respectively installed with a sleeve tube for being sleeved on each of the vertical posts through each of the plastic sleeve members, and characterized in that: the top edge and the bottom edge of the frame of the partition plate being respectively folded, each folded top edge and folded bottom edge forming a horizontal folded sheet (43, 44) having a predetermined width, four corners defined on the top and the bottom folded sheets (43, 44) of the frame being respectively formed with a concave slot (45, 46) allowing each of the sleeve tubes to be sleeved therein, and the concave slots (45, 46) formed at the four corners of the top and the bottom folded sheets (43, 44) of the frame being matched with the conical status of the sleeve tube which having a narrower top and a wider bottom, thus the dimension of the concave slot of the top folded sheet being slightly smaller than the dimension of the concave slot of the bottom folded sheet, so each of the sleeve tubes is sleeved in the concave slots (45, 46) formed at the four corners of the frame, and each of the sleeve tubes is welded to the slots (45, 46) with an ultrasonic welding operation
Metal-coated window pane for use in a vehicle, in particular for rail vehicles, wherein the window pane has a transparent, structured and electrically conductive metallization, wherein the metallization is designed to be frequency-selective, and wherein the metallization has a filter characteristic (SE1, SE2, IS) so that signals are allowed to pass from and to radio communication devices according to the GSM, UMTS and/or LTE mobile radio standard and signals from the ISM bands from 2.45 GHz to 2.48 GHz and from 5.2 GHz to 5.8 GHz are blocked.
An adhesive composition comprising: a silicone-based adhesive; and cellulose nanocrystals dispersed in the silicone-based adhesive, wherein the cellulose nanocrystals are present in an amount of 4 to 20 weight percent of the total adhesive composition. a silicone-based adhesive; and cellulose nanocrystals dispersed in the silicone-based adhesive, wherein the cellulose nanocrystals are present in an amount of 4 to 20 weight percent of the total adhesive composition.
A method of operating a wireless device wherein the wireless device includes memory with dummy subscription information stored therein, wherein the method comprises the wireless device performing the operations: transmitting an attach request message over a radio interface to a mobile communication network, wherein the attach request message includes the dummy subscription information; after transmitting the attach request message, receiving active subscription information for the mobile communication network over the radio interface, wherein the active subscription information is different than the dummy subscription information; before receiving the active subscription information, receiving an attach accept message from the mobile communication network over the radio interface, wherein the attach accept message is responsive to the attach request message; after receiving the attach accept message, establishing a Packet Data Protocol, PDP, connection using the dummy subscription information, wherein receiving the active subscription information comprises receiving the active subscription information over the radio interface using the PDP connection, and storing the active subscription information for the mobile communication network in memory. transmitting an attach request message over a radio interface to a mobile communication network, wherein the attach request message includes the dummy subscription information; after transmitting the attach request message, receiving active subscription information for the mobile communication network over the radio interface, wherein the active subscription information is different than the dummy subscription information; before receiving the active subscription information, receiving an attach accept message from the mobile communication network over the radio interface, wherein the attach accept message is responsive to the attach request message; after receiving the attach accept message, establishing a Packet Data Protocol, PDP, connection using the dummy subscription information, wherein receiving the active subscription information comprises receiving the active subscription information over the radio interface using the PDP connection, and storing the active subscription information for the mobile communication network in memory.
Method for determining a connection status between an antenna amplifier and an antenna structure, wherein the antenna structure is configured as a window antenna for a vehicle and comprises at least one heating wire of a window heater for a vehicle, and wherein the method is characterised by: Applying a first diagnostic voltage to a connecting link between the antenna amplifier and the antenna structure, and reading out a first voltage value (U1 read) at a measuring point of the connecting link, wherein the first voltage value (U1 read) is determined as a difference in potential between a potential at the measuring point of the connecting link and a ground potential; Comparing the first voltage value (U1 read) with the first diagnostic voltage; Applying a second diagnostic voltage, which is different from the first diagnostic voltage, to the connecting link and reading out a second voltage value (U2 read) at the measuring point of the connecting link, wherein the second voltage value (U2 read) is determined as a difference in potential between a potential at the measuring point of the connecting link and the ground potential; Comparing the second voltage value (U2 read) with the second diagnostic voltage; and Determining a faulty connection between the antenna amplifier and the antenna structure if the first voltage value (U1 read) corresponds to the first diagnostic voltage and the second voltage value (U2 read) corresponds to the second diagnostic voltage. Applying a first diagnostic voltage to a connecting link between the antenna amplifier and the antenna structure, and reading out a first voltage value (U1 read) at a measuring point of the connecting link, wherein the first voltage value (U1 read) is determined as a difference in potential between a potential at the measuring point of the connecting link and a ground potential; Comparing the first voltage value (U1 read) with the first diagnostic voltage; Applying a second diagnostic voltage, which is different from the first diagnostic voltage, to the connecting link and reading out a second voltage value (U2 read) at the measuring point of the connecting link, wherein the second voltage value (U2 read) is determined as a difference in potential between a potential at the measuring point of the connecting link and the ground potential; Comparing the second voltage value (U2 read) with the second diagnostic voltage; and Determining a faulty connection between the antenna amplifier and the antenna structure if the first voltage value (U1 read) corresponds to the first diagnostic voltage and the second voltage value (U2 read) corresponds to the second diagnostic voltage.
A power supply unit, comprising a power supply circuit accommodating chamber and an arithmetic circuit accommodating chamber partitioned from each other by a partition wall, wherein a power supply circuit substrate (7, 8) and an arithmetic circuit substrate are accommodated in said power supply circuit accommodating chamber and said arithmetic circuit accommodating chamber, respectively; wherein said power supply circuit substrate (7, 8) and said arithmetic circuit substrate respectively have connectors (16a, 16b), and said connectors (16a, 16b) are connected to each other through an opening formed in said partition wall; wherein said partition wall is provided as a heat insulation wall and is made of resin; and wherein power supply circuit components are mounted on said power supply circuit substrate (7, 8), and at least one of a CPU, an amplifier, a digital IC and an indication LED is contained on said arithmetic circuit substrate, wherein the power supply unit further comprises a casing having said power supply circuit accommodating chamber, said casing including a front cover a central portion of which functions as said partition wall for insulating the power supply circuit accommodating chamber and said arithmetic circuit accommodating chamber.
Computer-implemented method for image processing, comprising: identifying a fluctuation signature in the spatial frequency domain on the basis of a sequence of images, wherein the fluctuation signature is identified on the basis of a comparison of the fluctuation signature in the spatial frequency domain on the basis of the sequence of images with multiple stored fluctuation signatures, and wherein the fluctuation signature is a characteristic distribution of the spectral density function over multiple images in the spatial frequency domain, and restoring at least one image of the sequence of images on the basis of the detected fluctuation signature, wherein the restoring takes place on the basis of restoration information assigned to the stored fluctuation signatures.
A time-triggered computer system comprising: a Processor adapted to operate in one of two or more pre-determined system modes, in each of which it will execute one or more tasks according to a predetermined task schedule for the pre-determined system mode, characterised in that the system further comprises: a System-Mode Data Store adapted to store information about the next system mode that the system is required to operate in; and a Processor Reset Mechanism adapted to reset the Processor when it is necessary to change the system mode; and a Processor Configuration Mechanism adapted to configure the Processor in accordance with the required system mode after a reset, using information stored in the System-Mode Data Store; and a Task-Timing Data Store adapted to store information comprising the Task Worst Case Execution Time (WCET) Limit and / or Task Best Case Execution Time (BCET) Limit for one or more tasks that are executed by the Processor; and a Task-Execution-Time Monitoring Mechanism adapted to monitor the execution time of one or more tasks that are executed by the Processor and take corrective action, by means of the Processor Reset Mechanism and the Processor Configuration Mechanism, if the task breaches its Task WCET Limit or Task BCET Limit. a System-Mode Data Store adapted to store information about the next system mode that the system is required to operate in; and a Processor Reset Mechanism adapted to reset the Processor when it is necessary to change the system mode; and a Processor Configuration Mechanism adapted to configure the Processor in accordance with the required system mode after a reset, using information stored in the System-Mode Data Store; and a Task-Timing Data Store adapted to store information comprising the Task Worst Case Execution Time (WCET) Limit and / or Task Best Case Execution Time (BCET) Limit for one or more tasks that are executed by the Processor; and a Task-Execution-Time Monitoring Mechanism adapted to monitor the execution time of one or more tasks that are executed by the Processor and take corrective action, by means of the Processor Reset Mechanism and the Processor Configuration Mechanism, if the task breaches its Task WCET Limit or Task BCET Limit.
Temperature measuring module with position compensation, wherein the temperature measuring module is intended to be connected to a thermal element (T A) or a plurality of thermal elements (T A, T B, T C,... T N), wherein a thermal element has two metal conductors (L1, L2) which are at a first temperature at a reference point and which are at a further temperature at a measuring point, wherein the two metal conductors have a different chemical composition at least to some extent, wherein the two metal conductors (L1, L2) are electrically conductively connected in a punctiform manner at the measuring point, wherein an electrical thermal voltage (U thermo) forms between the two conductors (L1, L2) at the reference point depending on the temperature difference (ΔT) between the first temperature and the second temperature, and wherein the temperature measuring module further has a temperature-dependent resistor across which the temperature of the reference point can be detected as resistor voltage (U abs), and wherein the temperature measuring module further has an evaluation circuit which allows a first temperature value (T measure1) of the measuring point to be determined by means of the electrical resistor voltage (U abs) and the thermal voltage (U thermo), characterized in that the temperature measuring module further has a compensation means which is able to change the first temperature value (T measure1) depending on the installation position of the temperature measuring module in order to at least partially compensate for thermal influences of the evaluation circuit which, in a position-dependent manner, have a thermal effect on the reference point and/or the measuring point.
A bonded element in which two or more objects to be bonded are integrated via a bonding material layer, the bonding material layer having a Young's modulus of 2 to 18% of that of the objects to be bonded and having an average linear thermal expansion coefficient of 70% or less of that of the objects to be bonded, the bonding material layer being prepared from a bonding material composition composed mainly of fillers and a matrix in which the fillers are contained, the fillers having an average linear thermal expansion coefficient of 2.0×10 -6 •K -1 or less and being of at least one type selected from the group consisting of cordierite, amorphous silica, aluminum titanate and zirconium phosphate, and wherein the bonding material layer has porosity in the range of 25 to 85%.
A process for capturing CO 2 from a CO 2 -containing gas comprising contacting the CO 2 -containing gas with an absorption mixture within a packed reactor (E-1), the absorption mixture comprising a liquid solution and micro-particles, the micro-particles comprising a support material and biocatalysts supported by the support material and being sized and provided in a concentration such that the absorption mixture flows through the packed reactor (E-1) and that the micro-particles are carried with the liquid solution to promote dissolution and transformation of CO 2 into bicarbonate and hydrogen ions, thereby producing a CO 2 -depleted gas and an ion-rich mixture comprising the micro-particles, wherein the support material is at least partially composed of nylon, cellulose, silica, silica gel, chitosan, polystyrene, polymethylmetacrylate, magnetic material, or a combination thereof, wherein the biocatalysts are enzymes, said enzymes being carbonic anhydrase, wherein said carbonic anhydrase is immobilized on a surface of the support material of the micro-particles, entrapped within the support material of the micro-particles, or a combination thereof.
Drinking container lid (100; 100'; 100") for a drinking bottle, at least including: a basis element, which has at least one outpouring opening in a floor plate which is surrounded by a lifted edge, a flexible drinking spout (23; 23'; 23") having an inner flow channel, which can be blocked by bending the flexible drinking spout (23; 23'; 23"), wherein the drinking spout (23; 23'; 23") is held in a guiding carriage mounted pivotably on the basis element, the bent drinking spout (23; 23'; 23") can be stored within a receiving chamber enclosed by the edge and a releasable block is provided, which holds the guiding carriage against the return force of the bent drinking spout (23; 23'; 23") in a blocking position; characterised in that the block is formed by an abutment surface (10.1) on the basis element and by a bearing edge on the rearward end, facing away from the drinking spout (23; 23'; 23"), of the guiding carriage, wherein the bearing edge can be removed from the abutment surface (10.1) by a radial displacement of the guiding carriage. a basis element, which has at least one outpouring opening in a floor plate which is surrounded by a lifted edge, a flexible drinking spout (23; 23'; 23") having an inner flow channel, which can be blocked by bending the flexible drinking spout (23; 23'; 23"), wherein the drinking spout (23; 23'; 23") is held in a guiding carriage mounted pivotably on the basis element, the bent drinking spout (23; 23'; 23") can be stored within a receiving chamber enclosed by the edge and a releasable block is provided, which holds the guiding carriage against the return force of the bent drinking spout (23; 23'; 23") in a blocking position; characterised in that the block is formed by an abutment surface (10.1) on the basis element and by a bearing edge on the rearward end, facing away from the drinking spout (23; 23'; 23"), of the guiding carriage, wherein the bearing edge can be removed from the abutment surface (10.1) by a radial displacement of the guiding carriage.
A method comprising: determining, by an exporter network device configured to export application metadata via an Internet Protocol Flow Information eXport, IPFIX, protocol, types of the application metadata that the exporter network device has a capability to detect through analysis of network packets, the application metadata comprising data representative of network protocols used by networking processes that exchange packets; and advertising, by the exporter network device, via the IPFIX protocol, the types of application metadata to a collector network device (25; 80) configured to collect a subset of the application metadata. determining, by an exporter network device configured to export application metadata via an Internet Protocol Flow Information eXport, IPFIX, protocol, types of the application metadata that the exporter network device has a capability to detect through analysis of network packets, the application metadata comprising data representative of network protocols used by networking processes that exchange packets; and advertising, by the exporter network device, via the IPFIX protocol, the types of application metadata to a collector network device (25; 80) configured to collect a subset of the application metadata.