mhurhangee/ep-ind-claims huggingface dataset:
A nasal cannula comprising: a body portion, having a first end and a second end, the first and second ends (6, 8) being spaced apart from one another by the body portion; a body fluid inlet port formed at the first end, and a body fluid outlet port formed at the second end; first and second nasal inlet ports (16, 20) and first and second nasal outlet ports (18, 22) each extending from the body portion of the cannula, the first and second nasal inlet ports (16, 20) being in fluid communication with the body fluid outlet port, and the first and second nasal outlet ports (18, 22) being in fluid communication with the body fluid inlet port; and first and second end caps (24, 26) at the first and second ends (6, 8) respectively, which first and second end caps (24, 26) are attachable to the body portion, and wherein the body fluid inlet port is formed in the first end cap, and the body fluid outlet port is formed in the second end cap; wherein the first and second nasal inlet ports (16, 20) are positioned further from the body portion than the first and second nasal outlet ports (18, 22). a body portion, having a first end and a second end, the first and second ends (6, 8) being spaced apart from one another by the body portion; a body fluid inlet port formed at the first end, and a body fluid outlet port formed at the second end; first and second nasal inlet ports (16, 20) and first and second nasal outlet ports (18, 22) each extending from the body portion of the cannula, the first and second nasal inlet ports (16, 20) being in fluid communication with the body fluid outlet port, and the first and second nasal outlet ports (18, 22) being in fluid communication with the body fluid inlet port; and first and second end caps (24, 26) at the first and second ends (6, 8) respectively, which first and second end caps (24, 26) are attachable to the body portion, and wherein the body fluid inlet port is formed in the first end cap, and the body fluid outlet port is formed in the second end cap; wherein the first and second nasal inlet ports (16, 20) are positioned further from the body portion than the first and second nasal outlet ports (18, 22).
A conveyor belt wear monitoring system comprising: a non-contact sensor disposed facing a surface of an upper cover rubber of a conveyor belt; and a calculation unit into which detection data from the non-contact sensor is inputted, and a flapping prevention member that comes into contact with a surface of a lower cover rubber on the opposite side of the surface of the upper cover rubber detected by the non-contact sensor, wherein the calculation unit obtains an amount of wear of the upper cover rubber by comparing pre-stored reference data with the detection data, characterized in that the non-contact sensor is configured to detect a distance to the surface of the cover rubber in a predetermined range in a belt width direction the flapping prevention member has a flat plate shape and is arranged in a position corresponding to the detection range detected by the non-contact sensor and the non-contact sensor and the flapping prevention member are arranged opposite each other with the conveyor belt therebetween. a non-contact sensor disposed facing a surface of an upper cover rubber of a conveyor belt; and a calculation unit into which detection data from the non-contact sensor is inputted, and a flapping prevention member that comes into contact with a surface of a lower cover rubber on the opposite side of the surface of the upper cover rubber detected by the non-contact sensor, wherein the calculation unit obtains an amount of wear of the upper cover rubber by comparing pre-stored reference data with the detection data, characterized in that the non-contact sensor is configured to detect a distance to the surface of the cover rubber in a predetermined range in a belt width direction the flapping prevention member has a flat plate shape and is arranged in a position corresponding to the detection range detected by the non-contact sensor and the non-contact sensor and the flapping prevention member are arranged opposite each other with the conveyor belt therebetween.
A method of protecting an integrity of a data processing system, the method comprising - determining a data string to be protected, an integrity of the data string being an indication of the integrity of the data processing system; - computing a set of parameters at least partly representing a predetermined data processing function, wherein the set of parameters represents a network of look-up tables comprising a plurality of look-up tables of a white-box implementation of at least part of a cryptographic algorithm including a cryptographic key, wherein the data string is included in the bit representation of the network of look-up tables by using a redundancy in the set of parameters; and - enabling the system to process data according to the data processing function using the set of parameters so that a change of the data string in the bit representation of the network of look-up tables causes the system to lose its capability to process the data according to the data processing function. - determining a data string to be protected, an integrity of the data string being an indication of the integrity of the data processing system; - computing a set of parameters at least partly representing a predetermined data processing function, wherein the set of parameters represents a network of look-up tables comprising a plurality of look-up tables of a white-box implementation of at least part of a cryptographic algorithm including a cryptographic key, wherein the data string is included in the bit representation of the network of look-up tables by using a redundancy in the set of parameters; and - enabling the system to process data according to the data processing function using the set of parameters so that a change of the data string in the bit representation of the network of look-up tables causes the system to lose its capability to process the data according to the data processing function.
A solid catalyst component for the polymerization of olefins comprising Mg, Ti, Cl and at least an electron donor compound of formula or in which: - B is sulphur or oxygen; - S is sulphur; - R 4 -R 7 groups, equal to or different from each other, are hydrogen or C 1 -C 15 hydrocarbon groups, optionally containing an heteroatom selected from halogen, P, S, N and Si, and R 8, equal to or different from each other, are selected from C 1 -C 15 hydrocarbon groups which can be optionally linked to form a cycle and n is an integer from 0 to 5; - X and Y are selected from R 1, -OR 1 and -NR 2 in which R 1 is selected from C 1 -C 15 hydrocarbon groups, optionally contain a heteroatom selected from halogen, P, S, N,O and Si, which can be fused together to form one or more cycles, and R is hydrogen or R 1; and R 9 -R 12, independently, are selected from hydrogen, halogens or C 1 -C 15 hydrocarbon groups optionally substituted with heteroatoms selected from halogen, P, S, N, O and Si. - B is sulphur or oxygen; - S is sulphur; - R 4 -R 7 groups, equal to or different from each other, are hydrogen or C 1 -C 15 hydrocarbon groups, optionally containing an heteroatom selected from halogen, P, S, N and Si, and R 8, equal to or different from each other, are selected from C 1 -C 15 hydrocarbon groups which can be optionally linked to form a cycle and n is an integer from 0 to 5; - X and Y are selected from R 1, -OR 1 and -NR 2 in which R 1 is selected from C 1 -C 15 hydrocarbon groups, optionally contain a heteroatom selected from halogen, P, S, N,O and Si, which can be fused together to form one or more cycles, and R is hydrogen or R 1; and R 9 -R 12, independently, are selected from hydrogen, halogens or C 1 -C 15 hydrocarbon groups optionally substituted with heteroatoms selected from halogen, P, S, N, O and Si. - X and Y are selected from R 1, -OR 1 and -NR 2 in which R 1 is selected from C 1 -C 15 hydrocarbon groups, optionally contain a heteroatom selected from halogen, P, S, N,O and Si, which can be fused together to form one or more cycles, and R is hydrogen or R 1; and R 9 -R 12, independently, are selected from hydrogen, halogens or C 1 -C 15 hydrocarbon groups optionally substituted with heteroatoms selected from halogen, P, S, N, O and Si.
A hyper-velocity impact sensor comprising: an optical fiber probe configured to transmit an optical pulse generated during impact with an object; a spectroscopic analyzer configured to receive the optical pulse and produce spectral information about the optical pulse; a connecting optical fiber configured to convey the optical pulse between the optical fiber probe and the spectroscopic analyzer; and at least one processor coupled to the spectroscopic analyzer and configured to receive and analyze the spectral information to determine a chemical composition of the object, wherein the hyper-velocity impact sensor is configured to be disposed on a projectile such that the optical fiber probe is disposed at a forward impact region of the projectile, and the spectroscopic analyzer and the at least one processor are disposed at an aft region of the projectile. an optical fiber probe configured to transmit an optical pulse generated during impact with an object; a spectroscopic analyzer configured to receive the optical pulse and produce spectral information about the optical pulse; a connecting optical fiber configured to convey the optical pulse between the optical fiber probe and the spectroscopic analyzer; and at least one processor coupled to the spectroscopic analyzer and configured to receive and analyze the spectral information to determine a chemical composition of the object, wherein the hyper-velocity impact sensor is configured to be disposed on a projectile such that the optical fiber probe is disposed at a forward impact region of the projectile, and the spectroscopic analyzer and the at least one processor are disposed at an aft region of the projectile.
A harvesting machine having a crop conveying channel with a movable bottom flap coupled to a hydraulic actuator adapted to move the flap between a closed position and an opened position, the flap in the opened position allowing to remove plugged crop from the crop conveying channel either by gravity of by operator interaction, and a crop throughput sensing arrangement comprising a pressure sensor adapted to sense a hydraulic pressure in the hydraulic actuator, wherein the pressure sensor has a signal output connected to an electronic control unit, the electronic control unit is adapted, based on the signal of the pressure sensor, to (a) store pressure values or throughput values derived therefrom in a geo-referenced manner, and/or (b) control a forward speed of the harvesting machine.
Powder bed deposition additive manufacturing machine, this additive manufacturing machine comprising a working plane comprising a working zone allowing an overlay of different powder layers to be received, a powder dispensing device, a powder spreading device and a beam emitted by a source and making it possible to selectively fuse a layer of additive manufacturing powder spread over the working zone, the working zone being defined by a manufacturing sleeve and a manufacturing plate, the sleeve extending vertically under the working plane and emerging in the working plane, the manufacturing plate sliding vertically inside the manufacturing sleeve under the effect of an actuator such as a power cylinder, the powder dispensing device comprising a powder intake allowing powder to be delivered on top of the working plane, the powder dispensing device comprising a powder tank movably mounted above the working plane and that can be displaced to under the powder intake so as to be filled with powder, the bottom part of the tank comprising a powder dispensing point, and the powder dispensing device comprising a control device controlling the flow of powder via the powder dispensing point during a displacement of the tank, the powder dispensing device allowing at least one bead of powder to be deposited on the working plane and the powder spreading device allowing a bead of powder deposited by the dispensing device to be spread over the working zone, the tank being mounted on a weighing sensor, the additive manufacturing machine is characterized in that, the spreading device taking the form of a scraper or of a roller mounted on a carriage, the tank is mounted to move by translation on the carriage of the powder spreading device, the carriage being mounted to move by translation in a longitudinal horizontal direction above the working plane and at least one working zone, and the tank being mounted to move by translation in the transverse direction on the carriage of the powder spreading device, the transversal direction being at right angles to the longitudinal direction.
Single-use package for a pressurized liquid, the package comprising - a container as a storage space for the liquid, - a filling hole formed in the container for feeding and removing the pressurized liquid; - a fitting for the filling hole; characterized by - an attachment attached from above having a fixing structure, the attachment having strut elements (19,20,21,22) which, radially further inwards, hold a fitting receptacle (23,32) connected to the fixing structure via the strut elements; - wherein the fitting is held in the fitting receptacle by means of the attachment and the fitting is thus arranged in the filling hole. - a container as a storage space for the liquid, - a filling hole formed in the container for feeding and removing the pressurized liquid; - a fitting for the filling hole; characterized by - an attachment attached from above having a fixing structure, the attachment having strut elements (19,20,21,22) which, radially further inwards, hold a fitting receptacle (23,32) connected to the fixing structure via the strut elements; - wherein the fitting is held in the fitting receptacle by means of the attachment and the fitting is thus arranged in the filling hole.
A washing machine, comprising: a tub configured to accommodate water at an inside; a rotating tub disposed at the inside of the tub; at least one or more of a boss protruded from the tub and equipped with a coupling hole; a weight balance equipped with at least one or more of a insertion hole, in which the at least one or more of the boss is inserted; characterized by a pin (50, 80, 90) comprising a pin body, inserted in the coupling hole of the boss, and a pin head, which is extended from the pin body for preventing the weight balance from separating away, and the pin body comprising at least one or more of a boss weld metal zone (52, 53), which is metal welded at the inner surface of the coupling hole for the pin to be fixed to the at least one or more boss. a tub configured to accommodate water at an inside; a rotating tub disposed at the inside of the tub; at least one or more of a boss protruded from the tub and equipped with a coupling hole; a weight balance equipped with at least one or more of a insertion hole, in which the at least one or more of the boss is inserted; characterized by a pin (50, 80, 90) comprising a pin body, inserted in the coupling hole of the boss, and a pin head, which is extended from the pin body for preventing the weight balance from separating away, and the pin body comprising at least one or more of a boss weld metal zone (52, 53), which is metal welded at the inner surface of the coupling hole for the pin to be fixed to the at least one or more boss.
A servo-control method for steering assist module, said assist module including at least one assist motor designed to provide an assist torque (C assist) intended to be added to a steering wheel torque (C volant) which is exerted by the driver on the steering wheel of the steering, said method comprising an evaluation step (a) of the steering wheel torque during which an indicator signal representative of the intensity of the steering wheel torque (C volant) exerted by the driver on the steering wheel is collected, said method comprising a monitoring step (b) during which the indicator signal representative of the intensity of the steering wheel torque (C volant) is compared to a predetermined alert threshold, then, if said indicator signal becomes greater than or equal to said alert threshold, an assist reduction step (c) during which the intensity of the assist torque (C assist) provided by the assist motor is reduced, so that the sum of the steering wheel torque (C volant) and of the assist torque (C assist) remains lower than or equal to a predetermined critical operating torque (C critique), said method being such as, during the monitoring step (b), a delay criterion is applied according to which there is set, as a condition to the triggering of the assist reduction step (c), the holding of the indicator signal at a level greater than or equal to the alert threshold during a predetermined delay time (Δt 1), said method being characterized in that the indicator signal used for the comparison to the alert threshold and for the delaying during the monitoring step (b) corresponds to the intensity of the electrical current applied to the assist motor.
Method for secure and efficient access to connection data of at least one telecommunications provider, wherein - the connection data are collected by the telecommunications provider and encrypted by the telecommunications provider, - the encrypted connection data (VDv) are transmitted to a secured environment by the telecommunications provider, - the transmitted encrypted connection data (VDv) are decrypted in the secured environment and are stored exclusively in a volatile memory of the secured environment as decrypted connection data (VDe) for a first predetermined time period, - access to the connection data is granted exclusively via a predetermined interface of the secured environment as access to the decrypted connection data (VDe) stored in the volatile memory of the secured environment, - at least one encryption key is generated by an automatic key generator in the secured environment and is transmitted to the telecommunications provider for encrypting the connection data, - in order to decrypt the transmitted encrypted connection data (VDv), at least one decryption key is generated by the automatic key generator in the secured environment, wherein the decryption key is stored exclusively in a volatile memory of the secured environment, and - the connection data are deleted at the telecommunications provider after the encrypted connection data (VDv) have been generated. - the connection data are collected by the telecommunications provider and encrypted by the telecommunications provider, - the encrypted connection data (VDv) are transmitted to a secured environment by the telecommunications provider, - the transmitted encrypted connection data (VDv) are decrypted in the secured environment and are stored exclusively in a volatile memory of the secured environment as decrypted connection data (VDe) for a first predetermined time period, - access to the connection data is granted exclusively via a predetermined interface of the secured environment as access to the decrypted connection data (VDe) stored in the volatile memory of the secured environment, - at least one encryption key is generated by an automatic key generator in the secured environment and is transmitted to the telecommunications provider for encrypting the connection data, - in order to decrypt the transmitted encrypted connection data (VDv), at least one decryption key is generated by the automatic key generator in the secured environment, wherein the decryption key is stored exclusively in a volatile memory of the secured environment, and - the connection data are deleted at the telecommunications provider after the encrypted connection data (VDv) have been generated.
A rigid packet of smoking articles comprising: a parallelepiped-shaped container having a front wall, a rear wall, a bottom wall, and two lateral walls; only one inner package, which encloses a group of smoking articles, is housed inside the container, and has a smaller cross dimension with respect to the cross dimension of the container; and a partition element, which is arranged inside the container and divides the inner volume of the container into an open-topped main chamber housing the inner package, and into an open-topped secondary chamber that may be used for housing other objects; wherein the partition element comprises a partition wall separating the two chambers (16, 17); and two appendages which are arranged on opposite sides of and perpendicular to the partition wall the packet of smoking articles being characterized in that the partition element has a tubular shape and comprises a partition rear wall connected to the two appendages, on the oppo side with respect to the partition wall. a parallelepiped-shaped container having a front wall, a rear wall, a bottom wall, and two lateral walls; only one inner package, which encloses a group of smoking articles, is housed inside the container, and has a smaller cross dimension with respect to the cross dimension of the container; and a partition element, which is arranged inside the container and divides the inner volume of the container into an open-topped main chamber housing the inner package, and into an open-topped secondary chamber that may be used for housing other objects; wherein the partition element comprises a partition wall separating the two chambers (16, 17); and two appendages which are arranged on opposite sides of and perpendicular to the partition wall the packet of smoking articles being characterized in that the partition element has a tubular shape and comprises a partition rear wall connected to the two appendages, on the oppo side with respect to the partition wall.
A surface-enhanced Raman scattering element comprising: a substrate having a principal surface; and a fine structure part formed on the principal surface and having a plurality of depressions; and wherein the depressions have respective inner surfaces provided with recessed regions; wherein the surface-enhanced Raman scattering element further comprises a conductor layer formed on the fine structure part and constituting an optical function part for generating surface-enhanced Raman scattering; wherein a plurality of gaps are formed in the conductor layer by entering the recessed regions; wherein the recessed regions are grooves; characterized in that: the conductor layer is entered in the respective grooves and is formed with the gaps along the respective grooves. a substrate having a principal surface; and a fine structure part formed on the principal surface and having a plurality of depressions; and wherein the depressions have respective inner surfaces provided with recessed regions; wherein the surface-enhanced Raman scattering element further comprises a conductor layer formed on the fine structure part and constituting an optical function part for generating surface-enhanced Raman scattering; wherein a plurality of gaps are formed in the conductor layer by entering the recessed regions; wherein the recessed regions are grooves; characterized in that: the conductor layer is entered in the respective grooves and is formed with the gaps along the respective grooves.