mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by one or more computing devices, the method comprising: obtaining, by the one or more computing devices, a set of interface patterns that correspond to different logical relationships that may exist between panels of user interfaces and describe different spatial relationships for arranging within user interfaces panels having the corresponding logical relationships; identifying, by the one or more computing devices, logical relationships between panels to be displayed within a user interface of the one or more computing devices; determining, by the one or more computing devices, that at least one of the logical relationships between the panels for the user interface matches a logical relationship corresponding to a particular interface pattern; in response to determining that at least one of the logical relationships between panels for the user interface matches the logical relationship corresponding to the particular interface pattern, selecting, by the one or more computing devices, the particular interface pattern from among the set of interface patterns to specify the arrangement of the panels of the user interface; and providing, by the one or more computing devices, the user interface having the panels arranged in the user interface according to the particular interface pattern that is selected. obtaining, by the one or more computing devices, a set of interface patterns that correspond to different logical relationships that may exist between panels of user interfaces and describe different spatial relationships for arranging within user interfaces panels having the corresponding logical relationships; identifying, by the one or more computing devices, logical relationships between panels to be displayed within a user interface of the one or more computing devices; determining, by the one or more computing devices, that at least one of the logical relationships between the panels for the user interface matches a logical relationship corresponding to a particular interface pattern; in response to determining that at least one of the logical relationships between panels for the user interface matches the logical relationship corresponding to the particular interface pattern, selecting, by the one or more computing devices, the particular interface pattern from among the set of interface patterns to specify the arrangement of the panels of the user interface; and providing, by the one or more computing devices, the user interface having the panels arranged in the user interface according to the particular interface pattern that is selected.
A method of receiving system information, by a user equipment , UE, in wireless communication, the method comprising: detecting a first Synchronization Signal Block, SSB, including a Synchronization Signal, SS, and a Physical Broadcasting Channel, PBCH, carrying Minimum System Information, characterized by determining absence of any Remaining Minimum System Information, RMSI, associated with the first SSB based on a bit field included in the Minimum System Information; and based on absence of any RMSI associated with the first SSB, determining that there is no SSB associated with any RMSI within a frequency range, based on a value of RMSI scheduling information included in the Minimum System Information, wherein the value of the RMSI scheduling information relates to the frequency range. detecting a first Synchronization Signal Block, SSB, including a Synchronization Signal, SS, and a Physical Broadcasting Channel, PBCH, carrying Minimum System Information, characterized by determining absence of any Remaining Minimum System Information, RMSI, associated with the first SSB based on a bit field included in the Minimum System Information; and based on absence of any RMSI associated with the first SSB, determining that there is no SSB associated with any RMSI within a frequency range, based on a value of RMSI scheduling information included in the Minimum System Information, wherein the value of the RMSI scheduling information relates to the frequency range.
A variable guide vane device for a gas turbine engine comprising first and second vanes (26;32) arranged in axial flow series, the first and second vanes (26;32) being spaced apart so as to define a radially extending slot for fluid flow therebetween, wherein: the first vane comprises a pressure surface and a suction surface which taper to meet at the trailing edge of the first vane pressure and suction surfaces (29;31) to form a line at the trailing edge ; the first vane is a fixed vane that is not pivotable; and the second vane is pivotable relative to the first vane about a pivot axis , characterised in that the pivot axis is located within a body of the first vane . the first vane comprises a pressure surface and a suction surface which taper to meet at the trailing edge of the first vane pressure and suction surfaces (29;31) to form a line at the trailing edge ; the first vane is a fixed vane that is not pivotable; and the second vane is pivotable relative to the first vane about a pivot axis , characterised in that the pivot axis is located within a body of the first vane .
A hybrid tire cord comprising an aramid primarily twisted yarn having a first twist direction, a nylon or PET primarily twisted yarn having a second twist direction, and an adhesive coated onto the aramid primarily twisted yarn and the nylon or PET primarily twisted yarn, wherein the aramid primarily twisted yarn and the nylon or PET primarily twisted yarn are secondarily twisted with each other in a third twist direction, and wherein the nylon or PET primarily twisted yarn is primarily twisted with a nylon or PET filament yarn having a difference in fineness of 200 denier (222.22 dtex) or more higher than the fineness of the aramid filament yarn for forming the aramid primarily twisted yarn, wherein the aramid primarily twisted yarn is primarily twisted using an aramid filament yarn of 500 to 1500 denier (555.6 to 1666.7 dtex), and the nylon or PET primarily twisted yarn is primarily twisted using a nylon or PET filament yarn of 2000 to 3000 denier (2222.22 to 3333.33 dtex), and using a nylon or PET filament yarn that is 200 denier (222.22 dtex) or more higher than a fineness range of the aramid filament yarn. an aramid primarily twisted yarn having a first twist direction, a nylon or PET primarily twisted yarn having a second twist direction, and an adhesive coated onto the aramid primarily twisted yarn and the nylon or PET primarily twisted yarn, wherein the aramid primarily twisted yarn and the nylon or PET primarily twisted yarn are secondarily twisted with each other in a third twist direction, and wherein the nylon or PET primarily twisted yarn is primarily twisted with a nylon or PET filament yarn having a difference in fineness of 200 denier (222.22 dtex) or more higher than the fineness of the aramid filament yarn for forming the aramid primarily twisted yarn, wherein the aramid primarily twisted yarn is primarily twisted using an aramid filament yarn of 500 to 1500 denier (555.6 to 1666.7 dtex), and the nylon or PET primarily twisted yarn is primarily twisted using a nylon or PET filament yarn of 2000 to 3000 denier (2222.22 to 3333.33 dtex), and using a nylon or PET filament yarn that is 200 denier (222.22 dtex) or more higher than a fineness range of the aramid filament yarn.
An ink jet printer comprising: - a number of print heads each of which has a first port and a second port , - an ink supply unit comprising an ink supply channel and a first manifold connecting the ink supply unit to the first port of each print head , - a second manifold connected to the second port of each print head and connectable to a drain line , and - a drain line for draining the print heads via the second manifold , characterized by a valve system (24, 26; 28) arranged to disconnect the second manifold from the drain line and to connect it to the ink supply unit . - a number of print heads each of which has a first port and a second port , - an ink supply unit comprising an ink supply channel and a first manifold connecting the ink supply unit to the first port of each print head , - a second manifold connected to the second port of each print head and connectable to a drain line , and - a drain line for draining the print heads via the second manifold ,
A power supply switching circuit comprising: a first switch pair for selectively connecting a first power supply node (V IN1 ) to an output node (V OUT ); a second switch pair for selectively connecting a second power supply node (V IN2 ) to said output node; and a switch control circuit operable such that a first switch of each of said first switch pair and said second switch pair is controlled by a respective first control signal and a second switch of each of said first switch pair and said second switch pair is controlled by a respective second control signal, so as to connect no more than one of said first power supply node or said second power supply node to said output node at any one time; characterised in that the second control signal for the second switch of at least one of said first switch pair or said second switch pair is sourced via the output node. a first switch pair for selectively connecting a first power supply node (V IN1 ) to an output node (V OUT ); a second switch pair for selectively connecting a second power supply node (V IN2 ) to said output node; and a switch control circuit operable such that a first switch of each of said first switch pair and said second switch pair is controlled by a respective first control signal and a second switch of each of said first switch pair and said second switch pair is controlled by a respective second control signal, so as to connect no more than one of said first power supply node or said second power supply node to said output node at any one time; characterised in that the second control signal for the second switch of at least one of said first switch pair or said second switch pair is sourced via the output node.
Arrangement having a container for receiving rectangular single sheets, in particular banknotes, and having a single sheet handling device for inputting and for dispensing the single sheets into or out of the container, wherein the single sheet handling device comprises: a feeding apparatus (14a to 14d, 30, 200, 252, 270, 350) which comprises feeding elements for the sheet-by-sheet feeding of single sheets and for the depositing of said single sheets in a stack of single sheets in the container (12a to 12d), and a separating apparatus (14a to 14d, 30, 200, 252, 270, 350) which comprises separating elements for the sheet-by-sheet removal of single sheets of the stack from the container (12a to 12d), wherein the feeding elements and the separating elements are arranged separately from the container (12a to 12d), wherein at least one separating element has at least one separating wheel , wherein the feeding apparatus has, as feeding element, at least one at least single-vane impeller , wherein the feeding apparatus comprises at least one drive unit for driving the at least one impeller , characterized in that the drive unit rotates the impeller during the feeding of a further single sheet in such a manner that the vane presses against the end side of a stack of single sheets located in a single sheet receiving region of the container (12a to 12d) and presses at least a portion of said single sheets at least temporarily into the single sheet receiving region of the container (12a to 12d) and produces a free feeding region for the positioning of the further single sheet in front of the end side of the stack . a feeding apparatus (14a to 14d, 30, 200, 252, 270, 350) which comprises feeding elements for the sheet-by-sheet feeding of single sheets and for the depositing of said single sheets in a stack of single sheets in the container (12a to 12d), and a separating apparatus (14a to 14d, 30, 200, 252, 270, 350) which comprises separating elements for the sheet-by-sheet removal of single sheets of the stack from the container (12a to 12d), wherein the feeding elements and the separating elements are arranged separately from the container (12a to 12d), wherein at least one separating element has at least one separating wheel , wherein the feeding apparatus has, as feeding element, at least one at least single-vane impeller , wherein the feeding apparatus comprises at least one drive unit for driving the at least one impeller , characterized in that the drive unit rotates the impeller during the feeding of a further single sheet in such a manner that the vane presses against the end side of a stack of single sheets located in a single sheet receiving region of the container (12a to 12d) and presses at least a portion of said single sheets at least temporarily into the single sheet receiving region of the container (12a to 12d) and produces a free feeding region for the positioning of the further single sheet in front of the end side of the stack .
A multi-tenant cloud-based firewall method from a client , performed by a cloud node , the method comprising: receiving a packet from the client with the client connected to the cloud node via one of Generic Routing Encapsulation, GRE, and an Internet Protocol Security, IPSec, tunnel, wherein the client is located externally from the cloud node , wherein the cloud node operates a multi-tenant firewall in a cloud system which performs firewall functions for a plurality of customers each having one or more rules and at least two customers having different rules from one another; responsive to the packet being a first packet in a session, creating a firewall session on a slow path for the packet which identifies the client, location, and which customer the client is associated with, looks up the associated one or more rules for the customer and the location, and allocates resources for the firewall session in the cloud node ; responsive to the packet not being the first packet, checking if a firewall session exists for the packet, and if so, processing the packet on a fast path where a lookup is performed to find the firewall session; and processing the first packet and subsequent packets in the firewall session according to the associated one or more rules, wherein the firewall session is performed by the cloud node to allow or block the packet between the client and a destination on the Internet in the cloud system based on the associated one or more rules. receiving a packet from the client with the client connected to the cloud node via one of Generic Routing Encapsulation, GRE, and an Internet Protocol Security, IPSec, tunnel, wherein the client is located externally from the cloud node , wherein the cloud node operates a multi-tenant firewall in a cloud system which performs firewall functions for a plurality of customers each having one or more rules and at least two customers having different rules from one another; responsive to the packet being a first packet in a session, creating a firewall session on a slow path for the packet which identifies the client, location, and which customer the client is associated with, looks up the associated one or more rules for the customer and the location, and allocates resources for the firewall session in the cloud node ; responsive to the packet not being the first packet, checking if a firewall session exists for the packet, and if so, processing the packet on a fast path where a lookup is performed to find the firewall session; and processing the first packet and subsequent packets in the firewall session according to the associated one or more rules, wherein the firewall session is performed by the cloud node to allow or block the packet between the client and a destination on the Internet in the cloud system based on the associated one or more rules.
An adrenaline pharmaceutical solution comprising at least: - adrenaline or a pharmaceutically-acceptable salt thereof; - D-alpha-tocopheryl polyethylene glycol succinate (hereinafter, abbreviated as « vitamin E TPGS »); - a chelating agent; - a solvent. - adrenaline or a pharmaceutically-acceptable salt thereof; - D-alpha-tocopheryl polyethylene glycol succinate (hereinafter, abbreviated as « vitamin E TPGS »); - a chelating agent; - a solvent.
A sensor device for providing marine vessel data of a marine vessel, the sensor device comprising: a receiver for receiving at least position and time information relating to the marine vessel; at least one sensor for measuring marine vessel performance data, the at least one sensor configured to measure the marine vessel performance data by sensing the motions and vibrations of the marine vessel via a hull structure of the marine vessel when the sensor device is affixed to the hull structure; at least one processor configured to perform frequency analysis of the measured marine vessel performance data and to generate marine vessel data based on the received at least position and time information and the frequency analyzed marine vessel performance data; and a data interface enabling transmission of the generated marine vessel data to an external device; wherein the sensor device including the receiver , the at least one sensor and the data interface is configured to provide the marine vessel data without integration to the marine vessel's information systems when the sensor device is affixed to the hull structure of the marine vessel. a receiver for receiving at least position and time information relating to the marine vessel; at least one sensor for measuring marine vessel performance data, the at least one sensor configured to measure the marine vessel performance data by sensing the motions and vibrations of the marine vessel via a hull structure of the marine vessel when the sensor device is affixed to the hull structure; at least one processor configured to perform frequency analysis of the measured marine vessel performance data and to generate marine vessel data based on the received at least position and time information and the frequency analyzed marine vessel performance data; and a data interface enabling transmission of the generated marine vessel data to an external device; wherein the sensor device including the receiver , the at least one sensor and the data interface is configured to provide the marine vessel data without integration to the marine vessel's information systems when the sensor device is affixed to the hull structure of the marine vessel.
A frame for an explosion-proof housing which encloses a housing interior space for accommodating operating equipment that can form ignition sparks, wherein the frame comprises support elements , wherein at least one of the support elements - a receiving support element - delimits a support element interior space and wherein at least one of the receiving support elements delimits an opening through which the housing interior space is fluidically connected to the support element interior space , characterized in that the frame defines a venting opening through which the housing interior space is fluidically connected to the surrounding area of the housing in a flameproof manner, wherein the housing interior space is fluidically connected to the surrounding area of the housing in a flameproof manner via at least one support element interior space via the venting opening .
A power semiconductor module , comprising: a housing accommodating a power circuit with at least one power semiconductor chip , the housing providing at least two power terminals ; a printed circuit board mounted to the housing and electrically connected to the power circuit for distributing auxiliary signals; at least one auxiliary terminal mounted to the printed circuit board with a press-fit connection provided by a body of the auxiliary terminal ; characterized in at least one terminal support mounted to the printed circuit board , the terminal support having a support channel through which the auxiliary terminal is guided with its body ; wherein the terminal support has at least one pin , which is plugged into at least one hole in the printed circuit board . a housing accommodating a power circuit with at least one power semiconductor chip , the housing providing at least two power terminals ; a printed circuit board mounted to the housing and electrically connected to the power circuit for distributing auxiliary signals; at least one auxiliary terminal mounted to the printed circuit board with a press-fit connection provided by a body of the auxiliary terminal ; characterized in at least one terminal support mounted to the printed circuit board , the terminal support having a support channel through which the auxiliary terminal is guided with its body ; wherein the terminal support has at least one pin , which is plugged into at least one hole in the printed circuit board .
A valve arrangement for a pressurized fluid source, the valve arrangement comprising: a valve housing comprising an inlet , an outlet , and a main fluid channel extending along a longitudinal axis of the valve housing; a regulating valve poppet located in the main fluid channel , the regulating valve poppet configured to translate along the longitudinal axis of the valve housing; a linear stepper motor configured to control a position of the regulating valve poppet ; a pressure sensor located between the regulating valve poppet and the outlet to monitor the valve outlet pressure; and a controller, wherein the controller is configured to receive a pressure feedback signal from the pressure sensor , and to control the linear stepper motor based upon the pressure feedback signal to maintain a substantially constant output pressure of the pressurized fluid source . a valve housing comprising an inlet , an outlet , and a main fluid channel extending along a longitudinal axis of the valve housing; a regulating valve poppet located in the main fluid channel , the regulating valve poppet configured to translate along the longitudinal axis of the valve housing; a linear stepper motor configured to control a position of the regulating valve poppet ; a pressure sensor located between the regulating valve poppet and the outlet to monitor the valve outlet pressure; and a controller, wherein the controller is configured to receive a pressure feedback signal from the pressure sensor , and to control the linear stepper motor based upon the pressure feedback signal to maintain a substantially constant output pressure of the pressurized fluid source .