mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising means configured to perform: removing a portion from a first signal, the first signal including a perturbation configured to cause a machine learning system to produce an incorrect classification of the first signal, the portion being selected at random from a plurality of portions included in the first signal; replacing the portion removed from the first signal with a replacement portion; and sending the first signal with the replacement portion to a machine learning system as an input thereto. removing a portion from a first signal, the first signal including a perturbation configured to cause a machine learning system to produce an incorrect classification of the first signal, the portion being selected at random from a plurality of portions included in the first signal; replacing the portion removed from the first signal with a replacement portion; and sending the first signal with the replacement portion to a machine learning system as an input thereto.
A sorting table for fruit, comprising: - a conveyor for conveying a fruit crop along a conveying plane between an admission zone and a discharge zone , - a screen extending in the conveying plane between the admission zone and the discharge zone , the screen having openings for the passage of fruit from the conveying plane towards a zone for receiving sorted fruit, that is disposed beneath the conveying plane, and - an adjusting device for adjusting the selectivity of the sorting table, characterised by : - at least one measuring device for measuring one of a quantity of fruit and a fruit flow rate passing through the screen over at least one reference portion of the screen, the reference portion being disposed between the fruit admission zone and the discharge zone and at a spacing from the fruit admission zone. - a conveyor for conveying a fruit crop along a conveying plane between an admission zone and a discharge zone , - a screen extending in the conveying plane between the admission zone and the discharge zone , the screen having openings for the passage of fruit from the conveying plane towards a zone for receiving sorted fruit, that is disposed beneath the conveying plane, and - an adjusting device for adjusting the selectivity of the sorting table, - at least one measuring device for measuring one of a quantity of fruit and a fruit flow rate passing through the screen over at least one reference portion of the screen, the reference portion being disposed between the fruit admission zone and the discharge zone and at a spacing from the fruit admission zone.
Ahead-up display device comprising: a display for emitting display light (L) representing an image; a reflection part for reflecting the display light (L); a supported portion provided on an end of the reflection part and having a cylindrical shaft portion having a through hole ; a support portion through which the shaft portion is inserted to rotatably support the supported portion about the shaft portion ; and an elastic member (S1) having a U-shaped cross section, a first end portion (S1a), and a second end portion (S1b), in which a hole portion (S1c) is formed in the first end portion (S1a) and a spherical convex portion (S1d), that is convex toward the hole portion (S1c), is formed in the second end portion (S1b) passing through the central axis of the hole portion (S1c), wherein in a state where the supported portion is supported by the support portion , a distal end of the shaft portion is inserted into the hole portion (S1c), a distal side inner peripheral edge of the shaft portion abuts against the convex portion (S1d), and the supported portion and the support portion are pressed against each other by inner surfaces of the first end portion (Sla) and the second end portion (S1b) of the elastic member (S1), characterized in that the supported portion is formed with a plurality of spherical surfaces at predetermined intervals, and the support portion is formed with a plurality of sliding surfaces in contact with the plurality of spherical surfaces at the predetermined intervals. a display for emitting display light (L) representing an image; a reflection part for reflecting the display light (L); a supported portion provided on an end of the reflection part and having a cylindrical shaft portion having a through hole ; a support portion through which the shaft portion is inserted to rotatably support the supported portion about the shaft portion ; and an elastic member (S1) having a U-shaped cross section, a first end portion (S1a), and a second end portion (S1b), in which a hole portion (S1c) is formed in the first end portion (S1a) and a spherical convex portion (S1d), that is convex toward the hole portion (S1c), is formed in the second end portion (S1b) passing through the central axis of the hole portion (S1c), wherein in a state where the supported portion is supported by the support portion , a distal end of the shaft portion is inserted into the hole portion (S1c), a distal side inner peripheral edge of the shaft portion abuts against the convex portion (S1d), and the supported portion and the support portion are pressed against each other by inner surfaces of the first end portion (Sla) and the second end portion (S1b) of the elastic member (S1), characterized in that the supported portion is formed with a plurality of spherical surfaces at predetermined intervals, and the support portion is formed with a plurality of sliding surfaces in contact with the plurality of spherical surfaces at the predetermined intervals.
A method comprising: receiving , by a communication device during a contactless interaction with an access device , an anti-collision command; in response to the anti-collision command, transmitting, by the communication device to the access device , interoperability level data comprising a unique identifier, UID, or a pseudo unique PICC identifier, PUPI; generating (S154), by the communication device during the interaction with the access device, a cryptogram using transaction level data and the interoperability level data, wherein the transaction level data comprises data relating to application selection and transaction processing; transmitting (S156), by the communication device , the transaction level data to the access device ; and transmitting, by the communication device , the cryptogram to the access device , wherein the access device or a remote server computer in communication with the access device validates the cryptogram before allowing the interaction to proceed by receiving the cryptogram, the transaction level data, and the interoperability data, decrypting the cryptogram to obtain the transaction level data and the interoperability level data and compares the transaction level data and interoperability level data received from the communication device with the transaction level data and the interoperability level data obtained from the cryptogram to determine if the received cryptogram is validated. receiving , by a communication device during a contactless interaction with an access device , an anti-collision command; in response to the anti-collision command, transmitting, by the communication device to the access device , interoperability level data comprising a unique identifier, UID, or a pseudo unique PICC identifier, PUPI; generating (S154), by the communication device during the interaction with the access device, a cryptogram using transaction level data and the interoperability level data, wherein the transaction level data comprises data relating to application selection and transaction processing; transmitting (S156), by the communication device , the transaction level data to the access device ; and transmitting, by the communication device , the cryptogram to the access device , wherein the access device or a remote server computer in communication with the access device validates the cryptogram before allowing the interaction to proceed by receiving the cryptogram, the transaction level data, and the interoperability data, decrypting the cryptogram to obtain the transaction level data and the interoperability level data and compares the transaction level data and interoperability level data received from the communication device with the transaction level data and the interoperability level data obtained from the cryptogram to determine if the received cryptogram is validated.
Hook centering and holding device for centering and holding a member (S), particularly a body member or a member for supporting an equipment, provided with at least one centering hole (H), comprising a main body which defines a bearing surface for said member (S), a hooking member movably mounted in the main body between a resting position spaced from said bearing surface and at least one locking position close to said bearing surface in which one end of the hooking member interferes with an edge of the hole (H) to lock said member (S) with respect to the main body , and control means for controlling the movement of the hooking member which include a control mechanism operated by the movement of a rod axially slidable with respect to the main body , characterized in that it comprises a centering pin the outer surface of which has at least one conical section which diverges towards the main body and has at least one area for the backlash-free engagement of said hole (H), the centering pin being mounted axially slidable with respect to the main body and being biased by elastic thrust means tending to move it away from the main body , whereby the member (S) is locked by the hooking member in said locking position as a result of the operation of said control mechanism when the hole (H) is arranged at said backlash-free engagement zone of said diverging conical section and the member (S) rests on said bearing surface against the action of said elastic thrust means of the centering pin .
An anti-angiogenic compound consisting of itraconazole for use in inhibiting persistent and/or unregulated angiogenesis in a subject.
A method for producing a multi-ply cellulose tissue paper web material, comprising at least a first ply (V1) and a second ply (V2) bonded to each other, wherein the first ply (V1) is fed between an embossing roller and a first pressure roller , wherein the embossing roller is provided with embossing protuberances (57; 59; 101; 103) distributed according to first annular bands on a lateral surface of the embossing roller , between which there are interposed second annular bands without embossing protuberances; and wherein the first ply (V1) is embossed along longitudinal embossing bands (53; 102), and calendered along longitudinal calendering bands (51; 104), as a result of co-action of the embossing roller with the pressure roller ; and wherein after calendering and embossing, the first ply (V1) and the second ply (V2) are bonded to one another.
A control method for a power supply apparatus comprising a first battery pack , a second battery pack , and a direct current converter , the control method being applicable to a battery management system BMS of a vehicle, and comprising: controlling (S510), under a condition that the vehicle is in a driving state, the first battery pack to supply power to a first load of the vehicle, and controlling the first battery pack and the second battery pack to supply power to a second load of the vehicle; acquiring (S520), in a process of supplying power to the first load and the second load , a capacity parameter of the first battery pack and a capacity parameter of the second battery pack ; controlling (S530), under a condition that an absolute value of a difference between the capacity parameter of the first battery pack and the capacity parameter of the second battery pack is greater than a preset threshold, the direct current converter to transmit electric energy of a high-capacity battery pack to a low-capacity battery pack, wherein the high-capacity battery pack is a battery pack with a higher capacity parameter of the first battery pack and the second battery pack , and the low-capacity battery pack is a battery pack with a lower capacity parameter of the first battery pack and the second battery pack . controlling (S510), under a condition that the vehicle is in a driving state, the first battery pack to supply power to a first load of the vehicle, and controlling the first battery pack and the second battery pack to supply power to a second load of the vehicle; acquiring (S520), in a process of supplying power to the first load and the second load , a capacity parameter of the first battery pack and a capacity parameter of the second battery pack ; controlling (S530), under a condition that an absolute value of a difference between the capacity parameter of the first battery pack and the capacity parameter of the second battery pack is greater than a preset threshold, the direct current converter to transmit electric energy of a high-capacity battery pack to a low-capacity battery pack, wherein the high-capacity battery pack is a battery pack with a higher capacity parameter of the first battery pack and the second battery pack , and the low-capacity battery pack is a battery pack with a lower capacity parameter of the first battery pack and the second battery pack .
A method of preparing a transparent polyimide film, comprising the steps of: copolymerizing an aromatic dianhydride and an aromatic diamine to obtain polyamic acid; and casting the polyamic acid on a support to imidize the polyamic acid, wherein the method further comprises the step of introducing an additive for improving tear strength before or after obtaining the polyamic acid, wherein the additive is at least one selected from among polyphenylsilsesquioxane, tetramethoxy silane, tetraethoxy silane, tetrabutoxy silane, 3-aminopropyl triethoxy silane, and 3-aminopropyl trimethoxy silane,and wherein the additive is included in an amount of 0.001 ∼ 20 parts by weight based on 100 parts by weight of the polyamic acid. copolymerizing an aromatic dianhydride and an aromatic diamine to obtain polyamic acid; and casting the polyamic acid on a support to imidize the polyamic acid, wherein the method further comprises the step of introducing an additive for improving tear strength before or after obtaining the polyamic acid, wherein the additive is at least one selected from among polyphenylsilsesquioxane, tetramethoxy silane, tetraethoxy silane, tetrabutoxy silane, 3-aminopropyl triethoxy silane, and 3-aminopropyl trimethoxy silane,and wherein the additive is included in an amount of 0.001 ∼ 20 parts by weight based on 100 parts by weight of the polyamic acid.
Method for operating an electroacoustic system , in which an electroacoustic device is arranged to at least partially occlude an ear canal, at least partially on one ear, in which a signal processing device is used to process an incoming signal to the electroacoustic device , and in which at least one correction unit of the signal processing device is used to modify the signal incoming to the device , and by means of the at least one correction unit an outgoing signal from the device is generated to achieve acoustic transparency, by which, on the basis of the outgoing signal, a received signal is generated on the eardrum which is adapted to correspond to a free-ear received signal at the eardrum in the case of a free ear canal without the device , wherein the at least one correction unit possesses a first correction filter (A) and a second correction filter (B), and the first correction filter (A) of the at least one correction unit is arranged upstream of the second correction filter (B) of the at least one correction unit , wherein the incoming signal is firstly modified by the first correction filter (A) to achieve acoustic transparency, wherein for the determination of the first correction filter (A) of the at least one correction unit a total pressure (P tot ) of an outer acoustic signal within the ear canal at least partially occluded by the device is equated by taking into account the first correction filter (A) with an expected target pressure (P T,E ), wherein the first correction filter (A), by taking into account a passageway pressure (P HT ) measured by means of the inner receiver associated with the device and facing the eardrum of the ear, is determined with the following equation: A = P T , E − P HT P tot − P HT and then the modified incoming signal is modified by means of the second correction filter (B) to filter out transmission effects in the area from the device to the ear drum on the basis of the at least partial occlusion of the ear canal by the device .
Packaging machine, comprising at least a strip , translatable in a direction of translation (L) and provided with organized blisters and a distribution apparatus able to transfer and position tablets or suchlike in the blisters of said strip , characterized in that said distribution apparatus comprises at least a pair of separate distributor members , rotatable and provided with holes configured to present themselves on each occasion in correspondence with said blisters of said strip , in order to transfer and position said tablets or suchlike in said blisters in corresponding zones or sectors (S1, S2) of said strip , separate from each other, wherein said distributor members comprise discs or annular elements, that are independent and concentric with respect to each other and wherein the distribution apparatus comprises a support provided with at least a slit for the passage of the tablets or suchlike, said slit being disposed above the blisters of the strip .
A fastener for a roof installation support , in particular a support for a solar technology system, comprising an at least sectionally flexible baseplate section and exactly one substantially stiff profile section projecting upward from the baseplate section and constructed to surround and positively fix a profile section of the roof installation support, wherein a height of the profile section is greater than a width of the profile section and wherein the direction of the height is perpendicular to the surface of the baseplate section and the direction of the width is perpendicular to the direction of the height and the longitudinal direction provided by the extension of the profile section, characterized in that the baseplate section has a strip-like first partial section from which the profile section rises up and a second partial section , which extends from the first partial section up to a longitudinal side as a widened area and is more flexible than the first partial section.
A bioink composition for cartilage regeneration, the bioink composition comprising: a first liquid comprising an adipose tissue-derived stromal vascular fraction, hyaline cartilage powder, and fibrinogen, wherein the first liquid comprises fibrinogen in an amount of 65 mg to 115 mg per ml of the first liquid; and a second liquid comprising thrombin dissolved in a calcium chloride solution, wherein the second liquid comprises thrombin in an amount of 400 IU to 600 IU and 5 mg to 6.5 mg of calcium chloride per ml of the second liquid. a first liquid comprising an adipose tissue-derived stromal vascular fraction, hyaline cartilage powder, and fibrinogen, wherein the first liquid comprises fibrinogen in an amount of 65 mg to 115 mg per ml of the first liquid; and a second liquid comprising thrombin dissolved in a calcium chloride solution, wherein the second liquid comprises thrombin in an amount of 400 IU to 600 IU and 5 mg to 6.5 mg of calcium chloride per ml of the second liquid.
Transport vehicle which has a chassis having at least two active steering axles , wherein the chassis comprises at least two chassis portions , which each carry a row of running gears (10a, 10b; 10a', 10b') which are arranged one behind the other and which each have at least one wheel rotation arrangement (11a, 11b; 11a', 11b') which can preferably be adjusted transversely relative to a vertical longitudinal centre plane of the transport vehicle , wherein at a transverse side of the transport vehicle a coupling apparatus having a coupling element which is supported so as to be able to be pivoted about an axis in the coupling apparatus and by means of which the transport vehicle can be coupled to a towing or pushing vehicle which moves it, characterised in that the coupling apparatus has at least four control cylinders (30a-30d), wherein at least two control cylinders are connected with the ring-side end thereof by means of piston rods at a first side of the pivotable coupling element and with the piston-side end thereof to the coupling apparatus and at least two control cylinders are connected to the ring-side end thereof by means of piston rods with a second side of the pivotable coupling element and with the piston-side end thereof to the coupling apparatus , in that the two first running gears and the two second running gears each have a steering cylinder (40a, 40b; 40c, 40d), wherein a first steering cylinder (40a or 40c) engages on a first wheel rotation arrangement (11a or 11b) and a second steering cylinder (40b or 40d) engages on a second wheel rotation arrangement (11a' or 11b') in such a manner that a piston-side end of the corresponding steering cylinder (40a-40d) is connected to the chassis and a ring-side end via a corresponding piston rod acts on a steering unit (14 or 14') of the corresponding pair of wheel rotation arrangements (11a, 11a', or 11b, 11b') and in that a piston-side connection opening (32a-32d) of a control cylinder (30a-30d) is connected to a piston-side connection opening (42a-42d) of the steering cylinder (40a-40d) which is associated with this control cylinder (30a-30d) and a ring-side connection opening (43a-43d) of this steering cylinder (40a-40d) is connected to a ring-side connection opening (33a-33d) of this control cylinder (30a-30d) via corresponding hydraulic lines (35a-35d, 36a-36d).
A molded article , comprising a tubular base portion and an opening portion disposed in the base portion , wherein the base portion has a base wall , a first side wall , a second side wall and an opposite wall , a peripheral edge of the opening portion has a pair of long-side portions opposite to each other and a pair of short-side portions disposed to be connected to the pair of long-side portions , characterized in that multiple V-groove-shaped first ribs are disposed at a position adjacent to the opening portion , along the long-side portion on a side of the first side wall and along the pair of short-side portions .