mhurhangee/ep-ind-claims huggingface dataset:
A method for the transmission of information signals in a communications system comprising: determining whether the communications system would benefit from transmitting an information signal over at least two transmission links to a remote station (36, 38), wherein the at least two transmission links are formed between the remote station (36, 38) and a single sector of a base station; if the communications system would benefit from transmitting the information signal over the at least two transmission links, then: encoding the information signal to provide an encoded information signal; forming at least a first transmission signal and a second transmission signal, each having bits selected from the encoded information signal; and transmitting each of the at least first and second transmission signals over a respective one of the at least two transmission links; but, if the communications system would not benefit from transmitting the information signal over the at least two transmission links, then: encoding the information signal to provide an encoded information signal; and transmitting the encoded information signal over a single transmission link. determining whether the communications system would benefit from transmitting an information signal over at least two transmission links to a remote station (36, 38), wherein the at least two transmission links are formed between the remote station (36, 38) and a single sector of a base station; if the communications system would benefit from transmitting the information signal over the at least two transmission links, then: encoding the information signal to provide an encoded information signal; forming at least a first transmission signal and a second transmission signal, each having bits selected from the encoded information signal; and transmitting each of the at least first and second transmission signals over a respective one of the at least two transmission links; but, if the communications system would not benefit from transmitting the information signal over the at least two transmission links, then: encoding the information signal to provide an encoded information signal; and transmitting the encoded information signal over a single transmission link. encoding the information signal to provide an encoded information signal; forming at least a first transmission signal and a second transmission signal, each having bits selected from the encoded information signal; and transmitting each of the at least first and second transmission signals over a respective one of the at least two transmission links; but, if the communications system would not benefit from transmitting the information signal over the at least two transmission links, then: encoding the information signal to provide an encoded information signal; and transmitting the encoded information signal over a single transmission link.
A compound represented by the following general formula: wherein R is a substituted benzoyloxy group having a substituent selected from o-CN, m-CN, p-CN, o-OMe, m-OMe, p-OMe, p-CHO, p-NO 2, o-F, m-F, p-F, o-Cl, m-Cl, p-Cl, m-Br, and p-Br, and a pharmaceutically acceptable salt, solvate, or hydrate thereof.
A system for the storage and transportation of industrial products, comprising at least two columns facing each other, each of said columns comprising in turn a box having a square section which has two tubular side walls and a rear wall and is fixed to a base plate, characterized in that said rear wall is removable to allow an easy system maintenance and in that is a shaped or smooth holed net.
Use of an adhesively furnished adhesive tape having a carrier layer composed of a spunbonded web, the carrier layer having a basis weight of 40 to 140 g/m 2 and being furnished on at least one side with a crosslinked adhesive, preferably pressure-sensitive adhesive, the composition of which prior to crosslinking is as follows: at least one first base polymer component having functional groups suitable for covalent crosslinking and for coordinative crosslinking, and also at least one covalent crosslinker, and at least one coordinative crosslinker, the coordinative crosslinker being present in a molar excess over the covalent crosslinker, for securing cables preferably in the interior of passenger cars. at least one first base polymer component having functional groups suitable for covalent crosslinking and for coordinative crosslinking, and also at least one covalent crosslinker, and at least one coordinative crosslinker, the coordinative crosslinker being present in a molar excess over the covalent crosslinker, for securing cables preferably in the interior of passenger cars.
A process for enhanced recovery of a concentrated biological fluid from a crossflow filtration system, said crossflow filtration system comprising a biofluid container, a crossflow filtration filter, a feed flow line operably linked from said biofluid container to said crossflow filtration filter, a retentate flow line operably linked from said crossflow filtration filter to said biofluid container, a permeate flow line operably linked to said crossflow filtration filter, a recirculating pump in said feed flow line, a drain line operably linked to said feed flow line via a drain valve wherein said drain line is located between said recirculating pump and said crossflow filtration filter, a sterile air source, an internal pump operably linked to said retentate flow line and said sterile air source, wherein said internal pump is a positive displacement pump, such as a peristaltic pump, said process, after concentrating the biofluid in the biofluid source container by cycling the biofluid through the crossflow filtration system and collecting waste from the permeate line, comprising: a) discontinuing the pressurized biofluid flow from the recirculating pump, b) closing valves from and to the biofluid source container, c) opening said drain valve, d) inducing an internalized pressurized countercurrent air flow throughout the crossflow filtration system by activating the internal pump, and e) recovering the concentrated biological fluid at the drain valve. a biofluid container, a crossflow filtration filter, a feed flow line operably linked from said biofluid container to said crossflow filtration filter, a retentate flow line operably linked from said crossflow filtration filter to said biofluid container, a permeate flow line operably linked to said crossflow filtration filter, a recirculating pump in said feed flow line, a drain line operably linked to said feed flow line via a drain valve wherein said drain line is located between said recirculating pump and said crossflow filtration filter, a sterile air source, an internal pump operably linked to said retentate flow line and said sterile air source, wherein said internal pump is a positive displacement pump, such as a peristaltic pump, said process, after concentrating the biofluid in the biofluid source container by cycling the biofluid through the crossflow filtration system and collecting waste from the permeate line, comprising: a) discontinuing the pressurized biofluid flow from the recirculating pump, b) closing valves from and to the biofluid source container, c) opening said drain valve, d) inducing an internalized pressurized countercurrent air flow throughout the crossflow filtration system by activating the internal pump, and e) recovering the concentrated biological fluid at the drain valve. a) discontinuing the pressurized biofluid flow from the recirculating pump, b) closing valves from and to the biofluid source container, c) opening said drain valve, d) inducing an internalized pressurized countercurrent air flow throughout the crossflow filtration system by activating the internal pump, and e) recovering the concentrated biological fluid at the drain valve.
A cosmetic or dermatological composition having a multi-lamellar liquid crystal gel network in an oil-in-water emulsion comprising: (i) a mixture of at least one sucrose monoester and at least one sucrose diester in a monoester to diester ratio of from 1:0.75 to 1:1.33 (w/w), and (ii) at least one solid fatty alcohol, said solid fatty alcohol having a melting point of at least about 45°C, wherein combined amount of the sucrose esters is less than 1% by weight relative to the total weight of the emulsion. (i) a mixture of at least one sucrose monoester and at least one sucrose diester in a monoester to diester ratio of from 1:0.75 to 1:1.33 (w/w), and (ii) at least one solid fatty alcohol, said solid fatty alcohol having a melting point of at least about 45°C,
Magnetic-inductive flowmeter with a measuring tube and at least one measuring electrode, wherein the measuring tube comprises an inflow section and an outflow section, which are spaced to one another in an axial direction of the measuring tube, wherein the measuring tube has at least one opening on its circumferential wall, wherein the at least one measuring electrode is arranged in the at least one opening with its electrode head, wherein the magnetic-inductive flowmeter comprises at least n coil pairs with n ≥ 2 wherein each of the at least n coil pairs has a first and a second coil (3a, 3b), wherein the first and the second coil (3a, 3b) of the at least n coil pairs are arranged offset to one another in the axial direction of the measuring tube on the circumferential wall of the measuring tube, wherein the first and the second coil (3a, 3b) of the at least n coil pairs are arranged at least partially overlapping one another in a top view of a cross section through the measuring tube, wherein the at least one measuring electrode is arranged on a peripheral area of the circumferential wall of the measuring tube, and wherein the peripheral area is located between the first and the second coil (3a, 3b) of each of the at least n coil pairs characterized in that the first coil and the second coil (3a, 3b) of each of the at least n coil pairs are connected electrically in series.
An acetohydroxy acid synthase variant, wherein, in the acetohydroxy acid synthase large subunit (acetolactate synthase large subunit; IlvB protein) having a sequence identity of at least 70% to the amino acid sequence of SEQ ID NO: 1, the amino acid corresponding to the 96 th amino acid (threonine) of an amino acid sequence of SEQ ID NO: 1 is substituted with an amino acid other than threonine, the amino acid corresponding to the 503 rd amino acid (tryptophan) of an amino acid sequence of SEQ ID NO: 1 is substituted with an amino acid other than tryptophan, or both amino acids corresponding to the 96 th amino acid (threonine) and the 503 rd amino acid (tryptophan) of an amino acid sequence of SEQ ID NO: 1 are substituted with another amino acid.
A random access method, comprising: receiving, by a base station, a preamble sequence that is sent by a terminal during random access; identifying, by the base station, a type of the terminal according to the preamble sequence; and sending, by the base station, according to the type of the terminal, a message of a random access procedure, which comprises a random access response message and a competition solution message, to the terminal on processing bandwidth supported by the terminal, the method characterized by comprising sending, when the terminal is an MTC terminal, the random access response message and the competition solution message to the terminal on a first bandwidth supported by the MTC terminal, and sending, when the terminal is an ordinary terminal, the random access response message and the competition solution message to the terminal on a second bandwidth supported by the ordinary terminal, wherein the first bandwidth is less than the second bandwidth. receiving, by a base station, a preamble sequence that is sent by a terminal during random access; identifying, by the base station, a type of the terminal according to the preamble sequence; and sending, by the base station, according to the type of the terminal, a message of a random access procedure, which comprises a random access response message and a competition solution message, to the terminal on processing bandwidth supported by the terminal, the method characterized by comprising sending, when the terminal is an MTC terminal, the random access response message and the competition solution message to the terminal on a first bandwidth supported by the MTC terminal, and sending, when the terminal is an ordinary terminal, the random access response message and the competition solution message to the terminal on a second bandwidth supported by the ordinary terminal, wherein the first bandwidth is less than the second bandwidth.
A method of detecting impurities in a refrigerant utilizing a refrigerant analyzer, wherein the refrigerant analyzer includes a first sensing device in flow communication with a second sensing device, the method comprising: (a) splitting the refrigerant into a first refrigerant stream and a second refrigerant stream and passing the first refrigerant stream through a scrubber while not passing the second refrigerant stream through the scrubber; (b) passing the first refrigerant stream through the first sensing device to detect a first characteristic of the refrigerant of the first refrigerant stream; (c) passing the second refrigerant stream through the first sensing device to detect a first characteristic of the refrigerant of the second refrigerant stream; (d) passing the first refrigerant stream through the second sensing device to detect a second characteristic of the refrigerant of the first refrigerant stream; (e) passing the second refrigerant stream through the second sensing device to detect a second characteristic of the refrigerant of the second refrigerant stream; wherein the first sensing device comprises a non-dispersive infrared sensor and the second sensing device comprises an electrochemical sensor; and (f) determining the presence of a contaminant in the refrigerant based on the characteristics determined in steps (b)-(e). (a) splitting the refrigerant into a first refrigerant stream and a second refrigerant stream and passing the first refrigerant stream through a scrubber while not passing the second refrigerant stream through the scrubber; (b) passing the first refrigerant stream through the first sensing device to detect a first characteristic of the refrigerant of the first refrigerant stream; (c) passing the second refrigerant stream through the first sensing device to detect a first characteristic of the refrigerant of the second refrigerant stream; (d) passing the first refrigerant stream through the second sensing device to detect a second characteristic of the refrigerant of the first refrigerant stream; (e) passing the second refrigerant stream through the second sensing device to detect a second characteristic of the refrigerant of the second refrigerant stream; wherein the first sensing device comprises a non-dispersive infrared sensor and the second sensing device comprises an electrochemical sensor; and (f) determining the presence of a contaminant in the refrigerant based on the characteristics determined in steps (b)-(e).
Mechanical end effector comprising at least two movable parts (4, 5), wherein each of the movable parts (4 resp. 5) is mounted on at least one support (6, 6' resp. 7, 7'), wherein a relative position of the movable parts (4, 5) with respect to each other is variable by changing the relative position of the supports (6, 6'; 7, 7') with respect to each other, and wherein the supports (6, 6'; 7, 7') of the movable parts (4, 5) comprise bendable members that are equipped with mechanical properties that arrange for flexing of said members when a force applied by the supports (6, 6'; 7, 7') of the movable parts (4, 5) exceeds a predefined value, characterized in that the bendable members are embodied as cooperating bands (10, 11; 12, 13) that are arranged to flex and deform to an extent that is limited by a relative position of the cooperating bands that restricts a room for bending of said pair of cooperating bands.
A method for providing a notification based on breaching a plurality of geo-fence perimeters, comprising: detecting a breach related to the plurality of geo-fence perimeters, the breach corresponding to a breach of one of the plurality of geo-fence perimeters; recording the breach as one of a plurality of breaches of the plurality of geo-fence perimeters, wherein the recording comprises incrementing or decrementing a counter, wherein the counter records a number of the plurality of breaches; determining whether the counter reaches a threshold; and based on the counter reaching the threshold, issuing a notification. detecting a breach related to the plurality of geo-fence perimeters, the breach corresponding to a breach of one of the plurality of geo-fence perimeters; recording the breach as one of a plurality of breaches of the plurality of geo-fence perimeters, wherein the recording comprises incrementing or decrementing a counter, wherein the counter records a number of the plurality of breaches; determining whether the counter reaches a threshold; and based on the counter reaching the threshold, issuing a notification.
A support structure for light radiation sources, the structure including a ribbon-like flexible substrate having ferromagnetic properties with a front surface having, distributed therealong, mounting locations for electrically-powered light radiation sources, the ribbon-like substrate having a back surface opposed said front surface with a plurality of thermally dissipative elements including at least one magnetic portion magnetically coupled to the back surface of the ribbon-like substrate at locations opposed said mounting locations on said front surface, wherein said thermally dissipative elements cooperate with a complementary element, with the ribbon-like substrate sandwiched between the thermally dissipative element and the complementary element.
A semiconductor light emitting device comprising: a light emitting structure comprising a first conductive semiconductor layer having an upper surface and two or more lateral side surfaces, an active layer (120, 121) being disposed on the upper surface and on two or more lateral side surfaces of the first conductive semiconductor layer, and a second conductive semiconductor layer (130, 131) being formed on the upper surface and on two or more lateral side surfaces of the active layer (120, 121), wherein the active layer (120, 121) and the second conductive semiconductor layer (130, 131) each comprising an upper surface on the upper surface of the first conductive semiconductor layer and two or more lateral side surfaces on the lateral side surfaces of the first conductive semiconductor layer; an ohmic layer being formed on the second conductive semiconductor layer (130, 131); and a third semiconductor layer made of a nitride semiconductor being formed between the light emitting structure and the ohmic layer and at least a portion of the third semiconductor layer contacting the two or more lateral side surfaces of the second conductive semiconductor layer (130, 131) and contacting a portion of a bottom surface of the ohmic layer, wherein the ohmic layer contacts a central portion of the upper surface of the second conductive semiconductor layer (130, 131). a light emitting structure comprising a first conductive semiconductor layer having an upper surface and two or more lateral side surfaces, an active layer (120, 121) being disposed on the upper surface and on two or more lateral side surfaces of the first conductive semiconductor layer, and a second conductive semiconductor layer (130, 131) being formed on the upper surface and on two or more lateral side surfaces of the active layer (120, 121), wherein the active layer (120, 121) and the second conductive semiconductor layer (130, 131) each comprising an upper surface on the upper surface of the first conductive semiconductor layer and two or more lateral side surfaces on the lateral side surfaces of the first conductive semiconductor layer; an ohmic layer being formed on the second conductive semiconductor layer (130, 131); and a third semiconductor layer made of a nitride semiconductor being formed between the light emitting structure and the ohmic layer and at least a portion of the third semiconductor layer contacting the two or more lateral side surfaces of the second conductive semiconductor layer (130, 131) and contacting a portion of a bottom surface of the ohmic layer, wherein the ohmic layer contacts a central portion of the upper surface of the second conductive semiconductor layer (130, 131).
A method for detecting leakage in a digital cable system, the method comprising: inserting between digital channel signals in the digital cable systems a pair of first signals whose center frequencies are spaced apart by a fixed frequency and with amplitudes multiple tens of dB below the digital channel signal power of the digital channel signals; operating a receiver in proximity to the digital cable system to wirelessly receive a second signal; converting the second signal to an intermediate frequency signal; digitizing the IF signal; obtaining samples of the digitized IF signal; applying a large scale Fast Fourier Transform to the digitized IF signal to generate an FFT output; examining the FFT output for two generally equal amplitude signals separated from each other by the fixed frequency; and, if generally equal amplitude signals separated from each other by the fixed frequency are detected in the FFT output, concluding that the second signal represents detected leakage from the digital cable system. inserting between digital channel signals in the digital cable systems a pair of first signals whose center frequencies are spaced apart by a fixed frequency and with amplitudes multiple tens of dB below the digital channel signal power of the digital channel signals; operating a receiver in proximity to the digital cable system to wirelessly receive a second signal; converting the second signal to an intermediate frequency signal; digitizing the IF signal; obtaining samples of the digitized IF signal; applying a large scale Fast Fourier Transform to the digitized IF signal to generate an FFT output; examining the FFT output for two generally equal amplitude signals separated from each other by the fixed frequency; and, if generally equal amplitude signals separated from each other by the fixed frequency are detected in the FFT output, concluding that the second signal represents detected leakage from the digital cable system.
A process for producing a Group III nitride compound semiconductor substrate having a surface, comprising a step of forming a surface layer containing a chloride of not less than 200 × 10 10 atoms/cm 2 and not more than 12000 × 10 10 atoms/cm 2 in terms of CI and an oxide of not less than 3.0 at% and not more than 15.0 at% in terms of O, at the surface of the Group III nitride compound semiconductor substrate, wherein the surface layer at the surface of the compound semiconductor substrate is formed by dry etching of the surface of the compound semiconductor substrate with a chlorine-based gas in a chamber in which a compound containing the Si element and at least one element selected from the group consisting of C, N, and O exists, wherein the dry etching is reactive ion etching, and wherein conditions of the etching satisfy a relation of the following formula: 0.05 ≤ PV / Q ≤ 3.0, where P (Pa) is a pressure in the chamber, Q (sccm) is a gas flow rate, and V is a volume of the chamber, and wherein a Group III nitride epitaxial layer is grown on the surface layer of the compound semiconductor substrate.