mhurhangee/patent-ind-claim-en huggingface dataset:
A temporary diameter reduction constraint arrangement for a stent graft in combination with a stent graft , the stent graft having a proximal end and a distal end and comprising a biocompatible graft material tube and a plurality of longitudinally spaced apart self-expanding stents fastened thereto, including at least an end stent and a plurality of intermediate stents , the constraint arrangement comprising: an elongate receiver extending longitudinally within the graft material tube; a first wire extending longitudinally along the graft material tube in a first serpentine pattern; and a second wire extending longitudinally along the graft material tube in a second serpentine pattern, wherein at least one of the first and second wires repeatedly loops over the receiver, within the graft material, along a longitudinal length of the stent graft, thereby securing the stent graft to the receiver . an elongate receiver extending longitudinally within the graft material tube; a first wire extending longitudinally along the graft material tube in a first serpentine pattern; and a second wire extending longitudinally along the graft material tube in a second serpentine pattern, wherein at least one of the first and second wires repeatedly loops over the receiver, within the graft material, along a longitudinal length of the stent graft, thereby securing the stent graft to the receiver .
A foveated rendering system for modifying content to be displayed, the system comprising: a user profile obtaining unit operable to obtain a user profile, comprising information about head motion and eye motion for a user; a user profile analysis unit operable to determine characteristics of one or more groups of users in dependence upon obtained user profiles, the groups being identified according to shared head motion and eye motion characteristics between user profiles; and a foveated rendering unit operable to apply a foveated rendering process to the content to be displayed in dependence upon the characteristics determined by the user profile analysis unit so as to generate a processed content to be displayed for each group, wherein the foveated rendering unit is operable to apply a further foveated rendering process to the processed content in dependence upon the obtained user profile information. a user profile obtaining unit operable to obtain a user profile, comprising information about head motion and eye motion for a user; a user profile analysis unit operable to determine characteristics of one or more groups of users in dependence upon obtained user profiles, the groups being identified according to shared head motion and eye motion characteristics between user profiles; and a foveated rendering unit operable to apply a foveated rendering process to the content to be displayed in dependence upon the characteristics determined by the user profile analysis unit so as to generate a processed content to be displayed for each group, wherein the foveated rendering unit is operable to apply a further foveated rendering process to the processed content in dependence upon the obtained user profile information.
A composition comprising iron, buffering agent and a carrier comprising denatured protein, wherein the composition releases at least 71% of the total load of iron as ferrous iron over the course of one hour in simulated gastric fluid at pH 1.6, and wherein the composition when placed in simulated gastric fluid at pH 1.6 buffers the pH to at least 2 after 30 minutes, and wherein the composition when placed in a simulated intestinal fluid at pH 6.6 buffers the solution to at most pH 5.5 after 30 minutes, and wherein the composition, when administered orally to a human, has a relative trough to peak ratio of serum iron over 2 hours of at least 120% that of an equimolar dose of an orally administered immediate release ferrous sulfate composition; wherein the composition has a total iron content of 5% to 20% by weight; wherein the iron is provided as ferrous sulphate; wherein the water content of the composition is less than 20, less than 15%, or less than about 10% by weight; wherein the denatured protein comprises denatured whey protein, denatured whey protein isolate, denatured beta lactoglobulin, or combinations thereof; wherein the buffering agent is present in an amount of from 6% to 15% based on the total weight of the composition; wherein the buffering agent comprises sodium acetate; wherein the composition consists of particles having an average particle size of 60 microns or less or 40 microns or less or 20 microns or less, as measured by laser diffraction particle size analysis; wherein the iron is encapsulated by the denatured protein. wherein the composition has a total iron content of 5% to 20% by weight; wherein the iron is provided as ferrous sulphate; wherein the water content of the composition is less than 20, less than 15%, or less than about 10% by weight; wherein the denatured protein comprises denatured whey protein, denatured whey protein isolate, denatured beta lactoglobulin, or combinations thereof; wherein the buffering agent is present in an amount of from 6% to 15% based on the total weight of the composition; wherein the buffering agent comprises sodium acetate; wherein the composition consists of particles having an average particle size of 60 microns or less or 40 microns or less or 20 microns or less, as measured by laser diffraction particle size analysis; wherein the iron is encapsulated by the denatured protein.
A method of determining one or more properties of the bulk of each of a plurality of tablet pharmaceutical dosage formulations on a mass production line, comprising: exposing a first surface of said dosage formulation to incident radiation using illumination optics ; receiving and detecting Raman scattered elements of said incident radiation from a second surface of each said formulation using receiving optics , said second surface being spaced from said first surface; and determining one or more of said properties of each said formulation from the corresponding said detected Raman scattered elements, wherein each dosage formulation is a tablet already packaged in a blister pack and the illumination optics and receiving optics are disposed laterally across the width of the tablet wherein for each said dosage formulation the second surface is on an opposite side of said dosage formulation to said first surface. exposing a first surface of said dosage formulation to incident radiation using illumination optics ; receiving and detecting Raman scattered elements of said incident radiation from a second surface of each said formulation using receiving optics , said second surface being spaced from said first surface; and determining one or more of said properties of each said formulation from the corresponding said detected Raman scattered elements, wherein each dosage formulation is a tablet already packaged in a blister pack and the illumination optics and receiving optics are disposed laterally across the width of the tablet wherein for each said dosage formulation the second surface is on an opposite side of said dosage formulation to said first surface.
A lighting module for use in a luminaire and comprising: - a base having a longitudinal axis (LA) and comprising an electrical connector for connecting the lighting module to a luminaire socket of the luminaire , and - a driver unit comprising a driver circuit electrically connected to the electrical connector , - a light unit comprising at least one solid state light source electrically connected to the driver circuit and configured for emitting light, - a heat sink configured for removing heat from the at least one solid state light source , the heat sink comprises an elongated hollow tube extending in the direction of the longitudinal axis (LA) and comprising a fluid inlet and a fluid outlet , wherein the heat sink is arranged between the driver unit and the light unit - wherein the light unit is positioned on a first surface of the elongated hollow tube and the driver unit is positioned on a second surface of the elongated hollow tube wherein the second surface is opposite to the first surface . - a base having a longitudinal axis (LA) and comprising an electrical connector for connecting the lighting module to a luminaire socket of the luminaire , and - a driver unit comprising a driver circuit electrically connected to the electrical connector , - a light unit comprising at least one solid state light source electrically connected to the driver circuit and configured for emitting light, - a heat sink configured for removing heat from the at least one solid state light source , the heat sink comprises an elongated hollow tube extending in the direction of the longitudinal axis (LA) and comprising a fluid inlet and a fluid outlet , wherein the heat sink is arranged between the driver unit and the light unit - wherein the light unit is positioned on a first surface of the elongated hollow tube and the driver unit is positioned on a second surface of the elongated hollow tube wherein the second surface is opposite to the first surface .
A test system for a charging device , comprising a load module , a test board and the charging device , the charging device forming a path with the load module through the test board , wherein, the test board is configured to report a test battery voltage to the charging device ; and the charging device is configured to receive the test battery voltage, to calculate a path impedance from the charging device to the load module according to the test battery voltage for adjusting an operating state of the charging device according to the path impedance calculated, so as to determine whether the charging device enters a protection state, thereby testing a path impedance protection function of the charging device , wherein a difference between the path impedance calculated according to the test battery voltage and a reference impedance is greater than a preset impedance, wherein the test board is configured to sample a voltage on the test board , and calculate the test battery voltage according to the voltage on the test board , a simulated impedance increment and a charging current of the charging device , and wherein the simulated impedance increment is greater than or equal to the preset impedance. the test board is configured to report a test battery voltage to the charging device ; and the charging device is configured to receive the test battery voltage, to calculate a path impedance from the charging device to the load module according to the test battery voltage for adjusting an operating state of the charging device according to the path impedance calculated, so as to determine whether the charging device enters a protection state, thereby testing a path impedance protection function of the charging device , wherein a difference between the path impedance calculated according to the test battery voltage and a reference impedance is greater than a preset impedance, wherein the test board is configured to sample a voltage on the test board , and calculate the test battery voltage according to the voltage on the test board , a simulated impedance increment and a charging current of the charging device , and wherein the simulated impedance increment is greater than or equal to the preset impedance.
A fastening system for a sanitary appliance including a threaded rod a threaded nut with an internal thread extending about a center axis (M), for engagement with the threaded rod , and a bearing unit including a drive element for actuating the threaded nut and a receiving element for receiving the sanitary appliance, wherein the drive element acts on the threaded nut and applies a rotational movement to the threaded nut , characterized in that the threaded nut and the drive element are connected to one another via a locking mechanism , wherein the locking mechanism is realized in such a manner that a mechanical engagement between the threaded nut and the drive element is providable as a result of a mounting movement of the bearing unit along a fastening direction (R) and as a result of a rotational movement of the drive element , following said mounting movement, along a first direction of rotation (d1) around a rotational axis (A) . a threaded rod a threaded nut with an internal thread extending about a center axis (M), for engagement with the threaded rod , and a bearing unit including a drive element for actuating the threaded nut and a receiving element for receiving the sanitary appliance, wherein the drive element acts on the threaded nut and applies a rotational movement to the threaded nut , characterized in that the threaded nut and the drive element are connected to one another via a locking mechanism , wherein the locking mechanism is realized in such a manner that a mechanical engagement between the threaded nut and the drive element is providable as a result of a mounting movement of the bearing unit along a fastening direction (R) and as a result of a rotational movement of the drive element , following said mounting movement, along a first direction of rotation (d1) around a rotational axis (A) .
A wheel detector (CK) for detecting a wheel of a rail vehicle, which wheel detector (CK) comprises two detector channels, wherein a) each channel (A, B) comprises a coil unit (MC_A, MC_B) which is connected with a measurement and feeding module (MP_A, MP_B) of the respective channel (A, B) for feeding the coil unit (MC_A, MC_B) with an output signal of the measurement and feeding module (MP_A, MP_B), wherein a decision module (MD_A, MD_B) of the respective channel (A, B) is bi-directionally connected to the measurement and feeding module (MP_A, MP_B), characterised in that b) each channel (A, B) comprises a temperature measurement module (PT_A, PT_B) and/or a module for measurement of mechanical vibration (PP_A, PP_B), that is/are connected with an input / with inputs of the decision module (MD_A, MD_B) of the channel (A, B), c) the decision modules (MD_A, MD_B) are connected with each other via a bi-directional digital interface, d) the decision module (MD_A) of one of the channels is connected via a bi-directional digital interface (IMD) with a data transmission module (MT) for communication between the wheel detector (CK) and a supervisory system via a data transmission line (D). a) each channel (A, B) comprises a coil unit (MC_A, MC_B) which is connected with a measurement and feeding module (MP_A, MP_B) of the respective channel (A, B) for feeding the coil unit (MC_A, MC_B) with an output signal of the measurement and feeding module (MP_A, MP_B), wherein a decision module (MD_A, MD_B) of the respective channel (A, B) is bi-directionally connected to the measurement and feeding module (MP_A, MP_B), b) each channel (A, B) comprises a temperature measurement module (PT_A, PT_B) and/or a module for measurement of mechanical vibration (PP_A, PP_B), that is/are connected with an input / with inputs of the decision module (MD_A, MD_B) of the channel (A, B), c) the decision modules (MD_A, MD_B) are connected with each other via a bi-directional digital interface, d) the decision module (MD_A) of one of the channels is connected via a bi-directional digital interface (IMD) with a data transmission module (MT) for communication between the wheel detector (CK) and a supervisory system via a data transmission line (D).
A computer-implemented method of acquiring a video game including a plurality of content portions , the method comprising: receiving a first set of the content portions, the first set including less than an entirety of the content portions; presenting a partial functionality version of the video game using the first set of content portions; receiving a second set of the content portions while the partial functionality version of the video game is presented; and adding functionality to the partial functionality version of the video game using the second set of content portions without interrupting presentation of the partial functionality version of the video game; wherein progressively adding functionality includes initially presenting a digital content item with a partial functionality and subsequently presenting the digital content item with a full functionality as additional content portions are received. receiving a first set of the content portions, the first set including less than an entirety of the content portions; presenting a partial functionality version of the video game using the first set of content portions; receiving a second set of the content portions while the partial functionality version of the video game is presented; and adding functionality to the partial functionality version of the video game using the second set of content portions without interrupting presentation of the partial functionality version of the video game; wherein progressively adding functionality includes initially presenting a digital content item with a partial functionality and subsequently presenting the digital content item with a full functionality as additional content portions are received.
A solar generator comprising a plurality of solar modules and a plurality of optical waveguides , wherein each solar module has at least one solar cell and at least one surface for receiving sunlight , wherein each optical waveguide has at least one first end having a first end face for receiving sunlight and at least one second end having a second end face for giving off sunlight , wherein on each surface of the plurality of solar modules at least one second end face of the plurality of optical waveguides is arranged in front of or on the corresponding surface in such a way that the sunlight given off by the at least one second end face impinges at least partially on the corresponding surface , characterised in that the solar generator comprises at least one perforated cover plate with at least one passage opening , and wherein at least one second end of the plurality of optical waveguides is at least partially arranged in the passage opening , wherein on the cover plate of the solar generator at least one reflector is arranged on a surface facing a solar module of the cover plate and several solar modules are arranged as at least one stack .
A mobile terminal, wherein the mobile terminal comprises a virtual resource sharing control system , a modem , and multiple operating systems ; multiple subscriber identity module, SIM, cards are deployed in the modem; a first operating system in the multiple operating systems is configured to: receive a card operation request of a user of the mobile terminal for a first SIM card in the multiple SIM cards, and notify a second operating system in the multiple operating systems and the virtual resource sharing control system of the card operation request, wherein the first operating system is an operating system that is in the multiple operating systems and that runs in foreground, and the second operating system is one or more operating systems running in the foreground or background, except the first operating system, in the multiple operating systems ; the virtual resource sharing control system is configured to: performing a card operation on the first SIM card by using the modem and according to the card operation request and a current status of the first SIM card, and send a first feedback result of the card operation to the first operating system and the second operating system , wherein the card operation comprises a SIM card startup operation, a SIM card activation operation, a SIM card deactivation operation, or a SIM card switching operation; and the first feedback result comprises a successful operation and a failed operation;the first operating system is further configured to manage and monitor the current status of the first SIM card in the first operating system by refreshing the status of the first SIM card according to the card operation request or the first feedback result; and the second operating system is configured to manage and monitor the current status of the first SIM card in the second operating system by refreshing the status of the first SIM card according to the card operation request or the first feedback result. performing a card operation on the first SIM card by using the modem and according to the card operation request and a current status of the first SIM card, and send a first feedback result of the card operation to the first operating system and the second operating system , wherein the card operation comprises a SIM card startup operation, a SIM card activation operation, a SIM card deactivation operation, or a SIM card switching operation; and the first feedback result comprises a successful operation and a failed operation;the first operating system is further configured to manage and monitor the current status of the first SIM card in the first operating system by refreshing the status of the first SIM card according to the card operation request or the first feedback result; and the second operating system is configured to manage and monitor the current status of the first SIM card in the second operating system by refreshing the status of the first SIM card according to the card operation request or the first feedback result.
A rolled steel bar for hot forging consisting, by mass percent, of C: 0.25 to 0.50%, Si: 0.40 to 1.0%, Mn: 1.0 to 1.6%, S: 0.005 to 0.035%, Al: 0.005 to 0.050%, V: 0.10 to 0.30%, and N: 0.005 to 0.030%, and optionally one or more elements selected from the following items (a) and (b), and the balance of Fe and impurities, the contents of P and O in the impurities being P: 0.035% or less and O: 0.0030% or less, and Fn1 represented by Formula (i) being 0.90 to 1.20, wherein the predicted maximum width of nonmetallic inclusions, at a time when a cumulative distribution function is 99.99%, is 100 μm or narrower, wherein the cumulative distribution function is obtained by extreme value statistical processing by taking the width of nonmetallic inclusion in an R 1 /2 part (R 1 : radius of rolled steel bar) of a longitudinal cross section of the rolled steel bar as W (μm), wherein the predicted maximum width of nonmetallic inclusions and the cumulative distribution function are calculated as described under the heading "(A) Predicted maximum width of nonmetallic inclusions in rolled steel bar" of the description; and the number density of sulfides each having a circle-equivalent diameter of 0.3 to 1.0 μm observed per unit area of the R 1 /2 part of a transverse cross section of the rolled steel bar is 500 pieces/mm 2 or higher, wherein the number density of sulfides is calculated as described under the heading "(B) Number density of sulfides each having a circle-equivalent diameter of 0.3 to 1.0 μm of rolled steel bar" of the description; Fn 1 = C + Si / 10 + Mn / 5 + 5 ⁢ Cr / 22 + 1.65 ⁢ V − 5 ⁢ S / 7 where, the symbol of an element in Formula (i) represents the content (mass%) of the element, (a) Ti: 0.030% or less (b) Cu: 0.30% or less, Ni: 0.20% or less, Cr: 0.50% or less, and Mo: 0.10% or less. (a) Ti: 0.030% or less (b) Cu: 0.30% or less, Ni: 0.20% or less, Cr: 0.50% or less, and Mo: 0.10% or less.