mhurhangee/ep-ind-claims huggingface dataset:
A computer program product for providing a peer-to-peer security protocol, the computer program product comprising computer executable instructions stored on a non-transitory computer readable medium that when executed by a processor, instruct the processor to: identify a message that is directed from a first peer device (204a, 304a) to a second peer device (204b, 304b); copy the message; cause a copy of the message to be sent to an auditing server (206, 306); and receive, at the auditing server, a first public key and a first private key of a first key pair, wherein before being received at the auditing server, the first private key of the first key pair is encrypted utilizing a second public key of a second key pair including a second private key and the second public key, wherein, the second private key of the second key pair is inaccessible by the auditing server, and wherein, prior to the message being delivered to the second peer device, the message is encrypted utilizing the first public key of the first key pair associated with the second peer device. identify a message that is directed from a first peer device (204a, 304a) to a second peer device (204b, 304b); copy the message; cause a copy of the message to be sent to an auditing server (206, 306); and receive, at the auditing server, a first public key and a first private key of a first key pair, wherein before being received at the auditing server, the first private key of the first key pair is encrypted utilizing a second public key of a second key pair including a second private key and the second public key, wherein, the second private key of the second key pair is inaccessible by the auditing server, and wherein, prior to the message being delivered to the second peer device, the message is encrypted utilizing the first public key of the first key pair associated with the second peer device.
An embolization microcatheter for delivery of embolization beads to a target area, the microcatheter comprising: a proximal end and a distal end, the distal end comprising an end opening; and a skeleton formed of braided or coiled wires; a polymeric layer intercalated into and/or overlaying the skeleton; and a filter located in proximity to the distal end opening; the filter comprising at least 100 openings distributed circumferentially around a wall thereof; wherein a total open area of the filter is at least 3 times larger than an area of the distal end opening; wherein the proximal end is sized and shaped to allow delivery of a suspension flowing through the microcatheter, wherein the suspension comprises a suspension fluid and the embolization beads, and wherein the filter is configured to allow outflow of the suspension fluid while preventing outflow of the embolization beads; characterised in that the at least 100 openings are essentially bone shaped or bead-on-string shaped. a proximal end and a distal end, the distal end comprising an end opening; and a skeleton formed of braided or coiled wires; a polymeric layer intercalated into and/or overlaying the skeleton; and a filter located in proximity to the distal end opening; the filter comprising at least 100 openings distributed circumferentially around a wall thereof; wherein a total open area of the filter is at least 3 times larger than an area of the distal end opening; wherein the proximal end is sized and shaped to allow delivery of a suspension flowing through the microcatheter, wherein the suspension comprises a suspension fluid and the embolization beads, and wherein the filter is configured to allow outflow of the suspension fluid while preventing outflow of the embolization beads; characterised in that the at least 100 openings are essentially bone shaped or bead-on-string shaped.
A chainsaw including: a saw chain driven by a driving source housed inside a housing; a guide bar attached to the housing so as to protrude frontward, which guides rotation of the saw chain; and an oil tank housed inside the housing, in which chain oil to be supplied to the saw chain is stored, wherein the oil tank is made of a transparent or semi-transparent material, and the oil tank is provided so that at least a part thereof is visually checkable from outside of the housing, characterised in that an illumination unit for illuminating the oil tank is provided inside the housing, an oil observation window for checking a remaining amount in the oil tank from the outside of the housing is formed on a lateral side of the housing, and the illumination unit is configured to emit light to simultaneously illuminate the oil tank and a part of the saw chain, part of the light to be emitted from the illumination unit being transmitted through the oil tank, or reflected by the oil tank, to reach an outside from the oil observation window on the lateral side of the housing, and another part of the light being transmitted toward the saw chain from a front side of the housing. a saw chain driven by a driving source housed inside a housing; a guide bar attached to the housing so as to protrude frontward, which guides rotation of the saw chain; and an oil tank housed inside the housing, in which chain oil to be supplied to the saw chain is stored, wherein the oil tank is made of a transparent or semi-transparent material, and the oil tank is provided so that at least a part thereof is visually checkable from outside of the housing, characterised in that an illumination unit for illuminating the oil tank is provided inside the housing, an oil observation window for checking a remaining amount in the oil tank from the outside of the housing is formed on a lateral side of the housing, and the illumination unit is configured to emit light to simultaneously illuminate the oil tank and a part of the saw chain, part of the light to be emitted from the illumination unit being transmitted through the oil tank, or reflected by the oil tank, to reach an outside from the oil observation window on the lateral side of the housing, and another part of the light being transmitted toward the saw chain from a front side of the housing.
A user terminal device, comprising; a display; an input unit configured to receive a user input; a storage configured to store a home screen image comprising an object (4531, 611, 2910); and a controller configured to control the display to display the home screen image comprising the object (531, 611, 2910), wherein the object (531, 611, 2910) is drawn by the user; and the controller is further configured to: recognize, automatically, a plurality of closed curves of the object (531, 611, 2910), classify, automatically, the object (531, 611, 2910) into a plurality of different parts (531-1 - 531-5, 611-1 - 611-5, 2943-2947) based on the recognized plurality of closed curves; match each of a plurality of control operations (1111, 1121, 1221, 1222, 1223) with a different part of the object respectively based on user input, and in response to one part from the plurality of different parts (531-1 - 531-5, 611-1 - 611-5, 2943-2947) being selected, perform a control operation matched with the selected part from among the plurality of control operations (1111, 1121, 1221, 1222, 1223). a display; an input unit configured to receive a user input; a storage configured to store a home screen image comprising an object (4531, 611, 2910); and a controller configured to control the display to display the home screen image comprising the object (531, 611, 2910), wherein the object (531, 611, 2910) is drawn by the user; and the controller is further configured to: recognize, automatically, a plurality of closed curves of the object (531, 611, 2910), classify, automatically, the object (531, 611, 2910) into a plurality of different parts (531-1 - 531-5, 611-1 - 611-5, 2943-2947) based on the recognized plurality of closed curves; match each of a plurality of control operations (1111, 1121, 1221, 1222, 1223) with a different part of the object respectively based on user input, and in response to one part from the plurality of different parts (531-1 - 531-5, 611-1 - 611-5, 2943-2947) being selected, perform a control operation matched with the selected part from among the plurality of control operations (1111, 1121, 1221, 1222, 1223). recognize, automatically, a plurality of closed curves of the object (531, 611, 2910), classify, automatically, the object (531, 611, 2910) into a plurality of different parts (531-1 - 531-5, 611-1 - 611-5, 2943-2947) based on the recognized plurality of closed curves; match each of a plurality of control operations (1111, 1121, 1221, 1222, 1223) with a different part of the object respectively based on user input, and in response to one part from the plurality of different parts (531-1 - 531-5, 611-1 - 611-5, 2943-2947) being selected, perform a control operation matched with the selected part from among the plurality of control operations (1111, 1121, 1221, 1222, 1223).
A method for cleaning a sample cell constituted by a cylindrical vessel or vial of a turbidimeter, comprising: introducing an assembly comprising a mechanical cleaning component and a tube providing either a high-pressure wash or a high-vacuum drain into an upper aperture of the sample cell, wherein upon introduction of the assembly into the sample cell a secondary flow path out of the sample cell is opened, whereby the secondary flow path is located at a bottom of the sample cell; engaging a functionality of the assembly to clean the sample cell; and removing retained or accumulated particulates from the sample cell via the secondary flow path. introducing an assembly comprising a mechanical cleaning component and a tube providing either a high-pressure wash or a high-vacuum drain into an upper aperture of the sample cell, wherein upon introduction of the assembly into the sample cell a secondary flow path out of the sample cell is opened, whereby the secondary flow path is located at a bottom of the sample cell; engaging a functionality of the assembly to clean the sample cell; and removing retained or accumulated particulates from the sample cell via the secondary flow path.
A snake feeding device comprising a first member having an axis and axially opposite ends (18, 20), a second member, said second member being supported on said first member for displacement relative thereto between first and second positions, first driving rolls (44, 46, 48, 50) mounted on said first member in a first axially spaced location and a second axially spaced location between said opposite ends, characterized by: said second overlying said first member axially thereof; and the device further comprising second driving rolls mounted on said second member in the first axially spaced location and the second axially spaced location such that the first and second driving rolls at the first axially spaced location are positioned to engage a snake therebetween when said second member is in said first position and the first and second driving rolls at the second axially spaced location are positioned to engage the snake therebetween when said second member is in said second position. said second overlying said first member axially thereof; and the device further comprising second driving rolls mounted on said second member in the first axially spaced location and the second axially spaced location such that the first and second driving rolls at the first axially spaced location are positioned to engage a snake therebetween when said second member is in said first position and the first and second driving rolls at the second axially spaced location are positioned to engage the snake therebetween when said second member is in said second position.
Device for controlling a video game, comprising: a seat, at least one operating member connected to the video game, means for displacing the seat and the at least one operating member relative to each other, and means for fixing the seat and the at least one operating member in a number of different positions relative to each other, wherein the displacing means comprise a pair of mutually parallel rails and a pair of bearing blocks slidable therealong, the rails being connected to the at least one operating member and the bearing blocks being connected to the seat, wherein the rails are mounted in a frame which carries the at least one operating member characterized by, the frame being substantially rectangular with two longitudinal girders extending on either side adjacently of the seat, a transverse girder behind a backrest of the seat, supporting the device on a ground surface, and an elevated transverse girder at a distance in front of the seat, holding the operating member or a screen, wherein the longitudinal and transverse girders (16, 40, 41) are tubular and wherein the longitudinal girders are bent locally and a lattice is incorporated in the or each bent part. a seat, at least one operating member connected to the video game, means for displacing the seat and the at least one operating member relative to each other, and means for fixing the seat and the at least one operating member in a number of different positions relative to each other, wherein the displacing means comprise a pair of mutually parallel rails and a pair of bearing blocks slidable therealong, the rails being connected to the at least one operating member and the bearing blocks being connected to the seat, wherein the rails are mounted in a frame which carries the at least one operating member characterized by, the frame being substantially rectangular with two longitudinal girders extending on either side adjacently of the seat, a transverse girder behind a backrest of the seat, supporting the device on a ground surface, and an elevated transverse girder at a distance in front of the seat, holding the operating member or a screen, wherein the longitudinal and transverse girders (16, 40, 41) are tubular and wherein the longitudinal girders are bent locally and a lattice is incorporated in the or each bent part.
A non-transitory computer-readable storage medium storing machine-executable instructions that, when executed by a processor of a wireless end-user device, cause the processor to: identify a service usage activity of the wireless end-user device, the service usage activity associated with a first software component on the wireless end-user device, the service usage activity comprising one or more prospective or successful communications over a wireless network (2404-1, 2404-2); determine whether the service usage activity is associated with a background activity; determine at least an aspect of a policy based on a user input or based on information from a network element, the policy to be applied when the service usage activity is associated with a background activity, the policy for controlling the service usage activity when associated with a background activity; when it is determined that the service usage activity is associated with a background activity, apply the policy. identify a service usage activity of the wireless end-user device, the service usage activity associated with a first software component on the wireless end-user device, the service usage activity comprising one or more prospective or successful communications over a wireless network (2404-1, 2404-2); determine whether the service usage activity is associated with a background activity; determine at least an aspect of a policy based on a user input or based on information from a network element, the policy to be applied when the service usage activity is associated with a background activity, the policy for controlling the service usage activity when associated with a background activity; when it is determined that the service usage activity is associated with a background activity, apply the policy.
A method of testing a Network Management System configured to control a communications equipment operable in one of a plurality of power management modes, the method comprising: providing to said communications equipment a test traffic load which varies with time and which triggers a change to a different one of the power management modes, measuring one or more parameter which characterizes the power management mode of the communications equipment in handling a transition to the different power management mode, as controlled by the Network Management System, in response to the test traffic load. providing to said communications equipment a test traffic load which varies with time and which triggers a change to a different one of the power management modes, measuring one or more parameter which characterizes the power management mode of the communications equipment in handling a transition to the different power management mode, as controlled by the Network Management System, in response to the test traffic load.
Household electrical appliance comprising a body, first and second cavities (9, 9a, 9b) which open to the outside of the body, and at least one decorative element (5, 5a, 5b) that is elongate and arranged around a zone of the said body that is to be decorated, characterized in that the said decorative element is flexible (5, 5a, 5b) and has two opposite ends along its elongation which comprise a first and a second attachment part which are engaged respectively in the first or second cavity (9, 9a, 9b), the first or second attachment part being maintain immobilized inside the cavity (9, 9a, 9b) by retaining means retaining the decorative element (5, 5a, 5b), these retaining means, hidden in the first and second cavities (9, 9a, 9b) being: - elastically deformable and under tension; or - engaged with the first or second attachment part in such a way as to tension along the length thereof the decorative element (5, 5a, 5b) thus pressed towards the zone that is to be decorated. - elastically deformable and under tension; or - engaged with the first or second attachment part in such a way as to tension along the length thereof the decorative element (5, 5a, 5b) thus pressed towards the zone that is to be decorated.
A control process for controlling a production process for calcined clays with a calciner, the control process comprising the following steps: a) capture of at least one temperature in the calciner and optionally of a first mean residence time of the clay in the calciner, b) taking of at least one sample of the calcined clay, c) production of a reproducible size distribution of the sample, d) adjustment of the sample mass to a predefined sample mass, e) conditioning of the sample to a first measuring temperature and of an alkali to a first measuring temperature, f) combining of the sample with an alkali, g) temporal capture of the energy generated by the sample-alkali mixture at constant first measuring temperature for a first period, h) quantitative evaluation of the time-energy profile captured in step g) for the first exothermic reaction and determination of the amount of energy released by the sample for the first exothermic reaction, i) correlation of the amount of energy captured in step h) with the temperature and residence time captured in step a), and comparison with previously captured combinations of amount of energy, temperature and residence time values, j) active control of the temperature and/or of the residence time in the calciner in the direction of increasing the amount of energy anticipated for a further sample, where the quantitative evaluation of the time-energy profile captured in step g) for the first exothermic reaction takes place for the period from the first minute to minute 120. a) capture of at least one temperature in the calciner and optionally of a first mean residence time of the clay in the calciner, b) taking of at least one sample of the calcined clay, c) production of a reproducible size distribution of the sample, d) adjustment of the sample mass to a predefined sample mass, e) conditioning of the sample to a first measuring temperature and of an alkali to a first measuring temperature, f) combining of the sample with an alkali, g) temporal capture of the energy generated by the sample-alkali mixture at constant first measuring temperature for a first period, h) quantitative evaluation of the time-energy profile captured in step g) for the first exothermic reaction and determination of the amount of energy released by the sample for the first exothermic reaction, i) correlation of the amount of energy captured in step h) with the temperature and residence time captured in step a), and comparison with previously captured combinations of amount of energy, temperature and residence time values, j) active control of the temperature and/or of the residence time in the calciner in the direction of increasing the amount of energy anticipated for a further sample,
A cooling device for a shedding machine of a weaving machine, the cooling device being suitable for being driven by a control shaft of the shedding machine or a shaft of the weaving machine and comprising: - a cooling device body, which defines an air circulation passage, linking an inlet passage and an outlet passage of the body, and - an impeller, which is suitable for being rotated by the shaft, which is arranged in the air circulation passage and which comprises fins able to circulate air in the air circulation passage when the impeller is rotated by the shaft, characterized in that the impeller is suitable for being assembled on the shaft and comprises several complementary sectors, each sector comprising: - at least one of the fins, and - a radial opening, by means of which the sector is suitable for being mounted on the shaft, the radial opening fitting on a radial edge of the sector over an opening width smaller than or equal to the diameter of the shaft. - a cooling device body, which defines an air circulation passage, linking an inlet passage and an outlet passage of the body, and - an impeller, which is suitable for being rotated by the shaft, which is arranged in the air circulation passage and which comprises fins able to circulate air in the air circulation passage when the impeller is rotated by the shaft, - at least one of the fins, and - a radial opening, by means of which the sector is suitable for being mounted on the shaft, the radial opening fitting on a radial edge of the sector over an opening width smaller than or equal to the diameter of the shaft.
A method of wireless communications for a user equipment, UE, comprising: determining, by the UE, a serving cell based on at least one downlink signal; determining, by the UE, based on the at least one downlink signal, a set of supported mobility modes for the serving cell, including at least one of a downlink based mobility mode, an uplink based mobility mode, or a hybrid based mobility mode; following, by the UE, a mobility procedure based on a selected mobility mode from the determined set of supported mobility modes; and selecting, by the UE, the selected mobility mode. determining, by the UE, a serving cell based on at least one downlink signal; determining, by the UE, based on the at least one downlink signal, a set of supported mobility modes for the serving cell, including at least one of a downlink based mobility mode, an uplink based mobility mode, or a hybrid based mobility mode; following, by the UE, a mobility procedure based on a selected mobility mode from the determined set of supported mobility modes; and selecting, by the UE, the selected mobility mode.
A hygiene article in panty form, having a front part and a rear part as well as an insert part which connects the front part and the rear part to one another, wherein the front part and the rear part delimit a hip opening at the upper edge, the front part, the rear part and the insert part delimit leg openings at two lateral edges, the insert part has an absorbent core in the crotch region, the front part and the rear part have elastic threads which run parallel to one another and which, in the relaxed state, gather the front part and the rear part, and the elastic threads have, on average, a density of at least two threads per centimeter in a direction running perpendicularly to the upper edge, characterized in that the insert part is covered by strips made of a nonwoven material on the narrow sides.