mhurhangee/ep-ind-claims huggingface dataset:
A method implemented by a computing device to monitor the performance of packet processing in an in-line service chain, the computing device in communication with a plurality of network devices forming a software defined network, SDN, and the in-line service chain, the SDN including a controller implemented by the computing device to configure the plurality of network devices, the plurality of devices including a set of switches monitoring packets traversing the in-line service chain including at least one service, characterized in that the method comprises the steps of: checking whether a packet was lost after traversing the at least one service; adding to a switch packet loss tally where the packet was lost; adding to a switch packet delay tally where the packet was not lost; sorting a list of the set of switches according to corresponding switch packet loss tally to generate a sorted loss list; sorting a list of the set of switches according to corresponding switch delay tally to generate a sorted delay list; and combining the sorted delay list and the sorted loss list to create an overall list of the set of switches according to an order in the sorted loss list and the sorted delay list. checking whether a packet was lost after traversing the at least one service; adding to a switch packet loss tally where the packet was lost; adding to a switch packet delay tally where the packet was not lost; sorting a list of the set of switches according to corresponding switch packet loss tally to generate a sorted loss list; sorting a list of the set of switches according to corresponding switch delay tally to generate a sorted delay list; and combining the sorted delay list and the sorted loss list to create an overall list of the set of switches according to an order in the sorted loss list and the sorted delay list.
Rubber composition based on at least: - a diene elastomer comprising mainly at least one isoprene elastomer; - a reinforcing filler comprising: o from 10 to 35 parts by weight per hundred parts by weight of elastomer, phr, of carbon black having a BET specific surface area of less than 70 m 2 /g, and o from 10 to 40 phr of silica; - a coupling agent in a content corresponding to a range extending from 5% to 15% by weight relative to the weight of silica; and - a crosslinking system; in which the total content of carbon black and silica is between 20 and 70 phr, and in which the weight ratio of carbon black to silica is within a range extending from 0.7 to 1.3, said composition comprising stearic acid or a salt thereof, the content of stearic acid or of a salt thereof being within a range extending from 0.5 to 1 phr, said composition also comprising a metal oxide selected from the group consisting of oxides of group II, IV, V, VI, VII and VIII metals, and mixtures thereof, the content of metal oxide being within a range extending from 6 to 10 phr. - a diene elastomer comprising mainly at least one isoprene elastomer; - a reinforcing filler comprising: o from 10 to 35 parts by weight per hundred parts by weight of elastomer, phr, of carbon black having a BET specific surface area of less than 70 m 2 /g, and o from 10 to 40 phr of silica; o from 10 to 35 parts by weight per hundred parts by weight of elastomer, phr, of carbon black having a BET specific surface area of less than 70 m 2 /g, and o from 10 to 40 phr of silica; - a coupling agent in a content corresponding to a range extending from 5% to 15% by weight relative to the weight of silica; and - a crosslinking system; in which the total content of carbon black and silica is between 20 and 70 phr, and in which the weight ratio of carbon black to silica is within a range extending from 0.7 to 1.3, said composition comprising stearic acid or a salt thereof, the content of stearic acid or of a salt thereof being within a range extending from 0.5 to 1 phr, said composition also comprising a metal oxide selected from the group consisting of oxides of group II, IV, V, VI, VII and VIII metals, and mixtures thereof, the content of metal oxide being within a range extending from 6 to 10 phr.
A method in a signal processing unit for associating a received V2X transmission with one or more sensor detections, the method comprising; receiving the V2X transmission, the V2X transmission comprising vehicle data related to a vehicle, obtaining sensor data from one or more ego vehicle sensors, the sensor data comprising the one or more sensor detections, comparing the vehicle data to the sensor detections, and associating at least one of the sensor detections with the V2X transmission based on the comparison between sensor detections and the vehicle data, whereby a sensor detection is associated with the V2X transmission if the respective sensor data corresponds to the vehicle data, where the vehicle data comprises vehicle type, and the sensor data comprises a measure of cross-section area, size, or volume. receiving the V2X transmission, the V2X transmission comprising vehicle data related to a vehicle, obtaining sensor data from one or more ego vehicle sensors, the sensor data comprising the one or more sensor detections, comparing the vehicle data to the sensor detections, and associating at least one of the sensor detections with the V2X transmission based on the comparison between sensor detections and the vehicle data, whereby a sensor detection is associated with the V2X transmission if the respective sensor data corresponds to the vehicle data, where the vehicle data comprises vehicle type, and the sensor data comprises a measure of cross-section area, size, or volume.
An antibody constant region comprising an amino acid sequence in which Cys at position 102 (position 219 (EU numbering)), Cys at position 103 (position 220 (EU numbering)), His at position 147 (position 268 (EU numbering)), Arg at position 234 (position 355 (EU numbering)), and Gln at position 298 (position 419 (EU numbering)) in the amino acid sequence of SEQ ID NO: 8 (IgG2 constant region) are substituted with other amino acids, wherein said amino acid substitutions reduce heterogeneity of the hinge region and improve antibody pharmacokinetics, and wherein said antibody constant region comprises an amino acid sequence also comprising deletions of Gly at position 325 (position 446 (EU numbering)) and Lys at position 326 (position 447 (EU numbering)).
Multi-functional unit for a passenger car, which can be used as a container for the reception of objects to be transported, the container being convertible from a collapsed inoperative position (Rst) to an erected operative position (Bst) and vice versa, wherein the container, which is constructed in the manner of a box, can be secured outside the bodywork to a support system and has upright walls (37; 38 and 39; 40), which are supported on a base and carry a cover in the operative position (Bst), wherein the walls (37; 38 and 39; 40), the base and the cover substantially consist of a dimensionally rigid material and in the inoperative position (Rst) represent a relatively flat, pack-type unit, characterised in that the unit representing a flat pack in the inoperative position (Rst) can be installed in a rear of the passenger car as a rear shelf above a bodywork space, and in that it is, when acting as rear shelf, held in position by means of latching bolts (Rb1 and Rb2) and latching receptacles (Ra1 and Ra2), wherein at least one latching bolt (Rb1 and Rb2) is mounted on the rear shelf and at least one latching receptacle (Ra1 and Ra2) is mounted on side members (22 and 23) of the interior structure and/or at least one latching receptacle is mounted on the rear shelf and at least one latching bolt is mounted on side members (22 and 23) of the interior structure.
A pin shaft dismounting and mounting device for dismounting and mounting a pin shaft on a connecting seat, the pin shaft is provided with a through hole along an axial direction of the pin shaft, comprising: a linear drive mechanism, comprising telescopic rods, the telescopic rods being extendable from both ends of the linear drive mechanism; and a pull rod configured to pass through the through hole, a first end of the pull rod being provided with an end cap structure, a connecting structure being disposed between a second end of the pull rod and an end portion of each telescopic rod; characterised in that: a length of the main body of the pull rod is greater than a length of the pin shaft and the second end of the pull rod stretches from an end where the through hole of the pin shaft is located and stretches out from another end of the pin shaft, a diameter of each telescopic rod is larger than a diameter of the through hole; the pin shaft is pulled into a pin shaft hole or pushed out from a pin shaft hole through one of the telescopic rod of the linear drive mechanism. a linear drive mechanism, comprising telescopic rods, the telescopic rods being extendable from both ends of the linear drive mechanism; and a pull rod configured to pass through the through hole, a first end of the pull rod being provided with an end cap structure, a connecting structure being disposed between a second end of the pull rod and an end portion of each telescopic rod; characterised in that: a length of the main body of the pull rod is greater than a length of the pin shaft and the second end of the pull rod stretches from an end where the through hole of the pin shaft is located and stretches out from another end of the pin shaft, a diameter of each telescopic rod is larger than a diameter of the through hole; the pin shaft is pulled into a pin shaft hole or pushed out from a pin shaft hole through one of the telescopic rod of the linear drive mechanism. a length of the main body of the pull rod is greater than a length of the pin shaft and the second end of the pull rod stretches from an end where the through hole of the pin shaft is located and stretches out from another end of the pin shaft, a diameter of each telescopic rod is larger than a diameter of the through hole; the pin shaft is pulled into a pin shaft hole or pushed out from a pin shaft hole through one of the telescopic rod of the linear drive mechanism.
An assembly for coupling of a tool on a work arm of a public works vehicle, comprising a secure connection device called a quick coupler, two parallel connection members (12A, 12B) fitted to the tool, at least one of the connecting members (12A, 12B) being a cylinder with a circular base, two coupling members (13, 14) for coupling with the connecting members (12A, 12B) fitted to the secure connection device, said coupling members (13, 14) defining receiving housings (15, 17) for the connection members (12A, 12B), a safety member mounted so that it can rotate freely between a so-called disengaged position in which it allows movement of a first connection member fitted to the tool relative to a first coupling member and a so-called engaged position in which it secures the retention of the first connection member by the first coupling member, at least one locking member (36, 38) movable between an inactive position in which the retention by a second coupling member fitted to the secure connection device of the second connection member is not locked and an active position in which it locks the retention by the second coupling member of the second connection member, a release member that is movable in translation adapted to allow rotation of the safety member from the disengaged position to the engaged position, the release member comprising at least one part (30; 300) that is movable in translation fixed to the locking member (36, 38), said movable part (30; 300) of the release member being adapted (30, 301) to be in contact with at least one surface (26, 46, 25, 24; 302) of suitable shape secured to the safety member and said safety member comprising at least one surface (21, 211, 212, 213) adapted to be in sliding contact with at least one surface of suitable shape of the first connection member, said sliding contact inducing a rotation of the safety member during the displacement of the first connection member out of its receiving housing defined by the first coupling member, characterised in that the rotation of the safety member during the movement of the first connection member out of its receiving housing defined by the first coupling member takes place in the trigonometric direction, in the direction of an edge of the lower part of the connection device, to a position in which the release member authorises the return of the safety member to a so-called reset position in which the safety member is remote from the first connection member, without any coupling between the tool and the connection device, at least one surface (21, 211, 212, 213) of a part of the safety member being in a so-called engaged position corresponding to a position where the grip of said surface (21, 211, 212, 213) in the housing defined by the first coupling member is maximum, said housing being empty.
A motor driving apparatus comprising: a boosting section which is applied with a voltage which relates to a power source voltage as an input voltage and generates a post-boosting voltage by boosting the input voltage; a drive voltage output section which generates a drive voltage (SU, SV, SW), which is for driving a motor, using the post-boosting voltage and outputs the drive voltage to the motor; a power source variation information detecting section which detects a value of the input voltage or a variation width with regard to a reference value for the input voltage as variation power source variation information in a case where there is power source variation; a storage section which stores target value association information which associates the power source variation information and a boosting target value (Tp) which is a target value for the post-boosting voltage which is to be generated by the boosting section; and a determining section which determines the boosting target value (Tp) based on the power source variation information which is detected and the target value association information; wherein the target value association information is determined based on the range of operations of the drive voltage output section, characterised by the determination section performs PWM control of the boosting section using a value of a boosting internal current of the boosting section and the value of the post boosting voltage by calculating the value of the boosting internal current at each passing of a predetermined period of time; writing the boosting internal current which is calculated at each passing of a predetermined period of time to the storage section; and performing feedback control with regard to each of a plurality of switching elements (Q34a-Q34c) in the boosting section using real time values of the boosting internal current and of the post boosting voltage at each point in time. a boosting section which is applied with a voltage which relates to a power source voltage as an input voltage and generates a post-boosting voltage by boosting the input voltage; a drive voltage output section which generates a drive voltage (SU, SV, SW), which is for driving a motor, using the post-boosting voltage and outputs the drive voltage to the motor; a power source variation information detecting section which detects a value of the input voltage or a variation width with regard to a reference value for the input voltage as variation power source variation information in a case where there is power source variation; a storage section which stores target value association information which associates the power source variation information and a boosting target value (Tp) which is a target value for the post-boosting voltage which is to be generated by the boosting section; and a determining section which determines the boosting target value (Tp) based on the power source variation information which is detected and the target value association information; wherein the target value association information is determined based on the range of operations of the drive voltage output section,
A composition for use in a method of treating keratoconus, comprising: a combination of a copper-containing agent selected from the group consisting of copper sulfate, copper carbonate, copper acetate, copper chloride, copper gluconate, copper bromide, copper fluoride, copper nitrate, copper iodide, copper perchlorate, copper molybdate, copper thiocyanate, copper tartrate, copper tetrafluoroborates, copper selenide, copper pyrophosphate, GHK-copper, copper-histidine, copper-glycinate, and combinations thereof, and a pharmaceutically acceptable carrier, wherein the copper-containing agent is present in an amount from 0.001 wt% to 0.1 wt%.
Coupling shaft for a camshaft adjuster which comprises an actuating motor, with a hollow shaft which is contained in its rotor, and an adjusting mechanism, the said coupling shaft being rigid, and the said coupling shaft which is guided through the hollow shaft having in each case one coupling component (58, 60) at each of its two ends (30, 31) and performing a uniform tumbling movement in the hollow shaft, characterized in that each coupling component (58, 60) is configured as a rotary coupling (18, 58, 60, 72) for axis angle compensation with respect to both the rotor and the adjuster.
A thermocouple measurement circuit comprising: a thermocouple input for sensing a temperature at a measuring point; a compensation circuit for compensating thermocouple effects of junctions of the thermocouple; and an instrumentation amplifier for summing an output of the thermocouple and an output of the compensation circuit and outputting a voltage indicative of the temperature sensed and characterized by: a first switch coupled between the thermocouple input and the instrumentation amplifier for removing the thermocouple input from being input to the instrumentation amplifier and for supplying a thermocouple test voltage to the instrumentation amplifier during a test mode; and a second switch coupled between the compensation circuit and the instrumentation amplifier for removing the compensation circuit from the instrumentation amplifier and for supplying a compensation test voltage to the instrumentation amplifier during the test mode. a thermocouple input for sensing a temperature at a measuring point; a compensation circuit for compensating thermocouple effects of junctions of the thermocouple; and an instrumentation amplifier for summing an output of the thermocouple and an output of the compensation circuit and outputting a voltage indicative of the temperature sensed and characterized by: a first switch coupled between the thermocouple input and the instrumentation amplifier for removing the thermocouple input from being input to the instrumentation amplifier and for supplying a thermocouple test voltage to the instrumentation amplifier during a test mode; and a second switch coupled between the compensation circuit and the instrumentation amplifier for removing the compensation circuit from the instrumentation amplifier and for supplying a compensation test voltage to the instrumentation amplifier during the test mode. a first switch coupled between the thermocouple input and the instrumentation amplifier for removing the thermocouple input from being input to the instrumentation amplifier and for supplying a thermocouple test voltage to the instrumentation amplifier during a test mode; and a second switch coupled between the compensation circuit and the instrumentation amplifier for removing the compensation circuit from the instrumentation amplifier and for supplying a compensation test voltage to the instrumentation amplifier during the test mode.
A non-demountable connection system for connecting a flexible hose (10; 10') to a hydraulic device (2; 60), comprising a female tubular part associated to the hydraulic device (2; 60), a male tubular part associated to the hose (10; 10') and fittable into the female tubular part and at least one sealing ring interposable between the hose (10; 10') and the female tubular part, wherein the female tubular part comprises a lateral wall in which there is formed at least one snap fitting seat arranged at a given axial distance (d) from a distal edge of the female tubular part, wherein the male tubular part comprises a lateral wall, on an outer side of which there is formed at least one projection configured to elastically fit into the snap fitting seat and a distal shoulder configured to be positioned in front of the distal edge of the female tubular part, wherein the connection system further comprises a proximal shoulder formed on the projection and opposed to the distal shoulder, wherein the connection system further comprises a gripping member comprising a plurality of elastic jaws for gripping an outer surface (11; 11') of the hose (10; 10'), the connection system being characterized in that a flare is formed on an inner surface of the lateral wall of the female tubular part, the gripping member being adapted to be arranged axially between a proximal edge of the male tubular part and said flare, and the sealing ring being adapted to be arranged axially between the proximal edge of the male tubular part and the gripping member. wherein the female tubular part comprises a lateral wall in which there is formed at least one snap fitting seat arranged at a given axial distance (d) from a distal edge of the female tubular part, wherein the male tubular part comprises a lateral wall, on an outer side of which there is formed at least one projection configured to elastically fit into the snap fitting seat and a distal shoulder configured to be positioned in front of the distal edge of the female tubular part, wherein the connection system further comprises a proximal shoulder formed on the projection and opposed to the distal shoulder, wherein the connection system further comprises a gripping member comprising a plurality of elastic jaws for gripping an outer surface (11; 11') of the hose (10; 10'), the connection system being characterized in that a flare is formed on an inner surface of the lateral wall of the female tubular part, the gripping member being adapted to be arranged axially between a proximal edge of the male tubular part and said flare, and the sealing ring being adapted to be arranged axially between the proximal edge of the male tubular part and the gripping member.
Process for the liquid-phase separation of xylose from a mixture of C5 and C6 sugars comprising at least xylose and glucose, by adsorption of xylose on a zeolitic adsorbent based on FAU-type zeolite crystals having an Si/Al atomic ratio of less than or equal to 1.5 comprising barium, wherein: - said mixture is brought into contact with said adsorbent, by liquid chromatography, to obtain a glucose-enriched liquid phase and a xylose-enriched adsorbed phase; - on the one hand, said glucose-enriched liquid phase is recovered and said phase adsorbed on said adsorbent is desorbed by means of a desorption solvent in order to recover the xylose on the other hand. - said mixture is brought into contact with said adsorbent, by liquid chromatography, to obtain a glucose-enriched liquid phase and a xylose-enriched adsorbed phase; - on the one hand, said glucose-enriched liquid phase is recovered and said phase adsorbed on said adsorbent is desorbed by means of a desorption solvent in order to recover the xylose on the other hand.