mhurhangee/ep-ind-claims huggingface dataset:
A lighting system with a plurality of lights (c1 to c10 and f1 to f9), wherein each light has a light control module, a motion detector module and a communications module, wherein the light control module of each light is connected to the motion detector module and the communications module of the respective light, wherein the communications module operates via a radio channel, and wherein the light control module, after receiving a radio signal from another light reporting an activity on the said other light, and transmitting the coordinates of the said other light in a two-dimensional coordinate system (X, Y), controls the brightness and/or the colour of the respective light as a function of the signals of the other light and as a function of the position of the other light in the two-dimensional coordinate system (X, Y), characterised in that, an indication of position in the form of an X-coordinate and a Y-coordinate of the two-dimensional coordinate system (X, Y) can be permanently assigned to each light in advance, and in that, the light control module of each light is equipped for the purpose of additionally controlling the brightness and/or the colour of the respective light as a function of the previously assigned X-coordinate and Y-coordinate of the respective light in the two-dimensional coordinate system (X, Y).
A mining or construction vehicle comprising a boom extending in a first direction, which boom, via a first and a second rotation device (15,16), is connected to a hydraulic device arranged on a mounting device arranged in connection to a free end of said boom, the first rotation device being arranged to provide a rotation around a first axis that is substantially parallel to the first direction, and the second rotation device being arranged to provide a rotation around a second axis that is arranged at an angle with respect to the first axis, characterised in that at least one hydraulic conduit for supply of hydraulic fluid to said hydraulic device on said mounting device is arranged through at least one of the first and second rotation devices (15,16).
A dispensing package, comprising: (a) a container body comprising an interior chamber to contain an antiperspirant composition and an applicator surface; (b) an elevator including a cross section that is congruent to and mounted for axial movement within the chamber; and (c) an actuator system comprising: i) a feed screw threadably engaged with the elevator, at least a portion of the feed screw situated within the interior chamber so that it would be exposed to a contained antiperspirant composition; and ii) an actuator operatively connected to the feed screw for advancing the elevator within the chamber to dispense a portion of a contained antiperspirant composition, wherein the actuator and feed screw are made from the same polymer, the polymer having a flexural modulus of from 1896 MPa to 3447 MPa (275 ksi to 500 ksi), and being resistant to acid degradation, wherein the actuator comprises an integrally formed return spring to retract the elevator so that weeping of the antiperspirant composition is minimized. (a) a container body comprising an interior chamber to contain an antiperspirant composition and an applicator surface; (b) an elevator including a cross section that is congruent to and mounted for axial movement within the chamber; and (c) an actuator system comprising: i) a feed screw threadably engaged with the elevator, at least a portion of the feed screw situated within the interior chamber so that it would be exposed to a contained antiperspirant composition; and ii) an actuator operatively connected to the feed screw for advancing the elevator within the chamber to dispense a portion of a contained antiperspirant composition, i) a feed screw threadably engaged with the elevator, at least a portion of the feed screw situated within the interior chamber so that it would be exposed to a contained antiperspirant composition; and ii) an actuator operatively connected to the feed screw for advancing the elevator within the chamber to dispense a portion of a contained antiperspirant composition,
A method for sidewall functionalization of multi-wall carbon nanotubes, characterized in that at least one molecule that has a reactive group in a terminal position is bound to the surface of the material, wherein the binding is achieved by means of a diazotizing reaction in a solvent with a dispersing agent.
An electric power tool, in which a motor is accommodated in a housing so that an output shaft faces forward, an operation member that is adapted to turn on and off a drive switch of the motor is supported by the housing so that the operation member can be operated to move in a direction perpendicular to the output shaft of the motor, and a brake device that brakes rotation of the output shaft is provided on a front side of the motor in the housing, the electric power tool characterized by comprising: a cooperative mechanism that releases the brake device in response to a pushing operation of pushing the operation member toward the housing to turn on the drive switch, and, when the pushing operation is cancelled, the brake device stops rotation of the output shaft. a cooperative mechanism that releases the brake device in response to a pushing operation of pushing the operation member toward the housing to turn on the drive switch, and, when the pushing operation is cancelled, the brake device stops rotation of the output shaft.
A method, comprising: receiving, by a communication server authoritative for a second user, a request from a first user to establish a communication session between at least a first communication device associated with the first user and a second communication device associated with the second user; determining, by the communication server authoritative for the second user, that an address of record of a third user different from the first and second users is referenced in a set of contact resolution preferences of the second user; sequencing or bypassing one or more applications (516, 528) in a set of contact resolution preferences for the third user based on the address of record of the third user referenced in the contact resolution preferences of the second user; and referencing, by the communication server authoritative for the second user and as part of setting up a communication session with the first user, one or more chaining parameters in the request to determine whether or not to include or bypass one or more applications for the third user, wherein the one or more chaining parameters define that at least one application for the third user should be bypassed, characterised in that the at least one application that is bypassed for the third user is sequenced in response to determining that the second user's communication preferences require the at least one application. receiving, by a communication server authoritative for a second user, a request from a first user to establish a communication session between at least a first communication device associated with the first user and a second communication device associated with the second user; determining, by the communication server authoritative for the second user, that an address of record of a third user different from the first and second users is referenced in a set of contact resolution preferences of the second user; sequencing or bypassing one or more applications (516, 528) in a set of contact resolution preferences for the third user based on the address of record of the third user referenced in the contact resolution preferences of the second user; and referencing, by the communication server authoritative for the second user and as part of setting up a communication session with the first user, one or more chaining parameters in the request to determine whether or not to include or bypass one or more applications for the third user, wherein the one or more chaining parameters define that at least one application for the third user should be bypassed, characterised in that the at least one application that is bypassed for the third user is sequenced in response to determining that the second user's communication preferences require the at least one application.
A robotic lawnmower system comprising a robotic lawnmower and a signal generator to which a cable (250, 260) is to be connected, the signal generator being configured to transmit a signal through the cable (250, 260), and the robotic lawnmower comprising: a sensor configured to pick up magnetic fields generated by the signal in the cable (250, 260) thereby receiving the signal being transmitted and a controller configured to control the robotic lawnmower to follow the cable (250, 260) at a distance by determining a received signal amplitude level of the received signal and steering the robotic lawnmower so that the received amplitude level corresponds to, preferably is substantially equal to, a set amplitude level; characterised in that the controller is further configured to: determine a received signal quality level of the received signal; determine if the received signal quality level has changed, and in response thereto adapt the set amplitude level thereby adapting the distance at which the robotic lawnmower is following the cable according to the determined signal quality level. a sensor configured to pick up magnetic fields generated by the signal in the cable (250, 260) thereby receiving the signal being transmitted and a controller configured to control the robotic lawnmower to follow the cable (250, 260) at a distance by determining a received signal amplitude level of the received signal and steering the robotic lawnmower so that the received amplitude level corresponds to, preferably is substantially equal to, a set amplitude level; characterised in that the controller is further configured to: determine a received signal quality level of the received signal; determining a received signal amplitude level of the received signal and steering the robotic lawnmower so that the received amplitude level corresponds to, preferably is substantially equal to, a set amplitude level; characterised in that the controller is further configured to: determine a received signal quality level of the received signal; determine if the received signal quality level has changed, and in response thereto adapt the set amplitude level thereby adapting the distance at which the robotic lawnmower is following the cable according to the determined signal quality level.
Planetary gear carrier having an input or output shaft, wherein a planetary gear receptacle has two cheeks which are axially spaced with respect to an axis of rotation predetermined by the input or output shaft of the planetary gear carrier and which are connected by connecting webs running axially with respect to the axis of rotation predetermined by the input or output shaft of the planetary gear carrier, and the planetary gear carrier is produced in one piece as a cast part wherein the input or output shaft has an axial portion and the axial portion is formed as a polygon, the side faces of which constitute plane faces oriented radially with respect to the axis of rotation predetermined by the input or output shaft of the planetary gear carrier, characterised in that a transport bore is formed in one end face of the input or output shaft centrally with respect to the axis of rotation and in that a thread is formed in the transport bore, into which thread a transport eye or a transport hook can be screwed.
A method for continuous molding and curing of a tire tread using a plurality of mold sectors arranged adjacent to each other along a longitudinal axis, the mold sectors positioned on a first lower platen and on an adjacent second lower platen, the method comprising the steps of: pressing an elongated strip of rubber material between the mold sectors and one or more upper platens, the strip of rubber material extending in a continuous manner over the mold sectors; lowering the mold sectors by lowering both the first lower platen and the second lower platen; advancing the mold sectors and the strip of rubber material along a process direction so as to shift all mold sectors on the first lower platen and second lower platen away from the first lower platen; lowering the first lower platen to a vertical position that is lower than the second lower platen; extruding additional rubber material in the process direction over the first lower platen, the additional rubber material in continuous connection with the elongated strip of rubber material; positioning a mold sector onto the first lower platen; lifting the first lower platen and the second lower platen; and repeating the previous steps with the strip of rubber material and the connected additional rubber material. pressing an elongated strip of rubber material between the mold sectors and one or more upper platens, the strip of rubber material extending in a continuous manner over the mold sectors; lowering the mold sectors by lowering both the first lower platen and the second lower platen; advancing the mold sectors and the strip of rubber material along a process direction so as to shift all mold sectors on the first lower platen and second lower platen away from the first lower platen; lowering the first lower platen to a vertical position that is lower than the second lower platen; extruding additional rubber material in the process direction over the first lower platen, the additional rubber material in continuous connection with the elongated strip of rubber material; positioning a mold sector onto the first lower platen; lifting the first lower platen and the second lower platen; and repeating the previous steps with the strip of rubber material and the connected additional rubber material.
A method comprising: determining resource index information which defines a position for acknowledgement information in a first channel, said acknowledgment information being sent in response to a second channel, said second channel comprising at least two component carriers, characterized in that, space is provided on said first channel for provided for said acknowledgment information, said space comprising a first part and a second part, wherein said first part is associated with a single downlink component carrier and wherein said determining resource index information for said first part uses implicit resource allocation; and wherein said second part is associated with at least one other downlink component carrier (112, 114) and wherein determining resource index information for said second part uses explicit resource allocation. determining resource index information which defines a position for acknowledgement information in a first channel, said acknowledgment information being sent in response to a second channel, said second channel comprising at least two component carriers,
A system for use in a well, comprising: a tubing; an expandable metal packer mounted along the tubing, the expandable metal packer having a metal sealing element which may be expanded radially outwardly into sealing engagement with a surrounding wall surface; an expansion valve positioned to control flow of a pressurized fluid from an interior of the tubing to an interior of the metal sealing element during setting of the packer to enable expansion of the metal sealing element into the sealing engagement with the surrounding wall surface; and a differential pressure valve system comprising a first shiftable valve located in an annulus between the tubing and the surrounding wall surface, on a first axial side of the metal sealing element and a second shiftable valve located in the annulus on a second axial side of the metal sealing element, the first and second valves configured to be automatically shifted in response to pressure differentials occurring between the first and second axial sides of the metal sealing element; wherein each shiftable valve comprising a piston slidably mounted in a piston housing and biased toward a default position via a spring; and wherein the piston housing of each shiftable valve is ported to an interior of the metal seal element, to the annulus on a side of the metal sealing element common with the piston housing and to the annulus on an opposite side of the metal sealing element via a crossover fluid conduit. a tubing; an expandable metal packer mounted along the tubing, the expandable metal packer having a metal sealing element which may be expanded radially outwardly into sealing engagement with a surrounding wall surface; an expansion valve positioned to control flow of a pressurized fluid from an interior of the tubing to an interior of the metal sealing element during setting of the packer to enable expansion of the metal sealing element into the sealing engagement with the surrounding wall surface; and a differential pressure valve system comprising a first shiftable valve located in an annulus between the tubing and the surrounding wall surface, on a first axial side of the metal sealing element and a second shiftable valve located in the annulus on a second axial side of the metal sealing element, the first and second valves configured to be automatically shifted in response to pressure differentials occurring between the first and second axial sides of the metal sealing element; wherein each shiftable valve comprising a piston slidably mounted in a piston housing and biased toward a default position via a spring; and wherein the piston housing of each shiftable valve is ported to an interior of the metal seal element, to the annulus on a side of the metal sealing element common with the piston housing and to the annulus on an opposite side of the metal sealing element via a crossover fluid conduit.
A method, comprising: forming or obtaining a nanostructured iron doped strontium titanate powder from one of an alcohol based reaction solution and an aqueous reaction solution, wherein forming the alcohol based reaction solution and the aqueous reaction solution comprises combining a plurality of precursors and a plurality of reagents, wherein the plurality of precursors are chosen from titanium isopropoxide, titanium nitrate, titanium tetrachloride, strontium acetate, strontium nitrate, iron nitrate, strontium chloride, ferric isopropoxide, iron nitrate nonahydrate, iron chloride, iron isopropoxide, and iron acetate and the plurality of reagents are chosen from acetic acid, sodium hydroxide, a triblock copolymer surfactant, lactic acid, 2-methoxyethanol, ethanol, and dimethylformamide; and applying a sonochemical treatment to the one of the alcohol based reaction solution and the aqueous reaction solution for a time period,wherein applying the sonochemical treatment comprises a high intensity ultrasonic radiation for at least 2 hours. forming or obtaining a nanostructured iron doped strontium titanate powder from one of an alcohol based reaction solution and an aqueous reaction solution, wherein forming the alcohol based reaction solution and the aqueous reaction solution comprises combining a plurality of precursors and a plurality of reagents, wherein the plurality of precursors are chosen from titanium isopropoxide, titanium nitrate, titanium tetrachloride, strontium acetate, strontium nitrate, iron nitrate, strontium chloride, ferric isopropoxide, iron nitrate nonahydrate, iron chloride, iron isopropoxide, and iron acetate and the plurality of reagents are chosen from acetic acid, sodium hydroxide, a triblock copolymer surfactant, lactic acid, 2-methoxyethanol, ethanol, and dimethylformamide; and applying a sonochemical treatment to the one of the alcohol based reaction solution and the aqueous reaction solution for a time period,wherein applying the sonochemical treatment comprises a high intensity ultrasonic radiation for at least 2 hours.
An automotive test system (10, 20, 30, 40) for testing specimen automotive components in a test environment, characterized in that the test system comprises means for testing specimen automotive components while experiencing active control signals, comprising: means adapted to monitor one or more specimen automotive components; means adapted to continually monitor a control bus for new control bus messages; and further characterized by means adapted to read and filter the new control bus messages, including discarding control bus messages that are excluded from a predefined specification; means adapted to store control bus messages that are included in the predefined specification; and means (10, 30) adapted to process the stored control bus messages together with the results of monitoring the one or more specimen automotive components. means adapted to monitor one or more specimen automotive components; means adapted to continually monitor a control bus for new control bus messages; and further characterized by means adapted to read and filter the new control bus messages, including discarding control bus messages that are excluded from a predefined specification; means adapted to store control bus messages that are included in the predefined specification; and means (10, 30) adapted to process the stored control bus messages together with the results of monitoring the one or more specimen automotive components.
Grown HPHT synthetic diamond material with a nitrogen concentration less than 5 parts per million having a density of dislocations and stacking faults as characterized by X-ray topography of below 400/cm 2.
Arrangement for handling a power cable of a, in particular offshore, wind turbine, in particular for transportation and/or connecting to a switch gear and/or reconnecting, the arrangement comprising: a cable support system adapted to support a portion of the power cable; a guiding system being fixedly connectable or connected to a wind turbine tower and being adapted to guide the cable support system along a linear, in particular vertical, track; characterised by further comprising: a hoist at one end connectable to a connection location at the guiding system, on another end connectable to at least two holding locations (28, 29) at the support system, the hoist being configured to selectively lift or lower the cable support system relative to the guiding system.
Method for producing a modular radiating false ceiling component, this false ceiling being intended for a room of a building equipped with a hot-water or cold-water hydraulic supply network, starting from a standard tile whose thermal resistance is greater than or equal to 2.5 K.m 2 /W, this method comprising the following steps: - at least a first element (10, 10a, 60, 60a) is formed from this tile, - a heat exchanger (2, 2a, 4, 7, 7a, 8) is positioned on said first element, - a thermally insulating second element (11, 61) is placed on said heat exchanger, and - means of connection between the exchanger and the network are incorporated, characterized in that the second element (11, 61), like the first element (10, 10a, 60, 60a), is derived from said tile of parallelepipedal shape, the latter then being cut into two parts across its thickness, and in that the thermal resistance of said first element (10, 10a, 60, 60a), across its thickness, is less than 0.33 K.m 2 /W. - at least a first element (10, 10a, 60, 60a) is formed from this tile, - a heat exchanger (2, 2a, 4, 7, 7a, 8) is positioned on said first element, - a thermally insulating second element (11, 61) is placed on said heat exchanger, and - means of connection between the exchanger and the network are incorporated,
Composition for a pasty filler material, comprising an organic binding agent, fillers, perlites, and additives, wherein the perlites have an amphiphilic coating, wherein the amphiphilic coating comprises alkoxy-modified alkylsilicone resins, namely aminoalkyl-substituted polydimethylsiloxanes of the formula (C 2 H 6 OSi) n, wherein n is from 30 to 300, wherein the organic binding agent is a polymer binder.