mhurhangee/ep-ind-claims huggingface dataset:
A part (1; 11) comprising a substrate (3; 13) having, adjacent to a surface of the substrate, at least a portion that is made of a material that contains silicon, and an environmental barrier (2; 12) formed on the surface of the substrate, the environmental barrier comprising: - a first layer (7; 17) comprising at least one first rare earth silicate and presenting grains with a mean size less than or equal to 1 pm; and - a second layer (9; 19) covering the first layer, the second layer comprising at least one second rare earth silicate and presenting grains with a mean size greater than 1 μm. - a first layer (7; 17) comprising at least one first rare earth silicate and presenting grains with a mean size less than or equal to 1 pm; and - a second layer (9; 19) covering the first layer, the second layer comprising at least one second rare earth silicate and presenting grains with a mean size greater than 1 μm.
A method for establishing multimedia communication between a visited user and at least one visiting user who are both initially virtually present respectively in different virtual spaces in a virtual environment managed by a server to which respective terminals of the visiting user and visiting user are connected, characterized as such that it comprises the following steps: performing a first virtual movement of the visiting user to a first virtual space granting access to a second virtual space in which the visited user is present, which is different from the first virtual space, establishing a video-only communication between the visited user and the visiting user in response to said first virtual movement, performing a second virtual movement of the visiting user from the first to the second virtual space, and establishing an audio communication between the visited user and the visiting user in response to said second virtual movement. performing a first virtual movement of the visiting user to a first virtual space granting access to a second virtual space in which the visited user is present, which is different from the first virtual space, establishing a video-only communication between the visited user and the visiting user in response to said first virtual movement, performing a second virtual movement of the visiting user from the first to the second virtual space, and establishing an audio communication between the visited user and the visiting user in response to said second virtual movement.
Method for positioning a ram air turbine when mounting same on a primary structure of an aircraft, the ram air turbine comprising a mast configured to pivot between deployed and retracted positions and a turbine secured to the mast and provided with blades (22.1, 22.2), the aircraft comprising first and second trapdoors (34, 36) each having a free edge (34.2, 36.2) and configured to occupy a closed position in which the free edges (34.2, 36.2) are attached to one another and an open position in which the free edges (34.2, 36.2) are separated to allow the mast to pivot, characterized in that the positioning method comprises: - a step of placing a first distance sensor on a first element out of the first trapdoor and the ram air turbine, a second distance sensor on a second element out of the second trapdoor and the ram air turbine, the first and second distance sensors (44, 46) being configured to respectively transmit first and second signals (S1, S2) corresponding to values measured over time of a separation between each of the first and second distance sensors (44, 46) and at least one mobile target secured to a third element out of the first trapdoor and the ram air turbine different from the first element for the first distance sensor and to a fourth element out of the second trapdoor and the ram air turbine different from the second element for the second distance sensor, - a step of pivoting the mast between the retracted and deployed positions, - a step of analysing the first and second signals (S1 and S2), and - if necessary, a step of repositioning the ram air turbine based on the step of analysing the first and second signals (S1, S2). - a step of placing a first distance sensor on a first element out of the first trapdoor and the ram air turbine, a second distance sensor on a second element out of the second trapdoor and the ram air turbine, the first and second distance sensors (44, 46) being configured to respectively transmit first and second signals (S1, S2) corresponding to values measured over time of a separation between each of the first and second distance sensors (44, 46) and at least one mobile target secured to a third element out of the first trapdoor and the ram air turbine different from the first element for the first distance sensor and to a fourth element out of the second trapdoor and the ram air turbine different from the second element for the second distance sensor, - a step of pivoting the mast between the retracted and deployed positions, - a step of analysing the first and second signals (S1 and S2), and - if necessary, a step of repositioning the ram air turbine based on the step of analysing the first and second signals (S1, S2).
A process for operating a multistage compression system for compressing gas feed having a variable flow rate, said multistage compression system comprising at least one centrifugal compressor incorporating a dry gas seal with opposed seal faces, said process comprising: (a) during periods when the flow rate of the gas through the centrifugal compressor(s) is sufficient for normal operation of said multistage compression system, operating said centrifugal compressor(s) in a normal power mode; and (b) during periods when the flow rate of the gas through the centrifugal compressor(s) is not sufficient for normal operation of said multistage compression system, operating the centrifugal compressor or, if more than one, at least one centrifugal compressor in a low power mode at least sufficient to prevent contact of said opposed seal faces of said dry gas seal in said centrifugal compressor(s). (a) during periods when the flow rate of the gas through the centrifugal compressor(s) is sufficient for normal operation of said multistage compression system, operating said centrifugal compressor(s) in a normal power mode; and (b) during periods when the flow rate of the gas through the centrifugal compressor(s) is not sufficient for normal operation of said multistage compression system, operating the centrifugal compressor or, if more than one, at least one centrifugal compressor in a low power mode at least sufficient to prevent contact of said opposed seal faces of said dry gas seal in said centrifugal compressor(s).
A method performed by a network node in a home public land mobile network, HPLMN, of a user equipment, UE, the method comprising: obtaining, from a visited public land mobile network, VPLMN, a proof-of-presence indicator that represents the UE as being present in the VPLMN; and verifying whether or not the UE is present in the VPLMN by determining whether or not the proof-of-presence indicator was generated by the UE using a secret shared between the UE and at least the HPLMN and which secret comprises a key, a freshness value and VPLMN identifying information. obtaining, from a visited public land mobile network, VPLMN, a proof-of-presence indicator that represents the UE as being present in the VPLMN; and verifying whether or not the UE is present in the VPLMN by determining whether or not the proof-of-presence indicator was generated by the UE using a secret shared between the UE and at least the HPLMN and which secret comprises a key, a freshness value and VPLMN identifying information.
A method, comprising: - providing a laminar support member for electrical user elements, the laminar support member having opposed first and second surfaces and at least one opening therethrough with an electrically-conductive formation at the periphery of said opening at the first surface of the laminar support member, - advancing an electrical wire (C, C1, C2) through said opening from the second surface to the first surface of the laminar support member, the electrical wire (C, C1, C2) advanced into said opening having a distal portion protruding from the laminar support member at the first surface thereof, - coupling with said distal portion of the electrical wire (C, C1, C2) an electrically-conductive retain member (12, 120, 1200), the retain member dimensioned to counter extraction of the electrical wire (C, C1, C2) from the opening, and - establishing electrical contact (14, 1200A) of the retain member (12, 120, 1200) and the electrically-conductive formation, characterized in that the method comprises arranging an electrically-insulating tubular member (C24; 100A) around the electrical wire (C, C1, C2) at at least one location out of: - the second surface of the laminar support member, and/or - the inner surface of said opening. - providing a laminar support member for electrical user elements, the laminar support member having opposed first and second surfaces and at least one opening therethrough with an electrically-conductive formation at the periphery of said opening at the first surface of the laminar support member, - advancing an electrical wire (C, C1, C2) through said opening from the second surface to the first surface of the laminar support member, the electrical wire (C, C1, C2) advanced into said opening having a distal portion protruding from the laminar support member at the first surface thereof, - coupling with said distal portion of the electrical wire (C, C1, C2) an electrically-conductive retain member (12, 120, 1200), the retain member dimensioned to counter extraction of the electrical wire (C, C1, C2) from the opening, and - establishing electrical contact (14, 1200A) of the retain member (12, 120, 1200) and the electrically-conductive formation, - the second surface of the laminar support member, and/or - the inner surface of said opening.
Climbing carabiner (10;110) for securing a mountain climber to a securing means of a via ferrata on a mountain, which carabiner comprises a main bracket (12; 112) and a locking lever (16; 116) which is held so as to be pivotable relative to said main bracket, the locking lever closing an opening in the main bracket when the carabiner is closed and being pivoted towards an inner region of the carabiner when the carabiner is open in order to open the opening in the main bracket, the locking lever (16; 116) comprising a grip portion for at least one finger of a user, a finger barrier (40; 42) being arranged between the grip portion and the inner region of the carabiner, at least when the carabiner is open, which finger barrier is designed to prevent the finger from slipping into the inner region of the carabiner, characterised in that the finger barrier is also designed to protect the finger from contact with a securing means that emerges from the inner region of the carabiner, and in that, when the carabiner is open, the delimiting region of the inner region of the carabiner has an expelling contour that is designed such that, when the securing means is uncoupled from the inner region, said securing means is expelled away over the finger barrier and through the opening in the carabiner and is guided safely past the finger of the user.
Ventilation fan, preferably for use in underground mine and tunnel construction, having a sound-insulated, usually tubular fan housing with a double wall, between whose outer wall and inner wall with noise outlet openings (24, 25) sound-insulation filler material is packed and in whose air duct an impeller with drive and guide nose (11, 12) is located, whereby the drive supporting the impeller with its blades (14, 15) is connected with the inner wall of the double wall and whereby the double wall consists of segments (16, 17, 18) that are detachably connected with each other through their segment ends (19, 20, 30), characterised in that the inner wall has large noise outlet openings (24, 25), in particular in the segment with impeller and drive, that are designed so large for the adsorption of the noise emanating from the impeller and the drive and from the ventilating air flow, that the inner wall is done without with the exception of the supporting sections for drive and impeller, and whereby the sound-absorbing filler material in the cavity formed by the outer wall, inner wall with the noise outlet openings (24, 25) and the segment ends (19, 20, 30) is arranged secured against falling out and/or being pressed out through a cover and that the outer wall and/or the double wall is designed as such to compensate for the reduced stability of the fan housing.
A method for transmitting data by a user equipment, UE, in a wireless communication system, the method comprising: transmitting to a network node a first preamble and a first request message for requesting random access, wherein the first request message includes purpose information indicating a purpose of transmitting the first request message and count information indicating the number of times of trying the random access, wherein the first request message further includes at least one of size information of first data or a first identifier for contention resolution; as a response to the first request message, receiving a first response message including a second identifier for indicating whether the first request message is decoded and contention resolution, and an index of a second preamble successfully received by the network node; and while the connection with the network node is not established, transmitting the first data to the network node based on (i) whether an index of the first preamble and the index of the second preamble are same as each other, and (ii) the second identifier, wherein the first data is transmitted through a resource allocated based on the purpose information, the count information and the size information. transmitting to a network node a first preamble and a first request message for requesting random access, wherein the first request message includes purpose information indicating a purpose of transmitting the first request message and count information indicating the number of times of trying the random access, wherein the first request message further includes at least one of size information of first data or a first identifier for contention resolution; as a response to the first request message, receiving a first response message including a second identifier for indicating whether the first request message is decoded and contention resolution, and an index of a second preamble successfully received by the network node; and while the connection with the network node is not established, transmitting the first data to the network node based on (i) whether an index of the first preamble and the index of the second preamble are same as each other, and (ii) the second identifier, wherein the first data is transmitted through a resource allocated based on the purpose information, the count information and the size information.
A door leaf of a sliding gate, wherein a lower part of the door leaf is formed by lower beam and an upper part of the door leaf is formed by an upper beam, wherein a door leaf filling is arranged between the lower beam and the upper beam, wherein, in modular construction, the lower beam is composed of at least one pair of two profiles (2.1, 2.2, 2.3) connected to one another in a plane, which is parallel to the door leaf plane, and wherein the profiles (2.1, 2.2, 2.3) of a pair are in each case connected to one another by means of at least one continuous connection profile or by means of a plurality of connection profile sections, which abut against one another or which are spaced apart from one another in longitudinal profile direction, characterised in that at least one of the profiles (2.1, 2.2, 2.3) has a C-shaped cross section and that, in a state, in which two of said profiles (2.1, 2.2, 2.3) are connected to one another by means of a connection profile attached to the upper longitudinal edges thereof or by means of a pair of two parallel connection profiles, the profiles (2.1, 2.2, 2.3, 3) form a beam (11, 12), which has a rectangular cross section, a continuous slit (11.1) on the bottom and two upper and two lower roller running paths (11.2) on the inside.
An inductive switch and/or rail heating device, comprising: at least one generator fed by an AC voltage source which generator supplies at least one inductor with AC current through a conductor wherein the inductor includes at least one induction coil and is configured for attachment at a rail or at a switch, wherein a current is induced in the rail or in the switch through electromagnetic induction by the induction coil of the inductor that is fed with AC current wherein the current heats the rail or the switch, characterized in that a control device (40, 44) or a regulation device (40, 44, 48) is provided for controlling or regulating an electrical power of the generator by varying a frequency (f) and/or a pulse width of the AC current fed into the at least one inductor at least one generator fed by an AC voltage source which generator supplies at least one inductor with AC current through a conductor wherein the inductor includes at least one induction coil and is configured for attachment at a rail or at a switch, wherein a current is induced in the rail or in the switch through electromagnetic induction by the induction coil of the inductor that is fed with AC current wherein the current heats the rail or the switch, characterized in that a control device (40, 44) or a regulation device (40, 44, 48) is provided for controlling or regulating an electrical power of the generator by varying a frequency (f) and/or a pulse width of the AC current fed into the at least one inductor
An optical switching device with expansion connections comprising a photonic integrated circuit, the photonic integrated circuit comprising N input optical ports where N>1, an input light-path (102, 116, 117) associated with each input port (102, 116, 117), M optical output ports (120, 121) where M≥1, an output light-path (104, 125) associated with each output port (120, 121), a bypass optical switch block associated with each output port, P expansion-in ports where P≥1, an expansion light-path associated with each expansion-in port and connecting with the corresponding associated bypass switch (851, 1108, 1110, 1112, 1114, 1116, 1118, 1120, 1214, 1216, 1218, 1220, 1222, 1312, 1314, 1408, 1410) block, a plurality of optical switching elements and associated light-paths forming a network of connections between the input light-paths (102, 116, 117) and the by-pass switch block associated with the particular output light-path (104, 125).
A hybrid lock cylinder comprising: a spindle rotatably mounted in a support structure, the spindle having an axis of rotation; at least one wafer housing positioned within the spindle and having a locking bar receiving portion, the wafer housing configured to rotate relative to the spindle about the axis of rotation; a wafer (16, 16b) with lock extensions (30, 32) formed on opposing ends thereof being slidably carried by the wafer housing; at least one disc configured to rotate relative to the spindle about the axis of rotation positioned adjacent the wafer housing; a locking bar receiving portion (38, 39, 52) formed in each wafer (16, 16b), each wafer housing and each disc; and a locking bar movable relative to the locking bar receiving portion (38, 39, 52) of each wafer (16, 16b), wafer housing and disc; wherein the locking bar prevents rotation of the spindle relative to the support structure in a locked position, and wherein the spindle is rotatable when the locking bar is moved to the locking bar receiving portions (38, 39, 52) of each disc, wafer (16, 16b) and wafer housing. a spindle rotatably mounted in a support structure, the spindle having an axis of rotation; at least one wafer housing positioned within the spindle and having a locking bar receiving portion, the wafer housing configured to rotate relative to the spindle about the axis of rotation; a wafer (16, 16b) with lock extensions (30, 32) formed on opposing ends thereof being slidably carried by the wafer housing; at least one disc configured to rotate relative to the spindle about the axis of rotation positioned adjacent the wafer housing; a locking bar receiving portion (38, 39, 52) formed in each wafer (16, 16b), each wafer housing and each disc; and a locking bar movable relative to the locking bar receiving portion (38, 39, 52) of each wafer (16, 16b), wafer housing and disc; wherein the locking bar prevents rotation of the spindle relative to the support structure in a locked position, and wherein the spindle is rotatable when the locking bar is moved to the locking bar receiving portions (38, 39, 52) of each disc, wafer (16, 16b) and wafer housing.
Identity code identification system for vehicle passive entry and passive start, comprising: a first antenna, arranged in a first region of a vehicle and the first region is a rear part of the vehicle, and configured to transmit a first signal; a second antenna, arranged in a second region of the vehicle and the second region is a front part of the vehicle, and configured to transmit a second signal; a smart key, configured to interact with the first antenna and the second antenna, to perform verification of a match between the smart key and the vehicle; wherein the second region is closer than the first region to an electronic interference apparatus of the vehicle and the electronic interference apparatus is a dashboard of the vehicle, and a transmission power of the second antenna is higher than a transmission power of the first antenna characterized in that: the transmission power of the first antenna is kept at low level and the transmission power of the second antenna is increased based on the distance between the second antenna and the electronic interference apparatus in order to reduce power consumption while achieving immunity from noise interference. a first antenna, arranged in a first region of a vehicle and the first region is a rear part of the vehicle, and configured to transmit a first signal; a second antenna, arranged in a second region of the vehicle and the second region is a front part of the vehicle, and configured to transmit a second signal; a smart key, configured to interact with the first antenna and the second antenna, to perform verification of a match between the smart key and the vehicle; wherein the second region is closer than the first region to an electronic interference apparatus of the vehicle and the electronic interference apparatus is a dashboard of the vehicle, and a transmission power of the second antenna is higher than a transmission power of the first antenna characterized in that: the transmission power of the first antenna is kept at low level and the transmission power of the second antenna is increased based on the distance between the second antenna and the electronic interference apparatus in order to reduce power consumption while achieving immunity from noise interference.