mhurhangee/ep-ind-claims huggingface dataset:
A current limiting device of a circuit breaker including a shaft, a movable bar positioned on an inner side of the shaft and contacting a fixed bar or separated from the fixed bar, and the fixed bar supplying power according to contact or separation of the movable bar, at least one movable bar guide portion is formed to have a protruding portion of the movable bar guide portion protrude in a direction of a central axis of the movable bar in the shaft, and a cam part is formed on a side of the movable bar which faces the protruding portion of the movable bar guide portion, wherein the cam part has a first cam surface and a second cam surface, wherein the first cam surface is formed to be sloped towards an insertion recess to guide a shaft pin, wherein the shaft pin is inserted into the insertion recess, wherein the second cam surface is formed to be sloped in an opposite direction away from the first cam surface and is moved along the movable bar guide portion, wherein the insertion recess is formed at the moveable bar and is positioned to be adjacent to the cam part, characterized in that: when the movable bar is rotated as a fault current is applied, the cam part contacts the protruding portion of the movable bar guide portion to limit the movement of the rotation center of the movable bar, and the movable bar moves along the movable bar guide portion to limit the movement of the rotation center of the movable bar. at least one movable bar guide portion is formed to have a protruding portion of the movable bar guide portion protrude in a direction of a central axis of the movable bar in the shaft, and a cam part is formed on a side of the movable bar which faces the protruding portion of the movable bar guide portion, wherein the cam part has a first cam surface and a second cam surface, wherein the first cam surface is formed to be sloped towards an insertion recess to guide a shaft pin, wherein the shaft pin is inserted into the insertion recess, wherein the second cam surface is formed to be sloped in an opposite direction away from the first cam surface and is moved along the movable bar guide portion, wherein the insertion recess is formed at the moveable bar and is positioned to be adjacent to the cam part, characterized in that: when the movable bar is rotated as a fault current is applied, the cam part contacts the protruding portion of the movable bar guide portion to limit the movement of the rotation center of the movable bar, and the movable bar moves along the movable bar guide portion to limit the movement of the rotation center of the movable bar.
A method for the production of 67 Cu comprising the following steps: - providing a target comprising: - a first layer of zinc-enriched in 70 Zn, and - a second layer of zinc-enriched in 68 Zn placed adjacent to said first layer (step 100); - providing a proton beam (step 101); - exposing, for a predetermined time, said target to said proton beam from the side of said first layer, so that said proton beam passes through, in the order, first said first layer and then said second layer (step 102); - subjecting said target to a radiochemical treatment in a radiochemical unit (step 103). - providing a target comprising: - a first layer of zinc-enriched in 70 Zn, and - a second layer of zinc-enriched in 68 Zn placed adjacent to said first layer (step 100); - a first layer of zinc-enriched in 70 Zn, and - a second layer of zinc-enriched in 68 Zn placed adjacent to said first layer (step 100); - providing a proton beam (step 101); - exposing, for a predetermined time, said target to said proton beam from the side of said first layer, so that said proton beam passes through, in the order, first said first layer and then said second layer (step 102); - subjecting said target to a radiochemical treatment in a radiochemical unit (step 103).
Security locking system of the type comprising a cylinder and a receiver block, the cylinder provided with a set of pistons that are able to be positioned by elastic means on the impression formed in the edge (7b, 7c) of a control key perpendicularly to the direction in which said key into the cylinder, these pistons being able to take up two positions namely a position retracted into the cylinder when the key is introduced into the latter and an extended position when the key is withdrawn therefrom. This system is characterized in that: - the cylinder is made up of a locking block of parallelepiped shape that is able to be received in a receiving block, - it comprises locking means (9, 17) which are activated when the locking block is introduced into the receiving block. - the cylinder is made up of a locking block of parallelepiped shape that is able to be received in a receiving block, - it comprises locking means (9, 17) which are activated when the locking block is introduced into the receiving block.
A terminal device or a module for a terminal device, comprising: a recognition unit configured to recognize, through a notification from a base station of a cellular system, that the terminal device is a candidate for performing cellular communication using a shared frequency band which is a frequency band shared between cellular communication and wireless communication conforming to a wireless local area network, WLAN, standard; and a control unit configured to perform control for using the shared frequency band in the cellular communication when the terminal device is the device candidate, wherein a frequency band for cellular communication is used as a primary component carrier, PCC, and the shared frequency band is used as a secondary component carrier, SCC, for cellular communication characterized in that the recognition unit is further configured to recognize a period in which the cellular communication is performed using the shared frequency band through a notification of the base station, and in that the control unit is further configured to perform measurement of the frequency band in said period and to notify the base station of a result of said measurement, and in that the terminal device is notified from the base station by individual signaling. a recognition unit configured to recognize, through a notification from a base station of a cellular system, that the terminal device is a candidate for performing cellular communication using a shared frequency band which is a frequency band shared between cellular communication and wireless communication conforming to a wireless local area network, WLAN, standard; and a control unit configured to perform control for using the shared frequency band in the cellular communication when the terminal device is the device candidate, wherein a frequency band for cellular communication is used as a primary component carrier, PCC, and the shared frequency band is used as a secondary component carrier, SCC, for cellular communication characterized in that the recognition unit is further configured to recognize a period in which the cellular communication is performed using the shared frequency band through a notification of the base station, and in that the control unit is further configured to perform measurement of the frequency band in said period and to notify the base station of a result of said measurement, and in that the terminal device is notified from the base station by individual signaling.
A two-component adhesive composition, comprising: an isocyanate component comprising at least one isocyanate; and a polyol component consisting of at least one butylene oxide-based polyol, wherein the butylene oxide-based polyol is selected from the group consisting of polybutylene oxide homopolymer polyols, polybutylene oxide-polypropylene oxide copolymer polyols, polybutylene oxide-polyethylene oxide copolymer polyols, and combinations of two or more thereof. an isocyanate component comprising at least one isocyanate; and a polyol component consisting of at least one butylene oxide-based polyol, wherein the butylene oxide-based polyol is selected from the group consisting of polybutylene oxide homopolymer polyols, polybutylene oxide-polypropylene oxide copolymer polyols, polybutylene oxide-polyethylene oxide copolymer polyols, and combinations of two or more thereof.
An optical particle sensor comprising: - at least one light source (2, 2r, 2g, 2b) configured to emit light rays, - at least one channel for accommodating a fluid transporting at least one particle, and for receiving at least some of the light rays emitted by the at least one source (2, 2r, 2g, 2b), so that said light rays are partly scattered by the at least one particle, - at least one photodetector able to receive said scattered light rays, said at least one source (2, 2r, 2g, 2b) has an emission face facing one side of the sensor and in that the at least one photodetector has a reception face facing the same side of the sensor, so that light rays received by the at least one photodetector are light rays backscattered by the at least one particle, for at least 90% of them, said emission and reception faces being parallel to each other, and the at least one source (2, 2r, 2g, 2b) and the at least one photodetector being disposed around the at least one channel and transversely to said at least one channel, said sensor being characterised in that said emission and reception faces are perpendicular to a main direction of flow of the fluid transporting the at least one particle. - at least one light source (2, 2r, 2g, 2b) configured to emit light rays, - at least one channel for accommodating a fluid transporting at least one particle, and for receiving at least some of the light rays emitted by the at least one source (2, 2r, 2g, 2b), so that said light rays are partly scattered by the at least one particle, - at least one photodetector able to receive said scattered light rays, said at least one source (2, 2r, 2g, 2b) has an emission face facing one side of the sensor and in that the at least one photodetector has a reception face facing the same side of the sensor, so that light rays received by the at least one photodetector are light rays backscattered by the at least one particle, for at least 90% of them, said emission and reception faces being parallel to each other, and the at least one source (2, 2r, 2g, 2b) and the at least one photodetector being disposed around the at least one channel and transversely to said at least one channel, said sensor being characterised in that said emission and reception faces are perpendicular to a main direction of flow of the fluid transporting the at least one particle.
Multi-chamber bag comprising at least three different concentrates which are present in different chambers, wherein the multi-chamber bag comprises one type A chamber and two or more type B chambers, wherein one of the at least three different concentrates is a first concentrate, which is not able to contribute to the electric conductivity of a fluid wherein the concentrate is dissolved and two of the at least three different concentrates are second concentrates, which are each able to contribute to the electric conductivity of a fluid wherein the concentrate is dissolved, wherein one of said second concentrates is an acid concentrate containing an acid component, preferably citric acid, and another one of said second concentrates is a basic or buffer concentrate containing a basic or buffer component, preferably a (bi)carbonate of an alkali salt.
A method for detecting a harmful file that is executable on a virtual stack machine, the method comprising: identifying, by a hardware processor, data from the file executable on the virtual stack machine, the data including parameters of a file section of the file and parameters of a function of the file; based on the identified data, searching in a database, for at least one cluster of safe files that contains at least one of: a value of one of the parameters of the file section exceeding a first threshold, and a value of one of the parameters of the function exceeding a second threshold; based at least partially on the identified at least one cluster of safe files, creating, by the hardware processor, at least one cluster of data of the file that is executable on the virtual stack machine, wherein the at least one cluster of data includes a cluster containing section header types and sizes of these sections, a cluster containing numbers of local variables used by the function of the file, and a cluster containing names of the function; calculating, by the hardware processor, a fuzzy checksum of the created cluster of data comprising one or more of a checksum of the cluster containing section header types and sizes of these sections, a checksum of the cluster containing numbers of local variables used by the function of the file, and a checksum of the cluster containing names of the function; and determining, by the hardware processor, that the file that is executable on the virtual stack machine is a harmful file if the fuzzy checksum matches a checksum in a database of checksums of harmful files. identifying, by a hardware processor, data from the file executable on the virtual stack machine, the data including parameters of a file section of the file and parameters of a function of the file; based on the identified data, searching in a database, for at least one cluster of safe files that contains at least one of: a value of one of the parameters of the file section exceeding a first threshold, and a value of one of the parameters of the function exceeding a second threshold; based at least partially on the identified at least one cluster of safe files, creating, by the hardware processor, at least one cluster of data of the file that is executable on the virtual stack machine, wherein the at least one cluster of data includes a cluster containing section header types and sizes of these sections, a cluster containing numbers of local variables used by the function of the file, and a cluster containing names of the function; calculating, by the hardware processor, a fuzzy checksum of the created cluster of data comprising one or more of a checksum of the cluster containing section header types and sizes of these sections, a checksum of the cluster containing numbers of local variables used by the function of the file, and a checksum of the cluster containing names of the function; and determining, by the hardware processor, that the file that is executable on the virtual stack machine is a harmful file if the fuzzy checksum matches a checksum in a database of checksums of harmful files.
A method in a network node, which is serving a user equipment, for instructing the user equipment to send a measurement report in a wireless communication network comprising the network node and an underlay network node, wherein the method comprising: estimating an amount of data the user equipment is expected to communicate, determining the user equipment to be a candidate for hand over to the underlay network node, based on the estimated amount of data, and instructing the user equipment to send a measurement report, wherein the user equipment is determined to be a candidate for hand over to the underlay network node, when the estimated amount of data the user equipment is expected to communicate exceeds a threshold value, the method further comprises determining an offset value, based on the estimated amount of data, and the action of instructing the user equipment to send the measurement report comprises sending the determined offset value to the user equipment, and instructing the user equipment to send the measurement report when a first signal radio condition value of a signal received from the network node is exceeded by the determined offset value added to a second signal radio condition value of a signal received from the underlay network node. estimating an amount of data the user equipment is expected to communicate, determining the user equipment to be a candidate for hand over to the underlay network node, based on the estimated amount of data, and instructing the user equipment to send a measurement report, wherein the user equipment is determined to be a candidate for hand over to the underlay network node, when the estimated amount of data the user equipment is expected to communicate exceeds a threshold value, the method further comprises determining an offset value, based on the estimated amount of data, and the action of instructing the user equipment to send the measurement report comprises sending the determined offset value to the user equipment, and instructing the user equipment to send the measurement report when a first signal radio condition value of a signal received from the network node is exceeded by the determined offset value added to a second signal radio condition value of a signal received from the underlay network node.
Refill for a device for packaging a cosmetic product, having a vessel suitable for containing such a product, the vessel having a lateral wall, said lateral wall of the vessel exhibiting, over at least a part of its outer surface, an elastomer element that is at least partly in relief with respect to said outer surface of the lateral wall of the vessel characterized in that the elastomer element is overmoulded on the vessel or the vessel and the elastomer element that it exhibits are formed together by two-shot injection moulding, such that the elastomer element and the vessel are intimately connected. the elastomer element is overmoulded on the vessel or the vessel and the elastomer element that it exhibits are formed together by two-shot injection moulding, such that the elastomer element and the vessel are intimately connected.
A minimally-invasive epicardial pacemaker system, said system comprising: a pacemaker comprising an electrode sub-assembly comprising an electrode connected to and a base, wherein the base has a proximal surface, a distal surface, and an outer surface defining a cross-sectional shape, and wherein the electrode extends from the distal surface of the base; an implantable package with electronic circuitry and a power supply, and a flexible, electrically conductive lead extending from the proximal surface of the base and connecting the electrode to the implantable package; and a removable insertion casing directly contacting at least a portion of the base of the electrode sub-assembly, wherein the diameter of the outer surface of the base is the same as, or larger than, the diameter of the inner surface of the removable insertion casing and contact between the inner surface of the removable insertion casing and the outer surface of the base causes deformity of the removable insertion casing, the base, or both, and wherein said contact provides physical connection between the insertion casing and the base to permit an operator to apply axial motion to the electrode via force applied to the insertion casing. a pacemaker comprising an electrode sub-assembly comprising an electrode connected to and a base, wherein the base has a proximal surface, a distal surface, and an outer surface defining a cross-sectional shape, and wherein the electrode extends from the distal surface of the base; an implantable package with electronic circuitry and a power supply, and a flexible, electrically conductive lead extending from the proximal surface of the base and connecting the electrode to the implantable package; and a removable insertion casing directly contacting at least a portion of the base of the electrode sub-assembly, an electrode sub-assembly comprising an electrode connected to and a base, wherein the base has a proximal surface, a distal surface, and an outer surface defining a cross-sectional shape, and wherein the electrode extends from the distal surface of the base; an implantable package with electronic circuitry and a power supply, and a flexible, electrically conductive lead extending from the proximal surface of the base and connecting the electrode to the implantable package; and a removable insertion casing directly contacting at least a portion of the base of the electrode sub-assembly, wherein the diameter of the outer surface of the base is the same as, or larger than, the diameter of the inner surface of the removable insertion casing and contact between the inner surface of the removable insertion casing and the outer surface of the base causes deformity of the removable insertion casing, the base, or both, and wherein said contact provides physical connection between the insertion casing and the base to permit an operator to apply axial motion to the electrode via force applied to the insertion casing.
Neck protector that comprises: - a rear shield that rests on the shoulders and the upper part of the back; characterised in that it further comprises: - two front shields that rest on the upper front part of the, user's torso, one on either side of the neck; - means for articulating the front shields with the rear shield, their rotation axes facing towards the top, towards the back and towards the centre, so that their intersection point (Oi) is above and behind them. - a rear shield that rests on the shoulders and the upper part of the back; characterised in that it further comprises: - two front shields that rest on the upper front part of the, user's torso, one on either side of the neck; - means for articulating the front shields with the rear shield, their rotation axes facing towards the top, towards the back and towards the centre, so that their intersection point (Oi) is above and behind them. - two front shields that rest on the upper front part of the, user's torso, one on either side of the neck; - means for articulating the front shields with the rear shield, their rotation axes facing towards the top, towards the back and towards the centre, so that their intersection point (Oi) is above and behind them.
A method for synthesizing chlorotrifluoroethylene (CTFE)-based polymers comprising: reacting, in the presence of an initiator and in a reaction medium at a pH of 1.5 to 2.5, one or more monomers comprising CTFE; and after an amount of polymerization reaction time has passed, adding a neutralizing agent to the reaction medium to increase the pH of the reaction medium to within a range of 1.8 to 6.0, wherein the neutralizing agent is an ammonium lactate solution and addition of the neutralizing agent terminates the polymerization reaction. reacting, in the presence of an initiator and in a reaction medium at a pH of 1.5 to 2.5, one or more monomers comprising CTFE; and after an amount of polymerization reaction time has passed, adding a neutralizing agent to the reaction medium to increase the pH of the reaction medium to within a range of 1.8 to 6.0, wherein the neutralizing agent is an ammonium lactate solution and addition of the neutralizing agent terminates the polymerization reaction.