Abstract: A switch pole for a low voltage switching device comprising an insulating casing defining an internal space with a contact region and an arc extinguishing region of the switch pole; a fixed contact assembly and a movable contact assembly positioned in the contact region and including, respectively, one or more fixed contacts and one or more movable contacts, which can be mutually coupled or uncoupled; a baffle arrangement including one or more sheets of insulating material arranged on the movable contact assembly in such a way to move together the movable contact assembly and be interposed between the support body and the front wall of the insulating casing.

Abstract: A conversation for simulation by an artificial intelligence-based tutor is automatically generated. The conversation relates to content on which the artificial intelligence-based tutor is being trained. The automatically generating the conversation includes automatically generating inputs from a simulated student regarding the content, and automatically generating on behalf of the artificial intelligence-based tutor expected responses to the inputs generated from the simulated student. The conversation is provided as an output to be input to the artificial intelligence-based tutor for simulation by the artificial intelligence-based tutor.

Abstract: A conversation for simulation by an artificial intelligence-based tutor is automatically generated. The conversation relates to content on which the artificial intelligence-based tutor is being trained. The automatically generating the conversation includes automatically generating inputs from a simulated student regarding the content, and automatically generating on behalf of the artificial intelligence-based tutor expected responses to the inputs generated from the simulated student. The conversation is provided as an output to be input to the artificial intelligence-based tutor for simulation by the artificial intelligence-based tutor.

Abstract: In a storage device having a storage controller and multiple memory channels, each memory channel has a memory channel controller. The storage controller, in response to a host command to perform a respective read operation at a logical address specified by the host command, identifies the memory channel based on the specified logical address, and also identifies a portion of logical to physical address mapping information corresponding to the logical address. The storage controller sends to a controller of the identified memory channel a read command that includes information identifying the portion of logical to physical address mapping information corresponding to the logical address. Using that information, the memory channel controller translates the logical address into a physical address and reads data from the physical address.

Abstract: A circuit breaker and a method of developing the current limiting circuit breaker are described. The circuit breaker includes a carrier assembly to supply current to a circuit through a fixed contact in a first operative state. The carrier assembly includes a latch pin to move responsive to a force transferred to the latch pin as a result of a fault condition in the circuit, a cam assembly in contact with the latch pin to move responsive to movement of the latch pin, and a movable contact coupled to the cam assembly, the movable contact breaking the physical contact with the fixed contact to put the circuit breaker in a second operative state. The circuit breaker also includes a mechanism to move the carrier assembly responsive to a signal indicative of the fault condition to put the circuit breaker in a third operative state.

Abstract: A modular gas exhaust assembly for a circuit breaker having a plurality of arc chutes, each having an associated expulsion location. The modular gas exhaust assembly includes a plurality of modular exhaust casings. Also included is a plurality of gas channels, each channel defined by one of the plurality of modular exhaust casings, the plurality of modular exhaust casings each configured to be removably coupled to at least one of the arc chute expulsion locations of the plurality of arc chutes, wherein the number of the plurality of gas channels is equal to the number of a plurality of poles of the circuit breaker, each gas channel aligned with a respective pole and configured to separately exhaust arc gases from the respective pole of the circuit breaker.

Abstract: A circuit breaker and a method of forming a current limiting circuit breaker are described. The circuit breaker includes a carrier assembly to supply current to a circuit through a fixed contact in a first operative state, a movable contact in physical contact with the fixed contact of the circuit, and a contact arm coupled to the movable contact, the contact arm including a pivot point. The contact arm moves about the pivot point responsive to a force transferred as a result of a fault condition in the circuit and the movable contact breaks the physical contact with the fixed contact of the circuit to put the circuit breaker in a second operative state. The circuit breaker also includes a mechanism to move the carrier assembly to put the circuit breaker in a third operative state responsive to a signal indicative of the fault condition.

Abstract: A circuit breaker and a method of developing the current limiting circuit breaker are described. The circuit breaker includes a carrier assembly to supply current to a circuit through a fixed contact in a first operative state. The carrier assembly includes a latch pin to move responsive to a force transferred to the latch pin as a result of a fault condition in the circuit, a cam assembly in contact with the latch pin to move responsive to movement of the latch pin, and a movable contact coupled to the cam assembly, the movable contact breaking the physical contact with the fixed contact to put the circuit breaker in a second operative state. The circuit breaker also includes a mechanism to move the carrier assembly responsive to a signal indicative of the fault condition to put the circuit breaker in a third operative state.