mhurhangee/ep-ind-claims huggingface dataset:
A method for receiving system information during inter-cell movement of a user equipment, UE, in a network sharing, NS, system, the method being performed by the UE and comprising the steps of: receiving and storing, by a UE, a first master information block broadcast in a previous cell, regardless of a PLMN selected in the previous cell, the first master information block comprising a first public land mobile network, PLMN, identity indicating a first PLMN to which the previous cell belongs; moving, by the UE, from the previous cell to a new cell; receiving, by the UE, a second master information block broadcast in the new cell, the second master information block comprising a second PLMN identity indicating a second PLMN to which the new cell belongs and a multiple PLMN list; in the new cell, selecting a PLMN based on the second PLMN identity and the multiple PLMN list, regardless of the first PLMN identity to which the previous cell belongs; comparing the first PLMN identity with the second PLMN identity; setting first system information blocks received and stored by the UE in the previous cell as second system information of the new cell if the second PLMN identity is equal to the first PLMN identity; and receiving second system information blocks with 'Area scopes Cell and PLMN' from the new cell if the second PLMN identity is not equal to the first PLMN identity, wherein first system information of the previous cell is considered to be invalid in the new cell and wherein the term "area scope" refers to a scope in which a system information block is valid. receiving and storing, by a UE, a first master information block broadcast in a previous cell, regardless of a PLMN selected in the previous cell, the first master information block comprising a first public land mobile network, PLMN, identity indicating a first PLMN to which the previous cell belongs; moving, by the UE, from the previous cell to a new cell; receiving, by the UE, a second master information block broadcast in the new cell, the second master information block comprising a second PLMN identity indicating a second PLMN to which the new cell belongs and a multiple PLMN list; in the new cell, selecting a PLMN based on the second PLMN identity and the multiple PLMN list, regardless of the first PLMN identity to which the previous cell belongs; comparing the first PLMN identity with the second PLMN identity; setting first system information blocks received and stored by the UE in the previous cell as second system information of the new cell if the second PLMN identity is equal to the first PLMN identity; and receiving second system information blocks with 'Area scopes Cell and PLMN' from the new cell if the second PLMN identity is not equal to the first PLMN identity, wherein first system information of the previous cell is considered to be invalid in the new cell and wherein the term "area scope" refers to a scope in which a system information block is valid.
An automatic water supply-type steam generator using a vapor pressure, comprising: a condensation water collection tank which collects spent steam; a pressurization water supply tank which is connected to the condensation water collection tank through a water supplement tube; a vapor pressure supply tube connected between the pressurization water supply tank and a steam generator; a water supply tube which is connected either between the pressurization water supply tank and the steam generator or between the pressurization water supply tank and a water supply usage portion; a water supplement control valve installed at a pipe conduit of the water supplement tube; a pressure supply control valve which is installed at a pipe conduit of the vapor pressure supply tube; and a water supply control valve which is installed at a pipe conduit of the water supply tube; characterized in that it further comprises an air vent which is branched and installed at the water supplement tube so as to adjust an internal vacuum pressure of the pressurization water supply tank and has a vacuum pressure adjusting valve installed at a pipe conduit. a condensation water collection tank which collects spent steam; a pressurization water supply tank which is connected to the condensation water collection tank through a water supplement tube; a vapor pressure supply tube connected between the pressurization water supply tank and a steam generator; a water supply tube which is connected either between the pressurization water supply tank and the steam generator or between the pressurization water supply tank and a water supply usage portion; a water supplement control valve installed at a pipe conduit of the water supplement tube; a pressure supply control valve which is installed at a pipe conduit of the vapor pressure supply tube; and a water supply control valve which is installed at a pipe conduit of the water supply tube; characterized in that it further comprises an air vent which is branched and installed at the water supplement tube so as to adjust an internal vacuum pressure of the pressurization water supply tank and has a vacuum pressure adjusting valve installed at a pipe conduit.
A method comprising: detecting a plurality of targets, wherein the plurality of targets represents a listing associated with an instant messaging application; receiving a selection of one of the plurality of targets as a selected target; detecting a profile associated with the selected target; displaying information associated with the selected target to a user in a same window as an instant messaging display, wherein the information is referenced in the profile associated with the selected target; determining whether the information referenced in the profile associated with the selected target is to be shared with the selected target based on a type of the information; in response to determining that the information is of a type of information to be shared, sharing with the selected target the information referenced in the profile associated with the selected target; editing the information referenced in the profile associated with the selected target and forming edited information, wherein the information referenced in the profile associated with the selected target is stored in multiple sources; and storing the edited information in each respective source corresponding with the edited information. detecting a plurality of targets, wherein the plurality of targets represents a listing associated with an instant messaging application; receiving a selection of one of the plurality of targets as a selected target; detecting a profile associated with the selected target; displaying information associated with the selected target to a user in a same window as an instant messaging display, wherein the information is referenced in the profile associated with the selected target; determining whether the information referenced in the profile associated with the selected target is to be shared with the selected target based on a type of the information; in response to determining that the information is of a type of information to be shared, sharing with the selected target the information referenced in the profile associated with the selected target; editing the information referenced in the profile associated with the selected target and forming edited information, wherein the information referenced in the profile associated with the selected target is stored in multiple sources; and storing the edited information in each respective source corresponding with the edited information.
A vortex chamber comprising a cavity elongating along a central axis and a swirl generator, said swirl generator comprising • a plurality of swirl channels configured for introducing a gas flow into the cavity as a vortex flow about the central axis, each swirl channel comprising a channel entrance and a channel exit, said swirl generator further comprises • a gas redistribution chamber comprising i) one or more main gas supply inlets for receiving a gas, ii) a distribution channel configured for distributing the gas received from said one or more main gas supply inlets to the channel entrances of said swirl channels, iii) one or more blocking walls (32a, 32b, 32c, 32d) configured for blocking and unblocking one or more entrances of the plurality of swirl channels, and wherein the vortex chamber is configured for relatively rotating the channel entrances with respect to the one or more blocking walls from a first angular position to at least a second angular position and vice versa, and further characterised in that in said second angular position the one or more blocking walls block a larger number of channel entrances than when in said first angular position. • a plurality of swirl channels configured for introducing a gas flow into the cavity as a vortex flow about the central axis, each swirl channel comprising a channel entrance and a channel exit, said swirl generator further comprises • a gas redistribution chamber comprising i) one or more main gas supply inlets for receiving a gas, ii) a distribution channel configured for distributing the gas received from said one or more main gas supply inlets to the channel entrances of said swirl channels, iii) one or more blocking walls (32a, 32b, 32c, 32d) configured for blocking and unblocking one or more entrances of the plurality of swirl channels, • a gas redistribution chamber comprising i) one or more main gas supply inlets for receiving a gas, ii) a distribution channel configured for distributing the gas received from said one or more main gas supply inlets to the channel entrances of said swirl channels, iii) one or more blocking walls (32a, 32b, 32c, 32d) configured for blocking and unblocking one or more entrances of the plurality of swirl channels, i) one or more main gas supply inlets for receiving a gas, ii) a distribution channel configured for distributing the gas received from said one or more main gas supply inlets to the channel entrances of said swirl channels, iii) one or more blocking walls (32a, 32b, 32c, 32d) configured for blocking and unblocking one or more entrances of the plurality of swirl channels, and wherein the vortex chamber is configured for relatively rotating the channel entrances with respect to the one or more blocking walls from a first angular position to at least a second angular position and vice versa, and further characterised in that in said second angular position the one or more blocking walls block a larger number of channel entrances than when in said first angular position.
A home appliance comprising: a cabinet having a space formed therein; a door configured to open and close the cabinet and including a panel assembly, wherein the panel assembly includes a lighting device configured to emit light and a front plate forming an exterior of the door, the front plate being configured to transmit the light from the lighting device; and a controller configured to control the lighting device, wherein the front plate includes a base layer and a colored layer formed on the base layer, the colored layer having a first color, wherein the front plate has the first color when the lighting device is turned off, and a third color selectable by a user from a plurality of different colors and different from the first color when the lighting device is turned on, and characterized in that the controller is configured to control the lighting device to emit light in a second color adjusted depending on the first color such that the front plate has the third color. a cabinet having a space formed therein; a door configured to open and close the cabinet and including a panel assembly, wherein the panel assembly includes a lighting device configured to emit light and a front plate forming an exterior of the door, the front plate being configured to transmit the light from the lighting device; and a controller configured to control the lighting device, wherein the front plate includes a base layer and a colored layer formed on the base layer, the colored layer having a first color, wherein the front plate has the first color when the lighting device is turned off, and a third color selectable by a user from a plurality of different colors and different from the first color when the lighting device is turned on, and characterized in that the controller is configured to control the lighting device to emit light in a second color adjusted depending on the first color such that the front plate has the third color.
A method of patterning a thin film, comprising: a step of coating a layer of thin film on a surface of a substrate; a step of coating photoresist on a surface of the thin film layer; a step of forming a first partially cured zone by performing a first exposing process of the photoresist with a mask, wherein exposing energy applied to the photoresist of the first partially cured zone is less than a photosensitive threshold of the photoresist; a step of forming a cured zone on the first partially cured zone by performing a second exposing process of the photoresist with the mask, wherein the cured zone has a width less than that of the first partially cured zone and exposing energy applied to the photoresist of the cured zone is equal to or greater than the photosensitive threshold of the photoresist; a step of developing the photoresist; a step of etching the thin film layer that is not covered by the photoresist; and a step of removing the photoresist of the cured zone. a step of coating a layer of thin film on a surface of a substrate; a step of coating photoresist on a surface of the thin film layer; a step of forming a first partially cured zone by performing a first exposing process of the photoresist with a mask, wherein exposing energy applied to the photoresist of the first partially cured zone is less than a photosensitive threshold of the photoresist; a step of forming a cured zone on the first partially cured zone by performing a second exposing process of the photoresist with the mask, wherein the cured zone has a width less than that of the first partially cured zone and exposing energy applied to the photoresist of the cured zone is equal to or greater than the photosensitive threshold of the photoresist; a step of developing the photoresist; a step of etching the thin film layer that is not covered by the photoresist; and a step of removing the photoresist of the cured zone.
A Z test method for rendering a scene with a plurality of triangles, the method comprising: (a) dividing a screen area into a plurality of tiles for performing a rendering with respect to a triangle; (b) selecting from the plurality of tiles, a tile or tiles partially or entirely including the triangle; (c) selecting from the tiles partially or entirely including the triangle, a tile or tiles which has or have a tile Z value less than a minimum Z value of the triangle; and (d) performing the rendering with respect to the triangle in the remaining tiles partially or entirely including the triangle, if any, excluding the selected tile or tiles of the plurality of tiles partially or entirely including the triangle; and (e) repeating steps b) to d) for other triangles; characterised by updating the tile Z value of the tile or tiles completely included in the triangle with the maximum Z value of the triangle, if the maximum Z value of the triangle is less than the tile Z value of the tile, so that the tile Z value is the smallest value of the maximum Z values of the rendered triangles which completely include the tile. (a) dividing a screen area into a plurality of tiles for performing a rendering with respect to a triangle; (b) selecting from the plurality of tiles, a tile or tiles partially or entirely including the triangle; (c) selecting from the tiles partially or entirely including the triangle, a tile or tiles which has or have a tile Z value less than a minimum Z value of the triangle; and (d) performing the rendering with respect to the triangle in the remaining tiles partially or entirely including the triangle, if any, excluding the selected tile or tiles of the plurality of tiles partially or entirely including the triangle; and (e) repeating steps b) to d) for other triangles;
An armoured vehicle comprising a body carrying mobility means intended to contact a ground, such as wheels, the body delimiting at least two areas, a front area receiving a driver compartment and a rear area forming a passenger compartment, the vehicle comprising a floor common to the front area and to the rear area and which is constituted by a single plate, this floor comprising a front part corresponding to the front area and a rear part corresponding to the rear area, the front part of the floor being parallel to the rear part of the floor and the floor comprising a middle part connected to the front and rear parts by a fold, the vehicle further comprising at least one protecting plate arranged away from the front part of the floor, the vehicle comprising at least one further shielding means (19, 21) which is attached below the rear area so as to protect the rear part of the floor, the one or more further shielding means (19, 21) also covering at least partially the middle part of the floor, the vehicle being characterised in that the at least one protecting plate is substantially in the extension of the rear part of the floor, and in that the front part of the floor has a width smaller than the total width of a lower part of the body.
An antibody composition comprising a first anti-MET antibody or an antigen-binding portion thereof and a second anti-MET antibody or an antigen-binding portion thereof, wherein: a) the heavy chain CDR1-3 and light chain CDR1-3 of said first anti-MET antibody comprise the amino acid sequences of SEQ ID NOs: 21, 22, 23, 24, 25, and 26, respectively; and b) the heavy chain CDR1-3 and light chain CDR1-3 of said second anti-MET antibody comprise the amino acid sequences of SEQ ID NOs: 27, 28, 29, 30, 31, and 32, respectively. a) the heavy chain CDR1-3 and light chain CDR1-3 of said first anti-MET antibody comprise the amino acid sequences of SEQ ID NOs: 21, 22, 23, 24, 25, and 26, respectively; and b) the heavy chain CDR1-3 and light chain CDR1-3 of said second anti-MET antibody comprise the amino acid sequences of SEQ ID NOs: 27, 28, 29, 30, 31, and 32, respectively.
A method to share a content stored on a secured server, the content being associated to a user account and a first electronic device of the user, the content being encrypted using a public key of said first electronic device, the secured server storing a first re-encryption key from the first electronic device to a second electronic device of the user (R 1->2) in accordance with Proxy-Re-Encryption technology, the method being implemented by the secured server and comprising the steps of: a) determining association of the content with the second electronic device, b) re-encrypting the content using the first re-encryption key, c) sending the re-encrypted content to the second electronic device with a request asking the second electronic device to encrypt the content using a second electronic device public key, d) receiving from the second electronic device the content encrypted using the second public key, e) storing the received encrypted content in association with the second electronic device and the user account. a) determining association of the content with the second electronic device, b) re-encrypting the content using the first re-encryption key, c) sending the re-encrypted content to the second electronic device with a request asking the second electronic device to encrypt the content using a second electronic device public key, d) receiving from the second electronic device the content encrypted using the second public key, e) storing the received encrypted content in association with the second electronic device and the user account.
A computer-implemented method for detecting a flying object in an area of at least one operating wind turbine, based on at least two complex-valued echo maps (300, 302) of a passive radar system with at least one input channel (210, 220) per echo map (300, 302), the method comprising: combining the at least two complex-valued echo maps (300, 302) with a complex-valued coefficient set (C 1) to generate a modified echo map associated with the coefficient set (C 1), wherein signals for generating the at least two complex-valued echo maps (300, 302) originate from antennas of the channels of the complex-valued echo maps (300, 302), which are arranged at a distance from each other such that they view the same observation space and receive the signal echoes occurring in the observation space with different signal propagation time, wherein the coefficient set (C 1) is adapted to a geometric arrangement of the wind turbine and the radar system, wherein combining the at least two complex-valued echo maps (300, 302) comprises element-wise multiplying at least one echo map (300, 302) with the complex-valued coefficient set, and wherein the modified echo map is embodied as a beam echo map, creating a spurious echo map for the modified echo map, wherein creating the spurious echo maps comprises using a low-pass filter; combining the modified echo map and its corresponding spurious echo map to obtain a compensated echo map in which quasi-stationary signal components of the modified echo map are reduced; and identifying possible flying objects in the compensated echo map. combining the at least two complex-valued echo maps (300, 302) with a complex-valued coefficient set (C 1) to generate a modified echo map associated with the coefficient set (C 1), wherein signals for generating the at least two complex-valued echo maps (300, 302) originate from antennas of the channels of the complex-valued echo maps (300, 302), which are arranged at a distance from each other such that they view the same observation space and receive the signal echoes occurring in the observation space with different signal propagation time, wherein the coefficient set (C 1) is adapted to a geometric arrangement of the wind turbine and the radar system, wherein combining the at least two complex-valued echo maps (300, 302) comprises element-wise multiplying at least one echo map (300, 302) with the complex-valued coefficient set, and wherein the modified echo map is embodied as a beam echo map, creating a spurious echo map for the modified echo map, wherein creating the spurious echo maps comprises using a low-pass filter; combining the modified echo map and its corresponding spurious echo map to obtain a compensated echo map in which quasi-stationary signal components of the modified echo map are reduced; and identifying possible flying objects in the compensated echo map.