mhurhangee/ep-ind-claims huggingface dataset:
A steering device comprising: a steering shaft which is axially rotatably supported by a column and which can be attached with a steering wheel at a portion thereof toward a vehicle rear side; a steering lock device which is attached to the column and which causes a lock pin operated by operation of an ignition key to engage the steering shaft so as to lock the steering shaft not to allow the steering shaft to rotate; a flange section (43, 44) formed integrally with the column to project radially outwardly from the outer peripheral surface of the column and including a mounting surface (435, 445) to which a housing to accommodate the steering lock device is attached; and a bolt hole (431, 441) which is formed in the flange section (43, 44) and through which a bolt for clamping the housing to the mounting surface (435, 445) is inserted; the steering device being characterized by further comprising: a relief portion (47, 48) which is concavely formed on the mounting surface (435, 445) to be close to the bolt hole (431, 441) and which extends to a base portion of the flange section (43, 44); and a round corner portion (471, 481) formed in the relief portion (47, 48) to be where the relief portion (47, 48) meets the outer peripheral surface of the column. a steering shaft which is axially rotatably supported by a column and which can be attached with a steering wheel at a portion thereof toward a vehicle rear side; a steering lock device which is attached to the column and which causes a lock pin operated by operation of an ignition key to engage the steering shaft so as to lock the steering shaft not to allow the steering shaft to rotate; a flange section (43, 44) formed integrally with the column to project radially outwardly from the outer peripheral surface of the column and including a mounting surface (435, 445) to which a housing to accommodate the steering lock device is attached; and a bolt hole (431, 441) which is formed in the flange section (43, 44) and through which a bolt for clamping the housing to the mounting surface (435, 445) is inserted; the steering device being characterized by further comprising: a relief portion (47, 48) which is concavely formed on the mounting surface (435, 445) to be close to the bolt hole (431, 441) and which extends to a base portion of the flange section (43, 44); and a round corner portion (471, 481) formed in the relief portion (47, 48) to be where the relief portion (47, 48) meets the outer peripheral surface of the column. a relief portion (47, 48) which is concavely formed on the mounting surface (435, 445) to be close to the bolt hole (431, 441) and which extends to a base portion of the flange section (43, 44); and a round corner portion (471, 481) formed in the relief portion (47, 48) to be where the relief portion (47, 48) meets the outer peripheral surface of the column.
A coated article comprising: a coating provided on a glass substrate, said coating comprising from the glass substrate outwardly: a) at least one dielectric layer (3, 5); b) a first contact layer; c) a first IR reflecting layer; d) a second contact layer, said first IR reflecting layer contacting each of said first and second contact layers; e) at least one dielectric layer (, 13, 15); f) a third contact layer; g) a second IR reflecting layer; h) a fourth contact layer, said second IR reflecting layer contacting each of said third and fourth contact layers; i) at least one dielectric layer (23, 25); wherein after being heat treated said coated article has a visible transmittance of at least 70%, a T solar no greater than 50%, an R solar of at least 26%, and a sheet resistance (R s) of no greater than 8.0 ohms/sq; and wherein said a) at least one dielectric layer is Si-rich Si x N y where x/y is from 0.85 to 1.5. a coating provided on a glass substrate, said coating comprising from the glass substrate outwardly: a) at least one dielectric layer (3, 5); b) a first contact layer; c) a first IR reflecting layer; d) a second contact layer, said first IR reflecting layer contacting each of said first and second contact layers; e) at least one dielectric layer (, 13, 15); f) a third contact layer; g) a second IR reflecting layer; h) a fourth contact layer, said second IR reflecting layer contacting each of said third and fourth contact layers; i) at least one dielectric layer (23, 25); a) at least one dielectric layer (3, 5); b) a first contact layer; c) a first IR reflecting layer; d) a second contact layer, said first IR reflecting layer contacting each of said first and second contact layers; e) at least one dielectric layer (, 13, 15); f) a third contact layer; g) a second IR reflecting layer; h) a fourth contact layer, said second IR reflecting layer contacting each of said third and fourth contact layers; i) at least one dielectric layer (23, 25); wherein after being heat treated said coated article has a visible transmittance of at least 70%, a T solar no greater than 50%, an R solar of at least 26%, and a sheet resistance (R s) of no greater than 8.0 ohms/sq; and wherein said a) at least one dielectric layer is Si-rich Si x N y where x/y is from 0.85 to 1.5.
A method for forming a MEMS device (200, 300), wherein the MEMS device includes a MEMS substrate and a base substrate, wherein the base substrate includes a top metal layer (210, 310) and the MEMS substrate includes a handle layer, a device layer, and an insulating layer in between, the method comprising: providing a conductive material (218, 318) over at least a portion of the top metal layer; patterning the conductive material and the at least a portion of the top metal layer; characterised in that the method further comprises bonding the conductive material with the device layer via an amorphous metal silicide formation. providing a conductive material (218, 318) over at least a portion of the top metal layer; patterning the conductive material and the at least a portion of the top metal layer; characterised in that the method further comprises bonding the conductive material with the device layer via an amorphous metal silicide formation.
A latent heat storage material, comprising: at least two plies of a compressible graphitic material with graphite platelets disposed substantially in layer planes lying one above the other and infiltrated with at least one phase change material; each ply having a surface formed with a surface structuring reaching the outsides of said graphite material and defining evacuation and infiltration travel paths; and a travel length of said evacuation and infiltration travel paths in said layer planes due to said structuring amounting to a maximum of200 mm.
A method of processing a primitive in a graphics processing system, the method comprising tiling the primitive to determine which of a plurality of tiles of a rendering space the primitive is in and rendering the primitive in said tiles, wherein said tiling the primitive comprises: determining a bounding box for the primitive; determining that lines of tiles are rows of tiles if there are fewer rows of tiles than columns of tiles in the bounding box, or determining that lines of tiles are columns of tiles if there are fewer columns of tiles than rows of tiles in the bounding box; for each of at least one tile boundary (1104, 1114, 1124) between the lines of tiles in the bounding box, determining intersection points of the tile boundary (1104, 1114, 1124) with edges of the primitive; and using the determined intersection points to determine which of the tiles in the bounding box the primitive is in. determining a bounding box for the primitive; determining that lines of tiles are rows of tiles if there are fewer rows of tiles than columns of tiles in the bounding box, or determining that lines of tiles are columns of tiles if there are fewer columns of tiles than rows of tiles in the bounding box; for each of at least one tile boundary (1104, 1114, 1124) between the lines of tiles in the bounding box, determining intersection points of the tile boundary (1104, 1114, 1124) with edges of the primitive; and using the determined intersection points to determine which of the tiles in the bounding box the primitive is in.
Detector arrangement for a non-dispersive infrared (NDIR) gas analyzer (1, 1') for detecting a measuring gas component in a gas mixture introduced into a measuring cell of the gas analyzer (1, 1'), comprising a first single-layer receiver and at least one further single-layer receiver, which lie one behind the other in the beam path of the gas analyzer (1, 1'), the first single-layer receiver containing the measuring gas component or a gas spectrally overlaying the measuring gas component and the at least one further single-layer receiver containing a transverse gas, the measuring gas component or a gas spectrally overlaying the measuring gas component, and comprising an evaluating device for determining the concentration of the measuring gas component in the gas mixture from signals (S1, S2) supplied by sensors (16, 17) of the single-layer receivers (8, 9), characterized in that the evaluating device includes an n-dimensional calibration matrix corresponding to the number n of single-layer receivers (8, 9), in which signal values (S1, S2) from the sensors (16, 17) obtained in the case of different known concentrations of the measuring gas component in the presence of different known transverse gas concentrations in the measuring cell are stored as n-tuples, and in that the evaluating device is designed to determine the concentration of the measuring gas component when measuring unknown concentrations of the measuring gas component in the presence of unknown transverse gas concentrations by comparing the n-tuples of signal values (S1, S2) thereby obtained with the n-tuples of signal values (S1, S2) stored in the calibration matrix.
A sectorized distributor for a turbomachine, formed of cylindrical sectors placed end to end and each comprising two coaxial sectors of annular platforms connected to each other by substantially radial blades, and an annular rail sector supporting elements of abradable material, the rail sector being radially inside the inner platform sector and connected to the inner surface of this platform sector, each sector comprising on the longitudinal edges of the inner platform sector circumferential embedding means cooperating with corresponding means provided on an adjacent distributor sector, characterized in that the longitudinal edges of the inner platform sectors form a V.
A pneumatic radial tire for a passenger vehicle having a carcass, which is composed of a ply of cords radially arranged and toroidally provided between a pair of bead cores, and a bead filler disposed outside the bead cores in a tire radial direction, wherein when the radial tire is mounted on a rim and applied with internal pressure of at least 250 kPa, a tire cross-sectional width SW and a tire outer diameter OD satisfy a relational expression: OD ≥ − 0.0187 × SW 2 + 9.15 × SW − 380, and a cross-sectional area in a tire width direction of the bead filler is one to four times the cross-sectional area in the tire width direction of the bead core, wherein, when BFW represents a width of the bead filler in the tire width direction in a tire radial direction center position of the bead filler and BDW represents a maximum width of the bead core in the tire width direction, the following relational expression: 0.1 ≤ BFW / BDW ≤ 0.5 is satisfied.
A user-activatible substance delivery system: (a) a first web and a second web, said first and second webs having a periphery and being joined about their respective peripheries and defining a void space therein; (b) a substance disposed in said void space; (c) at least one of said first or second webs having at least one bond site, said bond site having a longitudinal axis oriented in a first direction and a transverse axis oriented in a second direction orthogonal to said first direction; and (d) said at least one bond site defining a melt weakened region having an aspect ratio in the range from 3 to 50, such that upon application of a sufficient force having a vector component parallel to said transverse axis, said at least one bond site fractures to form a corresponding aperture to facilitate exposure of said substance. (a) a first web and a second web, said first and second webs having a periphery and being joined about their respective peripheries and defining a void space therein; (b) a substance disposed in said void space; (c) at least one of said first or second webs having at least one bond site, said bond site having a longitudinal axis oriented in a first direction and a transverse axis oriented in a second direction orthogonal to said first direction; and (d) said at least one bond site defining a melt weakened region having an aspect ratio in the range from 3 to 50, such that upon application of a sufficient force having a vector component parallel to said transverse axis, said at least one bond site fractures to form a corresponding aperture to facilitate exposure of said substance.
A microprocessor system, comprising: a matrix computational unit (313, 351-357) that includes one or more processing elements; and a control unit configured to provide a matrix processor instruction to the matrix computational unit (313, 351-357), wherein the matrix processor instruction specifies a floating-point operand formatted with an exponent that has been biased with a specified configurable bias, wherein the floating-point operand is a matrix, and wherein the matrix processor instruction specifies a floating-point format (400, 410, 500) for the floating-point operand from a group of floating-point formats (400, 410, 500). a matrix computational unit (313, 351-357) that includes one or more processing elements; and a control unit configured to provide a matrix processor instruction to the matrix computational unit (313, 351-357), wherein the matrix processor instruction specifies a floating-point operand formatted with an exponent that has been biased with a specified configurable bias, wherein the floating-point operand is a matrix,
Electro-mechanical power-assisted steering with electric servomotor, which drives a screw-shaft, which meshes with a worm-wheel that is itself mounted on steering-shaft; wherein the worm-wheel has driving contact with the input shaft of a steering gear and wherein the screw-shaft and the steering-shaft are mounted together in a gear-box so as to be able to revolve, wherein the screw-shaft comprises one open end away from the engine, which is positioned, within a roller-bearing with an inner ring, rolling elements, intermediate ring and an interior tread for the rolling elements, characterised in that the intermediate ring comprises an external tread for external rolling elements, and wherein the interior tread and exterior tread of the intermediate ring are each aligned eccentrically to the other.
A kit for amplifying and detecting a Chikungunya virus (CHIKV) nucleic acid sequence, comprising: (a) a first primer up to 100 bases long and comprising a target-complementary 3' terminal sequence consisting of 15-44 contiguous bases of SEQ ID NO:46, said target-complementary 3' terminal sequence of said first primer being fully contained within the sequence or SEQ ID NO:46, and said first primer optionally comprising a first primer 5' sequence that is not complementary to CHIKV nucleic acids; (b) a second primer up to 100 bases long and comprising a target-complementary 3' terminal sequence consisting of 15-40 contiguous bases of SEQ ID NO:65, said target-complementary 3' terminal sequence of said second primer being fully contained within the sequence of SEQ ID NO:65, and said second primer optionally comprising a second primer 5' sequence that is not complementary to CHIKV nucleic acids; (c) a third primer up to 100 bases long and comprising a target-complementary 3' terminal sequence consisting of 15-43 contiguous bases of SEQ ID NO:66, said target-complementary 3' terminal sequence of said third primer being fully contained within the sequence of SEQ ID NO:66, and said third primer optionally comprising a third primer 5' sequence that is not complementary to CHIKV nucleic acids; and (d) a hybridization probe for detecting a nucleic acid amplification product synthesized using said primers, wherein said primers and said hybridization probe are in packaged combination with each other. (a) a first primer up to 100 bases long and comprising a target-complementary 3' terminal sequence consisting of 15-44 contiguous bases of SEQ ID NO:46, said target-complementary 3' terminal sequence of said first primer being fully contained within the sequence or SEQ ID NO:46, and said first primer optionally comprising a first primer 5' sequence that is not complementary to CHIKV nucleic acids; (b) a second primer up to 100 bases long and comprising a target-complementary 3' terminal sequence consisting of 15-40 contiguous bases of SEQ ID NO:65, said target-complementary 3' terminal sequence of said second primer being fully contained within the sequence of SEQ ID NO:65, and said second primer optionally comprising a second primer 5' sequence that is not complementary to CHIKV nucleic acids; (c) a third primer up to 100 bases long and comprising a target-complementary 3' terminal sequence consisting of 15-43 contiguous bases of SEQ ID NO:66, said target-complementary 3' terminal sequence of said third primer being fully contained within the sequence of SEQ ID NO:66, and said third primer optionally comprising a third primer 5' sequence that is not complementary to CHIKV nucleic acids; and (d) a hybridization probe for detecting a nucleic acid amplification product synthesized using said primers, wherein said primers and said hybridization probe are in packaged combination with each other.
An apparatus for enlarging and reducing a displayed portion of an image, comprising: a storage means for storing a plurality of image data layers having different scale ratios, each of the plurality of image data layers corresponding to a single map; a display means for displaying a portion of the map; a pointing means (6, 12, 31, 32) for accepting a user's operation; a scale setting means for identifying a desired degree of scale reduction/enlargement of said portion of the map based on said accepted user's operation; an arithmetic processing means (120, 81) for retrieving one of the image data layers from memory based upon the setting of the scale setting means to provide a corresponding enlargement or reduction in scale of the portion of the map displayed, by providing the retrieved image data layer to the display means, wherein the enlarging operation and the reducing operation of the displayed portion is performed based on a certain image data layer of the plurality of image data layers, wherein the enlarging operation and the reducing operation of the displayed portion are performed based on another image data layer when the scale ratio (Snew) of the displayed portion becomes smaller than the scale ratio of the certain image data layer (Sn+1) or when the scale ratio (Snew) of the displayed portion becomes larger than a scale ratio (Sn-1) of another image data layer. a storage means for storing a plurality of image data layers having different scale ratios, each of the plurality of image data layers corresponding to a single map; a display means for displaying a portion of the map; a pointing means (6, 12, 31, 32) for accepting a user's operation; a scale setting means for identifying a desired degree of scale reduction/enlargement of said portion of the map based on said accepted user's operation; an arithmetic processing means (120, 81) for retrieving one of the image data layers from memory based upon the setting of the scale setting means to provide a corresponding enlargement or reduction in scale of the portion of the map displayed, by providing the retrieved image data layer to the display means, wherein the enlarging operation and the reducing operation of the displayed portion is performed based on a certain image data layer of the plurality of image data layers, wherein the enlarging operation and the reducing operation of the displayed portion are performed based on another image data layer when the scale ratio (Snew) of the displayed portion becomes smaller than the scale ratio of the certain image data layer (Sn+1) or when the scale ratio (Snew) of the displayed portion becomes larger than a scale ratio (Sn-1) of another image data layer.
Pack for cigarettes, having a box part, which is delimited at least by a front wall, a rear wall, side walls (16, 17) and a base wall, wherein the box part serves for accommodating at least one preferably cuboidal cigarette group wrapped in an inner blank, and wherein the pack has predetermined width, depth and height dimensions and at least one dimension of the at least one cigarette group is smaller than a corresponding dimension of the interior of the box part, and therefore the at least one cigarette group does not fill the interior of the box part in respect of the at least one dimension, and wherein the box part has arranged in it a collar, at least comprising a collar front wall, which butts against the front wall of the box part, and collar side walls, which are arranged adjacent to side walls (16, 17) of the box part, and wherein the collar serves for compensating for at least one differing dimension, characterized in that the cigarette group, rather than butting laterally against the collar side walls, is retained on either side merely by supporting flaps, which are formed by virtue of folding flaps of the collar being folded and which run parallel to, and at a distance from, the plane of the collar side walls, in order to compensate for at least one differing dimension, and in that further supporting flaps run transversely to the supporting flaps and extend along the rear wall of the box part.
A solid matrix sustained release ophthalmic formulation for topical delivery of nepafenac, comprising: about 15 to about 25% (w/w) of polycaprolactone, about 5 to about 15% (w/w) of polyethylene glycol polymers, about 1 to about 15% w/w of tyloxapol and about 60 to about 70% (w/w) of nepafenac. about 15 to about 25% (w/w) of polycaprolactone, about 5 to about 15% (w/w) of polyethylene glycol polymers, about 1 to about 15% w/w of tyloxapol and about 60 to about 70% (w/w) of nepafenac.
A gas burner with a switchable flame comprising: a combustion chamber having a bottom and a circumferential crenellated wall; a plurality of fuel exit ports disposed in the circumferential crenellated wall, the fuel exit ports directed generally inwardly toward the combustion chamber and upwardly from the bottom of the combustion chamber; a swirl spreader disposed above a burner base which defines a top portion of the circumferential crenellated wall of the combustion chamber; and an annular burner cap set that includes an inner flame burner cap and a vertical flame burner cap; wherein the inner flame burner cap and the vertical flame burner cap are selectively and alternatively positionable on the crenellated wall to define respectively an inner flame state where the flame is projected into said combustion chamber and a vertical flame state, where a vertical flame is projected up of the fuel exit ports. a combustion chamber having a bottom and a circumferential crenellated wall; a plurality of fuel exit ports disposed in the circumferential crenellated wall, the fuel exit ports directed generally inwardly toward the combustion chamber and upwardly from the bottom of the combustion chamber; a swirl spreader disposed above a burner base which defines a top portion of the circumferential crenellated wall of the combustion chamber; and an annular burner cap set that includes an inner flame burner cap and a vertical flame burner cap; wherein the inner flame burner cap and the vertical flame burner cap are selectively and alternatively positionable on the crenellated wall to define respectively an inner flame state where the flame is projected into said combustion chamber and a vertical flame state, where a vertical flame is projected up of the fuel exit ports.