mhurhangee/ep-ind-claims huggingface dataset:
A gas turbine engine component, comprising: a shell (200, 400, 800, 1000) having a divider wall (203, 403, 803, 1004) which divides an internal cavity of the shell into a front cavity (201, 1001) at a leading edge region of the component and a rear cavity (202, 1003) at a trailing edge region of the component; an insert (210, 220, 410, 420, 810, 820, 1010, 1020) located within the front cavity or rear cavity, wherein the divider wall includes apertures which provide fluid communication between the front and rear cavity; characterised in that the insert includes a sealing plate to prevent the flow of cooling air across the divider wall. a shell (200, 400, 800, 1000) having a divider wall (203, 403, 803, 1004) which divides an internal cavity of the shell into a front cavity (201, 1001) at a leading edge region of the component and a rear cavity (202, 1003) at a trailing edge region of the component; an insert (210, 220, 410, 420, 810, 820, 1010, 1020) located within the front cavity or rear cavity, wherein the divider wall includes apertures which provide fluid communication between the front and rear cavity; characterised in that the insert includes a sealing plate to prevent the flow of cooling air across the divider wall.
A method, comprising: determining whether an instantaneous frequency of a complex broadband communication input signal is positive or negative, wherein the instantaneous frequency of the input signal is positive when a complex phasor of the input signal rotates counter-clockwise and negative when the complex phasor rotates clockwise; and selecting a pre-distortion model from a set of pre-distortion models (330, 340) based on the determination of positive or negative instantaneous frequency; applying the selected pre-distortion model to the input signal for a time corresponding to the determination of instantaneous frequency to provide an output signal; and providing the output signal to a power amplifier. determining whether an instantaneous frequency of a complex broadband communication input signal is positive or negative, wherein the instantaneous frequency of the input signal is positive when a complex phasor of the input signal rotates counter-clockwise and negative when the complex phasor rotates clockwise; and selecting a pre-distortion model from a set of pre-distortion models (330, 340) based on the determination of positive or negative instantaneous frequency; applying the selected pre-distortion model to the input signal for a time corresponding to the determination of instantaneous frequency to provide an output signal; and providing the output signal to a power amplifier.
A radically curable compound represented by general formula or general formula below, (in the formulae, R 1, R 2, and R 5 are each independently an alkyl group having 1 to 8 carbon atoms, R 3 and R 4 are each independently a hydrogen atom or a methyl group, m and n are each independently an integer of 1 to 4, and p is an integer of 1 to 5).
A method of handling one or more virtual private network 'VPN' profiles defined in a wireless local area network 'WLAN' client device on which a VPN client application is installed, the method comprising: launching a WLAN connection setup application during execution of the WLAN connection setup application causing the device to scan for available WLANs during execution of the WLAN connection setup application, the device successfully connecting to a WLAN, the device not having a connection profile for the WLAN; displaying a connection profile screen (80, 88) of the WLAN connection setup application, in response to connecting to a WLAN for which a connection profile is not saved in client device, the connection profile screen (80, 88) enabling selection of an option to save or not to save the connection profile for the WLAN; and displaying a VPN selection screen as the next screen following the WLAN connection profile screen (80, 88), the VPN selection screen displaying the one or more VPN profiles defined in the device and enabling the user to specify whether to attempt to establish, using the VPN client application installed on the client device, a VPN connection over the WLAN, using information stored in one of the one or more VPN profiles. launching a WLAN connection setup application during execution of the WLAN connection setup application causing the device to scan for available WLANs during execution of the WLAN connection setup application, the device successfully connecting to a WLAN, the device not having a connection profile for the WLAN; displaying a connection profile screen (80, 88) of the WLAN connection setup application, in response to connecting to a WLAN for which a connection profile is not saved in client device, the connection profile screen (80, 88) enabling selection of an option to save or not to save the connection profile for the WLAN; and displaying a VPN selection screen as the next screen following the WLAN connection profile screen (80, 88), the VPN selection screen displaying the one or more VPN profiles defined in the device and enabling the user to specify whether to attempt to establish, using the VPN client application installed on the client device, a VPN connection over the WLAN, using information stored in one of the one or more VPN profiles.
A method of setting up a video telephone call between at least one first video telephone terminal and at least one second video telephone terminal in a telephone network, the method including the steps of: - establishing (100 to 116) a telephone call over said network between said first terminal and said second terminal, - exchanging between said first and second terminals during said telephone call availability signals (120 to 128) to seek availability of said first and second terminals to hold a video telephone call therebetween, - if said availability is confirmed, - i) releasing (130 to 140) said telephone call between said first and second terminals, - ii) after releasing (130 to 140) said telephone call between said first and second terminals, establishing (200 to 212; 214 to 224) telephone calls between a service center provided in said network and said first and second terminals, whereby said first and second terminals are connected to one another over said telephone network via said service center, and - iii) establishing a video telephone call (226 to 246) between said first and second terminals connected via said service center. - establishing (100 to 116) a telephone call over said network between said first terminal and said second terminal, - exchanging between said first and second terminals during said telephone call availability signals (120 to 128) to seek availability of said first and second terminals to hold a video telephone call therebetween, - if said availability is confirmed, - i) releasing (130 to 140) said telephone call between said first and second terminals, - ii) after releasing (130 to 140) said telephone call between said first and second terminals, establishing (200 to 212; 214 to 224) telephone calls between a service center provided in said network and said first and second terminals, whereby said first and second terminals are connected to one another over said telephone network via said service center, and - iii) establishing a video telephone call (226 to 246) between said first and second terminals connected via said service center. - i) releasing (130 to 140) said telephone call between said first and second terminals, - ii) after releasing (130 to 140) said telephone call between said first and second terminals, establishing (200 to 212; 214 to 224) telephone calls between a service center provided in said network and said first and second terminals, whereby said first and second terminals are connected to one another over said telephone network via said service center, and - iii) establishing a video telephone call (226 to 246) between said first and second terminals connected via said service center.
A molding device for the align pressing step of a manufacturing process of a radially-oriented sintered arc-shaped Nd-Fe-B magnet, the molding device including a mold body comprising: a non-magnetically conductive mold main body provided with an arc-shaped cavity including a concave inner arc surface and a convex outer arc surface; a first and a second magnetic conductive block (1, 7) located on both sides of the arc-shaped cavity, the first magnetic conductive block being located on the side of the inner arc surface, and the second magnetic conductive block being located on the side of the outer arc surface, wherein the centre points of the first magnetic conductive block, the arc-shaped cavity and the second magnetic conductive block lie on a common straight line; and two symmetrically distributed uniform magnetic conductive plates being arranged between the outer arc surface of the arc-shaped cavity and the second magnetic conductive block, wherein a thickness W of the magnetic conductive plate satisfies the condition: 0.5 cavity thickness ≤ W ≤ 1.0 mold cavity thickness, a length L of the magnetic conductive plate satisfies the condition: 0.2 inner arc length ≤ L ≤ 0.4 inner arc length, where the inner arc length L is the length of the inner arc surface of the arc-shaped cavity, a side surface of the arc-shaped cavity is on the same plane as an outer side surface of the magnetic conductive plate, and a thickness of the arc-shaped cavity is in the range of 5mm to 25mm. a non-magnetically conductive mold main body provided with an arc-shaped cavity including a concave inner arc surface and a convex outer arc surface; a first and a second magnetic conductive block (1, 7) located on both sides of the arc-shaped cavity, the first magnetic conductive block being located on the side of the inner arc surface, and the second magnetic conductive block being located on the side of the outer arc surface, wherein the centre points of the first magnetic conductive block, the arc-shaped cavity and the second magnetic conductive block lie on a common straight line; and two symmetrically distributed uniform magnetic conductive plates being arranged between the outer arc surface of the arc-shaped cavity and the second magnetic conductive block, wherein a thickness W of the magnetic conductive plate satisfies the condition: 0.5 cavity thickness ≤ W ≤ 1.0 mold cavity thickness, a length L of the magnetic conductive plate satisfies the condition: 0.2 inner arc length ≤ L ≤ 0.4 inner arc length, where the inner arc length L is the length of the inner arc surface of the arc-shaped cavity, a side surface of the arc-shaped cavity is on the same plane as an outer side surface of the magnetic conductive plate, and a thickness of the arc-shaped cavity is in the range of 5mm to 25mm.
A device for indicating and signalling changes in a three-phase voltage system of a power line, with the purpose to detect interrupted conductors, the device comprising: a capacitive voltage divider connected to each power line; an indicator unit connected with said capacitive voltage dividers, the indicator unit being configured: - to receive signals from said capacitive voltage dividers, - to perform, on a permanent basis, measurements of the effective values of phase voltages (U f), of the effective values of line voltages and of the angles (α) between fundamental harmonic functions of phase voltages (U f) and - to detect and indicate changes between said measurements and respective nominal values (U fN, U N, α) stored in a memory card and a data flash; and a communication unit connected via a galvanic disconnection to said indicator unit and being configured for sending information about interruption of conductors to a control centre; said indicator unit and said communication unit containing microprocessors (20, 50) configured to evaluate the measured data, as well as clocks (18, 51) and relays configured to activate an alarm if the measured values differ from the nominal values for a certain time. a capacitive voltage divider connected to each power line; an indicator unit connected with said capacitive voltage dividers, the indicator unit being configured: - to receive signals from said capacitive voltage dividers, - to perform, on a permanent basis, measurements of the effective values of phase voltages (U f), of the effective values of line voltages and of the angles (α) between fundamental harmonic functions of phase voltages (U f) and - to detect and indicate changes between said measurements and respective nominal values (U fN, U N, α) stored in a memory card and a data flash; and - to receive signals from said capacitive voltage dividers, - to perform, on a permanent basis, measurements of the effective values of phase voltages (U f), of the effective values of line voltages and of the angles (α) between fundamental harmonic functions of phase voltages (U f) and - to detect and indicate changes between said measurements and respective nominal values (U fN, U N, α) stored in a memory card and a data flash; and a communication unit connected via a galvanic disconnection to said indicator unit and being configured for sending information about interruption of conductors to a control centre; said indicator unit and said communication unit containing microprocessors (20, 50) configured to evaluate the measured data, as well as clocks (18, 51) and relays configured to activate an alarm if the measured values differ from the nominal values for a certain time.
Non-return valve for a submersible pump comprising: - a valve body arranged to be associated with a submersible pump in operative configuration; - a chamber inside said valve body provided with an inlet arranged to be associated with a delivery opening of said submersible pump in said operative configuration and an outlet of fluid; - a shutter located within said chamber to selectively interrupt the flow of fluid between said inlet and said outlet, depending on the difference between the pressure upstream and pressure downstream said shutter; - a measuring duct provided with an access port which opens inside said chamber; said measuring duct being connectable in operative configuration to a pressure sensor located internally of said submersible pump, wherein said shutter is slidable along a guide stem of the valve body; said measuring duct extending along said guide stem. - a valve body arranged to be associated with a submersible pump in operative configuration; - a chamber inside said valve body provided with an inlet arranged to be associated with a delivery opening of said submersible pump in said operative configuration and an outlet of fluid; - a shutter located within said chamber to selectively interrupt the flow of fluid between said inlet and said outlet, depending on the difference between the pressure upstream and pressure downstream said shutter; - a measuring duct provided with an access port which opens inside said chamber; said measuring duct being connectable in operative configuration to a pressure sensor located internally of said submersible pump, wherein said shutter is slidable along a guide stem of the valve body; said measuring duct extending along said guide stem.
A network connection method for a training participant of a joint training model, the method performed by a worker serving as the training participant in a server cluster (303, 303') the training participant operating in a master-worker mode, and the method comprising: acquiring communication state information of the worker, the communication state information indicating a communication connection phase that the worker is in, the communication connection phase including a connection establishment phase, a communication phase, and a disconnection phase; acquiring communication state information of a target worker as target communication state information through peer-to-peer connection, wherein the target worker comprises a peer node corresponding to the worker, and the peer node belongs to a different training participant of the joint training model, wherein the target worker is a worker that is reset when a process is exited due to a failure, wherein the worker and the target worker are servers in the server cluster (303, 303'); and resetting, in response to determining that the target communication state information does not match the communication state information of the worker, the communication connection phase that the worker is in to be consistent with the communication connection phase indicated by the target communication state of the target worker. acquiring communication state information of the worker, the communication state information indicating a communication connection phase that the worker is in, the communication connection phase including a connection establishment phase, a communication phase, and a disconnection phase; acquiring communication state information of a target worker as target communication state information through peer-to-peer connection, wherein the target worker comprises a peer node corresponding to the worker, and the peer node belongs to a different training participant of the joint training model, wherein the target worker is a worker that is reset when a process is exited due to a failure, wherein the worker and the target worker are servers in the server cluster (303, 303'); and resetting, in response to determining that the target communication state information does not match the communication state information of the worker, the communication connection phase that the worker is in to be consistent with the communication connection phase indicated by the target communication state of the target worker.
Cover of a vehicle roof, having a pane, a splinter protection layer arranged at the pane inner side and an illumination device having a light-emitting layer, wherein a light-emitting and splinter protection layer forms both the splinter protection layer and the light-emitting layer in said one layer, characterized in that the illumination device contains at least one light-emitting unit (19, 19') provided at a side peripheral region of the light-emitting and splinter protection layer for radiating light into the light-emitting and splinter protection layer, and in that at least one positioning bar for the attachment of the light-emitting unit and/or for the assignment of the light-emitting unit to an irradiation periphery of the light-emitting and splinter protection layer is provided, wherein the light-emitting and splinter protection layer is formed by a light-emitting and splinter protection film that is arranged with its peripheral region containing the irradiation periphery at, on or in said positioning bar, at a distance from the cover inner side.
An expandable structural module for a toroidal space station structure, the expandable structural module comprising: a first bulkhead and a second bulkhead forming first and second opposite ends of the expandable structural module, the first bulkhead being arranged to be attached to a corresponding bulkhead of a further adjacent expandable structural module; a plurality of adjustable structural members connecting the first bulkhead and the second bulkhead; wherein the expandable structural module is transformable between: a collapsed configuration in which the first bulkhead and second bulkhead are held a first distance apart by the structural members; and an expanded configuration in which the first bulkhead and second bulkhead are held a second distance apart by the structural members, the second distance being larger than the first distance, characterised in that the first bulkhead comprises a spacing mechanism for attaching the first bulkhead to the corresponding bulkhead of the adjacent and adjoining expandable structural module and wherein the spacing mechanism is arranged to transform between a shortened configuration in which the first bulkhead and the corresponding bulkhead are held parallel to each other, and a spaced configuration in which the first bulkhead and the corresponding bulkhead are held at a non-zero angle with respect to each other. a first bulkhead and a second bulkhead forming first and second opposite ends of the expandable structural module, the first bulkhead being arranged to be attached to a corresponding bulkhead of a further adjacent expandable structural module; a plurality of adjustable structural members connecting the first bulkhead and the second bulkhead; a collapsed configuration in which the first bulkhead and second bulkhead are held a first distance apart by the structural members; and an expanded configuration in which the first bulkhead and second bulkhead are held a second distance apart by the structural members, the second distance being larger than the first distance, characterised in that the first bulkhead comprises a spacing mechanism for attaching the first bulkhead to the corresponding bulkhead of the adjacent and adjoining expandable structural module and wherein the spacing mechanism is arranged to transform between a shortened configuration in which the first bulkhead and the corresponding bulkhead are held parallel to each other, and a spaced configuration in which the first bulkhead and the corresponding bulkhead are held at a non-zero angle with respect to each other.
Compound having the formula wherein R 1 is a substituted or unsubstituted monocyclic aryl group; and R 2 is a substituted or unsubstituted monocyclic aryl group or a substituted or unsubstituted monocyclic heteroaryl group; or a pharmaceutically acceptable salt thereof for use in the treatment of an inflammatory disease, selected from atherosclerosis, obesity, rheumatoid arthritis, sepsis and peritonitis, wherein the substituents of a substituted group are independently selected from halogens and C 1 -C 3 -alkyl groups. R 1 is a substituted or unsubstituted monocyclic aryl group; and R 2 is a substituted or unsubstituted monocyclic aryl group or a substituted or unsubstituted monocyclic heteroaryl group; or a pharmaceutically acceptable salt thereof for use in the treatment of an inflammatory disease, selected from atherosclerosis, obesity, rheumatoid arthritis, sepsis and peritonitis,