mhurhangee/ep-ind-claims huggingface dataset:
A dynamic power cable comprising - at least one cable core comprising an electrical conductor and an electrically insulating layer that is arranged radially outside the electrical conductor, - a water barrier sheath arranged radially outside the cable core, - an extruded inner fibre reinforced thermoplastic composite core sheath arranged radially outside the water barrier sheath. - at least one cable core comprising an electrical conductor and an electrically insulating layer that is arranged radially outside the electrical conductor, - a water barrier sheath arranged radially outside the cable core, - an extruded inner fibre reinforced thermoplastic composite core sheath arranged radially outside the water barrier sheath.
A dust collecting device that is adapted to be attached to an impact tool and is adapted to collect dust generated by the impact tool in which a tool bit detachably coupled to a front end region of a tool body is caused to rectilinearly move in an axial direction of the tool bit, comprising: a dust collecting part having a dust suction port at its front end and having a non-uniform contour shape around an axis of the tool bit when the dust collecting device is attached to the impact tool, the dust collecting device further comprising a dust collecting hose which is connected to the dust collecting part and through which dust is transferred downstream, characterized in that the dust collecting part is adapted to be mounted onto the tool bit and can be changed in position around the axis of the tool bit when mounted onto the tool bit, and wherein a front end region of the dust collecting part is inclined such that, when the dust collecting device is attached to the impact tool, the front end region extends away from a bit tip of the tool bit on one side thereof having a connecting part connected with the dust collecting hose, while extending toward the bit tip on the opposite side from the connecting part side with respect to the tool bit. a dust collecting part having a dust suction port at its front end and having a non-uniform contour shape around an axis of the tool bit when the dust collecting device is attached to the impact tool, the dust collecting device further comprising a dust collecting hose which is connected to the dust collecting part and through which dust is transferred downstream, characterized in that the dust collecting part is adapted to be mounted onto the tool bit and can be changed in position around the axis of the tool bit when mounted onto the tool bit, and wherein a front end region of the dust collecting part is inclined such that, when the dust collecting device is attached to the impact tool, the front end region extends away from a bit tip of the tool bit on one side thereof having a connecting part connected with the dust collecting hose, while extending toward the bit tip on the opposite side from the connecting part side with respect to the tool bit.
A method for being carried out in a tag for a localisation system, the method comprising at said tag: - operating a magnetic induction signal detection circuit to detect signals emitted by one or more beacons; - upon detection by said magnetic induction signal detection circuit of a magnetic induction signal comprising a first identification code: ∘ correlating the magnetic induction signal comprising said first identification code to an ultrasound signal emitted by said one or more beacons, said ultrasound signal being suitable for obtaining room-level localisation accuracy and comprising a second identification code, received by said tag via an ultrasound signal detection circuit; and ∘ if said correlation reveals an association between said first identification code and said second identification code: transmitting a radio frequency announcement signal via a radio frequency signal transmitter circuit to signify said association. - operating a magnetic induction signal detection circuit to detect signals emitted by one or more beacons; - upon detection by said magnetic induction signal detection circuit of a magnetic induction signal comprising a first identification code: ∘ correlating the magnetic induction signal comprising said first identification code to an ultrasound signal emitted by said one or more beacons, said ultrasound signal being suitable for obtaining room-level localisation accuracy and comprising a second identification code, received by said tag via an ultrasound signal detection circuit; and ∘ if said correlation reveals an association between said first identification code and said second identification code: transmitting a radio frequency announcement signal via a radio frequency signal transmitter circuit to signify said association. ∘ correlating the magnetic induction signal comprising said first identification code to an ultrasound signal emitted by said one or more beacons, said ultrasound signal being suitable for obtaining room-level localisation accuracy and comprising a second identification code, received by said tag via an ultrasound signal detection circuit; and ∘ if said correlation reveals an association between said first identification code and said second identification code: transmitting a radio frequency announcement signal via a radio frequency signal transmitter circuit to signify said association.
A tool assembly for use in manufacturing composite laminates for aircraft, the tool assembly comprising: a tool plate having a tool surface configured to support one or more plies of fiber-reinforced resin material disposed thereon, the tool surface defining an outer mold line of an aircraft laminate; a movable support system operably coupled to the tool plate; a controller operably connected to the movable support system, wherein the movable support system is configured to respond to signals from the controller to automatically change the shape of the tool surface from a first shape to a second shape, different from the first shape, characterized in that the moveable support system includes a plurality of telescoping actuators operably coupled to the tool plate, and wherein each of the telescoping actuators is extendable and retractable along a central axis to change the shape of the tool surface characterized in that a composite material applicator is configured to automatically apply fiber-reinforced resin material to the tool surface in a first pattern corresponding to a first wing and in a second pattern corresponding to a second wing, wherein the composite material applicator is controlled by the controller. a tool plate having a tool surface configured to support one or more plies of fiber-reinforced resin material disposed thereon, the tool surface defining an outer mold line of an aircraft laminate; a movable support system operably coupled to the tool plate; a controller operably connected to the movable support system, wherein the movable support system is configured to respond to signals from the controller to automatically change the shape of the tool surface from a first shape to a second shape, different from the first shape, characterized in that the moveable support system includes a plurality of telescoping actuators operably coupled to the tool plate, and wherein each of the telescoping actuators is extendable and retractable along a central axis to change the shape of the tool surface characterized in that a composite material applicator is configured to automatically apply fiber-reinforced resin material to the tool surface in a first pattern corresponding to a first wing and in a second pattern corresponding to a second wing, wherein the composite material applicator is controlled by the controller.
A method of applying a cementitious composition to a surface, which method comprises blowing a gunite cementitious composition down a hose or pipe to a nozzle where water is introduced to form a mixture and projecting the mixture using a compressed gas to the surface, wherein the gunite cementitious composition comprises a cement component comprising (i) an accelerant which is capable of assisting nucleation of ettringite and which is a lithium salt, (ii) a calcium sulphate source, and (iii) an ettringite forming cement, and sand as aggregate, wherein the weight ratio of sand: cement component is from 2:1 to 6:1, wherein the ettringite forming cement comprises C 4 A 3 S* or a mixture of cement components which form C 4 A 3 S* in use; wherein C represents CaO, A represents Al 2 O 3 and S* represents SO 3, wherein the ettringite forming cement is present in an amount of from 20% by weight to 80% by weight based on the total solids content of the cement component, wherein when mixed with the water the composition achieves a minimum unconfined compressive strength of 10.3 MPa (1500 psi) when tested in accordance with ASTM C1140 and/or C1604 at 15 minutes after projecting on the surface, and wherein the water is introduced to provide a water to cement solids weight ratio of from 0.25:1 to 0.8:1.
Active package containing LTA zeolites exchanged with palladium, wherein the amount of palladium is comprised between 0.1 wt% and 5 wt%, preferably said palladium amount is comprised between 0.5 and 2.5 wt%.
A system for managing security for a plurality of assets, the system comprising: one or more memories comprising a list of the plurality of assets and a set of rules having approved geographical location information for each of the plurality of assets; and a security token, wherein the one or more memories are communicatively coupled to a processor, the one or more memories comprising computer-readable instructions that, when executed by the processor, cause the system to: receive, via one of the plurality of assets, a current geographical location for one of the plurality of assets; compare the received current geographical location with the set of rules having approved geographical location information for the one of the plurality ofassets; detect a rule violation; and generate an alert signal in response to the detected rule violation, wherein the security token receives the alert signal, wherein the security token, in response to receiving the alert signal, is configured to allow a user to determine one of the following actions: dismiss the rule violation; allow the rule violation; and disable, lock, or wipe clean information contained in the one of the plurality of assets, wherein the security token is configured to update the set of rules in the one or more memories, when the rule violation is allowed. one or more memories comprising a list of the plurality of assets and a set of rules having approved geographical location information for each of the plurality of assets; and a security token, wherein the one or more memories are communicatively coupled to a processor, the one or more memories comprising computer-readable instructions that, when executed by the processor, cause the system to: receive, via one of the plurality of assets, a current geographical location for one of the plurality of assets; compare the received current geographical location with the set of rules having approved geographical location information for the one of the plurality ofassets; detect a rule violation; and generate an alert signal in response to the detected rule violation, receive, via one of the plurality of assets, a current geographical location for one of the plurality of assets; compare the received current geographical location with the set of rules having approved geographical location information for the one of the plurality ofassets; detect a rule violation; and generate an alert signal in response to the detected rule violation, wherein the security token receives the alert signal, wherein the security token, in response to receiving the alert signal, is configured to allow a user to determine one of the following actions: dismiss the rule violation; allow the rule violation; and disable, lock, or wipe clean information contained in the one of the plurality of assets, dismiss the rule violation; allow the rule violation; and disable, lock, or wipe clean information contained in the one of the plurality of assets, wherein the security token is configured to update the set of rules in the one or more memories, when the rule violation is allowed.
A quick connector, comprising a coupling body and a multifunctional part, wherein the multifunctional part has a retainer and an indicator, wherein the coupling body comprises a head section at one end, and a plug section at the other end, wherein the plug section is designed for plugging on or in a first pipe, wherein the head section has an axial opening for introducing a counter-piece with a circumferential collar, wherein the head section comprises at least one radial opening for insertion into the multifunctional part, wherein the multifunctional part has a back for manual actuation for purposes of insertion into the coupling body, wherein the retainer comprises two retainer legs, wherein the indicator has two indicator legs, wherein the indicator legs can be moved independently of the retainer legs during the insertion of the circumferential collar, wherein the indicator legs and the coupling body are designed in such a way that the movement of the indicator leg caused by the circumferential collar can transfer the indicator from a partially inserted preassembly position into a completely inserted assembly position, wherein the retainer and the indicator are at least two separate parts, wherein the indicator is attached directly to the retainer, so that the indicator and the retainer are also attached to each other outside of the coupling body, characterized in that the quick connector is designed in such a way that the indicator is automatically also moved during insertion of the retainer. wherein the multifunctional part has a back for manual actuation for purposes of insertion into the coupling body, wherein the retainer comprises two retainer legs, wherein the indicator has two indicator legs, wherein the indicator legs can be moved independently of the retainer legs during the insertion of the circumferential collar, wherein the indicator legs and the coupling body are designed in such a way that the movement of the indicator leg caused by the circumferential collar can transfer the indicator from a partially inserted preassembly position into a completely inserted assembly position, wherein the retainer and the indicator are at least two separate parts, wherein the indicator is attached directly to the retainer, so that the indicator and the retainer are also attached to each other outside of the coupling body, characterized in that the quick connector is designed in such a way that the indicator is automatically also moved during insertion of the retainer.
A method for using an RFID system to support data communication for an electronic article surveillance system, the method comprising: receiving EAS data from one or more EAS system devices, the EAS data representing an EAS event; transmitting the EAS data from a first RFID system device to a second RFID system device using an RFID air interface protocol; and processing the EAS data, wherein one of the first RFID system device and the second RFID system device is a multiplexer or an RFID reader, wherein one of the first RFID system device and the second RFID system device is an RFID backscatter-enabled host computer or an enterprise system that monitors communication within the RFID system and wherein the multiplexer or RFID reader appears to one or more of the first RFID system device and the second RFID system device as an RFID tag, characterized in that the method, further comprising that an alarm triggers the RFID reader to perform an inventory at a location associated with the EAS event receiving EAS data from one or more EAS system devices, the EAS data representing an EAS event; transmitting the EAS data from a first RFID system device to a second RFID system device using an RFID air interface protocol; and processing the EAS data, wherein one of the first RFID system device and the second RFID system device is a multiplexer or an RFID reader, wherein one of the first RFID system device and the second RFID system device is an RFID backscatter-enabled host computer or an enterprise system that monitors communication within the RFID system and wherein the multiplexer or RFID reader appears to one or more of the first RFID system device and the second RFID system device as an RFID tag,
A one-pot process for the preparation of a compound of Formula wherein R, which may be the same or different, is OH, OCH 3, OCH 2 CH 3, F, Cl, CH 3 or CF 3, and n is 0, 1, 2, 3, or 4; comprising cyclization of a compound of Formula wherein R and n are as defined for Formula; and P is an activating group; in the presence of i. a base; ii. a protic solvent; and iii. a transition metal component; said process being performed under Heck reaction conditions. R and n are as defined for Formula; and P is an activating group; i. a base; ii. a protic solvent; and iii. a transition metal component;
A pigment particle composition which comprises calcium carbonate particles and pigment particles, and optionally other components, such as dispersants, surface-modifying agents and stabilising agents or mixtures thereof, characterized in that at least part of the calcium carbonate particles are carbonated so that they bind to each other to form calcium carbonate structures which comprise at least one pigment particle, wherein the calcium carbonate particles are in the crystalline form of calcite or aragonite and are in external form at least mainly rhombic or rhombohedric, and which calcium carbonate structures, together with the pigment particles, form essentially opaque and stable pigment-calcium carbonate aggregates, the calcium carbonate particles, which are carbonated so that they bind to each other, forming a shell, which at least partly encases the said, at least one, pigment particle, wherein the weight ratio between the pigment particles and the calcium carbonate particles is approximately 60:40...10:90 and wherein more than 50 weight-% of the pigment particles which are part of the aggregate remain attached to the calcium carbonate particles when said pigment particle composition is dispersed in water and dried.
Wind turbine rotor blade, which is formed by at least two rotor blade segments (132, 134), wherein at a division area of the wind turbine rotor blade said segments (132, 134) are firmly connected together at respective connection ends (136, 138) by means of a plurality of connecting elements, wherein a gap is formed between the connection ends (136, 138), and a fairing is attached to said segments (132, 134) at the division area, the fairing covering the gap and the connecting elements; wherein the fairing is divided into at least two separate fairing sections (170, 172), the fairing sections (170, 172) are coupled together at coupling regions (174, 175) at the pressure side and/or at the suction side of the rotor blade, the coupling regions (174, 175) are spaced apart from the trailing edge or leading edge, wherein the fairing runs along the entire profile contour of the wind turbine rotor blade, and wherein two fairing sections (170, 172) overlap in a respective coupling region (174, 175) such that a step is formed transverse to a flow direction of air during an operation of the rotor blade, over which step the air flows downwardly during the operation of the rotor blade. at a division area of the wind turbine rotor blade said segments (132, 134) are firmly connected together at respective connection ends (136, 138) by means of a plurality of connecting elements, wherein a gap is formed between the connection ends (136, 138), and a fairing is attached to said segments (132, 134) at the division area, the fairing covering the gap and the connecting elements; wherein the fairing is divided into at least two separate fairing sections (170, 172), the fairing sections (170, 172) are coupled together at coupling regions (174, 175) at the pressure side and/or at the suction side of the rotor blade, the coupling regions (174, 175) are spaced apart from the trailing edge or leading edge, wherein the fairing runs along the entire profile contour of the wind turbine rotor blade, and wherein two fairing sections (170, 172) overlap in a respective coupling region (174, 175) such that a step is formed transverse to a flow direction of air during an operation of the rotor blade, over which step the air flows downwardly during the operation of the rotor blade. the fairing is divided into at least two separate fairing sections (170, 172), the fairing sections (170, 172) are coupled together at coupling regions (174, 175) at the pressure side and/or at the suction side of the rotor blade, the coupling regions (174, 175) are spaced apart from the trailing edge or leading edge, wherein the fairing runs along the entire profile contour of the wind turbine rotor blade, and wherein two fairing sections (170, 172) overlap in a respective coupling region (174, 175) such that a step is formed transverse to a flow direction of air during an operation of the rotor blade, over which step the air flows downwardly during the operation of the rotor blade.
A method for measuring vibrations on a plurality of spatially spaced-apart measuring points such as bearings of a conveyor belt, wherein at least one acceleration sensor is assigned to each of said measuring points, said acceleration sensors being arranged in addressable node units of a sensor cable and the sensor cable being connected to at least one cable head computer, wherein the node units transmit measurement results to the at least one cable head computer and the at least one cable head computer subsequently evaluates the measurement results of the acceleration sensors, characterized in that the sensor cable each forms a connection portion between two adjacent node units and the sensor cable comprises a jacket extending over the connection portions and interrupted in the region of the node units, and the region in which the jacket is interrupted is bridged by a casing surrounding the respective node unit, wherein the acceleration sensor is mechanically coupled directly to the casing, or the acceleration sensor passes through the casing.
A polypeptide comprising a mutant parvovirus VP1 unique region wherein an epitope including the sequence extending from the amino acid that aligns with amino acid 167 of parvovirus B19 VP1 to the amino acid that aligns with amino acid 171 of parvovirus B19 VP1 has been mutated to alter its antigenic properties, wherein the mutant parvovirus VP1 unique region has at least 80% identity to the corresponding wild-type sequence of the VP1 unique region or comprises at least 40 consecutive amino acids from the corresponding wild-type sequence of the VP1 unique region, wherein the mutant parvovirus VP1 unique region does not cross-react with antibodies that bind parvovirus VP2, and wherein the polypeptide is capable of eliciting parvovirus-neutralizing antibodies.
Method for transmitting discrete electric signals from a transmitter to a receiver connected to a two-wire communication line with a voltage supply source, where the reading signal is determined as a logic zero and one by the level of signal in the communication line, relative to preset thresholds, characterized in that the receiver is connected to the two-wire communication line between the transmitter and the voltage supply source, and is provided with two current sensors, one for each wire of the two-wire communication line, the signal transmission being exercised by the transmitter changing the current in the two-wire communication line owing to its output resistance being changed and the two sensors measuring the value of the current, where the reading signal is determined as a sum of absolute values of the measured currents.