mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method comprising: receiving, by a computer of a platform, outer edge data from a signal associated with a calling device that originated a phone call, the outer edge data comprising signaling information including a route for the phone call to a destination and comprising line information identifying at least one of: an originating carrier, a line type, and an originating location; generating, by the computer, a threat score for the inbound phone call based at least in part upon analyzing the outer edge data of the signal against historical call data associated with the calling device across several calls; and taking a technical action in response to the threat score. receiving, by a computer of a platform, outer edge data from a signal associated with a calling device that originated a phone call, the outer edge data comprising signaling information including a route for the phone call to a destination and comprising line information identifying at least one of: an originating carrier, a line type, and an originating location; generating, by the computer, a threat score for the inbound phone call based at least in part upon analyzing the outer edge data of the signal against historical call data associated with the calling device across several calls; and taking a technical action in response to the threat score.
A counterweight arrangement for an elevator, comprising - a first vertical guide rail and a second vertical guide rail, said guide rails defining a vertical guide rail plane, - a counterweight arranged to travel between the guide rails (1, 2) guided by the guide rails (1, 2), the counterweight comprising a frame, which comprises a first upright beam and a second upright beam and a cross beam connecting the upper ends of the upright beams (6, 7), and - a diverting pulley mounted between the guide rails (1, 2) on the cross beam of the counterweight frame, the pulley having a vertical plane of rotation, which crosses the vertical guide rail plane, characterized in that the cross beam is aligned parallel with the plane of rotation of the pulley. - a first vertical guide rail and a second vertical guide rail, said guide rails defining a vertical guide rail plane, - a counterweight arranged to travel between the guide rails (1, 2) guided by the guide rails (1, 2), the counterweight comprising a frame, which comprises a first upright beam and a second upright beam and a cross beam connecting the upper ends of the upright beams (6, 7), and - a diverting pulley mounted between the guide rails (1, 2) on the cross beam of the counterweight frame, the pulley having a vertical plane of rotation, which crosses the vertical guide rail plane,
Combat training system conducting shooting practice and/or combat scenarios in a monitored manner, comprising: - at least two components, of which the first component is a firearm and the second component is a target object, - a device for sensing position information of each of the at least two components, - a device for sensing spatial orientation information at least for the at least one firearm of the at least two components, and - an information processing unit, in which the position information of the at least two components and the orientation information of the at least one firearm can be processes and transformed into the form of at least one item of result information, wherein the at least two components each have a clock, which clocks are time-synchronised with each other and each generates coded time signals with a component identifier which individualises the respective component, and that an event sensor is provided on each of the at least two components. - at least two components, of which the first component is a firearm and the second component is a target object, - a device for sensing position information of each of the at least two components, - a device for sensing spatial orientation information at least for the at least one firearm of the at least two components, and - an information processing unit, in which the position information of the at least two components and the orientation information of the at least one firearm can be processes and transformed into the form of at least one item of result information, wherein the at least two components each have a clock, which clocks are time-synchronised with each other and each generates coded time signals with a component identifier which individualises the respective component, and that an event sensor is provided on each of the at least two components.
A heat generation inhibiting circuit for an exciting coil in a relay, for inhibiting heat generation of the exciting coil in a relay circuit which includes a relay contact, that is provided between a DC power supply and a load and switches between driving and stop of the load, and the exciting coil for energizing the relay contact, the heat generation inhibiting circuit comprising: a first resistor which is provided between the exciting coil and ground; and a switch unit which is provided between the first resistor and the ground and switches between energizing and non-energizing of the exciting coil; characterised in that a series connection circuit formed by a semiconductor element and a diode is connected between a point between the relay contact and the load and a point between the exciting coil and the first resistor; wherein until the relay contact is closed after the switch unit is turned on, the series connection circuit is made conductive to apply a voltage almost same as an output voltage of the DC power supply to the exciting coil; and wherein after the relay contact is closed, the series connection circuit is made nonconductive to apply a voltage lower than the output voltage of the DC power supply to the exciting coil. a first resistor which is provided between the exciting coil and ground; and a switch unit which is provided between the first resistor and the ground and switches between energizing and non-energizing of the exciting coil; characterised in that a series connection circuit formed by a semiconductor element and a diode is connected between a point between the relay contact and the load and a point between the exciting coil and the first resistor; wherein until the relay contact is closed after the switch unit is turned on, the series connection circuit is made conductive to apply a voltage almost same as an output voltage of the DC power supply to the exciting coil; and wherein after the relay contact is closed, the series connection circuit is made nonconductive to apply a voltage lower than the output voltage of the DC power supply to the exciting coil.
Method for resilient multi-paths connections between edge devices of a communication network, - determining connection-specific traffic distribution functions for the multi-paths depending on a plausible failure pattern of active and inactive paths of the multi-path of this connection, and - selecting the traffic distribution function for a multi-path depending on the current failure pattern of active an inactive paths of the multi-path of this connection and - distributing the traffic of the connection onto the path of the corresponding multi-path pursuant to the selected traffic distribution function. - determining connection-specific traffic distribution functions for the multi-paths depending on a plausible failure pattern of active and inactive paths of the multi-path of this connection, and - selecting the traffic distribution function for a multi-path depending on the current failure pattern of active an inactive paths of the multi-path of this connection and - distributing the traffic of the connection onto the path of the corresponding multi-path pursuant to the selected traffic distribution function.
Device for the autonomous production of cold from a solar low-temperature thermal source between 50 °C and 130 °C, said cold being produced with a temperature difference of 5 °C to 40 °C below the ambient temperature and said device implementing a method for the thermochemical sorption of a coolant by a solid reagent, said device comprising: - a reactor arranged to contain the solid reagent and comprising at least one heat exchanger to cool and/or heat said reactor, - a condenser capable of liquefying the gaseous coolant coming from the reactor; - a first tank for storing at ambient temperature the liquid coolant produced by the condenser, - an enclosure arranged to store a phase-change material and also comprising an evaporator in direct contact with said phase-change material and capable of evaporating the liquid coolant, - at least one conduction means for the coolant (203, 211, 214, 216, 504) and - at least one means of controlling the flow of the coolant that acts on the conduction means (203, 211, 214, 216, 504), characterised in that said device further comprises: - a second tank for storing the liquid coolant at a temperature below the ambient temperature, connected to the first tank on the one hand and to the evaporator and the reactor on the other hand, - said at least one conduction means (203, 211, 214, 216, 504) for the coolant being arranged to circulate said coolant in liquid or gaseous form between the reactor, the first tank, the second tank and the evaporator, - said at least one control means being arranged to regulate the flow of the coolant independently according to the pressures prevailing in the reactor, the first and second tanks (208, 209), the condenser and the evaporator. - a reactor arranged to contain the solid reagent and comprising at least one heat exchanger to cool and/or heat said reactor, - a condenser capable of liquefying the gaseous coolant coming from the reactor; - a first tank for storing at ambient temperature the liquid coolant produced by the condenser, - an enclosure arranged to store a phase-change material and also comprising an evaporator in direct contact with said phase-change material and capable of evaporating the liquid coolant, - at least one conduction means for the coolant (203, 211, 214, 216, 504) and - at least one means of controlling the flow of the coolant that acts on the conduction means (203, 211, 214, 216, 504), characterised in that said device further comprises: - a second tank for storing the liquid coolant at a temperature below the ambient temperature, connected to the first tank on the one hand and to the evaporator and the reactor on the other hand, - said at least one conduction means (203, 211, 214, 216, 504) for the coolant being arranged to circulate said coolant in liquid or gaseous form between the reactor, the first tank, the second tank and the evaporator, - said at least one control means being arranged to regulate the flow of the coolant independently according to the pressures prevailing in the reactor, the first and second tanks (208, 209), the condenser and the evaporator.
A vehicle chassis comprising: a plurality of connecting tubes (101a, 101b, 101c); and a plurality of pre-formed joint members, each joint member sized and shaped to mate with at least a subset of the plurality of the connecting tubes in the plurality of connecting tubes to form a three-dimensional frame structure, wherein at least one joint member of the plurality of joint members comprises internal routing features configured to provide a network of passageways, wherein the at least one of the plurality of joint members comprises a protrusion configured to fit inside a corresponding connecting tube, and wherein at least one of the plurality of joint members comprises one or more injection ports configured to connect with pressure injection equipment to distribute adhesive through the one or more injection ports into a space between the protrusion and the corresponding connecting tube. a plurality of connecting tubes (101a, 101b, 101c); and a plurality of pre-formed joint members, each joint member sized and shaped to mate with at least a subset of the plurality of the connecting tubes in the plurality of connecting tubes to form a three-dimensional frame structure, wherein at least one joint member of the plurality of joint members comprises internal routing features configured to provide a network of passageways, wherein the at least one of the plurality of joint members comprises a protrusion configured to fit inside a corresponding connecting tube, and wherein at least one of the plurality of joint members comprises one or more injection ports configured to connect with pressure injection equipment to distribute adhesive through the one or more injection ports into a space between the protrusion and the corresponding connecting tube.
An injection molding tool for producing molded plastic parts from at least two molding components, comprising a center mold block (10; 40) and a pair of outer mold blocks (12, 14), the center mold block having two parallel opposed molding faces joined by two parallel opposed side faces extending perpendicular to said molding faces, the molding faces having parallel partial mold cavities formed therein and the outer mold blocks (12, 14) each being associated with one mold face of the center mold block and each having a molding face with parallel partial mold cavities formed therein which together with corresponding partial mold cavities of the associated mold face of the center mold block (10; 40) form complete mold cavities for molding the parts when the outer mold blocks (12, 14) are positioned close to the center mold block (10; 40), each molding face of the center mold block (10; 40) having at least one recess for accommodation of a movable insert (20, 22, 50) which has fractions of the partial mold cavities formed therein; when the outer mold blocks (12, 14) are separated from the center mold block (10; 40), the inserts (20, 22, 50) being movable with indexing steps around the corners formed between the molding faces and the side faces of the center mold block (10; 40); wherein a drive system (30, 32, 60, 62, 64, 66, 68, 70, 80, 82, 84) is provided for moving the inserts (20, 22, 50) between fixed index positions with indexing steps of differing size; characterized in that the inserts (20, 22, 50) are moved independently of each other alongside the two opposed molding faces and alongside the side faces of the center mold block (10; 40).
A measurement device (100, 200, 250, 300, 400, 800, 900) for measuring performance of at least one antenna system in a first frequency band and in a second frequency band, the measurement device comprising; an outer chamber having inwardly radio frequency reflective walls configured to enclose the antenna system, an inner chamber deployable inside the outer chamber, the inner chamber having radio frequency absorptive walls configured to enclose the antenna system, a first test antenna arrangement arranged inside the outer chamber and configured for a measurement operation in the first frequency band, and a second test antenna arrangement (150,150') arranged inside the outer chamber and configured for a measurement operation in the second frequency band, characterized in that the radio frequency absorptive walls are associated with a level of radio frequency signal transparency in the first frequency band, and wherein, when the second test antenna arrangement is arranged outside the inner chamber, at least one of the inner chamber radio frequency absorptive walls has an opening into the outer chamber, and the second test antenna arrangement is configured as a directive antenna having a main lobe, wherein the main lobe is arranged to be directed towards the opening such that a transmission by the second test antenna arrangement is arranged inside the inner chamber, thereby enabling measuring performance of the antenna system in a reflective radio frequency environment by the first test antenna arrangement and measuring performance in an essentially anechoic radio frequency environment by the second test antenna arrangement. an outer chamber having inwardly radio frequency reflective walls configured to enclose the antenna system, an inner chamber deployable inside the outer chamber, the inner chamber having radio frequency absorptive walls configured to enclose the antenna system, a first test antenna arrangement arranged inside the outer chamber and configured for a measurement operation in the first frequency band, and a second test antenna arrangement (150,150') arranged inside the outer chamber and configured for a measurement operation in the second frequency band, characterized in that the radio frequency absorptive walls are associated with a level of radio frequency signal transparency in the first frequency band, and wherein, when the second test antenna arrangement is arranged outside the inner chamber, at least one of the inner chamber radio frequency absorptive walls has an opening into the outer chamber, and the second test antenna arrangement is configured as a directive antenna having a main lobe, wherein the main lobe is arranged to be directed towards the opening such that a transmission by the second test antenna arrangement is arranged inside the inner chamber, thereby enabling measuring performance of the antenna system in a reflective radio frequency environment by the first test antenna arrangement and measuring performance in an essentially anechoic radio frequency environment by the second test antenna arrangement.
Glycyl-2-Methyl-L-prolyl-L-glutamate (G-2-MePE) for use in treating a symptom selected from the group consisting of impaired social functioning and repetitive behaviour of an autism spectrum disorder in an animal, by oral administration of an effective amount of G-2-MePE.
A method for producing a finishing layer containing a window for a portable data storage medium, characterized by the following steps: Providing a transparent plastic-based support layer, Applying an opaque color layer by means of screen printing, wherein the color layer comprises a cutout having the dimensions of the window, Applying a first transparent buffer layer by means of screen printing, Applying a design color layer over the buffer layer by means of offset printing, and Applying a transparent finish over the design color layer. Providing a transparent plastic-based support layer, Applying an opaque color layer by means of screen printing, wherein the color layer comprises a cutout having the dimensions of the window, Applying a first transparent buffer layer by means of screen printing, Applying a design color layer over the buffer layer by means of offset printing, and Applying a transparent finish over the design color layer.
Conveying device for conveying steel parts for hot forming and/or hardening, having conveying receptacles in which the steel parts are disposed and which are specified for conveying steel parts having temperatures of more than 650°C, wherein means (6, 8, 9) for heating the steel parts by induction, convection, and/or radiation are provided, wherein means (10, 11) for heating the regions of the conveying receptacle which are in contact with the steel part by convection, conduction and/or radiation are provided and the conveying device is configured as a tube and/or roller system, characterized in that a roller system and/or tube system is provided and that the rollers and/or tubes which are in contact with the steel part are heatable using hot media or by an electric current.
A brake device in a vehicle provided with a power train with a gearbox, an input shaft to the gearbox and an output shaft from the gearbox, which device comprises a retarder, a first connecting mechanism by which the retarder is connectable to the gearbox output shaft, a second connecting mechanism (18-24, 30) by which the retarder is connectable to a component (4, 15) in the gearbox which is directly or indirectly connected movably to the gearbox input shaft and the gearbox output shaft, which component (4, 15) rotates faster than the gearbox output shaft at times when at least one lowest gear is engaged in the gearbox, characterised in that the retarder comprises a rotatable component connected either to the gearbox output shaft via the first connecting mechanism or to said component (4, 15) which is connected to the gearbox input shaft via the second connecting mechanism when the retarder is activated.
A light collector adapted to collect light from a plurality of light sources, said light collector comprises a plurality of lenslets adapted to collect light from the light sources and adapted to convert the collected light into a plurality of light beams so that the light beams propagate along an optical axis, wherein each lenslet comprises an entrance surface where said light enters the lenslet and an exit surface where the light exits the lenslet, the lenslets are arranged in a dense pattern, wherein the lenslets comprise a plurality of outermost adjacent lenslets located along an outer circular boundary, wherein each of the outermost lenslets has the same radial distance to a center of the light collector, wherein said plurality of outermost adjacent lenslets comprises at least 12 outermost lenslets wherein the light collector comprises at least 20 lenslets, characterized in that the dense pattern has been obtained by optimizing a packaging density defined by a ratio of a sum of areas of circular cross sections of the lenslets and the area inside the outer circular boundary, and the packaging density is at least 0.79, wherein inner lenslets are arranged in a number of annular rings (182, 183), where at least one of said annular rings comprises at least two sets of lenslets, each set of lenslets comprises a number of lenslets having the same radial distance to the center of the light collector and said radial distance to the center of the light collector is different for said two sets of lenslets and wherein the difference between the radial distance to the center of the light collector of the outermost set of lenslets of the said two sets of lenslets and the radial distance to the center of the light collector of the innermost set of lenslets of the said two sets of lenslets is less than the half diameter of the lenslets.