mhurhangee/ep-ind-claims huggingface dataset:
An image processing apparatus comprising: a network interface configured to receive data from a plurality of sources; a storage unit configured to store data and have a plurality of folders including a particular folder that is capable of being accessed from an external apparatus via a network; and at least one controller having at least one processor which is configured to execute instructions stored in a memory, the controller being configured to: receive first data; cause the storage unit to store the first data in the particular folder; send a storage destination of the first data to a predetermined E-mail address if the first data is received from the image processing apparatus; receive second data through the network interface; cause the storage unit to store the second data in the particular folder; and not send a storage destination of the second data to the predetermined E-mail address if the second data is received from an external apparatus. a network interface configured to receive data from a plurality of sources; a storage unit configured to store data and have a plurality of folders including a particular folder that is capable of being accessed from an external apparatus via a network; and at least one controller having at least one processor which is configured to execute instructions stored in a memory, the controller being configured to: receive first data; cause the storage unit to store the first data in the particular folder; send a storage destination of the first data to a predetermined E-mail address if the first data is received from the image processing apparatus; receive second data through the network interface; cause the storage unit to store the second data in the particular folder; and not send a storage destination of the second data to the predetermined E-mail address if the second data is received from an external apparatus. receive first data; cause the storage unit to store the first data in the particular folder; send a storage destination of the first data to a predetermined E-mail address if the first data is received from the image processing apparatus; receive second data through the network interface; cause the storage unit to store the second data in the particular folder; and not send a storage destination of the second data to the predetermined E-mail address if the second data is received from an external apparatus.
Steam generator for a pressurized water nuclear reactor, wherein the steam generator comprises: - an outer envelope in which is delimited a water box divided into an upstream compartment and a downstream compartment, wherein the upstream compartment is designed to communicate fluidly with an outlet of a vessel of the nuclear reactor, and wherein the downstream compartment is designed to communicate fluidly with an inlet of the vessel of the nuclear reactor, - at least one element, wherein each element is a tube opening through an upstream end in the upstream compartment and a downstream end opposite the upstream end in the downstream compartment, or is a plate, wherein each element is made of a nickel-based alloy, and wherein the alloy has the following mass contents: - Ni more than 50%; - Cr between 14% and 45%; characterized in that - the element has, on an inner side intended to be exposed to a liquid, a superficial metal layer having an inner surface covered with an oxide layer, wherein the superficial metal layer has, at a depth p from the inner surface, a mass content of chromium w Cr (p), a mass content of carbon w c (p), and an available chromium content w Cr_dispo (p), where w Cr_dispo (p) = w Cr (p) - 16.61 w c (p); - the available chromium content w Cr_dispo (p), taken on average over the entire thickness of the superficial metal layer from the inner surface, is greater than 0. - an outer envelope in which is delimited a water box divided into an upstream compartment and a downstream compartment, wherein the upstream compartment is designed to communicate fluidly with an outlet of a vessel of the nuclear reactor, and wherein the downstream compartment is designed to communicate fluidly with an inlet of the vessel of the nuclear reactor, - at least one element, wherein each element is a tube opening through an upstream end in the upstream compartment and a downstream end opposite the upstream end in the downstream compartment, or is a plate, wherein each element is made of a nickel-based alloy, and wherein the alloy has the following mass contents: - Ni more than 50%; - Cr between 14% and 45%; - the element has, on an inner side intended to be exposed to a liquid, a superficial metal layer having an inner surface covered with an oxide layer, wherein the superficial metal layer has, at a depth p from the inner surface, a mass content of chromium w Cr (p), a mass content of carbon w c (p), and an available chromium content w Cr_dispo (p), where w Cr_dispo (p) = w Cr (p) - 16.61 w c (p); - the available chromium content w Cr_dispo (p), taken on average over the entire thickness of the superficial metal layer from the inner surface, is greater than 0.
A gapped oligomeric compound comprising a contiguous sequence of linked monomer subunits having a gap region located between a 5'-region and a 3'-region wherein the 5' and 3'-regions each, independently, have from 2 to 8 contiguous RNA-like modified furanosyl nucleosides that each adopt a 3'-endo conformational geometry when put into an oligomeric compound and the gap region has from 6 to 14 contiguous monomer subunits selected from β-D-2'-deoxyribonucleosides and modified nucleosides that are DNA like that each adopt a 2'-endo conformational geometry when put into an oligomeric compound and wherein at least one of the internucleoside linking groups in the gap region or linking the gap region and the 5'-region or the 3'-region has Formula I: wherein independently for each internucleoside linking group having Formula I: X is O or S; Q is C 1 -C 6 alkyl, substituted C 1 -C 6 alkyl, C 2 -C 6 alkenyl, substituted C 2 -C 6 alkenyl, C 2 -C 6 alkynyl, substituted C 2 -C 6 alkynyl, C(=O)OH or CH 2 C(=O)OH; each substituted group comprises one or more optionally protected substituent groups independently selected from halogen, OJ 1, SJ 1 and OC(=O)J 1; and each J 1 is, independently, H or C 1 -C 6 alkyl; said gapped oligomeric compound having only one internucleoside linking group of Formula I in the gap region, or having only two internucleoside linking groups of Formula I in the gap region, or having only three internucleoside linking groups of Formula I in the gap region. X is O or S; Q is C 1 -C 6 alkyl, substituted C 1 -C 6 alkyl, C 2 -C 6 alkenyl, substituted C 2 -C 6 alkenyl, C 2 -C 6 alkynyl, substituted C 2 -C 6 alkynyl, C(=O)OH or CH 2 C(=O)OH; each substituted group comprises one or more optionally protected substituent groups independently selected from halogen, OJ 1, SJ 1 and OC(=O)J 1; and each J 1 is, independently, H or C 1 -C 6 alkyl;
Method for transporting a structure with buoyancy over water using a vessel, wherein a support surface on an upper side of the structure is brought into contact with a support surface on an underside of the vessel, characterized in that a vessel in accordance with any one of claims 11-14 is provided, and in that the two support surfaces (40, 41) are coupled by shear forces, wherein, in a situation in which the structure is coupled to the vessel the structure is transported by movement of the vessel.
A cold spray gun configured to spray out a raw material powder transported by a carrier gas, together with a working gas heated to a temperature equal to or lower than a melting point or a softening point of the raw material powder as a supersonic flow and to cause the raw material powder to collide with a base material in a solid state, thereby to form a coating film, the cold spray gun comprising: a chamber containing the working gas; a cold spray nozzle having a working gas flow path formed therein, at an outlet of which the working gas discharged from the chamber is sprayed out as a supersonic flow; a raw material powder feeding flow path that supplies the raw material powder to the working gas discharged from the chamber, the raw material powder feeding flow path having a powder outlet located in a side wall of the working gas flow path downstream of the chamber; and a cooling means for cooling the raw material powder feeding flow path.
Use of fine particles for suppressing permeation of a liquid layer into a resin forming an underlying surface of a structural body, wherein said liquid layer is held on the underlying surface of the resin of the structural body, wherein said fine particles are dispersed in the resin.
A table arrangement for use in an aircraft seat module, the table arrangement comprising: - a table mounting structure, - a table moveably mounted to the table mounting structure such that it can move between a lowered position and a raised position, - a compensation arrangement (160, 163, 164) connected between the table and table mounting structure for reducing the force required to lift the table from the lowered position to the raised position, and - a damper arrangement for reducing the speed of the table as it moves from the raised position to the lowered position, characterised in that the compensation arrangement is mounted on a shaft, such that as the table is lowered, the shaft rotates about its longitudinal axis and in that the damping arrangement is arranged to act on the shaft to reduce the speed of its rotation about its longitudinal axis. - a table mounting structure, - a table moveably mounted to the table mounting structure such that it can move between a lowered position and a raised position, - a compensation arrangement (160, 163, 164) connected between the table and table mounting structure for reducing the force required to lift the table from the lowered position to the raised position, and - a damper arrangement for reducing the speed of the table as it moves from the raised position to the lowered position,
A display device adapted to provide a brightness inconsistency correction function, the display device being configured to: - store correction data (y, Av) for correcting variations in brightness of each pixel, and, - perform, at the time of display, a calculation with an input signal and the stored correction data to carry out brightness inconsistency correction, wherein a display area is divided into regions of n unit pixels, where n is an integer of 2 or more, said display device comprising: a memory configured to store: - an average correction value (Av) for each region, and - a specific correction value (y) for each pixel within the region; and a correction calculation section adapted to carry out the brightness inconsistency correction in each region sequentially over m frames, where m is an integer of 2 or more, and wherein the correction calculation section is further adapted to: - in each of the m frames, correct different pixels using the respective one of said specific correction values (y) so that each pixel in the region is corrected by the respective specific correction value (y) once within the m frames, and - in each of the m frames, correct the remaining pixels using the respective average correction value (Av). - store correction data (y, Av) for correcting variations in brightness of each pixel, and, - perform, at the time of display, a calculation with an input signal and the stored correction data to carry out brightness inconsistency correction, wherein a display area is divided into regions of n unit pixels, where n is an integer of 2 or more, a memory configured to store: - an average correction value (Av) for each region, and - a specific correction value (y) for each pixel within the region; and - an average correction value (Av) for each region, and - a specific correction value (y) for each pixel within the region; and - in each of the m frames, correct different pixels using the respective one of said specific correction values (y) so that each pixel in the region is corrected by the respective specific correction value (y) once within the m frames, and - in each of the m frames, correct the remaining pixels using the respective average correction value (Av).
A housing for an interface device suitable for use with a conditional access module on a chip card conforming to a credit card size standard, the conditional access module being suitable for performing secure operations, the housing comprising a slot through which the chip card may be inserted, said housing: extending in a longitudinal direction between a first end and a second end, the first end having the slot; having two opposite sides extending along the longitudinal direction; dimensioned to comply with a PCMCIA standard, and comprising: a top cover comprising metallic material; and a bottom cover comprising metallic material; said top cover and said bottom cover being adapted to interlock with each other; said housing characterised in that: the top cover and the bottom cover are adapted such that said interlocking takes place between parts of said top cover and said bottom cover, said parts comprising only metal and being located towards the ends of the housing, at least part of said parts configured to wrap sufficiently around the sides of the interface device so as to provide said interlocking while serving as guides for the chip card during insertion of the chip card; and in that: the top cover and the bottom cover are further adapted such that thus interlocked, they are detachable from each other in a non-destructive manner. extending in a longitudinal direction between a first end and a second end, the first end having the slot; having two opposite sides extending along the longitudinal direction; dimensioned to comply with a PCMCIA standard, and comprising: a top cover comprising metallic material; and a bottom cover comprising metallic material; said top cover and said bottom cover being adapted to interlock with each other; a top cover comprising metallic material; and a bottom cover comprising metallic material; said top cover and said bottom cover being adapted to interlock with each other; the top cover and the bottom cover are adapted such that said interlocking takes place between parts of said top cover and said bottom cover, said parts comprising only metal and being located towards the ends of the housing, at least part of said parts configured to wrap sufficiently around the sides of the interface device so as to provide said interlocking while serving as guides for the chip card during insertion of the chip card; and in that: the top cover and the bottom cover are further adapted such that thus interlocked, they are detachable from each other in a non-destructive manner. the top cover and the bottom cover are further adapted such that thus interlocked, they are detachable from each other in a non-destructive manner.
A method, implemented using one or more computer systems, for aligning a stream transport and MAC layer, comprising: starting a Block-ACK sequence based upon a flag, wherein the Block-ACK is a single group acknowledgment provided by a receiver; determining a relation between a video clock frequency and a video frame rate, the video clock frequency associated with an RTP stream; determining a difference between a first RTP timestamp and a second RTP timestamp, at least the first RTP timestamp derived from a packet in the RTP stream; and stopping a Block-ACK sequence if the difference is greater than zero and the difference is an integer multiple of the relation. starting a Block-ACK sequence based upon a flag, wherein the Block-ACK is a single group acknowledgment provided by a receiver; determining a relation between a video clock frequency and a video frame rate, the video clock frequency associated with an RTP stream; determining a difference between a first RTP timestamp and a second RTP timestamp, at least the first RTP timestamp derived from a packet in the RTP stream; and stopping a Block-ACK sequence if the difference is greater than zero and the difference is an integer multiple of the relation.
Method for determining defects of preimpregnated fibre material of a fibre composite material for producing a fibre composite component, said fibre material having been deposited on a tool, wherein the method comprises the following steps: - recording the fibre material surface of the deposited, preimpregnated fibre material by means of at least two image sensors (20a, 20b) of an imaging recording device in a wavelength spectrum outside the visible spectrum in order to generate digital image data of the fibre material surface; and - determining a defect on the deposited, preimpregnated fibre material, depending on the digital image data of the fibre material surface recorded by the recording device, by means of an evaluation unit, wherein first image data are recorded by a first image sensor of the recording device from a first recording direction and at least second image data are recorded by an at least second image sensor of the recording device from a second recording direction, which is different from the first recording direction, three-dimensional surface information of the fibre material surface is created from the first image data and the second image data by means of the evaluation unit and a defect is determined, depending on the surface information created, by means of the evaluation unit, wherein deposits of matrix material on the deposited, preimpregnated fibre material are detected in the recorded digital image data by means of an image recognition implemented on the evaluation unit, and wherein, by means of the evaluation unit, the first image data and the second image data are brought to congruence depending on the characteristic deposits of matrix material contained in the first image data and the second image data, wherein the three-dimensional surface information of the fibre material surface is then created depending on the digital image data brough to congruence. - recording the fibre material surface of the deposited, preimpregnated fibre material by means of at least two image sensors (20a, 20b) of an imaging recording device in a wavelength spectrum outside the visible spectrum in order to generate digital image data of the fibre material surface; and - determining a defect on the deposited, preimpregnated fibre material, depending on the digital image data of the fibre material surface recorded by the recording device, by means of an evaluation unit,
Starter motor in a starter for an internal combustion engine, wherein the starter motor has a drive shaft which is rotatably mounted in a bearing component in a housing of the starter motor, wherein a longitudinal play compensation device acting on the drive shaft is provided for reducing an axial play, wherein the longitudinal play compensation device comprises a spring fixing element (11, 13) acting on the drive shaft and holding the drive shaft in a defined axial position relative to a bearing cover, wherein the spring fixing element (11, 13) exerting an axial spring force onto the drive shaft in an axial set position of the drive shaft, said force pulling the drive shaft with a commutator in the direction of the bearing cover in which the bearing component is located, characterized in that the spring fixing element is supported on the shaft side in a groove on the outer casing of the drive shaft and/or in that the spring fixing element has at least one spring tab which abuts on the outer casing of the drive shaft with spring force.
Vacuum cleaner for cleaning and maintaining floor surfaces, comprising a fan for generating a vacuum for receiving dirt by means of an air flow and a separation system for cleaning dirt from the received air, the separation system comprising a cyclone separator, characterised in that the cyclone separator has at least one control element which can be moved between at least two positions (A, B), the control element, by means of the movement between the two positions (A, B), being designed to keep a separation particle size of the cyclone separator constant during the separation of dirt, independently of an existing volume flow value of the air flow and/or a volume flow value of the air flow that is established in the cyclone separator.
Semiconductor component including: - a first electrode, designated flat electrode, defining a plane; - a second electrode, designated active electrode, separated from the first electrode by an electrolyte layer; - a pillar, designated vertical pillar, extending essentially along an axis perpendicular to the plane defined by the flat electrode, said pillar including a third electrode, designated vertical electrode and an information storage layer, the information storage layer covering a surface of the vertical electrode; the flat electrode and the vertical pillar being laid out so as to form a memory point; said component being characterised in that the materials of the active electrode and the electrolyte layer are chosen so as to form an energy storage zone with the flat electrode. - a first electrode, designated flat electrode, defining a plane; - a second electrode, designated active electrode, separated from the first electrode by an electrolyte layer; - a pillar, designated vertical pillar, extending essentially along an axis perpendicular to the plane defined by the flat electrode, said pillar including a third electrode, designated vertical electrode and an information storage layer, the information storage layer covering a surface of the vertical electrode; the flat electrode and the vertical pillar being laid out so as to form a memory point;
A heavy duty tire comprising: a recess portion that is formed in a buttress portion and that opens toward a tire outside; and air entry and exit promotion portions (36, 38, 66, 76), each of which is linked to a side portion of the recess portion, that is open toward the tire outside, and that includes a slope (46, 52) from a surface of the tire toward a bottom portion of the recess portion, such that a depth dimension from the tire surface gradually increases; an average incline angle of the slope (46, 52) with respect to the tire surface being no greater than 45°; and the air entry and exit promotion portions (36, 38, 66, 76) being disposed at two or more locations, wherein the air entry and exit promotion portions (36, 38, 66, 76) are disposed at least at two locations corresponding to two tire circumferential direction sides of the recess portion. a recess portion that is formed in a buttress portion and that opens toward a tire outside; and air entry and exit promotion portions (36, 38, 66, 76), each of which is linked to a side portion of the recess portion, that is open toward the tire outside, and that includes a slope (46, 52) from a surface of the tire toward a bottom portion of the recess portion, such that a depth dimension from the tire surface gradually increases; an average incline angle of the slope (46, 52) with respect to the tire surface being no greater than 45°; and the air entry and exit promotion portions (36, 38, 66, 76) being disposed at two or more locations,
Spinning preparation machine, in particular a card or roller card, with an entry side for fibre tufts which are fed by means of rollers into a rotating main cylinder, and are opened, aligned and cleaned between fixed carding elements and rotating flat for cards and the main cylinder until the individual fibres are released, and the fibre web which is produced in the process is transferred from the main cylinder to a detacher, downstream of which there is at least one take-off unit for further processing or depositing the fibre web, comprising a machine control which is designed to process and regulate at least the production data, the spinning preparation machine having at least one pilot control which is designed to process data from sensors and/or drives independently of the machine control and to control at least the drives connected to the pilot control, characterised in that the at least one pilot control is arranged in the area of the main cylinder on at least one lateral shield and that the pilot control communicates with the machine control by means of a BUS-system.