mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a secure element device , SE device, disposed in a terminal, the method comprises: receiving , by an applet in the SE device , a service request from a client application, CA, wherein the CA is an application that is installed on the terminal and that runs in a rich execution environment , REE; determining , by the applet, a to-be-used trusted user interface identifier, TUI identifier to identify a TUI template, based on the service request; sending , by the applet, a TUI call request including the determined TUI identifier to a TUI agent in the SE device ,sending , by the TUI agent, a TUI call instruction carrying the TUI identifier to a trusted execution environment , TEE, wherein the TUI call instruction is used to indicate the TEE to obtain a stored TUI template corresponding to the TUI identifier from a plurality of stored TUI templates, drawing an image based on the TUI template, and calling a TUI to display the image; receiving , by the TUI agent, response information from the TEE , wherein the response information is information entered by a user by using the TUI displaying the image or information generated by the TEE based on interaction between the user and the TUI displaying the image; and sending , by the TUI agent, the response information to the applet; executing , by the applet, a corresponding service procedure based on the response information. receiving , by an applet in the SE device , a service request from a client application, CA, wherein the CA is an application that is installed on the terminal and that runs in a rich execution environment , REE; determining , by the applet, a to-be-used trusted user interface identifier, TUI identifier to identify a TUI template, based on the service request; receiving , by the TUI agent, response information from the TEE , wherein the response information is information entered by a user by using the TUI displaying the image or information generated by the TEE based on interaction between the user and the TUI displaying the image; and sending , by the TUI agent, the response information to the applet; executing , by the applet, a corresponding service procedure based on the response information.
A control interface system for controlling a vehicle through an electronic control unit (ECU), the system comprising a first steering column lever (2.1) comprising: a gear mode scroll wheel for controlling a gear box of the vehicle to switch between a plurality of gear modes comprising a forward drive gear mode, a neutral gear mode, and a reverse gear mode, wherein the gear mode scroll wheel is arranged for rotating from a single spring-back position thereof in: - a first scrolling direction (S1) for changing from either the neutral gear mode into the forward drive gear mode, and the reverse gear mode into the neutral gear mode or forward drive gear mode, such as via the neutral gear mode; and - a second scrolling direction (S2), opposite the first scrolling direction for changing from either the neutral gear mode into the reverse gear mode, and the forward drive gear mode into the neutral gear mode or reverse gear mode, such as via the neutral gear mode, wherein the single spring-back position is the only rest position of the gear mode scroll wheel , so that the gear box can be controlled to switch between said plurality of gear modes with the single spring-back position as a starting position for rotating the gear mode scroll wheel, characterized in that the gear mode scroll wheel is arranged on a user facing face (F1) of the first steering column lever (2.1). wherein the gear mode scroll wheel is arranged for rotating from a single spring-back position thereof in: - a first scrolling direction (S1) for changing from either the neutral gear mode into the forward drive gear mode, and the reverse gear mode into the neutral gear mode or forward drive gear mode, such as via the neutral gear mode; and - a second scrolling direction (S2), opposite the first scrolling direction for changing from either the neutral gear mode into the reverse gear mode, and the forward drive gear mode into the neutral gear mode or reverse gear mode, such as via the neutral gear mode, - a first scrolling direction (S1) for changing from either the neutral gear mode into the forward drive gear mode, and the reverse gear mode into the neutral gear mode or forward drive gear mode, such as via the neutral gear mode; and - a second scrolling direction (S2), opposite the first scrolling direction for changing from either the neutral gear mode into the reverse gear mode, and the forward drive gear mode into the neutral gear mode or reverse gear mode, such as via the neutral gear mode, wherein the single spring-back position is the only rest position of the gear mode scroll wheel , so that the gear box can be controlled to switch between said plurality of gear modes with the single spring-back position as a starting position for rotating the gear mode scroll wheel, characterized in that the gear mode scroll wheel is arranged on a user facing face (F1) of the first steering column lever (2.1).
A device to supply an internal combustion engine with water comprising one single tank of an exhaust system provided with exhaust gas after-treatment having an exhaust duct and a first electromagnetic injector designed to inject a water solution of urea under pressure into the exhaust duct ; the tank comprises a supplying device to supply a water solution of urea provided with a first pumping device , which is drowned inside the tank and draws from the tank in order to supply the water solution of urea under pressure to the first electromagnetic injector ; the tank is divided so as to have, on the inside, a first powder urea storage area (A) and a second water collecting area (B), and wherein the powder urea and the water are mixed in a third area (C) of the tank so as to obtain the water solution of urea with a variable concentration, the device is characterized in that the device comprises at least one second electromagnetic injector , which is designed to inject water into the internal combustion engine , and a second pumping device , which is drowned inside the tank and draws from the second water collecting area (B) in order to supply water under pressure to said at least one second electromagnetic injector .
A compound of formula (Ia): or a pharmaceutically acceptable salt thereof, wherein: R 3 is C 3 -C 6 alkyl; R 4 is -N(CH 3 )-SO 2 -CH 3 ; and R 5 is hydrogen. R 3 is C 3 -C 6 alkyl; R 4 is -N(CH 3 )-SO 2 -CH 3 ; and R 5 is hydrogen.
An apparatus for applying a withdrawal string to a tampon, the apparatus comprising: a) a sliver guide ; b) a gripper capable of reciprocating motion and arranged and configured to cooperate with the sliver guide to grasp an end of a sliver maintained therein; c) a winding mandrel ; d) a string application and knotter apparatus comprising a circular ring bearing having a string conveyor mounted thereon; wherein the circular ring bearing of the string application and knotter apparatus defines a plane perpendicular to the sliver guide and motion of the gripper and parallel to the winding axis of the winding mandrel ; and wherein the ring bearing is substantially rigid. a) a sliver guide ; b) a gripper capable of reciprocating motion and arranged and configured to cooperate with the sliver guide to grasp an end of a sliver maintained therein; c) a winding mandrel ; d) a string application and knotter apparatus comprising a circular ring bearing having a string conveyor mounted thereon; wherein the circular ring bearing of the string application and knotter apparatus defines a plane perpendicular to the sliver guide and motion of the gripper and parallel to the winding axis of the winding mandrel ; and wherein the ring bearing is substantially rigid. wherein the circular ring bearing of the string application and knotter apparatus defines a plane perpendicular to the sliver guide and motion of the gripper and parallel to the winding axis of the winding mandrel ; and wherein the ring bearing is substantially rigid.
A handling device for fuel hoses, comprising at least - a base structure , - a first guide element , which is mounted on the base structure so as to be movable in at least one degree of freedom, - a first holding element , which is mounted on a preceding, additional guide element so as to be movable in at least one degree of freedom, and - a fastening element , which is assigned to the first holding element and serves for receiving the fuel hose, wherein the device comprises at least one additional holding element with at least one fastening element , which is assigned to the additional holding element and serves for receiving an additional fuel hose, and wherein the holding elements are mounted on the preceding guide element independently of one another so as to be respectively movable in at least one degree of freedom. - a base structure , - a first guide element , which is mounted on the base structure so as to be movable in at least one degree of freedom, - a first holding element , which is mounted on a preceding, additional guide element so as to be movable in at least one degree of freedom, and - a fastening element , which is assigned to the first holding element and serves for receiving the fuel hose,
A method comprising: infiltrating a porous preform with a slurry to form an infiltrated-preform, wherein the slurry comprises a plurality of solid particles, and wherein the plurality of solid particles comprise a plurality of fine ceramic particles defining an average fine particle diameter, a plurality of coarse ceramic particles defining an average coarse particle diameter, and a plurality of diamond particles, wherein the average fine particle diameter is less than the average coarse particle diameter, wherein the plurality of solid particles comprise between about 1 percent by volume (vol.%) and about 10 vol.% of the plurality of diamond particles, between about 40 percent by volume (vol.%) and about 59 vol.% of the plurality of fine ceramic particles, and between about 40 percent by volume (vol.%) and about 50 vol.% of the plurality of coarse ceramic particles; and infiltrating the infiltrated-preform with a molten metal infiltrant to form a ceramic matrix composite (CMC) article. infiltrating a porous preform with a slurry to form an infiltrated-preform, wherein the slurry comprises a plurality of solid particles, and wherein the plurality of solid particles comprise a plurality of fine ceramic particles defining an average fine particle diameter, a plurality of coarse ceramic particles defining an average coarse particle diameter, and a plurality of diamond particles, wherein the average fine particle diameter is less than the average coarse particle diameter, wherein the plurality of solid particles comprise between about 1 percent by volume (vol.%) and about 10 vol.% of the plurality of diamond particles, between about 40 percent by volume (vol.%) and about 59 vol.% of the plurality of fine ceramic particles, and between about 40 percent by volume (vol.%) and about 50 vol.% of the plurality of coarse ceramic particles; and infiltrating the infiltrated-preform with a molten metal infiltrant to form a ceramic matrix composite (CMC) article.
A method of generating a quantized block, comprising: deriving (S140) an intra prediction mode of a current prediction unit using a Most Probable Mode, MPM, group including three intra prediction modes which are determined according to left and above intra prediction modes of the current prediction unit; selecting an inverse scan pattern of a current transform unit based on the intra prediction mode and a size of the transform unit; and generating (S190) the quantized block by inversely scanning significant flags, coefficient signs and coefficient levels according to the selected inverse scan pattern, wherein the inverse scan pattern is one of a diagonal scan, a vertical scan and a horizontal scan, wherein when the left intra prediction mode and the above intra prediction mode are available and are same to each other and the left intra prediction mode is one of two non-directional intra prediction modes, the MPM group includes the two non-directional intra prediction modes and a vertical mode, and wherein when only one of the left intra prediction mode and the above intra prediction mode is available and is one of the two non-directional intra prediction modes, the MPM group includes the two non-directional intra prediction modes and a vertical mode. deriving (S140) an intra prediction mode of a current prediction unit using a Most Probable Mode, MPM, group including three intra prediction modes which are determined according to left and above intra prediction modes of the current prediction unit; selecting an inverse scan pattern of a current transform unit based on the intra prediction mode and a size of the transform unit; and generating (S190) the quantized block by inversely scanning significant flags, coefficient signs and coefficient levels according to the selected inverse scan pattern, wherein the inverse scan pattern is one of a diagonal scan, a vertical scan and a horizontal scan, wherein when the left intra prediction mode and the above intra prediction mode are available and are same to each other and the left intra prediction mode is one of two non-directional intra prediction modes, the MPM group includes the two non-directional intra prediction modes and a vertical mode, and wherein when only one of the left intra prediction mode and the above intra prediction mode is available and is one of the two non-directional intra prediction modes, the MPM group includes the two non-directional intra prediction modes and a vertical mode.
An in-vehicle electronic device to operate in a motor vehicle in an unattended power state, the in-vehicle electronic device comprising: a wireless interface to communicate securely with a remote network resource ; and a memory to store one or more values to specify a predefined trigger event for coupling the motor vehicle in the unattended power state to the remote network resource; a processor configured to: identify a resource to be monitored; recognize an occurrence of the predefined trigger event by checking first data obtained responsive to monitoring the identified resource against the one or more values; in response to a recognition of the occurrence of a predefined trigger event, identify second data suitable for coupling the in-vehicle electronic device to the remote network resource; establish a communication channel to the remote network resource via the wireless interface using the second data; and download third data over the communication channel to the motor vehicle in the unattended power state or upload the third data over the communication channel from the motor vehicle in the unattended power state. a wireless interface to communicate securely with a remote network resource ; and a memory to store one or more values to specify a predefined trigger event for coupling the motor vehicle in the unattended power state to the remote network resource; a processor configured to: identify a resource to be monitored; recognize an occurrence of the predefined trigger event by checking first data obtained responsive to monitoring the identified resource against the one or more values; in response to a recognition of the occurrence of a predefined trigger event, identify second data suitable for coupling the in-vehicle electronic device to the remote network resource; establish a communication channel to the remote network resource via the wireless interface using the second data; and download third data over the communication channel to the motor vehicle in the unattended power state or upload the third data over the communication channel from the motor vehicle in the unattended power state. identify a resource to be monitored; recognize an occurrence of the predefined trigger event by checking first data obtained responsive to monitoring the identified resource against the one or more values; in response to a recognition of the occurrence of a predefined trigger event, identify second data suitable for coupling the in-vehicle electronic device to the remote network resource; establish a communication channel to the remote network resource via the wireless interface using the second data; and download third data over the communication channel to the motor vehicle in the unattended power state or upload the third data over the communication channel from the motor vehicle in the unattended power state.
First distributed database system for storing and/or providing transactions, having: - a first memory module for storing transactions in the distributed database system; - a second memory module for storing a task data record, wherein - the task data record comprises a specific task, - the task data record is assigned to the distributed database system; - a third memory module for storing a validity data record, wherein - the validity data record comprises a validity, - the validity data record is assigned to the distributed database system. - a first memory module for storing transactions in the distributed database system; - a second memory module for storing a task data record, wherein - the task data record comprises a specific task, - the task data record is assigned to the distributed database system; - a third memory module for storing a validity data record, wherein - the validity data record comprises a validity, - the validity data record is assigned to the distributed database system.
Method for operating a magnetic resonance facility during recording of magnetic resonance data by using a magnetic resonance sequence, which comprises at least one saturation module for a spin type to be saturated, in which a high-frequency saturation pulse is emitted between a first and a second spoiler gradient pulse , and multiple further gradient pulses apart from the spoiler gradient pulses , wherein - eddy current data is determined, which describes eddy currents which exist during emission of the saturation pulse and are a result of the further gradient pulses, - at least one pulse parameter of the first spoiler gradient pulse is selected depending on the eddy current data such that the eddy currents generated by way of the first spoiler gradient pulse compensate for at least part of the eddy currents described by the eddy current data at least during emission of the saturation pulse , and - the first spoiler gradient pulse is emitted with the at least one selected pulse parameter, characterised in that as a function of the pulse parameter selected for the first spoiler gradient pulse , at least one pulse parameter of the second spoiler gradient pulse of a preceding saturation module is also adjusted. - eddy current data is determined, which describes eddy currents which exist during emission of the saturation pulse and are a result of the further gradient pulses, - at least one pulse parameter of the first spoiler gradient pulse is selected depending on the eddy current data such that the eddy currents generated by way of the first spoiler gradient pulse compensate for at least part of the eddy currents described by the eddy current data at least during emission of the saturation pulse , and - the first spoiler gradient pulse is emitted with the at least one selected pulse parameter, characterised in that as a function of the pulse parameter selected for the first spoiler gradient pulse , at least one pulse parameter of the second spoiler gradient pulse of a preceding saturation module is also adjusted.
An extruder screw for plasticizing at least one plastic or a plastic mixture, with a melting zone , a wave zone having at least one conveying channel changing its channel depth in a wave-shaped manner in longitudinal direction, and a mixing zone arranged between the melting zone and the wave zone , in direct connection to the melting zone , wherein in the melting zone and in the wave zone a conveying flight is formed, extending helically along a longitudinal axis of the screw, wherein a conveying flight of the melting zone ends at an end of the melting zone facing the mixing zone , and a conveying flight of the wave zone begins at an end facing the mixing zone , and wherein a channel depth of the melting zone increases continuously along the longitudinal axis of the screw towards the mixing zone .
A method for recovering a profile of a Mobile Network Operator, MNO downloaded in a first secure element integrated in a first terminal at the level of a second secure element integrated in a second terminal , said method comprising: a- Transmitting from said first terminal to a Subscription Manager - Data Preparation, SM-DP+ a first secured message containing a personal code known by a user of said first terminal along with a unique identifier of said profile; b- After having checked that said first secure element is not operational anymore, sending from said MNO to said SM-DP+ a recover code known by said user and said unique identifier of said profile; c- Sending from said second terminal to said SM-DP+ a second secured message containing said recover code, said personal code and a unique identifier of said second secure element; d- Comparing at said SM-DP+ said first and second messages and if they correspond, installing in said second secure element said profile and upon installation success, notifying said MNO that said profile has been installed in said second secure element. a- Transmitting from said first terminal to a Subscription Manager - Data Preparation, SM-DP+ a first secured message containing a personal code known by a user of said first terminal along with a unique identifier of said profile; b- After having checked that said first secure element is not operational anymore, sending from said MNO to said SM-DP+ a recover code known by said user and said unique identifier of said profile; c- Sending from said second terminal to said SM-DP+ a second secured message containing said recover code, said personal code and a unique identifier of said second secure element; d- Comparing at said SM-DP+ said first and second messages and if they correspond, installing in said second secure element said profile and upon installation success, notifying said MNO that said profile has been installed in said second secure element.
Method for operating a railway vehicle , in which a spatial area in the direction of travel in front of the railway vehicle is depicted by at least one image capturing device in at least one image (A) characterized in that , by evaluating the at least one image (A), the presence of a tunnel entrance (TE) or a tunnel exit before the railway vehicle enters the tunnel (T) or before the railway vehicle leaves the tunnel (T) is detected, wherein at least one control signal (SS) for at least one railway vehicle system is generated if the presence of a tunnel entrance (TE) is detected before the entry of the railway vehicle into a tunnel (T) or the presence of a tunnel exit is detected before the exit of the railway vehicle from the tunnel (T), wherein the railway vehicle system is a pantograph control system of the railway vehicle and a force of contact with which a pantograph is pressed against an overhead line is changed after a time dependent on the speed after a detection time if the presence of the tunnel entrance (TE) is detected, or wherein the railway vehicle system is an air conditioning system or a ventilation system of the railway vehicle , which comprises at least one air duct, where an open state of the air duct is set after a time dependent on the speed after the detection time to a predetermined state if the presence of the tunnel entrance (TE) is detected.
A pharmaceutical formulation comprising Neublastin and citrate, wherein the Neublastin is at a concentration in a range of above 40 mg/mL to 175 mg/mL.