mhurhangee/ep-ind-claims huggingface dataset:
A method of pre-distorting a contention word in a fixed wireless access communications system, wherein the contention word comprises a unique subscriber unit identifier which the subscriber unit transmits in order to be allocated transmission time for upstream data transmission, and wherein pre-distorting compensates for the impulse response of a channel over which the contention word is to be transmitted, the method comprises the steps of: transmitting the contention word without precoding over the channel using a first transmitter in a subscriber unit; receiving the contention word using a first receiver in an access point and equalising the received signal, using an algorithm that is constrained to optimise an equaliser specifically for the contention word, in such a way that the equaliser compensates channel distortion only for the contention word, to enable the contention word to be decoded; determining the equaliser coefficients required to enable the equaliser to equalise the received contention word, applying the determined equaliser coefficients to a second transmitter in the access point; transmitting the equaliser coefficients to a second receiver in the subscriber unit using the second transmitter, receiving the equaliser coefficients at the second receiver in the subscriber unit, and loading the received equaliser coefficients into a precoder in the subscriber unit, and whenever the contention word is subsequently transmitted, applying the contention word to the precoder and then applying the precoded contention word to the first transmitter, so that it is received at the first receiver in a form suitable for decoding without equalisation at the first receiver. transmitting the contention word without precoding over the channel using a first transmitter in a subscriber unit; receiving the contention word using a first receiver in an access point and equalising the received signal, using an algorithm that is constrained to optimise an equaliser specifically for the contention word, in such a way that the equaliser compensates channel distortion only for the contention word, to enable the contention word to be decoded; determining the equaliser coefficients required to enable the equaliser to equalise the received contention word, applying the determined equaliser coefficients to a second transmitter in the access point; transmitting the equaliser coefficients to a second receiver in the subscriber unit using the second transmitter, receiving the equaliser coefficients at the second receiver in the subscriber unit, and loading the received equaliser coefficients into a precoder in the subscriber unit, and whenever the contention word is subsequently transmitted, applying the contention word to the precoder and then applying the precoded contention word to the first transmitter, so that it is received at the first receiver in a form suitable for decoding without equalisation at the first receiver.
A pelagic trawl having mesh formed from helix rope, where a helix rope includes a strength member core constituting a first braided layer surrounded by a braided sheath; wherein the braided sheath constitutes a second braided layer, wherein the braided sheath is formed of several first strands; wherein the first strands are formed of fibers; the braided sheath being provided with one second strand being included within the weave of the braided sheath, wherein the second strand is significantly larger in diameter than the first strands so as to form a series of cambered sections capable of either or both causing lift and reducing drag when such rope is subjected to water flow about the rope in a position that corresponds to a position assumed by ropes used in forming pelagic trawl mesh in pelagic trawls, the helix rope characterized by the fact that a braid angle and an elasticity for the fibers forming the strands and for the fibers forming the strength member core's strands are configured so that the braided sheath and the strength member core experience total failure at the same elongation.
A vibration-insulating rubber composition, comprising: a rubber component having a conjugated diene compound/non-conjugated olefin copolymer, and a conjugated diene-based polymer; a vulcanizing agent having a bismaleimide compound; and N-phenyl-N-(trichloromethylthio)benzenesulfonamide. a rubber component having a conjugated diene compound/non-conjugated olefin copolymer, and a conjugated diene-based polymer; a vulcanizing agent having a bismaleimide compound; and N-phenyl-N-(trichloromethylthio)benzenesulfonamide.
A phosphate-free detergent composition consisting of: • 20-80 wt.% of builder; • 5-25 wt.% bleach component; • 1-10 wt.% of a graft copolymer having a polysaccharide backbone and one or more side chains of one or more synthetic monomeric units; • 1-15 wt.% nonionic surfactant; wherein the nonionic surfactant is a polyoxyalkylene condensate, represented by the following formula: C x H 2x+1 -O-[CH 2 CH 2 O] n - CH 2 CH C y H 2y+1, wherein 4≤x≤22, 8≤n≤50, 4≤y≤22; • 0-60 wt.% of one or more other detergent ingredients; wherein the graft copolymer and the builder are present in a weight ratio of copolymer to builder of 1:50 to 1:4; and wherein the builder contains at least 20% citrate by weight of the builder and at least 25% carbonate by weight of the builder, and the builder is composed of: a. not more than 70 wt.% of hydroxycarboxylate sequestering builder selected from citrate, tartrate, gluconate and combinations thereof; b. not more than 80 wt.% of precipitating builder selected from carbonate, silicate and combinations thereof; c. 0-25 wt.% of one or more other builders; wherein citrate and carbonate together constitute at least 50 wt.% of the builder; wherein citrate and carbonate are present in a molar ratio of citrate: carbonate of 0.1 to 1.0; wherein the terms citrate, tartrate, gluconate, carbonate and silicate encompass both the acid and salt forms; and wherein the concentration of a salt or an acid refers to the equivalent concentration of the salt or acid in anhydrous form. • 20-80 wt.% of builder; • 5-25 wt.% bleach component; • 1-10 wt.% of a graft copolymer having a polysaccharide backbone and one or more side chains of one or more synthetic monomeric units; • 1-15 wt.% nonionic surfactant; wherein the nonionic surfactant is a polyoxyalkylene condensate, represented by the following formula: C x H 2x+1 -O-[CH 2 CH 2 O] n - CH 2 CH C y H 2y+1, wherein 4≤x≤22, 8≤n≤50, 4≤y≤22; • 0-60 wt.% of one or more other detergent ingredients; a. not more than 70 wt.% of hydroxycarboxylate sequestering builder selected from citrate, tartrate, gluconate and combinations thereof; b. not more than 80 wt.% of precipitating builder selected from carbonate, silicate and combinations thereof; c. 0-25 wt.% of one or more other builders; wherein citrate and carbonate together constitute at least 50 wt.% of the builder; wherein citrate and carbonate are present in a molar ratio of citrate: carbonate of 0.1 to 1.0; wherein the terms citrate, tartrate, gluconate, carbonate and silicate encompass both the acid and salt forms; and wherein the concentration of a salt or an acid refers to the equivalent concentration of the salt or acid in anhydrous form.
A method for wireless communication using multiple uplink carriers and multiple downlink carriers, the method comprising: a wireless transmit/receive unit, WTRU, receiving control information via at least one of the downlink carriers; and the WTRU transmitting at least one of data or control information via multiple uplink carriers, characterised in that the WTRU transmits a high speed dedicated physical control channel, HS-DPCCH, only via a primary uplink carrier. a wireless transmit/receive unit, WTRU, receiving control information via at least one of the downlink carriers; and the WTRU transmitting at least one of data or control information via multiple uplink carriers, characterised in that the WTRU transmits a high speed dedicated physical control channel, HS-DPCCH, only via a primary uplink carrier.
Breast implant comprising: ∘ a first part extending, from a basis, along an axis and comprising a first scaffold, the first scaffold being absorbable and being made of first patterns of a first shape, ∘ a second part radially surrounding the first part and comprising a second scaffold, the second scaffold being absorbable and being made of second patterns of a second shape, the second shape being different from the first shape, wherein the first part is more rigid than the second part, and characterized in that the first part is less absorbable than the second part such that a longer time is required to dissolve the first part in a mammal body than to dissolve the second part in same mammal body. ∘ a first part extending, from a basis, along an axis and comprising a first scaffold, the first scaffold being absorbable and being made of first patterns of a first shape, ∘ a second part radially surrounding the first part and comprising a second scaffold, the second scaffold being absorbable and being made of second patterns of a second shape, the second shape being different from the first shape,
A display control apparatus comprising: a control unit that is configured to exaggeratedly display a change in a printing image based on an alteration in a setting value of an editing item, on a display, when editing results of printing data on an editing screen are displayed on the display as the printing image and the setting value of the editing item of the printing data is altered, characterized in that the function of exaggeratedly displaying the change comprises multiplying the alteration in the setting value of the editing item by an exaggerated display rate having a value greater than 1, and changing the displayed printing image to reflect the multiplied setting value. a control unit that is configured to exaggeratedly display a change in a printing image based on an alteration in a setting value of an editing item, on a display, when editing results of printing data on an editing screen are displayed on the display as the printing image and the setting value of the editing item of the printing data is altered, characterized in that the function of exaggeratedly displaying the change comprises multiplying the alteration in the setting value of the editing item by an exaggerated display rate having a value greater than 1, and changing the displayed printing image to reflect the multiplied setting value.
A wireless communication device comprising: a communication unit configured to perform data transmission to a different device via one of a plurality of frequency channels classified into a plurality of groups, said plurality of groups including a first group and a second group; and a control unit configured to select one of the frequency channels for the data transmission from the first group or the second group on the basis of a result of detection of a reference signal transmitted from the different device via one of the frequency channels belonging to the first group, wherein the control unit is configured to compare the reception power of the reference signal received via one of the frequency channels belonging to the first group to a threshold and to determine whether to select the corresponding frequency channel on the basis of a result of the comparison. a communication unit configured to perform data transmission to a different device via one of a plurality of frequency channels classified into a plurality of groups, said plurality of groups including a first group and a second group; and a control unit configured to select one of the frequency channels for the data transmission from the first group or the second group on the basis of a result of detection of a reference signal transmitted from the different device via one of the frequency channels belonging to the first group, wherein the control unit is configured to compare the reception power of the reference signal received via one of the frequency channels belonging to the first group to a threshold and to determine whether to select the corresponding frequency channel on the basis of a result of the comparison.
A sliding elastic body, comprising an elastic body whose surface is fully or partially laminated with a fluororesin film, the laminated elastic body being treated with a fluorinated oil, the fluorinated oil comprising a compound represented by the formula: wherein n represents an integer of 1 or more, and wherein the fluorinated oil has a kinematic viscosity measured in accordance with JIS K2283 at 40°C of 40 mm 2 /s or higher.
A method for phase selection using multi-terminal measurements of a transmission line of a power system, the method comprising: obtaining, using measurements from at least two terminals (E1, E2) of the transmission line, delta differential current values Δ I diffA (t), Δ I diffB (t), Δ I diffC (t), at time t, between pre-fault differential current measurements and post-fault differential current measurements from all phases A, B, C of the transmission line; said method being characterized by: determining the phase A, B, or C to be faulty when the absolute value of the corresponding delta differential current value is larger than k times the minimum of all the absolute values |Δ I diffA (t) |, |Δ I diffB (t) |, |Δ I diffC (t) | of the delta differential current values, where k >1 is a scale factor, wherein the phase selection is applied for zero sequence current line differential protection and/or negative sequence current line differential protection. obtaining, using measurements from at least two terminals (E1, E2) of the transmission line, delta differential current values Δ I diffA (t), Δ I diffB (t), Δ I diffC (t), at time t, between pre-fault differential current measurements and post-fault differential current measurements from all phases A, B, C of the transmission line; said method being characterized by: determining the phase A, B, or C to be faulty when the absolute value of the corresponding delta differential current value is larger than k times the minimum of all the absolute values |Δ I diffA (t) |, |Δ I diffB (t) |, |Δ I diffC (t) | of the delta differential current values, where k >1 is a scale factor, wherein the phase selection is applied for zero sequence current line differential protection and/or negative sequence current line differential protection.
A purified, recombinant, non-naturally occurring, non-post-translationally modified, Mycoplasma hyorhinis ( M. hyorhinis) p37 polypeptide having a sequence with at least 98% identity to the sequence as set forth in SEQ ID NO:5; wherein the polypeptide is useful for the selective detection of M. hyorhinis antibodies.
Door sealing system for fastening in a groove of a door, having a guide rail which extends approximately over the entire width of the door and has a substantially u-shaped cross section, and having a sealing element (3, 3') which is held in the guide rail and which, with the door closed, seals a gap between the door and a floor or a ceiling, wherein the guide rail has two side walls extending approximately parallel to one another and a web connecting these two side walls to one another, wherein the door sealing system has an air channel which ensures air circulation from a first side of the door to a second side of the door and which, beginning on a first side of the guide rail at a lower end face, remote from the web, of a first of the side walls, extends along this side wall to the web, then along the web and finally along the second of the side walls, and ends at the lower end face, remote from the web, of the second side wall on a second side of the guide rail, wherein the sealing element (3, 3') is arranged outside the air channel and is independent thereof, characterized in that the door sealing system has an outer rail with a substantially u-shaped cross section, in which rail the guide rail is arranged, wherein the outer rail and the guide rail are open in the same direction, in that the side walls and the web of the guide rail are substantially let into the outer rail, and in that the air channel extends between the guide rail and the outer rail.
A sputtering target-backing plate assembly, comprising: a sputtering target made from Ta having a 0.2% proof stress of 150 to 200 MPa, bonded to a backing plate made from a Cu alloy having a 0.2% proof stress of 60 to 200 MPa, wherein the backing plate has a thermal expansion rate that is greater than that of the sputtering target. a sputtering target made from Ta having a 0.2% proof stress of 150 to 200 MPa, bonded to a backing plate made from a Cu alloy having a 0.2% proof stress of 60 to 200 MPa, wherein the backing plate has a thermal expansion rate that is greater than that of the sputtering target.
A system for processing multimedia content for transfer over one or more networks, said multimedia content being represented by a multimedia file, said multimedia file including a video component and an audio component, comprising: a transformation device (211, 311) for losslessly transforming binary data read from said multimedia file into a digital sound file in WAV format, said digital sound file being transferred over the one or more networks using an existing digital sound transfer protocol to a reconstruction device; and said reconstruction device (251, 351) for reconstructing the multimedia content from the digital sound file, after the digital sound file has been transferred. a transformation device (211, 311) for losslessly transforming binary data read from said multimedia file into a digital sound file in WAV format, said digital sound file being transferred over the one or more networks using an existing digital sound transfer protocol to a reconstruction device; and said reconstruction device (251, 351) for reconstructing the multimedia content from the digital sound file, after the digital sound file has been transferred.
Excitation unit for a fibre laser, said excitation unit having at least one excitation fibre which has a longitudinal axis and which forms a two-dimensional or three-dimensional structure in a resonator region of the fibre laser, the excitation fibre, when viewed in cross-section, consisting of an active fibre core, a pump cladding that surrounds the active core, a quartz glass casing that surrounds the pump cladding, a silicon buffer that surrounds the quartz glass casing and a cover, the resonator region being equipped with a base plate on which a plurality of excitation housings are provided, each forming a gas-tight excitation chamber, the excitation fibre running through each excitation chamber at least once and being held in holding units laterally to each excitation chamber when viewed in the longitudinal axis of the excitation fibre, the cover of the excitation fibre being removed in the excitation chambers and being completely present in the regions of the holding units, the excitation fibre having a first fibre end which serves as a reflector element, and a second fibre end which serves as an outcoupling mirror element, whereas a) the excitation chambers are formed in an elliptical manner in a cross-section perpendicular to the longitudinal axis of the excitation fibre, b) the excitation housings are provided with a translucent housing window, and c) a transverse pump light source is arranged in the region of each translucent housing window such that a pump beam that leaves the pump light source impinges onto the longitudinal axis of the excitation fibre preferably in a perpendicular manner. a) the excitation chambers are formed in an elliptical manner in a cross-section perpendicular to the longitudinal axis of the excitation fibre, b) the excitation housings are provided with a translucent housing window, and c) a transverse pump light source is arranged in the region of each translucent housing window such that a pump beam that leaves the pump light source impinges onto the longitudinal axis of the excitation fibre preferably in a perpendicular manner.
A method of detecting out of tolerance inconsistencies during a tape laying process, the method comprising: heating a surface on which a tape will be applied; acquiring an IR image of the surface; and determining that an out of tolerance inconsistency is depicted in the IR image. heating a surface on which a tape will be applied; acquiring an IR image of the surface; and determining that an out of tolerance inconsistency is depicted in the IR image.
A process for locating underground markers, including: transmitting signals through the ground between markers in the ground; and determining locations of the markers based on the transmitted signals, wherein the markers form nodes in an ad hoc communications network, wherein determining the locations includes: determining distances between the markers based on received signal properties of the transmitted signals, the signals being received by the markers, including signal strengths or signal transmission times; using trilateration based on the determined distances; the process being characterized in that determining the locations further includes: selecting a modelled location corresponding to each underground marker; determining modelled distances between the modelled locations; determining an error between each modelled distance and each corresponding determined distance; selecting a different modelled location for each modelled location that reduces the one or more corresponding errors; and repeating the determination of the modelled distances, the determination of the errors, and the selection of the different modelled locations until an end condition is satisfied, wherein the end condition includes a minimum value for the errors, and/or wherein the end condition includes a maximum number of iterations of the repeating. transmitting signals through the ground between markers in the ground; and determining locations of the markers based on the transmitted signals, wherein the markers form nodes in an ad hoc communications network, wherein determining the locations includes: determining distances between the markers based on received signal properties of the transmitted signals, the signals being received by the markers, including signal strengths or signal transmission times; using trilateration based on the determined distances; determining distances between the markers based on received signal properties of the transmitted signals, the signals being received by the markers, including signal strengths or signal transmission times; using trilateration based on the determined distances; selecting a modelled location corresponding to each underground marker; determining modelled distances between the modelled locations; determining an error between each modelled distance and each corresponding determined distance; selecting a different modelled location for each modelled location that reduces the one or more corresponding errors; and repeating the determination of the modelled distances, the determination of the errors, and the selection of the different modelled locations until an end condition is satisfied, wherein the end condition includes a minimum value for the errors, and/or wherein the end condition includes a maximum number of iterations of the repeating.
A process for producing a polytetrafluoroethylene (PTFE) fine powder, which process comprises the steps of preparing an aqueous dispersion containing PTFE, water and a surfactant; initiating coagulation of the PTFE in the aqueous dispersion by agitating the aqueous dispersion; adding a surfactant after step; terminating coagulation after step; collecting a wet powder of the PTFE; and drying the wet powder of the PTFE. preparing an aqueous dispersion containing PTFE, water and a surfactant; initiating coagulation of the PTFE in the aqueous dispersion by agitating the aqueous dispersion; adding a surfactant after step; terminating coagulation after step; collecting a wet powder of the PTFE; and drying the wet powder of the PTFE.