mhurhangee/ep-ind-claims huggingface dataset:
System for unwinding reels of a textile substrate, adapted to feed the substrate to a machine for the manufacturing of a multi-layer product such as a rubber-coated cord, comprising: a first unwinder having a first support for a reel of substrate and a second unwinder having a second support for a reel of substrate, and a press for joining together the substrate, the press comprising two surfaces (3, 4); guide cylinders which are arranged so as to convey a substrate in use, which is selectively unwound from a reel housed in one of said two unwinders, towards an outlet section of the unwinding system, with a path of the substrate passing between the two surfaces (3, 4) of the press; an insertion system (104, 204) adapted to introduce between the two surfaces of the press a replacement substrate which is selectively unwound from a reel housed inside the other of said two unwinders; at least one device adapted to provide an adhesion means between the substrate in use and the replacement substrate; a cutting device (109, 209) adapted to selectively cut the substrate in use with a cut upstream of the press; characterised in that the system for inserting the substrate comprises, for each unwinder (100, 200), a respective gripper (104, 204) guided and motor-driven along a closed path (105, 205) between a zone close to the respective reel support of the unwinder and the zone of accommodation of the press, said path of the gripper passing between the two surfaces (3, 4) of the press when the press is open. a first unwinder having a first support for a reel of substrate and a second unwinder having a second support for a reel of substrate, and a press for joining together the substrate, the press comprising two surfaces (3, 4); guide cylinders which are arranged so as to convey a substrate in use, which is selectively unwound from a reel housed in one of said two unwinders, towards an outlet section of the unwinding system, with a path of the substrate passing between the two surfaces (3, 4) of the press; an insertion system (104, 204) adapted to introduce between the two surfaces of the press a replacement substrate which is selectively unwound from a reel housed inside the other of said two unwinders; at least one device adapted to provide an adhesion means between the substrate in use and the replacement substrate; a cutting device (109, 209) adapted to selectively cut the substrate in use with a cut upstream of the press; characterised in that the system for inserting the substrate comprises, for each unwinder (100, 200), a respective gripper (104, 204) guided and motor-driven along a closed path (105, 205) between a zone close to the respective reel support of the unwinder and the zone of accommodation of the press, said path of the gripper passing between the two surfaces (3, 4) of the press when the press is open.
A method of displaying images in a portable device including a sensor to sense an orientation of the portable device, comprising: displaying a plurality of text blocks (310-1, 310-2, 310-3, 310-4) and at least one multimedia block (320-1, 320-2, 320-3, 320-4) when the portable device is oriented in a first direction; and in response to sensing, by the sensor, that the orientation of the portable device changes from the first direction to a second direction: determining an order of the plurality of text blocks (310-1, 310-2, 310-3, 310-4); calculating at least one vector by connecting central points of the plurality of text blocks (310-1, 310-2, 310-3, 310-4) in sequence based on the order of the plurality of text blocks (310-1, 310-2, 310-3, 310-4); and arranging and displaying the plurality of text blocks (310-1, 310-2, 310-3, 310-4) and the at least one multimedia block (320-1, 320-2, 320-3, 320-4) in a display order based on a distance between the at least one vector and the central points (T 1, T 2, T 3, T 4, M 1, M 2, M 3, M 4) of the plurality of text blocks (310-1, 310-2, 310-3, 310-4) and the at least one multimedia block (320-1, 320-2, 320-3, 320-4). displaying a plurality of text blocks (310-1, 310-2, 310-3, 310-4) and at least one multimedia block (320-1, 320-2, 320-3, 320-4) when the portable device is oriented in a first direction; and in response to sensing, by the sensor, that the orientation of the portable device changes from the first direction to a second direction: determining an order of the plurality of text blocks (310-1, 310-2, 310-3, 310-4); calculating at least one vector by connecting central points of the plurality of text blocks (310-1, 310-2, 310-3, 310-4) in sequence based on the order of the plurality of text blocks (310-1, 310-2, 310-3, 310-4); and arranging and displaying the plurality of text blocks (310-1, 310-2, 310-3, 310-4) and the at least one multimedia block (320-1, 320-2, 320-3, 320-4) in a display order based on a distance between the at least one vector and the central points (T 1, T 2, T 3, T 4, M 1, M 2, M 3, M 4) of the plurality of text blocks (310-1, 310-2, 310-3, 310-4) and the at least one multimedia block (320-1, 320-2, 320-3, 320-4). determining an order of the plurality of text blocks (310-1, 310-2, 310-3, 310-4); calculating at least one vector by connecting central points of the plurality of text blocks (310-1, 310-2, 310-3, 310-4) in sequence based on the order of the plurality of text blocks (310-1, 310-2, 310-3, 310-4); and arranging and displaying the plurality of text blocks (310-1, 310-2, 310-3, 310-4) and the at least one multimedia block (320-1, 320-2, 320-3, 320-4) in a display order based on a distance between the at least one vector and the central points (T 1, T 2, T 3, T 4, M 1, M 2, M 3, M 4) of the plurality of text blocks (310-1, 310-2, 310-3, 310-4) and the at least one multimedia block (320-1, 320-2, 320-3, 320-4).
A method for controlling a relay; wherein the method comprises - applying, at a control time instant, a control signal to a control port of the relay for initiating a switch-off event or a switch-on event of the relay; wherein the control time instant depends on a previously determined control delay of the relay; - measuring a relay signal during the switch-off event or the switch-on event of the relay; characterised in that the relay signal corresponds to or is indicative of a course of a coil current through a coil of the relay during the switch-off event or the switch-on event of the relay; wherein the relay comprises a movable anchor; wherein the coil is configured to exert a force onto the anchor subject to the coil current at the control port, in order to connect contacts of the relay; - detecting arc noise comprised within the relay signal, which is caused by an arc between the contacts of the relay; - determining arc information regarding the formation of an arc between the contacts of the relay during the switch-off event or the switch-on event of the relay based on the detected arc noise; and - updating the control delay based on the arc information. - applying, at a control time instant, a control signal to a control port of the relay for initiating a switch-off event or a switch-on event of the relay; wherein the control time instant depends on a previously determined control delay of the relay; - measuring a relay signal during the switch-off event or the switch-on event of the relay; characterised in that the relay signal corresponds to or is indicative of a course of a coil current through a coil of the relay during the switch-off event or the switch-on event of the relay; wherein the relay comprises a movable anchor; wherein the coil is configured to exert a force onto the anchor subject to the coil current at the control port, in order to connect contacts of the relay; - detecting arc noise comprised within the relay signal, which is caused by an arc between the contacts of the relay; - determining arc information regarding the formation of an arc between the contacts of the relay during the switch-off event or the switch-on event of the relay based on the detected arc noise; and - updating the control delay based on the arc information.
Pull-tab configured to be attached to a lid of a container, the pull-tab having a grip portion and a front portion, and formed from a portion of a sheet of metal (i.e. sheet), the sheet having a thickness, wherein (a) the grip portion has a hole, the hole being at least partially surrounded by a gripping edge (12; 12a, 12b, 12c) of the grip portion, the grip portion being adjacent to the front portion of the pull-tab along a length axis thereof; and (b) the front portion of the pull-tab is mechanically reinforced by a reinforcing layer (25; 25a, 25b, 25c, 25d, 25e); characterized in that (c) the reinforcing layer is made from a sheet portion that is a scrap portion of the sheet portion used to manufacture the pull-tab, and wherein the scrap portion of the sheet metal was removed or punched out at least partially to form the hole in the grip portion of the pull-tab. (a) the grip portion has a hole, the hole being at least partially surrounded by a gripping edge (12; 12a, 12b, 12c) of the grip portion, the grip portion being adjacent to the front portion of the pull-tab along a length axis thereof; and (b) the front portion of the pull-tab is mechanically reinforced by a reinforcing layer (25; 25a, 25b, 25c, 25d, 25e); characterized in that (c) the reinforcing layer is made from a sheet portion that is a scrap portion of the sheet portion used to manufacture the pull-tab, and wherein the scrap portion of the sheet metal was removed or punched out at least partially to form the hole in the grip portion of the pull-tab.
Non-evaporable getter alloy consisting of: a. vanadium from 18 to 40% by atoms b. aluminum from 5 to 25% by atoms c. one or more optional additional element selected from the group consisting of iron, chromium, manganese, cobalt or nickel in an amount comprised between 0,1 and 3% by atoms with respect to the alloy d. zirconium in the amount to balance the alloy to 100% by atoms, wherein said one or more optional additional element is in an amount lower than 10% of the aluminum atomic percentage content in the alloy. a. vanadium from 18 to 40% by atoms b. aluminum from 5 to 25% by atoms c. one or more optional additional element selected from the group consisting of iron, chromium, manganese, cobalt or nickel in an amount comprised between 0,1 and 3% by atoms with respect to the alloy d. zirconium in the amount to balance the alloy to 100% by atoms,
A system for multiplexing data Di and one or more streams containing video data D video in a fixed bit rate transmission channel, comprising at least one system configuration interface, one multiplexer and its controller, said multiplexer comprising one to n inputs receiving the one or more streams containing video data D video, one bit rate allocator, said system being characterised in that said multiplexer comprises one input for the data Di to be multiplexed, and said system comprises at least the following elements: a memory that receives the data to be multiplexed with the one or more streams containing video data D video, a bit rate estimator that transmits a bit rate request Rd to said bit rate allocator, said bit rate request Rd is transmitted to said controller of said multiplexer and is delayed, said controller is adapted to read, from said memory, the data Di to be multiplexed at the level of said bit rate request Rd.
Article having a single- or multilayered main body having elastic properties, characterized in that at least one layer D of the main body is constructed from a rubber mixture which is free from halogen-containing flame retardants and contains at least one carbon black having a BET surface area according to DIN-ISO 9277 between 35 and 140 m 2 /g and an oil absorption number according to ISO 4656 between 70 and 140 ml/100g and additionally contains zinc hydroxystannate or zinc stannate or a combination of zinc hydroxystannate and zinc stannate and wherein the article is an air spring bellows, a metal-rubber element, a vibration damper, a damping element of a bearing, of a bushing or of a multilayered spring or conical spring.
Locking mechanism comprising a main cylinder, a fixed base and articulated arms equipped with rods holders (4.1); the main cylinder has a cylindrical body, partially tubular, suitable for receiving a core lock (2.1); one end of the main cylinder, the end opposite to the end suitable for receiving a core lock providing a slot diametrically disposed forming two solid semicircular walls (2.2); each of the semicircular walls (2.2) incorporates a latitudinal passing hole (2.3); the holes (2.3) of the semicircular walls (2.2) are aligned; the fixed base consists preferably of a monobloc body provided with a centrally disposed hole (3.1) of circular contour, one of the faces of the fixed base further provided with two articulation tabs (3.2) which are arranged spaced apart and aligned by the hole (3.1); each of the articulation tab is formed by two parallel walls (3.3) spaced by a gap, with each parallel wall (3.3) incorporating a latitudinal passing hole (3.4); the holes (3.4) of a same articulation tab are aligned to each other; the articulated arms, existing in pairs, comprise bodies with an "L" shaped profile, that is, each articulated arm comprise a "horizontal" extension followed by a "vertical" portion; each of the articulated arms comprise three through holes (4.2), (4.3) and (4.4); the through hole (4.2) is oblong and shaped at one end of the articulated arm, the through hole (4.3) is circular and arranged at the other end of the articulated arm, the through hole (4.4) is circular and arranged at the center, in a region where there is a 90° curve which defines the "L" shaped profile of the articulated arm, the through hole (4.4) of each arm is linked to one of the articulation tabs (3.2) of the fixed base; the through holes (4.2) of the articulated arms are intended for the reception of rods holders (4.1), wherein a cylinder directly connects the holes (2.3) of the main cylinder to the oblong through holes (4.2) of the articulated arms, and a spring positioned about the main cylinder for biasing the main cylinder away from the fixed base.
A heating device with a combustion chamber for burning bio mass material, comprising a furnace housing, at least one outflow opening for discharging flue gases resulting from the combustion of biomass from the combustion chamber, at least one flue gas outlet opening for conducting flue gases resulting from the combustion of biomass into a chimney or into an intermediately arranged flue gas pipe, at least one heat exchanger fluidically integrated between the outflow opening and the flue gas outlet opening and having at least one flue gas duct (35, 35') for extracting heat energy from the flue gases conducted through the flue gas duct (35, 35') and for transferring heat energy to the ambient air of the heating device, and at least one flue gas fan for developing or accelerating a flue gas flow in the flue gas duct (35, 35') of the heat exchanger, wherein the flue gas duct (35, 35') comprises a first duct section and at least one further duct section, the first and the at least one further duct section (36, 37) each running vertically, being arranged next to one another and being fluidically connected in series, and wherein the inlet for the flue gases conducted through the flue gas duct (35, 35') of the heat exchanger is formed in the upper end section of the first duct section and the outlet is formed in the upper end section of the last duct section of the flue gas duct (35, 35') in the direction of flow, characterized, in that the duct sections (36, 37) for forming the flue gas duct (35, 35') are formed by metal profiles (44, 45) open on one side in cross-section, for example by metal profiles (44, 45) substantially C- or U-shaped in cross-section, which, in connection with metallic wall sections of the furnace housing, in particular in connection with a combustion chamber rear wall of the furnace housing, form the gas-tight flue gas duct (35, 35') closed transversely to the flow direction of the flue gases.
A video processing apparatus comprising: a first acquisition unit structured to acquire main video data including a video area of a shape having a curved portion from a main picture-capturing unit installed at a predetermined position in a moving object; a second acquisition unit structured to acquire sub-video data from a first sub-picture capturing unit installed at another position in the moving object; a combiner structured to combine video data that is generated on the basis of the sub-video data and has a shape fitting to a free area other than the video area of each frame of the main video data, the free area not including video information, and arrange the video data in the free area; and a generator structured to generate one moving picture file on the basis of the combined video data, further comprising a processor structured to process the sub-video data to generate video data having a shape that fits in the free area, wherein the processor executes processing including a process of deforming the sub-video data so as to align a motion vector of the sub-video with a motion vector of an area neighboring to the free area in the main video according to a motion of the moving object. a first acquisition unit structured to acquire main video data including a video area of a shape having a curved portion from a main picture-capturing unit installed at a predetermined position in a moving object; a second acquisition unit structured to acquire sub-video data from a first sub-picture capturing unit installed at another position in the moving object; a combiner structured to combine video data that is generated on the basis of the sub-video data and has a shape fitting to a free area other than the video area of each frame of the main video data, the free area not including video information, and arrange the video data in the free area; and a generator structured to generate one moving picture file on the basis of the combined video data, further comprising a processor structured to process the sub-video data to generate video data having a shape that fits in the free area, wherein the processor executes processing including a process of deforming the sub-video data so as to align a motion vector of the sub-video with a motion vector of an area neighboring to the free area in the main video according to a motion of the moving object.
A method for a system information, SI, request procedure performed by a user equipment, UE,, the method comprising: receiving minimum system information comprising a system information block type 1, SIB1, from a cell; receiving a random access response from the cell; transmitting, by a medium access control, MAC, entity of the UE, a first message including a common control channel, CCCH, service data unit, SDU, to the cell, wherein the CCCH SDU includes a radio resource control, RRC, SI request message received by the MAC entity from an RRC entity of the UE via a Signaling Radio Bearer 0, SRB0, and the minimum SI does not include information related to a Random Access, RA, preamble or a Physical Random Access Channel, PRACH, occasion specific to SI requested by the RRC SI request message; receiving, from the cell, a MAC control element, CE, including a UE contention resolution identity after the RRC SI request message is received by the MAC entity from the RRC entity of the UE via the SRB0; and indicating, by the MAC entity of the LTE, reception of an acknowledgment for the RRC SI request message to the RRC entity of the UE after determining that the UE contention resolution identity in the MAC CE matches a portion of the CCCH SDU in the first message, the portion of the CCCH SDU including a plurality of starting bits of the CCCH SDU. receiving minimum system information comprising a system information block type 1, SIB1, from a cell; receiving a random access response from the cell; transmitting, by a medium access control, MAC, entity of the UE, a first message including a common control channel, CCCH, service data unit, SDU, to the cell, wherein the CCCH SDU includes a radio resource control, RRC, SI request message received by the MAC entity from an RRC entity of the UE via a Signaling Radio Bearer 0, SRB0, and the minimum SI does not include information related to a Random Access, RA, preamble or a Physical Random Access Channel, PRACH, occasion specific to SI requested by the RRC SI request message; receiving, from the cell, a MAC control element, CE, including a UE contention resolution identity after the RRC SI request message is received by the MAC entity from the RRC entity of the UE via the SRB0; and indicating, by the MAC entity of the LTE, reception of an acknowledgment for the RRC SI request message to the RRC entity of the UE after determining that the UE contention resolution identity in the MAC CE matches a portion of the CCCH SDU in the first message, the portion of the CCCH SDU including a plurality of starting bits of the CCCH SDU.
Method for transmitting three data signals from a USB signal in which the first data signal is transmitted differentially via a first conductor pair and the second data signal is transmitted differentially via a second conductor pair, characterised in that a signal portion (D+) of the third data signal is transmitted as a common mode component via the first conductor pair and a reference portion (D-) of the third data signal is transmitted as a common mode component via the second conductor pair.
A method comprising: receiving, by a security manager SM core of an integrated circuit, a digitally signed command, wherein the command is associated with an encrypted payload; obtaining, by the security manager SM core, a public key from a secure memory of the integrated circuit; verifying, by the security manager SM core, a signature associated with the command using the public key, and executing, by the security manager SM core, the command to configure operation of the integrated circuit, wherein executing the command comprises updating a state of a feature of a plurality of features of the integrated circuit, wherein updating the state of the feature causes configuring the feature, and wherein the method further comprises: deriving, by the security manager SM core, a mixed key using a base key accessible manager SM core; to the security deriving, by the security manager SM core, a transport key using the mixed key; decrypting, by the security manager SM core, the encrypted payload using the transport key; delivering, by the security manager SM core, the decrypted payload to the feature. receiving, by a security manager SM core of an integrated circuit, a digitally signed command, wherein the command is associated with an encrypted payload; obtaining, by the security manager SM core, a public key from a secure memory of the integrated circuit; verifying, by the security manager SM core, a signature associated with the command using the public key, and executing, by the security manager SM core, the command to configure operation of the integrated circuit, wherein executing the command comprises updating a state of a feature of a plurality of features of the integrated circuit, wherein updating the state of the feature causes configuring the feature, executing the command comprises updating a state of a feature of a plurality of features of the integrated circuit, wherein updating the state of the feature causes configuring the feature, and wherein the method further comprises: deriving, by the security manager SM core, a mixed key using a base key accessible manager SM core; to the security deriving, by the security manager SM core, a transport key using the mixed key; decrypting, by the security manager SM core, the encrypted payload using the transport key; delivering, by the security manager SM core, the decrypted payload to the feature. deriving, by the security manager SM core, a mixed key using a base key accessible manager SM core; to the security deriving, by the security manager SM core, a transport key using the mixed key; decrypting, by the security manager SM core, the encrypted payload using the transport key; delivering, by the security manager SM core, the decrypted payload to the feature.