An in-vehicle display device capable of reducing an impact applied to a vehicle body from a lateral direction is provided. The display device includes a rear bezel fixed to the vehicle body, a front bezel attached to the rear bezel, a frame including an outer edge portion attached to the front bezel, a display panel including an outer peripheral edge fixed to an inner peripheral edge of the frame, and a frame extension portion extending from the frame and disposed at least close to a side portion of the front bezel. The display panel is supported so as to be movable together with the frame with respect to the rear bezel by the frame extension portion being pressed by the side portion deformed due to an impact applied from a lateral side of the vehicle body.

A compact work machine, such as a compact track loader and/or a compact utility loader, which can carry and operate a wide range of attachments while maintaining a reduced operating footprint.

The disclosure provides a projection module used in a vehicle. The projection module includes a partition and a projection device. The partition is disposed between a front seat and a rear seat of the vehicle and includes a substrate and an optical film disposed on the substrate. The optical film has a reflection axial direction and a transmission axial direction. The incident light has a first reflectivity and a first transmittance in the reflection axial direction, and a second reflectivity and a second transmittance in the transmission axial direction. The projection device is used to project a display light beam to the optical film of the partition. The first reflectivity is greater than the second reflectivity. The first reflectivity is between 20% and 100%. The first transmittance is between 0% to 80%. The second reflectivity is between 0% and 40%. The second transmittance is between 60% to 100%.

A display device includes a beam generator and a holographic optical waveguide. The beam generator includes a display and is configured to generate beams having image information displayed on the display. The holographic optical waveguide is configured to display an image of a second size at a position at a first distance behind the display device based on the beams having the image information, the second size is a multiple of the first size of the display, and the multiple is greater than 1.

An active reflective filter includes an electroactive optical layer with an electroactive polymer (EAP) layer and a plurality of elements disposed in the EAP layer. The plurality of elements disposed in the EAP layer form or provide a periodic lattice and a spectral window, and the EAP layer is configured to change shape such that the periodic lattice and the spectral window change when a voltage is applied across the EAP layer. The active reflective filter can be included in waveguides and displays such as one-sided transparent displays, dual-sided transparent displays, and augmented reality glasses, among others.

A control unit of an agricultural machine which is configured to receive sensor data of a sensor system, to analyse the sensor data to determine a need of adaption of at least one moveable display and to control an actuator to adapt the at least one moveable display.

The present invention relates to an input device of or for a vehicle for inputting commands for triggering vehicle related functions. The input device includes a housing enclosing a cavity, a vibration generating unit arranged in the cavity and including an exciter for generating vibrations or impulses, a decoupling unit by which the vibration generating unit is fastened to the housing, an input panel for inputting commands for triggering vehicle related functions by touching the input panel, the input panel being supported in the input device such that vibrations generated by the vibration generating unit are transferred to the input panel, thereby providing haptic feedback, and at least one light guide arranged in the cavity for guiding light generated by a light source to the input panel for illuminating the same. Moreover, the present invention is drawn to a vehicle comprising such an input device.

Techniques for providing a display inside a vehicle are presented. The techniques can include: providing an electrophoretic surface integrated into an internal component of the vehicle, where the electrophoretic surface is flame resistant, and where the electrophoretic surface is configured to display an image within the vehicle; and controlling the electrophoretic surface using an electronic controller communicatively coupled to the electrophoretic surface.

Systems and methods are presented herein for providing haptic feedback by a shifter assembly in an electric vehicle based on a data structure corresponding to a vehicle architecture that is different from the electric vehicle. The shifter assembly is determined by processing circuitry to be in communication with at least one control unit of the electric vehicle. Using the processing circuitry, a shifter haptic feedback data structure is retrieved from a server. A configuration of the shifter assembly, that indicates a number of slots of the shifter assembly, is identified using the processing circuitry. The shifter haptic feedback data structure is compared to the shifter assembly. Based on the comparing, the processing circuitry determines is made that the configuration of the shifter assembly includes a same number of slots as the shifter haptic feedback data structure. Haptic feedback is generated via the shifter assembly.

Techniques for providing a display inside a vehicle are presented. The techniques can include: providing an electrophoretic surface integrated into an internal component of the vehicle, where the electrophoretic surface is flame resistant, and where the electrophoretic surface is configured to display an image within the vehicle; and controlling the electrophoretic surface using an electronic controller communicatively coupled to the electrophoretic surface.