Maucher Jenkins

Bei einem sanitären Einsetzteil (1) wird somit erfindungsgemäß vorgeschlagen, zuströmseitig eines Befestigungsmittels (10), dass zu einer Befestigung des sanitären Einsetzteil 1 in einem Wasserauslauf (8) eingerichtet ist, eine seitlich wirkende, also quer zur Einsetzrichtung (12) orientierte, Dichtung mit einem Dichtmittel (13) zu erzeugen.

A method of compensating for sound ingress in a vehicle cabin, an apparatus for a vehicle comprising memory and a processor, the processor operable to carry out the method, and a vehicle comprising the processor, at least one speaker and at least one microphone. The method comprising receiving an input from at least one sensor, associating the input with one of a plurality of pre-determined scenarios, receiving an audio signal, and applying a set of pre-determined parameters to the audio signal, the set of pre-determined parameters corresponding to the associated pre-determined scenario. The set of pre-determined parameters comprise altering a sound offset of the audio signal in the vehicle, applying an equaliser to the audio signal, applying a spatial perception processing to the audio signal, or any combination of the above. The method further comprising playing back the audio signal with the applied set of pre-determined parameters.

This application relates to an aerosol-generating device, including: a suction nozzle module, including a first connection component; an atomization module, including a plurality of atomization cores and a plurality of storage cavities for storing an aerosol-generating substrate, where each of the storage cavities is correspondingly in communication with at least one of the atomization cores, to provide the aerosol-generating substrate for the atomization core for atomization to generate an aerosol; and a power supply module, configured to be capable of rotating relative to the atomization module, where a second connection component is connected to the first connection component, where an interference structure is disposed on the first connection component and/or the second connection component, a connection between the first connection component and the second connection component has an unlocked state and a locked state, and the first connection component and the second connection component keep connected in both the unlocked state and the locked state; and the first connection component and the second connection component are capable of keeping relative rotation in the unlocked state, and rotation between the first connection component and the second connection component is restricted in the locked state by the interference structure.

A drip coffee maker (10) includes a controller (60) that regulates a water/coffee contact time for coffee produced in a brew basket by controlling an electronically-controllable dispense valve disposed downstream of the brew basket in response to an output of a dispense rate sensor that senses dispense rate from a brew basket. In addition, in some instances the dispense rate sensor may be implemented as a weight sensor that senses the weight of the brew basket, and may additionally be used to sense the amount of coffee grounds dispensed into the brew basket by a grinder.

A liquid storage component, an atomization assembly, and an electronic atomization apparatus are provided. The atomization assembly includes: a first housing forming a first liquid storage cavity; and a second housing, independent of but connectable to the first housing, with a second liquid storage cavity configured to store a liquid substrate. A connection channel is provided between the first and second liquid storage cavities to link the cavities. An atomization core on the second housing is in fluid communication with the second liquid storage cavity. A movable member connected to the first housing is movable relative to the first housing from a first position to a second position. As the movable member moves, volume of the first liquid storage cavity can be compressed, pushing the liquid substrate stored in the first liquid storage cavity to flow into the second liquid storage cavity via the connection channel.

A thermal management system for an electronic device, including: a primary thermal conductivity spreader; a first heat-generating component thermally coupled to the primary thermal conductivity spreader; and a secondary thermal conductivity spreader layer positioned between the primary thermal conductivity spreader and a circuit board, wherein the secondary thermal conductivity spreader layer comprises a thermal conductivity spreader that is thermally coupled to the first heat-generating component and extends toward at least one additional heat-generating component having a lower thermal load than the first heat-generating component, wherein at least a portion of the secondary thermal conductivity spreader layer is disposed at a distance above the circuit board to define airflow channels.

A bridge circuit for data transfer. The bridge circuit includes a first physical input/output (I/O) port for an automotive audio bus (A2B) of a first version, and a first I/O interface coupled to the first physical I/O port for the A2B of the first version. The bridge circuit includes a second physical I/O port for an A2B of a second version, wherein the second version has a different physical layer and a different bandwidth to the first version. The bridge circuit includes a second I/O interface coupled to the second physical I/O port for the A2B of the second version, and the second I/O interface coupled to the first I/O interface via one or more data channels. The first I/O interface is operable to receive data from a first device connected to the first I/O port, and to transmit the data via the one or more data channels to the second I/O interface. The second I/O interface is operable to send the data to a second device connected to the second I/O port.

Der Erfindung liegt die Aufgabe zugrunde, mikrobiologische Verunreinigungen innerhalb einer kontrollierten Umgebung (2) in einem von der kontrollierten Umgebung (2) abgegrenzten Bereich (4) ohne Unterbrechung eines innerhalb der kontrollierten Umgebung (2) ablaufenden Prozesses kontinuierlich zu überwachen.

A network configuration method performed by a user device and a network configuration method performed by a speaker device are provided. In this method, a Wi-Fi Direct connection is used for direct communication between speaker devices to form a Wi-Fi Direct group composed of all speaker devices, and a first speaker device is configured in the Wi-Fi Direct group as a group owner (GO) device to perform direct communication with the user device, where the direct communication employs a Bluetooth connection. Based on such a system design, the user device transmits network configuration information via the GO speaker device to other speaker devices for which network setup needs to be performed, for the other speaker devices to connect to a Wi-Fi network based on the network configuration information, thereby implementing a network configuration process for a plurality of speaker devices. The method can significantly improve the speaker network configuration efficiency, while the speaker devices further enjoy the convenience of joining or leaving the Wi-Fi Direct network at any time.

There is provided an electrical circuit that can serve as a building block for an impedance converter amplifier, particularly advantageous for use in a condenser microphone. The circuit topology comprises: a pair of transistors comprising a first transistor and a second transistor, wherein a first terminal of the first transistor is configured to connect to a first terminal of a third transistor and a first terminal of the second transistor is configured to connect to a first terminal of the fourth transistor, wherein the third and fourth transistors form a differential input pair, wherein a second terminal of the first transistor is connected to a second terminal of the second transistor; a first current source for providing a constant current stream, wherein the first current source is connected to the second terminal of the first transistor and the second terminal of the second transistor; a voltage follower, wherein an output terminal of the voltage follower is connected to the constant current stream, wherein a second terminal of the voltage follower is connected to a second terminal of the third transistor and a second terminal of the fourth transistor; and a voltage source for providing a voltage drop in the constant current stream, wherein the voltage source is connected between the output terminal of the voltage follower and the second terminals of the first and second transistors.