mhurhangee/ep-ind-claims huggingface dataset:
A mobile device tracking system comprising: a list of users stored in a server memory, each user in the list associated with a tracked device (104(a)) through a tracked device unique identifier, T-UDID (116(a)); an anonymous friendly device to receive a distress packet from the tracked device; the server including a lost device database, DB, to receive the distress packet forwarded from the anonymous friendly device, operable to forward the distress packet to the lost device DB, the distress packet comprising a lost device's unique identifier, L-UDID (116(b)), and location information, wherein the location information comprises GPS information of the anonymous friendly device, GPS information of the tracked device, and/or a cell tower information from which the distress packet is forwarded or sent, wherein the anonymous friendly device is within a communication range of the tracked device; and, the server including a finder application (120(a)) to compare the L-UDID with T-UDIDs in the list, and to track the location of the lost device with the location information in response to a match between the L-UDID and a T-UDID in the list. a list of users stored in a server memory, each user in the list associated with a tracked device (104(a)) through a tracked device unique identifier, T-UDID (116(a)); an anonymous friendly device to receive a distress packet from the tracked device; the server including a lost device database, DB, to receive the distress packet forwarded from the anonymous friendly device, operable to forward the distress packet to the lost device DB, the distress packet comprising a lost device's unique identifier, L-UDID (116(b)), and location information, wherein the location information comprises GPS information of the anonymous friendly device, GPS information of the tracked device, and/or a cell tower information from which the distress packet is forwarded or sent, wherein the anonymous friendly device is within a communication range of the tracked device; and, the server including a finder application (120(a)) to compare the L-UDID with T-UDIDs in the list, and to track the location of the lost device with the location information in response to a match between the L-UDID and a T-UDID in the list.
Device for the regulated temperature control of a gas discharge lamp, comprising: - a transformer core of a transformer, the transformer core being designed for accommodating at least one discharge current-conducting connecting line (04; 06) of the gas discharge lamp as a primary winding (12; 13), the transformer forming an energy source for heating a functional area of the gas discharge lamp that determines a function of the gas discharge lamp, and the functional area being formed by an amalgam reservoir; - a secondary winding on the transformer core; and - a means for temperature control that is used to regulate the energy that heats the amalgam reservoir, the means for temperature control being electrically connected to the secondary winding; characterized in that the transformer core is designed for heating the amalgam reservoir, for which purpose the transformer core is heat-conductively connected to the amalgam reservoir. - a transformer core of a transformer, the transformer core being designed for accommodating at least one discharge current-conducting connecting line (04; 06) of the gas discharge lamp as a primary winding (12; 13), the transformer forming an energy source for heating a functional area of the gas discharge lamp that determines a function of the gas discharge lamp, and the functional area being formed by an amalgam reservoir; - a secondary winding on the transformer core; and - a means for temperature control that is used to regulate the energy that heats the amalgam reservoir, the means for temperature control being electrically connected to the secondary winding;
Drive apparatus of a metering and mixing device for multi-component materials, especially multi-component adhesive materials, which has at least two cartridge-accommodating devices (2, 3) for accommodating replaceable cartridges (2.1, 3.1) with individual material components, a discharging device for simultaneous discharging of the material components from the cartridges (2.1, 3.1) through component outlets with the aid of discharging plungers (11, 16) plunging into the cartridge-accommodating device (2, 3) or cartridges (2.1, 3.1) and a mixing device connected to the component outlets, which mixes the discharged material components and discharges them in mixed form, with a transmission unit for connection of a drive machine, especially electrical, wherein the transmission unit has coupling means for forced connection of a discharge of at least two material components by correspondingly synchronized actuation of the corresponding discharging plungers (11, 16) over one discharging rod (4, 5) each characterized in that the transmission unit is designed for axial drive of a first discharging plunger driven over a first discharging rod for discharging a material component A and for rotary drive of a threaded second discharging plunger driven over a second, spindle-like discharging rod for discharging a material component B and has a component group that is movable axially under reactive pressure during the discharge of the material component A and a switchable coupling device is provided, which connects the second discharging rod to the drive machine when the movable component group has moved by a predetermined amount under the reaction pressure.
An electromagnetically moving device (100, 101), comprising: - a movable core; - a stationary core with which the movable core is provided in a releasably attachable manner thereto and a permanent magnet is provided so as to attract the movable core, the stationary core being provided at a position where it forms, when the movable core is not attached thereto, a magnetic path without going through the permanent magnet; - a stopper plate which is provided at a position where the movable core reaches its moving end after being separated from the stationary core; - a drive coil which, when a driving current is applied thereto, is adapted to cause the movable core to move; and a magnetic-flux variation measuring unit; characterised in that: - the stopper plate is made up of a magnetic member; - the electromagnetically moving device further comprises a support column for supporting the stopper plate, which is fixed to the stationary core, and is made up of a magnetic member; - the magnetic flux variation measuring unit is provided on the support column placed outside a closed magnetic path that passes attached surfaces of the movable core and the stationary core when the movable core and the stationary core are being attached to each other and is adapted to measure a magnetic-flux variation that emerges in the support column at the time the movable core moves due to a magnetic force generated when the driving current is applied to the drive coil. - a movable core; - a stationary core with which the movable core is provided in a releasably attachable manner thereto and a permanent magnet is provided so as to attract the movable core, the stationary core being provided at a position where it forms, when the movable core is not attached thereto, a magnetic path without going through the permanent magnet; - a stopper plate which is provided at a position where the movable core reaches its moving end after being separated from the stationary core; - a drive coil which, when a driving current is applied thereto, is adapted to cause the movable core to move; and - the stopper plate is made up of a magnetic member; - the electromagnetically moving device further comprises a support column for supporting the stopper plate, which is fixed to the stationary core, and is made up of a magnetic member; - the magnetic flux variation measuring unit is provided on the support column placed outside a closed magnetic path that passes attached surfaces of the movable core and the stationary core when the movable core and the stationary core are being attached to each other and is adapted to measure a magnetic-flux variation that emerges in the support column at the time the movable core moves due to a magnetic force generated when the driving current is applied to the drive coil.
A screw shaft that is configured to constitute a feed screw mechanism provided in an electric actuator, the screw shaft having a mounting surface suitable for mounting a sensor target, wherein a portion where the mounting surface is formed has a non-circular, line-symmetric cross section, the mounting surface is a surface on which a target holder that is configured to hold the sensor target can be mounted, characterized in that a protrusion or a recess configured to prevent erroneous assembly of the target holder and an S pole and an N pole of the sensor target in a direction opposite to a predetermined direction with respect to the mounting surface is provided at axial one end of the mounting surface and an axial one end of the target holder. wherein a portion where the mounting surface is formed has a non-circular, line-symmetric cross section, the mounting surface is a surface on which a target holder that is configured to hold the sensor target can be mounted,
A method implemented in a data processing apparatus for detecting alterations between an original image and a target image, the original and target images being binary bitmap images, the method comprising: (a) extracting connected image components from the original and target images; (b) calculating a centroid for each of the extracted connected image components in the original and target images; (c) comparing all centroids of the original image and all centroids of the target image to determine whether each centroid of the original image has a matching centroid of the target image, and whether each centroid of the target image has a matching centroid of the original image; (d) for each centroid of the original image that does not have a matching centroid in the target image, identifying the corresponding connected image component of the original image as a deleted connected image component; (e) for each centroid of the target image that does not have a matching centroid in the original image, identifying the corresponding connected image component of the target image as an added connected image component; (f) for each pair of matching centroids of the original and target images, comparing a pair of sub-images of the original and target images containing connected image components corresponding to the centroids to detect alterations; and (g) generating an alteration map which indicates any deleted or added connected image components identified in steps (d) and (e) and any alterations detected in step (f). (a) extracting connected image components from the original and target images; (b) calculating a centroid for each of the extracted connected image components in the original and target images; (c) comparing all centroids of the original image and all centroids of the target image to determine whether each centroid of the original image has a matching centroid of the target image, and whether each centroid of the target image has a matching centroid of the original image; (d) for each centroid of the original image that does not have a matching centroid in the target image, identifying the corresponding connected image component of the original image as a deleted connected image component; (e) for each centroid of the target image that does not have a matching centroid in the original image, identifying the corresponding connected image component of the target image as an added connected image component; (f) for each pair of matching centroids of the original and target images, comparing a pair of sub-images of the original and target images containing connected image components corresponding to the centroids to detect alterations; and (g) generating an alteration map which indicates any deleted or added connected image components identified in steps (d) and (e) and any alterations detected in step (f).
Method for controlling a liquid chromatography system comprising a system pump and a column in fluid communication with the system pump by a fluid flow path, the method comprising the steps: registering the system pressure at a flow path position directly downstream of the system pump, controlling the operation of the system pump in response to the registered system pressure, the method being characterised by the further steps of: estimating a pre-column pressure at a flow-path position directly upstream of said column, wherein said pre-column pressure is estimated based on the registered system pressure, the characteristics of the flow path, and the viscosity and flow-rate of the liquid in the system, and controlling the operation of the system pump in response to the estimated pre-column pressure. registering the system pressure at a flow path position directly downstream of the system pump, controlling the operation of the system pump in response to the registered system pressure, the method being characterised by the further steps of: estimating a pre-column pressure at a flow-path position directly upstream of said column, wherein said pre-column pressure is estimated based on the registered system pressure, the characteristics of the flow path, and the viscosity and flow-rate of the liquid in the system, and controlling the operation of the system pump in response to the estimated pre-column pressure. estimating a pre-column pressure at a flow-path position directly upstream of said column, wherein said pre-column pressure is estimated based on the registered system pressure, the characteristics of the flow path, and the viscosity and flow-rate of the liquid in the system, and controlling the operation of the system pump in response to the estimated pre-column pressure.
A foreign object debris detection system for a wireless energy transfer system comprising: at least one magnetic field sensor (202; 204; 502; 602; 604; 606), and at least one readout circuit (506, 508; 608, 610) configured to measure electrical parameters of the at least one magnetic field sensor (202; 204; 502; 602; 604; 606), wherein the at least one magnetic field sensor (202; 204; 502; 602; 604; 606) is positioned within the magnetic field of the wireless energy transfer system, characterized in that the at least one magnetic field sensor (202; 204; 502; 602; 604; 606) comprises at least one magnetic field gradiometer. at least one magnetic field sensor (202; 204; 502; 602; 604; 606), and at least one readout circuit (506, 508; 608, 610) configured to measure electrical parameters of the at least one magnetic field sensor (202; 204; 502; 602; 604; 606), wherein the at least one magnetic field sensor (202; 204; 502; 602; 604; 606) is positioned within the magnetic field of the wireless energy transfer system, characterized in that the at least one magnetic field sensor (202; 204; 502; 602; 604; 606) comprises at least one magnetic field gradiometer.
A ceramic composite floor panel for porch-like and/or extension-like balconies, comprising a ceramic tile made of fine stoneware, which comprises a base plate made of the fine stoneware and providing a front side as well as a rear side and a glazing, wherein the glazing is arranged on the front side of the base plate, and comprising a fall protection in form of a support structure which is embedded in a compound layer placed on the rear side of the base plate, characterized in that the support structure is a grid made of stainless steel, which comprises longitudinal and cross bars (9, 10) and which comprises a surface dimension which is smaller than the surface dimension of the ceramic tile, such that the support structure does not project over the edges of the ceramic tile.
A target for an isotope production system, the target comprising: a body configured to encase a target material and having a passageway for a charged particle beam; a component within the body, wherein the charged particle beam induces radioactivity in the component; and characterised by at least one portion of the body formed from a material having a density value greater than a density value of aluminum to shield the component. a body configured to encase a target material and having a passageway for a charged particle beam; a component within the body, wherein the charged particle beam induces radioactivity in the component; and characterised by at least one portion of the body formed from a material having a density value greater than a density value of aluminum to shield the component.
Polyamide-imide containing a repeating structure of the following Chemical Formula 1a, a repeating structure of the following Chemical Formula 1b and a repeating structure of the following Chemical Formula 1c together as well as containing a terminal group of the following Chemical Formula 1d: wherein, X 1 and X 3 are a tetravalent organic group derived from tetracarboxylic dianhydride, X 2 is a divalent aromatic organic group derived from dicarboxyl halide, Y 1, Y 2 and Y 3 are a divalent organic group derived from diamine, R 4 is a C 1-18 alkylene group or a C 6-24 arylene group or a divalent organic group wherein the groups are linked by an ether bond, an ester bond, an urethane bond, an amide bond, a siloxane bond or a silazane bond, and R 5 is a hydrogen atom or a C 1-18 alkyl group. X 1 and X 3 are a tetravalent organic group derived from tetracarboxylic dianhydride, X 2 is a divalent aromatic organic group derived from dicarboxyl halide, Y 1, Y 2 and Y 3 are a divalent organic group derived from diamine, R 4 is a C 1-18 alkylene group or a C 6-24 arylene group or a divalent organic group wherein the groups are linked by an ether bond, an ester bond, an urethane bond, an amide bond, a siloxane bond or a silazane bond, and R 5 is a hydrogen atom or a C 1-18 alkyl group.
Reformer tube for converting hydrocarbon-containing input materials, preferably natural gas, into a synthesis gas product comprising carbon oxides and hydrogen under steam reforming conditions comprising (a) an outer, pressurized shell tube, wherein the shell tube is divided into a reaction chamber and an exit chamber by means of a separating tray and wherein the reaction chamber is externally heatable, (b) a dumped bed of a steam-reforming-active solid catalyst arranged in the reaction chamber, (c) an entry for the input gas stream comprising the input material arranged in the region of the reaction chamber, wherein the entry for the input gas stream is in fluid connection with the dumped catalyst bed, (d) at least one heat exchanger tube arranged inside the reaction chamber and inside the dumped catalyst bed whose entry end is in fluid connection with the catalyst bed and whose exit end is in fluid connection with the exit chamber, wherein the input gas stream after entry into the reaction chamber initially flows through the catalyst bed and subsequently flows through the heat exchanger tube in countercurrent and is thus continually cooled and wherein the heat exchanger tube is in a heat exchange relationship with the dumped catalyst bed and the input gas stream flowing therethrough, (e) a collection conduit for the synthesis gas product which is in fluid connection with the exit chamber, characterized in that the gas-contacted metallic components of the reformer tube are made of a nickel-based alloy and those gas-contacted surfaces having a temperature during operation under defined steam reforming conditions of between 650°C and 800°C, preferably between 680°C and 750°C, most preferably between 690°C and 720°C, are equipped with an aluminium diffusion layer. (a) an outer, pressurized shell tube, wherein the shell tube is divided into a reaction chamber and an exit chamber by means of a separating tray and wherein the reaction chamber is externally heatable, (b) a dumped bed of a steam-reforming-active solid catalyst arranged in the reaction chamber, (c) an entry for the input gas stream comprising the input material arranged in the region of the reaction chamber, wherein the entry for the input gas stream is in fluid connection with the dumped catalyst bed, (d) at least one heat exchanger tube arranged inside the reaction chamber and inside the dumped catalyst bed whose entry end is in fluid connection with the catalyst bed and whose exit end is in fluid connection with the exit chamber, wherein the input gas stream after entry into the reaction chamber initially flows through the catalyst bed and subsequently flows through the heat exchanger tube in countercurrent and is thus continually cooled and wherein the heat exchanger tube is in a heat exchange relationship with the dumped catalyst bed and the input gas stream flowing therethrough, (e) a collection conduit for the synthesis gas product which is in fluid connection with the exit chamber,
A method of controlling a HVAC system, comprising: obtaining an unloader state of an unloader of a compressor of the HVAC system; obtaining a control parameter based on an association map between the control parameter and the unloader state; and controlling the HVAC system based on the control parameter; characterised in that obtaining the unloader state includes: obtaining a compressor operation condition; obtaining a measurable parameter of the compressor; and estimating the unloader state based on an association map between the unloader state and the obtained measurable parameter of the compressor for the obtained compressor condition. obtaining an unloader state of an unloader of a compressor of the HVAC system; obtaining a control parameter based on an association map between the control parameter and the unloader state; and controlling the HVAC system based on the control parameter; characterised in that obtaining the unloader state includes: obtaining a compressor operation condition; obtaining a measurable parameter of the compressor; and estimating the unloader state based on an association map between the unloader state and the obtained measurable parameter of the compressor for the obtained compressor condition. obtaining a compressor operation condition; obtaining a measurable parameter of the compressor; and estimating the unloader state based on an association map between the unloader state and the obtained measurable parameter of the compressor for the obtained compressor condition.
A clip device for occluding two fluid lines (202, 204) and forming a fluid connection comprising one of the fluid lines (202, 204), the clip device comprising: a first clip segment comprising a fastener for engaging to a first fluid line, a first pinch valve for occluding the first fluid line and a coupling for connecting to the first fluid line; a second clip segment comprising a second pinch valve for occluding the second fluid line; a bypass fluid line connectable or connected to the coupling and characterised in that the coupling comprises a shaft comprising a sharp point to penetrate the first fluid line tubing wall. a first clip segment comprising a fastener for engaging to a first fluid line, a first pinch valve for occluding the first fluid line and a coupling for connecting to the first fluid line; a second clip segment comprising a second pinch valve for occluding the second fluid line; a bypass fluid line connectable or connected to the coupling and