Pfenning, Meinig & Partner mbB

Die Anmeldung betrifft eine elektrische Baugruppe (1100), ein Steuerverfahren, eine Steuereinheit (700) und ein elektrisches System. Die Baugruppe (1100) umfasst eine stationäre Komponente (1200), umfassend eine Mehrzahl von Spuleneinheiten (1210), wobei jede der Mehrzahl von Spuleneinheiten (1210) zum Erzeugen eines variablen Magnetfelds ansteuerbar ist, eine aktuierbare Komponente (1300), die relativ zu der stationären Komponente (1200) beweglich ist und eine Magnetanordnung (1310) umfasst, wobei jede einzelne der Mehrzahl von Spuleneinheiten (1210) zum Erzeugen des jeweiligen variablen Magnetfelds derart eingerichtet ist, dass durch Wechselwirkung des jeweiligen variablen Magnetfelds mit der Magnetanordnung (1310) Kräfte und/oder Momente bezüglich mehrerer Freiheitsgrade auf die aktuierbare Komponente (1300) wirken, so dass durch Ansteuern einer beliebigen Kombination von höchstens sechs der Mehrzahl von Spuleneinheiten (1210) eine Position und/oder Bewegung der aktuierbaren Komponente (1300) relativ zu der stationären Komponente (1200) in sechs linear unabhängigen Freiheitsgraden steuerbar ist.

A pressure detector, a thermal energy storage vessel, a thermal energy storage system and a method for controlling at least one thermal energy storage vessel are provided. The pressure detector comprises a sealed tube having an internal space, wherein a compressible fluid is located in the internal space of the sealed tube. Moreover, the pressure detector comprises a pressure sensor which is configured to detect a pressure of the compressible fluid in the sealed tube, wherein the pressure sensor is configured to convert the detected pressure into a mechanical and/or electrical signal, characterized in that the sealed tube has a length in the range of ≥ 50 cm. The pressure detector according to the invention allows a simpler, less expensive and less energy consuming determination of an average temperature and of a state of charge of a thermal energy storage vessel than prior art average temperature detectors.

Die vorliegende Erfindung betrifft eine mobile Fahrzeugbarriere mit einem Fuß (1) und einer einzigen auf dem Fuß (1) angeordneten Säule (2), wobei der Fuß (1) plattenförmig mit mindestens zwei scharfkantigen Ausläufern (3) ausgebildet ist und die Säule (2) sich konisch vom Fuß (1) weg verjüngend mit einem kantigen oberen Ende ausgebildet ist. Am oberen Ende der Säule befindet sich eine schalenförmige Vertiefung (4) mit einem scharfkantigen Rand (5).

A 6-way valve and a system for providing heating to a fluid stream (e. g. for providing domestic hot water and/or space heating) is provided. The 6-way valve comprises or consists of a valve body (7) which has a first port (1), a second port (2), a third port (3), a fourth port (4), a fifth port (5) and a sixth port (6), and a switching means (14, 15) which is located within the valve body. The switching means is suitable to switch the 6-way valve into a first position (9) in which a first fluidic connection (11) between the first port and the second port, a second fluidic connection (12) between the third port and fourth port, and a third fluidic connection (13) between the fifth port and the sixth port is established, and is suitable to switch the 6-way valve into a second position (10) in which a first fluidic connection (11) between the first port and the fourth port, a second fluidic connection (12) between the second port and fifth port, and a third fluidic connection (13) between the third port and the sixth port is established, wherein the first, second and third fluidic connections, respectively, are fluidically separate from each other.

This application relates to the field of communication technologies, and provides a link detection method, a system, and an apparatus. The method includes: for any network link (which may be referred to as a first link) between any two interconnected network devices, when a service packet needs to be transmitted between the two network devices in a time window, determining a status of the first link by transmitting the service packet; or when no service packet needs to be transmitted between the two network devices in a time window, determining a status of the first link by actively generating and transmitting link detection information. In this way, a link fault can be detected in a time window with relatively short duration, and there is no need to preempt a service packet, thereby ensuring normal transmission of the service packet.

The present invention provides a pump driving device, a shielding member is sleeved on an outer portion of a first opening of a housing to form a sleeving portion, a first space is reserved on the housing inside the shielding member, a first gap is provided in the sleeving portion between the housing and the shielding member, so that the first space is in communication with the first gap, a rotating member rotates in the first space to disturb the airflow, accelerating the flow of internal gas, and the first cavity is in communication with the first space. In this way, gas sequentially enters the first cavity and the first space from the second opening, and is discharged through the first gap, thereby forming an effective airflow heat dissipation channel. Moreover, the first gap is located outside the main heat source, the rotating member, thereby improving heat dissipation efficiency.

Die vorliegende Erfindung betrifft ein Verfahren zur Herstellung eines Batterieseparators aus einer selbsttragenden Struktur, wobei der Batterieseparator mindestens eine glasbasierte Komponente und mindestens einen Binder umfasst. Weiterhin betrifft die vorliegende Erfindung einen entsprechenden Batterieseparator sowie dessen Verwendung in einer Batterie.

The present application provides a medical flow-through cuvette, one side wall of a flow-through cuvette body is a planar structure, and a cross-section of the flow-through cuvette body corresponding to the planar structure is different from cross-sections of the flow-through cuvette body; the planar structure part can be used for detector detection. The present application further provides a blood liquid detection device, which covers the flow-through cuvette with a shell in the device to avoid interference from external light on internal light reception, and realizes blood liquid detection by arranging a photoelectric emitting device and a photoelectric receiving device on the same side

The present disclosure relates to a component (100) with a movable display device and a cockpit component. The component (100) includes a base (1), wherein the base (1) provides a storage space (11), and the storage space (11) has an opening (111); a cover assembly (2), being capable of opening or closing the opening (111), wherein the cover assembly (2) includes a first cover (21) and a second cover (22) arranged adjacent to each other in a length direction, and the first cover (21) being able to correspondingly cover a first area (1111) of the opening, and the second cover (22) being able to correspondingly cover a second area (1112) of the opening; a movable display device (3); wherein, the component (100) has a first state (101) and a second state (102);in the first state (101), the first cover (21) covers the first area (1111) of the opening, the second cover (22) covers the second area (1112) of the opening, and the movable display device (3) is located inside the storage space (11) and is non-visible.

An agricultural product application system includes at least one sprayer boom extending between boom proximal and boom distal ends. The sprayer boom includes a plurality of sprayer nozzles distributed along the sprayer boom and agricultural product plumbing interconnected with each of the sprayer nozzles. One or more processors are configured to assign a compensation value to one or more sprayer nozzles, the compensation value based on one or more of boom kinematic characteristics of the sprayer boom or vehicle kinematic characteristics of an agricultural sprayer. The one or more processors monitor a target relative to at least one sprayer nozzle of the one or more sprayer nozzles and the assigned compensation value. The one or more processors initiate spraying of an agricultural product from at least one sprayer nozzle while the target is coextensive with the at least one sprayer nozzle having the compensation value.