mhurhangee/ep-ind-claims huggingface dataset:
A point-to-point radio apparatus comprising: radio communication means for communicating with a counterpart apparatus by means of a point-to-point radio technology; and control means for performing a procedure for changing an operating radio channel of a forward link from the point-to-point radio apparatus to the counterpart apparatus and an operating radio channel of a reverse link from the counterpart apparatus to the point-to-point radio apparatus, wherein the procedure comprises transmitting to the counterpart apparatus a first notification explicitly or implicitly indicating a new reverse channel to be used as the operating radio channel of the reverse link and indicating at least one idle reverse channel different from the new reverse channel and available to use in the reverse link in order to allow the counterpart apparatus to determine a further new forward channel to be used as the operating radio channel of the forward link from among at least one forward channel associated with the at least one idle reverse channel when a reception quality of a new forward channel associated with the new reverse channel is unsatisfactory, the first notification is transmitted on the forward link using a current operating radio channel of the forward link, and the procedure further comprises receiving from the counterpart apparatus a second notification explicitly or implicitly indicating the further new forward channel. radio communication means for communicating with a counterpart apparatus by means of a point-to-point radio technology; and control means for performing a procedure for changing an operating radio channel of a forward link from the point-to-point radio apparatus to the counterpart apparatus and an operating radio channel of a reverse link from the counterpart apparatus to the point-to-point radio apparatus, wherein the procedure comprises transmitting to the counterpart apparatus a first notification explicitly or implicitly indicating a new reverse channel to be used as the operating radio channel of the reverse link and indicating at least one idle reverse channel different from the new reverse channel and available to use in the reverse link in order to allow the counterpart apparatus to determine a further new forward channel to be used as the operating radio channel of the forward link from among at least one forward channel associated with the at least one idle reverse channel when a reception quality of a new forward channel associated with the new reverse channel is unsatisfactory, the first notification is transmitted on the forward link using a current operating radio channel of the forward link, and the procedure further comprises receiving from the counterpart apparatus a second notification explicitly or implicitly indicating the further new forward channel.
A combustion device, comprising: a first cover having a first outer surface and a first inner surface which face opposite directions, wherein a plurality of through holes penetrating through the first outer surface and the first inner surface are disposed on the first cover; a second cover having a second outer surface and a second inner surface which face opposite directions, wherein the second cover is disposed on the first cover; a chamber is formed between the second inner surface and the first inner surface; the second cover is divided into a first half portion and a second half portion; at least one hollow portion penetrating through the second outer surface and the second inner surface is disposed on the first half portion; the second half portion is closed; an infrared generating mesh disposed between the first cover and the second cover and located in the chamber, wherein the infrared generating mesh is heated by a flame to generate infrared rays, and the generated infrared rays emit through the through holes; and a gas burner assembly having a flame outlet for burning gas to generate the flame to act on the infrared generating mesh, wherein the flame outlet is located within a projection area of the second half portion. a first cover having a first outer surface and a first inner surface which face opposite directions, wherein a plurality of through holes penetrating through the first outer surface and the first inner surface are disposed on the first cover; a second cover having a second outer surface and a second inner surface which face opposite directions, wherein the second cover is disposed on the first cover; a chamber is formed between the second inner surface and the first inner surface; the second cover is divided into a first half portion and a second half portion; at least one hollow portion penetrating through the second outer surface and the second inner surface is disposed on the first half portion; the second half portion is closed; an infrared generating mesh disposed between the first cover and the second cover and located in the chamber, wherein the infrared generating mesh is heated by a flame to generate infrared rays, and the generated infrared rays emit through the through holes; and a gas burner assembly having a flame outlet for burning gas to generate the flame to act on the infrared generating mesh, wherein the flame outlet is located within a projection area of the second half portion.
A method for producing a manhole lower part from a solid bar, thus forming a body, wherein the solid bar contains polymer material or consists of polymer material and has an approximately circular cross-section, wherein the approximately circular cross-section of the solid bar is just as large as or slightly larger than the diameter of the manhole lower part that is to be produced, said method having the following steps: • in a first step A, a portion of the solid bar is separated off and the body is thus formed, the body has the shape of a cylinder, it is formed in one part, • in a second step B, the manhole lower part is formed from the body, wherein the manhole lower part is shaped from the body by material removal and/or material build-up, wherein to this end a functional contour is formed on the manhole lower part and comprises a channel, which serves to conduct fluid. • in a first step A, a portion of the solid bar is separated off and the body is thus formed, the body has the shape of a cylinder, it is formed in one part, • in a second step B, the manhole lower part is formed from the body, wherein the manhole lower part is shaped from the body by material removal and/or material build-up, wherein to this end a functional contour is formed on the manhole lower part and comprises a channel, which serves to conduct fluid.
A mixture of compounds useful to make a polymer or a prepolymer, the mixture of compounds comprising compounds having the formula I: wherein R 1 is H, acryloyl or, methacryloyl, wherein R 2 is acryloyl or, methacryloyl, wherein compounds having the formula I consist of a mixture of cis and trans-1,3- and 1,4-substituted cyclohexane and wherein the trans 1,4-substituted cyclohexane content of the compounds having the formula I is less than forty mole percent.
A softgel capsule package for delivering a single-dose product, comprising: a softgel capsule shell formed from at least one gelling agent selected from a protein and a polysaccharide, the softgel capsule shell including at least one area having a first shell thickness and two protrusions, characterised in that it includes an area of reduced shell thickness relative to said first shell thickness located between said protrusions and being configured to preferentially rupture by exertion of a compression force on the softgel capsule shell to provide an opening in the capsule shell through which a fill contained in the package can be dispensed. a softgel capsule shell formed from at least one gelling agent selected from a protein and a polysaccharide, the softgel capsule shell including at least one area having a first shell thickness and two protrusions, characterised in that it includes an area of reduced shell thickness relative to said first shell thickness located between said protrusions and being configured to preferentially rupture by exertion of a compression force on the softgel capsule shell to provide an opening in the capsule shell through which a fill contained in the package can be dispensed.
A method for processing ash from waste incineration plants by wet classification, wherein ash is mixed with liquid in a mixing hopper and after screening a coarse fraction, is fed as feed flow to a classifying stage, which comprises an upflow classifier and an upstream hydrocyclone installation, wherein the feed flow is separated in the classifying stage into a good fraction free of harmful substances and a residual fraction contaminated with harmful substances, wherein the residual fraction is drawn off as a suspension on the upper side of a fluidized bed produced in the upflow classifier and wherein the good fraction drawn off on the underside of the fluidized bed is dewatered by means of a screening device, wherein the pass-through fraction of the screening device is fed back into the hydrocyclone installation, wherein in the hydrocyclone installation at least one material flow containing substantially only particles which are smaller than the separation particle size of the screening process is separated as cyclone overflow (15, 15') and wherein the cyclone overflow (15, 15') of the hydrocyclone installation is then separated in a second classifying stage into a fine-particle mineral fraction and a residue contaminated with harmful substances, wherein the residue has a grain-size upper limit between 20 μm and 50 μm.
A circuit (12; 12'; 12") comprising: an input pair having a first input and a second input, the input pair configured to have either of a current transformer or a di/dt sensor connected thereto; a first output; a second output; a current transformer input circuit (30; 30") connected between the first input and the second input; and a di/dt sensor input circuit (32; 32') connected between the first input and the second input; wherein the current transformer input circuit (30; 30") is configured to receive output from a current transformer connected to the input pair, and output a signal representative of a current sensed thereby via the first output, wherein the di/dt sensor input circuit (32; 32') is configured to receive output from a di/dt sensor connected to the input pair, and output a signal representative of a current or time rate of change of a current sensed thereby via the second output; and wherein the current transformer input circuit (30; 30") and the di/dt sensor input circuit (32; 32') are connected in a parallel arrangement. an input pair having a first input and a second input, the input pair configured to have either of a current transformer or a di/dt sensor connected thereto; a first output; a second output; a current transformer input circuit (30; 30") connected between the first input and the second input; and a di/dt sensor input circuit (32; 32') connected between the first input and the second input; wherein the current transformer input circuit (30; 30") is configured to receive output from a current transformer connected to the input pair, and output a signal representative of a current sensed thereby via the first output, receive output from a current transformer connected to the input pair, and output a signal representative of a current sensed thereby via the first output, wherein the di/dt sensor input circuit (32; 32') is configured to receive output from a di/dt sensor connected to the input pair, and output a signal representative of a current or time rate of change of a current sensed thereby via the second output; and receive output from a di/dt sensor connected to the input pair, and output a signal representative of a current or time rate of change of a current sensed thereby via the second output; and wherein the current transformer input circuit (30; 30") and the di/dt sensor input circuit (32; 32') are connected in a parallel arrangement.
A method of projectile configuration and use comprising: providing a first part of a projectile with a first orientation sensor; providing a second part of the projectile with a second orientation sensor; threadedly connecting the parts together at a threaded connection between the parts; and compensating for variations in alignment at the threaded connection between the parts, wherein the compensating includes: communicating orientation information from the first part to the second part, wherein the communicating includes wireless communicating between the parts or wired communicating between the parts; and determining, in the second part an alignment correction factor for correcting for a difference in alignment between the first part and the second part. providing a first part of a projectile with a first orientation sensor; providing a second part of the projectile with a second orientation sensor; threadedly connecting the parts together at a threaded connection between the parts; and compensating for variations in alignment at the threaded connection between the parts, wherein the compensating includes: communicating orientation information from the first part to the second part, wherein the communicating includes wireless communicating between the parts or wired communicating between the parts; and determining, in the second part an alignment correction factor for correcting for a difference in alignment between the first part and the second part. communicating orientation information from the first part to the second part, wherein the communicating includes wireless communicating between the parts or wired communicating between the parts; and determining, in the second part an alignment correction factor for correcting for a difference in alignment between the first part and the second part.
A method of operating a playback device having a first speaker driver, at least a second speaker driver, and one or more microphones, the method comprising: receiving, via a network interface of the playback device, a source stream of audio comprising source audio content to be played back by the playback device, wherein the source audio content comprises a first channel stream of audio and a second channel stream of audio; producing a first channel audio output by playing back, via the first speaker driver, the first channel stream of audio; producing a second channel audio output by playing back, via the second speaker driver, the second channel stream of audio; receiving, via the one or more microphones, a captured stream of audio comprising a first portion corresponding to the first channel audio output, a second portion corresponding to the second channel audio output and a portion corresponding to a vocal command issued by a user, wherein the captured stream of audio has a signal-to-noise ratio; determining, by one or more processors associated with the playback device, a first subset of the first channel stream of audio and the second channel stream of audio, the determining comprising cross correlating the first channel stream of audio and the second channel stream of audio; performing, by the one or more processors associated with the playback device, acoustic echo cancellation on the first subset to produce a first acoustic echo cancellation output; and applying, by the one or more processors associated with the playback device, the first acoustic echo cancellation output to the captured stream of audio. receiving, via a network interface of the playback device, a source stream of audio comprising source audio content to be played back by the playback device, wherein the source audio content comprises a first channel stream of audio and a second channel stream of audio; producing a first channel audio output by playing back, via the first speaker driver, the first channel stream of audio; producing a second channel audio output by playing back, via the second speaker driver, the second channel stream of audio; receiving, via the one or more microphones, a captured stream of audio comprising a first portion corresponding to the first channel audio output, a second portion corresponding to the second channel audio output and a portion corresponding to a vocal command issued by a user, wherein the captured stream of audio has a signal-to-noise ratio; determining, by one or more processors associated with the playback device, a first subset of the first channel stream of audio and the second channel stream of audio, the determining comprising cross correlating the first channel stream of audio and the second channel stream of audio; performing, by the one or more processors associated with the playback device, acoustic echo cancellation on the first subset to produce a first acoustic echo cancellation output; and applying, by the one or more processors associated with the playback device, the first acoustic echo cancellation output to the captured stream of audio.
A method for enhancing ground situational awareness of an aircrew via a display within an aircraft (202, 310) operating at an airport having a runway, comprising: displaying, in a display area of the display, a taxiway for the airport; displaying, in the display area of the display, a first landmark (208, 304, 314) related to the taxiway in a first format; determining the position of the aircraft (202, 310); displaying, in the display area of the display, the aircraft (202, 310); and changing the first format of the first landmark (208, 304, 314) displayed in the display area of the display from the first format to a different format as the aircraft (202, 310) approaches the first landmark of the taxiway within a threshold distance, wherein the threshold distance is adjustable by a pilot. displaying, in a display area of the display, a taxiway for the airport; displaying, in the display area of the display, a first landmark (208, 304, 314) related to the taxiway in a first format; determining the position of the aircraft (202, 310); displaying, in the display area of the display, the aircraft (202, 310); and changing the first format of the first landmark (208, 304, 314) displayed in the display area of the display from the first format to a different format as the aircraft (202, 310) approaches the first landmark of the taxiway within a threshold distance, wherein the threshold distance is adjustable by a pilot.
A testing device for a sheet-shaped cell, comprising: a folding unit that folds a sheet-shaped cell having electrode layers on both faces while alternately changing a folding direction; and a testing unit that performs a predetermined test as supplying power to electrode terminals in a state that the electrode terminals are inserted respectively to folded portions of the sheet-shaped cell. a folding unit that folds a sheet-shaped cell having electrode layers on both faces while alternately changing a folding direction; and a testing unit that performs a predetermined test as supplying power to electrode terminals in a state that the electrode terminals are inserted respectively to folded portions of the sheet-shaped cell.
A positive electrode active material for a non-aqueous electrolyte secondary battery, including Ni-containing lithium composite oxides A and B, characterized in that: an average secondary particle size of the Ni-containing lithium composite oxide A is 2 μm to 6 μm and is smaller than an average secondary particle size of the Ni-containing lithium composite oxide B, the Ni-containing lithium composite oxide B has an average primary particle size of 0.05 μm or more and an average secondary particle size of 10 μm to 20 μm, the Ni-containing lithium composite oxides A and B contain 55 mol% or more of Ni based on the total number of moles of metal elements except for Li, an average primary particle size of the Ni-containing lithium composite oxide A is 0.5 μm or more and is larger than an average primary particle size of the Ni-containing lithium composite oxide B, the Ni-containing lithium composite oxides A and B have a crystallite size of 100 nm to 200 nm, the crystallite size calculated according to the method of the description, and have a Ni element disorder determined by an X-ray diffraction method of 3% or less, the Ni-containing lithium composite oxides A and B is a composite oxide represented by the general formula Li α Ni x Co y M (1-x-y) O 2, where 1.00 ≤ α ≤ 1.15, 0.8 ≤ x < 1.0, 0 ≤ y ≤ 0.3, M in the formula is at least one selected from Mn, Mg, Zr, Mo, W, Al, Cr, V, Ce, Ti, Fe, Si, K, Ga, In, B, Ca, and Na, and the Ni-containing lithium composite oxide A is included in an amount of 5 to 55 mass% based on the mass of the Ni-containing lithium composite oxide B. an average secondary particle size of the Ni-containing lithium composite oxide A is 2 μm to 6 μm and is smaller than an average secondary particle size of the Ni-containing lithium composite oxide B, the Ni-containing lithium composite oxide B has an average primary particle size of 0.05 μm or more and an average secondary particle size of 10 μm to 20 μm, the Ni-containing lithium composite oxides A and B contain 55 mol% or more of Ni based on the total number of moles of metal elements except for Li, an average primary particle size of the Ni-containing lithium composite oxide A is 0.5 μm or more and is larger than an average primary particle size of the Ni-containing lithium composite oxide B, the Ni-containing lithium composite oxides A and B have a crystallite size of 100 nm to 200 nm, the crystallite size calculated according to the method of the description, and have a Ni element disorder determined by an X-ray diffraction method of 3% or less, the Ni-containing lithium composite oxides A and B is a composite oxide represented by the general formula Li α Ni x Co y M (1-x-y) O 2, where 1.00 ≤ α ≤ 1.15, 0.8 ≤ x < 1.0, 0 ≤ y ≤ 0.3, M in the formula is at least one selected from Mn, Mg, Zr, Mo, W, Al, Cr, V, Ce, Ti, Fe, Si, K, Ga, In, B, Ca, and Na, and the Ni-containing lithium composite oxide A is included in an amount of 5 to 55 mass% based on the mass of the Ni-containing lithium composite oxide B.
Separating device having at least one portioning unit, which is designed to space main groups from at least one product column supplied in a continuous feed motion and formed from mutually touching individual products and to form the main groups from the at least one supplied product column by an acceleration at least substantially in the direction of the feed motion, wherein the portioning unit is designed to return into a starting position in order to form the next main group, while the at least one supplied product column is supplied in a feed motion, characterized by a depositing unit, which is designed to evacuate the main groups in an evacuation motion having a motional component at least substantially transversely to the feed motion, wherein the depositing unit is configured as a bucket on which the main group rests, wherein the depositing unit is configured as a two-part bucket and can be opened on a bottom side.