mhurhangee/ep-ind-claims huggingface dataset:
A method for processing data comprising the following steps: (a) a first network component requests content information from a second network component; (b) the second network component provides said content information together with access information; (c) the first network component, by conveying said access information, requests from a third network component information relating to at least one multicast address to access a content wherein said access information comprises a token for authorization and/or authentication purposes. (a) a first network component requests content information from a second network component; (b) the second network component provides said content information together with access information; (c) the first network component, by conveying said access information, requests from a third network component information relating to at least one multicast address to access a content wherein said access information comprises a token for authorization and/or authentication purposes.
A system to transport a payload platform along a predefined path, comprising: a system controller configured to generate and transmit a variable timing signal; a propulsion platform, supporting the payload platform, configured to traverse the predefined path in synchronism with the timing signal received from the system controller. a system controller configured to generate and transmit a variable timing signal; a propulsion platform, supporting the payload platform, configured to traverse the predefined path in synchronism with the timing signal received from the system controller.
Device for receiving and processing signals reflected from objects in the ground comprising a rod to be inserted into the ground, a radar generating unit including an antenna provided in said rod for transmitting radar signals into the ground, characterized in that it further comprises at least one signal receiving unit provided in said rod for receiving radar signals reflected from an object in the ground, a signal processing unit connected to said signal receiving unit, said signal processing unit comprising units for main detection, said units for main detection consist of a band-pass filter that blocks frequencies outside the interval 0,03 - 10 Hz, a differential detector that compares the amplitudes of the signals that have passed the band-pass filter to create a derivative of the received signals, of which the absolute value is created, a comparator and decision processor unit that compares the absolute value of said derivative with a threshold value that corresponds to the background noise in the collapsed ground and decides whether a reflected signal has been Doppler shifted in a way that is likely to be by the breathing movement of a buried person.
A leakage magnetic field shielding device comprising: a leakage magnetic field determining unit configured to determine a phase and a magnitude of a leakage magnetic field based on information obtained from each of a power supply device and a current collector device, the current collector device serving to receive a power by an induction voltage induced at both ends of the coil of the current collector device by the magnetic field generated by the power supply device; a shielding current controller configured to determine a shielding current based on the phase and the magnitude of the leakage magnetic field and to supply the determined shielding current to the leakage magnetic field shielding device; and a shielding unit configured to shield the leakage magnetic field by generating a shielding magnetic field in accordance with the supply of the shielding current, wherein the shielding unit has a multiple resonance characteristic depending on an arrangement of a capacitor (C1, C2) and a coil (L1, L2) included in the shielding unit and is disposed to surround a coil of the power supply device or a coil of the current collector device, and the shielding magnetic field has a plurality of resonance frequencies canceling each of magnetic fields corresponding to a fundamental frequency and a multiple frequency of the leakage magnetic field based on the multiple resonance characteristic of the shielding unit. a leakage magnetic field determining unit configured to determine a phase and a magnitude of a leakage magnetic field based on information obtained from each of a power supply device and a current collector device, the current collector device serving to receive a power by an induction voltage induced at both ends of the coil of the current collector device by the magnetic field generated by the power supply device; a shielding current controller configured to determine a shielding current based on the phase and the magnitude of the leakage magnetic field and to supply the determined shielding current to the leakage magnetic field shielding device; and a shielding unit configured to shield the leakage magnetic field by generating a shielding magnetic field in accordance with the supply of the shielding current, wherein the shielding unit has a multiple resonance characteristic depending on an arrangement of a capacitor (C1, C2) and a coil (L1, L2) included in the shielding unit and is disposed to surround a coil of the power supply device or a coil of the current collector device, and the shielding magnetic field has a plurality of resonance frequencies canceling each of magnetic fields corresponding to a fundamental frequency and a multiple frequency of the leakage magnetic field based on the multiple resonance characteristic of the shielding unit.
Optoelectronic radiation detector comprising a plurality of detector elements (1, 2, 3) for signal generation, wherein the detector elements each have a spectral sensitivity distribution (R 1, R 2, R 3), one detector element has a basic detector element, the spectral sensitivity distribution of the basic detector element (R 1) has a lower limiting wavelength (λ u,1), wherein for wavelengths shorter than the lower limiting wavelength (λ u,1) the detector element no longer supplies a significant signal, another detector element (2, 3) has a filter layer structure comprising at least one filter layer (14, 15), the sensitivity distribution (R 2, R 3) of the other detector element has a maximum at a maximum wavelength (λ max, 2, λ max, 3), wherein the spectral sensitivity distribution of the basic detector element (R 1) completely overlaps the spectral sensitivity distribution of the other detector element (R 2, R 3), and wherein the filter layer structure is embodied in such a way that the filter layer structure absorbs radiation having wavelengths shorter than the maximum wavelength (λ max, 2, λ max, 3) and longer than the lower limiting wavelength (λ u,1), wherein the detector elements (1, 2, 3) each have a semiconductor body comprising an active region provided for signal generation, and wherein the detector element and the other detector element (2, 3) are arranged laterally alongside one another on a common carrier, characterized in that each detector element (1, 2, 3) has a contact (16, 17, 18), wherein the detector element has a residue of a filter layer (14, 15) or of a plurality of filter layers of the filter layer structure of the other detector element (2, 3) wherein the residue of the filter layer or of the filter layers (14, 15) is arranged between the contact and the carrier such that the contact of the detector element and the contact (17, 18) of the other detector element (2, 3) are fitted at the same height above the carrier, wherein a detection area of the detector element is free of the filter layer or the filter layers, such that radiation can enter the detector element in a manner unimpeded by the filter layer or the filter layers.
A method for connecting two wind turbine blade portions (12, 13), the method comprising the steps of: a) providing a first wind turbine blade portion and a second wind turbine blade portion, b) providing a plurality of first markers on the first blade portion and providing a plurality of second markers on the second blade portion, c) determining of target positions of the first markers and the second markers, d) aligning the wind turbine blade portions (12, 13) to each other and comparing actual positions of the first markers and the second markers with the target positions, wherein step d) is executed by means of digital image correlation, and e) connecting the wind turbine blade portions (12, 13) together. a) providing a first wind turbine blade portion and a second wind turbine blade portion, b) providing a plurality of first markers on the first blade portion and providing a plurality of second markers on the second blade portion, c) determining of target positions of the first markers and the second markers, d) aligning the wind turbine blade portions (12, 13) to each other and comparing actual positions of the first markers and the second markers with the target positions, wherein step d) is executed by means of digital image correlation, and e) connecting the wind turbine blade portions (12, 13) together.
A steam iron head comprising: - a soleplate having a fabric contact surface, - a steam inlet through which steam flows to the steam iron head, - at least one steam vent, and - a steam passageway between the steam inlet and the at least one steam vent, wherein the soleplate has a soleplate panel forming the fabric contact surface and a base of the steam passageway, and the soleplate panel is configured to be primarily heated by steam flowing along the steam passageway to the at least one steam vent, characterized in that, a fluid separator between the steam passageway and the at least one steam vent is configured to restrict the flow of condensation formed in the steam passageway from passing through the at least one steam vent. - a soleplate having a fabric contact surface, - a steam inlet through which steam flows to the steam iron head, - at least one steam vent, and - a steam passageway between the steam inlet and the at least one steam vent,
A process for reforming of a source gas containing a hydrocarbon source, comprising the steps of: - a first stage of reforming of said source gas by feeding the source gas into a plurality of externally heated tubes, which form a tube side of a reformer, at least a portion of the inner surface of said tubes being catalytically active, thus producing a primarily reformed first product gas, said tubes being ceramic tubes made of sintered silicon carbide; - a partial combustion of said first product gas, which is effected with a suitable oxidation agent, thus obtaining a second product gas, and - a second stage of reforming of said second product gas, which is carried out in a shell side of said reformer, by contact with the outer surface of said tubes, at least a portion of said outer surface of the tubes being catalytically active, and said second product gas also providing the external heating of said tubes and heat input for the first-stage reforming of the source gas. - a first stage of reforming of said source gas by feeding the source gas into a plurality of externally heated tubes, which form a tube side of a reformer, at least a portion of the inner surface of said tubes being catalytically active, thus producing a primarily reformed first product gas, said tubes being ceramic tubes made of sintered silicon carbide; - a partial combustion of said first product gas, which is effected with a suitable oxidation agent, thus obtaining a second product gas, and - a second stage of reforming of said second product gas, which is carried out in a shell side of said reformer, by contact with the outer surface of said tubes, at least a portion of said outer surface of the tubes being catalytically active, and said second product gas also providing the external heating of said tubes and heat input for the first-stage reforming of the source gas.
A female cartridge which is insertable into a support block, comprising an outer ring nut slider and a ball body provided with a plurality of radial holes for inletting the fluid into the cartridge, said outer ring nut slider being axially movable with respect to said ball body, which in turn comprises a circumferential housing seat for a locking ball ring, said cartridge further comprising an outer slider, an axial valve body, and an inner slider interposed between said valve body and said outer slider, said outer slider being axially movable relative to said inner slider, which in turn is axially movable with respect to said ball body, said outer slider being configured so as to keep said locking balls within said circumferential housing seat of said ball body when the cartridge is uncoupled, said axial valve body, said outer slider and the front end of said valve body being aligned along the front surface of the female cartridge so that said female cartridge coupling is capable of being coupled to a flush-face male coupling, characterized in that said valve body comprises a rear end to which an inner body is connected, which is at least partly inserted into a rear body, said inner body having at least one circumferential seat adapted to house a plurality of mechanical locking balls of the system of said cartridge and said rear body comprising a plurality of radial holes for inserting said mechanical locking balls.
An ice cream comprising the following ingredients and: the non-polymer catechins, and caffeine, wherein a content mass ratio of the ingredient to the ingredient, [ /] is from 0.0001 to 0.18, wherein the content of the non-polymer catechins in the ice cream is 0.1 to 0.8 mass%. the non-polymer catechins, and caffeine,
A system with a test container for detecting an analyte in a consumable sample comprising: • a first chamber comprising a consumable reception opening, configured to receive the consumable sample, and a second opening; • a driving element configured to interact with the first chamber and to generate a homogenized sample upon processing of the consumable sample toward the second opening of the first chamber; • a second chamber comprising a sample reception opening, configured to receive the homogenized sample from the second opening of the first chamber, and an outlet port at an inferior portion of the second chamber; • a diaphragm situated between the first chamber and the second chamber, the diaphragm having openings and a first configuration that retains at least a portion of the homogenized sample within the diaphragm and a second configuration that delivers the homogenized sample into the sample reception opening of the second chamber; and • an analysis chamber configured to position a detection substrate proximal the outlet port of the second chamber and comprising a detection window that enables detection of presence of the analyte, characterized in that the driving element includes a grinder configured to rotate within the first chamber and having a concentric channel aligned with an axis of rotation of the grinder, and a plunger configured to pass through the grinder, and wherein the first configuration of the diaphragm is a raised configuration wherein a majority of the diaphragm is situated within the first chamber and the openings of the diaphragm are accessible from within the first chamber, and wherein the second configuration of the diaphragm is a depressed configuration wherein a majority of the diaphragm is situated within the second chamber, and the openings of the diaphragm are inaccessible from within the first chamber but open to the second chamber, and wherein the diaphragm is transitionable between the first configuration and the second configuration by passing the plunger through the grinder to contact the diaphragm. • a first chamber comprising a consumable reception opening, configured to receive the consumable sample, and a second opening; • a driving element configured to interact with the first chamber and to generate a homogenized sample upon processing of the consumable sample toward the second opening of the first chamber; • a second chamber comprising a sample reception opening, configured to receive the homogenized sample from the second opening of the first chamber, and an outlet port at an inferior portion of the second chamber; • a diaphragm situated between the first chamber and the second chamber, the diaphragm having openings and a first configuration that retains at least a portion of the homogenized sample within the diaphragm and a second configuration that delivers the homogenized sample into the sample reception opening of the second chamber; and • an analysis chamber configured to position a detection substrate proximal the outlet port of the second chamber and comprising a detection window that enables detection of presence of the analyte,
An information processing device comprising a controller configured to perform a recognition process of recognizing, on a basis of a captured image obtained by an imaging device imaging a projection area, a position of an operating tool inside the projection area, and perform an operation detection process of detecting, on a basis of sensor data outputted by a sensor included in the operating tool, that an operation is performed on the operating tool, and characterized in that, in a case where the operation performed on the operating tool is detected by the operation detection process and the position of the operating tool is not recognized by the recognition process, the controller is configured to perform a projection control process of causing a projection device to project an image for guiding the operating tool to a position which is inside the projection area and where the position of the operating tool is recognizable by the recognition process. perform a recognition process of recognizing, on a basis of a captured image obtained by an imaging device imaging a projection area, a position of an operating tool inside the projection area, and perform an operation detection process of detecting, on a basis of sensor data outputted by a sensor included in the operating tool, that an operation is performed on the operating tool, and characterized in that, in a case where the operation performed on the operating tool is detected by the operation detection process and the position of the operating tool is not recognized by the recognition process, the controller is configured to perform a projection control process of causing a projection device to project an image for guiding the operating tool to a position which is inside the projection area and where the position of the operating tool is recognizable by the recognition process.
A slatted roof for a terrace canopy, wherein the slatted roof is provided with a frame (3, 5) and a set of mutually parallel slats attached to the frame, wherein the slats extend in a longitudinal direction, wherein a first slat of said set of slats has a first bending resistance and a second slat of said set of slats has a second bending resistance which is smaller than the first bending resistance, which first and second slats are adjacent to each other, characterized in that the first slat is provided with an additional load such that a deflection of the first slat and the second slat are substantially equal.
A pharmaceutical composition for use in treating cancer, comprising sorafenib or a pharmaceutically acceptable salt thereof and 3-(3,5-Dibromo-4-hydroxy-benzylidene)-5-iodo-1,3-dihydro-indol-2-one or a pharmaceutically acceptable salt thereof.
Auxiliary unit drive for a drive engine, comprising a) multiple auxiliary units (2, 2a, 2b); b) a first belt, which is arranged in a first belt plane and is in driving connection with the plurality of auxiliary units (2, 2a, 2b) c) a second belt arranged in a second belt plane, the second belt plane being offset parallel to said first belt plane and being in driving connection with only a part of said plurality of auxiliary units (2, 2a, 2b), preferably for increasing the torque transmitted to said part of said plurality of auxiliary units (2, 2a, 2b); and d) a driving shaft which is in driving connection with the first and the second belt (3, 4) via two driving belt tracks (7, 8) which are arranged in a rotationally fixed manner relative to one another. a) multiple auxiliary units (2, 2a, 2b); b) a first belt, which is arranged in a first belt plane and is in driving connection with the plurality of auxiliary units (2, 2a, 2b) c) a second belt arranged in a second belt plane, the second belt plane being offset parallel to said first belt plane and being in driving connection with only a part of said plurality of auxiliary units (2, 2a, 2b), preferably for increasing the torque transmitted to said part of said plurality of auxiliary units (2, 2a, 2b); and d) a driving shaft which is in driving connection with the first and the second belt (3, 4) via two driving belt tracks (7, 8) which are arranged in a rotationally fixed manner relative to one another.
A one-pot method for the synthesis of estolide esters, characterised in that in the absence of solvent a hydroxyacid saturated by a monoalcohol is esterified and that simultaneously an oligomerisation is realized to form estolide esters having a degree of oligomerisation greater than or equal to 3, an acid index less than or equal to 5 and which are saturated and thermo-oxidatively stable.
A display apparatus, comprising: a display panel configured to display an image; a supporting member on a rear surface of the display panel; a sound generator between the display panel and the supporting member; a vibration member between the sound generator and the supporting member and supported by the supporting member, and the vibration member is on a rear surface of the sound generator; and at least one vibration adjustment member between the vibration member and the supporting member. a display panel configured to display an image; a supporting member on a rear surface of the display panel; a sound generator between the display panel and the supporting member; a vibration member between the sound generator and the supporting member and supported by the supporting member, and the vibration member is on a rear surface of the sound generator; and at least one vibration adjustment member between the vibration member and the supporting member.
A method of arranging user interface objects on a screen of a portable terminal, the method comprising: storing and updating a usage history of a plurality of programs respectively associated with the user interface objects during a pre-set time period according to at least one time-related criterion and/or at least one place-related criterion; selecting a selected criterion from the at least one time-related criterion or the at least one place-related criterion; and determining an arrangement position of each user interface object corresponding to each program by referencing the usage history stored and updated with respect to the selected criterion, characterised in that the usage history includes an amount of usage time and a number of manipulations of each program after the program is executed upon selecting the associated user interface object. storing and updating a usage history of a plurality of programs respectively associated with the user interface objects during a pre-set time period according to at least one time-related criterion and/or at least one place-related criterion; selecting a selected criterion from the at least one time-related criterion or the at least one place-related criterion; and determining an arrangement position of each user interface object corresponding to each program by referencing the usage history stored and updated with respect to the selected criterion, characterised in that the usage history includes an amount of usage time and a number of manipulations of each program after the program is executed upon selecting the associated user interface object.