mhurhangee/ep-ind-claims huggingface dataset:
A side airbag device (100,200,220,240), comprising: a frame side plate part (202,222,242,260) along a side surface of a backrest of an internal frame of a vehicle seat; and a bracket attached to the frame side plate part (202,222,242,260) in a condition where a predetermined airbag cushion and inflator are secured, wherein the frame side plate part (202,222,242,260) has a notch region where a predetermined range of a front edge is cut out, the bracket has: a base part fitted into the notch region of the frame side plate part (202,222,242,260) and to which the airbag cushion and inflator are secured; a reaction force plate (128,250) bent from a front side of the base part and extending in to one side in a vehicle width direction; a guide groove that is long in a front-back direction is formed on an upper edge or lower edge on one of either the notch region or the base part such that the other can slide; and the base part can be inserted into the notch region (132,244) from the front along the guide groove. a frame side plate part (202,222,242,260) along a side surface of a backrest of an internal frame of a vehicle seat; and a bracket attached to the frame side plate part (202,222,242,260) in a condition where a predetermined airbag cushion and inflator are secured, wherein the frame side plate part (202,222,242,260) has a notch region where a predetermined range of a front edge is cut out, the bracket has: a base part fitted into the notch region of the frame side plate part (202,222,242,260) and to which the airbag cushion and inflator are secured; a reaction force plate (128,250) bent from a front side of the base part and extending in to one side in a vehicle width direction; a guide groove that is long in a front-back direction is formed on an upper edge or lower edge on one of either the notch region or the base part such that the other can slide; and the base part can be inserted into the notch region (132,244) from the front along the guide groove. a base part fitted into the notch region of the frame side plate part (202,222,242,260) and to which the airbag cushion and inflator are secured; a reaction force plate (128,250) bent from a front side of the base part and extending in to one side in a vehicle width direction; a guide groove that is long in a front-back direction is formed on an upper edge or lower edge on one of either the notch region or the base part such that the other can slide; and the base part can be inserted into the notch region (132,244) from the front along the guide groove.
Cage nut, comprising a nut having a radially projecting flange with two parallel lateral surfaces arranged opposite one another and a bolt seat similar to a threaded sleeve, a retaining plate with a cover plate with a leg folded to form a right angle on two opposite sides, which legs are arranged parallel to one another, having an opening through which the bolt seat of the nut passes, and a connecting sleeve (2, 4, 5) embracing the bolt seat of the nut, with a circum-ferantial collar at each of its two ends, which collars partially cover the cover plate of the retaining plate on either side in the area of the opening, characterised in that the connecting sleeve (2, 4, 5) is formed in several parts where at least one end collar is formed by a clip disk (23, 42, 55) which is fitted positively to a sleeve section (21, 41, 51).
An electric motor assembly comprising: a field case housing; oppositely disposed motor magnets associated with the housing; characterised by a fan baffle associated with the housing adjacent the oppositely disposed magnets, the fan baffle having a transverse wall with an aperture therethrough and at least one guide wall extending from the transverse wall adjacent the aperture, the at least one guide wall being aligned with one of the oppositely disposed magnets and adapted to guide an armature past the oppositely disposed magnets without contacting and damaging one of the oppositely disposed motor magnets, wherein the at least one guide wall is substantially perpendicular to the transverse wall. a field case housing; oppositely disposed motor magnets associated with the housing; characterised by a fan baffle associated with the housing adjacent the oppositely disposed magnets, the fan baffle having a transverse wall with an aperture therethrough and at least one guide wall extending from the transverse wall adjacent the aperture, the at least one guide wall being aligned with one of the oppositely disposed magnets and adapted to guide an armature past the oppositely disposed magnets without contacting and damaging one of the oppositely disposed motor magnets, wherein the at least one guide wall is substantially perpendicular to the transverse wall.
Binder mixture comprising a mineral binder based on calcium sulfate and at least one mixture of fatty acid salts of at least two different metal cations or two different ammonium cations or a mixture of at least one metal cation and at least one ammonium cation, the metal cations being selected from the group consisting of alkali metals, alkaline earth metals, zinc, aluminum and rare earths, and the proportion of the fatty acid salts of fatty acids having 8 to 17 carbon atoms, based on the total amount of the fatty acid salts in the fatty acid salt mixture, amounting to 20% by weight or more than 20% by weight, or the proportion of fatty acids having 8 to 14 carbon atoms amounting to 10% by weight or more than 10% by weight, based on the total amount of the fatty acid salts in the fatty acid salt mixture, or both.
A method for semi-automated generation of a machine-readable skill description of a production module, with one or more processors executing the steps of - processing knowledge stored in a knowledge storage with an inductive learning component, the inductive learning component performing class expression learning in order to create class expressions, with each class expression representing a constraint or property of a skill of the production module, and wherein the processed knowledge contains at least - instance data of operations previously carried out by the production module and/or other production modules, and - an ontology containing at least a class hierarchy of several production modules as well as parameters of at least some of those production modules, - ordering, by a metric, the class expressions, thereby forming an ordered recommender list, - outputting, by a display of a user interface, the ordered recommender list to a user, - receiving, by the user interface, one or more user interactions, the user interactions providing a selection of class expressions from the ordered recommender list, - building the machine-readable skill description with the selected class expressions. - processing knowledge stored in a knowledge storage with an inductive learning component, the inductive learning component performing class expression learning in order to create class expressions, with each class expression representing a constraint or property of a skill of the production module, and wherein the processed knowledge contains at least - instance data of operations previously carried out by the production module and/or other production modules, and - an ontology containing at least a class hierarchy of several production modules as well as parameters of at least some of those production modules, - instance data of operations previously carried out by the production module and/or other production modules, and - an ontology containing at least a class hierarchy of several production modules as well as parameters of at least some of those production modules, - ordering, by a metric, the class expressions, thereby forming an ordered recommender list, - outputting, by a display of a user interface, the ordered recommender list to a user, - receiving, by the user interface, one or more user interactions, the user interactions providing a selection of class expressions from the ordered recommender list, - building the machine-readable skill description with the selected class expressions.
A moving image generating apparatus comprising: a control section adapted to control the capture of successive images at a predetermined interval, wherein the predetermined interval corresponds to a photographic environment, which is selected among a plurality of photographic environments defined in advance; and an image storage section adapted to store a plurality of images captured under control of the control section; characterized by a storage section adapted to store a plurality of inter-frame difference thresholds, wherein each one of the defined photographing environments is associated with one of the stored inter-frame difference thresholds; a setting section adapted to select and to set, from among the thresholds stored by the storage section, the threshold corresponding to the selected photographing environment; and a generation section adapted (i) to select, among the plurality of images stored in the image storage section, images having a difference from the immediately preceding image that is equal to or larger than the threshold set by the setting section; and (ii) to generate a moving image by using the selected images as frames. a control section adapted to control the capture of successive images at a predetermined interval, wherein the predetermined interval corresponds to a photographic environment, which is selected among a plurality of photographic environments defined in advance; and an image storage section adapted to store a plurality of images captured under control of the control section; characterized by a storage section adapted to store a plurality of inter-frame difference thresholds, wherein each one of the defined photographing environments is associated with one of the stored inter-frame difference thresholds; a setting section adapted to select and to set, from among the thresholds stored by the storage section, the threshold corresponding to the selected photographing environment; and a generation section adapted (i) to select, among the plurality of images stored in the image storage section, images having a difference from the immediately preceding image that is equal to or larger than the threshold set by the setting section; and (ii) to generate a moving image by using the selected images as frames. (i) to select, among the plurality of images stored in the image storage section, images having a difference from the immediately preceding image that is equal to or larger than the threshold set by the setting section; and (ii) to generate a moving image by using the selected images as frames.
A method by a machine-type communication, MTC, terminal device for reporting channel state information corresponding to a communication link between the MTC terminal device and a base station operable in a wireless communications system, the method comprising receiving signals at the MTC terminal device, the signals having been transmitted from a base station of the wireless communication system via a wireless access interface, the wireless access interface providing a plurality of communications resource elements within a system bandwidth wherein the receiving includes receiving the signals from within a virtual carrier, the virtual carrier providing a subset of the plurality of communications resource elements within a narrowband bandwidth, which forms part of and is within the system bandwidth, measuring at the MTC terminal device one or more channel state parameters corresponding to the channel state in one or more of the communications resource elements of the virtual carrier; generating aggregate channel state information from at least one measured channel state parameter corresponding to the channel state of the communications resource elements of the virtual carrier, generating sub-band channel state information from at least one measured channel state parameter corresponding to the channel state of the communications resource elements within respective sub-band parts of the virtual carrier, each of the respective sub-band parts of the virtual carrier comprising a selection the communications resource elements of the virtual carrier, selecting a size of each of the respective sub-band parts of the virtual carrier, wherein the size of each of the respective sub-band parts of the virtual carrier is dependent upon radio propagation conditions, and transmitting to the base station an indication of the aggregate channel state information for the communications resource elements of the virtual carrier and the sub-band channel state information for each of the respective sub-band parts of the virtual carrier to the base station.
A method for controlling an alternating current electric machine with a frequency converter including a controllable machine bridge and a controllable line bridge, the method comprising: - calculating a line bridge control signal, - controlling line current through the line bridge using the line bridge control signal, - measuring or estimating rotor pole position (θ) of the electric machine, - calculating a machine bridge control signal as a function of the rotor pole position (θ), - updating the machine bridge control signal when the rotor pole position (θ) changes, - controlling current of the electric machine through the machine bridge using the machine bridge control signal, characterized in that: - taking samples of d-axis and q-axis components of the line current and indexing them as a function of the concurrent rotor pole position (θ) of the electric machine to gather a first sampled data (10A, 10B), - determining from the first sampled data (10A, 10B) a compensation term (11A, 11B) for removing the harmonics caused by the electric machine, and including the compensation term (11A, 11B) in the line bridge control signal and / or the machine bridge control signal, and - if the compensation term (11A, 11B) is included in the line bridge control signal, then controlling line current through the line bridge using the line bridge control signal including the compensation term (11A, 11B), - if the compensation term (11A, 11B) is included in the machine bridge control signal, then controlling current of the electric machine through the machine bridge using the machine bridge control signal including the compensation term (11A, 11B). - calculating a line bridge control signal, - controlling line current through the line bridge using the line bridge control signal, - measuring or estimating rotor pole position (θ) of the electric machine, - calculating a machine bridge control signal as a function of the rotor pole position (θ), - updating the machine bridge control signal when the rotor pole position (θ) changes, - controlling current of the electric machine through the machine bridge using the machine bridge control signal, - taking samples of d-axis and q-axis components of the line current and indexing them as a function of the concurrent rotor pole position (θ) of the electric machine to gather a first sampled data (10A, 10B), - determining from the first sampled data (10A, 10B) a compensation term (11A, 11B) for removing the harmonics caused by the electric machine, and including the compensation term (11A, 11B) in the line bridge control signal and / or the machine bridge control signal, and - if the compensation term (11A, 11B) is included in the line bridge control signal, then controlling line current through the line bridge using the line bridge control signal including the compensation term (11A, 11B), - if the compensation term (11A, 11B) is included in the machine bridge control signal, then controlling current of the electric machine through the machine bridge using the machine bridge control signal including the compensation term (11A, 11B).
An image processing method for a mass spectrum image of secondary ion mass spectrometry, the method comprising: obtaining a radial function as transferred energy related to a distance from a point of primary ion incidence (S304, S305), characterized by further comprising: obtaining a 2D distribution function as the radial function in a region exceeding desorption energy of a sample molecule and excluding a transferred energy portion larger than bond dissociation energy of a bond constituting the sample molecule (S306; S408, S406); using the 2D distribution function as a blurring function; and reducing image blurring of the mass spectrum image using the blurring function. obtaining a radial function as transferred energy related to a distance from a point of primary ion incidence (S304, S305), characterized by further comprising: obtaining a 2D distribution function as the radial function in a region exceeding desorption energy of a sample molecule and excluding a transferred energy portion larger than bond dissociation energy of a bond constituting the sample molecule (S306; S408, S406); using the 2D distribution function as a blurring function; and reducing image blurring of the mass spectrum image using the blurring function. obtaining a 2D distribution function as the radial function in a region exceeding desorption energy of a sample molecule and excluding a transferred energy portion larger than bond dissociation energy of a bond constituting the sample molecule (S306; S408, S406); using the 2D distribution function as a blurring function; and reducing image blurring of the mass spectrum image using the blurring function.
An evacuated tube having outside dimensions of 13 x 75 mm or 16 x 100 mm comprising: an upper end, a lower end, a sidewall between the upper and lower ends (12, 14) having inner and outer walls (18, 20) and a pierceable closure; and a gel located in the container in contact with a portion of the inner wall, characterized in that 5 to 20 vol.% of the gel is located within 8 to 12 mm of the uppermost point at which the gel contacts the inner wall. an upper end, a lower end, a sidewall between the upper and lower ends (12, 14) having inner and outer walls (18, 20) and a pierceable closure; and a gel located in the container in contact with a portion of the inner wall, characterized in that 5 to 20 vol.% of the gel is located within 8 to 12 mm of the uppermost point at which the gel contacts the inner wall.
An apparatus, comprising: an accessory lens mount configured to movably attach to a camera, the camera having an objective; means for communicating, to the camera, attachment of the apparatus to the camera by a user; a plurality of different optical elements (210, 220, 230) attached to the accessory lens mount configured such that each of the different optical elements is movable to a co-operating position with the objective by sliding of the accessory lens mount on the camera up to a corresponding position by the user; and an optical mode indicator configured to enable automatic optical mode adjustment of the camera to suit with the optics formed by the objective and the optical element that is moved to the co-operating position with the objective. an accessory lens mount configured to movably attach to a camera, the camera having an objective; means for communicating, to the camera, attachment of the apparatus to the camera by a user; a plurality of different optical elements (210, 220, 230) attached to the accessory lens mount configured such that each of the different optical elements is movable to a co-operating position with the objective by sliding of the accessory lens mount on the camera up to a corresponding position by the user; and an optical mode indicator configured to enable automatic optical mode adjustment of the camera to suit with the optics formed by the objective and the optical element that is moved to the co-operating position with the objective.
A synthetic or recombinant peptide comprising a sequence of 4-7 amino acids of the formula X 1 (n)-Ser -Ser -Ser -X 2 (n) (SEQ ID NO:1), wherein at least one of X 1 and X 2 is a positively charged amino acid, wherein at each occurrence n= 0,1 or 2, wherein the formula of SEQ ID NO:1 further comprises a blocking group at the C-terminus, and wherein the synthetic or recombinant peptide is a linear series of 4-30 amino acid residues connected one to the other by peptide bonds.
Luggage compartment cover for a motor vehicle, comprising a flexible cover sheet (6 to 6e), which is held on a winding shaft so as to be able to be wound up and unwound between an extended functional position and a wound-up inoperative position, and comprising an at least largely dimensionally stable contour portion (7 to 7e), which is attached to a front end region of the cover sheet (6 to 6e) in the direction of extension, and to which holding elements (11, 11a) are assigned for securing the contour portion in the extended functional position of the cover sheet (6 to 6e) on holding regions (12, 12a) fixed to the luggage compartment, characterized in that the contour portion (7 to 7e), for at least partially winding up onto the winding shaft together with the cover sheet (6 to 6e), is configured in such a manner that, starting from a flat orientation, it is supported so as to be able to be curved toward one side relative to an axis of curvature oriented in parallel or coaxially with respect to an axis of rotation of the winding shaft and so as to be dimensionally rigid toward the opposite side in the flat orientation.
A method of creating an interlaced composite image, comprising: receiving a plurality of images selected for generating an interlaced composite image by interlacing a plurality of image strips from each said image; providing a filter created by a plurality of separating strips calculated by combining between pixel color values of one of said plurality of images and respective pixel color values of an inverse version of another of said plurality of images, said filter is a function of an approximate inverse transform of an undesired distortion dataset representing at least one estimated undesired distortion caused by an autostereoscopic display element when a user views said interlaced composite image via said autostereoscopic display element; presenting to a user a calibration pattern via said autostereoscopic display element; applying said filter on said plurality of images for generating a reduced artifact interlaced composite image by interlacing said plurality of image strips with said plurality of separating strips; and outputting said reduced artifact interlaced composite image; wherein the at least one estimated undesired distortion is a ghosting artifact; and wherein said filter is calibrated according to areas marked by a user on said calibration pattern, said areas being indicative of said at least one estimated undesired distortion. receiving a plurality of images selected for generating an interlaced composite image by interlacing a plurality of image strips from each said image; providing a filter created by a plurality of separating strips calculated by combining between pixel color values of one of said plurality of images and respective pixel color values of an inverse version of another of said plurality of images, said filter is a function of an approximate inverse transform of an undesired distortion dataset representing at least one estimated undesired distortion caused by an autostereoscopic display element when a user views said interlaced composite image via said autostereoscopic display element; presenting to a user a calibration pattern via said autostereoscopic display element; applying said filter on said plurality of images for generating a reduced artifact interlaced composite image by interlacing said plurality of image strips with said plurality of separating strips; and outputting said reduced artifact interlaced composite image; wherein the at least one estimated undesired distortion is a ghosting artifact; and wherein said filter is calibrated according to areas marked by a user on said calibration pattern, said areas being indicative of said at least one estimated undesired distortion.