mhurhangee/ep-ind-claims huggingface dataset:
A control device comprising an air bubble controller configured to control a blow mechanism configured to blow an air bubble out through an air outlet formed in a hull, wherein the hull includes a main engine configured to cause a propeller to rotate; characterized by a resistance calculator configured to calculate a hull resistance of the hull, wherein the resistance calculator is configured to calculate the hull resistance based on at least one of a ship velocity of the hull, information on weather and oceanic conditions the hull is confronting, a draft of the hull, and a rudder angle of the hull, and based further on an output from the main engine at present, and the air bubble controller is configured to start blowing the air bubble outward or to increase an amount of the air bubble blown outward when the hull resistance calculated by the resistance calculator is higher than a reference value. an air bubble controller configured to control a blow mechanism configured to blow an air bubble out through an air outlet formed in a hull, wherein the hull includes a main engine configured to cause a propeller to rotate; characterized by a resistance calculator configured to calculate a hull resistance of the hull, wherein the resistance calculator is configured to calculate the hull resistance based on at least one of a ship velocity of the hull, information on weather and oceanic conditions the hull is confronting, a draft of the hull, and a rudder angle of the hull, and based further on an output from the main engine at present, and the air bubble controller is configured to start blowing the air bubble outward or to increase an amount of the air bubble blown outward when the hull resistance calculated by the resistance calculator is higher than a reference value.
A method, implemented at a computer system that includes one or more processors, to efficiently emulate execution of machine code compiled from source code, the method being characterized by: using compiler-generated metadata that preserves behaviors expressed in source code, each behavior representing a type of information that is available to a compiler at compile time, the method comprising: based on accessing compiler-generated metadata associated with executable machine code that executes as part of a thread, identifying one or more behaviors of the source code from which the machine code is compiled which are not implied by the machine code; based on the identified one or more behaviors of the source code from which the machine code is compiled, identifying one or more emulator optimizations that can be applied during emulation of execution of the thread that reduce a number of steps needed to emulate execution of one or more machine code instructions of the machine code while preserving one or more side-effects of said execution that are visible external to the thread, the one or more emulator optimizations including at least one of (i) reducing a number of emulator operations needed to emulate execution of the one or more machine code instructions, or (ii) eliding the one or more machine code instructions from emulation; and while emulating execution of the machine code as part of emulating execution of the thread, applying the one or more emulator optimizations to at least (i) reduce the number of emulator operations needed to emulate execution of the one or more machine code instructions while preserving the one or more side-effects, or (ii) elide the one or more machine code instructions from emulation while preserving the one or more side-effects. based on accessing compiler-generated metadata associated with executable machine code that executes as part of a thread, identifying one or more behaviors of the source code from which the machine code is compiled which are not implied by the machine code; based on the identified one or more behaviors of the source code from which the machine code is compiled, identifying one or more emulator optimizations that can be applied during emulation of execution of the thread that reduce a number of steps needed to emulate execution of one or more machine code instructions of the machine code while preserving one or more side-effects of said execution that are visible external to the thread, the one or more emulator optimizations including at least one of (i) reducing a number of emulator operations needed to emulate execution of the one or more machine code instructions, or (ii) eliding the one or more machine code instructions from emulation; and while emulating execution of the machine code as part of emulating execution of the thread, applying the one or more emulator optimizations to at least (i) reduce the number of emulator operations needed to emulate execution of the one or more machine code instructions while preserving the one or more side-effects, or (ii) elide the one or more machine code instructions from emulation while preserving the one or more side-effects.
A mass analyser comprising: an ion guide comprising a plurality of electrodes; means for applying a first AC or RF voltage to at least some of said plurality of electrodes such that, in use, a plurality of first axial time averaged or pseudo-potential barriers, corrugations or wells having a first amplitude are created along at least a portion of the axial length of said ion guide; means for driving or urging ions along at least a portion of the axial length of said ion guide; and means for applying a second AC or RF voltage to one or more of said plurality of electrodes (5b,15) such that, in use, one or more second axial time averaged or pseudo-potential barriers, corrugations or wells having a second amplitude are created along at least a portion of the axial length of said ion guide, wherein said second amplitude is different from said first amplitude; characterised in that said means for driving or urging ions comprises means for applying one or more transient DC voltages or potentials or one or more DC voltage or potential waveforms to at least some of said electrodes so that ions having mass to charge ratios within a first range exit said ion guide whilst ions having mass to charge ratios within a second range are axially trapped or confined within said ion guide by said one or more second axial time averaged or pseudo-potential barriers, corrugations or wells. an ion guide comprising a plurality of electrodes; means for applying a first AC or RF voltage to at least some of said plurality of electrodes such that, in use, a plurality of first axial time averaged or pseudo-potential barriers, corrugations or wells having a first amplitude are created along at least a portion of the axial length of said ion guide; means for driving or urging ions along at least a portion of the axial length of said ion guide; and means for applying a second AC or RF voltage to one or more of said plurality of electrodes (5b,15) such that, in use, one or more second axial time averaged or pseudo-potential barriers, corrugations or wells having a second amplitude are created along at least a portion of the axial length of said ion guide, wherein said second amplitude is different from said first amplitude; characterised in that said means for driving or urging ions comprises means for applying one or more transient DC voltages or potentials or one or more DC voltage or potential waveforms to at least some of said electrodes so that ions having mass to charge ratios within a first range exit said ion guide whilst ions having mass to charge ratios within a second range are axially trapped or confined within said ion guide by said one or more second axial time averaged or pseudo-potential barriers, corrugations or wells.
Apparatus comprising a proxy configured to: monitor whether the proxy receives a request and a handling instruction for the request from a requester; forward the request from the proxy to a first target if the proxy receives the request; check whether the proxy receives, in response to the forwarding the request to the first target, a success indication from the first target indicating that the request was successfully executed; handle the request according to the handling instruction if the proxy receives the handling instruction and the proxy does not receive the success indication; wherein the handling instruction instructs whether or not the proxy is admitted to retry to forward the request to the first target. monitor whether the proxy receives a request and a handling instruction for the request from a requester; forward the request from the proxy to a first target if the proxy receives the request; check whether the proxy receives, in response to the forwarding the request to the first target, a success indication from the first target indicating that the request was successfully executed; handle the request according to the handling instruction if the proxy receives the handling instruction and the proxy does not receive the success indication; wherein the handling instruction instructs whether or not the proxy is admitted to retry to forward the request to the first target.
Filter element for separating particles from a particle-laden crude gas stream, comprising: - at least one base carrier, which is configured as a folded plate with a plurality of first folding edges and a plurality of second folding edges, wherein a plurality of first passage openings are arranged in the region of the first folding edges and a plurality of first connection elements are arranged in the region of the second folding edges and - a plurality of attachments, wherein each of the attachments is configured as a strip foldable in a longitudinal direction along a fold line with a plurality of second passage openings and a first and a second longitudinal edge (210, 220), and wherein each attachment further comprises second connection elements in the region of the first and the second longitudinal edge (210, 220); wherein the attachments are respectively folded along their fold line and arranged on the base carrier such that the second connection elements of the first and the second longitudinal edges (210, 220) of each attachment are connected with the first connection elements of two adjacent second folding edges, and the second connection elements of the first longitudinal edge of one of the attachments and the second connection elements of the second longitudinal edge of an adjacent attachment are connected with the first connection elements of one of the second folding edges of the base carrier, wherein the first and second passage openings are arranged offset to one another in the current direction such that the crude gas stream, due to the offset arrangement of the first and second passage openings, is deflected in an intermediate flow chamber between the base carrier and the plurality of attachments. - at least one base carrier, which is configured as a folded plate with a plurality of first folding edges and a plurality of second folding edges, wherein a plurality of first passage openings are arranged in the region of the first folding edges and a plurality of first connection elements are arranged in the region of the second folding edges and - a plurality of attachments, wherein each of the attachments is configured as a strip foldable in a longitudinal direction along a fold line with a plurality of second passage openings and a first and a second longitudinal edge (210, 220), and wherein each attachment further comprises second connection elements in the region of the first and the second longitudinal edge (210, 220);
Use of a weldable composite film for the packaging of moist and fatty foodstuffs, such as sliced sausage or cheese, wherein the composite film consists of at least 95% by weight of regenerated cellulose and includes on the outer sides a continuous coating of food-safe plastic based on acrylic, polyvinyl acetate and/or polyvinylidene chloride (PVDC), and wherein the cellulose layer in the interior of the composite film is double-layered, and wherein the two layers are further separated from each other by two layers of food-safe plastic which are the same as that of the outer coating, and wherein between the two inner layers made of food-safe plastic at least one adhesive layer is provided.
A data processing method, comprising: determining, by a first terminal, a range of data demodulation reference signal, DMRS, ports occupied by at least one second terminal according to a joint encoding table selected from multiple joint encoding tables, and a number of codewords corresponding to a physical downlink shared channel, PDSCH, of the first terminal; and processing, by the first terminal, data of the first terminal according to the range of the DMRS ports occupied by the at least one second terminal; wherein the at least one second terminal and the first terminal are Multi-User Multiple-Input Multiple-Output, MU-MIMO, terminals, wherein each of the multiple joint encoding tables corresponds to one or more DMRS groups including the DMRS ports occupied by the at least one second terminal, each of the multiple joint tables being a table including a mapping between a value indicated by a Downlink Control Information, DCI, and the number of the layers corresponding to the PDSCH of the first terminal, and a DMRS port of the PDSCH of the first terminal. determining, by a first terminal, a range of data demodulation reference signal, DMRS, ports occupied by at least one second terminal according to a joint encoding table selected from multiple joint encoding tables, and a number of codewords corresponding to a physical downlink shared channel, PDSCH, of the first terminal; and processing, by the first terminal, data of the first terminal according to the range of the DMRS ports occupied by the at least one second terminal;
A sorbent pouch system, comprising: a sorbent cartridge; two or more sorbent pouches removeably mounted with the sorbent cartridge, each sorbent pouch comprising a porous material and containing at least one sorbent material, the porous material allowing fluid to pass through the pouch; wherein the sorbent material is selected from the group consisting of zirconium oxide, zirconium phosphate, urease, and combinations thereof; wherein the porous material allows fluid to pass through one pouch into another; and the pouches are capable of being attached to and/or detached from each other; and characterized in that one or more of the pouches comprises a top portion and a bottom portion pivotably connected by a hinge to allow the pouch to be opened and provided with a latch member to secure the top portion to the bottom portion when the pouch is closed. a sorbent cartridge; two or more sorbent pouches removeably mounted with the sorbent cartridge, each sorbent pouch comprising a porous material and containing at least one sorbent material, the porous material allowing fluid to pass through the pouch; wherein the sorbent material is selected from the group consisting of zirconium oxide, zirconium phosphate, urease, and combinations thereof; wherein the porous material allows fluid to pass through one pouch into another; and the pouches are capable of being attached to and/or detached from each other; and characterized in that one or more of the pouches comprises a top portion and a bottom portion pivotably connected by a hinge to allow the pouch to be opened and provided with a latch member to secure the top portion to the bottom portion when the pouch is closed.
Seal containing a substrate, which can be applied to an object to be sealed so that this seal is changed when it is removed without authorization, the substrate having a polygonal or round shape and containing or consisting of a polymer and/or a glass, and the substrate accommodating at least one optical waveguide (3, 31, 32), in which at least a first Bragg grating (51, 52, 53, 54) is arranged, characterized in that the substrate has a thickness of less than about 200 μm, a length of more than 1 mm and a width of more than 1 mm.
A method for producing porous ceramic, the method comprising: molding a mixture containing a water absorbent polymer particle, a ceramic raw material, and water, the water absorbent polymer particle having a water absorption amount in a range of 5 to 30 ml/g at a pressure of 980 Pa measured according to the description; and heating and baking the resulting molded product. molding a mixture containing a water absorbent polymer particle, a ceramic raw material, and water, the water absorbent polymer particle having a water absorption amount in a range of 5 to 30 ml/g at a pressure of 980 Pa measured according to the description; and heating and baking the resulting molded product.
An optical information recording/reproducing apparatus for applying a light beam from a light source to an optical information recording medium having a recording area for recording information by utilizing holography to record information in said optical information recording medium and/or reproduce information recorded in said optical information recording medium, said recording area including a plurality of wavelength adjustment reference areas each having recorded therein a reference wavelength using a reference mark, characterized in that the optical information recording/reproducing apparatus comprises a wavelength detector unit for detecting reference wavelengths from reproduced signals of the reference marks and a wavelength adjustment unit for adjusting a wavelength of said light source in accordance with the reference wavelength detected by said wavelength detector unit, wherein said wavelength adjustment unit is arranged to calculate an optimum wavelength, which is optimum at a recording or reproducing position, through an interpolation process based on the plurality of reference wavelengths obtained from the plurality of wavelength adjustment reference areas of said optical information recording medium, and to adjust the wavelength of said light source to have said calculated optimum wavelength.
A device comprising: an acquiring means configured to acquire a call connection request that requests a call connection from a source telephone number to a destination telephone number; a selecting means configured to select, as a to-be-notified telephone number, one of source telephone numbers that have been assigned to a source telephone that has sent the call connection request, in accordance with a condition relevant to the destination telephone number, and to select the to-be-notified telephone number based on information on a source telephone number that has been used in a past call connection request sent by the destination telephone to call the source telephone; and a notification means that notifies a destination telephone that is identified by the destination telephone number, of the to-be-notified telephone number. an acquiring means configured to acquire a call connection request that requests a call connection from a source telephone number to a destination telephone number; a selecting means configured to select, as a to-be-notified telephone number, one of source telephone numbers that have been assigned to a source telephone that has sent the call connection request, in accordance with a condition relevant to the destination telephone number, and to select the to-be-notified telephone number based on information on a source telephone number that has been used in a past call connection request sent by the destination telephone to call the source telephone; and a notification means that notifies a destination telephone that is identified by the destination telephone number, of the to-be-notified telephone number.
A computer-implemented method to be performed by a venue search system, comprising: receiving wireless scan data from a processing device, the wireless scan data comprising a first identifier of a wireless connection; identifying a plurality of venues associated with the first identifier of the collected wireless scan data from a mapping index of wireless identifiers to venues, wherein the mapping index is generated from wireless scan data collected from a set of devices and active validation data collected during visits to one or more venues, wherein the mapping index associates the wireless scan data with one or more venues; ranking the plurality of venues according to a likelihood that the processing device is located at a particular venue based on evaluating at least one of spatial signals collected from the processing device and user data associated with a user profile of the processing device, wherein the spatial signals include location information of a wireless access point relative to the processing device; and determining a predicted venue that the processing device is located at based on the ranking of the plurality of venues. receiving wireless scan data from a processing device, the wireless scan data comprising a first identifier of a wireless connection; identifying a plurality of venues associated with the first identifier of the collected wireless scan data from a mapping index of wireless identifiers to venues, wherein the mapping index is generated from wireless scan data collected from a set of devices and active validation data collected during visits to one or more venues, wherein the mapping index associates the wireless scan data with one or more venues; ranking the plurality of venues according to a likelihood that the processing device is located at a particular venue based on evaluating at least one of spatial signals collected from the processing device and user data associated with a user profile of the processing device, wherein the spatial signals include location information of a wireless access point relative to the processing device; and determining a predicted venue that the processing device is located at based on the ranking of the plurality of venues.