mhurhangee/ep-ind-claims huggingface dataset:
A phenol resin powder, possessing thermofusibility and a thermosetting property by itself, having an average particle diameter of not more than 20 μm and a single particle ratio of at least 0.7; wherein said thermofusibility is defined as such a property that, when about 5 g of a phenol resin powder is inserted between two stainless plates of 0.2 mm in thickness and pressed with a total load of 50 kgf for two minutes with a pressing machine previously heated to 100°C, the Phenol resin powder forms a flat plate by fusion, and said thermosetting property is defined as such a property that the phenol resin powder gelates in a gel time test of 180°C.
A water-repellent woven or knitted fabric containing an entangled combined-filament yarn and having a water repellent agent adhering to a surface of the water-repellent woven or knitted fabric, the entangled combined-filament yarn comprising polyester fiber A with a monofilament fineness of 0.2 to 0.9 dtex and a total fineness of 30 to 100 dtex and polyester fiber B with a monofilament fineness of 1.0 to 5.0 dtex and a total fineness of 30 to 100 dtex, the entangled combined-filament yarn having a ratio (A/B) of the monofilament fineness of polyester fiber A to the monofilament fineness of polyester fiber B within a range from 1/20 to 1/4, the entangled combined-filament yarn having a mass ratio (A/B) of polyester fiber A to polyester fiber B within a range from 20/80 to 80/20, the entangled combined-filament yarn having protrusions made of polyester fiber A on a surface portion, the water-repellent woven or knitted fabric having an elongation percentage measured with a constant load method with a load of 14.7 N according to JIS L 1096:2010 of not higher than 3% in the case in which the water-repellent woven or knitted fabric is a water-repellent woven fabric or not higher than 120% in the case in which the water-repellent woven or knitted fabric is a water-repellent knitted fabric.
A method for transmitting images from a movable object the movable object comprising a first communication module Configured to transmit image data using a first communication method and a second communication module configured to transmit image data using a second communication method different from the first communication method, the method for transmitting images comprising: obtaining image data with the movable object; selecting, by one or more processors, at least one of the first communication module or the second communication module to be used to transmit the image data based on a switching criterion, wherein the switching criterion is dynamically determined based on a state of one or more of the communication modules (104, 106); and transmitting the image data using said selected at least one of the first communication module or the second communication module; switching, based on the switching criterion, from either of the first communication module or the second communication module to the respective other communication module (104, 106), wherein, when switching, transmitting the image data in addition to the selected communication module (104, 106) along the respective other first communication module or second communication module for a certain period of time. obtaining image data with the movable object; selecting, by one or more processors, at least one of the first communication module or the second communication module to be used to transmit the image data based on a switching criterion, wherein the switching criterion is dynamically determined based on a state of one or more of the communication modules (104, 106); and transmitting the image data using said selected at least one of the first communication module or the second communication module; switching, based on the switching criterion, from either of the first communication module or the second communication module to the respective other communication module (104, 106), wherein, when switching, transmitting the image data in addition to the selected communication module (104, 106) along the respective other first communication module or second communication module for a certain period of time.
A method for producing a biofuel that allows a fat/oil containing a free fatty acid to react with a lower alcohol in the presence of a solid acid catalyst, comprising selectively esterifying the free fatty acid and the lower alcohol, with a molar ratio of the free fatty acid and the lower alcohol of 6 or less, characterized in that the solid acid catalyst is selected from an SiO 2 /Al 2 O 3 solid acid catalyst with aluminum being partially introduced into mesoporous silica, and an Al 2 O 3 /B 2 O 3 solid acid catalyst.
An ultra-thin hydrophobic and oleophobic layer, of which the thickness measured in ellipsometry is 0.5 to 10 nm, formed by self-assembly on a solid substrate surface, of compounds of the general formula A-B in which A represents a group of the formula in which Z represents C or N +, X represents C-H or C-L, L being an electron-attracting group selected from F, Cl, Br, I, CF 3, NO 2 and N(CH 3) 3 +, Y represents H or CH 3, or Y forms a 5- or 6-atom heterocycle with X, T represents NH, CO, NH-CO, NH-CO-NH or NH 2 + U -, U - being selected from F -, Cl -, Br -, I -, OH -, NO 3 -, HSO 4 -, SO 4 2-, CO 3 2-, HCO 3 - or SCN -, and B represents a C 1 -C 20 linear aliphatic alkyl group partially or completely substituted with F. A represents a group of the formula in which Z represents C or N +, X represents C-H or C-L, L being an electron-attracting group selected from F, Cl, Br, I, CF 3, NO 2 and N(CH 3) 3 +, Y represents H or CH 3, or Y forms a 5- or 6-atom heterocycle with X, T represents NH, CO, NH-CO, NH-CO-NH or NH 2 + U -, U - being selected from F -, Cl -, Br -, I -, OH -, NO 3 -, HSO 4 -, SO 4 2-, CO 3 2-, HCO 3 - or SCN -, and Z represents C or N +, X represents C-H or C-L, L being an electron-attracting group selected from F, Cl, Br, I, CF 3, NO 2 and N(CH 3) 3 +, Y represents H or CH 3, or Y forms a 5- or 6-atom heterocycle with X, T represents NH, CO, NH-CO, NH-CO-NH or NH 2 + U -, U - being selected from F -, Cl -, Br -, I -, OH -, NO 3 -, HSO 4 -, SO 4 2-, CO 3 2-, HCO 3 - or SCN -, and B represents a C 1 -C 20 linear aliphatic alkyl group partially or completely substituted with F.
A flow-conducting grille designed as a pre-conducting grille for arranging on a suction region of a fan, wherein the flow-conducting grille has a grille web structure about an axial center line, which grille web structure comprises radial webs spaced apart in the circumferential direction and coaxial circumferential webs (3, 4) spaced apart in the radial direction and an outer ring, wherein an inflow side of the flow-conducting grille extends flat and parallel to a radial plane of the flow-conducting grille, wherein the first coaxial circumferential web viewed in the radial direction has an extent from the inflow side to an outflow side, which is inclined radially outward with respect to the axial center line by an angle (α), characterized in that the second coaxial circumferential web viewed in the radial direction has an extent from the inflow side to an outflow side, which is inclined radially inward with respect to the axial center line by an angle (β).
A method for wirelessly receiving power, comprising: receiving a wireless signal; detecting a frequency of the signal; operating a communication circuit in a default mode of operation; activating a wireless power circuit in response to determining that the received signal is configured to power or charge a load; wherein activating the wireless power circuit comprises activating the wireless power circuit in response to detecting that a received signal is provided to power or charge a load based on the detected frequency; further comprising decoupling the communication circuit from an antenna upon the detecting of the signal at the frequency, wherein operating the communication circuit comprises coupling the communication circuit to an antenna and decoupling the wireless power circuit from the antenna. receiving a wireless signal; detecting a frequency of the signal; operating a communication circuit in a default mode of operation; activating a wireless power circuit in response to determining that the received signal is configured to power or charge a load; wherein activating the wireless power circuit comprises activating the wireless power circuit in response to detecting that a received signal is provided to power or charge a load based on the detected frequency; further comprising decoupling the communication circuit from an antenna upon the detecting of the signal at the frequency, wherein operating the communication circuit comprises coupling the communication circuit to an antenna and decoupling the wireless power circuit from the antenna.
A method, operable on a device comprising hardware, including at least one processor and a memory, the device operable in a packet network, the method comprising: (a) receiving an internet protocol, IP, packet, said IP packet including at least address information and other information distinct from said address information, wherein said address information is sufficient to identify at least one device in said packet network; (b) routing and/or consuming said IP packet based on said address information and on said other information; and (c) modifying said IP packet to produce a modified IP packet based on said other information, wherein said routing uses said modified IP packet, wherein said modifying comprises: assigning a channel to said packet, characterized in that said channel is assigned based on frequency availability in a service area of the device. (a) receiving an internet protocol, IP, packet, said IP packet including at least address information and other information distinct from said address information, wherein said address information is sufficient to identify at least one device in said packet network; (b) routing and/or consuming said IP packet based on said address information and on said other information; and (c) modifying said IP packet to produce a modified IP packet based on said other information, wherein said routing uses said modified IP packet, wherein said modifying comprises: assigning a channel to said packet,
A method for determining a distance of an input device (104; 204) from a surface (112; 212) of a computing device (108; 208), the method comprising: receiving at the computing device (108; 208) a plurality of input device signals (132; 416) from the input device (104; 204); using a portion of the input device signals (132; 416) to determine an effective voltage (148; 424) of the input device (104; 204); generating adjusted input device signals (156; 444) by adjusting another portion of the input device signals (132; 416) using the effective voltage (148; 424) of the input device; providing the adjusted input device signals (156; 444) as an input to a distance model; receiving, from the distance model, the distance of the input device from the surface (112; 212) of the computing device; and outputting the distance of the input device (104; 204) from the surface (112; 212) of the computing device. receiving at the computing device (108; 208) a plurality of input device signals (132; 416) from the input device (104; 204); using a portion of the input device signals (132; 416) to determine an effective voltage (148; 424) of the input device (104; 204); generating adjusted input device signals (156; 444) by adjusting another portion of the input device signals (132; 416) using the effective voltage (148; 424) of the input device; providing the adjusted input device signals (156; 444) as an input to a distance model; receiving, from the distance model, the distance of the input device from the surface (112; 212) of the computing device; and outputting the distance of the input device (104; 204) from the surface (112; 212) of the computing device.
An exercising device, comprising: a body; two main wheels (230, 260), each having a footrest (160,162) mounted so that pedalling on a footrest rotates the wheel about its centre; two connecting rods (210, 215), each of the two connecting rods being connected at a first, proximal end to the body of the exercising device and to one of the two main wheels at a distal end; wherein the course of the footrest's movement is elliptical when the distal point connecting each of the two connecting rods to each of the two main wheels is at a non-centric position on the main wheels, and circular when the distal point connecting each of the two connecting rods to each of the two main wheels is at a centric position on the main wheel; characterised in that the distal point at which each connecting rod is connected to the main wheels is able to move with respect to the centre of the main wheel, and in that the main wheels are linearly movable along a horizontal axis of the exercising device, and in that the movement of the footrests is elliptical when the two main wheels are moved on the horizontal axis and circular when the two main wheels are not moved on the horizontal axis. a body; two main wheels (230, 260), each having a footrest (160,162) mounted so that pedalling on a footrest rotates the wheel about its centre; two connecting rods (210, 215), each of the two connecting rods being connected at a first, proximal end to the body of the exercising device and to one of the two main wheels at a distal end; two main wheels (230, 260), each having a footrest (160,162) mounted so that pedalling on a footrest rotates the wheel about its centre; two connecting rods (210, 215), each of the two connecting rods being connected at a first, proximal end to the body of the exercising device and to one of the two main wheels at a distal end; wherein the course of the footrest's movement is elliptical when the distal point connecting each of the two connecting rods to each of the two main wheels is at a non-centric position on the main wheels, and circular when the distal point connecting each of the two connecting rods to each of the two main wheels is at a centric position on the main wheel; characterised in that the distal point at which each connecting rod is connected to the main wheels is able to move with respect to the centre of the main wheel, and in that the main wheels are linearly movable along a horizontal axis of the exercising device, and in that the movement of the footrests is elliptical when the two main wheels are moved on the horizontal axis and circular when the two main wheels are not moved on the horizontal axis.
A coherent laser radar device having a transmitter portion that comprises a laser source having a single wavelength output and transmit optics to direct a combined light beam to a remote target, characterised in that the device further comprises a conversion means adapted to produce said combined light beam such that it comprises at least two component light beams of discrete wavelength from the output of said laser source wherein each component light beam of the combined light beam traverses the same optical path from the laser source to the transmit optics.
A rack system comprising: at least two rack modules directly adjacent to each other in a height direction of the rack system; wherein the rack modules are formed of two racks, which are aligned parallel to each other in a longitudinal direction of the rack system and spaced apart from each other in a transverse direction of the rack system for defining a rack aisle between them, and comprise a plurality of rack compartments, which are directly adjacent to each other; wherein each of the rack modules comprises, in an area of the rack aisle, a maintenance aisle configured for automatically operating and manually maintaining at least one storage and retrieval device; wherein, within at least one of the racks, a rack-integrated escape channel is provided for connecting the maintenance aisles directly to an outside world of the rack system, and wherein the escape channel is configured to be passed by a maintenance technician; and wherein the escape channel includes an escape shaft extending in the height direction through the at least one of the racks and connecting to each other the rack modules in the height direction in a compartmentless manner. at least two rack modules directly adjacent to each other in a height direction of the rack system; wherein the rack modules are formed of two racks, which are aligned parallel to each other in a longitudinal direction of the rack system and spaced apart from each other in a transverse direction of the rack system for defining a rack aisle between them, and comprise a plurality of rack compartments, which are directly adjacent to each other; are aligned parallel to each other in a longitudinal direction of the rack system and spaced apart from each other in a transverse direction of the rack system for defining a rack aisle between them, and comprise a plurality of rack compartments, which are directly adjacent to each other; wherein each of the rack modules comprises, in an area of the rack aisle, a maintenance aisle configured for automatically operating and manually maintaining at least one storage and retrieval device; wherein, within at least one of the racks, a rack-integrated escape channel is provided for connecting the maintenance aisles directly to an outside world of the rack system, and wherein the escape channel is configured to be passed by a maintenance technician; and wherein the escape channel includes an escape shaft extending in the height direction through the at least one of the racks and connecting to each other the rack modules in the height direction in a compartmentless manner.
Non-covalent self-assembling hydrogel matrix for biotechnological applications, comprising a covalent polymer-peptide conjugate, whereby the covalent polymer peptide conjugate includes conjugates of two or more peptides that are coupled to a polymer chain and the peptide sequence contains a recurring dipeptide motif n, whereby B is an amino acid having positively charged side chain, A is alanine and n is an integer between 5 and 20, characterised in that it furthermore includes a highly negatively charged oligosaccharide and the hydrogel matrix is arranged in the form of an oligosaccharide/peptide/polymer-system in which the peptide is chemically conjugated to the polymer and the gel formation is obtained through mixing the peptide-polymer-conjugate and the oligosaccharide.
A machine for pasteurizing liquid or semi-liquid food products, comprising: - a first cylindrical container for the thermal treatment of a liquid or semi-liquid base product; - a second container for feeding the liquid or semi-liquid base product, connected to the first, thermal treatment container, for feeding the liquid or semi-liquid base product; - a stirrer for mixing the product in the first, processing container and mounted inside the first, thermal treatment container, the stirrer extending between a first, inlet end and a second, outlet end, so that as it rotates, the liquid or semi-liquid product is made to advance between the first, inlet end and the second, outlet end; - a thermal system comprising an exchanger associated with the walls of the first, processing container and configured to release heat to the first, thermal treatment container, the machine being characterized in that the stirrer comprises a first portion which is externally helically shaped and a second portion having at least one radial blade, the second portion being disposed at the first, inlet end and the first portion being disposed at the second, outlet end. - a first cylindrical container for the thermal treatment of a liquid or semi-liquid base product; - a second container for feeding the liquid or semi-liquid base product, connected to the first, thermal treatment container, for feeding the liquid or semi-liquid base product; - a stirrer for mixing the product in the first, processing container and mounted inside the first, thermal treatment container, the stirrer extending between a first, inlet end and a second, outlet end, so that as it rotates, the liquid or semi-liquid product is made to advance between the first, inlet end and the second, outlet end; - a thermal system comprising an exchanger associated with the walls of the first, processing container and configured to release heat to the first, thermal treatment container, the machine being characterized in that the stirrer comprises a first portion which is externally helically shaped and a second portion having at least one radial blade, the second portion being disposed at the first, inlet end and the first portion being disposed at the second, outlet end.
A chip (110, 120, 130) applied to a serial transmission system, comprising: an input terminal, for receiving an input signal from a source outside the chip; a core circuit (112, 122, 132); an output terminal, for outputting an output signal; a first transmission line, coupled between the input terminal and the core circuit (112, 122, 132), for selectively transmitting the input signal to the core circuit (112, 122, 132); a second transmission line, coupled between the core circuit (112, 122, 132) and the output terminal, for selectively transmitting an output of the core circuit (112, 122, 132) to the output terminal; a spare transmission line, coupled between the input terminal and the output terminal; a plurality of registers, positioned inside or outside the core circuit (114, 124, 134); and a fault detection unit, positioned inside or outside the core circuit (114, 124, 134), for determining whether a preceding chip (110, 120, 130) positioned before the chip (110, 120, 130) in the serial transmission system is failed or not; wherein the chip (110, 120, 130) is adapted to transmit the input signal directly to the output terminal via the spare transmission line when the core circuit (112, 122, 132) fails to be operated normally so that the input signal serves as the output signal to be outputted from the output terminal characterized in that when the fault detection unit determines that the preceding chip (110, 120, 130) is not failed, the chip (110, 120, 130) is adapted to utilize M registers of the plurality of registers to receive the input signal; and when the fault detection unit determines that the preceding chip (110, 120, 130) is failed, the chip (110, 120, 130) is adapted to utilize N registers of the plurality of registers to receive the input signal, where N and M are positive integers, and N is greater than M. an input terminal, for receiving an input signal from a source outside the chip; a core circuit (112, 122, 132); an output terminal, for outputting an output signal; a first transmission line, coupled between the input terminal and the core circuit (112, 122, 132), for selectively transmitting the input signal to the core circuit (112, 122, 132); a second transmission line, coupled between the core circuit (112, 122, 132) and the output terminal, for selectively transmitting an output of the core circuit (112, 122, 132) to the output terminal; a spare transmission line, coupled between the input terminal and the output terminal; a plurality of registers, positioned inside or outside the core circuit (114, 124, 134); and a fault detection unit, positioned inside or outside the core circuit (114, 124, 134), for determining whether a preceding chip (110, 120, 130) positioned before the chip (110, 120, 130) in the serial transmission system is failed or not;