mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: an ultraviolet c-band radiation detector to enable detection of radiation during search and rescue operations, at least a portion of the radiation including ultraviolet c-band radiation; and a stimulus generator configured to generate a stimulus in response to detected ultraviolet c-band radiation, wherein the ultraviolet c-band radiation detector comprises a first ultraviolet c-band radiation detector, wherein the first ultraviolet c-band radiation detector is a first photoelectric gas discharge detector; a second ultraviolet c-band radiation detector, wherein the second ultraviolet c-band radiation detector is a second photoelectric gas discharge detector; and a circuit for synchronizing gas charge and discharge of the first and second ultraviolet c-band radiation detectors. an ultraviolet c-band radiation detector to enable detection of radiation during search and rescue operations, at least a portion of the radiation including ultraviolet c-band radiation; and a stimulus generator configured to generate a stimulus in response to detected ultraviolet c-band radiation, wherein the ultraviolet c-band radiation detector comprises a first ultraviolet c-band radiation detector, wherein the first ultraviolet c-band radiation detector is a first photoelectric gas discharge detector; a second ultraviolet c-band radiation detector, wherein the second ultraviolet c-band radiation detector is a second photoelectric gas discharge detector; and a circuit for synchronizing gas charge and discharge of the first and second ultraviolet c-band radiation detectors.
- Supporting structure for installing laid or floating wind energy collection modules, comprising: • at least one base supporting the tower of a wind energy collection module, the main axis (XX') of which is substantially vertical, • at least one stringer which is arranged at the periphery of said base, in a shape selected from triangle, parallelogram and rectangle shapes, in a plane containing said main axis (XX') of the base, and an essentially vertical short side of which is associated with the base through means allowing variation or adjustment of the distance and/or height between the different modules, selected from a slide or at least one articulated parallelogram, an assembly of two adjoining articulated parallelograms, and at least one articulated parallelogram and a slide, • in the case of a laid wind energy collection module, the base is connected to a supporting mass or a mast by said stringer, • at least one supporting mass or mast moored to the structure in the case of floating wind energy collection modules, and • at least one floating caisson connected to the base by said stringer in the case of floating wind energy collection modules. • at least one base supporting the tower of a wind energy collection module, the main axis (XX') of which is substantially vertical, • at least one stringer which is arranged at the periphery of said base, in a shape selected from triangle, parallelogram and rectangle shapes, in a plane containing said main axis (XX') of the base, and an essentially vertical short side of which is associated with the base through means allowing variation or adjustment of the distance and/or height between the different modules, selected from a slide or at least one articulated parallelogram, an assembly of two adjoining articulated parallelograms, and at least one articulated parallelogram and a slide, • in the case of a laid wind energy collection module, the base is connected to a supporting mass or a mast by said stringer, • at least one supporting mass or mast moored to the structure in the case of floating wind energy collection modules, and • at least one floating caisson connected to the base by said stringer in the case of floating wind energy collection modules.
Conveyor system of a machining unit, comprising a conveyor having a discharge region, at least one collection container (4, 4.1 - 4.3) which is able to be positioned so as to be adjacent to the discharge region, characterized in that the conveyor system comprises at least one positioning unit by means of which the collection container (4, 4.1 - 4.3) is able to be positioned; wherein the collection container (4, 4.1 - 4.3) is able to be releasably connected to a positioning element of the positioning unit; wherein the collection container (4, 4.1 - 4.3) has a first coupling element configured in the manner of a sword, and the positioning element has a second coupling element which is connected in a locationally fixed manner to the positioning element. characterized in that the conveyor system comprises at least one positioning unit by means of which the collection container (4, 4.1 - 4.3) is able to be positioned; wherein the collection container (4, 4.1 - 4.3) is able to be releasably connected to a positioning element of the positioning unit; wherein the collection container (4, 4.1 - 4.3) has a first coupling element configured in the manner of a sword, and the positioning element has a second coupling element which is connected in a locationally fixed manner to the positioning element.
A system for optimizing handover parameters for a plurality of mobile terminals on a common transportation platform in a cellular network, comprising: at least a first terminal and a second terminal; and a controller, the controller being configured to: determine that each of the first and second terminal are on-board the common transportation platform; monitor a status of a handover attempt by the first terminal; control and adjust the parameters for handover procedure of the first and the second terminal; and if the handover attempt is successful, adopt handover parameter settings of the first terminal for the second terminal; and if the handover attempt is not successful, change handover parameter settings for the second terminal. at least a first terminal and a second terminal; and a controller, the controller being configured to: determine that each of the first and second terminal are on-board the common transportation platform; monitor a status of a handover attempt by the first terminal; control and adjust the parameters for handover procedure of the first and the second terminal; and if the handover attempt is successful, adopt handover parameter settings of the first terminal for the second terminal; and if the handover attempt is not successful, change handover parameter settings for the second terminal. determine that each of the first and second terminal are on-board the common transportation platform; monitor a status of a handover attempt by the first terminal; control and adjust the parameters for handover procedure of the first and the second terminal; and if the handover attempt is successful, adopt handover parameter settings of the first terminal for the second terminal; and if the handover attempt is not successful, change handover parameter settings for the second terminal.
Method for determining the vehicle longitudinal speed in a vehicle, in which the calculation of the vehicle longitudinal speed (v x) is based on wheel speeds (ω w) which are determined by sensors, wherein a wheel longitudinal force (F w,x) is determined in an estimated equation as a function of the wheel speed (ω w) and the vehicle longitudinal speed (v x) is determined as a function of the wheel longitudinal force (F w,x), characterized in that the wheel longitudinal force (F w,x) is determined as a function of the wheel contact force (F w,x), and coefficient of friction (μ road) of the underlying surface and a longitudinal slip coefficient of friction (μ w) which is dependent on the wheel longitudinal slip (k): F w, x = max μ road, μ w κ ⋅ F w, z, and in that the calculated vehicle longitudinal speed ( v̂ x) is determined as a function of the calculated wheel longitudinal forces ( F̂ w,x) at the vehicle wheels from the movement equation v ̇ ^ = 1 m Σ F ^ w, x where m is the mass of the vehicle.
A preparation method of organic-transition metal hydride, comprising: 1) preparing organic-transition metal-aluminum hydride complexes by reacting organic-transition metal halide selected from the following Formula 2 with metal aluminum hydride compounds; and 2) preparing the organic-transition metal hydride selected from the following Formula 1 by reacting the organic-transition metal-aluminum hydride complexes with Lewis bases, wherein the Lewis base is selected from amine compounds or carbanion compounds. [Formula 1] A-(OMH m) n [Formula 2] A-(OMX m) n [In Formula 1, A is an organic molecule and M is one or more selected from transition metal elements having valence of divalent or more; m is an integer where the valence of M minus 1, n is an integer of 1 to 1000, and X is a halogen element.] 1) preparing organic-transition metal-aluminum hydride complexes by reacting organic-transition metal halide selected from the following Formula 2 with metal aluminum hydride compounds; and 2) preparing the organic-transition metal hydride selected from the following Formula 1 by reacting the organic-transition metal-aluminum hydride complexes with Lewis bases, wherein the Lewis base is selected from amine compounds or carbanion compounds. [Formula 1] A-(OMH m) n [Formula 2] A-(OMX m) n [In Formula 1, A is an organic molecule and M is one or more selected from transition metal elements having valence of divalent or more; m is an integer where the valence of M minus 1, n is an integer of 1 to 1000, and X is a halogen element.]
A method of disintegration and fluid drying of the sugar beet material preventing the degradation reaction from taking place is characterised in that it contains the following steps: - disintegration of the sugar beet material into particles where the surface area of the particle is at least 2.0 cm 2, - immediate exposure of the disintegrated material to a flow of drying gas(es) at a temperature of 25°C to 160°C and at a flow rate of 5 m.s -1 to 40 m.s -1, where the relative humidity of the drying gas(es) at the inlet to the drying space in the fluid dryer is at most 85% and were the drying takes place until a dry matter value of at least 70% by weight has been attained. - disintegration of the sugar beet material into particles where the surface area of the particle is at least 2.0 cm 2, - immediate exposure of the disintegrated material to a flow of drying gas(es) at a temperature of 25°C to 160°C and at a flow rate of 5 m.s -1 to 40 m.s -1, where the relative humidity of the drying gas(es) at the inlet to the drying space in the fluid dryer is at most 85% and were the drying takes place until a dry matter value of at least 70% by weight has been attained.
A draw texturing machine comprising: a pin-type twisting unit which includes a cylindrical pin retained while being in contact with circumferential surfaces of rollers (45 to 48) attached to two rotational shafts (43, 44), respectively, and which is configured to twist a yarn running inside the pin by rotating the pin by rotationally driving one of the two rotational shafts (43, 44) by a motor; a setting unit which is configured to set, in regard to a rotation number of the pin, set values regarding at least a high rotation number which is a rotation number in yarn production and a low rotation number which is smaller than the high rotation number; and an operation unit which is provided to switch the rotation number of the pin between the high rotation number and the low rotation number. a pin-type twisting unit which includes a cylindrical pin retained while being in contact with circumferential surfaces of rollers (45 to 48) attached to two rotational shafts (43, 44), respectively, and which is configured to twist a yarn running inside the pin by rotating the pin by rotationally driving one of the two rotational shafts (43, 44) by a motor; a setting unit which is configured to set, in regard to a rotation number of the pin, set values regarding at least a high rotation number which is a rotation number in yarn production and a low rotation number which is smaller than the high rotation number; and an operation unit which is provided to switch the rotation number of the pin between the high rotation number and the low rotation number.
An additive fabrication device configured to form layers of solid material on a build platform, the additive fabrication device comprising: a container configured to hold a liquid photopolymer; a mixer disposed within the container and configured to move along at least a first axis to homogenize the liquid photopolymer within the container; characterized in that it further comprises a force sensor configured to produce sensor data indicative of forces applied to the mixer; at least one processor; and at least one computer readable medium comprising instructions that, when executed by the at least one processor: operate one or more actuators to move the mixer along the first axis; and detect a failure of an additive fabrication process based at least in part on the sensor data produced by the sensor during movement of the mixer along the first axis. a container configured to hold a liquid photopolymer; a mixer disposed within the container and configured to move along at least a first axis to homogenize the liquid photopolymer within the container; characterized in that it further comprises a force sensor configured to produce sensor data indicative of forces applied to the mixer; at least one processor; and at least one computer readable medium comprising instructions that, when executed by the at least one processor: operate one or more actuators to move the mixer along the first axis; and detect a failure of an additive fabrication process based at least in part on the sensor data produced by the sensor during movement of the mixer along the first axis. operate one or more actuators to move the mixer along the first axis; and detect a failure of an additive fabrication process based at least in part on the sensor data produced by the sensor during movement of the mixer along the first axis.
A method of operating a target access point of a plurality of access points, the method comprises: receiving a transmission symbol transmitted by a source device to a destination device; computing soft-decision information for a soft decision with respect to information bits corresponding to the transmission symbol; detecting the information bits based on the computed soft-decision information; checking whether an error exists in the detected information bits; and, if an error does not exist in the detected information bits, transmitting the detected information bits to the destination device or an access point connected to the destination device; or, if an error exists in the detected information bits, transmitting the soft-decision information to the destination device or an access point connected to the destination device, wherein the destination device or the access point connected to the destination device combines the soft-decision information transmitted by each of the plurality of access points; and wherein the transmitting of the soft-decision information further transmits information associated with a delay limit corresponding to the transmission symbol, the delay limit being different per-service.
An aluminum-alloy-based powder comprising magnesium, zirconium and scandium for producing part blanks and finished parts by additive technologies, characterized in that the aluminum-alloy-based powder has a reduced scandium content and further comprises oxygen and calcium at the following ratio of components (wt.%): Magnesium 4.0-6.5, Zirconium 0.5-1.0, Scandium 0.2-0.6, Oxygen 0.001-0.2, Calcium 0.005-0.2, Al and inevitable impurities remainder.
An internal joint stabilizer (110, 310) for stabilizing a joint between a first bone (20, 30) and a second bone (21, 31), the joint having a natural axis of rotation, the internal joint stabilizer (110, 310) comprising an axle configured for insertion into the first bone (20, 30, 50) of the joint in alignment with the natural axis of rotation of the joint, an attaching portion (120, 201, 301) to be attached to the second bone (21, 31) with fasteners, and a neck portion (150, 150'), characterized in that: the neck portion (150, 150') is disposed between said axle and said attaching portion (120, 201, 301), wherein the position of the axle is movable relative to the neck portion (150, 150'). the neck portion (150, 150') is disposed between said axle and said attaching portion (120, 201, 301), wherein the position of the axle is movable relative to the neck portion (150, 150').
A vitamin composition for use in safe and low risk malnutrition treatment while slowing kidney disease progression in Chronic Kidney Disease Patients, comprising: i) as active ingredients: Zinc, such as about 8.5 mg; Selenium, such as about 50.0 micrograms (mcg); Vitamin B1, such as about 0.23 mg; Vitamin B2, such as about 0.1 mg; Niacin, such as about 7.0 mg; Vitamin B6, such as about.25 mg; Folate, such as about 85.0 mcg; Vitamin B12, such as about 2.2 mcg; Vitamin B5, such as about 1.7 mg; Vitamin E, such as about 3.50 mg; Vitamin K2, such as about 45.0 mcg; glutathione, such as about 670.0 mg; superoxide disumtase, such as about 33.0 mg; and catalase, such as about 245.0 mg; ii) excluding all of the following: calcium (Ca); magnesium (Mg); phosphorus; sodium (Na); manganese (Mn); fluoride; Vitamin D; and Vitamin K1. i) as active ingredients: Zinc, such as about 8.5 mg; Selenium, such as about 50.0 micrograms (mcg); Vitamin B1, such as about 0.23 mg; Vitamin B2, such as about 0.1 mg; Niacin, such as about 7.0 mg; Vitamin B6, such as about.25 mg; Folate, such as about 85.0 mcg; Vitamin B12, such as about 2.2 mcg; Vitamin B5, such as about 1.7 mg; Vitamin E, such as about 3.50 mg; Vitamin K2, such as about 45.0 mcg; glutathione, such as about 670.0 mg; superoxide disumtase, such as about 33.0 mg; and catalase, such as about 245.0 mg; ii) excluding all of the following: calcium (Ca); magnesium (Mg); phosphorus; sodium (Na); manganese (Mn); fluoride; Vitamin D; and Vitamin K1.
A filter for a smoking article, the filter comprising: a filter segment comprising filter material comprising fibres of continuous tow material, the filter segment having a cross sectional area measured perpendicular to the longitudinal direction of the filter; and a flavour delivery member embedded in the filter segment and surrounded on all sides by the filter material, the flavour delivery member comprising structural material enclosing liquid flavourant for flavouring smoke during smoking, wherein the flavour delivery member releases at least a portion of the liquid flavourant when the filter is subjected to external force; wherein a cross sectional area of the flavour delivery member measured perpendicular to the longitudinal direction of the filter is about 30%, or greater, of the cross sectional area of the filter segment, wherein the filter material of the filter segment comprises fibres of between about 5.0 and about 12.0 denier per filament and between about 10000 and about 35000 total denier; and wherein the filter comprises a space or cavity downstream or upstream or both downstream and upstream of the filter segment. a filter segment comprising filter material comprising fibres of continuous tow material, the filter segment having a cross sectional area measured perpendicular to the longitudinal direction of the filter; and a flavour delivery member embedded in the filter segment and surrounded on all sides by the filter material, the flavour delivery member comprising structural material enclosing liquid flavourant for flavouring smoke during smoking, wherein the flavour delivery member releases at least a portion of the liquid flavourant when the filter is subjected to external force; wherein a cross sectional area of the flavour delivery member measured perpendicular to the longitudinal direction of the filter is about 30%, or greater, of the cross sectional area of the filter segment, wherein the filter material of the filter segment comprises fibres of between about 5.0 and about 12.0 denier per filament and between about 10000 and about 35000 total denier; and wherein the filter comprises a space or cavity downstream or upstream or both downstream and upstream of the filter segment.
A security control system for an elevator system, comprising: an elevator controller that controls access to floors served by one or more elevators; characterized by an access control system that stores one or more landing matrices that define the access to the floors, the access control system providing the landing matrices to the elevator controller, wherein the access control system includes a landing matrix Application Programming Interface ("API") that accepts landing matrix objects in messages received over a security network, the landing matrix API overriding the landing matrices with the landing matrix objects; and a security network control system that enables configuration of the landing matrix objects, and sends the landing matrix objects in the messages to the access control system over the security network. an elevator controller that controls access to floors served by one or more elevators; characterized by an access control system that stores one or more landing matrices that define the access to the floors, the access control system providing the landing matrices to the elevator controller, wherein the access control system includes a landing matrix Application Programming Interface ("API") that accepts landing matrix objects in messages received over a security network, the landing matrix API overriding the landing matrices with the landing matrix objects; and a security network control system that enables configuration of the landing matrix objects, and sends the landing matrix objects in the messages to the access control system over the security network.
Switchable coupling between a drive element and a driven element, the switchable coupling having a coupling system for frictional and/or positive connection between the drive element and the driven element and also a preferably electromagnetic actuator and a switching member in operative proximity to the actuator and at least one elastic actuation element arranged between the driven element and the switching member, the switching member being movable continuously between a starting position through a middle position as far as an end position, the switchable coupling having, in the middle position of the switching member, a state (open or closed) other than that in the starting position, and the elastic actuation element exerting a force in the direction of the starting position upon the switching member, and the actuator exerting upon the switching member only forces in the direction of the end position, the maximum value of which exceeds the force value of the elastic actuation element in any position, characterized in that, on the driven element or on parts connected to the driven element, a locking bar is arranged rotatably in the circumferential direction, but is held in the axial direction between a first locking-bar stop and a second locking-bar stop, and in that the switching member or the locking bar has connected to it a rotary system having first operative surfaces which, during movement of the switching member from a position just behind the middle position as far as the end position, butt onto first oblique shaped elements on the locking bar or onto first oblique shaped elements on the switching member at the same time prestress first resilient rotary elements and thereby rotate the locking bar in relation to the switching member through a first subangle, and in that the rotary system has second relative surfaces which, during movement of the switching member back from the end position as far as the middle position, butt onto second oblique shaped elements on the locking bar or onto second oblique shaped elements on the switching member and at the same time prestress second resilient rotary elements and thereby rotate the locking bar in relation to the switching member through a second subangle.