Schmitt-Nilson Schraud Waibel Wohlfrom Patentanwälte Partnerschaft mbB

A display panel drive mechanism (100; 100A) includes a first link mechanism (1) including a first arm member (11), a second arm member (12) and a third arm member (13) that are coupled to the first arm member, and a fourth arm member (14) coupled to the second arm member. The first arm member, the second arm member, and the fourth arm member are pivotally coupled to the display panel (200). The third arm member and the fourth arm member are pivotally coupled to a base portion (300) located behind the display panel. A maximum length (L1) of the fourth arm member is longer than a maximum length (L2) of the third arm member.

A display processing apparatus includes circuitry configured to execute link training for setting a transmission condition of video data prior to an operation of transmitting the video data from a transmitter to a receiver; detect an ambient temperature of at least one of the transmitter or the receiver; and set a transmission/reception interval of information in the link training based on the ambient temperature.

Die Erfindung betrifft ein Übergangselement (26) zum Herstellen eines Übergangs zwischen einem Fensterrahmen (8), einem Bordprofil (4) einer Fensterbank (6) und einer Dämmung (10) und/oder Putzschicht, aufweisend: eine Fensterrahmen-Seite (28) zum Anliegen an der Außenfläche des Fensterrahmens (8); eine Bordprofil-Seite (30) zum Aufliegen an der Oberfläche des Bordprofils (4); und einen Übergangsbereich (32) zwischen der Fensterrahmen-Seite (28) und der Bordprofil-Seite (30), der so ausgebildet ist, dass die Fensterrahmen-Seite (28) und die Bordprofil-Seite (30) einen Winkel (34) von mindestens 90° einschließen; wobei die Fensterrahmen-Seite (28) einen Aufnahmeraum (52), ggf. mit einem Einsperrbereich aufweist, in dem ein Expansionsstreifen (36) angeordnet oder anordenbar ist; wobei die Bordprofil-Seite (30) einen Aufnahmeraum (52), ggf. mit einem Einsperrbereich aufweist, in dem ein Expansionsstreifen (36) angeordnet oder anordenbar ist; wobei die Fensterrahmen-Seite (28) zum Ankoppeln an eine erste Anputzleiste (12) zwischen Fensterrahmen (8) und Dämmung (10) und/oder Putzschicht ausgebildet ist; und wobei die Bordprofil-Seite (30) zum Ankoppeln an eine zweite Anputzleiste (16) zwischen Bordprofil (4) und Dämmung (10) und/oder Putzschicht ausgebildet ist.

A monolithic transmission gear produced through additive manufacturing. The transmission gear includes a central hub defining a rotation axis, an outer ring including a plurality of gear teeth spaced circumferentially about the outer ring, and a web interconnecting the central hub to the outer ring. The web including a plurality of radial springs extending between the central hub and the outer ring. The radial springs being radially stiff to center the outer ring about the central hub and being torsionally resilient to permit relative rotation between the outer ring and the central hub.

A transmission gear includes a central hub defining a rotation axis. A transmission gear may include an outer ring including a plurality of gear teeth spaced circumferentially around the outer ring. A transmission gear may include a web interconnecting the central hub to the outer ring, wherein a portion of either the outer ring or the web defines a lattice structure having a density that is less than a density of a remining portion of the gear, the density of the lattice structure having a density gradient that is continuous in a radial direction from the rotation axis.

An elevator power system for an elevator system, the elevator power system including an inverter configured to provide drive signals to a motor to impart motion to an elevator car; a power controller configured to generate control signals used to control the inverter; an isolation module positioned between the power controller and the inverter, the isolation module configured to prevent the control signals from reaching the inverter in response to a safe torque off mode of the elevator system.

A heat exchanger including at least one heat exchanger wall comprising a first side integral with a second side, the first side comprising a first material with a first coefficient of thermal expansion and the second side comprising a second material with a second coefficient of thermal expansion, wherein the first side is configured to grow equally to the second side responsive to a temperature gradient between the first side and the second side; and a thermally constrained feature formed adjacent the at least one heat exchanger wall.

An ion gas injection and reclamation system (10) including a heat exchanger (12) fluidly coupled with at least one flow passage; a re-valence/recirculator (36) fluidly coupled with the at least one flow passage (18, 24); an ion fluid reclaimer fluidly coupled with the re-valence/recirculator; and an injection gas comprising at least one ion fluid (18) constituent fluidly coupled with at least one of the re-valence/recirculator, the ion gas reclaimer and the at least one flow passage.

An elevator system, having: an elevator car; a controller operationally coupled to the elevator car; and a remote service implement, wherein the controller is configured to transmit communication data to the remote service implement utilizing a first communication channel; a local service implement, wherein the controller is configured to transmit the communication data to the local service implement utilizing a second communication channel that is the same as or differs from the first communication channel; wherein the controller is configured to: identify a trapped passenger event with the elevator car; and transmit the communication data to the local service implement utilizing the second communication channel upon determining that the controller is unable to transmit the communication data to the remote service implement utilizing the first communication channel.

A system providing AI assisted maintenance, having: a device controller, coupled to a people mover, that transmits telemetry data over a first communication channel; a system controller module receives the telemetry data; a mobile device transmits mobile device data to the system controller module over a second communication channel; the system controller module: renders a first determination from the received telemetry or mobile device data that the people mover is being serviced to resolve a technical condition; render a second determination of an occurrence of a trigger event from the received data while the people mover is being serviced; apply the received data to a generative AI model to identify one or more steps to resolve the technical condition of the people mover; and transmit, to the mobile device, resolution data including the one or more steps to resolve the technical condition of the people mover.