mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for coupling a trailer and a towing vehicle, the trailer having wheel steering means (4, 34), the apparatus comprising: a bifurcated guide mountable to the towing vehicle; a first pivot means to pivotably interconnect the towing vehicle and trailer; and a second pivot means to pivotably interconnect the wheel steering means of the trailer and the bifurcated guide; wherein the second pivot means comprises a slidable pivot guidable by the bifurcated guide as the towing vehicle turns with respect to the trailer; characterised in that the bifurcated guide comprises a main channel and two branched channels each in communication with and extending away from a junction. a bifurcated guide mountable to the towing vehicle; a first pivot means to pivotably interconnect the towing vehicle and trailer; and a second pivot means to pivotably interconnect the wheel steering means of the trailer and the bifurcated guide; wherein the second pivot means comprises a slidable pivot guidable by the bifurcated guide as the towing vehicle turns with respect to the trailer; characterised in that
A construction toy (100, 205, 500) comprising: a housing (105, 505); a connector (110, 510) coupled to the housing, the connector being configured to selectively couple the construction toy to a second similar construction toy, the connector being adjustable between at least two connectivity states (400, 420, 440); a computing control element configured to execute one or more instructions pertaining to adjusting the connector between the at least two connectivity states; a memory operatively coupled to the computing control element, the memory being configured to store the one or more instructions; a sensing element (225, 320, 620) configured to detect an input value pertaining to the second construction toy relative to the construction toy; an operating assembly (235, 300, 600) configured to adjust the connector between the at least two connectivity states responsive to the input value pertaining to the second construction toy relative to the construction toy; and an internal power source configured to supply power to at least the operating assembly. a housing (105, 505); a connector (110, 510) coupled to the housing, the connector being configured to selectively couple the construction toy to a second similar construction toy, the connector being adjustable between at least two connectivity states (400, 420, 440); a computing control element configured to execute one or more instructions pertaining to adjusting the connector between the at least two connectivity states; a memory operatively coupled to the computing control element, the memory being configured to store the one or more instructions; a sensing element (225, 320, 620) configured to detect an input value pertaining to the second construction toy relative to the construction toy; an operating assembly (235, 300, 600) configured to adjust the connector between the at least two connectivity states responsive to the input value pertaining to the second construction toy relative to the construction toy; and an internal power source configured to supply power to at least the operating assembly.
An image sensor provided with imaging means including a plurality of photoelectric converters, the image sensor comprising: input means for receiving image data input from outside of the image sensor; image processing means for applying image processing to image data; and output means for outputting, to the outside, image data obtained through the image processing by the image processing means, characterized in that the image sensor further comprises memory means for temporarily storing image data from the image processing means and image data from the input means, the input means is adapted to transfer the image data to the image processing means and the memory means, the image processing means is adapted to apply the image processing to the image data obtained from the imaging means, to the image data from the input means and to the image data from the memory means, and the imaging means and the image processing means are configured on different substrates (101, 102) that are stacked together, and are electrically connected to each other. input means for receiving image data input from outside of the image sensor; image processing means for applying image processing to image data; and output means for outputting, to the outside, image data obtained through the image processing by the image processing means, characterized in that the image sensor further comprises memory means for temporarily storing image data from the image processing means and image data from the input means, the input means is adapted to transfer the image data to the image processing means and the memory means, the image processing means is adapted to apply the image processing to the image data obtained from the imaging means, to the image data from the input means and to the image data from the memory means, and the imaging means and the image processing means are configured on different substrates (101, 102) that are stacked together, and are electrically connected to each other.
A method of making a file from a rod formed of a superelastic material and having a first and second end and a working length therebetween, the method comprising the steps of: grinding the rod to form a file preform having a predetermined length, cross-sectional shape and taper along the working length thereof, the cross-sectional shape having corners (103, 107) which define longitudinal edges along the working length; and twisting the preform to permanently helically deform said preform and form helical shaped cutting edges from said longitudinal edges, wherein the preform is maintained in an austenite phase until immediately prior to twisting.
A computer device, comprising: a memory to store data and instructions; a processor in communication with the memory; an operating system in communication with the memory and the processor, wherein the operating system is operable to: receive camera resource requests from a plurality of applications to use a camera resource including an access mode; determine a memory type to allocate to the plurality of applications for the camera resource based on the camera resource requests and compatibility information of the camera resource, wherein compatibility information identifies a memory type for use with the camera resource and/or a memory type which cannot be used with the camera resource; based on the determination, allocate a respective memory type to the plurality of applications for the camera resource; determine a buffer and a buffer type to provide each of the plurality of applications based on the access mode of the camera resource, wherein the buffer type comprises one or more of a shared type, a copy type, and a secure type, wherein a respective determined buffer is a portion or location in the respective allocated memory type; and provide each of the plurality of applications access to the respective determined buffer. a memory to store data and instructions; a processor in communication with the memory; an operating system in communication with the memory and the processor, wherein the operating system is operable to: receive camera resource requests from a plurality of applications to use a camera resource including an access mode; determine a memory type to allocate to the plurality of applications for the camera resource based on the camera resource requests and compatibility information of the camera resource, wherein compatibility information identifies a memory type for use with the camera resource and/or a memory type which cannot be used with the camera resource; based on the determination, allocate a respective memory type to the plurality of applications for the camera resource; determine a buffer and a buffer type to provide each of the plurality of applications based on the access mode of the camera resource, receive camera resource requests from a plurality of applications to use a camera resource including an access mode; determine a memory type to allocate to the plurality of applications for the camera resource based on the camera resource requests and compatibility information of the camera resource, wherein compatibility information identifies a memory type for use with the camera resource and/or a memory type which cannot be used with the camera resource; based on the determination, allocate a respective memory type to the plurality of applications for the camera resource; determine a buffer and a buffer type to provide each of the plurality of applications based on the access mode of the camera resource, wherein the buffer type comprises one or more of a shared type, a copy type, and a secure type, wherein a respective determined buffer is a portion or location in the respective allocated memory type; and provide each of the plurality of applications access to the respective determined buffer.
A thimble device with - a thimble body for a wire rope loop termination and with - a shackle having a bow and a pair of opposed legs (16, 18) with each of said legs having an end (20, 22) with a width smaller than a depth, which thimble device comprises: - a thimble body having an external arcuate edge with a rope groove for receipt of a wire rope therein; - a central opening through said thimble body, said central opening larger than said width but smaller than said depth of said shackle ends; - a keyway in said thimble body extending from said central opening to said arcuate edge of said thimble body; and characterised in that - in use after receiving a wire rope around said rope groove, the remaining central opening has a size so that the shackle cannot be removed from said thimble body and wherein the wire rope blocks the passage of the keyway and prevents the shackle from being removed. - a thimble body for a wire rope loop termination and with - a shackle having a bow and a pair of opposed legs (16, 18) with each of said legs having an end (20, 22) with a width smaller than a depth, which thimble device comprises: - a thimble body having an external arcuate edge with a rope groove for receipt of a wire rope therein; - a central opening through said thimble body, said central opening larger than said width but smaller than said depth of said shackle ends; - a keyway in said thimble body extending from said central opening to said arcuate edge of said thimble body; and characterised in that - a thimble body having an external arcuate edge with a rope groove for receipt of a wire rope therein; - a central opening through said thimble body, said central opening larger than said width but smaller than said depth of said shackle ends; - a keyway in said thimble body extending from said central opening to said arcuate edge of said thimble body; and characterised in that - in use after receiving a wire rope around said rope groove, the remaining central opening has a size so that the shackle cannot be removed from said thimble body and wherein the wire rope blocks the passage of the keyway and prevents the shackle from being removed.
A double-sided engaging element (12, 112) for a slide fastener, comprising: a thin sheet coupling head main body having coupling base surfaces on both front and rear surfaces thereof; a thick body portion extending in one direction from each of the coupling base surfaces through a stepped surface; a pair of right and left leg portions extending from the body portion; a central elevated portion which is elevated from a central portion on a front end side of each of the coupling base surfaces; and a pair of right and left projecting portions (72, 172) which are elevated from each of the coupling base surfaces while projecting from the body portion toward each central elevated portion, in which a central elevated portion of a mating element is detachably coupled in a dent surrounded by the central elevated portion, the right and left projecting portions (72, 172) and the stepped surface between the right and left projecting portions (72, 172), being characterized in that a dimension between inside elevation startup edges of the right and left projecting portions (72, 172) is set smaller than a dimension between right and left elevation startup edges of the central elevated portion, and an outside corner of an end portion of each of the right and left projecting portions (72, 172) opposing the central elevated portion has a first missing portion (88, 188) obtained by eliminating at least an elevation startup edge side thereof. a thin sheet coupling head main body having coupling base surfaces on both front and rear surfaces thereof; a thick body portion extending in one direction from each of the coupling base surfaces through a stepped surface; a pair of right and left leg portions extending from the body portion; a central elevated portion which is elevated from a central portion on a front end side of each of the coupling base surfaces; and a pair of right and left projecting portions (72, 172) which are elevated from each of the coupling base surfaces while projecting from the body portion toward each central elevated portion, in which a central elevated portion of a mating element is detachably coupled in a dent surrounded by the central elevated portion, the right and left projecting portions (72, 172) and the stepped surface between the right and left projecting portions (72, 172), being characterized in that a dimension between inside elevation startup edges of the right and left projecting portions (72, 172) is set smaller than a dimension between right and left elevation startup edges of the central elevated portion, and an outside corner of an end portion of each of the right and left projecting portions (72, 172) opposing the central elevated portion has a first missing portion (88, 188) obtained by eliminating at least an elevation startup edge side thereof.
A pouch case for a secondary battery composed of an inner resin layer, an outer resin layer and a metal layer located between the inner resin layer and the outer resin layer, wherein the inner resin layer comprises: a porous non-woven fabric support having a plurality of pores, and a polymer sealant filled in the pores of the non-woven fabric support, wherein the non-woven fabric is formed by blend spinning of polypropylene resin and polyester resin. a porous non-woven fabric support having a plurality of pores, and a polymer sealant filled in the pores of the non-woven fabric support, wherein the non-woven fabric is formed by blend spinning of polypropylene resin and polyester resin.
An additive manufacturing system comprising: a powder dispenser; a gate adjacent to the powder dispenser; and a control operable to move the gate with respect to the powder dispenser to selectively dispense powder from the powder dispenser through the gate; characterised in that: the control is operable to adjust a position of the gate perpendicular to a movement direction of a recoater blade to selectively dispense one of a multiple of powders (A, B) from the powder dispenser; and the gate rotates around the powder dispenser as a continuous loop. a powder dispenser; a gate adjacent to the powder dispenser; and a control operable to move the gate with respect to the powder dispenser to selectively dispense powder from the powder dispenser through the gate; characterised in that: the control is operable to adjust a position of the gate perpendicular to a movement direction of a recoater blade to selectively dispense one of a multiple of powders (A, B) from the powder dispenser; and the gate rotates around the powder dispenser as a continuous loop.
Inliner for lining a mixing container, comprising on the upper side a filling opening and a flange projecting in a radial direction outwards, and on the underside an outlet channel, with an outlet flap which is adjustable from an open position into a closed position and vice-versa, which, for the procedure of mixing of a pourable mixing material introduced therein, can be connected to a mixing head, carrying one or more mixing tools, of an industrial mixing machine, said inliner carrying on the upper side a flange, projecting outwards in the radial direction and, when inserted into the mixing container, coming in contact with the flange of the mixing container, and on the underside an outlet channel extension projecting into the outlet channel of the mixing container, which extends to such a length into the outlet channel of the mixing container that it extends at least as far as the outlet flap when in its closed position, characterised in that the outlet channel extension of the inliner comprises diametrically opposed axial cut-out openings, through which two clamp extensions (16, 16.1) are provided, extending over the outlet flap of the mixing container when it is in its closed position.
A method for producing an individual foot sole last for a patient or sportsman by reference to measured values and/or medical findings which are obtained from the body of the patient or sportsman, characterized in that the individual foot sole last is constructed of individual prefabricated standard modules, wherein the standard modules are selected from a module set, whereby by reference to the measured values and/or medical findings which are obtained from the body of the patient or sportsman, an actual value for the foot mould is determined and this is compared with one or more predefined desired values and by reference to the result of the comparison and the knowledge of the standard modules present in the module set, those standard modules are selected and combined in their sequence consecutively - or specified in their sequence consecutively - which come closest to the ideal individual foot sole last determined by reference to the comparison of actual and desired value.
A microscopic apparatus comprising: an illuminating optical system that illuminates a sample with a line-shaped illuminating light; a modulating unit that spatially modulates said illuminating light in a lengthwise direction; an image-forming optical system that forms a modulated image of said sample illuminated with said spatially modulated illuminating light; a detector that detects said modulated image of said sample; a mechanism that changes the phase of said spatially modulated illuminating light; a mechanism that scans said sample with said illuminating light; a processing part that extracts modulated components of respective orders commonly contained in a plurality of modulated images different in phase and obtains data of a demodulated image by displacing and rearranging the ±1st-order modulated components with respect to the Oth-order modulated component in the spatially modulated direction on the wave number space by spatial frequency of said spatially modulated illuminating light; characterised by a mechanism that rotates said illuminating light relatively to said sample, wherein said mechanism that rotates is an image rotator being disposed to be nearer to said sample side than said modulating unit and said mechanism that scans. an illuminating optical system that illuminates a sample with a line-shaped illuminating light; a modulating unit that spatially modulates said illuminating light in a lengthwise direction; an image-forming optical system that forms a modulated image of said sample illuminated with said spatially modulated illuminating light; a detector that detects said modulated image of said sample; a mechanism that changes the phase of said spatially modulated illuminating light; a mechanism that scans said sample with said illuminating light; a processing part that extracts modulated components of respective orders commonly contained in a plurality of modulated images different in phase and obtains data of a demodulated image by displacing and rearranging the ±1st-order modulated components with respect to the Oth-order modulated component in the spatially modulated direction on the wave number space by spatial frequency of said spatially modulated illuminating light; characterised by a mechanism that rotates said illuminating light relatively to said sample, wherein said mechanism that rotates is an image rotator being disposed to be nearer to said sample side than said modulating unit and said mechanism that scans.
A signal processing method, wherein the method comprises: mapping a received first client signal into a first ODUflex; mapping the first ODUflex into an optical channel data tributary unit Cn ODTUCn.X comprising X tributary slots, wherein X is a non-integer; and multiplexing the ODTUCn.X into an optical channel payload unit Cn OPUCn, characterized in that the ODTUCn.X comprises one or more ODTUCn.1.2 x s, wherein each ODTUCn.1.2 x occupies 1/2 x of a tributary slot in the OPUCn, and x is equal to 1, 2, 3, 4, or 5; and an overhead of the OPUCn comprises a payload structure identifier PSI, the PSI comprises a payload type PT identifier and a multiplex structure identifier MSI, the PT identifier is used to indicate that the OPUCn carries a client signal that occupies a non-integral quantity of tributary slots, and the MSI is used to indicate tributary slots occupied by the one or more ODTUCn.1.2 x s. mapping a received first client signal into a first ODUflex; mapping the first ODUflex into an optical channel data tributary unit Cn ODTUCn.X comprising X tributary slots, wherein X is a non-integer; and multiplexing the ODTUCn.X into an optical channel payload unit Cn OPUCn, characterized in that the ODTUCn.X comprises one or more ODTUCn.1.2 x s, wherein each ODTUCn.1.2 x occupies 1/2 x of a tributary slot in the OPUCn, and x is equal to 1, 2, 3, 4, or 5; and an overhead of the OPUCn comprises a payload structure identifier PSI, the PSI comprises a payload type PT identifier and a multiplex structure identifier MSI, the PT identifier is used to indicate that the OPUCn carries a client signal that occupies a non-integral quantity of tributary slots, and the MSI is used to indicate tributary slots occupied by the one or more ODTUCn.1.2 x s.