mhurhangee/ep-ind-claims huggingface dataset:
A safety device for a front-loading weapon comprising a mortar barrel having a closed breech end and an opposite open end for launching a mortar projectile, said safety device comprising: (a) at least one sensor configured for mounting adjacent the mortar barrel for sensing the mortar projectile in the barrel, characterized in that said safety device further comprises: (b) an electronic circuit, coupled to said sensor, for detecting the presence of the mortar projectile in the barrel as the projectile moves past the sensor and operative to detect a movement of the projectile past said sensor both when entering said barrel and when exiting said barrel and for determining when the mortar projectile remains inside the barrel longer than expected, and (c) a warning device, coupled to said electronic circuit, operative to provide a visual and/or audible warning against loading a further mortar projectile in the barrel when a mortar projectile remains in said barrel longer than expected and has not timely exited the barrel. (a) at least one sensor configured for mounting adjacent the mortar barrel for sensing the mortar projectile in the barrel, characterized in that said safety device further comprises: (b) an electronic circuit, coupled to said sensor, for detecting the presence of the mortar projectile in the barrel as the projectile moves past the sensor and operative to detect a movement of the projectile past said sensor both when entering said barrel and when exiting said barrel and for determining when the mortar projectile remains inside the barrel longer than expected, and (c) a warning device, coupled to said electronic circuit, operative to provide a visual and/or audible warning against loading a further mortar projectile in the barrel when a mortar projectile remains in said barrel longer than expected and has not timely exited the barrel.
A communication cable comprising a cable separator, the cable separator comprising an extruded body extending along the length of the cable, wherein the body is formed from a polycarbonate-based material, and wherein the polycarbonate-based material is at least partially foamed.
Method for monitoring a coordinate-measuring machine, wherein a coordinate-measuring machine is used which has a monitoring device (4, 5, 9, 10, 11, 12, 13, 14, 15, 16) which is set up to monitor at least one location region of the CMM, in which a movable part (6, 7) of the CMM is movable, wherein the method includes: - monitoring the at least one location region (O1, O2) with the monitoring device (4, 5, 9, 10, 11, 12, 13, 14, 15, 16), wherein the monitored location region (O1, O2) is variable in terms of its size, - ascertaining the position of the movable part (6, 7) of the CMM relative to a fixed position (14, 15) associated with the location region (O1, O2) and/or ascertaining the movement of the movable part (6, 7) relative to the fixed position (14', 15'), - setting or varying the size of the monitored location region in dependence on the position and/or the movement of the movable part (6, 7) relative to the fixed position (14', 15'). - monitoring the at least one location region (O1, O2) with the monitoring device (4, 5, 9, 10, 11, 12, 13, 14, 15, 16), wherein the monitored location region (O1, O2) is variable in terms of its size, - ascertaining the position of the movable part (6, 7) of the CMM relative to a fixed position (14, 15) associated with the location region (O1, O2) and/or ascertaining the movement of the movable part (6, 7) relative to the fixed position (14', 15'), - setting or varying the size of the monitored location region in dependence on the position and/or the movement of the movable part (6, 7) relative to the fixed position (14', 15').
A thermoplastic composition comprising a polycarbonate, a mineral filler, inorganic acid or acid salt, an anti-drip agent, and a flame retardant comprising greater than 0.40 to 1.00 weight percent based on the total weight of the composition of a perfluoroalkyl sulfonate salt, wherein the composition has a flame retardancy rating of V0 at a thickness of 0.43 mm according to UL94.
The method of recycling of secondary slag in primary smelting of iron while the secondary slag is treated by following steps - natural cooling, de-metallization, mechanical processing and sorting, compaction of its part into a compact form, characterized in that the secondary slag with metallurgical additives is added as an additive into the primary smelting of the iron within the mixture with added lime in the weight ratio of 1: 0.5 - 10, wherein the under-sieve slag of 0-12 mm fraction is compacted into the compact form, the over-sieve slag of 12-50 mm fraction is used in original condition without previous treatment.
A circuit arrangement with at least one transformer with center tap, wherein the center point of the secondary side of the transformer is connected via a first output line to a first output pole and the two outer connections (A1, A2) of the secondary side of the transformer are connected via one electrical circuit element (S1, S2) each, and connected via a second output line to a second output pole, and to a measurement apparatus for measuring the output voltage (U A) of the circuit arrangement applied between the first output pole and the second output pole, wherein at least two series-connected resistors (R3, R4) are connected between the two outer connections (A1, A2) of the secondary side of the transformer for forming a measurement point between the two resistors (R3, R4), characterized in that a voltage measurement unit is provided that measures a voltage (Up) between the measurement point and the second output pole that corresponds to the output voltage (U A).
An implant comprising: a mesh including a biodegradable polymeric coating, the biodegradable polymeric coating comprising: a first polymeric component including a lactone present in an amount from 90% to 99% by weight of the polymeric coating; and a second polymeric component including a polyether present in an amount from 1% to 10% by weight of the polymeric coating, wherein the biodegradable polymeric coating has a glass transition temperature of from 26°C to 36°C. a mesh including a biodegradable polymeric coating, the biodegradable polymeric coating comprising: a first polymeric component including a lactone present in an amount from 90% to 99% by weight of the polymeric coating; and a second polymeric component including a polyether present in an amount from 1% to 10% by weight of the polymeric coating, a first polymeric component including a lactone present in an amount from 90% to 99% by weight of the polymeric coating; and a second polymeric component including a polyether present in an amount from 1% to 10% by weight of the polymeric coating, wherein the biodegradable polymeric coating has a glass transition temperature of from 26°C to 36°C.
An air distributor comprising two half-shells and a stack of plates, the half-shells delimiting a volume inside which the stack of plates is positioned, the stack of plates comprising two end plates and the stack of plates delimiting between its adjacent plates a set of intermediate spaces adapted to a fluid circulation, in which the plates of the stack of plates are fastened to each other, each end plate is fastened to one of the two half-shells, and the two half-shells are fastened to each other, characterized in that the two half-shells are made of plastic material and the stack of plates is made of plastic material.
Hatch locking device for an air- or spacecraft hatch, comprising: a drivable spindle drive which extends in a longitudinal axis and is configured to be fixed in relation to a hatch frame of the air- or spacecraft hatch along the longitudinal axis; at least one locking bolt which is driven by the drivable spindle drive and is guided along the longitudinal axis; and at least one adjustment bush assembly being mountable on a fuselage frame and comprising a first eccentric bush having a bolt receptacle which is oriented centrally along the longitudinal axis for receiving the at least one locking bolt such that the hatch locking device is positive-locking connectable in two axles (Y, Z) both being perpendicular to the longitudinal axis. a drivable spindle drive which extends in a longitudinal axis and is configured to be fixed in relation to a hatch frame of the air- or spacecraft hatch along the longitudinal axis; at least one locking bolt which is driven by the drivable spindle drive and is guided along the longitudinal axis; and at least one adjustment bush assembly being mountable on a fuselage frame and comprising a first eccentric bush having a bolt receptacle which is oriented centrally along the longitudinal axis for receiving the at least one locking bolt such that the hatch locking device is positive-locking connectable in two axles (Y, Z) both being perpendicular to the longitudinal axis.
Electronic USB security device, comprising: a plug capable of interfacing the electronic USB security device with a USB jack of a host device, at least one locking tooth shaped to lock inside a shielding tab hole of said USB jack, thus locking the electronic USB security device to said host device; an authentication and security function (27, 129) capable of enabling authentication of the USB Security device by a security software installed at said host during installation of the electronic USB security device on the host device, and a solenoid, capable of enabling and disabling the locking of said at least one locking tooth to said shielding tab hole of said USB jack characterised by a USB jack, to connect a user USB device; a USB Host Emulator function (219, 319), coupled to the said USB jack; a USB Device Emulator function coupled to the said USB plug; and a unidirectional data flow enforcing device, coupled to said USB Host Emulator function unidirectional serial data output, and coupled to the said USB Device Emulator function unidirectional serial data input, forcing data flow only in the direction from said USB Host Emulator function to said USB Device Emulator function, wherein the device is programmed to enumerate pre-defined user USB devices only. a plug capable of interfacing the electronic USB security device with a USB jack of a host device, at least one locking tooth shaped to lock inside a shielding tab hole of said USB jack, thus locking the electronic USB security device to said host device; an authentication and security function (27, 129) capable of enabling authentication of the USB Security device by a security software installed at said host during installation of the electronic USB security device on the host device, and a solenoid, capable of enabling and disabling the locking of said at least one locking tooth to said shielding tab hole of said USB jack characterised by a USB jack, to connect a user USB device; a USB Host Emulator function (219, 319), coupled to the said USB jack; a USB Device Emulator function coupled to the said USB plug; and a unidirectional data flow enforcing device, coupled to said USB Host Emulator function unidirectional serial data output, and coupled to the said USB Device Emulator function unidirectional serial data input, forcing data flow only in the direction from said USB Host Emulator function to said USB Device Emulator function, wherein the device is programmed to enumerate pre-defined user USB devices only.
An absorbable iron-based alloy implantable medical device, comprising: an iron-based alloy substrate and a degradable polymer disposed on the surface of the iron-based alloy substrate, further comprising a zinc-containing protector disposed on the surface of the iron-based alloy substrate, characterized in that the zinc-containing protector is arranged to corrode firstly in the acidic environment formed by the degradable polymer and to generate zinc phosphate, which has a corrosion prevention effect, such that the onset of corrosion of the iron-based alloy substrate is controllably delayed, wherein the zinc-containing protector is zinc and/or a zinc alloy, or a mixture of the zinc and/or the zinc alloy and a degradable adhesive, wherein the weight percentage of the zinc and/or zinc alloy is more than or equal to 20 percent and less than 100 percent. an iron-based alloy substrate and a degradable polymer disposed on the surface of the iron-based alloy substrate, further comprising a zinc-containing protector disposed on the surface of the iron-based alloy substrate, characterized in that the zinc-containing protector is arranged to corrode firstly in the acidic environment formed by the degradable polymer and to generate zinc phosphate, which has a corrosion prevention effect, such that the onset of corrosion of the iron-based alloy substrate is controllably delayed, wherein the zinc-containing protector is zinc and/or a zinc alloy, or a mixture of the zinc and/or the zinc alloy and a degradable adhesive, wherein the weight percentage of the zinc and/or zinc alloy is more than or equal to 20 percent and less than 100 percent.
A method, excluding a method for performing mental acts as such, for calibrating at least one of the six-degrees-of-freedom of all or part of cameras in a formation positioned for scene capturing, the method comprising a step of initial calibration before the scene capturing, wherein the step comprises creating a reference video frame which comprises a reference image of a stationary reference object, and wherein during scene capturing the method further comprises: - a step of further calibration wherein the position of the reference image of the stationary reference object within a captured scene video frame is compared to the position of the reference image of the stationary reference object within the reference video frame, and - a step of adapting the at least one of the six-degrees-of-freedom of a multiple cameras of the formation in order to get an improved scene capturing after the further calibration, characterized in that the method further comprises: - step A: analyzing which cameras of the formation have been adapted - step B: analyzing which of the six-degrees-of-freedom of the adapted cameras have been adapted - step C: determining the corresponding values and time stamps of the adaptations - step D: recognizing multiple patterns along the formation of cameras by analyzing the information resulted from steps A, B, and C, and - step E: classifying the recognized multiple patterns whereby the classification indicate different root causes for camera disturbances in one or more of the six-degrees-of-freedom of cameras in the formation. - a step of further calibration wherein the position of the reference image of the stationary reference object within a captured scene video frame is compared to the position of the reference image of the stationary reference object within the reference video frame, and - a step of adapting the at least one of the six-degrees-of-freedom of a multiple cameras of the formation in order to get an improved scene capturing after the further calibration, characterized in that the method further comprises: - step A: analyzing which cameras of the formation have been adapted - step B: analyzing which of the six-degrees-of-freedom of the adapted cameras have been adapted - step C: determining the corresponding values and time stamps of the adaptations - step D: recognizing multiple patterns along the formation of cameras by analyzing the information resulted from steps A, B, and C, and - step E: classifying the recognized multiple patterns whereby the classification indicate different root causes for camera disturbances in one or more of the six-degrees-of-freedom of cameras in the formation.
Fitting for a vehicle seat, with a first fitting part on which a toothed ring is formed, a second fitting part on which a gear wheel which meshes with the toothed ring is formed, as a result of which the two fitting parts (11, 12) are in geared connection with each other, wherein each of the teeth of the gear wheel has a tooth base, radially on the inside on both sides, a tooth tip radially on the outside and, in between on both sides, a respective tooth flank which continuously and differentiably adjoins the tooth base and the tooth tip, and each of the teeth of the toothed ring correspondingly has a tooth base, a tooth tip and two tooth flanks, and a rotatably mounted, encircling excentic, which is driven by a driver, for driving a relative rolling movement of gear wheel and toothed ring, wherein, during this rolling movement, a tooth flank of a tooth of the gear wheel bears against a tooth flank of a tooth of the toothed ring at least one contact point, and wherein an excentricity (e) is defined as a distance between a centre point (M 16) of the gear wheel and a centre point (M 17) of the toothed ring, and the contact point with respect to the centre point (M 16) of the gear wheel is at a first angle (α) via the extension of the excentricity (e), characterized in that the tooth flanks (16d, 17d) of the teeth (16a, 17a) of gear wheel and toothed ring, which tooth flanks bear against each other at the contact point, follow the profile of a section of a respective logarithmic spiral, and the first angle (α) is 10° to 55°, wherein the gear wheel and the toothed ring bear against each other simultaneously at two contact points.
A battery holder assembly comprising a first housing component, a second housing component, and a battery receptacle, wherein the first housing component comprises the battery receptacle, the battery receptacle comprises a plurality of flexible arms that support a battery, the second housing component comprises a plurality of crush ribs, and the first housing component is coupled to the second housing component, wherein the crush ribs are crushed by the flexible arms when the first housing component and the second housing component are coupled. the first housing component comprises the battery receptacle, the battery receptacle comprises a plurality of flexible arms that support a battery, the second housing component comprises a plurality of crush ribs, and the first housing component is coupled to the second housing component, wherein the crush ribs are crushed by the flexible arms when the first housing component and the second housing component are coupled.
A method of wireless communication performed by a user equipment, UE, comprising: receiving system information associated with a set of neighboring cells included in a non-terrestrial network, NTN, wherein the UE is connected to or camped in a current cell included in the NTN, the current cell being associated with a current platform, and wherein the system information includes a platform identifier in an information element for a given neighboring cell in the set of neighboring cells, and wherein, when the given neighboring cell is associated with a neighboring platform, the information element includes an indication of whether platform specific information, associated with the neighboring platform, is included in the information element associated with the given neighboring cell, wherein each platform is a high altitude platform; and monitoring a neighboring cell, of the set of neighboring cells, based at least in part on the system information. receiving system information associated with a set of neighboring cells included in a non-terrestrial network, NTN, wherein the UE is connected to or camped in a current cell included in the NTN, the current cell being associated with a current platform, and wherein the system information includes a platform identifier in an information element for a given neighboring cell in the set of neighboring cells, and wherein, when the given neighboring cell is associated with a neighboring platform, the information element includes an indication of whether platform specific information, associated with the neighboring platform, is included in the information element associated with the given neighboring cell, wherein each platform is a high altitude platform; and monitoring a neighboring cell, of the set of neighboring cells, based at least in part on the system information.
An inter-master enhanced NodeB, MeNB, handover method in a small cell system, comprising: sending (303; 801), by a source MeNB, a handover request message including a measurement result of a user equipment, UE, and an eNB ID of a secondary eNB, SeNB, to a target MeNB; receiving (305, 804), by the source MeNB from the target MeNB, a handover request acknowledge message indicating that a UE context in the SeNB is kept and sending (306, 805), by the source MeNB to the UE, a radio resource control, RRC, reconfiguration message for handover to the target MeNB. sending (303; 801), by a source MeNB, a handover request message including a measurement result of a user equipment, UE, and an eNB ID of a secondary eNB, SeNB, to a target MeNB; receiving (305, 804), by the source MeNB from the target MeNB, a handover request acknowledge message indicating that a UE context in the SeNB is kept and sending (306, 805), by the source MeNB to the UE, a radio resource control, RRC, reconfiguration message for handover to the target MeNB.
Angular contact ball bearing having balls arranged between an inner ring and an outer ring, wherein the outer ring has a lubrication grease supply channel which is arranged inclined with respect to the radial plane of the outer ring and of which the outer opening is arranged in the outer lateral surface of the outer ring and the inner opening is arranged on the inner circumference of the outer ring, offset in the axial direction of the inner ring and of the outer ring with respect to a circle described by the midpoints of the balls, characterized in that the angle of inclination of the central axis of the lubrication grease supply channel, with respect to the radial plane of the outer ring, is at least 2° and at most 25°.
Method for operating a battery system, comprising a battery unit with several battery modules and a starter battery for heating the battery modules of the battery unit, whereat every battery module is equipped with a separate heating element such that the battery modules of the battery unit can be heated separately, whereat a group of battery modules to be heated initially is selected by a managing unit that comprises several counters, whereat a separate counter is assigned to every battery module of the battery unit, whereat when a certain battery module is selected to the group of battery modules to be heated initially, the counter assigned to this battery module is incremented; whereat the managing unit considers the actual temperature of the battery modules, the actual state of charge of the battery modules and the value stored in the counters which represent the frequency of former selections of the battery modules when selecting the group of battery modules to be heated initially; the selected group of battery modules is heated initially via the starter battery until the selected group of battery modules has reached a predetermined first temperature level; and the remaining battery modules are heated until all battery modules have reached a predetermined second temperature level, whereat the first temperature level is equal to the second temperature level.