mhurhangee/ep-ind-claims huggingface dataset:
Sectional boiler, in particular condensing boiler, having essentially annular sections, there being provided a front section, at least one rear section and at least one central section which form a combustion chamber having an essentially surrounding heat exchanger consisting of a section block, the annular water chambers (5, 5', 5") of which are connected to one another and which has gap-like heating gas flues which extend approximately radially between two adjacent sections (1, 2, 3) with matching shapes and open into an exhaust gas collection chamber, and having a return-flow connection and a forward-flow connection, wherein the return-flow connection and the forward-flow connection are attached on opposing sides of the section block, wherein the water chambers (5, 5', 5") of the sections are flowed through in series proceeding from the return-flow connection and wherein the individual sections (1, 2, 3) are each provided with flow transfer openings at only one point on the circumference and are connected thereby, on at least one side, to an adjacent section (1, 2, 3), characterized in that the sectional boiler is made of cast iron or aluminium, and in that the flow transfer openings are provided as a hydraulic connection to the respective adjacent section (1, 2, 3), and in that, in each case in the connection region within the flow transfer openings, at least one flow guiding means is installed in the water chamber (5, 5', 5").
A backlight assembly comprising: a light guiding plate; a plurality of driving boards disposed substantially parallel with a side surface of the light guiding plate to face the side surface of the light guiding plate; a light emitting chip formed on a surface of each driving board to generate light toward the side surface of the light guiding plate; and a flexible film having a connection wiring that provides a power source to the driving boards, wherein the driving boards are disposed on the flexible film; wherein the flexible film has a larger area than the driving boards, and wherein the flexible film comprises a board-mounted portion on which the driving boards are disposed; wherein the flexible film further comprises an extended portion extending from the board-mounted portion, wherein the connection wiring is formed on the board-mounted portion and the extended portion; wherein the extended portion comprises: a first sub extended portion overlapping a lower surface of the light guiding plate; and wherein the plurality of driving boards is disposed in a line shape along the side surface; characterized in that the plurality of driving boards is disposed to have the same length as the length of the side surface of the light guiding plate, and the extended portion further comprises a second sub extended portion overlapping an upper surface of the light guiding plate. a light guiding plate; a plurality of driving boards disposed substantially parallel with a side surface of the light guiding plate to face the side surface of the light guiding plate; a light emitting chip formed on a surface of each driving board to generate light toward the side surface of the light guiding plate; and a flexible film having a connection wiring that provides a power source to the driving boards, wherein the driving boards are disposed on the flexible film; a first sub extended portion overlapping a lower surface of the light guiding plate; and wherein the plurality of driving boards is disposed in a line shape along the side surface;
A base station for facilitating a handover of a user device from the base station when operating as a source base station component in a first communications network of a E-UTRAN type to a target base station component in a second communications network of a GERAN type, the base station comprising: means for receiving, from a user device, a Cell Global ID for a cell of a neighbour base station component in the second communications network, from which Cell Global ID information for forming a Location Area Identification 'LAI' can be obtained, and an identifier for use in identifying a gateway component (9, 216, 514, 610, 612, 712, 714) operating within a location area represented by said Location Area Identification 'LAI' and connected with the neighbour base station component, the identifier comprising a Routing Area Code 'RAC' associated with the cell of the neighbour base station component in the second communications network; means for generating a handover request message in the first communications network, for handing over to said neighbour base station component operating as said target base station component, the handover request message comprising the Cell Global ID incorporating said information for forming said LAI and the Routing Area Code 'RAC' associated with the cell in the second communications network; and means for transmitting the handover request message to the second communications network. means for receiving, from a user device, a Cell Global ID for a cell of a neighbour base station component in the second communications network, from which Cell Global ID information for forming a Location Area Identification 'LAI' can be obtained, and an identifier for use in identifying a gateway component (9, 216, 514, 610, 612, 712, 714) operating within a location area represented by said Location Area Identification 'LAI' and connected with the neighbour base station component, the identifier comprising a Routing Area Code 'RAC' associated with the cell of the neighbour base station component in the second communications network; means for generating a handover request message in the first communications network, for handing over to said neighbour base station component operating as said target base station component, the handover request message comprising the Cell Global ID incorporating said information for forming said LAI and the Routing Area Code 'RAC' associated with the cell in the second communications network; and means for transmitting the handover request message to the second communications network.
A suction pump unit with a vacuum port, an excess pressure port and a switching valve (2, 9), wherein the switching valve (2, 9) comprises a valve body (20, 21, 95) with two inputs (22, 23; 950, 951), wherein a first of the inputs (22, 950) is connected with the vacuum port, and a second of the inputs (23, 951) is connected with the excess pressure port, and wherein the switching valve (2, 9) comprises an output (26, 96) with a through hole, wherein the output (26, 96) can be moved relative to the inputs (22, 23; 950, 951) from the first input (22, 950) to the second input (23, 951) and back, as a result of which the through hole alternately establishes a fluid-communicating connection with one of the inputs (22, 23, 950, 951), characterized in that the through hole of the output (26, 96) is released and ventilated during at least part of the movement between the two inputs (22, 23; 950, 951).
A display panel comprising a first substrate and a second substrate which are disposed in opposition to each other, the first substrate and the second substrate being encapsulated by a sealant, wherein in a non-display area of the display panel, a first adsorption layer is disposed on one of the first substrate and the second substrate, and a second adsorption layer is disposed on the other of the first substrate and the second substrate, and the first adsorption layer and the second adsorption layer are capable of being attracted to each other by magnetic force, characterized in that the first adsorption layer is disposed on a side of the first substrate facing the second substrate, or disposed on a side of the second substrate facing the first substrate, wherein the first adsorption layer includes a first portion disposed on the outer side of the sealant, and a second portion disposed on the inner side of the sealant. the first adsorption layer is disposed on a side of the first substrate facing the second substrate, or disposed on a side of the second substrate facing the first substrate, wherein the first adsorption layer includes a first portion disposed on the outer side of the sealant, and a second portion disposed on the inner side of the sealant.
A method of sending a beam report, performed by a terminal, the method comprising: monitoring a quality parameter of at least one beam link; and determining, according to the quality parameter of the at least one beam link, at least one beam link subjected to a quality loss; in the case that at least a first preset quantity of beam links of the at least one beam link subjected to the quality loss are the beam links of a first antenna panel of the terminal, determining that a shielding event of the first antenna panel of the terminal is detected and sending a beam report to a network; wherein the beam report comprises one or more of: first indication information indicating an occurrence of the shielding event on the first antenna panel of the terminal, a quantity of the beam link subjected to the quality loss, an identity of a downlink transmission beam of the beam link subjected to the quality loss, a quality parameter of the beam link subjected to the quality loss, and second indication information indicating a reason why the terminal sends the beam report. monitoring a quality parameter of at least one beam link; and determining, according to the quality parameter of the at least one beam link, at least one beam link subjected to a quality loss; in the case that at least a first preset quantity of beam links of the at least one beam link subjected to the quality loss are the beam links of a first antenna panel of the terminal, determining that a shielding event of the first antenna panel of the terminal is detected and sending a beam report to a network; wherein the beam report comprises one or more of: first indication information indicating an occurrence of the shielding event on the first antenna panel of the terminal, a quantity of the beam link subjected to the quality loss, an identity of a downlink transmission beam of the beam link subjected to the quality loss, a quality parameter of the beam link subjected to the quality loss, and second indication information indicating a reason why the terminal sends the beam report.
A landing gear of an aircraft, said landing gear being provided with a first longitudinal supporting skid and a second longitudinal supporting skid, and also with a transverse cross-member referred to as "front cross-member " and a transverse cross-member referred to as "rear cross-member " which are each suitable for connecting the first skid and the second skid to a fuselage of said aircraft, each cross-member having a first branch connected to the first skid and also a second branch connected to the second skid, the first skid and the second skid being located transversely on either side of a vertical anteroposterior plane of symmetry, said landing gear comprises at least one pair of shock absorbers (31, 32), comprising a first shock absorber and a second shock absorber which are arranged transversely on either side of said anteroposterior plane, each shock absorber (31, 32) being attached to a cross-member, each shock absorber (31, 32) comprising a body delimiting an inner space and a rod bearing a piston, said inner space being at least divided into a chamber referred to as "primary chamber " which has an internal volume which decreases when said rod is pushed into said body and into a chamber referred to as "secondary chamber " which are each filled by a fluid, each shock absorber comprising at least one restricting orifice fluidically connecting the secondary chamber and the primary chamber, each piston partially delimiting at least one chamber for displacing said fluid, characterised in that the primary chamber of the first shock absorber of a pair is connected to the secondary chamber of the second shock absorber of said pair by a tube referred to as "first tube ", the secondary chamber of the first shock absorber of said pair being connected to the primary chamber of the second shock absorber of said pair by a tube referred to as "second tube ".
A sealing arrangement for a direct-drive wind turbine, which sealing arrangement comprises an interface seal part (11A, 11B, 11C) arranged between a stationary canopy of the direct-drive wind turbine and a rotary brake disc of the direct-drive wind turbine, characterized in that the interface seal part (11A, 11B, 11C) is arranged to press against a flat surface of the rotary brake disc to establish a seal between an interior of the stationary canopy and an exterior environment.
A printing apparatus comprising: a head capable of discharging liquids toward a medium, the liquids including a colored ink and a functional liquid that promotes penetration of the colored ink into the medium; the printing apparatus including a normal mode to print a front face of the medium with the colored ink, and a bleed-through mode to print the front and reverse of the medium by printing the front face of the medium with the colored ink and using the functional liquid to cause the discharged colored ink to penetrate toward the reverse face of the medium; and characterized in the printing apparatus being configured when printing in the normal mode, to use the colored ink and the functional liquid for forming regions having a specific lightness or lighter, and not to use the functional liquid when printing in the normal mode for forming regions having a lightness darker than the specific lightness. a head capable of discharging liquids toward a medium, the liquids including a colored ink and a functional liquid that promotes penetration of the colored ink into the medium; the printing apparatus including a normal mode to print a front face of the medium with the colored ink, and a bleed-through mode to print the front and reverse of the medium by printing the front face of the medium with the colored ink and using the functional liquid to cause the discharged colored ink to penetrate toward the reverse face of the medium; and characterized in the printing apparatus being configured when printing in the normal mode, to use the colored ink and the functional liquid for forming regions having a specific lightness or lighter, and not to use the functional liquid when printing in the normal mode for forming regions having a lightness darker than the specific lightness. a normal mode to print a front face of the medium with the colored ink, and a bleed-through mode to print the front and reverse of the medium by printing the front face of the medium with the colored ink and using the functional liquid to cause the discharged colored ink to penetrate toward the reverse face of the medium; and characterized in the printing apparatus being configured when printing in the normal mode, to use the colored ink and the functional liquid for forming regions having a specific lightness or lighter, and not to use the functional liquid when printing in the normal mode for forming regions having a lightness darker than the specific lightness.
A method of auxiliary comparison of eyebrow shapes applied to a body information analysis apparatus, comprising following steps of: a) controlling an image capture module of the body information analysis apparatus to capture a face image; characterized in that: b) controlling a process unit of the body information analysis apparatus to execute a face analysis process to the face image for recognizing a plurality of eyebrow feature points (61,64-69) of an eyebrow image on one side of the face image, wherein the eyebrow feature points (61,64-69) respectively correspond to a plurality of different features of an eyebrow; c) executing a mirror process to the eyebrow feature points (61,64-69) based on a symmetrical auxiliary line (81,82) of the face image for obtaining a plurality of mirror feature points (61',67-69') at the process unit, wherein the mirror feature points (61',67'-69') and the eyebrow feature points (61,64-69) are respectively located at different sides of the symmetrical auxiliary line (81,82); d) connecting the mirror feature points (61',67'-69') to render a mirror eyebrow shape pattern (71',73'); e) calculating a projection position of the mirror eyebrow shape pattern (71',73') based on the symmetrical auxiliary line (81,82) according to a position of the eyebrow image at the process unit, wherein the projection position is located at another side of the face image referred to the symmetrical auxiliary line (81,82); and f) controlling a display module of the body information analysis apparatus to display the face image and display the mirror eyebrow shape pattern (71',73') at the projection position simultaneously. a) controlling an image capture module of the body information analysis apparatus to capture a face image; b) controlling a process unit of the body information analysis apparatus to execute a face analysis process to the face image for recognizing a plurality of eyebrow feature points (61,64-69) of an eyebrow image on one side of the face image, wherein the eyebrow feature points (61,64-69) respectively correspond to a plurality of different features of an eyebrow; c) executing a mirror process to the eyebrow feature points (61,64-69) based on a symmetrical auxiliary line (81,82) of the face image for obtaining a plurality of mirror feature points (61',67-69') at the process unit, wherein the mirror feature points (61',67'-69') and the eyebrow feature points (61,64-69) are respectively located at different sides of the symmetrical auxiliary line (81,82); d) connecting the mirror feature points (61',67'-69') to render a mirror eyebrow shape pattern (71',73'); e) calculating a projection position of the mirror eyebrow shape pattern (71',73') based on the symmetrical auxiliary line (81,82) according to a position of the eyebrow image at the process unit, wherein the projection position is located at another side of the face image referred to the symmetrical auxiliary line (81,82); and f) controlling a display module of the body information analysis apparatus to display the face image and display the mirror eyebrow shape pattern (71',73') at the projection position simultaneously.
An image recording method, comprising: a step of preparing at least two ink compositions including a first ink composition that comprises a polymerizable liquid crystal compound, a chiral compound, a polymerization initiator, and an organic solvent and a second ink composition that comprises a polymerizable liquid crystal compound, a chiral compound, a polymerization initiator, and an organic solvent; a step of applying the first ink composition onto a substrate by an inkjet recording method; a step of forming a first ink film by irradiating the first ink composition applied onto the substrate with an active energy ray; a step of applying the second ink composition onto the first ink film by an inkjet recording method; and a step of forming a second ink film by irradiating the second ink composition applied onto the first ink film with an active energy ray, wherein the first ink film has a hexadecane-contacting angle of 45° or less. a step of preparing at least two ink compositions including a first ink composition that comprises a polymerizable liquid crystal compound, a chiral compound, a polymerization initiator, and an organic solvent and a second ink composition that comprises a polymerizable liquid crystal compound, a chiral compound, a polymerization initiator, and an organic solvent; a step of applying the first ink composition onto a substrate by an inkjet recording method; a step of forming a first ink film by irradiating the first ink composition applied onto the substrate with an active energy ray; a step of applying the second ink composition onto the first ink film by an inkjet recording method; and a step of forming a second ink film by irradiating the second ink composition applied onto the first ink film with an active energy ray, wherein the first ink film has a hexadecane-contacting angle of 45° or less.
A pharmaceutical composition comprising active ingredients, wherein: - a first active ingredient is sodium phenylbutyrate in combination with valproic acid; - a second active ingredient is nicotinamide; and - a third active ingredient is all-trans retinoic acid (ATRA), and optionally one or more pharmaceutically acceptable excipients. - a first active ingredient is sodium phenylbutyrate in combination with valproic acid; - a second active ingredient is nicotinamide; and - a third active ingredient is all-trans retinoic acid (ATRA),
A method for updating a non-volatile random access memory, NV-RAM, (305, 405), the NV-RAM partitioned into a non-volatile memory, NVM, region and a random access memory RAM region the method comprising: storing original data in the non-volatile memory, NVM region(305, 405) of the NV-RAM, the NVM region including a region configured to store data; copying the original data to a data area of the random access memory, RAM region of the NV-RAM, wherein the NVM region and the RAM region are different regions and wherein the RAM region is further partitioned into a region to store a flag; computing updated data from the original data stored in the data area of the RAM; storing the updated data in the data area of the RAM region; validating an updated flag in the region to store the flag of the RAM region; copying the updated data to the NVM region; and invalidating the updated flag in region to store the flag of the RAM region. storing original data in the non-volatile memory, NVM region(305, 405) of the NV-RAM, the NVM region including a region configured to store data; copying the original data to a data area of the random access memory, RAM region of the NV-RAM, wherein the NVM region and the RAM region are different regions and wherein the RAM region is further partitioned into a region to store a flag; computing updated data from the original data stored in the data area of the RAM; storing the updated data in the data area of the RAM region; validating an updated flag in the region to store the flag of the RAM region; copying the updated data to the NVM region; and invalidating the updated flag in region to store the flag of the RAM region.
A system (100, 200, 300) to determine impending oscillatory instabilities in a device, said system (100, 200, 300) comprising: a measuring unit (102, 202, 302) configured to generate at least one signal corresponding to dynamics happening inside said device, and an instability detection unit (104, 204, 304) provided in communication with said measuring unit (102, 202, 302), characterized in that said instability detection unit (104, 204, 304) is configured to diagnose the onset of said impending oscillatory instabilities in said device based on intermittent bursts in the signal generated by the measuring unit (102, 202, 302) before the onset of the oscillatory instabilities and smooth variations in parameters as the device approaches said impending oscillatory instabilities, wherein said intermittent bursts are detected preceding to a transition from a noisy or chaotic behavior to said oscillatory instabilities. a measuring unit (102, 202, 302) configured to generate at least one signal corresponding to dynamics happening inside said device, and an instability detection unit (104, 204, 304) provided in communication with said measuring unit (102, 202, 302), characterized in that said instability detection unit (104, 204, 304) is configured to diagnose the onset of said impending oscillatory instabilities in said device based on intermittent bursts in the signal generated by the measuring unit (102, 202, 302) before the onset of the oscillatory instabilities and smooth variations in parameters as the device approaches said impending oscillatory instabilities, wherein said intermittent bursts are detected preceding to a transition from a noisy or chaotic behavior to said oscillatory instabilities.