mhurhangee/ep-ind-claims huggingface dataset:
A sensor assembly that is attachable to a suction apparatus (1, 10, 202) including a suction portion configured to suck an object (61, W) with negative pressure, and a shaft configured to support the suction portion and having an air passage, the sensor assembly comprising: a main body in which a space through which the shaft of the suction apparatus (1, 10, 202) passes is formed; a plurality of first proximity sensors that are disposed on the main body, and configured to detect that the suction portion is deformed by the negative pressure; and a fixture that has a fixed portion that is fixed to the shaft, and a support portion that is configured to support the main body; characterized in that a plurality of the first proximity sensors are disposed on the main body along a radial direction with respect to the shaft. a main body in which a space through which the shaft of the suction apparatus (1, 10, 202) passes is formed; a plurality of first proximity sensors that are disposed on the main body, and configured to detect that the suction portion is deformed by the negative pressure; and a fixture that has a fixed portion that is fixed to the shaft, and a support portion that is configured to support the main body; characterized in that a plurality of the first proximity sensors are disposed on the main body along a radial direction with respect to the shaft.
Method for producing a vehicle wheel from a light-metal material, the light-metal material being introduced in liquid form into a mold cavity of a casting mold, the vehicle wheel being produced by means of pressurized casting, characterized in that the casting mold is tempered to different temperatures in different areas, and in that the molten light-metal material is introduced into the mold cavity at a high speed of more than 5 m/s.
A fusion protein which comprises from the N- to the C-terminus: (a) the D1 and D2 extracellular domains of a human CD4, (b) the Fc portion of a human IgG, (c) a linker polypeptide of sequence (GGGGS) n wherein 4 ≤ n ≤ 10, and (d) a gp41-derived polypeptide, wherein said polypeptide is T-20 or C34, wherein the amino acid sequence of T-20 is SEQ ID NO:7, and the amino acid sequence of C34 is SEQ ID NO:9. (a) the D1 and D2 extracellular domains of a human CD4, (b) the Fc portion of a human IgG, (c) a linker polypeptide of sequence (GGGGS) n wherein 4 ≤ n ≤ 10, and (d) a gp41-derived polypeptide, wherein said polypeptide is T-20 or C34,
A method of installing a fixture, such as a bracket, in or on a structure of an aircraft or spacecraft, for mounting or attaching one or more items or systems with respect to the structure, comprising the steps of: arranging a head of an additive manufacturing apparatus in, on or adjacent the structure; and forming the fixture in situ on the structure with the head of the apparatus based on a digital model of the fixture, wherein the fixture is installed in or on the structure by connecting the fixture to the structure as the fixture is formed, and wherein the step of forming the fixture in situ comprises: forming an anchored portion of the fixture which is non-movably fixed to the structure; and forming an operable portion of the fixture which is movable relative to the anchored portion; wherein the operable portion is formed locally attached to the structure and is separable by peeling or breaking the local attachment, for movement relative to the anchored portion. arranging a head of an additive manufacturing apparatus in, on or adjacent the structure; and forming the fixture in situ on the structure with the head of the apparatus based on a digital model of the fixture, wherein the fixture is installed in or on the structure by connecting the fixture to the structure as the fixture is formed, and wherein the step of forming the fixture in situ comprises: forming an anchored portion of the fixture which is non-movably fixed to the structure; and forming an operable portion of the fixture which is movable relative to the anchored portion; wherein the operable portion is formed locally attached to the structure and is separable by peeling or breaking the local attachment, for movement relative to the anchored portion. forming an anchored portion of the fixture which is non-movably fixed to the structure; and forming an operable portion of the fixture which is movable relative to the anchored portion; wherein the operable portion is formed locally attached to the structure and is separable by peeling or breaking the local attachment, for movement relative to the anchored portion.
Percussion instrument, comprising: - a drum head arranged on a support with a flange of the drum head extending from the support, wherein the support is an inner ring; - an outer ring comprising an abutment that is configured to engage the flange of the drum head; - wherein the inner ring and the outer ring are concentrically arranged and moveable relative to each other in an axial direction; and - a tensioning mechanism, comprising: an external screw thread going round on an outer circumference of the inner ring; an internal screw thread going round on an inner circumference of the outer ring; and a gear, and wherein the gear comprises: - a gear rack fixed to and extending over a part of the circumference of the inner ring, and defining a pitch adjustment range; and - a pinion arranged rotatably on the outer ring and mating with the gear rack; characterised in that: the internal screw thread of the outer ring is arranged in the axial direction between the abutment and the gear, and the inner ring fixedly comprises the external screw thread. - a drum head arranged on a support with a flange of the drum head extending from the support, wherein the support is an inner ring; - an outer ring comprising an abutment that is configured to engage the flange of the drum head; - wherein the inner ring and the outer ring are concentrically arranged and moveable relative to each other in an axial direction; and - a tensioning mechanism, comprising: an external screw thread going round on an outer circumference of the inner ring; an internal screw thread going round on an inner circumference of the outer ring; and a gear, and wherein the gear comprises: - a gear rack fixed to and extending over a part of the circumference of the inner ring, and defining a pitch adjustment range; and - a pinion arranged rotatably on the outer ring and mating with the gear rack; - a gear rack fixed to and extending over a part of the circumference of the inner ring, and defining a pitch adjustment range; and - a pinion arranged rotatably on the outer ring and mating with the gear rack; the internal screw thread of the outer ring is arranged in the axial direction between the abutment and the gear, and the inner ring fixedly comprises the external screw thread.
A device for connecting a first bundle of conductors randomly connected to a second bundle of identified conductors, comprising a casing which is connected between the first and the second bundles (2, 3), characterised in that it includes means for identifying the conductors of the first bundle from features of the signals which they convey and means for communicating the identified conductors with corresponding conductors of the second bundle, and wherein the means for identifying the conductors include means for memorising the signals and means for comparing the memorised signals with identification signals stored in memory and corresponding to predetermined functions.
A method for cargo mass estimation using a sensor apparatus affixed to a transportation asset, characterised in that the method comprises: calibrating the sensor apparatus by initiating a vertical impact by driving the transportation asset while empty over a vertical curb, the vertical curb having a height of 0.075 m (three inches), 0.1 m (four inches) or 0.15 m (six inches), such that the transportation asset is caused to have a vertical impact, wherein the calibrating step comprises measuring a first spring oscillation and creating a model of the transportation asset; detecting, subsequent to the calibrating, an impact event at the sensor apparatus; measuring a second spring oscillation due to the impact event at the sensor apparatus; and using the measured second spring oscillation in the model created during calibration to create a load mass estimate for the transportation asset. calibrating the sensor apparatus by initiating a vertical impact by driving the transportation asset while empty over a vertical curb, the vertical curb having a height of 0.075 m (three inches), 0.1 m (four inches) or 0.15 m (six inches), such that the transportation asset is caused to have a vertical impact, wherein the calibrating step comprises measuring a first spring oscillation and creating a model of the transportation asset; detecting, subsequent to the calibrating, an impact event at the sensor apparatus; measuring a second spring oscillation due to the impact event at the sensor apparatus; and using the measured second spring oscillation in the model created during calibration to create a load mass estimate for the transportation asset.
A method for manufacturing a light emitting diode panel, the method comprising: providing a thin-film transistor backplane (400,500) including a plurality of LED bonding areas (400-1,400-2,400-3,552,553,554); and bonding a plurality of LEDs (10,20,30), corresponding to a plurality of sub pixels included in one pixel, to the plurality of LED bonding areas, respectively, wherein the plurality of LED bonding areas have different heights on the TFT backplane according to a type of LED to be bonded thereto, and characterised in that, the bonding comprises bonding a relatively thin LED from among the plurality of LEDs to an LED bonding area of a relatively low height from among the plurality of LED bonding areas. providing a thin-film transistor backplane (400,500) including a plurality of LED bonding areas (400-1,400-2,400-3,552,553,554); and bonding a plurality of LEDs (10,20,30), corresponding to a plurality of sub pixels included in one pixel, to the plurality of LED bonding areas, respectively, wherein the plurality of LED bonding areas have different heights on the TFT backplane according to a type of LED to be bonded thereto, and characterised in that, the bonding comprises bonding a relatively thin LED from among the plurality of LEDs to an LED bonding area of a relatively low height from among the plurality of LED bonding areas.
A roll outer layer material, which is a cast-iron roll outer layer material to be used for the outer layer of a composite roll for hot rolling, the material containing small-size carbides having a circle equivalent diameter of 3 to 30 μm in a number of 500 to 2500 pieces/mm 2 and large-size carbides having a circle equivalent diameter of 50 μm or more in a number of 20 pieces/mm 2 or less.
A developer accommodating container for accommodating a developer, said developer accommodating container comprising: a container including a plurality of openings for permitting discharge of the developer; and a sealing member mounted on said container in a state in which said sealing member seals the plurality of openings and capable of exposing the plurality of openings by being moved in an unsealing direction, and the sealing member being mounted on said container such that a bonding portion is formed, wherein the plurality of openings are provided at different positions along a direction perpendicular to the unsealing direction, characterized in that the container has a deformable bag-like shape for accommodating the developer such that the bonding portion is moved in case the plurality of openings are unsealed when the sealing member is removed. a container including a plurality of openings for permitting discharge of the developer; and a sealing member mounted on said container in a state in which said sealing member seals the plurality of openings and capable of exposing the plurality of openings by being moved in an unsealing direction, and the sealing member being mounted on said container such that a bonding portion is formed, wherein the plurality of openings are provided at different positions along a direction perpendicular to the unsealing direction, characterized in that the container has a deformable bag-like shape for accommodating the developer such that the bonding portion is moved in case the plurality of openings are unsealed when the sealing member is removed.
Assembly for setup of a telecommunications terminal active profile consisting of a series of operating parameters of the terminal, the assembly comprising storage means for a plurality of profiles among which are profiles desired by one or more users, profiles desired by an administrator of the terminal, and profiles desired by one or more applications able to be implemented on the terminal, characterized in that the assembly comprises means for extracting, from among these various profiles, some of them as a function of the user connected to the terminal and of the application or applications implemented, as well as means for selecting, from among the values of the parameters of the various profiles thus extracted, a series of values of parameters and constructing an active profile of the terminal on the basis of these values of parameters, said assembly being characterized in that the means for selecting values of parameters are adapted to set up a hierarchy of the profiles extracted and to select the value of each parameter of the active profile by traversing this hierarchy of profiles in a direction going from a level of constraint on the parameter which is more general to a more specific level of constraint, all said parameters having a priority which is proposed or fixed, the value of a parameter of fixed priority being an imposed parameter value, the parameter value selected as value of the parameter of the active profile being the parameter's first value imposed by a profile which is encountered in the course of this traversal of hierarchy or the parameter's last value proposed in the course of this traversal if the value of the parameter is not imposed by any profile encountered in the course of this traversal of hierarchy.
A hub motor being characterized in that the hub motor is mounted on an axle assembly, the axle assembly includes an axle rod and an axle sleeve, and an independent cassette flywheel is provided at one end of the axle sleeve where an end cover is located, a limiting sleeve is disposed outside of the cassette flywheel to prevent the cassette flywheel from detaching from the axle sleeve, and an anti-rotation piece for preventing rotation of the axle sleeve is provided at another end of the axle sleeve where a wheel hub is located characterized in that the limiting sleeve includes keys formed on an inner surface of the limiting sleeve for engaging with key grooves formed at the end of the axle sleeve; a knurling pattern for preventing rotation of the axle sleeve is provided on an end surface of the limiting sleeve; and the anti-rotation piece includes a locking hole and an anti-rotation head, the anti-rotation piece is fixed on the axle sleeve through the cooperation of the locking hole and a locking groove provided on the axle sleeve, the anti-rotation head is configured to cooperate with fork ends of a front fork or a rear fork of a bicycle to prevent the rotation of the axle sleeve. the limiting sleeve includes keys formed on an inner surface of the limiting sleeve for engaging with key grooves formed at the end of the axle sleeve; a knurling pattern for preventing rotation of the axle sleeve is provided on an end surface of the limiting sleeve; and the anti-rotation piece includes a locking hole and an anti-rotation head, the anti-rotation piece is fixed on the axle sleeve through the cooperation of the locking hole and a locking groove provided on the axle sleeve, the anti-rotation head is configured to cooperate with fork ends of a front fork or a rear fork of a bicycle to prevent the rotation of the axle sleeve.
A resin composition comprising: an ethylene-vinyl alcohol copolymer; a polyolefin; a carbonyl compound having 3 to 8 carbon atoms; and a fatty acid metal salt, wherein the carbonyl compound is an unsaturated aldehyde (C-1), a saturated aldehyde (C-2), a saturated ketone (C-3) or a combination thereof, wherein a content of the carbonyl compound is 0.01 ppm or greater and 100 ppm or less. an ethylene-vinyl alcohol copolymer; a polyolefin; a carbonyl compound having 3 to 8 carbon atoms; and a fatty acid metal salt, wherein the carbonyl compound is an unsaturated aldehyde (C-1), a saturated aldehyde (C-2), a saturated ketone (C-3) or a combination thereof, wherein a content of the carbonyl compound is 0.01 ppm or greater and 100 ppm or less.
Bearing arrangement including a rotating part (8a, 8b, 13), a non-rotating part (7, 20) and an end cap for exerting a preload on the bearing arrangement, wherein the rotating part is configured to rotate relative to the non-rotating part about an essentially horizontal bearing axis of rotation, the arrangement being provided with an energy generating system that is mounted in connection with the rotating part, characterized in that the energy generating system is arranged within the end cap and comprises a plurality of micro generator modules, wherein each micro generator module includes a housing, an eccentric mass mounted so as to be rotatable around a shaft in the housing, and a generator unit configured to generate electrical energy using the rotation of the shaft, whereby the shaft of the micro generator module has an axis of rotation which is essentially perpendicular to the bearing axis of rotation.
A light unit comprising: a light source and an optical member which transmits and converts light emitted from the light source, the optical member including: a light guide; a low refractive index layer disposed on the light guide; the low refractive index layer having a refractive index smaller than a refractive index of the light guide; and a wavelength conversion layer disposed on the low refractive index layer and including quantum dots, characterized in that the low refractive index layer is made of metal and a thickness of the low refractive index layer is 3 to 10 nm. a light guide; a low refractive index layer disposed on the light guide; the low refractive index layer having a refractive index smaller than a refractive index of the light guide; and a wavelength conversion layer disposed on the low refractive index layer and including quantum dots, characterized in that the low refractive index layer is made of metal and a thickness of the low refractive index layer is 3 to 10 nm.
A highly absorbing open-flow sound insulation component for sound insulation in motor vehicles as bulkhead trim or wheelhouse trim having a non-woven layer and, in partial area or punctual contact therewith, a foam layer of constant thickness, wherein said non-woven layer has regions of varying thickness and/or density, characterized in that said sound insulation component further has a non-woven layer, a microperforated non-woven layer, a microperforated sheet, a microperforated sheet non-woven, or a perforated heavy sheet, which is provided in part of the area between said non-woven layer and said foam layer.
Machine for dispensing support means intended to be impregnated by an odour, comprising means for storing support means, means for dispensing the support means and delivering to a person, means for receiving means for emanating odour, means for impregnating the support means with the odour, characterised by the fact that the dispensing means and delivery means comprise means for matching i) the impregnated support means and ii) the odour to be selected, and by the fact that the matching means of the support means and the odour to be selected comprise means for marking the support means, said marking means comprising embossing means (621, 622).
A method of retrofitting replacement side gears to a vehicle differential assembly, the vehicle differential assembly comprising: a casing; a rotatable carrier provided within the casing; and a pair of side gears that are received in the carrier and meshingly engage one or more pinion gears rotatably coupled to the carrier, the method comprising: at least partially disassembling the differential assembly and removing the existing side gears; and retrofitting the vehicle differential assembly with a pair of replacement side gears that are integrally formed with respective stub shafts that extend beyond both the carrier and casing, the stub shafts comprising radially external splines that are configured to engage respective drive shaft assemblies (102, 202). a casing; a rotatable carrier provided within the casing; and a pair of side gears that are received in the carrier and meshingly engage one or more pinion gears rotatably coupled to the carrier, the method comprising: at least partially disassembling the differential assembly and removing the existing side gears; and retrofitting the vehicle differential assembly with a pair of replacement side gears that are integrally formed with respective stub shafts that extend beyond both the carrier and casing, the stub shafts comprising radially external splines that are configured to engage respective drive shaft assemblies (102, 202). at least partially disassembling the differential assembly and removing the existing side gears; and retrofitting the vehicle differential assembly with a pair of replacement side gears that are integrally formed with respective stub shafts that extend beyond both the carrier and casing, the stub shafts comprising radially external splines that are configured to engage respective drive shaft assemblies (102, 202).
A determination apparatus comprising: a receiving means configured to receive, from an antenna unit, magnetic field information indicating a strength of a magnetic field received by the antenna unit from a power transmitting apparatus, wherein the power transmitting apparatus is configured to transmit power wirelessly to a power receiving apparatus, and the antenna unit is configured to receive a magnetic field generated by the power transmitting apparatus; a determination means configured to perform a determination process for determining whether the strength of the magnetic field indicated by the magnetic field information is not greater than a predetermined reference value; and a communication means configured to transmit information indicating a result of the determination process to the power transmitting apparatus. a receiving means configured to receive, from an antenna unit, magnetic field information indicating a strength of a magnetic field received by the antenna unit from a power transmitting apparatus, wherein the power transmitting apparatus is configured to transmit power wirelessly to a power receiving apparatus, and the antenna unit is configured to receive a magnetic field generated by the power transmitting apparatus; the power transmitting apparatus is configured to transmit power wirelessly to a power receiving apparatus, and the antenna unit is configured to receive a magnetic field generated by the power transmitting apparatus; a determination means configured to perform a determination process for determining whether the strength of the magnetic field indicated by the magnetic field information is not greater than a predetermined reference value; and a communication means configured to transmit information indicating a result of the determination process to the power transmitting apparatus.