mhurhangee/ep-ind-claims huggingface dataset:
Musical instrument with a device for tuning tuning bodies, a) with at least 12 mechanical voice elements or voice element systems, b) whereby the 12 mechanical voice elements or voice element systems represent the 12 chromatic tones of an octave, c) wherein a respective voice element or voice element system is in mechanical operative connection with at least one voice body, characterized in that d) that each voice element or voice element system is assigned exclusively octave-related voice elements, e) in that, when tuning the musical instrument, the voice elements can be activated or are activated independently of one another by means of a drive for each voice element or the voice element systems can be activated by means of a drive for each voice element system, - wherein the tuning elements are designed as tuning levers and/or the tuning element systems are designed as tuning lever systems, - wherein a tuning lever system has at least two tuning levers which have differently located pivot points, wherein the tuning levers are slidingly connected to adjacent pivot points and wherein the geometric arrangement of the active connections to one another of the octave-related tuning bodies and the associated tuning elements is designed in the manner of a set of beams. a) with at least 12 mechanical voice elements or voice element systems, b) whereby the 12 mechanical voice elements or voice element systems represent the 12 chromatic tones of an octave, c) wherein a respective voice element or voice element system is in mechanical operative connection with at least one voice body, characterized in that d) that each voice element or voice element system is assigned exclusively octave-related voice elements, e) in that, when tuning the musical instrument, the voice elements can be activated or are activated independently of one another by means of a drive for each voice element or the voice element systems can be activated by means of a drive for each voice element system, - wherein the tuning elements are designed as tuning levers and/or the tuning element systems are designed as tuning lever systems, - wherein a tuning lever system has at least two tuning levers which have differently located pivot points, wherein the tuning levers are slidingly connected to adjacent pivot points and wherein the geometric arrangement of the active connections to one another of the octave-related tuning bodies and the associated tuning elements is designed in the manner of a set of beams. - wherein the tuning elements are designed as tuning levers and/or the tuning element systems are designed as tuning lever systems, - wherein a tuning lever system has at least two tuning levers which have differently located pivot points, wherein the tuning levers are slidingly connected to adjacent pivot points and wherein the geometric arrangement of the active connections to one another of the octave-related tuning bodies and the associated tuning elements is designed in the manner of a set of beams.
An emulsification dispersant, wherein the main component is vesicles that are formed from amphiphilic substances capable of forming vesicles spontaneously and that adhere onto the surface of an oil based material, and wherein the average particle size of said vesicles is 8 nm to 500 nm when the emulsion is being formed, and 200 nm to 800 nm when the dispersant is being conditioned within a concentration range of 5 to 20 wt.% in the dispersion, wherein said amphiphilic substance is selected from a group comprising a. derivatives with an average number of 5 to 15 added ethylene oxide molecules, selected from among polyoxyethylene hydrogenated castor oil derivatives represented by the following general formula (Formula 1): b. halides of dialkylammonium derivatives, trialkylammonium derivatives, tetraalkylammonium derivatives, dialkenylammonium derivatives, trialkenylammonium derivatives, or tetraalkenylammonium derivatives, as represented by the following general formula (Formula 2): wherein, R 1 and R 2 are alkyl or alkenyl group of C 8 - C 22, R 3 and R 4 are H or alkyl group of C 1 - C 4, and X is F, C1, Br, or I c. particles made from phospholipids or phospholipid derivatives. a. derivatives with an average number of 5 to 15 added ethylene oxide molecules, selected from among polyoxyethylene hydrogenated castor oil derivatives represented by the following general formula (Formula 1): b. halides of dialkylammonium derivatives, trialkylammonium derivatives, tetraalkylammonium derivatives, dialkenylammonium derivatives, trialkenylammonium derivatives, or tetraalkenylammonium derivatives, as represented by the following general formula (Formula 2): wherein, R 1 and R 2 are alkyl or alkenyl group of C 8 - C 22, R 3 and R 4 are H or alkyl group of C 1 - C 4, and X is F, C1, Br, or I wherein, R 1 and R 2 are alkyl or alkenyl group of C 8 - C 22, R 3 and R 4 are H or alkyl group of C 1 - C 4, and X is F, C1, Br, or I c. particles made from phospholipids or phospholipid derivatives.
A support plate for receiving a presentation object, wherein the support plate has a useful surface for attaching the presentation object and a rear side for attaching connecting elements, and wherein a detachable connection between at least two support plates can be produced with at least one connecting element per support plate, characterised in that at least one connecting element is arranged on each support-plate edge, the connecting elements being integrated in the rear side of the support plate, and namely integrated such that, if the connecting elements do not enter into any connection with a further support plate, they are not visible from the useful surface, the connecting elements are configured so as to connect two or more support plates with a useful surface pointing in the same direction in each case in a manner adjoining without any spacing with touching support-plate edges, and the connecting elements, in the event that they do not enter into any connection with a further support plate, terminate flush with the respective adjoining support-plate edge.
A propeller fan, comprising: a boss that rotates around a rotation axis; and a blade fixed at an outer peripheral surface of the boss, wherein the blade has a first protrusion that protrudes toward a negative pressure surface side, at a leading edge with respect to a rotation direction, and has a second protrusion that protrudes toward a positive pressure surface side, at a trailing edge with respect to a rotation direction, both the first protrusion and the second protrusion are provided in a range on a radially outer side of the position where the radius ratio is 0.5 in the area from an inner peripheral end to an outer peripheral end of the blade, and have a protrusion tip end (31a, 41a) with a maximum protrusion height, a first base (31b, 41b) at a starting part of the protrusion on a radially inner side of the protrusion tip end (31a, 41a), and a second base (31c, 41c) at a starting part of the protrusion on a radially outer side of the protrusion tip end (31a, 41a), and the protrusion tip end (31a, 41a) is positioned nearer to the second base (31c, 41c) than to the first base (31b, 41b) in the radial direction. a boss that rotates around a rotation axis; and a blade fixed at an outer peripheral surface of the boss, wherein the blade has a first protrusion that protrudes toward a negative pressure surface side, at a leading edge with respect to a rotation direction, and has a second protrusion that protrudes toward a positive pressure surface side, at a trailing edge with respect to a rotation direction, both the first protrusion and the second protrusion are provided in a range on a radially outer side of the position where the radius ratio is 0.5 in the area from an inner peripheral end to an outer peripheral end of the blade, and have a protrusion tip end (31a, 41a) with a maximum protrusion height, a first base (31b, 41b) at a starting part of the protrusion on a radially inner side of the protrusion tip end (31a, 41a), and a second base (31c, 41c) at a starting part of the protrusion on a radially outer side of the protrusion tip end (31a, 41a), and the protrusion tip end (31a, 41a) is positioned nearer to the second base (31c, 41c) than to the first base (31b, 41b) in the radial direction.
A template for use in producing an implant for use in spinal or other orthopaedic fixation, wherein the template (10, 60) is made of a nickel-titanium shape memory alloy and is configured to change its configuration between a first configuration in which the template (10, 60) is capable of bending in response to a force and is capable of retaining a bent shape and a second configuration in which the template (10, 60) assumes a memorized shape in response to directing the temperature to a recovery level, characterized in that the recovery level of the temperature is the austenite finish temperature (A f) which is above 60°C.
A non-therapeutic method for modulating a pest infestation, wherein said pest is selected from an Acari, Anthomyidae, Triozidae, Tenebrionidae, Scarabaiedae, in a location where modulation is desired comprising applying an amount of a composition obtained from Chromobacterium subtsugae Nov strain (NRRL B-30655), effective for modulating said infestation.
A tuning circuit adapted to output an output signal corresponding to a selected channel from a broadcast signal, comprising: a first band-pass filter configured for passing a first frequency band corresponding to the selected channel in the broadcast signal; a mixing circuit configured for generating a mixed signal by mixing a signal having a frequency band corresponding to the selected channel with the broadcast signal passed through the first band-pass filter; a second band-pass filter configured for passing a second frequency band in the mixed signal; and a demodulation circuit configured for demodulating a signal passed by the second band-pass filter, characterized by an error correction circuit configured for correcting errors of the demodulated signal and for determining an evaluation value of a signal demodulated by the demodulation circuit; and a control unit configured for adjusting a first frequency of the first band-pass filter and/or a second frequency of the second band-pass filter on the basis of the evaluation value. a first band-pass filter configured for passing a first frequency band corresponding to the selected channel in the broadcast signal; a mixing circuit configured for generating a mixed signal by mixing a signal having a frequency band corresponding to the selected channel with the broadcast signal passed through the first band-pass filter; a second band-pass filter configured for passing a second frequency band in the mixed signal; and a demodulation circuit configured for demodulating a signal passed by the second band-pass filter, an error correction circuit configured for correcting errors of the demodulated signal and for determining an evaluation value of a signal demodulated by the demodulation circuit; and a control unit configured for adjusting a first frequency of the first band-pass filter and/or a second frequency of the second band-pass filter on the basis of the evaluation value.
A one-piece piston that comprises: a top; a pair of opposed pin bosses with pin bores formed therein; a skirt having a top portion; a crown having a peripheral surface extending from its top surface; and a cooling gallery that comprises an annular cavity formed in a side of the piston, which annular cavity is closed by at least one flange structure which has been displaced upwardly at the top portion of the skirt so that a peripheral edge (12';29) of the flange abuts an edge (28;30) of the top of the piston so as to close the annular cavity and define a portion of the cooling gallery. a top; a pair of opposed pin bosses with pin bores formed therein; a skirt having a top portion; a crown having a peripheral surface extending from its top surface; and a cooling gallery that comprises an annular cavity formed in a side of the piston, which annular cavity is closed by at least one flange structure which has been displaced upwardly at the top portion of the skirt so that a peripheral edge (12';29) of the flange abuts an edge (28;30) of the top of the piston so as to close the annular cavity and define a portion of the cooling gallery.
A posture support system for a surface of a person supporting appliance, the system comprising: a plurality of modules, each module comprising: an expandable body, means for changing the degree of expansion of the expandable body; a sensor, configured to produce measurement data corresponding to the degree of expansion of the expandable body; a processor arranged to process the measurement data generated from each sensor; and a wireless communication unit arranged to wirelessly transmit the measurement data from each sensor to a controller and to receive control data to control the degree of expansion of the expandable body; wherein the wireless communication unit of at least one of the modules is configured to communicate wirelessly to the wireless communication unit of at least one other of the modules. a plurality of modules, each module comprising: an expandable body, means for changing the degree of expansion of the expandable body; a sensor, configured to produce measurement data corresponding to the degree of expansion of the expandable body; a processor arranged to process the measurement data generated from each sensor; and a wireless communication unit arranged to wirelessly transmit the measurement data from each sensor to a controller and to receive control data to control the degree of expansion of the expandable body; an expandable body, means for changing the degree of expansion of the expandable body; a sensor, configured to produce measurement data corresponding to the degree of expansion of the expandable body; a processor arranged to process the measurement data generated from each sensor; and a wireless communication unit arranged to wirelessly transmit the measurement data from each sensor to a controller and to receive control data to control the degree of expansion of the expandable body; wherein the wireless communication unit of at least one of the modules is configured to communicate wirelessly to the wireless communication unit of at least one other of the modules.
A compound represented by the following General Formula: where, in General Formula, R 1 and R 2 each represent an alkyl group which may have a substituent, R 3 represents the following General Formula or, and R 1 and R 2 may be identical or different, where, in General Formulas and, X represents a hydrogen atom or a halogen atom, R 4 represents a methyl group, a dimethyl group or an oxygen atom, and * represents a binding position. where, in General Formula, R 1 and R 2 each represent an alkyl group which may have a substituent, R 3 represents the following General Formula or, and R 1 and R 2 may be identical or different, where, in General Formulas and, X represents a hydrogen atom or a halogen atom, R 4 represents a methyl group, a dimethyl group or an oxygen atom, and * represents a binding position.
A cab reinforcing structure wherein on an upper portion of a back panel in a cab, two points each inwards of vehicle-widthwise opposite outer ends by a predetermined length are set as load support points (A, B), a pair of reinforcing studs (13, 14) are mounted on said back panel to connect said load support points (A, B) with a floor directly on a pair of rear-side cab mountings (7, 8) for support of a rear of said cab from a frame while a reinforcing beam is mounted on the upper portion of said back panel to interconnect upper ends of said reinforcing studs (13, 14), unreinforced sections being left as shock absorptive sections (15, 16) at vehicle-widthwise opposite ends of said reinforcing beam and not being reinforced by said reinforcing beam.
An auxiliary module comprising a casing of generally rectangular box shape that presents a rear face via which it is adapted to be mounted on a rail, two side main faces that are perpendicular to said rear face and via one of which it is adapted to adjoin a main module, and top and bottom faces (13, 15) that are perpendicular to said side main faces and said rear face, said casing including, on one of said top and bottom faces (13, 15), two openings (17A, 17B) that allow access to housings (18A, 18B) of electrical-connection terminals situated inside the casing, together with at least one inlet situated between the rear face of the casing and at least one of said openings (17A, 17B), for inserting electric wires (3, 4) coming from the main module into the casing; the auxiliary module being characterized in that said casing includes internal arrangements (31, 33, 34) for mounting, inside the casing, a first internal element that presents two apertures (52A, 52B) and two passages (53A, 53B) that open out onto distinct locations in a face of said first internal element, said internal arrangements (31, 33, 34) being arranged in symmetrical manner about a mid-plane that extends parallel to said top and bottom faces (13, 15) of the casing, and that subdivides said side main faces into two equal portions, such that said first internal element is adapted to be mounted on said internal arrangements (31, 33, 34) in two positions that are symmetrical about said mid-plane so that said apertures (52A, 52B) and said passages (53A, 53B) form said openings (17A, 17B) and said inlet respectively of the casing, one of said positions corresponding to forming said openings and inlet (17A, 17B, 19) in said top face of the casing, and the other, in said bottom face.
Multimode interference coupler having at least one supply waveguide and at least one output waveguide, wherein the multimode interference coupler has along the longitudinal extension thereof in the direction of the supply waveguide at least one longitudinal section, in which the refractive index has a locally oscillating profile in a direction running substantially rectangular to the direction of the supply waveguide, characterized in that the maximum and minimum values of the locally oscillating profile are chosen in such a way that, proceeding from the center of the multimode interference coupler, the amplitude increases towards the edge.
A pneumatic tire, comprising a tread formed from a rubber composition, the rubber composition comprising a rubber component in which, based on 100% by mass of the rubber component, an amount of a styrene-butadiene rubber is 15 to 90% by mass, an amount of a high-cis polybutadiene having a cis content of 95% by mass or more is 5 to 60% by mass, and an amount of a polyisoprene-based rubber is 0 to 70% by mass, the rubber composition comprising, relative to 100 parts by mass of the rubber component, 10 to 150 parts by mass of a silica having a nitrogen adsorption specific surface area of 40 to 400 m 2 /g, and 1 to 50 parts by mass of a farnesene resin obtained by polymerizing farnesene, wherein the farnesene resin is a copolymer of farnesene and a vinyl monomer.
A cable comprising at least one elongate conductive element surrounded by at least one insulating layer (2, 2a) obtained from a polymer composition comprising a polymer material and a cocktail of fillers, characterized in that the cocktail of fillers comprises: - a first silicate; - a second silicate, the second silicate differing from the first silicate; - a third silicate, the third silicate differing from the first silicate and second silicate; and - an alkaline-earth metal oxide; and in that the cocktail of fillers comprises from 20 to 40 weight % of said alkaline-earth metal oxide relative to the total weight of the cocktail of fillers in the polymer composition. - a first silicate; - a second silicate, the second silicate differing from the first silicate; - a third silicate, the third silicate differing from the first silicate and second silicate; and - an alkaline-earth metal oxide; and
A data communication apparatus (A, 10) for communicating, via a network, with a communicating party (B, 80) that can be assigned a plurality of addresses (Addr_B1, Addr_B2, Addr_B3) per one name, the data communication apparatus (A, 10) comprising a printer driver which has been installed in the data communication apparatus (A, 10), the printer driver comprising: an access logic means (20, 201) for creating request data comprising identification information that uniquely identifies the request data, wherein a request for a list of jobs within the communicating party is defined in a command field of the request data; acquisition means (30, 301) for acquiring an address (Addr_B1, Addr_B2) corresponding to a name of the communicating party (B, 80); transmission means (30, 302) for transmitting the request data to the acquired address (Addr_B1); reception means (30, 303) for receiving response data having the identification information corresponding to the request data; determination means for determining, based upon the identification information, whether the received response data is a response to the request data; and response processing means for discarding the response data if it has been determined that the response data is not a response to the request data, and delivering data contained in the response data to a source requesting the response data if it has been determined that the response data is a response to the request data. an access logic means (20, 201) for creating request data comprising identification information that uniquely identifies the request data, wherein a request for a list of jobs within the communicating party is defined in a command field of the request data; acquisition means (30, 301) for acquiring an address (Addr_B1, Addr_B2) corresponding to a name of the communicating party (B, 80); transmission means (30, 302) for transmitting the request data to the acquired address (Addr_B1); reception means (30, 303) for receiving response data having the identification information corresponding to the request data; determination means for determining, based upon the identification information, whether the received response data is a response to the request data; and response processing means for discarding the response data if it has been determined that the response data is not a response to the request data, and delivering data contained in the response data to a source requesting the response data if it has been determined that the response data is a response to the request data.
A compound represented by the following structural formula: or a pharmaceutically acceptable salt thereof, for use in intravenously treating a human patient with acute kidney injury.