mhurhangee/patent-ind-claim-en huggingface dataset:
A terminal, comprising: a random key creation and maintenance module, configured to create a random key on a network server; an encryption module, configured to encrypt to-be-transmitted information according to a common key negotiated with a receiving terminal and the random key to obtain an encrypted cipher text; and a transmission module, configured to transmit the encrypted cipher text to the receiving terminal, wherein the random key comprises a random key ID and a key corresponding to the random key ID; wherein, the encryption module is configured to encrypt the to-be-transmitted information according to the common key and the random key to obtain the encrypted cipher text by the following mode: generating a signature by adopting a signature algorithm for the common key; encrypting the random key ID by using the common key as a key, to generate a random key cipher text; encrypting the to-be-transmitted information by using a combination of the common key and a key corresponding to the random key ID as a key to obtain encrypted transmission information; and combining the signature, the random key cipher text and the encrypted transmission information to generate the encrypted cipher text.. a random key creation and maintenance module, configured to create a random key on a network server; an encryption module, configured to encrypt to-be-transmitted information according to a common key negotiated with a receiving terminal and the random key to obtain an encrypted cipher text; and a transmission module, configured to transmit the encrypted cipher text to the receiving terminal, wherein the random key comprises a random key ID and a key corresponding to the random key ID; wherein, the encryption module is configured to encrypt the to-be-transmitted information according to the common key and the random key to obtain the encrypted cipher text by the following mode: generating a signature by adopting a signature algorithm for the common key; encrypting the random key ID by using the common key as a key, to generate a random key cipher text; encrypting the to-be-transmitted information by using a combination of the common key and a key corresponding to the random key ID as a key to obtain encrypted transmission information; and combining the signature, the random key cipher text and the encrypted transmission information to generate the encrypted cipher text.. generating a signature by adopting a signature algorithm for the common key; encrypting the random key ID by using the common key as a key, to generate a random key cipher text; encrypting the to-be-transmitted information by using a combination of the common key and a key corresponding to the random key ID as a key to obtain encrypted transmission information; and combining the signature, the random key cipher text and the encrypted transmission information to generate the encrypted cipher text..
A helmet , comprising: a protective shell comprising an outer surface and an inner surface opposite the outer surface ; a layer of energy management material coupled to the inner surface of the protective shell ; and an earpad coupled to the inner surface of the protective shell that defines a space for an ear of a user , comprising an airflow channel that extends from an air intake opening formed in a leading edge of the earpad through the earpad to an air exhaust opening formed in a trailing edge of the earpad ), characterized in that the leading edge of the earpad is at the front of the helmet and extends between the outer surface of the protective shell and the inner surface of the earpad . a protective shell comprising an outer surface and an inner surface opposite the outer surface ; a layer of energy management material coupled to the inner surface of the protective shell ; and an earpad coupled to the inner surface of the protective shell that defines a space for an ear of a user , comprising an airflow channel that extends from an air intake opening formed in a leading edge of the earpad through the earpad to an air exhaust opening formed in a trailing edge of the earpad ), characterized in that the leading edge of the earpad is at the front of the helmet and extends between the outer surface of the protective shell and the inner surface of the earpad .
A display apparatus comprising: a substrate ; a 1-1 light-emitting device, PX1-1, and a 1-2 light-emitting device, PX1-2, over the substrate and each comprising a first emission layer and a first charge generation layer ; a second light-emitting device, PX2, adjacent to the 1-1 light-emitting device, PX1-1, and comprising a second emission layer comprising a material that emits light of a color different from that of the first emission layer and a second charge generation layer spaced apart from the first charge generation layer ; and a pixel-defining layer comprising an opening, OP, exposing a center portion of a pixel electrode of each of the 1-1 light-emitting device, PX1-1, the 1-2 light-emitting device, PX1-2, and the second light-emitting device, PX2, wherein an upper surface of the pixel-defining layer between the 1-1 light-emitting device, PX1-1, and the 1-2 light-emitting device, PX1-2, comprises a first groove, H1, concave toward the substrate , wherein the first charge generation layer is cut off at the first groove, H1; and wherein the first groove, H1, has an inverted tapered shape in a cross-sectional view. a substrate ; a 1-1 light-emitting device, PX1-1, and a 1-2 light-emitting device, PX1-2, over the substrate and each comprising a first emission layer and a first charge generation layer ; a second light-emitting device, PX2, adjacent to the 1-1 light-emitting device, PX1-1, and comprising a second emission layer comprising a material that emits light of a color different from that of the first emission layer and a second charge generation layer spaced apart from the first charge generation layer ; and a pixel-defining layer comprising an opening, OP, exposing a center portion of a pixel electrode of each of the 1-1 light-emitting device, PX1-1, the 1-2 light-emitting device, PX1-2, and the second light-emitting device, PX2, wherein an upper surface of the pixel-defining layer between the 1-1 light-emitting device, PX1-1, and the 1-2 light-emitting device, PX1-2, comprises a first groove, H1, concave toward the substrate , wherein the first charge generation layer is cut off at the first groove, H1; and wherein the first groove, H1, has an inverted tapered shape in a cross-sectional view.
A robot cleaner comprising: a traveling unit configured to move a main body; a cleaning unit configured to execute cleaning; at least one a camera configured to capture an image including foreign substances or sense the foreign substances; a communication unit configured to exchange data with a mobile terminal or a server ; a controller configured to execute cleaning of an area around the foreign substances based on cleaning execution information regarding the foreign substances or to execute no cleaning of the area around the foreign substances based on cleaning avoidance information regarding the foreign substances; and a memory connected to the controller , and configured to store an image or data, wherein the memory is configured to store an image or pattern of foreign material which should stop cleaning operation, characterized in that the controller is configured to compare an image captured by the camera with the image stored in the memory , wherein the controller is further configured to: decide whether to stop or whether to continue the cleaning operation based on the comparison of the image captured by the camera with the image stored in the memory , or control a transmission of the captured image to the mobile terminal or to the server if a difference between the captured image and the stored image is a designated value or more. a traveling unit configured to move a main body; a cleaning unit configured to execute cleaning; at least one a camera configured to capture an image including foreign substances or sense the foreign substances; a communication unit configured to exchange data with a mobile terminal or a server ; a controller configured to execute cleaning of an area around the foreign substances based on cleaning execution information regarding the foreign substances or to execute no cleaning of the area around the foreign substances based on cleaning avoidance information regarding the foreign substances; and a memory connected to the controller , and configured to store an image or data, wherein the memory is configured to store an image or pattern of foreign material which should stop cleaning operation, characterized in that the controller is configured to compare an image captured by the camera with the image stored in the memory , wherein the controller is further configured to: decide whether to stop or whether to continue the cleaning operation based on the comparison of the image captured by the camera with the image stored in the memory , or control a transmission of the captured image to the mobile terminal or to the server if a difference between the captured image and the stored image is a designated value or more. decide whether to stop or whether to continue the cleaning operation based on the comparison of the image captured by the camera with the image stored in the memory , or control a transmission of the captured image to the mobile terminal or to the server if a difference between the captured image and the stored image is a designated value or more.
A process for preparing a sulfone of the formula wherein X 1 and X 2 are independently H, halogen, C 1 -C 6 alkyl, C 6 -C 10 aryl, -C 1 -C 6 alkyl-(C 6 -C 10 aryl), -OC 1 -C 6 alkyl or -OC 6 -C 10 aryl, wherein each hydrogen atom in C 1 -C 6 alkyl, C 6 -C 10 aryl, -C 1 -C 6 alkyl-(C 6 -C 10 aryl), -OC 1 -C 6 alkyl or -OC 6 -C 10 aryl is independently optionally substituted with a halogen, C 1 -C 6 alkyl, C 6 -C 10 aryl, -C 1 -C 6 alkyl-(C 6 -C 10 aryl), -OC 1 -C 6 alkyl or -OC 6 -C 10 aryl; the process comprising a. a coupling step comprising contacting a sulfonic acid of the formula with an aryl compound of the formula in the presence of a catalyst, wherein resulting water is removed during the coupling step; and wherein the catalyst is selected from the group consisting of aluminum oxide, antimony oxide, zirconium oxide, bismuth oxide, boric acid, ferric oxide, stannic oxide, titanium oxide, titanium sulfate, zinc oxide, iodine, lithium iodide, silica and dimethylsulfate. a. a coupling step comprising contacting a sulfonic acid of the formula with an aryl compound of the formula in the presence of a catalyst, wherein resulting water is removed during the coupling step; and wherein the catalyst is selected from the group consisting of aluminum oxide, antimony oxide, zirconium oxide, bismuth oxide, boric acid, ferric oxide, stannic oxide, titanium oxide, titanium sulfate, zinc oxide, iodine, lithium iodide, silica and dimethylsulfate.
A method for resource selection in a sidelink communication, wherein the method comprises: when there is a service to be transmitted at time n, selecting a retransmission resource for the service from a resource selection window, the retransmission resource being located after an initial transmission resource for the service; wherein the resource selection window is a window from time n+T 11 to time n+T 12 , a first time period from the time n to the time n+T 11 is greater than or equal to a processing delay of a terminal, and a second time period from the time n to the time n+T 12 is less than or equal to a required delay range of the service, characterized in that the selecting the retransmission resource for the service from the resource selection window comprises: when a hybrid automatic repeat request, HARQ, feedback is in an active state, and a terminal for receiving the service is allowed to perform an HARQ feedback on one PSFCH resource for one transmission of a current TB by the terminal, determining the retransmission resource for the service from the resource selection window; wherein the PSFCH resource is present between the retransmission resource and a resource selected for a last transmission of the current TB. when there is a service to be transmitted at time n, selecting a retransmission resource for the service from a resource selection window, the retransmission resource being located after an initial transmission resource for the service; wherein the resource selection window is a window from time n+T 11 to time n+T 12 , a first time period from the time n to the time n+T 11 is greater than or equal to a processing delay of a terminal, and a second time period from the time n to the time n+T 12 is less than or equal to a required delay range of the service, characterized in that the selecting the retransmission resource for the service from the resource selection window comprises: when a hybrid automatic repeat request, HARQ, feedback is in an active state, and a terminal for receiving the service is allowed to perform an HARQ feedback on one PSFCH resource for one transmission of a current TB by the terminal, determining the retransmission resource for the service from the resource selection window; wherein the PSFCH resource is present between the retransmission resource and a resource selected for a last transmission of the current TB. when a hybrid automatic repeat request, HARQ, feedback is in an active state, and a terminal for receiving the service is allowed to perform an HARQ feedback on one PSFCH resource for one transmission of a current TB by the terminal, determining the retransmission resource for the service from the resource selection window; wherein the PSFCH resource is present between the retransmission resource and a resource selected for a last transmission of the current TB.
An aircraft system, the system comprising: an engine bleed source of a gas turbine engine ; a means for chilling an engine bleed air flow from the engine bleed source to produce liquid air, wherein the means for chilling the engine bleed air flow is a cryogenic cooling system comprising a heat exchanger system operable to pre-cool the engine bleed air flow, a compressor operable to further compress the engine bleed air flow as compressed air , and at least one turbine operable to expand and cool the compressed air as a cooled flow; and a means for providing the liquid air for an aircraft use; wherein the cryogenic cooling system further comprises a vacuum system and a condensate pump system operable to condense the liquid air from the cooled flow and urge the liquid air through a feeder line . an engine bleed source of a gas turbine engine ; a means for chilling an engine bleed air flow from the engine bleed source to produce liquid air, wherein the means for chilling the engine bleed air flow is a cryogenic cooling system comprising a heat exchanger system operable to pre-cool the engine bleed air flow, a compressor operable to further compress the engine bleed air flow as compressed air , and at least one turbine operable to expand and cool the compressed air as a cooled flow; and a means for providing the liquid air for an aircraft use; wherein the cryogenic cooling system further comprises a vacuum system and a condensate pump system operable to condense the liquid air from the cooled flow and urge the liquid air through a feeder line .
A method for controlling transmit power of a wireless transmit receive unit, WTRU, comprising: receiving signaling indicating an uplink, UL, resource assignment, a power control, PC, correction command and an assigned modulation coding set, MCS; determining a transmit power based on a combination of a power component corresponding to a bandwidth of the UL resource assignment, an open loop PC component, a closed loop PC component and a power offset, wherein the open loop PC component comprises a cell specific open loop PC nominal component and a pathloss compensation component based on a filtered pathloss estimate and a pathloss compensation factor, wherein the closed loop PC component comprises a correction factor, wherein the correction factor is based on the PC correction command, and wherein the power offset is related to the assigned MCS; and applying the transmit power. receiving signaling indicating an uplink, UL, resource assignment, a power control, PC, correction command and an assigned modulation coding set, MCS; determining a transmit power based on a combination of a power component corresponding to a bandwidth of the UL resource assignment, an open loop PC component, a closed loop PC component and a power offset, wherein the open loop PC component comprises a cell specific open loop PC nominal component and a pathloss compensation component based on a filtered pathloss estimate and a pathloss compensation factor, wherein the closed loop PC component comprises a correction factor, wherein the correction factor is based on the PC correction command, and wherein the power offset is related to the assigned MCS; and applying the transmit power.
A container assembly for holding a substance therewithin comprising: a container member having a first cavity formed therewithin for holding a substance, said container member having side walls and a bottom edge portion , said container member having a second cavity formed adjacent the bottom edge portion thereof and extending upwardly from said bottom edge portion , said second cavity having a top wall portion ; a lid member engageable with said container member for closing access to said first cavity , said lid member having side walls , an upper surface, and a raised projection associated with said upper surface, said raised projection being receivable within the second cavity of said container member ; and at least one projection associated with the top wall portion of said second cavity , said at least one projection abutting the raised projection of said lid member when said raised projection is inserted into and received by the second cavity of said container member , characterized in that the at least one projection associated with the top wall portion of the second cavity of said container member is formed from a material that is UV curable. a container member having a first cavity formed therewithin for holding a substance, said container member having side walls and a bottom edge portion , said container member having a second cavity formed adjacent the bottom edge portion thereof and extending upwardly from said bottom edge portion , said second cavity having a top wall portion ; a lid member engageable with said container member for closing access to said first cavity , said lid member having side walls , an upper surface, and a raised projection associated with said upper surface, said raised projection being receivable within the second cavity of said container member ; and at least one projection associated with the top wall portion of said second cavity , said at least one projection abutting the raised projection of said lid member when said raised projection is inserted into and received by the second cavity of said container member , characterized in that the at least one projection associated with the top wall portion of the second cavity of said container member is formed from a material that is UV curable.
Aerodynamic diffuser for an underbody of a motor vehicle, comprising a series of strakes extending substantially in the longitudinal direction (X) of the vehicle, at least a portion of the strakes being flexible, characterized in that it comprises a first series (S1) of flexible strakes situated in an intermediate zone (Zi) of the underbody of the vehicle, and a second series (S2) of rigid strakes situated in a rear zone (Za) situated behind the intermediate zone (Zi), and opening onto a rear edge of the underbody of the vehicle .
Cell module for a modular converter, the cell module comprising: - an enclosure having a wall section of electrically conductive material and an opening in the wall section ; - at least one interior cooling conduit for distributing a dielectric cooling fluid to and/or from an electronic component arranged within the enclosure ; - at least one exterior cooling conduit of dielectric material for delivering the dielectric cooling fluid to or from a region outside of the enclosure ; and - at least one connection member of electrically conductive material connecting the at least one interior cooling conduit to a respective exterior cooling conduit to establish a fluid connection between the electronic component and the region outside of the enclosure through the opening ; wherein the at least one connection member and the wall section are at the same electrical potential; and wherein the at least one connection member is provided inside of and close to the wall section of the enclosure . - an enclosure having a wall section of electrically conductive material and an opening in the wall section ; - at least one interior cooling conduit for distributing a dielectric cooling fluid to and/or from an electronic component arranged within the enclosure ; - at least one exterior cooling conduit of dielectric material for delivering the dielectric cooling fluid to or from a region outside of the enclosure ; and - at least one connection member of electrically conductive material connecting the at least one interior cooling conduit to a respective exterior cooling conduit to establish a fluid connection between the electronic component and the region outside of the enclosure through the opening ; wherein the at least one connection member and the wall section are at the same electrical potential; and wherein the at least one connection member is provided inside of and close to the wall section of the enclosure .