mhurhangee/ep-ind-claims huggingface dataset:
A resin composition comprising at least a cyanate ester compound, an epoxy resin, a first inorganic filler, and a second inorganic filler, wherein an average particle diameter ratio of the first inorganic filler to the second inorganic filler is in the range of 1:0.02 to 1:0.2, the average particle diameter being a median diameter and being a value obtained by dispersing the inorganic filler in methyl ethyl ketone, then subjecting the dispersion to dispersion treatment by an ultrasonic homogenizer for 3 minutes, and measuring using a laser diffraction scattering particle size distribution measuring apparatus, and a total content of the first inorganic filler and the second inorganic filler is 701 to 900 parts by mass based on 100 parts by mass of a total of the cyanate ester compound and the epoxy resin.
Method for calculating the position of an athlete (Ath), referred to as target (Tgt), on a sports field (SpF), where the term sports field also encompasses an ice-hockey rink, comprising: - estimating (Est_ApPos) an approximate position (ApPos) of the target (Tgt) using a radio-based positioning system (RdPS), said system comprising tracking sensors (Snr) attached to several athletes on the sports field (SpF) and antennas (At1,...,AtM) installed around the sports field (SpF) and calculates position using distance or angle-of-arrival measurements between the tracking sensors and antennas - defining (Def_ScSpa) a search space (ScSpa) around said approximate position (ApPos), - detecting (Dtc_Ath) an athlete (Ath) in said search space (ScSpa) using an optical-based positioning system (OpPA), said system comprising cameras (Cm1,...CmN) installed above and/or around the sports field (SpF) and image recognition means, - determining (Dtm_AcPos) using the optical-based positioning system (OpPA) an accurate position (AcPos) of said detected athlete (Ath), - generating (Gen Adlnf) acceleration data, orientation or pose data as additional information (Adlnf) on the target (Tgt) using the optical-based positioning system (OpPS) and/or generating additional information (Adlnf) on the target using at least one inertial measurement unit attached to the target (Tgt) - validating (Val_AcPos) the accurate position (AcPos) of the target (Tgt) by means of said additional information (Adlnf), - attributing (Atr_AcPos) the accurate position (AcPos) to the target (Tgt). - estimating (Est_ApPos) an approximate position (ApPos) of the target (Tgt) using a radio-based positioning system (RdPS), said system comprising tracking sensors (Snr) attached to several athletes on the sports field (SpF) and antennas (At1,...,AtM) installed around the sports field (SpF) and calculates position using distance or angle-of-arrival measurements between the tracking sensors and antennas - defining (Def_ScSpa) a search space (ScSpa) around said approximate position (ApPos), - detecting (Dtc_Ath) an athlete (Ath) in said search space (ScSpa) using an optical-based positioning system (OpPA), said system comprising cameras (Cm1,...CmN) installed above and/or around the sports field (SpF) and image recognition means, - determining (Dtm_AcPos) using the optical-based positioning system (OpPA) an accurate position (AcPos) of said detected athlete (Ath), - generating (Gen Adlnf) acceleration data, orientation or pose data as additional information (Adlnf) on the target (Tgt) using the optical-based positioning system (OpPS) and/or generating additional information (Adlnf) on the target using at least one inertial measurement unit attached to the target (Tgt) - validating (Val_AcPos) the accurate position (AcPos) of the target (Tgt) by means of said additional information (Adlnf), - attributing (Atr_AcPos) the accurate position (AcPos) to the target (Tgt).
A method of controlling transmission power in a telecommunications system, in which a message structure comprising time-slots is used, the system comprising a first transceiver and a second transceiver, the method comprising: controlling the transmission power of the first transceiver configured to receive one power control command including a plurality of bits, characterized by: dividing, by the second transceiver, the plurality of bits of the one power control command into a first part and a second part; and transmitting, by the second transceiver to the first transceiver, the first part and the second part in different time-slots, wherein the first part is transmitted in a first of the different time-slots and the second part is transmitted in a second of the different time-slots. controlling the transmission power of the first transceiver configured to receive one power control command including a plurality of bits, characterized by: dividing, by the second transceiver, the plurality of bits of the one power control command into a first part and a second part; and transmitting, by the second transceiver to the first transceiver, the first part and the second part in different time-slots, wherein the first part is transmitted in a first of the different time-slots and the second part is transmitted in a second of the different time-slots. dividing, by the second transceiver, the plurality of bits of the one power control command into a first part and a second part; and transmitting, by the second transceiver to the first transceiver, the first part and the second part in different time-slots, wherein the first part is transmitted in a first of the different time-slots and the second part is transmitted in a second of the different time-slots.
A method for establishing a roaming connection over a bootstrap server comprising the following steps: transmitting a registration request from a communication terminal to an access and mobility management function, AMF, entity of a visited communication network, wherein the registration request comprises an identification (UE ID) of the communication terminal; forwarding the registration request to a bootstrap server of the visited communication network by the AMF entity; transmitting network access data for the access to the visited communication network by the bootstrap server to the communication terminal based on the UE ID of the communication terminal, wherein the network access data show capabilities of the visited communication network; and establishing the roaming connection by the communication terminal via the visited communication network based on the network access data, wherein the registration request is transmitted and forwarded via a specific network slice of the visited communication network, which is dedicatedly determined for connections to the bootstrap server. transmitting a registration request from a communication terminal to an access and mobility management function, AMF, entity of a visited communication network, wherein the registration request comprises an identification (UE ID) of the communication terminal; forwarding the registration request to a bootstrap server of the visited communication network by the AMF entity; transmitting network access data for the access to the visited communication network by the bootstrap server to the communication terminal based on the UE ID of the communication terminal, wherein the network access data show capabilities of the visited communication network; and establishing the roaming connection by the communication terminal via the visited communication network based on the network access data, wherein the registration request is transmitted and forwarded via a specific network slice of the visited communication network, which is dedicatedly determined for connections to the bootstrap server.
A fuel pump adapted to provide a flow rate up to 40 l/h and comprising a casing provided with at least one intake orifice and one discharge orifice, and containing an internal gear including a driving pinion with an external gearing, a ring gear with an internal gearing and a separator holding the pinion and the ring gear apart from one another and ensuring sealing between said intake and discharge orifices, the separator having a crescent-like shape and arranged symmetrically with respect to the axis passing through the respective centres (C3, C4) of the pinion and of the ring gear, the teeth of the ring gear having an arcuate profile connecting the root and head circles of said ring gear respectively by fillets (Rp4, Rt4), and the teeth of the pinion having a profile matching with that of the teeth of the ring gear connecting the root and head circles of said pinion respectively by fillets (Rp3, Rt3), said pump being characterised in that the pinion includes thirteen teeth evenly distributed along a pitch diameter, in that the ring gear includes eighteen teeth evenly distributed along a pitch diameter and in that the arcuate profile of each tooth of the ring gear is defined by a radius and a centre positioned, with respect to the centre of said ring gear and to the axes x-x', y-y' of symmetry of the latter, with the following polar coordinates: distance, angle, said radius being comprised between 0.66 and 1 times the value of the pitch diameter of the ring gear and said polar coordinates being such that the distance is comprised between 1 and 1,33 times the value of the pitch diameter of the ring gear and that the angle is comprised between 40 and 55° with respect to the axis y-y' being that one positioned between neighbouring teeth.
A capsule endoscope system, comprising a capsule endoscope for being suspended in a liquid environment having a liquid/gas interface, forming a tilt angle at a gas/liquid interface, wherein the density of capsule endoscope is larger than the density of the liquid, the capsule endoscope comprising a permanent magnetic dipole, wherein the capsule endoscope has a mass center and the permanent magnetic dipole has a magnetic center; and the capsule endoscope has an effective weight center when suspended in the liquid environment; and a sphere shaped external robotic magnet for applying an external magnetic field for changing the tilt angle of the capsule endoscope by rotating the sphere shaped external magnet between 45-135 degrees and interacting with the permanent magnetic dipole inside the capsule endoscope to position and orient the capsule endoscope at the gas/liquid interface so that a line connecting the magnetic center and mass center is not perpendicular to the gas/liquid interface; wherein a smooth rotation of the capsule endoscope is arranged to be achieved by rotating the sphere shaped external robotic magnet and changing a distance between the external magnet and capsule endoscope; characterized in that the sphere shaped external robotic magnet is configured to rotate and translate in accordance with the following relationship: if the distance d from the center of the sphere shaped external robotic magnet to the gas/liquid interface before the rotation is 30 cm, and when the external robotic magnet intends to rotate 90 degrees, then the vertical position of the external robotic magnet needs to be adjusted so as to achieve a d/d' of 1.18, wherein d is a distance from a center of the sphere shaped external robotic magnet to the gas/liquid interface before the rotation and d' is a distance from the center of the sphere shaped external robotic magnet to the gas/liquid interface after the rotation.
Method of improving the pivoting of a wheel set or of an equipped wheel set for a scientific instrument or timekeeper, said wheel set or equipped wheel set being manufactured to have a first principal longitudinal axis of inertia and a wheel set axis and including at least one arbor arranged to pivot or oscillate about said wheel set axis, characterized in that: - prior to the static balancing of said wheel set or equipped wheel set, a flange, comprised in said wheel set or equipped wheel set, is machined to be out of truth in the flat by a predetermined value, within the thickness of which flange is located a median plane of said wheel set or equipped wheel set, said median plane being defined by two other principal axes of inertia, creating a resultant unbalance and/or moment of unbalance of a predetermined value in a particular angular direction, and off-centre with respect to said median plane; - static balancing of said wheel set is performed to bring its centre of gravity onto said wheel set axis; - a desired value is determined for the resultant moment of unbalance of said wheel set about said wheel set axis, corresponding to a predetermined desired divergence between a first principal longitudinal axis of inertia of said wheel set, and said wheel set axis; - said wheel set is set in rotation at a predetermined speed about said wheel set axis, the resultant moment of unbalance is measured with regard to said wheel set axis; - an adjustment is made to the value of the resultant moment of unbalance of said wheel set about said wheel set axis within a given determined tolerance with regard to said desired value. - prior to the static balancing of said wheel set or equipped wheel set, a flange, comprised in said wheel set or equipped wheel set, is machined to be out of truth in the flat by a predetermined value, within the thickness of which flange is located a median plane of said wheel set or equipped wheel set, said median plane being defined by two other principal axes of inertia, creating a resultant unbalance and/or moment of unbalance of a predetermined value in a particular angular direction, and off-centre with respect to said median plane; - static balancing of said wheel set is performed to bring its centre of gravity onto said wheel set axis; - a desired value is determined for the resultant moment of unbalance of said wheel set about said wheel set axis, corresponding to a predetermined desired divergence between a first principal longitudinal axis of inertia of said wheel set, and said wheel set axis; - said wheel set is set in rotation at a predetermined speed about said wheel set axis, the resultant moment of unbalance is measured with regard to said wheel set axis; - an adjustment is made to the value of the resultant moment of unbalance of said wheel set about said wheel set axis within a given determined tolerance with regard to said desired value.
Pull and / or push rod for the clamping and gripping technology, which is adjustable along a rod longitudinal axis, with a control cam for guiding a control member having an at least partially helical, one or more pitch sections (4; 5; 6; 7) comprising spiral section, whereby the control cam comprises at least one idle stroke section adjoining the helical section and extending substantially radially to the rod longitudinal axis, characterized in that the idle stroke section (9, 10, 11) is intended to block the axial movement of the pull and / or push rod and to lock the pull and / or push rod in it's axial position and in that the spiral section comprises a first slope portion with a low pitch for an axial stroke with a high force and a second slope portion with a high pitch for an axial stroke in a shorter time, but with a lower force.
A method for influencing collaboration for a group of users, the method comprising: detecting that a file is presented by detecting an ancillary display device; in response to detecting that the file is presented, detecting a triggering event associated with the file, wherein the triggering event is detected when the ancillary display device which is displaying the file is deactivated; causing accessing a data resource to select a calendar event or a communication session having a date and a time associated with a time of the triggering event; obtaining contact information of one or more attendees of the calendar event or the communication session; generating a recommendation to share the file, wherein the recommendation includes a description of the triggering event; generating a message containing a link to the file or an attachment of the file, the message configured with a list of recipients that is based on the attendees of the calendar event or users associated with the communication session; and delivering the message to the recipients utilizing the contact information. detecting that a file is presented by detecting an ancillary display device; in response to detecting that the file is presented, detecting a triggering event associated with the file, wherein the triggering event is detected when the ancillary display device which is displaying the file is deactivated; causing accessing a data resource to select a calendar event or a communication session having a date and a time associated with a time of the triggering event; obtaining contact information of one or more attendees of the calendar event or the communication session; generating a recommendation to share the file, wherein the recommendation includes a description of the triggering event; generating a message containing a link to the file or an attachment of the file, the message configured with a list of recipients that is based on the attendees of the calendar event or users associated with the communication session; and delivering the message to the recipients utilizing the contact information.
A molecule, comprising a cyanine scaffolded Pt complex having the formula of wherein X and Y are the same or different and are an unsubstituted amine or substituted amine group, R1 and R2 are the same or different and are selected from the group consisting of H, OH, SH, amine, alkyl, alkoxyl, halogen, alkenyl, alkynyl, aryl, cyano, nitro and Z is a heptamethine or pentamethine cyanine dye moiety, whereby Z is linked to the meso carbon of the heptamethine or pentamethine cyanine dye moiety. wherein X and Y are the same or different and are an unsubstituted amine or substituted amine group, R1 and R2 are the same or different and are selected from the group consisting of H, OH, SH, amine, alkyl, alkoxyl, halogen, alkenyl, alkynyl, aryl, cyano, nitro and Z is a heptamethine or pentamethine cyanine dye moiety, whereby Z is linked to the meso carbon of the heptamethine or pentamethine cyanine dye moiety.
A pharmaceutical composition comprising 3-beta-hydroxy-5-alpha-pregnan-20-one, cholesterol and a mixture of acylglycerols with a solid fat content of less than 25% at 25°C and 0% at 37°C.
N-acetylcysteine for therapeutic use in inhibiting or suppressing the growth and/or killing a susceptible strain selected from BCC and S. maltophilia.
A method for spreading a textile sheet including at least warp yarns, according to which: - the sheet is caused to run between at least two rotary rollers, ( 6 - 7) the axes A of which extend parallel to one another and substantially perpendicular to the direction of travel of the sheet, - the sheet is caused to pass under pressure between at least one pressure generator of the rollers driven into axial oscillation and in phase opposition, characterized in that at least one pressure generator of the rollers, is produced with adjustable pressure values along said generator for spreading the sheet with a low thickness variability. - the sheet is caused to run between at least two rotary rollers, ( 6 - 7) the axes A of which extend parallel to one another and substantially perpendicular to the direction of travel of the sheet, - the sheet is caused to pass under pressure between at least one pressure generator of the rollers driven into axial oscillation and in phase opposition,
A cell engineered to express a light-responsive VChR1 protein from Volvox carteri, wherein said protein has an action spectrum maximum of about 535 nm and wherein said VChR1 protein comprises amino acid residues S181, S183 and A256, based on the numbering of ChR2 (SEQ ID NO:2).
An assembly of a motorized extractor or filter hood and a wall-mounted cabinet comprising: - a motorized hood having a housing frame; - a wall-mounted kitchen cabinet which extends in a preset vertical direction of extension (Y-Y) and has at least two side walls (11, 12) and a rear wall to define a volume, said side walls (11, 12) and rear wall extending parallel to said preset vertical direction of extension (Y-Y), said side walls (11, 12) being mutually opposed; - said motorized hood being housed in said volume of said wall-mounted cabinet; - a pair of support elements (20, 21); - fastener means for fastening each support element to a respective side wall (11, 12) of said wall-mounted cabinet to rigidly join it to its respective side wall (11, 12): characterized in that: - each support element (20, 21) comprises first and second engagement means (23, 24) for engaging with said housing frame; - said first engagement means jut out of each support element (20, 21) toward the opposite side wall (11, 12), to define an axis of rotation (X-X) during a step of introduction/removal of said hood into and from said volume of said wall-mounted cabinet; - said second engagement means are configured to move from a first operating configuration in which said hood is stably connected to said pair of support elements (20, 21) to a second operating configuration in which said hood is free to rotate about said axis of rotation (X-X). - a motorized hood having a housing frame; - a wall-mounted kitchen cabinet which extends in a preset vertical direction of extension (Y-Y) and has at least two side walls (11, 12) and a rear wall to define a volume, said side walls (11, 12) and rear wall extending parallel to said preset vertical direction of extension (Y-Y), said side walls (11, 12) being mutually opposed; - said motorized hood being housed in said volume of said wall-mounted cabinet; - a pair of support elements (20, 21); - fastener means for fastening each support element to a respective side wall (11, 12) of said wall-mounted cabinet to rigidly join it to its respective side wall (11, 12): - each support element (20, 21) comprises first and second engagement means (23, 24) for engaging with said housing frame; - said first engagement means jut out of each support element (20, 21) toward the opposite side wall (11, 12), to define an axis of rotation (X-X) during a step of introduction/removal of said hood into and from said volume of said wall-mounted cabinet; - said second engagement means are configured to move from a first operating configuration in which said hood is stably connected to said pair of support elements (20, 21) to a second operating configuration in which said hood is free to rotate about said axis of rotation (X-X).