68results about "Mobile visual advertising" patented technology

A vehicle-mounted central control multimedia display assembly includes a display module, a PCB board module, and a rear cover. The rear cover covers and is fixedly connected to the rear side of the PCB board module. The PCB board module has several first screw holes, and the display module has corresponding first studs. The PCB board module is fixedly connected to the back of the display module by first screws. The rear cover has several second screw holes, and the display module has corresponding second studs. The rear cover is fixedly connected to the back of the display module by second screws. By using the first screw holes, first studs, and first screws, the display module and the rear cover are directly assembled together, and the PCB board module is fixedly connected to the rear of the display module. This achieves a fixed assembly effect, reduces costs by reducing the number of parts, simplifies assembly and maintenance processes, and improves production efficiency.

To improve the visual effect of content images displayed by a vehicle.SOLUTION: An information processing device includes: a communication unit; and a control unit that communicates with a plurality of vehicles each having a display unit that displays images to the outside via the communication unit, and causes the vehicles to display a portion of content images corresponding to the respective positions when the time during which an inter-vehicle distance among the vehicles during travel remains equal to or less than a reference distance continues for a reference time or longer.SELECTED DRAWING: Figure 1

A serving robot including a display means is provided. The serving robot includes: a first display unit disposed on a front side of the serving robot; and a second display unit and a third display unit disposed on a left side and a right side of the serving robot, respectively, at the same height as the first display unit, wherein the first display unit, the second display unit, and the third display unit comprise at least one LED matrix configured to emit light in an outward direction of the serving robot, and a diffuser disposed on the at least one LED matrix.

The present invention provides a badge and a method for manufacturing the same. The badge (10) comprises a printing layer (30) and a substrate (20) as a processed layer. The printing layer (30) is printed with a subject image (32), which has a radial center point (38) as a radially presented center point. The substrate (20) has an annular processed surface (22) on which an annular processing is performed. At least one of the printing layer (30) and the substrate (20) is translucent. Moreover, the printing layer (30) is laminated on the annular processed surface (22) side of the substrate (20) in such a way that the radial center point (38) of the subject image (32) coincides with the annular center point (28) as the center point of the annular processing.

A digital advertising system includes a vehicle and a processor that operates a digital display. The processer is integrated with the vehicle and is programmable with a plurality of digital messaging. The vehicle includes a geographic locating device. The processor is programmed to display digital messaging on the digital display. The geographic locating device identifies proximity to a location of interest and the processor is programmed to signal the digital message to initiate display of digital messaging such as advertising that is unique to the location of interest based upon proximity of the vehicle to the location of interest.

The wheel trim for vehicles comprises a base (1) comprising fixation elements (3) for its fixation to a wheel; a rotor (4) fixed to the base (1); a support (8) that is attached to the rotor (4) by a first bearing (7); a logo (17) that is attached to the support (8), wherein the logo (17) is attached to the support (8) by a second bearing (15). It permits to provide a wheel trim for vehicles that assures a perfect orientation of the logo independently of the magnetic field generated and to the bearing friction force.

This utility model relates to the field of automotive display module technology and discloses a novel automotive display module that solves the current problem of inconvenient quick installation of automotive display modules. It includes a mounting base, a connecting seat on the top of the mounting base, a mounting frame fixedly mounted on the top of the connecting seat, and a display film on the top of the mounting frame. A fixing mechanism is provided between the mounting frame and the mounting base. This utility model facilitates the placement of the connecting seat on top of the mounting base through the cooperation between the positioning block, the positioning groove, and the positioning post. Furthermore, the cooperation between the guide plate and the guide post, and between the mounting block and the L-shaped plate, facilitates the insertion of the insertion rod into the insertion hole. The cooperation between the turntable, the screw cylinder, and the screw rod limits the guide plate, fixing the insertion rod after it is inserted into the insertion hole, thereby limiting the connection seat and facilitating the rapid installation of the display film.

An inventive light source includes a substrate and a set of multiple light-emitting elements. The substrate is transparent or reflective for visible light. The light-emitting elements are positioned on or within the substrate. Each light-emitting element comprises one or more microLEDs that are arranged to generate and emit non-visible output light (e.g., infrared light) to propagate out-of-plane relative to a corresponding localized area of the substrate around that light-emitting element. Each light-emitting element of the set being sufficiently small in at least one transverse dimension, and the light-emitting elements occupying a sufficiently small fraction of an areal extent of the set, so as to enable visual observation of a scene through or reflected by the substrate along a sight line that passes through the set of light-emitting elements.

A motor vehicle with a plurality of operator control screens is disclosed herein. The motor vehicle includes a driver seat, a plurality of passenger seats, a plurality of vehicle-integrated operator control screens at the corresponding plurality of passenger seats, and a vehicle-integrated communication network configured to enable a data communication between the plurality of operator control screens. Each of the plurality of operator control screens is configured to (i) enable a passenger to control one or more vehicle components of the motor vehicle, and (ii) provide a common multiplayer video game for a plurality of passengers at the corresponding plurality of operator control screens.

The embodiment of the application provides a vehicle-mounted display screen and an assembling method thereof, a shell and a vehicle, and relates to the technical field of display. The vehicle-mounted display screen comprises a shell and a display module. The shell comprises a middle frame and a rear shell arranged separately, a side wall of the middle frame extends along the thickness direction of the vehicle-mounted display screen, part of the side wall is exposed outside the vehicle-mounted display screen, the outer surface of the middle frame is provided with a recess extending along the circumference of the middle frame, part of the rear shell is accommodated in the recess, and the rear shell is fixedly connected with the middle frame. At least part of the display module is accommodated in the middle frame, and the display module and the rear shell are arranged in a stack along the thickness direction. The rear shell reuses the size of the middle frame in the thickness direction of the vehicle-mounted display screen, that is, part of the rear shell overlaps part of the side wall, which is beneficial to reducing the occupied size of the shell in the thickness direction of the vehicle-mounted display screen while ensuring the strength of the shell, realizing the overall visual thinning effect of the display screen, and thus being beneficial to the lightweight development of the vehicle-mounted display screen.

Facilitating interactive displays and improving the passenger experience on board. [Solution] The projector includes a housing, a display controller, a display engine, and a drive assembly. The display controller is coupled to the housing. The display engine is housed within the housing and coupled to the display controller. The drive assembly is coupled to the housing and configured to selectively position the housing.

This utility model discloses a disinfection and purification air duct, which is installed at the corner of the roof of a vehicle and connected to the vehicle's air conditioning system. The disinfection and purification air duct includes a top profile, a bottom profile, and a door body. The top and bottom profiles are fixedly connected to the vehicle body. The upper and lower ends of the door body are connected to the top and bottom profiles, respectively, forming the air duct. Air outlets are spaced apart on the bottom profile, and each air outlet is equipped with an air outlet cover. A set of connecting clips is provided inside the air outlet cover for connecting the air outlet cover to the bottom profile. A set of fixing clips is also provided on the air outlet cover, located inside the connecting clips, for fixing the disinfection component. The disinfection component is connected to and controlled by the vehicle's computer. This design improves the air outlets and adds a disinfection component to ensure healthy airflow from the air conditioning system. Furthermore, the profile design allows for the modification of existing buses at a low cost.

The invention relates to a mounting device (1) for a display (60), comprising a carrier plate (10) and at least one deformable support bracket (40), wherein the at least one support bracket (40) can be attached to the carrier plate (10) by at least one fastening means (30), and, at least in the attached position, the at least one support bracket (40) is deformable in order to position the carrier plate (10) at a selectable angle of inclination (55) relative to a mounting surface. Furthermore, the invention specifies a display system (100) comprising a mounting device (1) and a display (60), which can be detachably attached to a front face (11) of the carrier plate (1).

A screen assembly having a movable screen, comprising: a screen, a screen connector (10), a front housing (20), and a rear housing (3). A screen cable (14) partially passes through a cable carrier (15) and has a first end (141) and a second end (142) exposed at different end portions of the cable carrier (15); the second end (142) of the screen cable (14) is fixed in the screen assembly, and the first end (141) is connected to the screen; one end of the cable carrier (15) is fixed on the screen connector (10), and the other end of the cable carrier (15) is fixed on the front housing (20); and an anti-friction sleeve (16) surrounds the part of the screen cable (14) located in the cable carrier (15), and the anti-friction sleeve (16) is non-integrally tightly wrapped with the cable carrier (15) or non-integrally tightly wraps the screen cable (14).

The present invention relates to a projection device (6) for the interior space (1) of a vehicle, the projection device having: a first layer (7) made of at least one photochromic dye that forms a projection surface (8); a projector (10) by means of which at least electromagnetic radiation (11) having at least one wavelength in the inclusive range from 380 nanometers to 780 nanometers can be provided and the electromagnetic radiation can be radiated onto the projection surface (8) such that a reversible color change of the dye can be caused by the electromagnetic radiation (11) radiated onto the projection surface (8); a light source (12) arranged on a first side (S1) of the first layer (7) facing away from the projection surface (8) by means of which at least ultraviolet light for canceling the color change can be provided and the ultraviolet light can be radiated towards the first layer (7).

A surface-mounted luminaire (2) for a passenger cabin (4) of a passenger aircraft (6) comprises a layered, planar base carrier (8), one flat side (10a) of which is a light-emitting side (12) and a plurality of LEDs (14) which are arranged planarly on the light-emitting side (12) of the base carrier (8), wherein a plurality of the LEDs (14) are accent LEDs (LA) which, in operation (B), produce colored light of a selectable color and which are planarly distributed over the base carrier (8), wherein at least two of the accent LEDs (LA) are individually adjustable with respect to a color and brightness of the light they produce in operation (B), wherein a plurality of the LEDs (14) are basic LEDs (LG) which, in operation, produce white light and which are planar distributed over the base carrier (8), wherein at least two of the basic LEDs (LG) are only jointly adjustable with respect to the brightness of the light they produce in operation (B).and wherein a large number of the LEDs (14) in operation (B) are white light-producing emergency LEDs (LN) which are distributed over the surface of the base carrier (8), wherein all emergency LEDs (LN) can be supplied with energy independently of the accent LEDs (LA) and base LEDs (LG).

A display that contains a sparse array of light-emitting diodes (LEDs), system, and method of fabrication are disclosed. The display includes a panel having at least one tile configured to display information. The panel is disposed within or on a transparent material. Each tile includes an array of LEDs, which have a uniform distance therebetween such that light from the array is viewable on opposing sides of the panel while providing visibility through the panel. A darkening layer on at least one side of the panel provides selectable darkening to block the light from exiting the at least one side of the panel.

The invention relates to an optical element (1) comprising several layers (S1, S2, S3, ...) with absorbing transition dipole moments, wherein in each of the layers (S1, S2, S3, ...) the majority of all transition dipole moments are permanently or at least in a first state aligned with a tolerance of a maximum of 20° parallel to a direction (R1, R2, R3, ...) selectable for the respective layer (S1, S2, S3, ...), wherein each of these directions (R1, R2, R3, ...) lies in the main propagation plane of the respective layer (S1, S2, S3, ...) and is aligned at a respective predetermined angle (α1, α2, α3, ...) to a line that lies in the main propagation plane of the respective layer (S1, S2, S3, ...).) lies and forms at least a right angle with a surface of the optical element (1), such that light incident on the optical element (1) is transmitted or at least partially absorbed depending on its direction of incidence relative to the optical element (1) and its polarization state, wherein at least one of the following features is fulfilled: between each pair of adjacent layers (Sn, Sn+1) there is a layer that is at least 40% transparent to light of any polarization and / or a birefringent layer, and / or the set of specified angles (α1, α2, α3, ...) can be divided into at least two groups, wherein the angles of one group differ from the angles of the other group by at least 2°. Furthermore, a lighting device and a screen with such a switchable light filter (5) are disclosed.

A smart license plate is disclosed, including a display assembly, a first light-emitting assembly, a second light-emitting assembly, and a controller. The display assembly includes a display panel, a frame and a motherboard, where the display panel has a display surface and a mounting surface, the frame is connected to the display surface and divides the display surface into an active region and a passive region, and the motherboard is connected to the mounting surface, and drives the display panel to selectively display a license plate image in the passive region. The first light-emitting assembly corresponds to the passive region, and the second light-emitting assembly corresponds to the active region. The controller coupled to and selectively drives the first light-emitting assembly and the second light-emitting assembly.

A display that contains a sparse array of light-emitting diodes (LEDs), including a related system and method of fabrication are disclosed. The display includes at least one panel disposed in or on a transparent material to provide a display on one or both sides of the material. Each tile has a transparent flexible substrate, a sparse array of LEDs disposed on the transparent flexible substrate, a rigid substrate adhered to the transparent flexible substrate via an adhesive layer in which the sparse array of LEDs is encapsulated, and a driver disposed on an edge of the tile and configured to drive the LEDs. The LEDs are sparse enough to enable information to be displayed through the transparent material while still enabling a viewer to see through the transparent material.

The application provides an aerial advertising system and method with a flexible LED display screen carried by a UAV, and relates to the technical field of UAV display, which comprises the following steps: generating formation control instructions and task allocation information based on task requirements and preset advertising picture parameters; controlling the UAV cluster to ascend asynchronously in stages according to the formation control instructions and the task allocation information, completing the division of sub-clusters and hierarchical formation calibration in a target airspace, and forming an initial cluster formation; generating attitude adjustment instructions and display splicing calibration instructions based on the real-time spatial pose of each UAV in the initial cluster formation, and constructing a complete advertising display surface; performing perspective adaptation processing and partition pixel mapping on original advertising data according to the spatial topological characteristics of the complete advertising display surface, and generating adapted target video frame data; generating display trigger instructions based on a high-precision synchronous clock reference and a UAV display delay prediction result, and controlling each flexible LED display screen to synchronously play the target video frame data.

A display that contains a sparse array of light-emitting diodes (LEDs), system, and method of fabrication are disclosed. The display includes a panel having at least one tile configured to display information. The panel is disposed within or on a transparent material. Each tile includes an array of LEDs, which have a uniform distance therebetween such that light from the array is viewable on opposing sides of the panel while providing visibility through the panel. A darkening layer on at least one side of the panel provides selectable darkening to block the light from exiting the at least one side of the panel.

A hybrid structure configured for detachably attaching thereto an add-on element by at least one connector, comprises a core member having an outer surface and at least one connector receiving element positioned within the core member; and a covering layer connected to the core member by a connection arrangement other than the connector. The covering layer has an internal surface configured to face the core member and an opposite external surface. The covering layer comprises at least one hole extending between its internal surface and external surface, and this at least one hole is aligned with the at least one connector receiving element, for providing access thereto for the connector in a first orientation. The connector receiving element is configured to allow displacement of the connector into a second orientation within the connector receiving element, thereby locking the connector therein.

The present invention provides a swarm drone control system comprising: a coordinate designation unit for designating positions where drones are to be disposed in space; a position analysis unit for identifying, on the basis of information received from each drone, a position where a corresponding drone is located among the positions designated by the coordinate designation unit; and a drone control unit for controlling movement of each drone on the basis of the identified position of each drone. In addition, the present invention provides a swarm drone control method comprising: a coordinate designation step of designating positions where drones are to be disposed in space; a position analysis step of identifying, on the basis of information received from each drone, a position where a corresponding drone is located among the designated positions; and a drone control step of controlling movement of each drone on the basis of the identified position of each drone.

The invention relates to a light control device for adapting luminosity depending on ambient light for a display device, which has at least one pixel technology-based display panel for displaying changing motives, which display panel has a plurality of separately actuatable display pixels. The invention additionally relates to a system for adapting luminosity depending on ambient light for a display device, which has at least one pixel technology-based display panel for displaying changing motives, which display panel has a plurality of separately actuatable display pixels. The invention additionally relates to the use of such a system and a computer program for a light control device.

In one instance, a safety device is mounted to an exterior side of a school bus. The safety device includes a mounting bracket configured for coupling to a mounting motor, with the mounting bracket being moveable between a undeployed position and a deployed position by the mounting motor. An arm portion is coupled to the mounting bracket. The arm portion has a proximal end and a distal end, with the proximal end being coupled to the mounting bracket. The safety device further includes a plurality of lights coupled to the arm portion.

A display apparatus includes: a plurality of display modules; and a frame configured to support the plurality of display modules in a matrix arrangement. The frame includes: a first module attachment layer having a first thermal expansion coefficient; a first frame panel coupled to the first module attachment layer and having a second thermal expansion coefficient; and a second module attachment layer to which remaining display modules of the plurality of display modules are attached, having the first thermal expansion coefficient; a second frame panel coupled to the second module attachment layer and having the second thermal expansion coefficient; a first fixing member configured to fix a first portion on the first module attachment layer and a first portion on the first frame panel; a second fixing member configured to fix a first portion on the second module attachment layer and a first portion on the second frame panel.