mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for use in estimating a fault level in a network providing an electric power supply to consumers, which apparatus comprises: (i) upstream calculator means for calculating upstream impedance which is in the network and upstream of a point of measurement, the upstream impedance being calculated by utilising changes which occur after and consequent upon changes in the electrical power supply due to consumer removal or supply of electricity to the network; and (ii) downstream calculator means for: (a) calculating a static downstream impedance which is in the network when the network is in a steady state, which is for use as a reference point, which is downstream of the point of measurement, and which is based on measurements before and/or after the time when the changes in the electrical power supply occur; (b) measuring the actual downstream impedance at the time when the changes in the electrical power supply occur; and (c) obtaining the difference between the calculated static downstream impedance and the actual downstream impedance, thereby to obtain a downstream impedance indicative of dynamic downstream motor contribution of electricity to the network. (i) upstream calculator means for calculating upstream impedance which is in the network and upstream of a point of measurement, the upstream impedance being calculated by utilising changes which occur after and consequent upon changes in the electrical power supply due to consumer removal or supply of electricity to the network; and (ii) downstream calculator means for: (a) calculating a static downstream impedance which is in the network when the network is in a steady state, which is for use as a reference point, which is downstream of the point of measurement, and which is based on measurements before and/or after the time when the changes in the electrical power supply occur; (b) measuring the actual downstream impedance at the time when the changes in the electrical power supply occur; and (c) obtaining the difference between the calculated static downstream impedance and the actual downstream impedance, thereby to obtain a downstream impedance indicative of dynamic downstream motor contribution of electricity to the network. (a) calculating a static downstream impedance which is in the network when the network is in a steady state, which is for use as a reference point, which is downstream of the point of measurement, and which is based on measurements before and/or after the time when the changes in the electrical power supply occur; (b) measuring the actual downstream impedance at the time when the changes in the electrical power supply occur; and (c) obtaining the difference between the calculated static downstream impedance and the actual downstream impedance, thereby to obtain a downstream impedance indicative of dynamic downstream motor contribution of electricity to the network.
A composition comprising pellets for use in the treatment of a disease by vaginal administration, said pellets comprising a debranched starch, which has been enzymatically hydrolyzed by at least one enzyme capable of cleaving the 1,6-linkages of the starch molecule, and a therapeutic agent.
A fluid-based cooling element for cooling a heat generating element (202, 204) arranged on a printed circuit board, wherein the fluid-based cooling element comprises: a fluid chamber for receiving a cooling fluid; and a movable body being in fluidic contact with the fluid chamber on an upper side of the movable body, wherein the movable body has a base portion having a first lower surface facing away from the fluid chamber; characterized in that the first lower surface of the base portion of the movable body is configured to be in contact with the heat generating element (202, 204) arranged on the printed circuit board, wherein a deformable element (20a; 20b; 20c; 20d) is in contact with the movable body for movably supporting the movable body, such that the movable body is movable towards or away from the fluid chamber in a direction (P1, P2) perpendicular to an inner upper surface of the fluid chamber, such that the position of the first lower surface of the base portion of the movable body being in contact with the heat generating element (202, 204) arranged on the printed circuit board is adjustable in dependence on a variable height of the heat generating element (202, 204) arranged on the printed circuit board, and wherein the deformable element (20a; 20b; 20c; 20d) is made of a rubber material. a fluid chamber for receiving a cooling fluid; and a movable body being in fluidic contact with the fluid chamber on an upper side of the movable body, wherein the movable body has a base portion having a first lower surface facing away from the fluid chamber; characterized in that the first lower surface of the base portion of the movable body is configured to be in contact with the heat generating element (202, 204) arranged on the printed circuit board, wherein a deformable element (20a; 20b; 20c; 20d) is in contact with the movable body for movably supporting the movable body, such that the movable body is movable towards or away from the fluid chamber in a direction (P1, P2) perpendicular to an inner upper surface of the fluid chamber, such that the position of the first lower surface of the base portion of the movable body being in contact with the heat generating element (202, 204) arranged on the printed circuit board is adjustable in dependence on a variable height of the heat generating element (202, 204) arranged on the printed circuit board, and wherein the deformable element (20a; 20b; 20c; 20d) is made of a rubber material.
A boiling water reactor control rod drive mechanism outer filter removal tool having an axial dimension, the outer filter fitting around an upper portion of the control rod drive mechanism's index tube, the outer filter and the index tube defining an annulus there between, characterized in that an alignment sleeve member is provided having a distal end for fitting into the annulus defined by the index tube and the outer filter; a plurality of fingers are provided pivotably supported from the alignment sleeve, each finger having a distal end urged outwardly from the sleeve by a bias spring; and a collar is provided axially movable over at least a portion of the fingers for opposing the spring bias and urging the distal ends of the fingers towards the sleeve.
A dispenser comprising at least one adapter for mating with a sensing device, and at least one sensing device for being removably mounted to or being removably mounted to the adapter, the sensing device comprising a main body including a sensor, and at least one mounting foot for mounting the sensing device to the adapter, the mounting foot including: a supporting contact part with a supporting surface for supporting the sensing device on a sensing-device averted attachment surface of the mating adapter, and a connecting part connecting the supporting contact part and the main body, the adapter comprising: an insertion opening for insertion of the supporting surface of the sensing device; a slot-shaped opening for sliding therein the connecting part of the sensing device, the slot-shaped opening being connected to the insertion opening; and the attachment surface for being averted to the sensing device, the attachment surface extending from and/or connected to the slot-shaped opening so as to allow the attachment surface and the supporting surface to be mated with each other. the sensing device comprising a main body including a sensor, and at least one mounting foot for mounting the sensing device to the adapter, the mounting foot including: a supporting contact part with a supporting surface for supporting the sensing device on a sensing-device averted attachment surface of the mating adapter, and a connecting part connecting the supporting contact part and the main body, the adapter comprising: an insertion opening for insertion of the supporting surface of the sensing device; a slot-shaped opening for sliding therein the connecting part of the sensing device, the slot-shaped opening being connected to the insertion opening; and the attachment surface for being averted to the sensing device, the attachment surface extending from and/or connected to the slot-shaped opening so as to allow the attachment surface and the supporting surface to be mated with each other. a supporting contact part with a supporting surface for supporting the sensing device on a sensing-device averted attachment surface of the mating adapter, and a connecting part connecting the supporting contact part and the main body, the adapter comprising: an insertion opening for insertion of the supporting surface of the sensing device; a slot-shaped opening for sliding therein the connecting part of the sensing device, the slot-shaped opening being connected to the insertion opening; and the attachment surface for being averted to the sensing device, the attachment surface extending from and/or connected to the slot-shaped opening so as to allow the attachment surface and the supporting surface to be mated with each other.
A clamping device for automatic connection of a vehicle to a cable of a continuously moving cableway, comprising: - a support element securable to a suspension arm of a vehicle; - a fixed jaw integral with the support element; - an operating rocker lever hinged to the support element for oscillating in a substantially vertical plane; - a movable jaw formed at a first end of the operating lever; - a slider, slidably mounted on the operating lever; - at least two elastic elements (31, 33) mounted on the operating lever so as to urge the slider towards the first end of the lever, - a mechanism connected to the slider and the support element, for converting a thrust exerted by the elastic elements (31, 33) towards the first end of the lever into a force perpendicular to the lever, so as to rotate the lever upwards causing the movable jaw to clamp the cable against the fixed jaw; characterized in that the elastic elements comprise at least one first elastic unit (30, 31) and at least one second elastic unit (32, 33), consecutively aligned and compressed along the operating lever, wherein the first elastic unit (30, 31), closer to the first end of the lever, acts against the slider, and the second elastic unit (32, 33), farther from the first end of the lever, acts against a reaction plate locked along the lever, and that the device further comprises an intermediate plate slidably mounted along the operating lever and arranged between the first and second elastic units, wherein the intermediate plate provides at least one portion protruding outwardly beyond the elastic units (30, 32) in a direction transverse to the operating lever. - a support element securable to a suspension arm of a vehicle; - a fixed jaw integral with the support element; - an operating rocker lever hinged to the support element for oscillating in a substantially vertical plane; - a movable jaw formed at a first end of the operating lever; - a slider, slidably mounted on the operating lever; - at least two elastic elements (31, 33) mounted on the operating lever so as to urge the slider towards the first end of the lever, - a mechanism connected to the slider and the support element, for converting a thrust exerted by the elastic elements (31, 33) towards the first end of the lever into a force perpendicular to the lever, so as to rotate the lever upwards causing the movable jaw to clamp the cable against the fixed jaw;
A method comprising: performing one or both of gesture recognition and biometric monitoring with an electronic device, the electronic device having a wireless communications capability using beamforming techniques and including a plurality of millimeter wave antenna modules wherein the antenna modules are compatible with 5G wireless communications standards, each module including at least one transmit antenna and at least one receive antenna, operable in one or more frequency ranges not less than 20 GHz, the receive antenna coupled with a first branch configured to receive H-polarized signals and a second branch configured to receive V-polarized signals, wherein the performing one or both of gesture recognition and biometric monitoring includes: transmitting a low power signal from the at least one transmit antenna; receiving at two or more receive antennas, the H-polarized signals and V-polarized signals, the received H-polarized signals and received V-polarized signals resulting from cross coupling between the transmit antenna and the receive antenna; and detecting a presence or absence of a reflective object or anatomical feature, and detecting a motion of the reflective object or anatomical feature by determining a relationship between strength of received H-polarized signals and received V-polarized signals for the two or more receive antennas as a function of time. transmitting a low power signal from the at least one transmit antenna; receiving at two or more receive antennas, the H-polarized signals and V-polarized signals, the received H-polarized signals and received V-polarized signals resulting from cross coupling between the transmit antenna and the receive antenna; and detecting a presence or absence of a reflective object or anatomical feature, and detecting a motion of the reflective object or anatomical feature by determining a relationship between strength of received H-polarized signals and received V-polarized signals for the two or more receive antennas as a function of time.
Rotating unit for a rotor of a dual centrifuge, having a bearing and a rotating head that is connected to said bearing and mounted therein so as to be rotatable about an axis of rotation, said rotating head being adapted to be driven relative to the rotor by another rotating mechanism of said centrifuge, said rotating head having a receiving unit (40, 80), with said rotating head being non-rotatably connected to the receiving unit (40, 80) in a detachable manner, said receiving unit (40, 80) comprising a sample container receptacle (60, 70, 100, 110) for at least one sample container, characterized in that the connection between the receiving unit (40, 80) and the rotating head is a non-positive connection, in which the receiving unit (40, 80) and the rotating head engage the one in the other in a wedged manner in some areas, with the non-positive connection increasing as the receiving unit (40, 80) moves along the axis of rotation of the rotating unit in a direction towards the rotating head.
A data communication device for recording and transmitting data concerning conditions pertaining to a transportation container, the communication device including: a processor having a sleep mode and an active mode; a memory (28;30); a port for receiving said data; a first power source; a communication module operatively coupled to the first power source; and a computer program stored in the memory (28;30), the program being operative, when executed on the processor to: transition the processor from the sleep mode into the active mode in response to the receipt of data at the port; store the received data in the memory (28;30); and cause the communication module to periodically: power on; attempt for a specified time period to establish a network connection, and in the event of a successful connection, communicate data stored in the memory (28;30) over the network; and power off, the computer program being further operative to periodically transition processor from the sleep mode to the active mode and return to the sleep mode in the event that the power-on cycle time has not expired, the power-on cycle time being the period between attempts to establish a network connection; and wherein the processor is coupled to and powered by a second power source, independent of the first power source. a processor having a sleep mode and an active mode; a memory (28;30); a port for receiving said data; a first power source; a communication module operatively coupled to the first power source; and a computer program stored in the memory (28;30), the program being operative, when executed on the processor to: transition the processor from the sleep mode into the active mode in response to the receipt of data at the port; store the received data in the memory (28;30); and cause the communication module to periodically: power on; attempt for a specified time period to establish a network connection, and in the event of a successful connection, communicate data stored in the memory (28;30) over the network; and power off, transition the processor from the sleep mode into the active mode in response to the receipt of data at the port; store the received data in the memory (28;30); and cause the communication module to periodically: power on; attempt for a specified time period to establish a network connection, and in the event of a successful connection, communicate data stored in the memory (28;30) over the network; and power off, power on; attempt for a specified time period to establish a network connection, and in the event of a successful connection, communicate data stored in the memory (28;30) over the network; and power off,
Assembly for a motor vehicle, characterized in that it comprises: - a reservoir comprising an envelope defining a filling space, - a groove formed in the casing of the reservoir, and - a pipe having an external diameter less than a width of the groove, characterized in that a sheath spiraled is arranged around the pipe, the assembly formed by the pipe and the sheath spiral surrounding said pipe being arranged to inside the groove so as to fix the pipe to the casing of the reservoir. - a reservoir comprising an envelope defining a filling space, - a groove formed in the casing of the reservoir, and - a pipe having an external diameter less than a width of the groove, characterized in that a sheath spiraled is arranged around the pipe, the assembly formed by the pipe and the sheath spiral surrounding said pipe being arranged to inside the groove so as to fix the pipe to the casing of the reservoir.
Electric machine comprising a stator and a rotor, wherein the stator and/or the rotor comprises a winding and/or permanent magnets, and wherein an oleophobic-hydrophobic layer structure is arranged in the region of the winding and/or in the region of an adhesive bond of the permanent magnets, comprising i. a first layer comprising a silicone, and ii. an outer second layer materially connected to the first layer, said outer second layer having an oleophobic-hydrophobic surface, comprising a textile structure made of a thermoplastic material, wherein the material bond is formed by penetration of the silicone of the first layer into the textile structure of the second layer. i. a first layer comprising a silicone, and ii. an outer second layer materially connected to the first layer, said outer second layer having an oleophobic-hydrophobic surface, comprising a textile structure made of a thermoplastic material, wherein the material bond is formed by penetration of the silicone of the first layer into the textile structure of the second layer.
A dynamically adaptable network bridge comprising: means for receiving data frames, the dynamically adaptable network bridge characterized by: a Rule Engine for processing the data frames according to a set of switching rules, means for dynamically exchanging switching rules with at least another network bridge thereby making the bridge adaptable; and wherein said means for dynamically exchanging switching rules with at least another network bridge includes a state vector memory, a rule control function and a rules memory. means for receiving data frames, the dynamically adaptable network bridge characterized by: a Rule Engine for processing the data frames according to a set of switching rules, means for dynamically exchanging switching rules with at least another network bridge thereby making the bridge adaptable; and wherein said means for dynamically exchanging switching rules with at least another network bridge includes a state vector memory, a rule control function and a rules memory. a Rule Engine for processing the data frames according to a set of switching rules, means for dynamically exchanging switching rules with at least another network bridge thereby making the bridge adaptable; and wherein said means for dynamically exchanging switching rules with at least another network bridge includes a state vector memory, a rule control function and a rules memory.
An optical sight (10, 10a) comprising: a housing (12, 12a); an optical element supported by said housing (12, 12a); a reticle; and an illumination system selectively displaying said reticle on said optical element and including a switch supplying said optical element with light from one of a first light source and a second light source to generate said reticle, characterized in that said first light source is one of an LED and an optical fiber and said second light source is the other of said LED and said optical fiber, and said switch is able to alternate supply of light between said first light source and said second light source. a housing (12, 12a); an optical element supported by said housing (12, 12a); a reticle; and an illumination system selectively displaying said reticle on said optical element and including a switch supplying said optical element with light from one of a first light source and a second light source to generate said reticle, characterized in that said first light source is one of an LED and an optical fiber and said second light source is the other of said LED and said optical fiber, and said switch is able to alternate supply of light between said first light source and said second light source.
A method of adaptively generating routes in a navigation system, comprising: calculating, with a navigation server, a first route to a destination; generating a road network map of the first route with a navigation server, where the road network map includes a plurality of map elements; characterized by allowing a user to select at least one map element in the road network map; calculating, with the navigation server, an adapted route to the destination as a function of the selection of the at least one map element in the road network map; determining, with the navigation server, the differences between the first route and the adapted route; transmitting the differences between the first route and the adapted route to a vehicle navigation system located in a vehicle; and applying the differences between the first route and the adapted route received from the navigation server to determine the adapted route in the vehicle navigation system. calculating, with a navigation server, a first route to a destination; generating a road network map of the first route with a navigation server, where the road network map includes a plurality of map elements; characterized by allowing a user to select at least one map element in the road network map; calculating, with the navigation server, an adapted route to the destination as a function of the selection of the at least one map element in the road network map; determining, with the navigation server, the differences between the first route and the adapted route; transmitting the differences between the first route and the adapted route to a vehicle navigation system located in a vehicle; and applying the differences between the first route and the adapted route received from the navigation server to determine the adapted route in the vehicle navigation system.
A process for production of a fibrous aggregated body comprising i. generating a cloud of fibrils suspended in gas by reaction of a precursor substance in a reaction zone and ii. stretching the cloud by the application of a stretching force to the cloud to cause the fibrils to condense to form said body, wherein said stretching force is a mechanical force applied by a rotating spindle. i. generating a cloud of fibrils suspended in gas by reaction of a precursor substance in a reaction zone and ii. stretching the cloud by the application of a stretching force to the cloud to cause the fibrils to condense to form said body, wherein said stretching force is a mechanical force applied by a rotating spindle.