mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operating a mobile switching center, MSC, for delivering a mobile terminated call from a calling user equipment, UE, to a called UE over a wireless network, said method comprising the steps of: receiving a provide roaming number, PRN, message from a home location register, HLR, associated with the called UE when the mobile terminated call is originated, said PRN message comprising at least a calling UE identification; sending a paging request to a mobility management entity, MME, said paging request causing said MME to start paging the called UE; receiving a SGs service request message , the SGs being an interface between the MSC, and an MME, from the MME indicating the called UE is in Evolved Packet System, EPS, Mobility Management, EMM,-connected mode; and sending (1040; 1050) a mobile station roaming number, MSRN, to the HLR in a PRN acknowledge, PRN ack, message before receiving a response to the paging request from the called UE; setting (402; 502) a guard timer when the SGS service request message from the MME is received and sending (114; 504) the PRN Ack message after the guard timer expires; and if the UE does not answer the call by the time the guard timer expires or rejects the paging request before the guard timer expires, a PRN nack message is sent to the HLR and a call forwarding process is initiated. receiving a provide roaming number, PRN, message from a home location register, HLR, associated with the called UE when the mobile terminated call is originated, said PRN message comprising at least a calling UE identification; sending a paging request to a mobility management entity, MME, said paging request causing said MME to start paging the called UE; receiving a SGs service request message , the SGs being an interface between the MSC, and an MME, from the MME indicating the called UE is in Evolved Packet System, EPS, Mobility Management, EMM,-connected mode; and sending (1040; 1050) a mobile station roaming number, MSRN, to the HLR in a PRN acknowledge, PRN ack, message before receiving a response to the paging request from the called UE; setting (402; 502) a guard timer when the SGS service request message from the MME is received and sending (114; 504) the PRN Ack message after the guard timer expires; and if the UE does not answer the call by the time the guard timer expires or rejects the paging request before the guard timer expires, a PRN nack message is sent to the HLR and a call forwarding process is initiated.
Striking mechanism for a timepiece, comprising at least one gong , an actuating device (11, 20-28, 32-54) for actuating the gong(s), a striking barrel , a rocker clutch (6; 110) for coupling the actuating device (11, 20-28, 32-54) to the striking barrel and a strike-triggering device (200-219), the rocker (6; 110) of the clutch being arranged to pivot between a first position in which the actuating device (11, 20-28, 32-54) is coupled to the striking barrel and a second position in which the actuating device (11, 20-28, 32-54) is uncoupled from the striking barrel , the rocker (6; 110) being further arranged to move from its first position to its second position under the action of a return spring when the strike-triggering device (200-219) is actuated in order to allow the actuating device (11, 20-28, 32-54) to take note of the number of strikes to be made and to return to its first position under the action of the actuating device (11, 20-28, 32-54) to allow the actuating device (11, 20-28, 32-54) to actuate the gong(s) under the action of the striking barrel , characterised in that the strike-triggering device (200-219) comprises a main member arranged to be controlled by a manual control member and bearing a retractable beak , an auxiliary member arranged to be controlled by the main member and a safety member arranged to be controlled by the actuating device (11, 20-28, 32-54), the main member being further arranged, in its rest position, to keep the rocker (6; 110) in its first position by the retractable beak , the retractable beak being arranged to retract in order to allow the rocker (6; 110) to return to its first position under the action of the actuating device (11, 20-28, 32-54) when, after the manual control member has been released too quickly, the main member is back in its rest position before the rocker (6; 110) has returned to its first position, the auxiliary member being arranged to keep the rocker (6; 110) in its first position after said retraction of the retractable beak , the safety member being arranged to keep the rocker (6; 110) in its first position when, whilst the actuating device (11, 20-28, 32-54) actuates the gong(s) , the main member is actuated by the manual control member .
Residual pressure sealing valve for pneumatic suspensions of motor vehicles, comprising: - a valve body provided with a connection end suitable to make a tight connection with a compressed air hose, a coupling end suitable to make a tight connection with a pneumatic suspension, and a connection channel suitable to make a fluidic connection between the connection end and the coupling end ; - an actuator , slidingly housed in the connection channel suitable to open and close the connection channel to allow or obstruct the fluidic connection between the connection end and the coupling end ; - return means suitable to keep the actuator in a closed configuration of the connection channel ; - a grip ring , housed in a chamber defined inside the connection channel suitable to grasp and retain the compressed air hose; characterized in that the actuator is provided with a tail and, in the closed configuration, the grip ring is fitted in sliding contact on the tail . - a valve body provided with a connection end suitable to make a tight connection with a compressed air hose, a coupling end suitable to make a tight connection with a pneumatic suspension, and a connection channel suitable to make a fluidic connection between the connection end and the coupling end ; - an actuator , slidingly housed in the connection channel suitable to open and close the connection channel to allow or obstruct the fluidic connection between the connection end and the coupling end ; - return means suitable to keep the actuator in a closed configuration of the connection channel ; - a grip ring , housed in a chamber defined inside the connection channel suitable to grasp and retain the compressed air hose;
A stylus configured to be able to transmit, to an electronic apparatus , data made up of K-bit , with K>0, digital value, wherein the electronic apparatus is a display device, wherein the stylus comprises: a stylus electrode which, in operation, forms a coupling capacitance with a sensor electrode of the electronic apparatus ; and a signal processing circuit which, in operation, detects an uplink signal (US) sent from the electronic apparatus using the stylus electrode, extracts a command from the detected uplink signal, determines, based on the command, in which mode to operate between a first mode in which the data is transmitted using M , with M≥1, first periods and a second mode in which the data is transmitted using N , with N>M, second periods, and repeatedly transmits the data in accordance with the determined mode, wherein the stylus is characterized in that the signal processing circuit, when operating in the second mode, starts transmission of the data in response to detection of a shortened synchronizing signal (PI), which is a signal of a shorter time length than the uplink signal that includes the command. a stylus electrode which, in operation, forms a coupling capacitance with a sensor electrode of the electronic apparatus ; and a signal processing circuit which, in operation, detects an uplink signal (US) sent from the electronic apparatus using the stylus electrode, extracts a command from the detected uplink signal, determines, based on the command, in which mode to operate between a first mode in which the data is transmitted using M , with M≥1, first periods and a second mode in which the data is transmitted using N , with N>M, second periods, and repeatedly transmits the data in accordance with the determined mode, wherein the stylus is characterized in that the signal processing circuit, when operating in the second mode, starts transmission of the data in response to detection of a shortened synchronizing signal (PI), which is a signal of a shorter time length than the uplink signal that includes the command.
A rotor assembly for a turbine engine comprising a plurality of adjacent rotor blades each manufactured from a base nickel alloy: wherein each of said plurality of adjacent blades includes a first side that defines a first contact face (54P; 54S) with a hardcoat and a second side that defines a second contact face (54P; 54S) without a hardcoat; a said first contact face (54P; 54S) of one rotor blade being in contact with a said second contact face (54S; 54P) of an adjacent rotor blade ; wherein said first contact face (54P; 54S) with said hardcoat is the base nickel alloy with a welded or laser deposited cobalt based hardcoat formed on the base nickel alloy and said second contact face (54P; 54S) without said hardcoat is the base nickel alloy of said plurality of blades . wherein each of said plurality of adjacent blades includes a first side that defines a first contact face (54P; 54S) with a hardcoat and a second side that defines a second contact face (54P; 54S) without a hardcoat; a said first contact face (54P; 54S) of one rotor blade being in contact with a said second contact face (54S; 54P) of an adjacent rotor blade ; wherein said first contact face (54P; 54S) with said hardcoat is the base nickel alloy with a welded or laser deposited cobalt based hardcoat formed on the base nickel alloy and said second contact face (54P; 54S) without said hardcoat is the base nickel alloy of said plurality of blades .
A coupling element comprising - a coupling body having a first joining surface , said coupling body comprising a bonding material being weldable at a melting temperature, - at least one heating element , provided to heat the bonding material at a temperature equal to or greater than the melting temperature, the at least one heating element being encapsulated with the bonding material or provided at the first joining surface, - said bonding material being a transition polymer, - wherein the at least one heating element comprises a resistance heatable by Joule effect or induction, the heating element being a printed heater with a resistance made of printed electronics, characterized in that the printed heater can be deactivated irreversibly after the bonding has been completed - a coupling body having a first joining surface , said coupling body comprising a bonding material being weldable at a melting temperature, - at least one heating element , provided to heat the bonding material at a temperature equal to or greater than the melting temperature, the at least one heating element being encapsulated with the bonding material or provided at the first joining surface, - said bonding material being a transition polymer, - wherein the at least one heating element comprises a resistance heatable by Joule effect or induction, the heating element being a printed heater with a resistance made of printed electronics,
A power supply system for an electric vehicle, comprising: a battery module having a negative electrode (a), a first positive electrode (b) and a second positive electrode (c), wherein the first positive electrode (b) is configured to output a first voltage, the second positive electrode (c) is configured to output a second voltage, and the second voltage is greater than the first voltage; a first DC/DC converter having an input terminal connected with the second positive electrode (c); a second DC/DC converter having an input terminal connected with the second positive electrode (c); a first switch (K1) connected between the second positive electrode (c) and the first DC/DC converter ; a second switch (K2) connected between the second positive electrode (c) and the second DC/DC converter ; a third switch (K3) connected between the first positive electrode (b) and an output terminal of the second DC/DC converter ; and a diode (D1) connected in reverse parallel with the third switch (K3). a battery module having a negative electrode (a), a first positive electrode (b) and a second positive electrode (c), wherein the first positive electrode (b) is configured to output a first voltage, the second positive electrode (c) is configured to output a second voltage, and the second voltage is greater than the first voltage; a first DC/DC converter having an input terminal connected with the second positive electrode (c); a second DC/DC converter having an input terminal connected with the second positive electrode (c); a first switch (K1) connected between the second positive electrode (c) and the first DC/DC converter ; a second switch (K2) connected between the second positive electrode (c) and the second DC/DC converter ; a third switch (K3) connected between the first positive electrode (b) and an output terminal of the second DC/DC converter ; and a diode (D1) connected in reverse parallel with the third switch (K3).
A single-crystal production equipment comprising, at least: a quartz crucible in which a seed crystal is placed on its bottom; a powder raw material supply apparatus which supplies a powder raw material into said quartz crucible ; and an infrared ray irradiation apparatus which irradiates an infrared ray to said powder raw material supplied into said quartz crucible from said powder raw material supply apparatus , said single-crystal production equipment being configured to produce a single crystal in said quartz crucible by applying said infrared ray into said quartz crucible from said infrared ray irradiation apparatus and thereby melting and solidifying said powder raw material , wherein said single-crystal production equipment is configured such that: said supplied powder raw material is irradiated with said infrared ray by said infrared ray irradiation apparatus while being supplied into said quartz crucible from said powder raw material supply apparatus , and said powder raw material supply apparatus continuously supplies said powder raw material into said quartz crucible in accordance with an amount of melted powder raw material being solidified. a quartz crucible in which a seed crystal is placed on its bottom; a powder raw material supply apparatus which supplies a powder raw material into said quartz crucible ; and an infrared ray irradiation apparatus which irradiates an infrared ray to said powder raw material supplied into said quartz crucible from said powder raw material supply apparatus , said single-crystal production equipment being configured to produce a single crystal in said quartz crucible by applying said infrared ray into said quartz crucible from said infrared ray irradiation apparatus and thereby melting and solidifying said powder raw material , wherein said single-crystal production equipment is configured such that: said supplied powder raw material is irradiated with said infrared ray by said infrared ray irradiation apparatus while being supplied into said quartz crucible from said powder raw material supply apparatus , and said powder raw material supply apparatus continuously supplies said powder raw material into said quartz crucible in accordance with an amount of melted powder raw material being solidified. said supplied powder raw material is irradiated with said infrared ray by said infrared ray irradiation apparatus while being supplied into said quartz crucible from said powder raw material supply apparatus , and said powder raw material supply apparatus continuously supplies said powder raw material into said quartz crucible in accordance with an amount of melted powder raw material being solidified.
A steerable guidewire having an elongated body defining a longitudinally-arranged lumen ( ), said guidewire comprising: a) a proximal end portion ; b) a distal end portion comprising a bendable portion and a tip , said bendable portion comprising a reinforcement structure located on a lateral side and a flexible, stress relief portion located on the opposed lateral side, wherein said body is substantially straight from its proximal end portion to its distal end portion ; c) a pull wire connected to said bendable portion and extending therefrom up to said proximal end portion along said lumen d) an actuation region adapted to impart a tension force on the pull wire resulting in a distally-directed force to the bendable region so that the generation of a compression stress will induce a bending which is opposed to the side of the reinforcement structure , wherein the actuation region is elastic in nature, characterized in that i) said pull wire is affixed to said proximal end portion and ii) the actuation region is located along the proximal end portion and/or the elongated body . a) a proximal end portion ; b) a distal end portion comprising a bendable portion and a tip , said bendable portion comprising a reinforcement structure located on a lateral side and a flexible, stress relief portion located on the opposed lateral side, wherein said body is substantially straight from its proximal end portion to its distal end portion ; c) a pull wire connected to said bendable portion and extending therefrom up to said proximal end portion along said lumen d) an actuation region adapted to impart a tension force on the pull wire resulting in a distally-directed force to the bendable region so that the generation of a compression stress will induce a bending which is opposed to the side of the reinforcement structure , wherein the actuation region is elastic in nature, i) said pull wire is affixed to said proximal end portion and ii) the actuation region is located along the proximal end portion and/or the elongated body .
Motor vehicle comprising at least one wheel having a rim placed next to a vehicle structural element in the transverse direction of the vehicle, at least one interlocking device arranged between the rim and the said structural element , the vehicle being characterized in that it also includes a damper including a lower spring coupon is arranged in relation to an element to be protected , the spacing between at least one interlocking device and the wheel rim is less than or equal to the spacing between the lower coupon and the element to be protected , the interlocking device being in the form of a block attached to the said component structure .
Organic light emitting diode comprising: - at least one anode electrode ; - at least one emission layer , wherein the emission layer comprises at least one emitter dopant that emits visible light at operation of the OLED ; - an electron transport layer stack of at least two electron transport layers (161/ 162), and wherein a) the first electron transport layer comprises i) a first organic aromatic matrix compound having a MW of ≥ 400 to ≤ 1000 and a dipole moment of ≥ 0 Debye and ≤ 2.5 Debye, wherein the first electron transport layer is free of a polar organic aromatic phosphine compound; and b) the second electron transport layer comprises two organic aromatic matrix compounds, which are a mixture of: i) the first organic aromatic matrix compound; and ii) a polar organic aromatic phosphine compound having a MW of ≥ 400 to ≤ 1000, and a dipole moment of > 2.5 Debye and ≤ 10 Debye; and - at least one cathode electrode layer ; wherein the electron transport layer stack is arranged between the emission layer and the cathode electrode layer , the first electron transport layer is in direct contact with the second electron transport layer , and wherein the first electron transport layer is arranged nearer to the emission layer and the second electron transport layer is arranged nearer to the cathode electrode layer . - at least one anode electrode ; - at least one emission layer , wherein the emission layer comprises at least one emitter dopant that emits visible light at operation of the OLED ; - an electron transport layer stack of at least two electron transport layers (161/ 162), and wherein a) the first electron transport layer comprises i) a first organic aromatic matrix compound having a MW of ≥ 400 to ≤ 1000 and a dipole moment of ≥ 0 Debye and ≤ 2.5 Debye, wherein the first electron transport layer is free of a polar organic aromatic phosphine compound; and b) the second electron transport layer comprises two organic aromatic matrix compounds, which are a mixture of: i) the first organic aromatic matrix compound; and ii) a polar organic aromatic phosphine compound having a MW of ≥ 400 to ≤ 1000, and a dipole moment of > 2.5 Debye and ≤ 10 Debye; and a) the first electron transport layer comprises i) a first organic aromatic matrix compound having a MW of ≥ 400 to ≤ 1000 and a dipole moment of ≥ 0 Debye and ≤ 2.5 Debye, wherein the first electron transport layer is free of a polar organic aromatic phosphine compound; and b) the second electron transport layer comprises two organic aromatic matrix compounds, which are a mixture of: i) the first organic aromatic matrix compound; and ii) a polar organic aromatic phosphine compound having a MW of ≥ 400 to ≤ 1000, and a dipole moment of > 2.5 Debye and ≤ 10 Debye; and i) the first organic aromatic matrix compound; and ii) a polar organic aromatic phosphine compound having a MW of ≥ 400 to ≤ 1000, and a dipole moment of > 2.5 Debye and ≤ 10 Debye; and - at least one cathode electrode layer ; wherein